loubnabnl/old_python · Datasets at Fast360

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/addons-extra/base_module_merge/__terp__.py

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[]

no_license

oneyoung/openerp

https://github.com/oneyoung/openerp

5685bf8cce09131afe9b9b270f6cfadf2e66015e

7ee9ec9f8236fe7c52243b5550fc87e74a1ca9d5

refs/heads/master

2016-03-31T18:22:41.917881

2013-05-24T06:10:53

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1

0

null

# -*- coding: utf-8 -*- ############################################################################## # # OpenERP, Open Source Management Solution # Copyright (C) 2004-2009 Tiny SPRL (<http://tiny.be>). # # This program is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as # published by the Free Software Foundation, either version 3 of the # License, or (at your option) any later version. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Affero General Public License for more details. # # You should have received a copy of the GNU Affero General Public License # along with this program. If not, see <http://www.gnu.org/licenses/>. # ############################################################################## { 'name': 'Module Merger', 'version': '1.0', 'category': 'Generic Modules/Base', 'description': """ * The wizard asks a many2many of modules * And then generate a module which is the merge of all selected modules * The new module is provided as a .zip file The merge will works in all situations: * Merging all .py files with the same name in the new module * merging all .xml files and take care of id's. """, 'author': 'Tiny', 'website': 'http://www.openerp.com', 'depends': ['base'], 'init_xml': [], 'update_xml': ['base_module_merge_wizard.xml'], 'demo_xml': [], 'installable': True, 'certificate': '0035756279709', } # vim:expandtab:smartindent:tabstop=4:softtabstop=4:shiftwidth=4:

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/linux_arm/un/src/execve.py

c4efbf06d3de5d93b220e07b1cf1a2c4e2c3a6da

[]

no_license

wjlandryiii/shellcode

https://github.com/wjlandryiii/shellcode

7a2c138fa042c2741cf32463d5791ebcba10937a

de55bb887dd7bc9d38610d2b2665f70b5b228676

refs/heads/master

2021-01-23T09:48:55.636162

2014-10-28T02:08:02

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0

1

null

def execve(parameter_list): params = "" for x in reversed(parameter_list): params += x + "\x00" params += "\x00" return execve_shellcode[:-(len("-a\x00/bin/uname\x00\x00")+1)] + params

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/PIL_thumbnails.py

d2132a586843bc811d0d841f39b6afc99bd564b9

[]

no_license

rajatsaxena/Python_Imaging_Lib

https://github.com/rajatsaxena/Python_Imaging_Lib

314bbf8e054486ac25c8fe2a3b5a2c8534724f49

3217d2e039cf0e42269bca8f5fd97d93bfca54f9

refs/heads/master

2018-12-28T10:54:17.060560

2014-02-07T14:13:20

null

0

null

from PIL import Image import os, sys size = (256,256) saved = "Lenna.jpeg" try: image = Image.open("Lenna.png") except: print "Unable to load image" image.thumbnail(size) image.save(saved) image.show()

UTF-8

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3,023,656,984,302

a2a7175c828563bece7eb12e4211d93a7f549567

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/shitsu/utils/fix_socket.py

430b359b157e361623d48e1d8f4a995a5caef488

[ "GPL-3.0-only", "LicenseRef-scancode-other-copyleft", "GPL-2.0-or-later", "LicenseRef-scancode-other-permissive", "GPL-3.0-or-later" ]

non_permissive

Kagami/shitsu

https://github.com/Kagami/shitsu

e2484b377ac6d860c5d609d0fdc63af3fd04406f

de975099eee976bdfc99850a88acf1a047fe06e5

refs/heads/master

2020-05-04T12:36:20.448729

2012-02-02T10:22:27

2,454,499

1

null

import socket import datetime # Patched version socket.create_connection from python's 2.7 # standart lib. Should work on python 2.6 and 2.7. # Respect timeout value, do check on each cycle loop. # Standart version can wait till `count_of_dns_records*timeout'. def _create_connection(address, timeout=socket._GLOBAL_DEFAULT_TIMEOUT, source_address=None): """Connect to *address* and return the socket object. Convenience function. Connect to *address* (a 2-tuple ``(host, port)``) and return the socket object. Passing the optional *timeout* parameter will set the timeout on the socket instance before attempting to connect. If no *timeout* is supplied, the global default timeout setting returned by :func:`getdefaulttimeout` is used. If *source_address* is set it must be a tuple of (host, port) for the socket to bind as a source address before making the connection. An host of '' or port 0 tells the OS to use the default. """ host, port = address err = None if timeout is not socket._GLOBAL_DEFAULT_TIMEOUT: start = datetime.datetime.now() delta = datetime.timedelta(seconds=timeout) check_timeout = True else: check_timeout = False for res in socket.getaddrinfo(host, port, 0, socket.SOCK_STREAM): af, socktype, proto, canonname, sa = res sock = None try: sock = socket.socket(af, socktype, proto) if timeout is not socket._GLOBAL_DEFAULT_TIMEOUT: sock.settimeout(timeout) if source_address: sock.bind(source_address) sock.connect(sa) return sock except socket.error as _: err = _ if sock is not None: sock.close() if check_timeout and datetime.datetime.now() - start >= delta: break if err is not None: raise err else: raise socket.error("getaddrinfo returns an empty list") socket.create_connection = _create_connection

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/warehouse/astir_fun.py

7967894441a4866af05c69d2e57bb73cc027b487

[ "GPL-1.0-or-later", "LicenseRef-scancode-warranty-disclaimer", "GPL-3.0-only", "LGPL-2.1-or-later", "LGPL-2.0-or-later", "GPL-3.0-or-later" ]

non_permissive

hksonngan/astir.firework

https://github.com/hksonngan/astir.firework

48c5d9d2c6a968aeb834e93a42a5000d0c60468d

f5078fefb03effc38bd257a8f24cbb4b62dd00fc

refs/heads/master

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#!/usr/bin/env python # # This file is part of FIREwork # # FIREwork is free software: you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # FIREwork is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with FIREwire. If not, see <http://www.gnu.org/licenses/>. # # FIREwire Copyright (C) 2008 - 2010 Julien Bert ## Convention # import # constants # shell functions # cmd functions # shell io # parser and caller #=== import ===================== from pymir_kernel import image_read, image_write from pymir_kernel import image_im2mat, image_mat2im from pymir_kernel import image_show, image_show_get_pts from pymir_kernel import image_plot_points, image_plot_lines, image_show_stereo_get_pts from pymir_kernel import color_color2gray, color_gray2color, color_colormap from pymir_kernel import space_reg_ave, space_merge, space_align, space_G_transform from pymir_kernel import resto_wiener, image_anaglyph from pymir_kernel import geo_homography from math import log, sqrt from optparse import OptionParser from copy import deepcopy import os, sys import readline # allow to back line in the shell import cPickle, atexit #=== constants ================== listfun = ['exit', 'ls', 'rm', 'mv', 'cp', 'mem', 'save_var', 'load_var', 'add', 'fun', 'save_world', 'load_world', 'ldir', 'load_im', 'save_im', 'show_mat', 'color2gray', 'seq2mat', 'seq_reg_ave', 'load_vid', 'wiener', 'mosaicing', 'cut_seq', 'licence', 'gray2color', 'anaglyph', 'colormap', 'sub', 'div', 'mul', 'info'] B = '\033[0;34m' # blue BC = '\033[0;36m' # blue clear (or blue sky) G = '\033[0;32m' # green GB = '\033[1;32m' # green bold R = '\033[0;31m' # red RB = '\033[1;31m' # red bold N = '\033[m' # neutral Y = '\033[0;33m' # yellow sizebar = 32 version = 'v0.36' # WORLD structure: WORLD['keyname'] = [header, data] # header = 'seq' or 'mat' # data = array(high, width, nb_channel) WORLD = {} # read history readline.set_history_length(500) histfile = os.path.join(os.environ['HOME'], '.astir_history') try: readline.read_history_file(histfile) except IOError: pass # save always before exit, even when sys.exit is raised atexit.register(readline.write_history_file, histfile) # errors flag: succes 1, nothing 0, error -1 #=== shell functions ============ def inbox_overwrite(name): answer = '' while answer != 'y' and answer != 'n': answer = raw_input('%s??%s Overwrite %s (%s[y]%s/%sn%s): ' % (Y, N, name, GB, N, R, N)) if answer == '': answer = 'y' return answer def inbox_question(message): answer = '' while answer != 'y' and answer != 'n': answer = raw_input('%s??%s %s (%s[y]%s/%sn%s): ' % (Y, N, message, GB, N, R, N)) if answer == '': answer = 'y' return answer def inbox_input(message): while 1: try: answer = raw_input('%s??%s %s ' % (Y, N, message)) if answer == '': print '%s!!%s Again' % (B, N) continue break except: print '%s!!%s Again' % (B, N) continue return answer def outbox_exist(name): print '%s!!%s %s doesn\'t exist' % (B, N, name) def outbox_error(message): print '%sEE%s %s' % (R, N, message) def outbox_bang(message): print '%s!!%s %s' % (B, N, message) def check_name(names): if not isinstance(names, list): names = [names] lname = WORLD.keys() for name in names: if name not in lname: outbox_exist(name) return -1 return 1 def check_name_file(names): if not isinstance(names, list): names = [names] lname = os.listdir('.') for name in names: if name not in lname: outbox_exist(name) return -1 return 1 def check_overwrite(names): if not isinstance(names, list): names = [names] lname = WORLD.keys() for name in names: while name in lname: answer = inbox_overwrite(name) if answer == 'n': return 0 else: break ''' while trg in lname: answer = inbox_overwrite(trg) if answer == 'n': trg == inbox_input('Change to a new name:') else: break ''' return 1 def check_overwrite_file(names): if not isinstance(names, list): names = [names] lname = os.listdir('.') for name in names: while name in lname: answer = inbox_overwrite(name) if answer == 'n': return 0 else: break def check_seq(names): if not isinstance(names, list): names = [names] lname = WORLD.keys() for name in names: if WORLD[name][0] != 'seq': outbox_error('Only seq varaible can be used') return -1 return 1 def check_mat(names): if not isinstance(names, list): names = [names] lname = WORLD.keys() for name in names: if WORLD[name][0] != 'mat': outbox_error('Only mat varaible can be used') return -1 return 1 def check_RGB(im): n = im.shape if len(n) == 3: if n[2] >= 3: return 1 outbox_error('Must be in RGB format') return -1 def check_L(im): n = im.shape if len(n) == 2: return 1 outbox_error('Must be in L format') return -1 class progress_bar: def __init__(self, valmax, maxbar, title): if valmax == 0: valmax = 1 if maxbar > 200: maxbar = 200 valmax -= 1 self.valmax = valmax self.maxbar = maxbar self.title = title def update(self, val): sys.stdout.flush() if val > self.valmax: val = self.valmax perc = round((float(val) / float(self.valmax)) * 100) scale = 100.0 / float(self.maxbar) bar = int(perc / scale) out = '\r%s%s %s[%s%s%s%s] %s%3d %%%s' % (BC, self.title.ljust(10), G, Y, '=' * bar, ' ' * (self.maxbar - bar), G, RB, perc, N) sys.stdout.write(out) if perc == 100: sys.stdout.write('\n') #=== cmd functions ============= def call_ls(args): ''' Listing all variables in work space. Liste toutes les variables dans l espace de travail ''' usage = 'ls' prog = 'ls' desc = call_ls.__doc__ p = OptionParser(description = desc, prog = prog, version = version) p.set_usage(usage) try: opt, args = p.parse_args(args) except: return 0 if len(args) > 0: p.print_help() return 0 lname = WORLD.keys() lname.sort() space = 10 # cst columns size print '%s %s %s' % ('name'.ljust(space), 'type'.ljust(space), 'size'.ljust(space)) for name in lname: kind = WORLD[name][0] if kind == 'mat': dim = WORLD[name][1].shape dtype = WORLD[name][1].dtype h, w = dim[:2] if len(dim) == 3: if dim[2] == 3: mode = 'RGB' elif dim[2] == 4: mode = 'RGBA' else: mode = 'L' print '%s %s%s %s%s%s' % (name.ljust(space), G, 'mat'.ljust(space), R, '[%ix%i %s %s]' % (w, h, mode, dtype), N) elif kind == 'seq': dim = WORLD[name][1].shape dtype = WORLD[name][1].dtype nbm = dim[0] h, w = dim[1:3] if len(dim) == 4: if dim[3] == 3: mode = 'RGB' elif dim[3] == 4: mode = 'RGBA' else: mode = 'L' print '%s %s%s %s%s%s' % (name.ljust(space), G, 'seq'.ljust(space), R, '[%i mat %ix%i %s %s]' % (nbm, w, h, mode, dtype), N) return 1 def call_ldir(args): ''' Listing of the current directory. Liste du dossier courant ''' usage = 'ldir' prog = 'ldir' desc = call_ldir.__doc__ p = OptionParser(description = desc, prog = prog, version = version) p.set_usage(usage) try: opt, args = p.parse_args(args) except: return 0 if len(args) > 0: p.print_help() return 0 os.system('ls') return 1 def call_rm(args): ''' Remove variables in work space. Efface des variables dans l espace de travail ''' usage = 'rm <name>\nrm <name1> <name2>\nrm <na*>\nrm <*>' prog = 'rm' desc = call_rm.__doc__ p = OptionParser(description = desc, prog = prog, version = version) p.set_usage(usage) try: opt, args = p.parse_args(args) except: return 0 if len(args) == 0: p.print_help() return 0 if args[0] == '*': args = WORLD.keys() elif args[0].find('*') != -1: lname = WORLD.keys() pattern = args[0].split('*') if len(pattern) != 2: outbox_error('Bad pattern with the joker *') return -1 args = [] for name in lname: if name.find(pattern[0]) != -1 and name.find(pattern[1]) != -1: args.append(name) if len(args) == 0: outbox_error('No variable matchs with the pattern *') return -1 args.sort() outbox_bang('%i variables match with the pattern' % len(args)) print args answer = inbox_question('Agree to remove all of them') if answer == 'n': return 0 if not check_name(args): return -1 for name in args: del WORLD[name] return 1 def call_mv(args): ''' Move/rename variable. Deplace/renomme une variable ''' usage = 'mv <source_name> <target_name>\nmv im0 im1' prog = 'mv' desc = call_ls.__doc__ p = OptionParser(description = desc, prog=prog, version=version) p.set_usage(usage) try: opt, args = p.parse_args(args) except: return 0 if len(args) != 2: p.print_help() return 0 src, trg = args if not check_name(src): return -1 if not check_overwrite(trg): return 0 WORLD[trg] = deepcopy(WORLD[src]) del WORLD[src] del data return 1 def call_cp(args): ''' Copy variable Copie une variable ''' usage = 'cp <source_name> <target_name>\ncp im0 im1' prog = 'cp' desc = call_cp.__doc__ p = OptionParser(description = desc, prog = prog, version = version) p.set_usage(usage) try: opt, args = p.parse_args(args) except: return 0 if len(args) != 2: p.print_help() return 0 src, trg = args if not check_name(src): return -1 if not check_overwrite(trg): return 0 WORLD[trg] = deepcopy(WORLD[src]) del data return 1 def call_mem(args): ''' Memories used in work space by the variables Mémoire utilisee dans les espaces de travails par les variables ''' usage = 'mem' prog = 'mem' desc = call_mem.__doc__ p = OptionParser(description = desc, prog = prog, version = version) p.set_usage(usage) try: opt, args = p.parse_args(args) except: return 0 if len(args) > 0: p.print_help() return 0 space = 10 txt = ['', 'k', 'M', 'G', 'T'] nbb = {'float8':1, 'float16':2, 'float32':4, 'float64':8, 'uint8':1, 'uint16':2, 'uint32':4, 'uint64':8} lname = WORLD.keys() for name in lname: size = WORLD[name][1].size dtype = WORLD[name][1].dtype size *= nbb[dtype] ie = int(log(size) // log(1e3)) size /= (1e3 ** ie) size = '%5.2f %sB' % (size, txt[ie]) print '%s %s%s %s%s%s' % (name.ljust(space), G, kind.ljust(space), R, size.ljust(space), N) return 1 def call_fun(args): ''' Listing funtions available in Astir Liste les fonctions disponible dans Astir ''' usage = 'fun' prog = 'fun' desc = call_fun.__doc__ p = OptionParser(description = desc, prog = prog, version = version) p.set_usage(usage) p.add_option('-c', action='store', type='int', default='4', help='Number of columns. Nombre de colonnes') try: opt, args = p.parse_args(args) except: return 0 if len(args) > 0: p.print_help() return 0 listfun.sort() sfun = len(listfun) nc = opt.c if sfun % nc == 0: nl = sfun // nc else: nl = (sfun // nc) + 1 smax = 0 for i in xrange(sfun): val = len(listfun[i]) if val > smax: smax = val for i in xrange(nl): txt = '' for j in xrange(nc): ind = j * nl + i if ind < sfun: txt += '%s ' % listfun[ind].ljust(smax) else: txt += '' print txt return 1 def call_save_var(args): ''' Save Astir variable to file. Sauvegarde une variable Astir dans un fichier ''' usage = 'save_var <var_name> <file_name>\nsave_var im1 image1.pck' prog = 'save_var' desc = call_save_var.__doc__ p = OptionParser(description = desc, prog = prog, version = version) p.set_usage(usage) try: opt, args = p.parse_args(args) except: return 0 if len(args) != 2: p.print_help() return 0 name, fname = args if not check_name_file(name): return -1 if not check_overwrite_file(fname): return -1 f = open(fname, 'w') local = ['var_astir', name, WORLD[name]] cPickle.dump(local, f, 1) f.close() return 1 def call_save_world(args): ''' Save the whole work space to a file. Sauvegarde entierement l espace de travail dans un fichier ''' usage = 'save_world <file_name>\nsave_world backup.pck' prog = 'save_world' desc = call_save_world.__doc__ p = OptionParser(description = desc, prog = prog, version = version) p.set_usage(usage) try: opt, args = p.parse_args(args) except: return 0 if len(args) != 1: p.print_help() return 0 kname = WORLD.keys() if len(kname) == 0: outbox_bang('Nothing to save') return 0 fname = args[0] if not check_overwrite_file(fname): return -1 f = open(fname, 'w') local = ['world_astir', WORLD] cPickle.dump(local, f, 1) f.close() return 1 def call_load_var(args): ''' Load a variable from a file to work space. Charge une variable depuis un fichier dans l espace de travail. ''' usage = 'load_var <file_name>\nload_var mydata.pck' prog = 'load_var' desc = call_load_var.__doc__ p = OptionParser(description = desc, prog = prog, version = version) p.set_usage(usage) try: opt, args = p.parse_args(args) except: return 0 if len(args) != 1: p.print_help() return 0 fname = args[0] if not check_name_file(fname): return -1 f = open(fname, 'r') try: local = cPickle.load(f) except: outbox_error('Can not open the file') f.close() return -1 f.close() if local[0] != 'var_astir': outbox_error('Not Astir format') return -1 varname = local[1] vardata = local[2] lname = WORLD.keys() while varname in lname: answer = inbox_overwrite(varname) if answer == 'n': varname = inbox_input('Change to a new name:') else: break WORLD[varname] = vardata return 1 def call_load_world(args): ''' Load a work space from a file. Charge un espace de travial depuis un fichier. ''' usage = 'load_world <file_name>\nload_world mydata.pck' prog = 'load_world' desc = call_load_world.__doc__ p = OptionParser(description = desc, prog = prog, version = version) p.set_usage(usage) try: opt, args = p.parse_args(args) except: return 0 if len(args) != 1: p.print_help() return 0 fname = args[0] if not check_name_file(fname): return -1 f = open(fname, 'r') try: local = cPickle.load(f) except: outbox_error('Can not open the file') f.close() return -1 f.close() if local[0] != 'world_astir': outbox_error('Not Astir format') return -1 answer = inbox_question('All variables will be deleted, are you agree') if answer == 'n': return 0 del WORLD WORLD = local[1] return 1 def call_load_im(args): ''' Load images from files. Chared des images depuis des fichiers. ''' usage = 'load_im <file_name.[bmp, jpg, png, tiff]>\nload_im file_na*.png' prog = 'load_im' desc = call_load_im.__doc__ p = OptionParser(description = desc, prog = prog, version = version) p.set_usage(usage) try: opt, args = p.parse_args(args) except: return 0 if len(args) == 0: p.print_help() return 0 if args[0].find('*') != -1: lname = os.listdir('.') pattern = args[0].split('*') if len(pattern) != 2: outbox_error('Bad pattern with joker *') return -1 mem = [] for name in lname: if name.find(pattern[0]) != -1 and name.find(pattern[1]) != -1: mem.append(name) if len(mem) == 0: outbox_error('No image matchs with the pattern') return -1 fname = mem[0] mem.sort() outbox_bang('%i files match with the pattern' % len(mem)) print mem answer = inbox_question('Agree to load all of them') if answer == 'n': return 0 else: mem = None fname = args[0] buf = fname.split('.') if len(buf) == 2: name, ext = fname.split('.') else: name, ext = None, None if ext not in ['bmp', 'jpg', 'png', 'tiff']: outbox_error('Bad extension (bmp, jpg, png or tiff)') return -1 if not check_name_file(fname): return -1 if not check_overwrite(name): return 0 if mem is None: im = image_read(fname) WORLD[name] = ['mat', im] del im else: bar = progress_bar(len(mem), sizebar, 'loading') seq = [] name = mem[0].split('.')[0] i = 0 for item in mem: im = image_read(item) seq.append(im) bar.update(i) i += 1 del im seq = array(seq) WORLD[name] = ['seq', seq] del seq return 1 def call_save_im(args): ''' Save image(s) from a variable (mat/seq) to a file(s). Sauvegarde une ou des images depuis une variable (mat/seq) vers un ou des fichiers save_im <mat_name> <file_name.[bmp, jpg, png]> ''' usage = 'save_im <var_name> <file_name.[bmp, jpg, png, tiff]>\nsave_im im0 im.png\nsave_im vid im.png' prog = 'save_im' desc = call_save_im.__doc__ p = OptionParser(description = desc, prog = prog, version = version) p.set_usage(usage) try: opt, args = p.parse_args(args) except: return 0 if len(args) != 2: p.print_help() return 0 name = args[0] fname = args[1] if not check_name(name): return -1 lext = ['jpg', 'png', 'bmp', 'tiff'] if len(fname.split('.')) != 2: outbox_error('File name must have an extension') return -1 [fname, ext] = fname.split('.') if ext not in lext: outbox_error('Wrong extension, only jpg, png, bmp or tiff') return -1 kind = WORLD[name][0] if kind == 'mat': fname = fname + '.' + ext if not check_overwrite_file(fname): return -1 im = WORLD[name][1] image_write(im, fname) del im, fname elif kind == 'seq': nb = WORLD[name][1].shape[0] names = [fname + '_%04i.' % i + ext for i in xrange(nb)] if not check_overwrite_file(names): return -1 bar = progress_bar(nb, sizebar, 'writing') for i in xrange(nb): im = WORLD[name][1][i] image_write(im, names[i]) bar.update(i) del im, bar, nb, names return 1 def call_show_mat(args): ''' Display a mat variable as an image. Affiche une variable de type mat comme une image. ''' usage = 'show_mat <mat_name>\nshow_mat <mat_name1> <mat_name2>' prog = 'show_mat' desc = call_show_mat.__doc__ p = OptionParser(description = desc, prog = prog, version = version) p.set_usage(usage) try: opt, args = p.parse_args(args) except: return 0 if len(args) == 0 or len(args) > 2: p.print_help() return 0 list_im = [] if not check_name(args): return -1 if not check_mat(args): return -1 for name in args: im = WORLD[name][1] list_im.append(im) image_show(list_im) del list_im, args, im return 1 def call_color2gray(args): ''' Convert mat/seq color (RGB or RGBA) to gray scale (Luminance). Convertie mat/seq en couleur (RGB ou RGBA) en niveau de gris (Luminance). ''' usage = 'Convert in place\ncolor2gray <mat_name>\nConvert to new mat\n\ color2gray <mat_name> <mat_new_name>\nConvert a mat sequence in-place\n\ color2gray <seq_name>\nConvert a mat sequence to a new one\n\ color2gray <seq_name> <seq_new_name>' prog = 'color2gray' desc = call_save_im.__doc__ p = OptionParser(description = desc, prog = prog, version = version) p.set_usage(usage) try: opt, args = p.parse_args(args) except: return 0 if len(args) == 0 or len(args) > 2: p.print_help() return 0 if len(args) == 2: src, trg = args else: src, trg = args[0], args[0] if not check_name(src): return -1 kind = WORLD[src][0] if kind == 'mat': im = WORLD[src][1] if not check_L(im): return -1 nim = color_color2gray(im) WORLD[trg] = ['mat', nim] del nim, im else: im0 = WORLD[src][1][0] if not check_L(im0): return -1 nb = WORLD[src][1].shape[0] bar = progress_bar(nb, sizebar, 'Processing') data = [] for n in xrange(nb): nim = color_color2gray(WORLD[src][1][n]) data.append(nim) bar.update(n) data = array(data) WORLD[trg] = ['seq', data] del data, nim, im0, bar return 1 def call_gray2color(args): ''' Convert mat/seq gray scale (Luminance) to color (RGB). Converti mat/seq en niveau de gris (Luminance) en couleur (RGB). ''' usage = 'Convert in-place\n\ gray2color <mat_name>\n\ Convert to new mat\n\ gray2color <mat_name> <mat_new_name>\n\ Convert a mat sequence in-place\n\ gray2color <seq_name>\n\ Convert a mat sequence to a new one\n\ gray2color <seq_name> <seq_new_name>\n' prog = 'gray2color' desc = call_gray2color.__doc__ p = OptionParser(description = desc, prog = prog, version = version) p.set_usage(usage) try: opt, args = p.parse_args(args) except: return 0 if len(args) == 0 or len(args) > 2: p.print_help() return 0 if len(args) == 2: src, trg = args else: src, trg = args[0], args[0] if not check_name(src): return -1 if kind == 'mat': im = WORLD[src][1] if not check_L(im): return -1 nim = color_gray2color(im) WORLD[trg] = ['mat', nim] del nim, im else: im0 = WORLD[src][1][0] if not check_L(im0): return -1 nb = WORLD[src][1].shape[0] bar = progress_bar(nb, sizebar, 'Processing') data = [] for n in xrange(nb): nim = color_gray2color(WORLD[src][1][n]) data.append(nim) bar.update(n) data = array(data) WORLD[trg] = ['seq', data] del data, nim, im0, bar return 1 def call_seq2mat(args): ''' Extract mat variables from a sequence. Extrait mar variables depuis une sequence. ''' usage = 'seq2mat <seq_name> <mat_name> [options]\n\ Extract number 5\n\ seq2mat vid im -i 5\n\ Extract mat 5 to 10\n\ seq2mat vid im -s 5 -e 10\n\ Extract mat 5 through to the end\n\ seq2mat vid im -s 5\n\ Extract first mat through to the 10th (include)\n\ seq2mat vid im -e 10\n' prog = 'seq2mat' desc = call_seq2mat.__doc__ p = OptionParser(description = desc, prog = prog, version = version) p.add_option('-i', action='store', type='int', default='-1', help='Extract mat i') p.add_option('-s', action='store', type='int', default='-1', help='Extract starting number') p.add_option('-e', action='store', type='int', default='-1', help='Extract stoping number') p.set_usage(usage) try: opt, args = p.parse_args(args) except: return 0 if len(args) != 2: p.print_help() return 0 if opt.i != -1 and (opt.s != -1 or opt.e != -1): outbox_error('Choose option i OR e and s, not both') return -1 if opt.i == -1 and opt.s == -1 and opt.e == -1: opt.i = 0 src, trg = args if not check_name(src): return -1 if not check_seq(src): return -1 if opt.i != -1: opt.s = opt.e = opti else: if opt.s == -1: opt.s = 0 if opt.e == -1: opt.e = WORLD[src][1].shape[0] names = [trg + '_%04i' % i for i in xrange(opt.s, opt.e + 1)] if not check_overwrite(names): return -1 n = 0 for i in xrange(opt.s, opt.e + 1): im = WORLD[src][1][i] WORLD[name[n]] = ['mat', im] n += 1 return 1 def call_seq_reg_ave(args): ''' This function use a simple registration to match images together and compute the averages. Which will increase the signal-noise ratio. Cette fonction permet de recaller les images entre elles afin de calculer la moyenne. Qui vat augmenter le rapport signal sur bruit. ''' usage = 'seq_reg_ave <seq_name> [option]\n\ seq_reg_ave im\n\ seq_reg_ave im -d 10 -w 35 -o res' prog = 'seq_reg_ave' desc = call_seq_reg_ave.__doc__ p = OptionParser(description = desc, prog = prog, version = version) p.set_usage(usage) p.add_option('-d', action='store', type='int', default='10', help='dx/dy is the translation range search on x/y (x-dx to x+dx) (default 10)') p.add_option('-w', action='store', type='int', default='35', help='window size used to track translation between images (must be odd) (default 35)') p.add_option('-o', action='store', type='string', default='res_ave', help='output name (default res_ave)') try: opt, args = p.parse_args(args) except: return 0 if len(args) != 1: p.print_help() return 0 src = args[0] if not check_name(src): return -1 if not check_seq(src): return -1 if not check_overwrite(opt.o): return 0 dx = dy = p.d ws = p.w if ws % 2 == 0: ws += 1 outbox_bang('Window size must be odd, set to %i' % ws) dw = (ws - 1) // 2 im = WORLD[src][1][0] # TODO change this part with new kernel p = image_show_get_pts(im, 1, rad = dw) print 'point selected:', p[0] ave = space_reg_ave(WORLD[src][1], p[0], ws, dx, dy) WORLD[opt.o] = ['mat', ave] return 1 def call_load_vid(args): ''' Load video (avi file only) as a sequence Charge une video (fichier avi) en tant qu une sequence load_vid <video_name> <frame_per_second> ''' usage = 'load_vid <video_name> [option]\n\loav_vid neptune.avi -f 10' prog = 'load_vid' desc = call_load_vid.__doc__ p = OptionParser(description = desc, prog = prog, version = version) p.set_usage(usage) p.add_option('-f', action='store', type='int', default='10', help='frame per second (default 10)') try: opt, args = p.parse_args(args) except: return 0 if len(args) != 1: p.print_help() return 0 src = args[0] freq = opt.f if not check_name_file(src): return -1 name, ext = filename.split('.') if ext != 'avi': outbox_error('Must be an avi file') return -1 if not check_overwrite(name): return 0 print 'Extract images...' pattern = '.tmp_astir_' try: os.system('ffmpeg -i %s -r %i -f image2 "%s%%4d.png"' % (filename, freq, pattern)) except: outbox_error('Impossible to extract images from the video') return -1 lname = os.listdir('.') mem = [] for file in lname: if file.find(pattern) != -1: mem.append(file) bar = progress_bar(len(mem), sizebar, 'loading') seq = [] i = 0 mem.sort() for item in mem: im = image_read(item) seq.append(im) bar.update(i) i += 1 seq = array(seq) WORLD[name] = ['seq', seq] os.system('rm -f %s*' % pattern) del im, seq, bar return 1 def call_wiener(args): ''' Image restoration by Wiener filter. Restauration d image par filtre de Wiener wiener <mat_source_name> <mat_res_name> ''' usage = 'wiener <mat_source_name> <mat_res_name>' prog = 'wiener' desc = call_wiener.__doc__ p = OptionParser(description = desc, prog = prog, version = version) p.set_usage(usage) try: opt, args = p.parse_args(args) except: return 0 if len(args) != 1: p.print_help() return 0 src = args[0] trg = args[1] if not check_name(src): return -1 if not check_mat(src): return -1 if not check_overwrite(trg): return -1 res = resto_wiener(WORLD[src][1]) WORLD[trg] = ['mat', res] return 1 def call_mosaicing(args): ''' Create mosaicing from two images mosaicing <mat_1> <mat_2> ''' ## TODO parser mosaicing mat1 = WORLD[args[0]][1] mat2 = WORLD[args[1]][1] ch = len(mat1) ws = 35 im1 = image_mat2im(mat1) im2 = image_mat2im(mat2) if ch == 1: im1c = color_gray2color(im1) im2c = color_gray2color(im2) im1g = im1 im2g = im2 elif ch == 3: im1g = color_color2gray(im1) im2g = color_color2gray(im2) im1c = im1 im2c = im2 p1, p2 = image_show_stereo_get_pts(im1c, im2c, 4) print p2 for n in xrange(len(p1)): print 'Aligned match points %i' % n xp, yp = space_align(im1g, im2g, p1[n], 35, 5, 5, p2[n]) p2[0][0] = p1[0][0] + yp p2[0][1] = p1[0][1] + xp print p2 sys.exit() H = geo_homography(p1, p2) res, l, t = space_G_transform(H, im2, 'NEAREST') print p1 print p2 print H.I #res = space_merge(mat1, mat2, p1, p2, 'ada') WORLD['res'] = ['mat', res] return 1 def call_cut_seq(args): ''' Cut a part of sequence to a new one, start and stop specifies the part you want keep. Coupe une partie d une sequence dans une nouvelle, start et stop specifis la partie que vous voulez garder. ''' usage = 'cut_seq <seq_name> <new_seq_name> [option]\n\ cut_seq vid1 newvid -s 10 -e 34\n' prog = 'cut_seq' desc = call_cut_seq.__doc__ p = OptionParser(description = desc, prog = prog, version = version) p.set_usage(usage) p.add_option('-s', action='store', type='int', default='-1', help='Start number (default 0)') p.add_option('-e', action='store', type='int', default='-1', help='Stop number (default until the end)') try: opt, args = p.parse_args(args) except: return 0 if len(args) != 2: p.print_help() return 0 src, trg = args if not check_name(src): return -1 if not check_seq(src): return -1 if not check_overwrite(trg): return 0 if opt.s == -1: opt.s = 0 if opt.e == -1: opt.e = WORLD[src][1].shape[0] seq = [] for n in xrange(opt.s, opt.e + 1): seq.append(WORLD[src][1][n]) seq = array(seq) WORLD[trg] = ['seq', seq] del seq return 1 def call_licence(args): data = open('COPYING', 'r').readlines() for line in data: print line.strip('\n') return 1 def call_anaglyph(args): ''' Create an anaglyph image from two RGB matrix (right and left). Creer une image anaglyphe depuis deux mat RGB (droite et gauche). ''' usage = 'anaglyph <mat_right> <mat_left> [options]\n\ anaglyph imr img -o newim\n' prog = 'anaglyph' desc = call_anaglyph.__doc__ p = OptionParser(description = desc, prog = prog, version = version) p.set_usage(usage) p.add_option('-o', action='store', type='string', default='res_anag', help='Output name (default res_anag)') try: opt, args = p.parse_args(args) except: return 0 if len(args) != 2: p.print_help() return 0 src1, src2 = args trg = opt.o if not check_name([src1, src2]): return -1 if not check_mat([src1, src2]): return -1 if not check_overwrite(trg): return 0 im1, im2 = WORLD[src1][1], WORLD[src2][1] if not check_RGB(im1): return -1 if not check_RGB(im2): return -1 res = image_anaglyph(im1, im2) WORLD[trg] = ['mat', res] return 1 def call_colormap(args): ''' Apply false-colors to a luminance mat. Applique des fausses couleurs sur une mat en luminance colormap <mat_name> <kind_of_map> <new_mat_name> different color of map: jet, hsv, hot colormap im1 hot im_map ''' usage = 'colormap <mat_name> <new_name> [options]\n\ colormap im1 im1color -c jet' prog = 'colormap' desc = call_colormap.__doc__ p = OptionParser(description = desc, prog = prog, version = version) p.set_usage(usage) p.add_option('-c', action='store', type='string', default='jet', help='Kind of colormap jet, hsv and hot (default is jet)') try: opt, args = p.parse_args(args) except: return 0 if len(args) != 2: p.print_help() return 0 src, trg = args kind = opt.c if not check_name(src): return -1 if not check_mat(src): return -1 if not check_overwrite(trg): return 0 if not check_L(src): return -1 if kind not in ['jet', 'hsv', 'hot']: outbox_error('Kind of map color unknown') return -1 res = color_colormap(WORLD[src][1], kind) WORLD[trg] = ['mat', res] return 1 def call_add(args): ''' Add two mat variables (L or RGB). Ajoute deux varaible mat (L ou RGB) mat_c = mat_a + mat_b ''' usage = 'add <mat_a> <mat_b> <mat_c>\n\ add im1 im2 res\n' prog = 'add' desc = call_add.__doc__ p = OptionParser(description = desc, prog = prog, version = version) p.set_usage(usage) try: opt, args = p.parse_args(args) except: return 0 if len(args) != 3: p.print_help() return 0 src1, src2, trg = args if not check_name([src1, src2]): return -1 if not check_mat([src1, src2]): return -1 if not check_overwrite(trg): return 0 mat1 = WORLD[src1][1] mat2 = WORLD[src2][1] res = mat1 + mat2 WORLD[trg] = ['mat', res] return 1 def call_sub(args): ''' Substract two mat variables (L or RGB). Soustract deux variables mat (L ou RGB) mat_c = mat_a - mat_b ''' usage = 'sub <mat_a> <mat_b> <mat_c>\n\ sub im1 im2 res\n' prog = 'sub' desc = call_sub.__doc__ p = OptionParser(description = desc, prog = prog, version = version) p.set_usage(usage) try: opt, args = p.parse_args(args) except: return 0 if len(args) != 3: p.print_help() return 0 src1, src2, trg = args if not check_name([src1, src2]): return -1 if not check_mat([src1, src2]): return -1 if not check_overwrite(trg): return 0 mat1 = WORLD[src1][1] mat2 = WORLD[src2][1] res = mat1 - mat2 WORLD[trg] = ['mat', res] return 1 def call_mul(args): ''' Multiply two mat variables (L or RGB). Multiplie deux variables mat (L ou RGB) mat_c = mat_a * mat_b ''' usage = 'mul <mat_a> <mat_b> <mat_c>\n\ mul im1 im2 res\n' prog = 'mul' desc = call_mul.__doc__ p = OptionParser(description = desc, prog = prog, version = version) p.set_usage(usage) try: opt, args = p.parse_args(args) except: return 0 if len(args) != 3: p.print_help() return 0 src1, src2, trg = args if not check_name([src1, src2]): return -1 if not check_mat([src1, src2]): return -1 if not check_overwrite(trg): return 0 mat1 = WORLD[src1][1] mat2 = WORLD[src2][1] res = mat1 * mat2 WORLD[trg] = ['mat', res] return 1 def call_div(args): ''' Divide two mat variables (L or RGB). Divise deux variables mat (L ou RGB) mat_c = mat_a / mat_b ''' usage = 'div <mat_a> <mat_b> <mat_c>\n\ div im1 im2 res\n' prog = 'div' desc = call_div.__doc__ p = OptionParser(description = desc, prog = prog, version = version) p.set_usage(usage) try: opt, args = p.parse_args(args) except: return 0 if len(args) != 3: p.print_help() return 0 src1, src2, trg = args if not check_name([src1, src2]): return -1 if not check_mat([src1, src2]): return -1 if not check_overwrite(trg): return 0 mat1 = WORLD[src1][1] mat2 = WORLD[src2][1] res = mat1 / mat2 WORLD[trg] = ['mat', res] return 1 def call_info(args): ''' Return informations about a variable (size, stats, format, ...). Retourne des informations a propos d une variable (taille, stats, format, ...) ''' ## TODO info on sequence usage = 'info <mat_name>\n\ info mat1\n' prog = 'info' desc = call_info.__doc__ p = OptionParser(description = desc, prog = prog, version = version) p.set_usage(usage) try: opt, args = p.parse_args(args) except: return 0 if len(args) != 1: p.print_help() return 0 src = args[0] if not check_name(src): return -1 if not check_mat(src): return -1 mat = WORLD[src][1] c1, c2, c3 = G, B, Y print 'Name: %s%s%s Type: %s%s%s' % (c1, src, N, c1, 'mat', N) if len(mat) == 1: mode = 'L' elif len(mat) == 3: mode = 'RGB' elif len(mat) == 4: mode = 'RGBA' print 'Mode: %s%s%s Size: %s%ix%i%s Format: %s%s%s' % (c1, mode, N, c1, mat[0].shape[1], mat[0].shape[0], N, c1, mat[0].dtype, N) print '' for c in xrange(len(mat)): print 'Channel %s%i%s' % (c2, c, N) min = mat[c].min() max = mat[c].max() mean = mat[c].mean() var = mat[c] - mean var *= var var = var.sum() var /= float(mat[c].size) std = sqrt(var) print 'min: %s%5.3f%s max: %s%5.3f%s mean: %s%5.3f%s var: %s%5.3f%s std: %s%5.3f%s' % (c3, min, N, c3, max, N, c3, mean, N, c3, var, N, c3, std, N) return 1 ''' #=== documentation ============== print '# ls' print call_ls.__doc__ print '# ldir' print call_ldir.__doc__ print '# rm' print call_rm.__doc__ print '# mv' print call_mv.__doc__ print '# cp' print call_cp.__doc__ print '# mem' print call_mem.__doc__ print '# fun' print call_fun.__doc__ print '# save_var' print call_save_var.__doc__ print '# save_world' print call_save_world.__doc__ print '# load_var' print call_load_var.__doc__ print '# load_world' print call_load_world.__doc__ print '# load_im' print call_load_im.__doc__ print '# save_im' print call_save_im.__doc__ print '# show_mat' print call_show_mat.__doc__ print '# color2gray' print call_color2gray.__doc__ print '# gray2color' print call_gray2color.__doc__ print '# colormap' print call_colormap.__doc__ print '# seq2mat' print call_seq2mat.__doc__ print '# seq_reg_ave' print call_seq_reg_ave.__doc__ print '# load_vid' print call_load_vid.__doc__ print '# wiener' print call_wiener.__doc__ print '# mosaicing' print call_mosaicing.__doc__ print '# cut_seq' print call_cut_seq.__doc__ print '# add' print call_add.__doc__ print '# sub' print call_sub.__doc__ print '# mul' print call_mul.__doc__ print '# div' print call_div.__doc__ print '# info' print call_info.__doc__ sys.exit() ''' #=== shell io =================== # script kernel script_flag = False script_end = False if len(sys.argv) != 1: script_name = sys.argv[1] dummy, ext = script_name.split('.') if ext != 'sas': outbox_error('This file %s is not a Script Astir Shell (.sas).' % script_name) sys.exit() script_flag = True list_cmd = open(script_name, 'r').readlines() # if mode shell if script_flag: print '** Script Astir Shell V0.36 **' else: print ' ___ _ _' print ' / _ \ | | (_)' print '/ /_\ \___| |_ _ _ __' print '| _ / __| __| | \'__)' print '| | | \__ \ |_| | |' print '\_| |_/___/\__|_|_|' print '' print 'Astir Copyright (C) 2008 Julien Bert' print 'This program comes with ABSOLUTELY NO WARRANTY; for details type "licence".' print 'This is free software, and you are welcome to redistribute it' print 'under certain conditions; type "licence" for details.' print 'GNU General Public License version 3' print '' print '** Astir Shell V0.36 **\n' ct_cmd = 1 while 1 and not script_end: if script_flag: cmd = list_cmd[ct_cmd - 1] if cmd[0] == '#': ct_cmd += 1 continue print '%s%s%s' % (B, cmd.strip('\n'), N) if ct_cmd == len(list_cmd): script_end = True else: try: cmd = raw_input('%sastir%s %i%s %%%s ' % (B, GB, ct_cmd, G, N)) except: print '\nbye' sys.exit(0) if not cmd: continue ct_cmd += 1 parse = cmd.split() progname = parse[0] args = parse[1:] if progname not in listfun: try: print eval(cmd) except: outbox_bang(' 8-/') continue if progname == 'exit': print 'bye' sys.exit(0) # caller eval('call_%s(args)' % progname)

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/TESTING-REFACTOR-REWRITE/TwitterAPI/Trending/google_translate_twitter.py

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no_license

alienone/OSINT

https://github.com/alienone/OSINT

62bc8f15d6ba91df1d735a096cfb5e7e1af567dc

491da288a3ec7a9351d83f84509d81decac6a4fe

refs/heads/master

2015-08-06T14:09:25.970946

2014-04-14T01:44:30

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1

null

__date__ = "Nov 15, 2012" __author__ = "AlienOne" __copyright__ = "GPL" __credits__ = ["AlienOne"] __license__ = "GPL" __version__ = "1.0.0" __maintainer__ = "AlienOne" __email__ = "[email protected]" __status__ = "Production" import json, requests, csv, datetime, daemon, time from apiclient.discovery import build def twitter_searchUrl(twitterSearchSpace_filename): """Iterate through the twitterSearchSpace file""" for element in open(twitterSearchSpace_filename): yield(element) def google_trans(element_list, src_lang): """Call google translate API to translate non-English based Tweets""" service = build('translate', 'v2', developerKey='AIzaSyCMNKNNuCoLoL6ZtVJvZWUsUce-lMXLoqQ') return service.translations().list(source=src_lang, target="en", q=element_list).execute() def grabTwitterTopics(search_url, csv_filename, src_lang, country_name): """Process Top Ten Trending Non-English Language Based Tweets by WOEID""" f = csv.writer(open(csv_filename, "ab+")) request_urlGet = requests.get(search_url) if '200' in str(request_urlGet.status_code) and 'json' in (request_urlGet.headers['content-type']): data = json.loads(request_urlGet.text) data_list = data[0]["trends"] element_list = [] for element in data_list: if src_lang != "en": name = google_trans(element['name'], src_lang) else: name = element['name'] element_list.append({'name': name, 'url': element['url']}) element_list.sort() key_list = [] for datadict in element_list: curkey = datadict.get('name') if curkey not in key_list: current_time = datetime.datetime.now().strftime("%Y-%m-%d %H:%M:%S") if src_lang != "en": topic = datadict['name']['translations'][0]['translatedText'].strip('#').strip(' ').encode('ascii','ignore') else: topic = datadict['name'].strip('#').strip(' ').encode('ascii','ignore') url = datadict['url'].encode('ascii','ignore') f.writerow([current_time,topic,url,country_name]) def processData(element, csv_filename): element = element.split(',') search_url = element[0].strip('\n') country_name = element[1].strip('\n') src_lang = element[2].strip('\n') grabTwitterTopics(search_url, csv_filename, src_lang, country_name) def main(): """Execute process every hour""" the_date = datetime.datetime.now().strftime("%Y-%m-%d-%H-%M-%S") csv_filename = "culled_product/Twitter-Top-Trending" + '-' + the_date + '.csv' f = open(csv_filename,"wb+") w = csv.writer(f) w.writerow(["Time Observed","Trend Name","URL Request","Country"]) f.close() twitterSearchSpace_filename = "twitterSearchSpace.csv" for element in twitter_searchUrl(twitterSearchSpace_filename): processData(element, csv_filename) time.sleep(3600) if __name__ == '__main__': with daemon.basic_daemonize(): main()

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Python

false

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5,282,809,775,795

05c47bbf5b2c734193926569df3ca04d12737142

48a198aad51487f3fdd3eb4c191f864cea61486c

/obal.py

ae6770399353f5deb5f9988ae983a9b0818f8c57

[]

no_license

philosodad/graphcomplexity.edge

https://github.com/philosodad/graphcomplexity.edge

86de4967ac9d54659947e92a865962e1640e35f2

afc544ee780068963b25b83f4406ce250be7d2a0

refs/heads/master

2021-01-01T19:07:43.393733

2009-12-14T17:56:47

32,559,912

0

null

import random as ran class G(object): bound = 300 sensor_range = 80 comm_range = 160

UTF-8

Python

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2,009

9,801,115,397,965

7829b72c7f6a0b5757feb0c51f51fc1269493863

c198dbd09a25f7c21a058fe600a85c29fef4206d

/batma/core/group.py

f80488aa1bfa7ea476c079d47a5d6e0486cd3457

[ "MIT" ]

permissive

droidguy04/batma

https://github.com/droidguy04/batma

f1a7dad12f221739e516a60c4fa2cc054334d97d

772a063c8ad7c4324debf1cf7f3c25da1dce4e7a

refs/heads/master

2020-12-25T23:46:43.012369

2012-07-23T00:27:25

null

0

null

import operator as op __all__ = ['Group'] class Group(list): # META ==================================================================== def __init__(self, *game_objects): super(Group, self).__init__(game_objects) def add(self, *game_objects): for game_object in game_objects: self.append(game_object) def remove(self, *game_objects): for game_object in game_objects: super(Group, self).remove(game_object) def clear(self): super(Group, self).__init__([]) # ========================================================================= # COLLISION =============================================================== def they_collide(self, obj1, obj2): return obj1.collider.intersects(obj2.collider) def objs_colliding(self, obj): intersects = obj.collider.intersects return [other for other in self if (other is not obj) and intersects(other.collider)] def iter_colliding(self, obj): intersects = obj.collider.intersects for other in self: if other is not obj and intersects(other.collider): yield other def any_colliding(self, obj): for other in self: if self.they_collide(obj, other): return True return False def any_near(self, obj, near_distance): near_than = obj.collider.near_than for other in self: if other is not obj and near_than(other.collider, near_distance): return other return None def objs_near(self, obj, near_distance): near_than = obj.collider.near_than return [other for other in self if (other is not obj) and near_than(other.collider, near_distance)] def objs_near_wdistance(self, obj, near_distance): distance = obj.collider.distance res = [] for other in self: if other is obj: continue d = distance(other.collider) if d <= near_distance: res.append((other, d)) return res def ranked_objs_near(self, obj, near_distance): tmp = objs_near_wdistance(obj, near_distance) tmp.sort(key=op.itemgetter(1)) return tmp def iter_all_collisions(self): # O(n**2) for i, obj in enumerate(self): intersects = obj.collider.intersects for j, other in enumerate(self): if j >= i: break if intersects(other.collider): yield (obj, other) def objs_touching_point(self, x, y): touching = set() for obj in self: if obj.collider.touches_point(x, y): touching.add(obj) return touching def objs_into_box(self, minx, maxx, miny, maxy): into = set() packed_box = minx, maxx, miny, maxy for obj in self: if obj.collider.fits_in_box(packed_box): into.add(obj) return into # ========================================================================= def update(self, tick): for game_object in self: game_object.update(tick) def draw(self): for game_object in self: game_object.draw()

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ba6918522576eee61ec6d0b0d7495d6c18717376

/csv2avro

3473aae2f8dc7fab5b4cd1a2c149790054dc3ecb

[ "Apache-2.0" ]

permissive

chinna1986/avroutils

https://github.com/chinna1986/avroutils

3677e36d542a6c2ee45497441f6fa732ca2db485

ec965bb47314a35de31924a7bc4dd7aa47afe746

refs/heads/master

2021-01-23T18:11:18.536611

2010-08-21T10:42:10

null

0

null

#!/usr/bin/env python # -*- coding: utf-8 -*- # Licensed to the Apache Software Foundation (ASF) under one # or more contributor license agreements. See the NOTICE file # distributed with this work for additional information # regarding copyright ownership. The ASF licenses this file # to you under the Apache License, Version 2.0 (the # "License"); you may not use this file except in compliance # with the License. You may obtain a copy of the License at # # http://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. # See the License for the specific language governing permissions and # limitations under the License. import functools import optparse import csv from avro import schema, io, datafile VERSION="0.1" PRIMITIVE_DATA_TYPE_MAP = { 'string': lambda x: str(x), 'boolean': lambda x: bool(x), 'bytes': lambda x: bytes(x), 'int': lambda x: int(x), 'long': lambda x: long(x), 'float': lambda x: float(x), 'double': lambda x: float(x), 'null': lambda x: None, } def dataTypeMapper(names, namesdict, types, defaults, lineData): """ Convert a given primitive data to its specified schema type. Use defaults if nulls are encountered for non sequence types.""" # Try converting the data to its actual type. for index, name in enumerate(names): data = lineData[index] try: namesdict[name] = PRIMITIVE_DATA_TYPE_MAP[types[index]](data) except ValueError as valErr: # We failed. So lets see if we have a default value to use? if defaults[index]!= None: namesdict[name]= PRIMITIVE_DATA_TYPE_MAP[types[index]](defaults[index]) else: # We tried what we could. Its definitely the data or the schema that's wrong. # Raise the exception and let the user ponder. raise valErr return namesdict def createOptionParser(): """ Create an command line options parser that supports options for various types of delimiter seperated files. """ usage = "Usage: %prog [options] INPUTFILES... OUTPUTFILE" version = "%prog " + VERSION parser = optparse.OptionParser(usage=usage, version=version) generalGroup = optparse.OptionGroup(parser, "[General]", "General, utility related options") generalGroup.add_option('-r', '--reverse', action='store_true', default=False, dest='reverse', help="Convertread/write as.") generalGroup.add_option('-o', '--overwrite', dest='overwrite', action='store_true', default=False, help="Overwrite existing output file if it already exists.") generalGroup.add_option('-a', '--append', dest='append', action='store_true', default=False, help="Append to existing output file if it already exists.") parser.add_option_group(generalGroup) avroGroup = optparse.OptionGroup(parser, "[Avro]", "Avro file input/output related options") avroGroup.add_option('-s', '--schema-file', dest='schema', help="Specify a schema to read/write as.") avroGroup.add_option('-n', '--record-name', dest='name', help="Specify a record name. Used when no schema file is provided. Default is the first input filename") avroGroup.add_option('-c', '--compress', dest='compress', action='store_true', default=False, help="Toggle compression of avro output file using 'deflate' codec.") parser.add_option_group(avroGroup) csvGroup = optparse.OptionGroup(parser, "[CSV]", "CSV file input/output related options") csvGroup.add_option('-d', '--delimiter', dest='delimiter', default=',', help="Specify a delimiter for the CSV file's records (ex: '\\x1b'. Default is comma (',').") csvGroup.add_option('-f', '--header', dest='header', action='store_true', default=False, help="Specify that the first record in the CSV file is (or must be) a header.") parser.add_option_group(csvGroup) return parser def validateOptions(parser): """ Validate the options from the commandline and return the remaining options. """ (opts, args) = parser.parse_args() # Perform any required validation if opts.overwrite and opts.append: parser.error("Can't specify both overwrite and append options together.") if opts.schema: try: schema.parse(open(opts.schema).read()) except: parser.error("Given schema file %s is not a valid Avro schema file." % opts.schema) return (opts, args) def convertCsvToAvro(parser, opts, inputs, output): """ Read the CSV files and convert them to Avro. """ # Ensure that the output destination does not already exist, if no overwriting flag is set. if not opts.overwrite and not opts.append: try: open(output) parser.error("Output file already exists. Provide an --overwrite option if you want to force an overwrite or an --append option if you want to append to it.") except IOError: pass # Retrieve some sample data to sniff first. firstFile = open(inputs[0]) sampleData = firstFile.read(5*1024) # TODO: Make this configurable as an advanced option? firstFile.seek(0) header = firstFile.readline() firstFile.close() # Unescape our delimiter, if available, for convenience. if opts.delimiter: delimiter = opts.delimiter.decode('string-escape') else: # Sniff out a dialect for the CSV file and use its delimiter. dialect = csv.Sniffer().sniff(sampleData) delimiter = dialect.delimiter # If we got a schema to use, lets use it. if opts.schema: try: outputSchema = schema.parse(open(opts.schema).read()) except: parser.error("Given schema is invalid. Please provide a proper Avro schema") else: # Check if we have a header at least? if not csv.Sniffer().has_header(sampleData): parser.error("The input CSV files don't carry a header. Please provide a schema file or a proper CSV input file with headers.") # Get the 'record' name. name = inputs[0] if opts.name: name = opts.name # Construct record fields. # NOTE: All fields will default to 'string' type as headers don't tell us data types. # To use your own types, provide a JSON schema instead. fieldList = [] for fieldName in header.strip().split(delimiter): fieldList.append({'type': 'string', 'name': fieldName}) # Schema can now be constructed. outputSchema = schema.RecordSchema(name, None, fieldList) # We have the schema ready. Lets begin converting. fieldNames = [field.name for field in outputSchema.fields] fieldNamesDict = dict((name, None) for name in fieldNames) fieldTypes = [field.type.type for field in outputSchema.fields] fieldDefaults = [field.default for field in outputSchema.fields] dataMapper = functools.partial(dataTypeMapper, fieldNames, fieldNamesDict, fieldTypes, fieldDefaults) datumWriter = io.DatumWriter(outputSchema) dataFileWriter = datafile.DataFileWriter(open(output, 'a+' if opts.append else 'w'), datumWriter, None if opts.append else outputSchema, 'deflate' if opts.compress else 'null') # Convert all given input files to avro. for inputfile in inputs: openfile = open(inputfile) # If CSV file has a header, ignore it by reading it out. if opts.header: openfile.readline() for lineno, line in enumerate(openfile): # Convert the data types to fit the schema. try: lineData = dataMapper(line.strip().split(delimiter)) except ValueError as valErr: print("Recieved a value error on line %d of file %s." % (lineno+1, inputfile)) raise valErr # Append the converted CSV record to the Avro data file. dataFileWriter.append(lineData) # We've finished converting all files. Close and exit. dataFileWriter.close() def convertAvroToCsv(parser, opts, inputs, output): """ Read the Avro files and convert them all to CSV """ csvFileWriter = csv.writer(open(output, 'wb'), delimiter=str(opts.delimiter.decode('string-escape')), lineterminator='\n') # Create our datum (record) reader. datumReader = io.DatumReader() if opts.schema: # If we have a custom schema, read that alone for the datum. datumReader = io.DatumReader(expected=schema.parse(open(opts.schema).read())) # Get schema fields early on. if opts.schema: fields = schema.parse(open(opts.schema).read()).fields else: # Get it from the first file if a custom schema was not passed. fields = datafile.DataFileReader(open(inputs[0]), datumReader).datum_reader.writers_schema.fields # If the header flag is on, write the header as the first record. if opts.header: csvFileWriter.writerow([field.name for field in fields]) # Convert all given input files to CSV. for inputfile in inputs: openfile = datafile.DataFileReader(open(inputfile), datumReader) for record in openfile: csvRow = [record[field.name] for field in fields] csvFileWriter.writerow(csvRow) def main(): parser = createOptionParser() (opts, args) = validateOptions(parser) if not len(args) > 1: parser.error('You must specify an input and an output filename.') inputs = args[:-1] output = args[-1] if opts.reverse: convertAvroToCsv(parser, opts, inputs, output) else: convertCsvToAvro(parser, opts, inputs, output) if __name__=='__main__': main()

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f3a9b8f97c9bece83eecd5f8442c1d703bb16caf

/samplecode.py

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[]

no_license

ENuge/sampleblog

https://github.com/ENuge/sampleblog

e06d8d5b7a3ab0ca71d73df68b3f779cec94f190

ec87ebe54b2c4605d04380f69d3a644db097e49a

refs/heads/master

2020-05-05T01:18:35.005245

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import os import cgi import re import sys import urllib2 from xml.dom import minidom from string import letters import random import string import hashlib import hmac import logging import time from datetime import datetime, timedelta import webapp2 import jinja2 from google.appengine.api import memcache from google.appengine.ext import db # Database Entries class LoginData(db.Model): username = db.TextProperty(required = True) password = db.TextProperty(required = True) class SinglePost(db.Model): subject = db.TextProperty(required = True) # subject of blog post content = db.TextProperty(required = True) # content of blog post created = db.DateTimeProperty(auto_now_add = True) # date of blog post ## Cookie-related hashing def hash_str(s): """ Hashes a string. """ return hmac.new(SECRET, s).hexdigest() def make_secure_val(s): """ Hash a value in the format s|hash """ return "%s|%s" % (s, hash_str(s)) # def check_secure_val(h): """ Checks that the given hash matches what our hashing function gives. If so, return the unhashed value. """ val = h.split('|')[0] if h == make_secure_val(val): return val ## Password-related hashing and salting def make_salt(): return ''.join(random.choice(string.letters) for x in xrange(5)) def make_pw_hash(name, pw, salt = None): """ Hashes password using sha256 algorithm. Returns output in form "hash, salt". """ if not salt: salt = make_salt() h = hashlib.sha256(name + pw + salt).hexdigest() return '%s,%s' % (h, salt) def valid_pw(name, pw, h): """ Checks if a password matches its hash. """ salt = h.split(',')[1] return h == make_pw_hash(name, pw, salt) ###### Memcached related age-getting for blog posts def age_set(key, val): """ Sets the age for a blog post. """ save_time = datetime.utcnow() memcache.set(key, (val, save_time)) def age_get(key): """ Outputs the age of a blog post. """ r = memcache.get(key) if r: val, save_time = r age = (datetime.utcnow() - save_time).total_seconds() else: val, age = None, 0 return val, age def add_post(post): """ Adds a post to the database. """ post.put() get_posts(update = True) return post.key().id() def edit_post(key, subject, content): """ Edits a post already in the database (keeping original date/time). """ post = db.get(key) post.subject = subject post.content = content post.put() def get_posts(update = False): """ Gets 30 blog posts for the front page. """ q = SinglePost.all().order('-created').fetch(limit = 30) mc_key = 'BLOGS' posts, age = age_get(mc_key) if update or posts is None: posts = list(q) age_set(mc_key, posts) return posts, age def age_str(age): """ Formats our timequery nicely. """ s = 'queried %s seconds ago' age = int(age) if age == 1: s = s.replace('seconds', 'second') return s % age #### sampleuser hard-coded as only valid username/password. #### Signup page disabled. pwhash = make_pw_hash("sampleuser", "samplepassword") l = LoginData(username = "sampleuser", password = pwhash) l_key = l.put() # Note that this should be in a separate file, but this is just code to # demonstrate how it works, in general. SECRET = 'generichash' # 'Secret' hash for our passwords template_dir = os.path.join(os.path.dirname(__file__), 'templates') jinja_env = jinja2.Environment(loader = jinja2.FileSystemLoader(template_dir)) # autoescape = True commented out so blog can use HTML formatting class Handler(webapp2.RequestHandler): """ Generic handler that gets passed to each subsequent class. """ def write(self, *a, **kw): self.response.out.write(*a, **kw) def render_str(self, template, **params): t = jinja_env.get_template(template) return t.render(params) def render(self, template, **kw): self.write(self.render_str(template, **kw)) ####### Start of the static webpages class Welcome(Handler): """ A very basic welcome splash page for me when I log in. """ def render_welcome(self, username=""): self.render("welcome.html", username = user_cookie_str) def get(self): usercookie = self.request.cookies.get('username') if usercookie: user_cookie_str = check_secure_val(usercookie) if user_cookie_str: self.render("welcome.html", username = user_cookie_str) elif not usercookie or not user_cookie_str: self.redirect('/') class MainPage(Handler): """ The homepage, or about me, for the website. """ def get(self): self.render("home.html") class Projects(Handler): """ Details projects that I am working on. """ def get(self): self.render("projects.html") class Resume(Handler): """ Renders my resume. The HTML was generated using a PDF-to-HTML tool online, but then modified a bit to look nice on the page. """ def get(self): self.render("resume.html") class Contact(Handler): """ Gives information for how one may contact me. """ def get(self): self.render("contact.html") ####### Start of the blog-related webpages, etc. class Login(Handler): """ Login page allows me to login using the only valid username/password. """ def render_login(self, username="", usererror="", password="", passworderror=""): self.render("login.html", username = username, usererror = usererror, password = password, passworderror = passworderror) def get(self): self.render_login() def post(self): username = str(self.request.get("username")) password = str(self.request.get("password")) usererror = "" passworderror = "" usercookie = str(make_secure_val(username)) # check if the username and corresponding password # are in the database; if so, redirect them to the login page # otherwise, throw an error if checkdb(username) == False and verifypwd(username, password): self.response.headers['Content-Type'] = 'text/plain' self.response.headers.add_header('Set-Cookie', 'username=' + usercookie + '; Path=/') self.redirect("/welcome") if checkdb(username): usererror = "This is not a valid username!" self.render_login(username, usererror, password, passworderror) if (verifypwd(username, password) == False and checkdb(username)==False): passworderror = "Wrong password!" self.render_login(username, usererror, password, passworderror) class Logout(Handler): """ Logout page allows me to logout and wipe the cookies. """ def get(self): self.response.headers['Content-Type'] = 'text/plain' self.response.headers.add_header('Set-Cookie', 'username=; Path=/' '; expires=Sun, 16-Jul-2012 23:59:59 GMT') self.redirect('/') class Flush(Handler): """ If the user is logged in, he may flush memcached by going to this URL. """ def get(self): usercookie = self.request.cookies.get('username') if usercookie: user_cookie_str = check_secure_val(usercookie) if user_cookie_str: memcache.flush_all() self.redirect('/') elif not usercookie or not user_cookie_str: self.redirect('/') class Blog(Handler): """ Renders the front page for the blog, showing the latest 30 blog posts. """ def render_blog(self, subject="", content="", error="", created=""): posts, timequery = get_posts(True) # also updates the db self.render("blog.html", posts=posts, timequery=age_str(timequery)) def get(self): self.render_blog() class NewPost(Handler): """ Allows the user to submit a new blog post. """ def render_newpost(self, subject="", content="", error=""): self.render("newpost.html", subject = subject, content = content, error = error) def get(self): usercookie = self.request.cookies.get('username') if usercookie: user_cookie_str = check_secure_val(usercookie) if user_cookie_str: self.render_newpost() elif not usercookie or not user_cookie_str: self.redirect('/') def post(self): subject = self.request.get("subject") content = self.request.get("content") if subject and content: s = SinglePost(subject = subject, content = content) s_id = add_post(s) # returns id of created post self.redirect("/%d" % s_id) else: error = "you need both a subject and a body!" self.render_newpost(subject, content, error) class PermaLink(Handler): """ Unique webpage for each specific blog post. """ def render_post(self, subject="", content="", created="", webURL="", timequery="", edit=""): self.render("singlepost.html", subject = subject, content = content, created = created, webURL = webURL, timequery = timequery, edit = edit) def get(self, postid): post_key = 'POST_' + postid # key used for memcached post, age = age_get(post_key) # gets age of posts from cache try: # if given URL is not numeric (and not any other page) int(postid) # then it is invalid, so redirect to the home page except ValueError: self.redirect('/') return if not post: # if post not in cache, get it from database key = db.Key.from_path('SinglePost', int(postid)) post = db.get(key) age_set(post_key, post) # then put it in the cache age = 0 if not post: # if no post with this id, then invalid URL self.error(404) return s = SinglePost.get_by_id(int(postid)) usercookie = self.request.cookies.get('username') if usercookie: user_cookie_str = check_secure_val(usercookie) if user_cookie_str: self.render_post(subject = s.subject, content = s.content, created = s.created, webURL = s.key().id(), timequery = age_str(age), edit = True) if not usercookie or not user_cookie_str: self.render_post(subject = s.subject, content = s.content, created = s.created, webURL = s.key().id(), timequery = age_str(age), edit = False) class EditPage(Handler): """ Allows one to edit a specific blog post. """ def render_edit(self, subject="", content="", error="", timequery=""): self.render("edit.html", subject = subject, content = content, error = error, timequery = timequery) def get(self, postid): logging.error(postid) post_key = 'POST_' + postid post, age = age_get(post_key) postid=postid[1:] try: int(postid) except ValueError: self.error(404) return if not post: key = db.Key.from_path('SinglePost', int(postid)) post = db.get(key) age_set(post_key, post) age = 0 if not post: self.error(404) return s = SinglePost.get_by_id(int(postid)) usercookie = self.request.cookies.get('username') if usercookie: user_cookie_str = check_secure_val(usercookie) if user_cookie_str: self.render_edit(subject=s.subject, content=s.content, timequery=age_str(age)) if not usercookie or not user_cookie_str: self.redirect('/') def post(self, postid): subject = self.request.get("subject") content = self.request.get("content") postid = postid[1:] if subject and content: key = db.Key.from_path('SinglePost', int(postid)) edit_post(key, subject, content) self.redirect("/%d" % int(postid)) else: error = "you need both a subject and a body!" self.render_edit(subject, content, error, age_str(0)) PAGE_RE = r'(/(?:[a-zA-Z0-9_-]+/?)*)' app = webapp2.WSGIApplication([('/welcome', Welcome), ('/', MainPage), ('/projects', Projects), ('/resume', Resume), ('/contact', Contact), ('/login', Login), ('/logout', Logout), ('/flush', Flush), ('/blog', Blog), ('/newpost', NewPost), ('/_edit' + PAGE_RE, EditPage), ('/(\S+)', PermaLink)], debug = True) def checkdb(username): """ Checks if our username is already in the database. If so, return False. """ dbuser = db.GqlQuery("SELECT * FROM LoginData") #"WHERE username = :user", #user=username) for x in dbuser: if x.username == username: return False return True # Verifypwd checks if the input password matches the hashed value saved # in the database. def verifypwd(username, password): """ Checks if the input password matches the hashed value saved in the database. """ dbuser = db.GqlQuery("SELECT * FROM LoginData") for x in dbuser: if x.username == username: pwhash = str(x.password) return valid_pw(username, password, pwhash) return False

UTF-8

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2,013

12,824,772,372,714

f2baf749f7123f7fa791bf3020cb9ab1f51f5d3e

f83840e93fb5901a710a20f840eb7c1647623839

/add_ids_to_jsons.py

fd2ce6c8ccf7cce8571cf5c6f2cb33e4e4b345e3

[ "BSD-3-Clause" ]

permissive

kcranston/opentree_status

https://github.com/kcranston/opentree_status

2fb416de7df88c72917d3193d2398f32f7ad5f4d

a8c754d061979d4dacbbb8fb6c29ceef3cf7d10a

refs/heads/master

2021-01-23T20:50:21.485840

2013-08-10T02:11:26

null

0

null

# reads status jsons # extracts studyID and adds as _id field # so that can be import into couchdb # assumes 1. want to import all .json files import sys import os import json import glob def usage() : print "Usage: add_study_ids.py source_directory target_directory" # crappy command-line parameter parsing source_dir=sys.argv[1] print "source files in",source_dir target_dir=sys.argv[2] if os.path.isdir(target_dir): print "writing files to",target_dir else: os.mkdir(target_dir) print "creating",target_dir # get the list of files to import filelist=os.listdir(source_dir) jsons={} for f in filelist: if f.endswith(".json"): infile = source_dir+"/"+f outfile = target_dir+"/"+f contents = json.load(open(infile,'r')) studyId = contents['study_info']['ot:studyId'] contents['_id'] = studyId json.dump(contents,open(outfile,'w')) print infile,outfile,studyId jsons[studyId]=infile else: print "skipping file ",f

UTF-8

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2,013

19,722,489,823,696

c4cc3222ee7df6cd2a06a8f21ece77603719a4d9

3def0de902b598fa1a2adda8611c349b2fc7625a

/CallJava.py

460c1067eddb82db43449149fd279d1bbeb7a9c9

[]

no_license

strategist922/pydoop

https://github.com/strategist922/pydoop

86699f23a1e9a11357c2b26fb94d508ed89305e9

cd6fc4b41600de4d7f7189a9821554a9a1a47b48

refs/heads/master

2020-12-25T12:28:12.060391

2013-03-18T15:45:52

null

0

null

import sys try: import org.apache.hadoop.io.Text as Text; import java.lang.System as System from com.xhaus.jyson import JysonCodec as json except ImportError: #cpython Text = str import json def map(key, value, context): try: payload = json.loads(value) except: e = sys.exc_info()[0] context.write(Text("exception:%s" % e), Text(key)) return record = False try: ch = payload['chromeHangs'] if type(ch) == dict: record = len(ch['memoryMap']) > 0 except KeyError: pass try: lw = payload['lateWrites'] if type(lw) == dict: record = record or len(lw['memoryMap']) > 0 except KeyError: pass if record: outkey = Text(value) context.write(outkey, Text()) #def reduce(key, values, context): # context.write(key, Text()) if __name__ == "__main__": from FileDriver import map_reduce map_reduce(sys.modules[__name__], sys.argv[1])

UTF-8

Python

false

2,013

7,103,875,945,062

13ab3755d852ddb2222e29ee23e0cd1248d55438

38b9194a7dc7a8c5950a6942b65f03ff03540208

/Completed_run/inverse_distance_rectangular_Dutch_election_1dim/standardizep2a2.py

50665d568608fa18c45e9caa1c8f0f7b4e776ae4

[]

no_license

joellevine/Dutch_Election_Inverse_Distance

https://github.com/joellevine/Dutch_Election_Inverse_Distance

018a287705afbd884064969a053fd89688867859

e9964aff9a55e27af8ed9e02bc2a41202b6d51be

refs/heads/master

2021-01-19T10:21:21.797563

2012-09-02T22:54:53

null

0

null

## Copyright (C) 2012 Joel H. Levine ## ## Permission is hereby granted, free of charge, to any person obtaining ## a copy of this software and associated documentation files (the "Software"), ## to deal in the Software without restriction,including without limitation ## the rights to use, copy, modify, merge, publish, distribute, sublicense, ## and/or sell copies of the Software, and to permit persons to whom the Software ## is furnished to do so, subject to the following conditions: ## ## The above copyright notice and this permission notice shall be included ## in all copies or substantial portions of the Software. ## ## THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS ## OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, ## FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL ## THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER ## LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING ## FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS ## IN THE SOFTWARE. #standardizep2a2.py from numpy import * def standardizep2a2(original_rx,original_cx,attenuation,minkowski): if attenuation !=2 or minkowski!=2: print "Inappropriate ttempt to use standardization -- bypassed" print "(Approriate only for Euclidean space and squared attenuation)" else: rx,cx=standardize_variance(original_rx,original_cx) return rx,cx def standardize_variance(original_rx,original_cx): rx=original_rx[:,:] cx=original_cx[:,:] rx=mean_center(rx) cx=mean_center(cx) nrow=size(rx,0) ncol=size(cx,0) ndim=size(rx,1) rx,cx=same_sd(rx,cx) return rx,cx def same_sd(rx,cx): nrow=size(rx,0) ncol=size(cx,0) ndim=size(rx,1) rss=rx[0,:]**2 css=cx[0,:]**2 for row in range(1,nrow): rss+=rx[row,:]**2 for row in range(1,ncol): css+=cx[row,:]**2 rss/=nrow css/=ncol rss**=.5 #standard deviations css**=.5 # #now, force a common sd in each dimension geomean=(rss*css)**.5 x_correction=geomean/rss y_correction=geomean/css return rx*x_correction,cx*y_correction def mean_center(rx): nrow=len(rx) su=sum(rx,0) su= su/nrow #for i in xrange(nrow): mx=rx[:,:]-su return mx # ================================================================================= if __name__=="__main__": random.seed(1) x=zeros((10,2),float) y=zeros((5,2),float) for i in range(10): for j in range(2): x[i,j]=random.random() for i in range(5): for j in range(2): y[i,j]=10*random.random() print x print print y x,y= standardizep2a2(x,y,2,2) print "standardized" print x print print y

UTF-8

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false

2,012

10,952,166,639,843

c202daa726dd840d801bbe681c3ac96d26b0b4ec

fbe0c7f540dbd4849e6e3002e5532d91febff73d

/d2c/Application.py

c602816d6a9d58df9cd56218941fc9ac5841ba36

[]

no_license

willmore/D2C

https://github.com/willmore/D2C

23819fa351039b395c2da445a20812627afd01a7

f547690c2b4656b4d54e435976040543f0e28be0

refs/heads/master

2020-05-31T15:50:36.003669

2011-12-16T15:22:43

1,342,024

5

1

null

''' Created on Feb 10, 2011 @author: willmore ''' import wx from wx.lib.pubsub import Publisher from d2c.gui.Gui import Gui from d2c.controller.ConfController import ConfController from d2c.gui.ConfPanel import CredDialog from d2c.controller.ImageController import ImageController from d2c.controller.AMIController import AMIController from d2c.gui.DeploymentTemplateWizard import DeploymentTemplateWizard from d2c.controller.DeploymentTemplateWizardController import DeploymentTemplateWizardController from d2c.controller.DeploymentController import DeploymentController, DeploymentTemplateController from d2c.controller.NewCloudController import NewCloudController from d2c.gui.CloudPanel import CloudWizard from d2c.gui.DeploymentTab import DeploymentTemplatePanel class Application: def __init__(self, dao, amiToolsFactory): self._amiToolsFactory = amiToolsFactory self._dao = dao self._app = wx.App() self._frame = Gui(dao) self._imageController = ImageController(self._frame.imagePanel, self._dao) self._amiController = AMIController(self._frame.amiPanel, self._dao, self._amiToolsFactory) self.loadDeploymentPanels() self._frame.bindAddDeploymentTool(self.addDeployment) self._frame.bindConfTool(self.showConf) self._frame.bindCloudTool(self.showCloudWizard) self._frame.deploymentPanel.tree.Bind(wx.EVT_TREE_SEL_CHANGED, self.deploymentSelect) Publisher.subscribe(self._handleNewDeploymentTemplate, "DEPLOYMENT TEMPLATE CREATED") Publisher.subscribe(self._handleNewDeployment, "DEPLOYMENT CREATED") Publisher.subscribe(self._handleDeleteDeployment, "DELETE DEPLOYMENT") self._frame self._frame.Show() def deploymentSelect(self, event): self._frame.deploymentPanel.displayPanel.showPanel(self._frame.deploymentPanel.tree.GetItemText(event.GetItem())) def _handleDeleteDeployment(self, msg): deployment = msg.data['deployment'] self._frame.deploymentPanel.removeDeployment(deployment) self._dao.delete(deployment) def _handleNewDeploymentTemplate(self, msg): deployment = msg.data['deployment'] self.loadDeploymentPanel(deployment) def _handleNewDeployment(self, msg): deployment = msg.data['deployment'] self._frame.deploymentPanel.addDeployment(deployment) def loadDeploymentPanels(self): self.deplomentControllers = {} for d in self._dao.getDeploymentTemplates(): self.loadDeploymentPanel(d) def loadDeploymentPanel(self, deployment): deployPanel = DeploymentTemplatePanel(deployment, self._dao, self._frame.deploymentPanel.displayPanel) self._frame.deploymentPanel.addDeploymentTemplatePanel(deployPanel) self.deplomentControllers[deployment.id] = DeploymentTemplateController(deployPanel, self._dao) def addDeployment(self, event): mywiz = DeploymentTemplateWizard(None, -1, 'Deployment Template Creation Wizard') DeploymentTemplateWizardController(mywiz, self._dao) mywiz.ShowModal() mywiz.Destroy() def showConf(self, event): conf = CredDialog(self._dao, None, size=(800,400)) ConfController(conf, self._dao) conf.ShowModal() conf.Destroy() def showCloudWizard(self, event): cloudWiz = CloudWizard(None, -1, 'Manage Clouds', size=(500,400)) NewCloudController(cloudWiz, self._dao) cloudWiz.ShowModal() cloudWiz.Destroy() def MainLoop(self): self._app.MainLoop()

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2,011

4,294,967,335,447

5bfa688267e16b56cc743953d3c0d17616f9ba96

a23164dac9a001acda5bcec08ae5adc5c4736249

/pgm.py

9b99a1557956c94c37a7d2e30f2fc46fbd9c7ebf

[]

no_license

kraxis/infonet

https://github.com/kraxis/infonet

c4b4109d0d3266ece389e941a1698ef732ac6c79

0fd0749378710e3e7759a9917781bbc7fc4129ae

refs/heads/master

2021-01-02T22:58:29.412524

2013-09-23T17:20:13

null

0

null

from numpy import * import math import matplotlib.pyplot as plt from scipy.linalg import * from scipy import ndimage from scipy import stats from sklearn import svm import pylab as pl import infonet_fin as repo ##propscoring ################# def propscore(loaded,iters): X,Y,pX,pY,pXX,pYY,w,f,adj=loaded size=int(sqrt(len(pX))) nb=repo.allNeighbors(len(pX)) propscores=zeros(len(Y)) for img in range(len(Y)): print 'image being processed: '+repr(img) propsc=[None for _ in range(len(pX))] fromNode=random.randint(0,len(pX)) #start somewhere random prevNode=nb[fromNode][random.randint(0,len(nb[fromNode]))] propsc[prevNode]=repo.localInd(prevNode,pX,pY,Y[img],w) propsc[fromNode]=repo.localFunc(pX,pY,pXX,pYY,w,fromNode,prevNode,\ propsc[prevNode],Y[img]) ind=0 while(ind<iters): temp=random.randint(0,len(nb[fromNode])) thisNode=nb[fromNode][temp] if (thisNode==prevNode):thisNode=nb[fromNode][(temp+1)%len(nb[fromNode])] propsc[thisNode]=repo.localFunc(pX,pY,pXX,pYY,w,thisNode, fromNode,propsc[fromNode],Y[img]) prevNode=fromNode fromNode=thisNode ind+=1 propscores[img]=sum([e for e in propsc if e is not None]) return propscores ############################ template stuff ########################### ############################ svm testing ################################ def svmplot(sc,nums): X=sc lendata=int(len(sc)/len(nums)) Y=zeros(len(sc)) for i in range(len(nums)): Y[i*lendata:(i+1)*lendata]=i h = .02 C = 1.0 svc = svm.SVC(kernel='linear', C=C).fit(X, Y) rbf_svc = svm.SVC(kernel='rbf', gamma=0.7, C=C).fit(X, Y) poly_svc = svm.SVC(kernel='rbf', gamma=0.7, C=C).fit(X, Y)#svm.SVC(kernel='poly', degree=3, C=C).fit(X, Y) lin_svc = svm.LinearSVC(C=C).fit(X, Y) x_min, x_max = X[:, 0].min() - 1, X[:, 0].max() + 1 y_min, y_max = X[:, 1].min() - 1, X[:, 1].max() + 1 xx, yy = meshgrid(arange(x_min, x_max, h), arange(y_min, y_max, h)) print 'done' titles = ['SVC with linear kernel', 'SVC with RBF kernel', 'SVC with polynomial (degree 3) kernel', 'LinearSVC (linear kernel)'] print 'got here' for i, clf in enumerate((svc, rbf_svc, poly_svc, lin_svc)): # Plot the decision boundary. For that, we will assign a color to each # point in the mesh [x_min, m_max]x[y_min, y_max]. pl.subplot(2, 2, i + 1) Z = clf.predict(c_[xx.ravel(), yy.ravel()]) # Put the result into a color plot Z = Z.reshape(xx.shape) pl.contourf(xx, yy, Z, cmap=pl.cm.Paired) pl.axis('off') # Plot also the training points pl.scatter(X[:, 0], X[:, 1], c=Y, cmap=pl.cm.Paired) pl.title(titles[i]) pl.show()

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19,104,014,552,046

19fe4621800cb1f97bb1b03ece352ab74563ba4d

e631b3facbc6bce153dcc2d96e8e140cd11338f1

/setup.py

0353b7b96dd2498754407920c7dfd5d1d2cd930b

[ "GPL-3.0-only" ]

non_permissive

Lattyware/unrest

https://github.com/Lattyware/unrest

0334fc3a34bb2340ab5734353693db372a528d41

2109b7d3d4a0d48260be6d15867398d24c58e118

refs/heads/master

2020-04-27T05:40:23.097292

2011-12-25T02:54:41

3,046,756

0

null

""" This setup script is designed to freeze the game into an stand-alone executable without any dependancies. It is NOT needed to run the game. Just do ./unrest.py - or go and download your appropriate binary version created using this. Before running, please check the value of PLATFORM below. """ from cx_Freeze import setup, Executable ################################################################################ PLATFORM = "POSIX" #PLATFORM = "WIN32" ################################################################################ includes = ["re"] includefiles = ["assets", "README", "COPYING"] if PLATFORM == "WIN32": exe = Executable( script="unrest.py", base="Win32GUI", icon="assets/unrest-icon.ico", ) else: exe = Executable( script="unrest.py", icon="assets/unrest-icon.png", ) setup( name = "unrest", version = "1.0", author = "Gareth Latty", author_email = "[email protected]", url = "http://www.lattyware.co.uk/projects/unrest", description = "A game in which you must escape from helplessness.", platforms = ["POSIX", "WIN32"], license = "GPL3", executables = [exe], options = { "build_exe": { "includes": includes, 'include_files': includefiles, }, }, )

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2,011

1,614,907,710,925

9ec65152fd62c51450a538510b7cb9e9726d3cff

6cab0595b5d08ee15d18543cc759a04ee333ebc4

/nc_parse_uniq_lgt_file.py

cc6b69b9112cc2b6ad5684d8d40d57f4aa4ae1cc

[]

no_license

JoshDaly/lgtscripts

https://github.com/JoshDaly/lgtscripts

f2c7753c3716e5f92a12032a1886f20f6951d93b

1d072d2cd9c6626e3cba322f0bc867b906a7fead

refs/heads/master

2016-09-05T23:39:39.837048

2014-08-13T09:55:31

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#!/usr/bin/env python ############################################################################### # # nc_parse.py - parse nucmer # ############################################################################### # # # This program is free software: you can redistribute it and/or modify # # it under the terms of the GNU General Public License as published by # # the Free Software Foundation, either version 3 of the License, or # # (at your option) any later version. # # # # This program is distributed in the hope that it will be useful, # # but WITHOUT ANY WARRANTY; without even the implied warranty of # # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # # GNU General Public License for more details. # # # # You should have received a copy of the GNU General Public License # # along with this program. If not, see <http://www.gnu.org/licenses/>. # # # ############################################################################### __author__ = "Michael Imelfort" __copyright__ = "Copyright 2012" __credits__ = ["Michael Imelfort"] __license__ = "GPL3" __version__ = "0.0.1" __maintainer__ = "Michael Imelfort" __email__ = "[email protected]" __status__ = "Development" ############################################################################### import argparse import sys #import os #import errno #import numpy as np #np.seterr(all='raise') #import matplotlib as mpl #import matplotlib.pyplot as plt #from mpl_toolkits.mplot3d import axes3d, Axes3D #from pylab import plot,subplot,axis,stem,show,figure ############################################################################### ############################################################################### ############################################################################### ############################################################################### class NucMerParser: """Wrapper class for parsing nucmer output""" # constants to make the code more readable _START_1 = 0 _END_1 = 1 _START_2 = 2 _END_2 = 3 _LEN_1 = 4 _LEN_2 = 5 _IDENTITY = 6 _ID_1 = 7 _ID_2 = 8 def __init__(self): self.prepped = False def readNuc(self, fp): """Read through a nucmer coords file this is a generator function """ line = None # this is a buffer keeping the last unprocessed line while True: # mimic closure; is it a bad idea? if not self.prepped: # we still need to strip out the header for l in fp: # search for the first record if l[0] == '=': # next line is good self.prepped = True break # file should be prepped now for l in fp: fields = l.split('|') yield ([int(i) for i in fields[0].split()] + [int(i) for i in fields[1].split()] + [int(i) for i in fields[2].split()] + [float(i) for i in fields[3].split()] + fields[4].split()) break # done! ############################################################################### ############################################################################### ############################################################################### ############################################################################### class ContigParser: """Main class for reading in and parsing contigs""" def __init__(self): pass def readFasta(self, fp): # this is a generator function header = None seq = None while True: for l in fp: if l[0] == '>': # fasta header line if header is not None: # we have reached a new sequence yield header, "".join(seq) header = l.rstrip()[1:].partition(" ")[0] # save the header we just saw seq = [] else: seq.append(l.rstrip()) # anything left in the barrel? if header is not None: yield header, "".join(seq) break ############################################################################### ############################################################################### ############################################################################### ############################################################################### def doWork( args ): """ Main wrapper""" #objects contam_ids= {} """ #----- # parse nucmer file NP = NucMerParser() with open(args.coord, 'r') as fh: for hit in NP.readNuc(fh): lines=hit[NP._ID_2].split("-") contig=lines[0].rstrip() id_a=lines[1].split(":")[1].rstrip() genome_tree_a=lines[2].split(":")[1].rstrip() start=int(lines[3].split(":")[1].rstrip()) stop=int(lines[4].split(":")[1].rstrip()) id_b=lines[5].split(":")[1].rstrip() genome_tree_b=lines[6].split(":")[1].rstrip() unique_id=lines[7].rstrip() contam_ids[unique_id] = [contig,id_a,genome_tree_a,id_b,genome_tree_b,start,stop] #for key in contam_ids: # print key """ #----- #read in dirty uids lists #univec with open(args.univec_list, 'r') as fh: for l in fh: id = l.rstrip() contam_ids[id]= 1 #blast with open(args.blast_list, "r") as fh: for l in fh: id = l.rstrip() contam_ids[id]=0 #print contam_ids # read in gut_oral_contigs_uniq.fna with open(args.fasta_file,"r") as fh: for l in fh: # check if fasta header if ">" in l: fasta_info = l.split(">")[1].split("-") contig= fasta_info[0].rstrip() img_a= fasta_info[1].split(":")[1].rstrip() genome_tree_a= fasta_info[2].split(":")[1].rstrip() start= fasta_info[3].split(":")[1].rstrip() stop= fasta_info[4].split(":")[1].rstrip() img_b= fasta_info[5].split(":")[1].rstrip() genome_tree_b= fasta_info[6].split(":")[1].rstrip() uid= fasta_info[7].rstrip() try: if uid in contam_ids: contam_ids[uid] = [contig,img_a,genome_tree_a,img_b,genome_tree_b,start,stop] except KeyError: pass #print contam_ids #----- """img_id_a genome_tree_id_a contig_a contig_length_a start_a stop_a length_a img_id_b genome_tree_id_b contig_b contig_length_b start_b stop_b length_b""" #parse gut_oral_contigs.csv file with open(args.gut_oral_contigs,"r") as fh: #header header=fh.readline().rstrip() #read through file line by line print header for l in fh: Good_to_print = True tabs= l.split("\t") img_id_a= tabs[0] genome_tree_id_a= tabs[1] contig_a= tabs[2] contig_length_a= tabs[3] start_a= tabs[4] stop_a= tabs[5] length_a= tabs[6] img_id_b= tabs[7] genome_tree_id_b= tabs[8] contig_b= tabs[9] contig_length_b= tabs[10] start_b= tabs[11] stop_b= tabs[12] length_b= tabs[13].rstrip() for uid in contam_ids: if contig_a == contam_ids[uid][0] or contig_b == contam_ids[uid][0]: if int(start_a) == int(contam_ids[uid][5]) and int(stop_a) == int(contam_ids[uid][6]): Good_to_print = False if int(start_b) == int(contam_ids[uid][5]) and int(stop_b) == int(contam_ids[uid][6]): Good_to_print = False if Good_to_print: print l.rstrip() #print len(contam_ids.keys()) #print test """ fig = plt.figure() #----- # make a 3d plot ax = fig.add_subplot(111, projection='3d') ax.scatter(points[:,0], points[:,1], points[:,2], #edgecolors='none', #c=colors, #s=2, #marker='.' ) #----- # make a 2d plot fig = plt.figure() ax = fig.add_subplot(111) ax.plot(points[:,0], points[:,1], '*g') #----- # show figure plt.show() # or save figure plt.savefig(filename,dpi=300,format='png') #----- # clean up! plt.close(fig) del fig """ return 0 def printSeq(rawSeq, start, stop): # if start > stop pass def revComp(seq): # see rob edwards pass ############################################################################### ############################################################################### ############################################################################### ############################################################################### if __name__ == '__main__': parser = argparse.ArgumentParser() parser.add_argument('-c','--coord', help="nucmer coords file") parser.add_argument('-u','--univec_list', help="List of dirty sequence IDs (UniVec)") parser.add_argument('-f','--fasta_file', help="Fasta file containing transfer and uid information") parser.add_argument('-b','--blast_list', help="List of dirty sequence IDs (blast)") parser.add_argument('-go','--gut_oral_contigs', help="gut_oral_contigs.csv") #parser.add_argument('positional_arg3', nargs='+', help="Multiple values") #parser.add_argument('-X', '--optional_X', action="store_true", default=False, help="flag") # parse the arguments args = parser.parse_args() # do what we came here to do doWork(args) ############################################################################### ############################################################################### ############################################################################### ###############################################################################

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2,014

5,214,090,327,461

a0ab36af82d3fa1b7c5506672b43787e32739183

1f73d07d1ece39ee01153ff032702731fb9fb26d

/week0/day1/fibonacci/solution.py

efe6a3e9e2a5fa3824fc4a45e70262d5d7be49cb

[]

no_license

Dayana-Marinova/HackBulgariaHomework

https://github.com/Dayana-Marinova/HackBulgariaHomework

84b281f11757e6ad6b8febb674f2a666713ab00d

5470ef4e637b150c800716806f39763146ea93e6

refs/heads/master

2021-01-20T08:47:12.366316

2014-06-25T00:35:08

null

0

null

def nth_fibonacci(n): first = 1 second = 1 if n == 1 or n == 2: return 1 else: for i in range(2, n): n = first + second first = second second = n return n

UTF-8

Python

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2,014

14,602,888,808,394

a8c617f62e5b451debc1d62a3e6002f9fc2996bd

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/cljppy/map/test/test_map.py

55c995ec28b5a2f176a6ef021370610a22231737

[]

no_license

no-man-is-an-island/cljppy

https://github.com/no-man-is-an-island/cljppy

b896145fcc5f131be44980fa549953f8268c32e4

4f2d018a477496472cf6b2ac525daf01d89b2d1a

refs/heads/master

2021-01-01T19:16:41.940795

2013-11-20T15:50:56

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2013-11-11T15:51:14

2013-08-03T11:25:25

2013-11-11T15:51:14

698

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Python

null

from cljppy.core import partial, even, plus, identity from cljppy.map import * def test_assoc(): assert assoc({}) == {} assert assoc({"a": 2}, "a", 1) == {"a": 1} y = {"a": 2} assert assoc(y, "a", 1, "b", 3) == {"a": 1, "b": 3} assert y == {"a": 2} def test_dissoc(): assert dissoc({}) == {} assert dissoc({}, "a") == {} x = {"a": 2, "b": 3, "c": 1} assert dissoc(x, "a", "b") == {"c": 1} assert x == {"a": 2, "b": 3, "c": 1} def test_merge(): assert merge() == {} assert merge({"a": 1}) == {"a": 1} assert merge({"a": 1}, {"a": 2, "b": 2}) == {"a": 2, "b": 2} def test_merge_with(): assert merge_with(plus) == {} assert merge_with(plus, {"s": 1}) == {"s": 1} assert merge_with(plus, {"a": 1}, {"a": 2, "b": 2}) == {"a": 3, "b": 2} def test_map_vals(): assert map_vals({}, partial(plus, 1)) == {} assert map_vals({"a": 1}, partial(plus, 1)) == {"a": 2} def test_filter_keys_by_val(): assert filter_keys_by_val(even, {}) == [] assert filter_keys_by_val(even, {"a": 1, "b": 2}) == ["b"] def test_remove_keys_by_val(): assert remove_keys_bv_val(even, {}) == [] assert remove_keys_bv_val(even, {"a": 1, "b": 2}) == ["a"] def test_filter_vals(): assert filter_vals(even, {}) == {} assert filter_vals(even, {"a": 2, 2: 3}) == {"a": 2} def test_remove_vals(): assert remove_vals(even, {}) == {} assert remove_vals(even, {"a": 2, 2: 3}) == {2: 3} def test_filter_keys(): assert filter_keys(even, {}) == {} assert filter_keys(even, {1: 2, 2: 3}) == {2: 3} def test_remove_keys(): assert remove_keys(even, {}) == {} assert remove_keys(even, {1: 2, 2: 3}) == {1: 2} def test_select_keys(): assert select_keys({}, []) == {} assert select_keys({}, ["a"]) == {} assert select_keys({"a": 1, "b": 2}, ["a"]) == {"a": 1} def test_update_each(): assert update_each(dict(a=1, b=2, c=3), ("b", "c"), plus, 1) == dict(a=1, b=3, c=4) assert update_each(dict(a=1, b=2, c=3), (), plus, 1) == dict(a=1, b=2, c=3) # Returns a copy original = dict(a=1, b=2, c=3) update_each(original, ("a", "b", "c"), plus, 1) assert original == dict(a=1, b=2, c=3) # Passes none to mapping function if key is not found assert update_each(dict(a=1, b=2, c=3), ("a", "z"), identity) == dict(a=1, b=2, c=3, z=None)

UTF-8

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false

2,013

16,862,041,648,471

259f2034eca19b8c466b740b7e549eb70932c0e5

5bf7a44b70f019b4a3520f9a3e4c7bf1aba26d15

/SQLiteHandler.py

3fb6cfecefddb154ad522a886619ec62935bb38f

[]

no_license

xycloops123/File-System-FUSE-bindings

https://github.com/xycloops123/File-System-FUSE-bindings

ee9def8295875fd173d79c9faa6dd00fc92c11f7

f47508a8d1ed5e91eb95eed409694e2579fcf00f

refs/heads/master

2016-09-05T19:37:51.163392

2014-10-21T23:55:08

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null

############################################################################# # SQLiteHandler.py - Class responsible for working with the SQlite databases. # # __init__() - Takes the path of the database as an argument. # connect() - Establishes a connection to the database. # execute() - Executes the SQL queries on the database. # commit() - This method commits the current transaction. # close() - This closes the database connection ############################################################################# import sqlite3,os class SQLiteHandler: def __init__(self, databasepath): # Gets the database location self.path = databasepath if not os.path.exists(self.path): raise Exception ("Database not found!") self.connection = None self.query = None def connect(self): # Creates the connection object try: self.connection = sqlite3.connect(self.path) return self.connection except sqlite3.Error, msg: raise msg def execute(self,query): # Executes SQL queries by creating the cursor object self.query = query try: self.cursorobj = self.connection.cursor() if self.cursorobj is not None: self.cursorobj.execute(self.query) return self.cursorobj except sqlite3.Error, msg: raise msg def fetchAll(self, query): # Wrapper to fetch rows of select query output self.query = query row = self.connection.cursor().execute(self.query) self.commit() return row.fetchall() def fetchOne(self, query): # Wrapper to fetch first row of select query output self.query = query row = self.connection.cursor().execute(self.query) self.commit() return row.fetchone() def commit(self): # Commits a transaction on DB try: if self.connection is not None: self.connection.commit() except sqlite3.Error, msg: raise msg def close(self): # Closes the database connection try: if self.connection is not None: self.connection.close() except sqlite3.Error, msg: raise msg #####################################################################################################

UTF-8

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false

2,014

4,045,859,204,272

b82061e9d83957c394848ce457baf65b1f333b6e

ffd07ce8a45b9f1d1c2b36b84716e3b9c540cbf1

/sunspot/sunspot_db_v01.py

676d45d27f574db6915b2a5930589fe1c86eb86d

[]

no_license

ahetland/lsePyWorkshop

https://github.com/ahetland/lsePyWorkshop

c2597421ed01f8c6d03d1da5f97f459363e1dbb5

5623187f66a8a6a44480eca6fcc4bf4a0e4b7daa

refs/heads/master

2016-09-06T22:59:39.903635

2014-06-27T12:30:16

null

0

null

#!/usr/bin/python # -*- coding: utf-8 -*- import os import sys import datetime from sqlalchemy import Column, ForeignKey, Integer, String, Date from sqlalchemy.ext.declarative import declarative_base from sqlalchemy.orm import relationship from sqlalchemy import create_engine Base = declarative_base() class SunSpot(Base): """Class for a single sunspot.""" __tablename__ = 'tbl_sunspots' id = Column(Integer, primary_key=True) date = Column(Date, nullable=False) sunspot_cnt = Column(Integer, nullable=False) def fromSILO(self, year, month, day, date_in_y_fr, sunspot_cnt, def_prov): "Initialise with data from SILSO" self.date = datetime.date( int(year), int(month), int(day) ) self.sunspot_cnt = sunspot_cnt def __str__(self): "Return string representation" return "%s Count: %s" % (self.date, self.sunspot_cnt) # Create an engine that stores data in the local directory's # sqlalchemy_example.db file. engine = create_engine('sqlite:///sqlalchemy_example_2.db') # Create all tables in the engine. This is equivalent to "Create Table" # statements in raw SQL. Base.metadata.create_all(engine) if __name__=='__main__': import doctest doctest.testmod()

UTF-8

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false

2,014

16,338,055,624,909

50cff8ddc6a2754f04bde2c6b2446a0e1f084ccb

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/news/urls.py

962054d1c76d791d48f7825f24a9651304ea606b

[]

no_license

MaratFM/Djanym

https://github.com/MaratFM/Djanym

7f19f0168835b4fee961d1df3e3f517480700670

3031a38a88a96d1ade8e2391cb455fa9921e7549

refs/heads/master

2021-03-13T00:01:13.790120

2010-02-20T09:09:29

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null

#coding=utf-8 from django.conf.urls.defaults import * from views import * from models import News news_list_dict = {'queryset': News.objects.all(), 'paginate_by': 10, } news_detail_dict = {'queryset': News.objects.all(), } urlpatterns = patterns('', url(r'^$', 'django.views.generic.list_detail.object_list', news_list_dict, name='news_list' ), url(r'^(?P<object_id>\d+)/$', 'django.views.generic.list_detail.object_detail', news_detail_dict, name='news_detail'), )

UTF-8

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4,080,218,977,417

58682fbb0f34e7f631bcfa45c1b4d2bdbc72161a

c04b1c494ca15c4e3a0279d85f28eae32efae193

/StillWeb/HtAccess.py

5cb1f987d7188efb2f297256d5a7e339958035eb

[]

no_license

midnightskinhead/stillweb

https://github.com/midnightskinhead/stillweb

69a6c1a27554dee08024726b33659697c2aff872

f160c241813e3cb342ee4582c4ef313806c34b1f

refs/heads/master

2021-01-18T18:16:38.835283

2011-06-14T03:47:34

null

0

null

# -*- coding: utf-8 -*- # HtAccess.py - StillWeb .htaccess file generator # Copyright (C) 2008 Dwayne C. Litzenberger <[email protected]> import os import shutil import urllib.parse from StillWeb.sw_util import TypicalPaths class HtAccessPlugin: def __init__(self, framework): self._framework = framework self._framework.plugins['StillWeb.ScriptProcessor'].register_command('make_htaccess', self.handle_make_htaccess) def cleanup(self): self._framework = None def handle_make_htaccess(self, target_url): """Make a .htaccess file, adding a proper RewriteBase to the file Usage: make_htaccess TARGET_RELATIVE_URL """ tp = TypicalPaths(self._framework, target_url) print("generating htaccess %s (using %s)" % (tp.output_filename, tp.source_filename)) source_file = open(tp.source_filename, "rt", encoding='UTF-8') if os.path.exists(tp.output_filename): os.unlink(tp.output_filename) output_file = open(tp.output_filename, "wt", encoding='UTF-8') shutil.copyfileobj(source_file, output_file) # Add RewriteBase line to .htaccess output_file.write("\n# Begin automatically-generated section\n") # SECURITY FIXME - base_url must not have special characters that will be interpreted weirdly by Apache output_file.write("RewriteBase %s\n" % (urllib.parse.urlparse(tp.base_url).path,)) # Close files source_file.close() output_file.close() def create_plugin(framework): return HtAccessPlugin(framework) # vim:set ts=4 sw=4 sts=4 expandtab:

UTF-8

Python

false

2,011

807,453,899,093

f986cb91deb18a750ccf3775234d1885df7590dc

902a435d9e7b73cbb050cf407d04d97d9dfe056b

/perm.py

7d3c97488583979e4ae8701489f25c4ee3cf7b91

[]

no_license

git2samus/rosalind-python

https://github.com/git2samus/rosalind-python

77c6546d520d9afecf779398ec462ca57b75247d

bcf0297e1f7210e965df49ef5acc42b3f3558fbe

refs/heads/master

2016-09-05T13:21:55.892136

2014-05-03T00:27:57

null

0

null

#!/usr/bin/env python3 import sys, math from itertools import permutations if __name__ == '__main__': try: n = int(sys.argv[1]) except IndexError: print('Missing arguments (expects one integer)', file=sys.stderr) sys.exit(1) except ValueError: print('Bad arguments (expects one integer)', file=sys.stderr) sys.exit(1) print(math.factorial(n)) for l in permutations(m+1 for m in range(n)): print(' '.join(str(m) for m in l))

UTF-8

Python

false

2,014

6,055,903,924,640

164c91ca79068d8e52b27342efdd396b42472377

601e46c8eb8f72c52408fc49b5cc384641a93edb

/app/views.py

42045ef4dc1a9bd1ab35794696fcee55a4b720a9

[]

no_license

aykamko/calmunch

https://github.com/aykamko/calmunch

0595885e8415b476f7ea7de2a2aac9ba44cdc4eb

137f6d34ac613b4cdc9becc967669cf680ab767e

refs/heads/master

2016-09-03T00:43:43.165243

2013-09-29T06:13:36

null

0

null

from flask import Flask, request, session, g, redirect, url_for, \ abort, render_template, flash from app import app from app.models import Event from app.database import db_session @app.route('/') def index(): event_query = db_session.query(Event).all() return render_template('index.html', event_query = event_query); @app.route('/about_us') def about_us(): return render_template('about_us.html') @app.route('/create-event', methods=('GET', 'POST')) def create_event(): from app.forms import CreateEventForm form = CreateEventForm(request.form) if request.method == 'POST' and form.validate(): return redirect('/') if len(form.errors.keys()) != 0: flash("Please fill the following fields with valid information: " + ', '.join([field.capitalize() for field in form.errors.keys()])) return render_template('create-event.html', form = form)

UTF-8

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false

2,013

13,451,837,577,044

6997db20e0351d9d1854afd708d261a102ceb23c

5a08be5db2e1550b32d763c0b2a9dd7762158743

/test/test-run.py.in

697015ad0327c3c2d8ef3c27f14071adc23f27df

[]

no_license

rocky/pydb

https://github.com/rocky/pydb

74ddc7213ab05dbaf365a462d35adf8c37ca94b6

7f414431af3544c4201454bb3492b68c551e5edc

refs/heads/master

2016-08-07T12:50:55.525965

2012-12-26T19:44:07

244,214

15

4

null

false

2012-12-26T21:13:49

2009-07-06T11:34:09

2012-12-26T19:44:12

180

null

2

0

Python

null

#!@PYTHON@ -t # -*- Python -*- # $Id: test-run.py.in,v 1.5 2008/12/10 13:31:26 rockyb Exp $ "Unit test for Extended Python debugger's runl and runv commands " import difflib, os, sys, unittest, signal, time top_builddir = "@top_builddir@" if top_builddir[-1] != os.path.sep: top_builddir += os.path.sep sys.path.insert(0, os.path.join(top_builddir, 'pydb')) top_srcdir = "@top_srcdir@" if top_srcdir[-1] != os.path.sep: top_srcdir += os.path.sep sys.path.insert(0, os.path.join(top_srcdir, 'pydb')) import pydb builddir = "@builddir@" if builddir[-1] != os.path.sep: builddir += os.path.sep srcdir = "@srcdir@" if srcdir[-1] != os.path.sep: srcdir += os.path.sep pydir = os.path.join(top_builddir, "pydb") pydb_short = "pydb.py" pydb_path = os.path.join(pydir, pydb_short) def diff_files(outfile, rightfile): fromfile = rightfile fromdate = time.ctime(os.stat(fromfile).st_mtime) fromlines = open(fromfile, 'U').readlines() tofile = outfile todate = time.ctime(os.stat(tofile).st_mtime) tolines = open(tofile, 'U').readlines() diff = list(difflib.unified_diff(fromlines, tolines, fromfile, tofile, fromdate, todate)) if len(diff) == 0: os.unlink(outfile) for line in diff: print line, return len(diff) == 0 class RunTests(unittest.TestCase): def test_runl(self): """Test pydb.runl()""" python_script = '%sgcd.py' % srcdir cmdfile = '%sbrkpt2.cmd' % srcdir if sys.hexversion <= 0x020400f0: rightfile = os.path.join(top_srcdir, 'test', 'data', 'brkpt2-2.3.right') else: rightfile = os.path.join(top_srcdir, 'test', 'data', 'brkpt2.right') outfile = 'runtest.out' if os.path.exists(outfile): os.unlink(outfile) pydb.runl('--basename', '--batch', '--nx', '--output', outfile, '--command', cmdfile, python_script, '3', '5') result = diff_files(outfile, rightfile) self.assertEqual(True, result, "brkpt2 (via runl)") def test_runv(self): """Test pydb.runl()""" python_script = '%shanoi.py' % srcdir cmdfile = '%scmdparse.cmd' % srcdir rightfile = os.path.join(top_srcdir, 'test', 'data', 'cmdparse.right') outfile = 'runtest.out' if os.path.exists(outfile): os.unlink(outfile) args = ('--basename', '--batch', '--nx', '--output', outfile, '--command', cmdfile, python_script) pydb.runv(args) result = diff_files(outfile, rightfile) self.assertEqual(True, result, "cmdparse (via runv)") def test_pydbrc(self): """Test pydb.runl()""" python_script = '%shanoi.py' % srcdir cmdfile = '%spydbrc.cmd' % srcdir rightfile = os.path.join(top_srcdir, 'test', 'data', 'pydbrc.right') outfile = 'pydbrc.out' if os.path.exists(outfile): os.unlink(outfile) os.environ['HOME'] = srcdir args = ('--basename', '--batch', '--output', outfile, '--command', cmdfile, python_script) pydb.runv(args) result = diff_files(outfile, rightfile) self.assertEqual(True, result, "pydbrc test") if srcdir[-1] == os.path.sep: # Chop off pathsep to make sure that works os.environ['HOME'] = srcdir[0:-1] else: # Add of pathsep to make sure that works os.environ['HOME'] = srcdir + os.path.sep pydb.runv(args) result = diff_files(outfile, rightfile) if __name__ == '__main__': unittest.main()

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/test_scripts/test56.py

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[ "GPL-2.0-only", "GPL-1.0-or-later", "LGPL-2.0-or-later", "LicenseRef-scancode-warranty-disclaimer", "LicenseRef-scancode-generic-exception", "LicenseRef-scancode-other-copyleft", "LicenseRef-scancode-proprietary-license", "GPL-2.0-or-later" ]

non_permissive

pez2001/sVimPy

https://github.com/pez2001/sVimPy

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refs/heads/master

2021-01-01T05:33:35.417567

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null

def f(i): a = i return(a) print(f(1))

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3,083,786,565,946

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/jump/commands/__init__.py

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jonasdiemer/jump

https://github.com/jonasdiemer/jump

8383e2c00dcc7209420d364c2867d43c8c113abb

264ca89989b82ad233ce37864220d0b42c4fd9cf

refs/heads/master

2021-01-19T16:24:56.122028

2010-01-06T04:51:20

null

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#!/usr/bin/env python # encoding: utf-8 """ __init__.py Created by Olli Wang ([email protected]) on 2009-10-26. Copyright (c) 2009 Ollix. All rights reserved. This file is part of Jump. Jump is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or any later version. Jump is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with Jump. If not, see <http://www.gnu.org/licenses/>. """

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Python

false

2,010

13,915,694,077,699

962e95a59dd192a3d8705c68d5992de868783884

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/setup.py

e4a54df573a8b439f856e3386fb0f2c621250ce4

[ "LicenseRef-scancode-warranty-disclaimer", "LicenseRef-scancode-proprietary-license", "CC-BY-ND-3.0", "LicenseRef-scancode-unknown-license-reference" ]

non_permissive

koalalorenzo/PhiFi

https://github.com/koalalorenzo/PhiFi

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refs/heads/master

2021-01-19T10:11:17.829598

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#!/usr/bin/python # -*- coding=utf-8 -*- from distutils.core import setup import phifi setup( name='phifi', version=phifi.__version__, description=phifi.__description__, author=phifi.__author__, license=phifi.__license__, author_email='[email protected]', url='http://phifi.setale.me/', packages=['phifi'] )

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/students/ScottC/session4/session_4_safe_input.py

47c874fabf083433dc26d127da4c201ed64f633e

[ "GPL-1.0-or-later", "LGPL-2.0-or-later", "LGPL-2.1-only", "GPL-3.0-only", "GPL-2.0-only", "CC-BY-SA-4.0" ]

non_permissive

AmandaMoen/AmandaMoen

https://github.com/AmandaMoen/AmandaMoen

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refs/heads/master

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def safe_input(): """Wrapper around raw_input() to return None instead of exceptions""" try: input_string = raw_input('Enter any input: ') except KeyboardInterrupt: print u"" print u"You initiated a keyboard interrupt. Good bye." return None except EOFError: print u"" print u"You reached the End Of File. Good bye." return None else: print input_string if __name__ == '__main__': safe_input()

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/core/group/group.py

b70e80c35b08e95ad24622419c2d974780b11639

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no_license

smrmohammadi/freeIBS

https://github.com/smrmohammadi/freeIBS

14fb736fcadfaea24f0acdafeafd2425de893a2d

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refs/heads/master

2021-01-17T21:05:19.200916

2014-03-17T03:07:15

null

0

null

from core.ibs_exceptions import * from core.errors import errorText class Group: def __init__(self,group_id,group_name,comment,owner_id,attributes): self.group_id=group_id self.group_name=group_name self.comment=comment self.owner_id=owner_id self.attributes=attributes def hasAttr(self,attr_name): return self.attributes.has_key(attr_name) def getAttr(self,attr_name): try: return self.attributes[attr_name] except KeyError: raise GeneralException(errorText("GENERAL","ATTR_NOT_FOUND")%attr_name) def getGroupName(self): return self.group_name def getGroupID(self): return self.group_id def getComment(self): return self.comment def getOwnerID(self): return self.owner_id def getAttrs(self): return self.attributes

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13,511,967,138,464

cba82c4b8e68d7827b23462498fc7e61680f84fc

28ffeb87eeec084ea7a56568256b763c71a48e47

/manage.py

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[]

no_license

marazmiki/django-project-template

https://github.com/marazmiki/django-project-template

013fe59405f3226ba317a209762272cae85e9d61

6c78ec664d7a4c45f1bc8673810edec4a40276d2

refs/heads/master

2021-01-10T19:09:46.327557

2014-12-29T07:54:01

null

0

null

#!/usr/bin/env python # coding: utf-8 import os import sys def get_cwd(): cwd = os.path.dirname(__file__) return os.path.normpath(os.path.realpath(cwd)) def get_extra_dirs(): return ['compat', 'apps', 'project', ''] def add_path(path): sys.path.insert(0, os.path.normpath(os.path.join(get_cwd(),'src', path))) if __name__ == '__main__': for directory in get_extra_dirs(): add_path(directory) os.environ.setdefault('DJANGO_SETTINGS_MODULE', 'project.settings') from django.core.management import execute_from_command_line execute_from_command_line(sys.argv)

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2,014

2,327,872,309,875

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/test_mapper.py

fb68dcf34633f08983ad42602b8e0f50d40d9c7e

[]

no_license

jlmaccal/hhr_mapper

https://github.com/jlmaccal/hhr_mapper

fd59f0a38401208f8eac4bf23c9d4b2799c76c0a

75a014be80850b3d13f294518084f47d8fbec25b

refs/heads/master

2021-01-13T09:49:42.202161

2014-04-10T02:24:48

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#!/usr/bin/env python # encoding: utf-8 import unittest import mapper class TestFileIO(unittest.TestCase): def setUp(self): self.lines = open('sequence.hhr').readlines() self.line_ranges = mapper.find_line_ranges(self.lines) def test_find_line_ranges_gives_correct_ranges(self): self.assertEqual(self.line_ranges[0], (114, 140)) self.assertEqual(self.line_ranges[1], (140, 166)) def test_find_line_ranges_gives_correct_number_of_matches(self): self.assertEqual(len(self.line_ranges), 104) def test_parse_match_number_is_correct(self): match_number = mapper.parse_match_number( self.lines[self.line_ranges[0][0]]) self.assertEqual(match_number, 1) def test_parse_description_gives_correct_information(self): pdb, chain, desc = mapper.parse_description( self.lines[self.line_ranges[0][0] + 1]) self.assertEqual(pdb, '4fr9') self.assertEqual(chain, 'A') self.assertIn('Uncharacterized', desc) def test_gather_query_sequence_lines_gets_correct_lines(self): lines = mapper.get_query_sequence_lines( self.lines[self.line_ranges[0][0]:self.line_ranges[0][1]]) self.assertEqual(len(lines), 2) self.assertTrue(lines[0].startswith('Q T0644')) self.assertTrue(lines[1].startswith('Q T0644')) def test_gather_template_sequence_lines_gets_correct_lines(self): lines = mapper.get_template_sequence_lines( self.lines[self.line_ranges[0][0]:self.line_ranges[0][1]]) self.assertEqual(len(lines), 2) self.assertTrue(lines[0].startswith('T 4fr9_A')) self.assertTrue(lines[1].startswith('T 4fr9_A')) def test_extract_residue_numbers_has_correct_start_and_end(self): lines = mapper.get_query_sequence_lines( self.lines[self.line_ranges[0][0]:self.line_ranges[0][1]]) start1, end1 = mapper.extract_residue_range_from_sequence_line(lines[0]) start2, end2 = mapper.extract_residue_range_from_sequence_line(lines[1]) self.assertEqual(start1, 30) self.assertEqual(end1, 109) self.assertEqual(start2, 110) self.assertEqual(end2, 166) def test_extract_sequence_from_sequence_line_has_correct_sequence(self): lines = mapper.get_query_sequence_lines( self.lines[self.line_ranges[0][0]:self.line_ranges[0][1]]) seq = mapper.extract_sequence_from_sequence_line(lines[0]) self.assertTrue(seq.startswith('GYL')) self.assertTrue(seq.endswith('SYN')) def test_gather_query_ss_pred_gets_correct_lines(self): lines = mapper.get_query_ss_pred_lines( self.lines[self.line_ranges[0][0]:self.line_ranges[0][1]]) self.assertEqual(len(lines), 2) self.assertTrue(lines[0].startswith('Q ss_pred')) self.assertTrue(lines[1].startswith('Q ss_pred')) def test_gather_tempate_ss_pred_gets_correct_lines(self): lines = mapper.get_template_ss_pred_lines( self.lines[self.line_ranges[0][0]:self.line_ranges[0][1]]) self.assertEqual(len(lines), 2) self.assertTrue(lines[0].startswith('T ss_pred')) self.assertTrue(lines[1].startswith('T ss_pred')) def test_gather_tempate_dssp_gets_correct_lines(self): lines = mapper.get_template_dssp_lines( self.lines[self.line_ranges[0][0]:self.line_ranges[0][1]]) self.assertEqual(len(lines), 2) self.assertTrue(lines[0].startswith('T ss_dssp')) self.assertTrue(lines[1].startswith('T ss_dssp')) def test_extract_ss_from_ss_line_has_correct_sequence(self): lines = mapper.get_query_ss_pred_lines( self.lines[self.line_ranges[0][0]:self.line_ranges[0][1]]) ss = mapper.extract_ss_from_ss_line(lines[0]) self.assertTrue(ss.startswith('CCC')) self.assertTrue(ss.endswith('CCC')) def test_get_query_ss_pred_gets_correct_ss_string(self): ss = mapper.get_query_ss( self.lines[self.line_ranges[0][0]:self.line_ranges[0][1]]) self.assertEqual(len(ss), 137) self.assertTrue(ss.startswith('CCCCCH')) self.assertTrue(ss.endswith('CCCCC')) def test_get_template_ss_pred_gets_correct_ss_string(self): ss = mapper.get_template_ss( self.lines[self.line_ranges[0][0]:self.line_ranges[0][1]]) self.assertEqual(len(ss), 137) self.assertTrue(ss.startswith('CccCCH')) self.assertTrue(ss.endswith('ccCCCC')) def test_get_template_dssp_gets_correct_ss_string(self): ss = mapper.get_template_dssp( self.lines[self.line_ranges[0][0]:self.line_ranges[0][1]]) self.assertEqual(len(ss), 137) self.assertTrue(ss.startswith('TCCCC')) self.assertTrue(ss.endswith('CCCCC')) def test_get_query_sequence_is_correct(self): seq, start, end = mapper.get_query_sequence( self.lines[self.line_ranges[0][0]:self.line_ranges[0][1]]) self.assertEqual(len(seq), 137) self.assertEqual(start, 30) self.assertEqual(end, 166) self.assertTrue(seq.startswith('GYL')) self.assertTrue(seq.endswith('PRV')) def test_get_template_sequence_is_correct(self): seq, start, end = mapper.get_template_sequence( self.lines[self.line_ranges[0][0]:self.line_ranges[0][1]]) self.assertEqual(len(seq), 137) self.assertEqual(start, 8) self.assertEqual(end, 144) self.assertTrue(seq.startswith('GYL')) self.assertTrue(seq.endswith('PRV')) if __name__ == '__main__': unittest.main()

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/week2/wk2.py

c642c417b798beb8cd3eb90d1b97997cc32a5606

[]

no_license

wihl/6.002x-Spring-2014

https://github.com/wihl/6.002x-Spring-2014

b3d4eee64f67d615b75c2e0c65d68be7cb9a6f47

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refs/heads/master

2020-04-08T09:40:24.625919

2014-05-13T16:33:26

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1

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import random import pylab as plt def genEven(): ''' Returns a random even number x, where 0 <= x < 100 ''' # Your code here return random.randrange(0,100,2) def deterministicNumber(): ''' Deterministically generates and returns an even number between 9 and 21 ''' # Your code here return 10 def stochasticNumber(): ''' Stochastically generates and returns a uniformly distributed even number between 9 and 21 ''' # Your code here return random.randrange(9,21,2) +1 y = [stochasticNumber() for x in xrange(1000)] plt.hist(y, bins=100) plt.show()

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/space_game.py

3685995303c15be7e0ef0274aea78bc3e9dc5026

[]

no_license

tmudway/Space_game

https://github.com/tmudway/Space_game

bf951e1db4bde102b3fd2ecaf5f0e108d198c9a5

4915157a42077856d2754a5f6c01fdcb4adcc79a

refs/heads/master

2021-05-27T02:07:58.889594

2013-05-09T10:46:55

null

0

null

import pygame, sys, math from pygame.locals import * from Classes.planet import Planet from Classes.player import Player # Generic image loading function. Useful to have around def load_image(name): image = pygame.image.load(name).convert_alpha() return(image) class Star(pygame.sprite.Sprite): def __init__(self, mass, location): pygame.sprite.Sprite.__init__(self) self.mass = mass self.sphere_of_influence = mass * 2 self.apparent_mass = 0 self.display_location = location self.image = load_image('Images/star1.png') self.image = pygame.transform.scale(self.image, (self.mass, self.mass)) self.rect = self.image.get_rect() self.rect.center = self.display_location self.frame_ID = 0 def update(self): self.image = load_image('Images/star' + str(self.frame_ID / 15) + '.png') self.frame_ID += 1 if self.frame_ID >= 30: self.frame_ID = 0 def main(): # Initiate pygame pygame.init() # Prep the fps timer fpsclock = pygame.time.Clock() # Define the main surfaces and set the caption window_surface = pygame.display.set_mode((1024,768)) trace_surface = pygame.Surface((1024, 768)) pygame.display.set_caption("Space Simulator") # Define colours that will be used black_colour = pygame.Color(0,0,0) yellow_colour = pygame.Color(255, 255, 0) green_colour = pygame.Color(0, 255, 0) red_colour = pygame.Color(255, 0, 0) # Define fonts to be used text_font = pygame.font.SysFont("monospace", 12) # Planetary bodies currently being tested bodies = pygame.sprite.Group() stars = pygame.sprite.Group() sun = Star(100, [550, 484]) urf = Planet(20, sun, 200.0, 1,1) munjd = Planet(3, urf, 22.0, 2.0, 2) plr = Player([100, 100], [1,1], 5, sun) stars.add((sun)) bodies.add((urf, munjd)) while True: # Reset the main surface and overlay the trace surface window_surface.fill(black_colour) window_surface.blit(trace_surface, (0,0)) # Draw stars for star in stars: # pygame.draw.circle(window_surface, yellow_colour, star.display_location, star.sphere_of_influence) window_surface.blit(star.image, (star.rect)) stars.update() # Draw planets for planet in bodies: #pygame.draw.circle(window_surface, green_colour, [int(planet.display_location[0]), int(planet.display_location[1])], planet.sphere_of_influence) window_surface.blit(planet.image, (planet.rect)) bodies.update() # Draw player window_surface.blit(plr.image, (plr.display_location)) plr.update(stars, bodies) # Draw text text_surface = text_font.render("Fuel: " + str(plr.fuel), False, yellow_colour) window_surface.blit(text_surface, (0, 0)) # Event handling code for event in pygame.event.get(): if event.type == QUIT: pygame.quit() if event.type == KEYDOWN: if event.key == K_ESCAPE: pygame.event.post(pygame.event.Event(QUIT)) # Update planetary bodies # Update the screen pygame.display.update() # Keep the fps at a fixed amount fpsclock.tick(30) if __name__ == '__main__': main()

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/app/__init__.py

69ef65af982e460efb6ad1b9a960a941e0f4c9b2

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no_license

tmcelreath/citibike-flask

https://github.com/tmcelreath/citibike-flask

46cd20d701744ac5394250c1bbaee447ff1edfe9

4da25d291f8659903a8610e2e9d8079537d5ee31

refs/heads/master

2016-08-04T14:24:14.804608

2014-09-11T20:51:55

null

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""" App initialization """ import logging from flask import Flask, g from flask.ext.bootstrap import Bootstrap from flask.ext.pymongo import PyMongo from flask_limiter import Limiter from flask_debugtoolbar import DebugToolbarExtension from config import config from citibike_dao import CitiBikeDAO LOG_FILENAME = 'app.main.log' logging.basicConfig(filename=LOG_FILENAME, level=logging.DEBUG) mongo = PyMongo() bootstrap = Bootstrap() limiter = Limiter() def get_mongo(): return mongo def create_app(config_name): """ Factory function for creating application instances :param config_name: """ app = Flask(__name__) app.config.from_object(config[config_name]) config[config_name].init_app(app) DEBUG_TOOLBAR = DebugToolbarExtension(app) mongo.init_app(app) bootstrap.init_app(app) limiter.init_app(app) @app.before_request def pre_request(): g.dao = CitiBikeDAO(mongo) g.mongo = mongo.db g.logging = logging from main import main as main_blueprint from api import api as api_blueprint limiter.limit('30/minute')(main_blueprint) limiter.limit('100/minute')(api_blueprint) app.register_blueprint(main_blueprint, url_prefix='') app.register_blueprint(api_blueprint, url_prefix='/api') return app

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16,698,832,886,742

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/py2rhino-project/branches/sandbox2/py2rhino/_make/data/parser_out/light/rectangular_light_plane.py

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[]

no_license

ianclarksmith/design-automation

https://github.com/ianclarksmith/design-automation

1e71315193effc0c18b4a8b41300bda6f41a3f09

e27cc028fe582395f4a62f06697137867bb0fc33

refs/heads/master

2020-04-22T22:28:39.385395

2009-10-26T02:48:37

37,266,915

0

null

rectangular_light_plane = { "input_folder_name": "Light_Methods", "input_file_name": "RectangularLightPlane", "output_package_name": "light", "output_module_name": "rectangular_light_plane", "doc_html": """ Returns the plane of a rectangular light object. """, "syntax_html": { 0: ("strObject"), }, "params_html": { 0: { "name": "strObject", "py_name": "object", "opt_or_req": "Required", "type": "String", "name_prefix": "str", "name_main": "Object", "doc": """ The light object's identifier. """ }, }, "returns_html": { 0: { "type": "array", "doc": "The plane if successful. The elements of a plane array are as follows:" }, 1: { "type": "array", "doc": "The plane's origin (3-D point)." }, 2: { "type": "array", "doc": "The plane's X axis direction (3-D vector)." }, 3: { "type": "array", "doc": "The plane's Y axis direction (3-D vector)." }, 4: { "type": "array", "doc": "The plane's Z axis direction (3-D vector)." }, 5: { "type": "null", "doc": "If not successful, or on error." }, }, "id_com": 776, "params_com": { 0: { "name": "vaLight", "opt_or_req": "Required", "type": "tagVARIANT", }, }, "returns_com": "tagVARIANT", }

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2,009

8,117,488,192,705

e6f0727674dfc89a2cf1f9c15ddeb9b34bf29558

f9e6d3b2a7afcffef172af6f606fc5991a8b0baa

/channelguide/ratings/tests.py

e12503402afc89cc97664ab703d4bc6c492eb00d

[ "AGPL-3.0-only", "AGPL-3.0-or-later" ]

non_permissive

kmshi/miroguide

https://github.com/kmshi/miroguide

a231298c1d4f7ed61d666e2d32ed212604fe79e9

e1e29a3a8e821bf27c0cad7df95944622c9b9c18

refs/heads/master

2020-05-15T21:58:18.733575

2011-05-30T07:53:15

1,476,870

0

null

# Copyright (c) 2008-2009 Participatory Culture Foundation # See LICENSE for details. from channelguide.channels.models import Channel from channelguide.ratings.models import Rating from channelguide.testframework import TestCase from django.conf import settings import re class RatingsTestBase(TestCase): def setUp(self): TestCase.setUp(self) self.owner = self.make_user('owner') self.owner.get_profile().approved = True self.owner.get_profile().save() self.channel = self.make_channel(self.owner) self.users = [] for rating in range(6): user = self.make_user('user%i' % rating) user.get_profile().approved = True user.get_profile().save() self.users.append(user) self.rate_channel(self.channel, user, rating) self.logout() def rate_channel(self, channel, user, rating): self.get_page('/feeds/%i/rate' % channel.id, login_as=user, data = {'rating': rating}) class RatingTestCase(RatingsTestBase): def _find_average_in_page(self, page): matches = re.findall('"Average Rating: (\d\.\d*)"', page.content) return float(matches[0]) def _find_user_in_page(self, page): matches = re.findall('"User Rating: (\d)"', page.content) return int(matches[0]) def test_unauthenticated_details_has_average(self): """ The unauthenticated details page should show the average rating. """ url = self.channel.get_url()[len(settings.BASE_URL)-1:] page = self.get_page(url) self.assertEquals(self._find_average_in_page(page), 3) def test_unrated_user_details_has_average(self): """ The details page for a user who hasn't rated the channel should show the average rating. """ url = self.channel.get_url()[len(settings.BASE_URL)-1:] page = self.get_page(url, self.owner) self.assertEquals(self._find_average_in_page(page), 3) def test_rated_user_details_has_rating(self): """ The details page for a user who has rated the channel should show their rating. """ for user in self.users: url = self.channel.get_url()[len(settings.BASE_URL)-1:] page = self.get_page(url, user) rating = Rating.objects.get(user=user, channel=self.channel) page_rating = self._find_user_in_page(page) if rating.rating is None: self.assertEquals(page_rating, 0) else: self.assertEquals(page_rating, rating.rating) def test_rating_needs_login(self): """ An anonymous user who tries to rate a channel should be redirected to the login page. """ self.assertLoginRedirect('/feeds/%s/rate' % self.channel.id, login_as=None) def test_new_rating(self): """ Going to the rating page should create a new rating in the database. """ self.rate_channel(self.channel, self.owner, 5) self.assertEquals(Rating.objects.get(user=self.owner, channel=self.channel).rating, 5) rating = self.channel.rating self.assertAlmostEquals(rating.average, 3.333, 3) self.assertEquals(rating.count, 6) self.assertEquals(rating.total, 20) def test_rating_update(self): """ Going to the rating page again should update the old rating. """ self.rate_channel(self.channel, self.users[0], 3) self.rate_channel(self.channel, self.users[0], 5) self.assertEquals(Rating.objects.get(user=self.users[0], channel=self.channel).rating, 5) rating = self.channel.rating self.assertAlmostEquals(rating.average, 3.333, 3) self.assertEquals(rating.count, 6) self.assertEquals(rating.total, 20) def test_confirming_a_user_updates_table(self): """ When a user is approved, their ratings should be added to the generated ratings table. """ user = self.make_user('foo') self.rate_channel(self.channel, user, 5) self.assertEquals(self.channel.rating.average, 3) self.assertEquals(self.channel.rating.count, 5) url = user.get_profile().generate_confirmation_url() self.get_page(url[len(settings.BASE_URL_FULL)-1:]) c = Channel.objects.get(pk=self.channel.pk) self.assertAlmostEquals(c.rating.average, 3.333, 3) self.assertEquals(c.rating.count, 6) class GeneratedRatingsTestCase(RatingsTestBase): def test_get_average(self): """ Channel.query().join('rating').average should return the average rating for the channel. """ self.assertEquals(float(self.channel.rating.average), 3) def test_get_average_ignores_unapproved(self): """ Channel.rating.average should ignore ratings from users who are not approved. """ new_user = self.make_user('foo') self.rate_channel(self.channel, new_user, 5) self.assertEquals(float(self.channel.rating.average), 3) self.rate_channel(self.channel, new_user, 4) self.assertEquals(float(self.channel.rating.average), 3) def test_get_average_ignores_null(self): """ Channel.rating.average should ignore NULL ratings. """ new_user = self.make_user('foo') new_user.get_profile().approved = 1 new_user.get_profile().save() self.rate_channel(self.channel, new_user, 0) self.assertEquals(float(self.channel.rating.average), 3) def test_get_count(self): """ Channel.query().join('rating').count should return the number of ratings for the channel. """ self.assertEquals(self.channel.rating.count, 5) def test_get_count_ignores_unapproved(self): """ Channel.rating.count should ignore ratings from users who are not approved. """ new_user = self.make_user('foo') self.rate_channel(self.channel, new_user, 5) self.assertEquals(self.channel.rating.count, 5) def test_get_count_ignores_null(self): """ Channel.rating.count should ignore NULL ratings. """ new_user = self.make_user('foo') new_user.get_profile().approved = 1 new_user.get_profile().save() self.rate_channel(self.channel, new_user, 0) self.assertEquals(float(self.channel.rating.count), 5)

UTF-8

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2,011

11,802,570,146,632

20ca2b1f86161273b9c0f2d6fee9ae5723402339

f0176f99c83b524e301056ba1c1b6d24156d235f

/bilview.py

86906a02baecb6fa53883e31e2ae68780218d3a3

[]

no_license

g-sharma/bilview

https://github.com/g-sharma/bilview

d3fcdc1973ca32a5fb584e0a60436b9bfca75625

aefb28b87414aeb64162d0ca52460827061d193b

refs/heads/master

2021-01-23T03:08:04.290869

2013-08-30T05:49:05

null

0

null

#!/bin/python #*********************************************************************** # Written By Gagan Sharma : # August 10th 2013, Department of Radiology, The University of Melbourne # Australia # To Do, add slider to view Perfusion data in a more scientific way. #*********************************************************************** """ Read DICOM Images and open it in a viewer. Usage: python bilview.py -input directory-name """ import numpy as np import scipy from pyqtgraph.Qt import QtCore, QtGui import pyqtgraph as pg import dicom import os import sys # check command line arguments make sense if not 1 < len(sys.argv) < 4: print(__doc__) sys.exit() app = QtGui.QApplication([]) ## Create window with two ImageView widgets win = QtGui.QMainWindow() win.resize(512,512) win.setWindowTitle('BILVIEW') cw = QtGui.QWidget() win.setCentralWidget(cw) l = QtGui.QGridLayout() cw.setLayout(l) imv1 = pg.ImageView() l.addWidget(imv1, 0, 0) win.show() roi = pg.LineSegmentROI([[10, 64], [120,64]], pen='r') fileList=[] rootdir= sys.argv[1] if os.path.isdir(rootdir): for root,dir,files in os.walk(rootdir): for ieach in files: fileList.append(os.path.join(rootdir,ieach)) ds=dicom.read_file(fileList[0]) imagedata=np.zeros((ds.pixel_array.shape[0],ds.pixel_array.shape[1],len(fileList))) ipos=np.zeros(len(fileList)) for each in range(len(fileList)): ds=dicom.read_file(fileList[each]) imagedata[:,:,each]=ds.pixel_array ipos[each]=ds.InstanceNumber else: print "Please provide directory path...." exit(1) # This is the key. Got it from Brad and Soren's code.Pretty Kewl.. ipos=ipos.argsort() imagedata=imagedata[:,:,ipos] ############################################################# data=(imagedata.transpose()) def update(): global data, imv1#, imv2 d2 = roi.getArrayRegion(data, imv1.imageItem, axes=(1,2)) roi.sigRegionChanged.connect(update) ## Display the data imv1.setImage(data) imv1.setHistogramRange(-0.01, 0.01) imv1.setLevels(-0.003, 0.003) update() ## Start Qt event loop unless running in interactive mode. if __name__ == '__main__': import sys if (sys.flags.interactive != 1) or not hasattr(QtCore, 'PYQT_VERSION'): QtGui.QApplication.instance().exec_()

UTF-8

Python

false

2,013

6,863,357,745,689

f083811c39bc0a8689398c7634d8b2d826d4e013

153ecce57c94724d2fb16712c216fb15adef0bc4

/z3c.searcher/tags/0.5.2/src/z3c/searcher/interfaces.py

322e00a94ea514c3d24597b793bcb7497c502e50

[ "ZPL-2.1" ]

permissive

pombredanne/zope

https://github.com/pombredanne/zope

10572830ba01cbfbad08b4e31451acc9c0653b39

c53f5dc4321d5a392ede428ed8d4ecf090aab8d2

refs/heads/master

2018-03-12T10:53:50.618672

2012-11-20T21:47:22

null

0

null

############################################################################## # # Copyright (c) 2007 Zope Foundation and Contributors. # All Rights Reserved. # # This software is subject to the provisions of the Zope Public License, # Version 2.1 (ZPL). A copy of the ZPL should accompany this distribution. # THIS SOFTWARE IS PROVIDED "AS IS" AND ANY AND ALL EXPRESS OR IMPLIED # WARRANTIES ARE DISCLAIMED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED # WARRANTIES OF TITLE, MERCHANTABILITY, AGAINST INFRINGEMENT, AND FITNESS # FOR A PARTICULAR PURPOSE. # ############################################################################## """ $Id:$ """ __docformat__ = "reStructuredText" import zope.i18nmessageid import zope.interface import zope.schema from zope.schema import vocabulary from zope.session.interfaces import ISession from zope.location.interfaces import ILocation from z3c.indexer import interfaces from z3c.indexer import query from z3c.form.interfaces import IForm from z3c.table.interfaces import ITable _ = zope.i18nmessageid.MessageFactory('z3c') SEARCH_SESSION = u'z3c.search.intefaces.ISearchSession' SEARCH_SESSION_FILTER_KEY = 'default' CONNECTOR_OR = 'OR' CONNECTOR_AND = 'AND' CONNECTOR_NOT = 'NOT' NOVALUE = object() class ISearchSession(ISession): """Search session supporting API for filter management. Filters contain the criterium rows and are stored persistent The methods support a key argument. This could be a context reference key give from the IntId utility or some other discriminator. If we do not support a key, the string ``default`` is used. """ def getFilter(name, key=SEARCH_SESSION_FILTER_KEY): """Return search filter by name.""" def getFilters(name): """Return a list of search filters.""" def addFilter(name, searchFilter, key=SEARCH_SESSION_FILTER_KEY): """Add search filter.""" def removeFilter(name, key=SEARCH_SESSION_FILTER_KEY): """Remove search filter.""" connectorVocabulary = vocabulary.SimpleVocabulary([ vocabulary.SimpleTerm(CONNECTOR_OR, title=_('or')), vocabulary.SimpleTerm(CONNECTOR_AND, title=_('and')), vocabulary.SimpleTerm(CONNECTOR_NOT, title=_('not')), ]) class ISearchCriterium(ILocation): """A search citerium of a piece of data.""" __name__ = zope.schema.TextLine( title=_('Name'), description=_('The locatable criterium name.'), required=True) label = zope.schema.TextLine( title=_('Label'), description=_('Label used to present the criterium.'), required=True) operatorLabel = zope.schema.TextLine( title=_('Operator label'), description=_('The operator label.'), required=True) indexOrName = zope.interface.Attribute("Index or index name.") operator = zope.schema.Object( title=_('Operator'), description=_('The operator used for the chain the queries.'), schema=interfaces.IQuery, required=True) connectorName = zope.schema.Choice( title=_('Connector Name'), description=_('The criterium connector name.'), vocabulary=connectorVocabulary, default=CONNECTOR_OR, required=True) value = zope.schema.TextLine( title=_('Search Query'), required=True) def search(searchQuery): """Generate chainable search query.""" class ITextCriterium(ISearchCriterium): """Sample full text search criterium implementation.""" class ISearchCriteriumFactory(zope.interface.Interface): """A factory for the search criterium""" title = zope.schema.TextLine( title=_('Title'), description=_('A human-readable title of the criterium.'), required=True) weight = zope.schema.Int( title=_('Int'), description=_('The weight/importance of the factory among all ' 'factories.'), required=True) def __call__(): """Generate the criterium.""" class ISearchFilter(zope.interface.Interface): """Search criteria for position search.""" criteria = zope.interface.Attribute( """Return a sequence of selected criteria.""") criteriumFactories = zope.schema.List( title=_('Criteria factories'), description=_('The criteria factories.'), value_type=zope.schema.Object( title=_('Criterium factory'), description=_('The criterium factory.'), schema=ISearchCriteriumFactory, required=True), default=[]) def clear(): """Clear the criteria.""" def createCriterium(name, value=NOVALUE): """Create a criterium by factory name.""" def addCriterium(criterium): """Add a criterium by name at the end of the list.""" def createAndAddCriterium(name, value=NOVALUE): """Create and add a criterium by name at the end of the list.""" def removeCriterium(criterium): """Add a criterium by name at the end of the list.""" def getDefaultQuery(): """Get a query that returns the default values. Override this method in your custom search filter if needed. This query get used if ``NO`` criterias are available. """ def getAndQuery(): """Return a ``And`` query which get used by default or None. Override this method in your custom search filter if needed. This query get used if ``one or more`` criterias are available. """ def getNotQuery(): """Return a ``Not`` query which get used as starting query or None. Override this method in your custom search filter if needed. This query get used if ``one or more`` criterias are available. """ def generateQuery(): """Generate a query object.""" class IFilterForm(IForm): """Filter form.""" class ISearchForm(IForm): """Search form.""" class ISearchTable(ITable): """Search table."""

UTF-8

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false

2,012

9,405,978,400,024

d05a003aabbb24fa3b68e9a4660c97d9a4b4b9b5

f164f6752a39786c984ce208b61bfa0c046d81c9

/emailregistration/backends/registration/default_urls.py

dd098f40c2a6b0c222afe9c4535e64d53a3f06ad

[]

no_license

guyf/wesharea-project

https://github.com/guyf/wesharea-project

2598f00a1ae03de31b811ede6e2fd919f3e6cd7e

9a139a714010157700243ab91193dbc54655b50a

refs/heads/master

2020-04-10T03:52:02.084276

2012-01-25T08:27:07

3,241,050

0

null

from django.conf.urls.defaults import * from emailregistration.forms import EmailRegistrationForm urlpatterns = patterns('', url(r'^register/$', 'registration.views.register', {'backend':'emailregistration.backends.registration.DefaultEmailRegBackend','form_class': EmailRegistrationForm}, name='registration_register'), #TODO: should implement a default view for the below - in the meantime it is in bbm #url(r'^invitation/(?P<user_id>\d+)/(?P<activation_key>\w+)/$', registration_invitation, name='registration_invitation'), (r'', include('registration.backends.default.urls')), )

UTF-8

Python

false

2,012

6,597,069,786,990

e4c9c4b0c9c9f3c3217636ae096b05c64e2ae70f

a772644b12709770a0a8bb84d86e7c8815af835b

/aquarius/objects/BookType.py

cdf597414567d34cef7cd04b2ac8579a6132eb01

[ "LGPL-2.0-or-later", "LicenseRef-scancode-warranty-disclaimer", "LGPL-2.1-or-later", "GPL-3.0-or-later", "GPL-1.0-or-later", "GPL-3.0-only" ]

non_permissive

jeroanan/Aquarius

https://github.com/jeroanan/Aquarius

3c5b5e0c44400cf9dff53c8ce7317c3680968155

6b4f0406ad6e04f78cfb5ac78558d4e16c7333e2

refs/heads/master

2016-09-06T18:55:26.030068

2014-08-26T00:20:01

null

0

null

class BookType(object): __format = "" __mimetype = "" @property def Format(self): return self.__format @Format.setter def Format(self, value): self.__format = value @property def MimeType(self): return self.__mimetype @MimeType.setter def MimeType(self, value): self.__mimetype = value

UTF-8

Python

false

2,014

15,710,990,381,840

db5dee4a4d69d25271624c386baeedf2107ec841

7388c691cc43adb8fb8cb81068335846e22be8d7

/app.py

ef6fa1679a5e6066a9a0aeb3c3d3c2f8c92b1f84

[ "MIT" ]

permissive

lihuimail/flask-wp

https://github.com/lihuimail/flask-wp

31f69c8b6c8def2ec5279f56bd48eecf96b7b4e0

260f9fc474a3c3faf1c6e12f701895a29aa1446b

refs/heads/master

2021-01-18T01:49:48.584996

2014-07-07T19:40:57

null

0

null

from flask import Flask, render_template, request, url_for, redirect from flaskwp.wordpress import WordpressAPI from werkzeug.exceptions import abort app = Flask(__name__) config = { 'server': { 'host': '0.0.0.0', 'port': 3001, 'debug': True }, 'cms': { 'base': "http://cms.ridgestreet.se:3000/api" } } wordpress = WordpressAPI(api_root = config['cms']['base']) @app.route("/") def home(): posts = wordpress.get_recent_posts() pages = wordpress.get_page_index() page = wordpress.get_page('home') return render_template( 'home.html', pages = pages['pages'], page = page['page'], posts = posts['posts'] ) @app.route("/<slug>") def get_page(slug): page = wordpress.get_page(slug) if not page: abort(404) return render_template('page.html', page = page['page']) @app.route("/search") def get_search_results(): query = request.args.get("q") posts = wordpress.get_search_results(query) if not posts: abort(404) return render_template('posts.html', posts = posts['posts'], q = query) @app.route("/comment", methods=['POST']) def post_comment(): email = request.form.get("email") url = request.form.get("url") name = request.form.get("name") comment = request.form.get("comment") post_id = request.form.get("post") wordpress.submit_comment(post_id, name, email, comment, url) post = wordpress.get_post(post_id = post_id) return redirect(url_for('get_custom_post', post_type = 'blog', slug = post['slug'])) @app.route("/category/<category>") def get_category(category): posts = wordpress.get_category_posts(category) return render_template('posts.html', posts = posts['posts']) @app.route("/tag/<tag>") def get_tag(tag): posts = wordpress.get_tag_posts(tag) return render_template('posts.html', posts = posts['posts']) @app.route("/blog/<slug>") def get_blog_post(slug): post = wordpress.get_post(slug) if not post: abort(404) return render_template('post.html', post = post['post']) @app.route("/author/<slug>") def get_author(slug): posts = wordpress.get_author_posts(slug) if not posts: abort(404) return render_template('posts.html', posts = posts['posts']) @app.route("/case") def get_cases(): cases = wordpress.get_posts(post_type='case') if not cases: abort(404) return render_template('posts.html', posts = cases['posts'], post_type = 'case') @app.route("/<post_type>/<slug>") def get_custom_post(post_type, slug): post = wordpress.get_post(slug, post_type) if not post: abort(404) return render_template('post.html', post = post['post']) @app.errorhandler(404) def page_not_found(e): return render_template('404.html'), 404 if __name__ == "__main__": app.run(**config['server'])

UTF-8

Python

false

2,014

10,797,547,805,191

976d4a6cd72d8818cc85cd58db7a2888bfbd5ba5

0c1abff154523aa341a75884cb6c39d21fdf1e64

/Execution/Cert.py

65bef29173cb1dc5e3e6df5e6fbf7c1a5ab5ee9c

[]

no_license

yxakuo/hacloud-whu

https://github.com/yxakuo/hacloud-whu

779e67fcd8dd927fe5b78f10d19f58568911ad6e

69969208ba3d29ec7eaa29c0128085365551db78

refs/heads/master

2021-01-18T14:18:47.450303

2013-01-31T09:02:26

33,712,128

0

null

class Cert(): params = '{"auth":{"tenantName":"admin", "passwordCredentials":{"username":"admin", "password": "admin"}}}' headers = {"Content-Type": "application/json"} url = '127.0.0.1:5000' def get_url(self): return self.url def get_headers(self): return self.headers def get_params(self): return self.params def set_url(self,url): self.url = url return self.url def set_headers(self,headers): self.headers = headers return headers def set_params(self,params): self.params = params return params

UTF-8

Python

false

2,013

7,052,336,320,727

2984b3260fe08a39eab7fce065d71c68ca1900e3

c93a831b886f959de471ec4c88e009835c3975c8

/urls.py

3ebdc9c4c86f901e76d21d7c688652dfdc753ecb

[]

no_license

webcoders/django-webcoders

https://github.com/webcoders/django-webcoders

4dac01b283427e413866ecd5dc352ba66a89acb4

62c108371ef2fb19363ca745838f385c1482d331

refs/heads/master

2016-09-06T01:33:04.549584

2014-07-19T12:20:43

null

0

null

from django.conf.urls import patterns, include, url urlpatterns = patterns('', # url(r'^$', 'topship.views.home', name='home'), # url(r'^topship/', include('topship.foo.urls')), url(r"^/widgets/address/",'webcoders.views.address.get', name='address' ), ) #urlpatterns += staticfiles_urlpatterns()

UTF-8

Python

false

2,014

10,685,878,654,685

7d3af986c84772d0c835d4301b1c5d0477f4404a

915adb74c43089de08988f9eef4294459313be52

/zadanie.py

a5507deb1e8e4d77c21843ac271257cd9e0427ff

[]

no_license

Morgaroth/msi_lab2

https://github.com/Morgaroth/msi_lab2

ce5dd452ee7f395d791c30f6a437f1175abaa17b

f5a2da2525c4ee69a229f668b427cfb75b1fd2b8

refs/heads/master

2021-01-23T15:30:05.715880

2014-11-04T23:10:33

null

0

null

# -*- coding: utf-8 -*- from itertools import cycle import numpy from pybrain import LSTMLayer import matplotlib.pyplot as plt from pybrain.datasets import SequentialDataSet from pybrain.tools.shortcuts import buildNetwork from pybrain.supervised import RPropMinusTrainer from sys import stdout from numpy import genfromtxt def train(d, cycles=100, epochs_per_cycle=7): ds = SequentialDataSet(1, 1) net = buildNetwork(1, 5, 1, hiddenclass=LSTMLayer, outputbias=False, recurrent=False) for sample, next_sample in zip(d, cycle(d[1:])): ds.addSample(sample, next_sample) trainer = RPropMinusTrainer(net, dataset=ds) train_errors = [] # save errors for plotting later for i in xrange(cycles): trainer.trainEpochs(epochs_per_cycle) train_errors.append(trainer.testOnData()) stdout.flush() return net, train_errors def predict(d, window_size=30): elems = [] for i in xrange(window_size + 1, len(d)): real_value = d[i] predicted_values = [] for e in xrange(0, 30): net30, err30 = train(d[i - window_size - 1:i], cycles=30) predicted = net30.activate((real_value,))[0] predicted_values.append(predicted) predicted_value30 = sum(predicted_values) * 1.0 / len(predicted_values) predicted_values = [] for e in xrange(0, 30): net100, err100 = train(d[i - window_size - 1:i], cycles=100) predicted = net100.activate((real_value,))[0] predicted_values.append(predicted) predicted_value100 = sum(predicted_values) * 1.0 / len(predicted_values) print "real=", real_value, "predicted30=", predicted_value30, "predicted100=", predicted_value100 elems.append([i - window_size, real_value, predicted_value30, predicted_value100]) return elems data = genfromtxt('euro.csv', delimiter=',') data = [elem[1] for elem in data] print "data", data elems = predict(data) numpy.savetxt("with_meaning.csv", elems, delimiter=";", fmt="%s")

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18,923,625,929,969

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019ae2d5ad7a444dd0dd5eba076b4fc0ac481d45

/hdlmake/vhdl_parser.py

3408580142e7d74b64f559a514711d987eb6fddc

[ "GPL-3.0-only" ]

non_permissive

JamesHyunKim/myhdl

https://github.com/JamesHyunKim/myhdl

2914cea15c622c9968fe190c50710ccfbfc02d90

aabe6c840ed4d8414dd62bb67781e10672184103

refs/heads/master

2020-05-17T14:28:51.793698

2014-10-10T09:14:54

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#!/usr/bin/python # -*- coding: utf-8 -*- # # Copyright (c) 2013 CERN # Author: Tomasz Wlostowski ([email protected]) # # This file is part of Hdlmake. # # Hdlmake is free software: you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # Hdlmake is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with Hdlmake. If not, see <http://www.gnu.org/licenses/>. from new_dep_solver import DepParser import logging def _remove_gaps(buf, delims, gap_chars, lower_strings=False): da = {} for d in delims: da[d] = False prev_is_gap = False buf2 = "" lines = [] for c in buf: for d in delims: if c == d: da[d] = not da[d] within_string = any(da.values()) and not (c in delims) if not within_string: if(c in gap_chars): if(not prev_is_gap): prev_is_gap = True buf2 += " " else: prev_is_gap = False buf2 += c if c == ";" or c == "\n": lines.append(buf2) buf2 = "" else: buf2 += c prev_is_gap = False return lines class VHDLParser(DepParser): def parse(self, dep_file): from dep_file import DepRelation if dep_file.is_parsed: return logging.info("Parsing %s" % dep_file.path) content = open(dep_file.file_path, "r") buf = "" # stage 1: strip comments for l in content.readlines(): ci = l.find("--") if ci == 0: continue while ci > 0: quotes = l[:ci].count('"') # ignore comments in strings if quotes % 2 == 0: l = l[:ci-1] break ci = l.find("--", ci+1) buf += l # stage 2: remove spaces, crs, lfs, strip strings (we don't need them) buf2 = "" string_literal = char_literal = False prev_is_gap = False gap_chars = " \r\n\t" lines = [] for c in buf: if c == '"' and not char_literal: string_literal = not string_literal if c == "'" and not string_literal: char_literal = not char_literal within_string = (string_literal or char_literal) and (c != '"') and (c != "'") if(not within_string): if(c in gap_chars): if(not prev_is_gap): prev_is_gap = True buf2 += " " else: prev_is_gap = False buf2 += c.lower() if c == ";": lines.append(buf2) buf2 = "" else: prev_is_gap = False import re patterns = { "use": "^ *use +(\w+) *\. *(\w+) *\. *\w+ *;", "entity": "^ *entity +(\w+) +is +(port|generic)", "package": "^ *package +(\w+) +is", "arch_begin": "^ *architecture +(\w+) +of +(\w+) +is +", "arch_end": "^ *end +(\w+) +;", "instance": "^ *(\w+) *\: *(\w+) *(port|generic) *map" } compiled_patterns = map(lambda p: (p, re.compile(patterns[p])), patterns) within_architecture = False for l in lines: matches = filter(lambda (k, v): v is not None, map(lambda (k, v): (k, re.match(v, l)), compiled_patterns)) if(not len(matches)): continue what, g = matches[0] if(what == "use"): dep_file.add_relation(DepRelation(g.group(1)+"."+g.group(2), DepRelation.USE, DepRelation.PACKAGE)) if(what == "package"): dep_file.add_relation(DepRelation(g.group(1), DepRelation.PROVIDE, DepRelation.PACKAGE)) dep_file.add_relation(DepRelation("%s.%s" % (dep_file.library, g.group(1)), DepRelation.PROVIDE, DepRelation.PACKAGE)) elif(what == "entity"): dep_file.add_relation(DepRelation(g.group(1), DepRelation.PROVIDE, DepRelation.ENTITY)) dep_file.add_relation(DepRelation("%s.%s" % (dep_file.library, g.group(1)), DepRelation.PROVIDE, DepRelation.ENTITY)) elif(what == "package"): dep_file.add_relation(DepRelation(g.group(1), DepRelation.PROVIDE, DepRelation.PACKAGE)) dep_file.add_relation(DepRelation("%s.%s" % (dep_file.library, g.group(1)), DepRelation.PROVIDE, DepRelation.PACKAGE)) elif(what == "arch_begin"): arch_name = g.group(1) within_architecture = True elif(what == "arch_end" and within_architecture and g.group(1) == arch_name): within_architecture = False elif(what == "instance" and within_architecture): dep_file.add_relation(DepRelation(g.group(2), DepRelation.USE, DepRelation.ENTITY)) dep_file.is_parsed = True

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10,307,921,515,526

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/pardus/playground/eren/2011/desktop/gnome/gdm/actions.py

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[]

no_license

aligulle1/kuller

https://github.com/aligulle1/kuller

bda0d59ce8400aa3c7ba9c7e19589f27313492f7

7f98de19be27d7a517fe19a37c814748f7e18ba6

refs/heads/master

2021-01-20T02:22:09.451356

2013-07-23T17:57:58

null

0

null

#!/usr/bin/python # -*- coding: utf-8 -*- # # Licensed under the GNU General Public License, version 2 # See the file http://www.gnu.org/copyleft/gpl.txt from pisi.actionsapi import autotools from pisi.actionsapi import pisitools from pisi.actionsapi import get def setup(): autotools.configure("--localstatedir=/var \ --enable-static=no \ --enable-authentication-scheme=shadow \ --disable-scrollkeeper \ --with-pam-prefix=/etc") def build(): autotools.make() def install(): autotools.rawInstall("DESTDIR=%s" % get.installDIR()) pisitools.dodoc("AUTHORS", "ChangeLog", "NEWS", "README", "TODO") # No gnome yet, this package just for xfce, no need to keep gnome desktop file pisitools.removeDir("/usr/share/xsessions")

UTF-8

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10,187,662,472,520

5a4adfbd576fd9499015aa93a7e04cd924070ebe

7c20b6748e6fc16ddf63c63cc5717de4ebe3df8a

/code/linear_regression.py

9b7420b9d4b54d0d09e651ea6b70553d4d82377d

[]

no_license

eggpi/mc886

https://github.com/eggpi/mc886

8e188c6adbfdc1b3f38b13a4cf700f6819d0af5d

25ce5c067d9b50cb414443b40fa920d16d49c49a

refs/heads/master

2020-04-12T01:01:11.024719

2013-11-24T18:55:25

null

0

null

import random import pprint M = 5 # dimension, number of weights N = 100 # number of measurements # make a linear function given weights def make_f(weights): return lambda x: sum(t * s for t, s in zip(weights, x)) # make a random set of data points to be fed to y, # that is, a vector of M numbers, the first being # 1.0 by definition. def make_x(): return [1.0] + random.sample(range(1000), M - 1) def J(f): return sum((f(x) - y)**2 for x, y in data) / (2 * N) # the partial derivative of function J(w) for the i-th weight, # f is the current estimation function (that is, make_f(w)) def DJ(f, i): return sum((f(x) - y) * x[i] for x, y in data) / N # calculate the norm of vector v def norm(v): return sum(x**2 for x in v)**0.5 # create the target function and data points target = [] for i in range(M): target.append(random.random()) y = make_f(target) x = [] for i in range(N): x.append(make_x()) # min-max normalization xnorms = [norm(v) for v in x] mi, ma = min(xnorms), max(xnorms) data = [] for v in x: v = [(e - mi) / (ma - mi) for e in v] data.append((v, y(v))) print "Data: " pprint.pprint(data) # initial guess at parameters learned = [] for i in range(M): learned.append(random.random()) alpha = 0.0001 err = float('inf') while err > 0.0001: print "Starting iteration!" print " :: learned = {0}".format(learned) print " :: J(learned) = {0}".format(J(make_f(learned))) f = make_f(tuple(learned)) for i in range(M): learned[i] = learned[i] - alpha * DJ(f, i) err = J(make_f(learned)) print " :: learned = {0}".format(learned) print " :: err = {0}".format(err) print "End iteration!" print "Learned is: {0}".format(learned) print "Target was: {0}".format(target)

UTF-8

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2,013

15,805,479,670,674

02678f076cf8a7d9214c4ffd6f550f37dc08b194

3198c735b63e2abd89cebe76d925c2fecf1904e7

/basic/mul.py

fd3825a4bef641e0225e563e4f08e3e90600a852

[]

no_license

niyaspkd/python

https://github.com/niyaspkd/python

d871a9fc54578e6ed2fdc4d038e0573c1854a9fd

dd69450447e9ea3ba950ecf5988ac9db809451eb

refs/heads/master

2020-06-26T18:08:05.391793

2014-03-28T05:39:18

null

0

null

def mul(n): while n>0: if n<10: a=n%10 elif n<100: b=n%100/10 c=n%10 a=b*c else: b=n/100 c=n%100/10 d=n%10 a=b*d*c return a print mul(1)

UTF-8

Python

false

2,014

17,755,394,826,253

d19a0b26f97446129359a84fe2b87a7339146abf

b1cf5f01bed003c0863eff365b7ad5037c067567

/core/views.py

dc1f63d8a8fa9caa8dd1056d8eaddc7bc7b483c1

[]

no_license

yati-sagade/five

https://github.com/yati-sagade/five

c222360efe923f5eced6769073a2e951f471b458

e5bf1d6b7cf12ae6f05a6dca29af05e7c662e6a5

refs/heads/master

2021-01-01T19:15:48.674422

2014-06-01T06:32:25

null

0

null

import json import random from django.db import IntegrityError from django.shortcuts import render, redirect from django.http import HttpResponse from django.views.generic import View, TemplateView from django.views.decorators.csrf import csrf_exempt, ensure_csrf_cookie from django.views.decorators.http import require_http_methods from django.contrib import messages from django.contrib.auth import authenticate, login, logout from django.contrib.auth.models import User from django.contrib.auth.decorators import login_required from .forms import UserCreationForm from .places import nearby_search from .models import Place, UserProfile, Notification from .utilities import random_password, json_response, to_dict, get_post_data from .utilities import http_basic_auth @require_http_methods(['POST']) def logout_view(request): logout(request) if request.is_ajax(): return json_response({'success': True}) return redirect('five-home') @require_http_methods(['POST']) @csrf_exempt def login_view(request): ''' Log our user in. ''' data = get_post_data(request) error = None try: username = data['handle'] password = data['password'] except KeyError: error = 'Incorrect handle/password' else: user = authenticate(username=username, password=password) if user is not None and user.is_active: login(request, user) else: error = 'Incorrect handle/password' if error is not None: if request.is_ajax(): return json_response({'error': error}, 403) messages.add_message(request, messages.ERROR, error) if request.is_ajax(): return json_response({'status': 'ok'}) return redirect('five-home') @require_http_methods(['POST']) @login_required @ensure_csrf_cookie def check_in(request, place_id): ''' Check the current user in to the place with ID ``place_id``. ''' try: place = Place.objects.get(id=place_id) except Place.DoesNotExist: ret = ({'error': 'No place with id {} found'.format(place_id)}, 404) except Exception as e: ret = ({'error': str(e)}, 500) else: profile = request.user.userprofile profile.current_location = place profile.save() # Build notifications for people at this location. nearby_profiles = UserProfile.objects.filter(current_location=place).exclude(user=request.user) for profile in nearby_profiles: Notification.objects.create(user=profile.user, data=json.dumps({ 'image': profile.avatar_url(), 'data': '{} is around you. Go say hi!'.format(profile.user.username) })) ret = ({'success': True}, 200) return json_response(*ret) @require_http_methods(['GET']) @http_basic_auth @ensure_csrf_cookie def get_user_details(request): ''' Return the details of the currently logged in User. ''' u = request.user if u.is_authenticated(): return json_response(u.userprofile.serialize()) return json_response({'error': 'login required'}, 403) @require_http_methods(['GET']) @http_basic_auth @ensure_csrf_cookie def get_nearby_people(request): ''' Return a list of nearby people. ''' current_profile = request.user.userprofile ret = current_profile.nearby_people() return json_response({'data': [u.serialize() for u in ret]}) @require_http_methods(['POST']) @http_basic_auth @login_required def get_nearby_places(request, lat, lon, rad=1000): ''' Return nearby places centered around a location of (lat, lon) and within a radius of ``rad`` metres. ''' data = nearby_search((lat, lon), rad) if data['status'] != 'OK': try: # This is not guaranteed to be present. err_msg = data['error_message'] except KeyError: err_msg = 'An error occurred. Try again later' return json_response({'error': err_msg}) places= [] for result in data['results']: result_name = result.get('name') if result_name is None: # No point in bothering with a place which we don't # know the name of. continue result_loc = result['geometry']['location'] defaults = { 'name': result_name, 'description': '', 'lat': result_loc['lat'], 'lon': result_loc['lng'], 'icon': result['icon'], } try: viewport = result['geometry']['viewport'] viewport_ne = viewport['northeast'] viewport_sw = viewport['southwest'] except KeyError: viewport = None # Fill in viewport info if we have it if viewport is not None: defaults.update({ 'viewport_ne_lat': viewport_ne['lat'], 'viewport_ne_lon': viewport_ne['lng'], 'viewport_sw_lat': viewport_sw['lat'], 'viewport_sw_lon': viewport_sw['lng'] }) # Store the result in our database if it does not exist # already. place, created = Place.objects.get_or_create( id=result['id'], defaults=defaults ) places.append(place) resp = {'data': [place.to_dict() for place in places]} return json_response(resp) class HomeView(View): def get(self, request): if self.request.user.is_authenticated(): return render(request, 'core/home.html') return render(request, 'core/index.html') def get_context_data(self, **kwargs): return {} class UserView(View): def get(self, request, uid=None): ''' Get info about a user. For an AJAX request, send the JSON representation of a user. For a non-AJAX request, render the requested user profile ''' if uid is None: return json_response({'error': 'No id given'}, status=400) try: user = User.objects.get(id=uid) except User.DoesNotExist: return json_response({'error': 'No such user'}, status=404) if request.is_ajax(): return json_response(to_dict(user)) # Render the user page here return render(request, 'core/user.html', {'user': user}) def post(self, request): ''' Create a new user(Sign up). ''' errors = {} data = get_post_data(request) # Validate the data form = UserCreationForm(data) if form.is_valid(): username = data['handle'] email = data['email'] password = data['password'] # Create the user try: user = User.objects.create(username=username, email=email) user.set_password(password) user.save() except IntegrityError: errors = {'error': 'Error creating user'} else: UserProfile.objects.create(user=user, bio='') else: errors = form.errors if request.is_ajax(): if error is not None: response = {'status': 'ok', 'id': user.id} else: response = errors return json_response(response) if not errors: # Log the user in user = authenticate(username=username, password=password) login(request, user) else: for item in errors.iteritems(): messages.add_message(request, messages.ERROR, ':'.join(item)) # Redirect to home return redirect('five-home') @csrf_exempt def ping_view(request, data): ''' Simple ping view for debugging. ''' payload = '' if request.method == 'POST': payload = request.body message = data return json_response({'message': message, 'payload': payload}) ALPHABET = 'abcdefghijklmnopqrstuvwxyz ' @require_http_methods(['POST']) @http_basic_auth @ensure_csrf_cookie def get_notification(request): ''' Return a notification with some content with a 40% chance. ''' all_notifs = Notification.objects.filter(user=request.user) data = [json.loads(notif.data) for notif in all_notifs] all_notifs.delete() return json_response({'data': data})

UTF-8

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5,978,594,482,076

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bd242360936dc812c96a8e216de205517c84e005

/samples/tut3.py

54b65c3a44c2483304c6e91fd733a1832ceaa359

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non_permissive

decalage2/python-crash-course

https://github.com/decalage2/python-crash-course

81c35de2601661256baaf3ac000ceeff8d9ebb06

68e0bc08f73a7a34e2c59a48fa323c8512fafe07

refs/heads/master

2023-03-24T23:41:25.378995

2014-09-21T20:56:16

277,366,204

6

0

null

class Person: def __init__(self, lastname, firstname): self.lname = lastname self.fname = firstname def display(self): print "Last name: %s - First name: %s" % \ (self.lname, self.fname) def __str__(self): return "Last name: %s - First name: %s" % \ (self.lname, self.fname) class AddrBookPerson (Person): def __init__(self, lastname, firstname, address): Person.__init__(self, lastname, firstname) self.addr = address def display_address(self): print self.addr def move(self, new_address): self.addr = new_address def set_postcode(self, postcode): self.postcode = postcode def display_postcode(self): print self.postcode ##pl = Person('lagadec', 'philippe') ###pl.display() ##print pl ## ##jc = AddrBookPerson('Gallard', 'JC', 'The Hague') ##jc.display() ##jc.display_address() ## ##jc.move('Wassenaar') ##jc.display_address() ## ##jc.set_postcode('1234AB') ##jc.display_postcode()

UTF-8

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false

2,014

4,509,715,706,607

18d1ff5db42744a33ee8e9535cf1b9af55c7f466

6815e0d4281551527b59a89e55b7dc5f000d83f7

/pdf_analyzer.py

71f1ab74d531ad2b9d5ca1f5d0af517bd1be7100

[]

no_license

mellowizz/metastudy

https://github.com/mellowizz/metastudy

bd345e5268ad282f98a948b434dc6ebde8126e0b

84dee0280ae48a68ad77190e21c3dbf5419ae3df

refs/heads/master

2016-09-06T10:53:51.454913

2013-10-21T17:25:08

null

0

null

#!/usr/bin/python2.7 # -*- coding: utf-8 -*- import codecs, sys from pdfminer.pdfparser import PDFParser, PDFDocument txtfile = "schlag.txt" f = codecs.open(txtfile, encoding='utf-8') schlaglist = [x.split('\n') for x in f] # list ''' for x in schlaglist: print u(x) ''' try: fp = open('/home/niklasmoran/EL/skript211.pdf') print (fp.type()) parser = PDFParser(fp) doc = PDFDocument() parser.set_document(doc) doc.initialize('') outlines = doc.get_outlines() print outlines.type() except: print "that didn't work", sys.exc_info()[0]

UTF-8

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2,013

2,370,821,950,222

6b2db7e71f49c5113d517e97129fb584d8ad384b

5bfad7ca17e79dbe77edcdc16b15ca70dd538b5d

/s3-dynamo-sync-check/lib/sns.py

79642f72794c5a18e0946214899e1ab3296670d7

[ "Apache-2.0" ]

permissive

msfuko/CSTools

https://github.com/msfuko/CSTools

c027e97047da868a606de5f3d41db2a4672500ec

b6418d5c844540a8fd0115c1b9f69fb70fe907b8

refs/heads/master

2021-01-19T14:34:02.487965

2014-12-08T11:37:15

null

0

null

from awsobject import AWSObject class SNS(AWSObject): def __str__(self): return "sns" def send(self, topic_name, subject, message): if len(subject) > 100: raise ValueError("Subject is too long: %s" % subject) topics = self.conn.get_all_topics() mytopics = topics["ListTopicsResponse"]["ListTopicsResult"]["Topics"] topic_arn = None for topic in mytopics: if topic_name in topic['TopicArn']: topic_arn = topic['TopicArn'] break if topic_arn: print "SNS sent by %s" % topic_name res = self.conn.publish(topic_arn, message, subject)

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ce0bcdb824fc0c17f8dbffe579ad1fb9547c2134

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/lmdb/__init__.py

1e3e19cbd5b49aaf0d40b4ab09cc4514dfe4bf83

[]

no_license

pombredanne/python-lmdb

https://github.com/pombredanne/python-lmdb

8f8db399060064e7766b827dd94fb4f7f936b722

e93d796cfa80b38ee3065bfb598617809e363350

refs/heads/master

2018-05-30T11:36:24.145134

2013-09-22T20:19:41

null

0

null

# coding: utf-8 from lmdb.lmdb import *

UTF-8

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false

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12,962,211,327,489

311a98c47e65c9d34b4989634859e7aae4934f85

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/aniseasons/helpers.py

b04f65ad8be9227d66dec358367347e4d5f530fd

[]

no_license

hkal/aniseasons.com

https://github.com/hkal/aniseasons.com

01748aaf1d361ed3bdafed18fc6dbba4b8f16fb2

413ea60f1303d8bc1e6d0a001f875c12f84aee7d

refs/heads/master

2015-08-07T08:34:57.445649

2013-09-01T03:37:12

null

0

null

from flask import request from PIL import Image from unicodedata import normalize import os import re def resize_image(pic, max_width): im = Image.open(pic) dimensions = im.size width_percent = (max_width / float(dimensions[0])) new_height = int((float(dimensions[1]) * float(width_percent))) return im.resize((max_width, new_height), Image.ANTIALIAS) def save_image_and_thumbnail(name, fileblob, path, full_width=600, thumb_width=194, ext='.jpg'): filename = name + ext thumb_filename = "thumb-" + filename full_image_path = os.path.join(path, filename) thumb_image_path = os.path.join(path, thumb_filename) image = resize_image(fileblob, full_width) image.save(full_image_path, 'JPEG', quality=95) thumb = resize_image(open(full_image_path), thumb_width) thumb.save(thumb_image_path, 'JPEG', quality=95) return filename, thumb_filename def are_fields_valid(request, is_update=False): if len(request.form) > 0: if request.form['title'] and request.form['type'] and request.form['description']: if not is_update and request.files or is_update: return True return False def slugify(text, delim=u'-'): _punct_re = re.compile(r'[\t !"#$%&\'()*\-/<=>?@\[\\\]^_`{|},.]+') result = [] for word in _punct_re.split(text.lower()): word = normalize('NFKD', word).encode('ascii', 'ignore') if word: result.append(word) return unicode(delim.join(result))

UTF-8

Python

false

2,013

2,662,879,773,187

b9fc82cab1f424a73c81eef688acbe5b84667138

f766a5e19fd314ea3357d3323818b7a3beed85e1

/haartrack.py

0c0c1a27b30e1e1aadb3f0cf2c25a6e9cd789c4d

[]

no_license

gszpura/handdect

https://github.com/gszpura/handdect

0b2fa3bad8ea657d48dd6223b6320c67fc82ca4a

b0355efd43fe5ce9a8041f21344037e4bb20b940

refs/heads/master

2021-01-23T03:08:19.383945

2014-05-08T12:49:13

null

0

null

import cv2 import numpy as np import time PREFIX_MODULE = "cascades/" def w_h_divided_by(image, divisor): """Return an image's dimensions, divided by a value.""" h, w = image.shape[:2] return (w/divisor, h/divisor) class Face(object): """Represents face on the image""" def __init__(self): self.faceRect = None self.noseRect = None self.mouthRect = None def draw(self, image): if self.faceRect is not None: x, y, w, h = self.faceRect cv2.rectangle(image, (x, y), (x+w, y+h), (255,0,0)) if self.noseRect: x, y, w, h = self.noseRect cv2.rectangle(image, (x, y), (x+w, y+h), (255,0,0)) if self.mouthRect: x, y, w, h = self.mouthRect cv2.rectangle(image, (x, y), (x+w, y+h), (255,0,0)) class Hand(object): """Represents hand on the image""" def __init__(self): self.handRect = None def draw(self, image): if self.handRect is not None: x, y, w, h = self.handRect cv2.rectangle(image, (x, y), (x+w, y+h), (255,0,0)) class FaceTracker(object): """A tracker for facial features: face, nose, (mouth?).""" def __init__(self, scaleFactor = 1.2, minNeighbors = 2, flags = cv2.cv.CV_HAAR_SCALE_IMAGE): self.scaleFactor = scaleFactor self.minNeighbors = minNeighbors self.flags = flags self._faces = [] self._faceClassifier = cv2.CascadeClassifier(PREFIX_MODULE + 'haarcascade_frontalface_alt.xml') self._eyeClassifier = cv2.CascadeClassifier(PREFIX_MODULE + 'haarcascade_eye.xml') self._noseClassifier = cv2.CascadeClassifier(PREFIX_MODULE + 'haarcascade_mcs_nose.xml') self._mouthClassifier = cv2.CascadeClassifier(PREFIX_MODULE + 'haarcascade_mcs_mouth.xml') @property def faces(self): """The tracked facial features.""" return self._faces def update(self, img): """Update the tracked facial features.""" self._faces = [] cp = img.copy() image = cv2.cvtColor(cp, cv2.COLOR_BGR2GRAY) image = cv2.equalizeHist(image) minSize = w_h_divided_by(image, 6) maxSize = w_h_divided_by(image, 2) cv2.imshow('Equ', image) faceRects = self._faceClassifier.detectMultiScale( image, self.scaleFactor, self.minNeighbors, self.flags, minSize, maxSize) print faceRects if faceRects is not None: for faceRect in faceRects: face = Face() face.faceRect = faceRect x, y, w, h = faceRect # Seek a nose in the middle part of the face. searchRect = (x+w/4, y+h/4, w/2, h/2) """ face.noseRect = self._detectOneObject( self._noseClassifier, image, searchRect, 32) # Seek a mouth in the lower-middle part of the face. searchRect = (x+w/6, y+h*2/3, w*2/3, h/3) face.mouthRect = self._detectOneObject( self._mouthClassifier, image, searchRect, 16) """ self._faces.append(face) def _detectOneObject(self, classifier, image, rect, ratio): x, y, w, h = rect minSize = w_h_divided_by(image, ratio) subImage = image[y:y+h, x:x+w] subRects = classifier.detectMultiScale( subImage, self.scaleFactor, self.minNeighbors, self.flags, minSize) if len(subRects) == 0: return None subX, subY, subW, subH = subRects[0] return (x+subX, y+subY, subW, subH) class HandTracker(object): """A tracker for hand features""" def __init__(self, scaleFactor = 1.1, minNeighbors = 4, flags = cv2.cv.CV_HAAR_DO_CANNY_PRUNING): #name = PREFIX_MODULE + "haarcascade_hand_2.xml" #name = PREFIX_MODULE + "fist.xml" #name = PREFIX_MODULE + "palm.xml" name = PREFIX_MODULE + "hand_cascade.xml" self.scaleFactor = scaleFactor self.minNeighbors = minNeighbors self.flags = flags self._hands = [] self._handClassifier = cv2.CascadeClassifier(name) @property def hands(self): """The tracked facial features.""" return self._hands def update(self, img): """Update the tracked facial features.""" self._hands = [] cp = img.copy() image = cv2.cvtColor(cp, cv2.COLOR_BGR2GRAY) handRects = self._handClassifier.detectMultiScale( image, self.scaleFactor, self.minNeighbors, self.flags, (70, 70), (175, 125)) for r in handRects: h = Hand() h.handRect = r self._hands.append(h)

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2,014

18,863,496,371,761

c1cd9931092b8daef857ee2319c4844cf58c41af

101e1d0c8772ad178ea8b6cd001ed74f1adbb42c

/jobsite_web/jobsite_main/business.py

01640d1eb41dc122a9ba81f518159809142b042c

[]

no_license

dnephin/perzoot

https://github.com/dnephin/perzoot

fe066be04cb27b6e7965501e0624929f6835ca31

71d02395ed32f9f7a296c6ef8e286e880ece8d13

refs/heads/master

2016-09-10T10:36:28.992311

2011-02-24T03:38:14

null

0

null

""" Business rules and logic. Perzoot """ import logging from jobsite_main.statics import * from jobsite_main.search import Search from jobsite_main.db import get_user_events log = logging.getLogger('Business') def get_search_type(request, form): """ Determine the search type from the request and form. """ if request.method == "POST": return CLEAN_SEARCH if 'event' in request.GET: return SEARCH_EVENT_SEARCH if form.cleaned_data.get('start'): return NEXT_PAGE_SEARCH if request.GET.get('otp_sort'): return RESORT_SEARCH if request.GET.get('otp_filter'): return FILTERED_SEARCH return CLEAN_SEARCH def get_search_messages(form, response): """ Return a list of helpful search messages for this search based on the number of results and filters being used. """ def suppliment_results(request, search_results): """ Remove postings that were deleted by the user and add identifiers for visited/favorited postings for the user. """ if not search_results: return doc_map = dict((d['id'], d) for d in search_results['results']) user_events = get_user_events(request, ids=doc_map.keys()) for event in user_events: if event.event == 'save': doc_map[event.posting_id]['type'] = 'saved_event' continue # Saved should overwrite opened if event.event == 'open' and not doc_map[event.posting_id]['type']: doc_map[event.posting_id]['type'] = 'opened_event' continue if event.event == 'remove': search_results['results'].remove(doc_map[event.posting_id]) continue log.warn("Unknown user event type: %s" % (event.event))

UTF-8

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2,011

17,532,056,535,676

b012a199628cc50e4c14cbc1b86a5151a1919890

fab3d466b228d37c4a5f6511934220db777ec34d

/rsa/primitive_root.py

b54ee0c1932f0f2232b89606ead73320d5ba240a

[]

no_license

fcu-d0449763/cryptography

https://github.com/fcu-d0449763/cryptography

63fbad1a5e5f7aea994af75156a89721e1a00486

c649803da107511e02de1fc3a293f4b695c150fe

refs/heads/master

2021-05-28T00:24:10.633799

2013-06-11T07:06:52

null

0

null

#!/usr/bin/env python #-*- coding:utf-8 -*- import bigmod prime = int(raw_input ('please input a prime(100 < prime < 1000):')) #prime = 101 primitive_root = [] for a in range(1, prime): res = [] for i in range (1, prime): res.append(bigmod.bigmod(a, i, prime)) res_single = set(res) # remove the duplicate members if len(res) == (prime -1) and len(res_single) == (prime -1): #print a,res_single primitive_root.append(a) # get the primitive root print 'The primitive root are: ', primitive_root print 'The number of primitive root:', len(primitive_root)

UTF-8

Python

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2,013

14,783,277,462,975

3af83d72cc7e0702bb8f0d96e0b7f4f006020883

573616eebe8a0f44c2974c28b304b1cdd407f97c

/app/fast/__init__.py

5d42256abf730fdc240a19154aa040ce6e6a7337

[]

no_license

tgwang/flask-sqlalchemy

https://github.com/tgwang/flask-sqlalchemy

a914fa61936bef2428720d0057c40eabed27cef5

e6a407b620933170d36055bb933cd998db993d61

refs/heads/master

2021-01-19T09:31:55.345071

2014-11-09T10:59:47

null

0

null

from flask import Blueprint fast = Blueprint('fast', __name__) from . import routes

UTF-8

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2,014

6,116,033,436,149

f00613147390e1b65200830e496232f8c5b5816b

01c67396c97bf8b9ded4522e072711bd3b637efb

/youbot_main_ai/src/youbot_main_ai/states/SelectTask.py

bcfe4b2b6c57358fbcf0660ebe9183f07d85f031

[ "CC-BY-NC-SA-3.0", "LicenseRef-scancode-cc-by-nc-sa-3.0-us", "LicenseRef-scancode-proprietary-license", "LicenseRef-scancode-warranty-disclaimer", "CC-BY-NC-4.0", "LicenseRef-scancode-other-copyleft", "LicenseRef-scancode-unknown-license-reference" ]

non_permissive

WFWolves/wolves-at-work

https://github.com/WFWolves/wolves-at-work

f047d2285fc3156651f5c2accb4edb6565bfad93

c897b0f0c30b4e1d5fbbc4117b9e23a61528a54d

refs/heads/master

2020-05-09T20:13:12.887058

2013-09-27T10:08:57

13,144,896

2

1

null

import smach import rospy import copy class SelectTask(smach.State): def __init__(self): smach.State.__init__(self, outcomes=['taskBNT', 'taskBMT', 'taskBTT', 'taskPPT', 'taskUnknown'], input_keys=['refbox_message_in']) def execute(self, userdata): msg = userdata.refbox_message_in if msg.startswith("BNT"): return "taskBNT" elif msg.startswith("BMT"): return "taskBMT" elif msg.startswith("BTT"): return "taskBTT" elif msg.startswith("PPT"): return "taskPPT" else: return "taskUnknown"

UTF-8

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2,013

7,662,221,668,919

87a508a95eb11a240b172d560d9b309bcbd2a3c0

140c75a12b09af203d252ec465823bc165664322

/del_expired_log.py

66938555426a4c001630c90ec55d4030cc450eb5

[]

no_license

jomenxiao/studyPython

https://github.com/jomenxiao/studyPython

1526a5fa4a706ecb7ae47f7f7c899e9e1f09db0b

42065db8811e05b26e10d4f74c4aa4a253c242bc

refs/heads/master

2021-01-21T12:36:23.414310

2014-12-09T08:57:55

null

0

null

#!/usr/bin/env python # -*- coding: utf-8 -*- import os import time import datetime import tarfile base_dir = '/data1/home/tlog/logplat/log' back_dir = '/data1/home/tlog/logplat/log/back' expired_day = 90 if not os.path.exists(back_dir): os.mkdir(back_dir) date_today = datetime.datetime(time.localtime().tm_year,time.localtime().tm_mon,time.localtime().tm_mday) tar_match_file_dict = {} def tar_file(work_dir,back_work_dir,e_tlog_dir): work_dir = work_dir back_work_dir = back_work_dir e_tlog_dir = e_tlog_dir os.chdir(work_dir) print "[" + time.strftime("%Y %m %d %H:%M:%S", time.localtime()) + "] " + work_dir + " START....." for e_file in os.listdir(work_dir): if not ( os.path.isfile(e_file) and e_file.split('.')[-1] == 'log' ): print "[" + time.strftime("%Y %m %d %H:%M:%S", time.localtime()) + "] " + work_dir + os.path.sep + e_file + " NO log file....." pass file_mtime = time.localtime(os.stat(e_file).st_ctime) file_mtime_date = datetime.datetime(file_mtime.tm_year,file_mtime.tm_mon,file_mtime.tm_mday) separated_days = (date_today - file_mtime_date).days if separated_days >= expired_day and os.path.isfile(work_dir + os.path.sep + e_file): print "[" + time.strftime("%Y %m %d %H:%M:%S", time.localtime()) + "] " + work_dir + os.path.sep + e_file + ' log file EXPIRED 90 DAYS REMOVED!!!' os.remove(e_file) elif separated_days > 1 and os.path.isfile(work_dir + os.path.sep + e_file): tar_file_name = str(file_mtime.tm_year) + '_' + str(file_mtime.tm_mon) + '_' + str(file_mtime.tm_mday) if tar_file_name in tar_match_file_dict: if e_file not in tar_match_file_dict[tar_file_name]: tar_match_file_dict[tar_file_name].append(e_file) else: pass else: tar_match_file_dict[tar_file_name]=[] tar_match_file_dict[tar_file_name].append(e_file) elif separated_days <= 1: print "[" + time.strftime("%Y %m %d %H:%M:%S", time.localtime()) + "] " + work_dir + os.path.sep + e_file + " NO TAR new log file!!!!" pass else: print "[" + time.strftime("%Y %m %d %H:%M:%S", time.localtime()) + "] " + work_dir + os.path.sep + e_file + " NO EXISTS!!!!" pass for (e_tar_name, e_tar_file_list) in tar_match_file_dict.items(): if os.path.isfile(back_work_dir + os.path.sep + e_tar_name + '.tar.gz'): os.rename(back_work_dir + os.path.sep + e_tar_name + '.tar.gz', back_work_dir + os.path.sep + e_tar_name + "_" + time.strftime("%Y%m%d%H%M%S",time.localtime()) + '.tar.gz_bak') print "[" + time.strftime("%Y %m %d %H:%M:%S", time.localtime()) + "] " + back_work_dir + os.path.sep + e_tar_name + '.tar.gz' + " START TAR...." tar = tarfile.open(back_work_dir + os.path.sep + e_tar_name + '.tar.gz', 'w:gz') for e_day_file in e_tar_file_list: if os.path.isfile(e_day_file): log_info = "[" + time.strftime("%Y %m %d %H:%M:%S", time.localtime()) + "] " + str(work_dir + os.path.sep + e_day_file) + " ADD IN " + str(back_work_dir + os.path.sep + e_tar_name) + ".tar.gz" print log_info tar.add(e_day_file) else: print "[" + time.strftime("%Y %m %d %H:%M:%S", time.localtime()) + "] " + e_day_file + " NOT FOUND FOR TAR!!!" tar.close() if os.path.isfile(back_work_dir + os.path.sep + e_tar_name + '.tar.gz'): for e_log_file in e_tar_file_list: if os.path.isfile(e_log_file): log_info = "[" + time.strftime("%Y %m %d %H:%M:%S", time.localtime()) + "] " + str(e_log_file) + " TAR AND REMOVED!!!!" print log_info os.remove(e_log_file) else: log_info = "[" + time.strftime("%Y %m %d %H:%M:%S", time.localtime()) + "] " + str(e_log_file) + " TAR AND NOT FOUND REMOVED!!!!" print log_info def remove_pass_tar_log(): if not os.path.exists(back_dir): return os.chdir(back_dir) for e_tarlog_dir in os.listdir(back_dir): if not os.path.isdir(e_tarlog_dir): pass os.chdir(back_dir + os.path.sep + e_tarlog_dir) list_dir = [e for e in os.listdir(back_dir + os.path.sep + e_tarlog_dir) \ if (e.split(".")[-1] == 'gz' or e.split(".")[-1] == 'gz_bak') and e.split(".")[-2] == 'tar' ] for e_tar_file in list_dir: e_filename = e_tar_file.split(".")[0] file_date = datetime.datetime(int(e_filename.split("_")[0]),int(e_filename.split("_")[1]),int(e_filename.split("_")[2])) separated_days = (date_today - file_date).days if separated_days >= expired_day: log_info = str(os.getcwd() + os.path.sep + e_tar_file) + " tar log file EXPIRED 90 DAYS REMOVED!!!!" print log_info os.remove(e_tar_file) def main(): tlog_dir_list = os.listdir(base_dir) for e_tlog_dir in tlog_dir_list: work_dir = base_dir + os.path.sep + e_tlog_dir back_work_dir = back_dir + os.path.sep + e_tlog_dir if os.path.isdir(work_dir) and back_dir != work_dir and e_tlog_dir.startswith("tlogd"): if not os.path.exists(back_work_dir): os.mkdir(back_work_dir) print "[" + time.strftime("%Y %m %d %H:%M:%S", time.localtime()) + "] " + work_dir tar_file(work_dir,back_work_dir,e_tlog_dir) else: print "[" + time.strftime("%Y %m %d %H:%M:%S", time.localtime()) + "] " + work_dir + " DIR NOT TLOG DIR!!!" if __name__ == '__main__': print "[" + time.strftime("%Y %m %d %H:%M:%S", time.localtime()) + "] starting....." main() remove_pass_tar_log() print "[" + time.strftime("%Y %m %d %H:%M:%S", time.localtime()) + "] fininshed!!!"

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2,014

300,647,720,406

a51475f2608012dc501e849bb05b5e62a676fabd

e2cba878fec9ac7a34b36f3de7d3c2dd28fca11e

/MEDRank/utility/process.py

f8fbc77a0966fcaec4770d1e2eb4558da14564d7

[ "GPL-2.0-only" ]

non_permissive

aaraya1516/MEDRank

https://github.com/aaraya1516/MEDRank

2c900d50cc32b9f7c0f014dc6e83c7ba8f261ef7

776e489f1d7cbf4ce29055b12b6c12ee0b1b2fa3

refs/heads/master

2021-01-15T13:14:28.217254

2011-11-04T01:08:29

null

0

null

#!/usr/bin/env python # encoding: utf-8 """ process.py Created by Jorge Herskovic on 2010-07-02. Copyright (c) 2010 University of Texas - Houston. All rights reserved. """ from MEDRank.utility import proctitle from MEDRank.utility.logger import logging, ULTRADEBUG from MEDRank.utility.workflow import CouldNotRank import traceback # pylint: disable-msg=C0322 def processor(workflow_class, graph_builder_constructor, graph_builder_params, ranker_constructor, ranker_params, eval_parameters, ranking_cutoff, mesh_tree_filename, distance_matrix_filename, distance_function, umls_converter_data_filename, extra_data_name, extra_data_contents, my_input_queue, my_output_queue, my_own_name=None): logging.info("Setting up worker.") if my_own_name is not None: proctitle.setproctitle(my_own_name) my_workflow=workflow_class(graph_builder_constructor, graph_builder_params, ranker_constructor, ranker_params, eval_parameters, ranking_cutoff, mesh_tree_filename, distance_matrix_filename, distance_function, umls_converter_data_filename ) if extra_data_name is not None: my_workflow.__setattr__(extra_data_name, extra_data_contents) logging.info("Finished setting up worker process. Waiting for requests.") try: while True: request=my_input_queue.get() logging.log(ULTRADEBUG, "Processing request %r", request) if request=='STOP': logging.log(ULTRADEBUG, "Received stop request.") break try: my_workflow.process_article(request) # Recover the article, push it on the output queue my_output_queue.put(my_workflow.all_results) # Clear the output queue my_workflow.all_results={} except CouldNotRank: #my_input_queue.put(request) # On error, push the task # back into the queue logging.info("Skipping unrankable article.") except: logging.warn("EXCEPTION RAISED: \n%s", traceback.format_exc()) raise finally: logging.log(ULTRADEBUG, "Returning results to caller.") logging.log(ULTRADEBUG, "Ending processor execution.") return

UTF-8

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2,011

1,047,972,066,865

7f59d2d8aab4998803bfb7a6672c77b68c3e670a

0ba1ff84fe16bb56039397b5349789fa07dfdd09

/cart/middleware.py

dd0a397bc06e72d2b8421df8f83ce0b2550bb199

[ "LGPL-3.0-only" ]

non_permissive

impossible-bureau/django-cart

https://github.com/impossible-bureau/django-cart

74466bf38a20ab65f81e2ac5693b5fb7c460f9b4

790c48e00702e3371d81a082390ae63e89a0e45a

refs/heads/master

2020-12-25T15:51:17.304381

2013-04-17T20:17:31

null

0

null

from django.utils import timezone import models CART_ID = 'CART-ID' class CartMiddleware(object): def process_request(self, request): try: cart_id = request.session[CART_ID] request.cart = models.Cart.objects.get(pk=cart_id) except (KeyError, models.Cart.DoesNotExist): request.cart = models.Cart.objects.create(creation_date=timezone.now()) request.session[CART_ID] = request.cart.pk

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9,749,575,788,182

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/widgets.py

7d1e3175f67d26ed8c6317c21563d424df5a491c

[ "MIT" ]

permissive

xacce/django_type_rel

https://github.com/xacce/django_type_rel

487cb49bed4f93a5c20eb155274a58215bdb413b

d7c55a50f3a7d827ff33ccdbe306da6827236f3f

refs/heads/master

2021-01-01T19:23:19.181480

2013-10-22T12:21:06

null

0

null

from django import forms from django.forms import fields from django.contrib.admin import widgets from django.templatetags.static import static from django.utils.html import mark_safe class TypeRelWidget(widgets.AdminTextInputWidget): def __init__(self, model, to_model, rel_rel_name, admin, *args, **kwargs): self.from_model, self.admin, self.to_model, self.rel_rel_name = model, admin, to_model, rel_rel_name self.objects = admin.dtr_root_qs(to_model, rel_rel_name) super(TypeRelWidget, self).__init__(*args, **kwargs) def render(self, name, value, attrs=None): from django.core.urlresolvers import reverse key = "%s.%s-%s.%s-%s" % ( self.from_model._meta.app_label, self.from_model.__name__, self.to_model._meta.app_label, self.to_model.__name__, self.rel_rel_name ) default_query = '' if value: to_object = self.to_model.objects.get(pk=value) default_query = ("%s-%s" % (key, getattr(to_object, "%s_id" % self.rel_rel_name))) options = ''u"".join([u"<option value='%s-%s'>%s</option>" % (key, x.pk, self.admin.dtr_root_label(x)) for x in self.objects]) html = u"<select data-url='%s' data-default-query='%s' data-default='%s' data-target='%s' class='dtr_select'>%s</select>" \ % (reverse('dtr_listing'), default_query, value, name, options) html_main_select = "<select name='%s' id='%s'></select>" % (name, name) html += html_main_select return mark_safe(html) # return super(SorcererWidget, self).render(name, value, final_attrs) # # # @property def media(self): js_list = [ static("django_type_rel/dtr.js"), ] return forms.Media( js=js_list, )

UTF-8

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/Set1/BreakRepeatingXOR.py

e974474d3051b3dda7a886db0f745b9bc5ec2109

[ "MIT" ]

permissive

MDSilber/CryptoExercises

https://github.com/MDSilber/CryptoExercises

e1962a3dddc6bbe807772bec25fee1e053f277ea

be9fb61233c9ae49051c319b02deab5d36fa5512

refs/heads/master

2021-01-15T21:44:25.860451

2014-08-24T04:55:00

2014-08-24T05:00:33

null

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import Crypto import Base64 def binary_for_string(string1): string_binary = ''.join(format(ord(c), '08b') for c in string1) return string_binary def hamming_distance(string_1_binary, string_2_binary): distance = 0 for i in xrange(len(string_1_binary)): if string_1_binary[i] != string_2_binary[i]: distance += 1 return distance def find_key_length(encrypted_string): key_length = 0 binary_string = binary_for_string(encrypted_string) key_lengths = {} for i in xrange(2, 40): substring_1 = binary_string[: 8*i] substring_2 = binary_string[8*i:16*i] key_lengths[i] = float((hamming_distance(substring_1, substring_2)))/float(i) return sorted(key_lengths.items(), key=lambda x: x[1])[0][0] def chunk_string_into_blocks(string_to_be_chunked, length): return [string_to_be_chunked[x:x+length] for x in xrange(0, len(string_to_be_chunked), length)] def encoded_transposed_chunks(chunks, length): # start with array of empty strings transposed_chunks = ['' for i in xrange(0, length)] for i in xrange(0, length): for chunk in chunks: # current_string = str(transposed_chunks[i]) # current_string += str(chunk[i]) transposed_chunks[i % length] += bytes(chunk) return transposed_chunks def decode_transposed_chunks(chunks): return [Crypto.brute_single_char_xor(chunk)[0] for chunk in chunks] def reconstruct_message_from_decoded_transposed_chunks(chunks): message = '' chunk_length = len(chunks[0]) for i in xrange(0, chunk_length): for chunk in chunks: message += str(chunk[i]) return message def test_chunking(message): chunks = chunk_string_into_blocks(message, 4) transposed_chunks = encoded_transposed_chunks(chunks, 4) new_message = reconstruct_message_from_decoded_transposed_chunks(transposed_chunks) assert(message == new_message) print new_message # running the code encoded_string = open('./6.txt', 'r').read() encoded_binary_string = Base64.base_64_to_bytes(encoded_string) # print encoded_string key_length = find_key_length(encoded_binary_string) print key_length encoded_chunks = chunk_string_into_blocks(encoded_binary_string, key_length) # # print encoded_chunks transposed_chunks = encoded_transposed_chunks(encoded_chunks, key_length) # # print transposed_chunks decoded_transposed_chunks = decode_transposed_chunks(transposed_chunks) # #print decoded_transposed_chunks print reconstruct_message_from_decoded_transposed_chunks(decoded_transposed_chunks)

UTF-8

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false

2,014

15,685,220,593,155

d4831972f40f9c49a6641939772cd5866de1ad61

ecb0246387e16c4cd492c829b82f8242b98e1b07

/pythonlibs/mgear/maya/transform.py

936c584efee5f36c2976246aa7960cd3206cb3fe

[]

no_license

jpasserin/mgear

https://github.com/jpasserin/mgear

fc9fbe76ec16cc95d89369ad68d57213157661e5

f916014f58a77fe20028b45736f39061b9f61b7b

refs/heads/master

2020-05-28T14:16:59.116355

2011-07-17T11:15:23

2,061,394

17

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''' This file is part of MGEAR. MGEAR is free software: you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this program. If not, see <http://www.gnu.org/licenses/lgpl.html>. Author: Jeremie Passerin [email protected] Url: http://www.jeremiepasserin.com Date: 2011 / 07 / 13 ''' ## @package mgear.maya.transform # @author Jeremie Passerin # ############################################# # GLOBAL ############################################# from pymel.core.general import * from pymel.util import * import pymel.core.datatypes as dt import mgear.maya.vector as vec ############################################# # TRANSFORM ############################################# def getTranslation(node, worldSpace=True): return node.getTranslation(space="world") def getTransform(node, worldSpace=True): return node.getMatrix(worldSpace=True) def getTransformLookingAt(pos, lookat, normal, axis="xy", negate=False): normal.normalize() if negate: a = pos - lookat # normal *= -1 else: a = lookat - pos a.normalize() c = cross(a, normal) c.normalize() b = cross(c, a) b.normalize() if axis == "xy": X = a Y = b Z = c elif axis == "xz": X = a Z = b Y = -c elif axis == "yx": Y = a X = b Z = -c elif axis == "yz": Y = a Z = b X = c elif axis == "zx": Z = a X = b Y = c elif axis == "zy": Z = a Y = b X = -c m = dt.Matrix() m[0] = [X[0], X[1], X[2], 0.0] m[1] = [Y[0], Y[1], Y[2], 0.0] m[2] = [Z[0], Z[1], Z[2], 0.0] m[3] = [pos[0], pos[1], pos[2], 1.0] return m # =========================================================== def getChainTransform(positions, normal, negate=False): # Draw transforms = [] for i in range(len(positions)-1): v0 = positions[i-1] v1 = positions[i] v2 = positions[i+1] # Normal Offset if i > 0: normal = vec.getTransposedVector(normal, [v0, v1], [v1, v2]) t = getTransformLookingAt(v1, v2, normal, "xz", negate) transforms.append(t) return transforms def getTransformFromPos(pos): m = dt.Matrix() m[0] = [1.0, 0, 0, 0.0] m[1] = [0, 1.0, 0, 0.0] m[2] = [0, 0, 1.0, 0.0] m[3] = [pos[0], pos[1], pos[2], 1.0] return m def setMatrixPosition(in_m, pos): m = dt.Matrix() m[0] = in_m[0] m[1] = in_m[1] m[2] = in_m[2] m[3] = [pos[0], pos[1], pos[2], 1.0] return m def setMatrixRotation(m, rot): # for v in rot: # v.normalize() X = rot[0] Y = rot[1] Z = rot[2] m[0] = [X[0], X[1], X[2], 0.0] m[1] = [Y[0], Y[1], Y[2], 0.0] m[2] = [Z[0], Z[1], Z[2], 0.0] return m # filterTransform ========================================== ## Retrieve a transformation filtered. # @param t SITransformation - Reference transformation. # @param translation Boolean - True to match translation. # @param rotation Boolean - True to match rotation. # @param scaling Boolean - True to match scaling. # @return SITransformation - The filtered transformation def getFilteredTransform(m, translation=True, rotation=True, scaling=True): t = dt.Vector(m[3][0],m[3][1],m[3][2]) x = dt.Vector(m[0][0],m[0][1],m[0][2]) y = dt.Vector(m[1][0],m[1][1],m[1][2]) z = dt.Vector(m[2][0],m[2][1],m[2][2]) out = dt.Matrix() if translation: out = setMatrixPosition(out, t) if rotation and scaling: out = setMatrixRotation(out, [x,y,z]) elif rotation and not scaling: out = setMatrixRotation(out, [x.normal(), y.normal(), z.normal()]) elif not rotation and scaling: out = setMatrixRotation(out, [dt.Vector(1,0,0) * x.length(), dt.Vector(0,1,0) * y.length(), dt.Vector(0,0,1) * z.length()]) return out ########################################################## # ROTATION ########################################################## # setRefPose ============================================= def getRotationFromAxis(in_a, in_b, axis="xy", negate=False): a = dt.Vector(in_a.x, in_a.y, in_a.z) b = dt.Vector(in_b.x, in_b.y, in_b.z) c = dt.Vector() if negate: a *= -1 a.normalize() c = a ^ b c.normalize() b = c ^ a b.normalize() if axis == "xy": x = a y = b z = c elif axis == "xz": x = a z = b y = -c elif axis == "yx": y = a x = b z = -c elif axis == "yz": y = a z = b x = c elif axis == "zx": z = a x = b y = c elif axis == "zy": z = a y = b x = -c m = dt.Matrix() setMatrixRotation(m, [x,y,z]) return m

UTF-8

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false

2,011

816,043,835,390

4e0d9146e5b12b064c7de4e4aee088fc09320411

0d2d96c9c47d4856a22f9afbc46ed81c771f16e8

/globalvar.py

91d7a7af738c902579241bb62807392ddc45981f

[]

no_license

root/OG

https://github.com/root/OG

75b57074a98f27dd54b79413b6ee7d98e80ff2c6

77deb361e8b734aca40a834a7f95505156018039

refs/heads/master

2020-04-24T21:16:34.051209

2013-11-15T13:02:44

14,423,632

2

0

null

global cmdproglue,path,problempath cmdproglue = ''' #!/bin/bash PATH=/bin:/sbin:/usr/bin:/usr/sbin:/usr/local/bin:/usr/local/sbin:~/bin export PATH ''' problempath = "/home/kid/OG/problist" shellpath = "/home/kid/OG/" path = problempath+"/code_file/" newdir = problempath + "/DB/" programtype = dict()

UTF-8

Python

false

2,013

5,583,457,523,822

0df0d01cab9e79314928818c8dbef4733f841078

ce46a3cab26cfcf40c14f766ea94995e73aec3e5

/blogDjango/blog/tests.py

cb3e1a97f83d467a274287de2d1a38d0a35830e9

[]

no_license

rebecabordini/blogDjango

https://github.com/rebecabordini/blogDjango

270dbae5e9e57ca3aeab6ef62f4d283f945692a3

57c96f063cff7f07f5cfab3fde86f09385db0314

refs/heads/master

2016-09-16T14:05:41.135264

2014-10-07T14:33:31

null

0

null

import unittest import datetime from blog.models import Blog, Category from blog import views class ValidacoesPost(unittest.TestCase): propriedade_da_classe = False @classmethod def setUpClass(cls): Blog.objects.all().delete() Category.objects.all().delete() categoria = Category.objects.create(title='Artes', slug='artes') dataAtual = datetime.datetime.now().date() dataFutura = dataAtual + datetime.timedelta(days=1) kwargs = { 'body': 'Teste', 'category': categoria, } cls.post_atual = Blog.objects.create(title='BlogTestSucesso',slug='blogtestesucesso',posted=dataAtual, **kwargs) cls.post_futuro = Blog.objects.create(title='BlogTestFalha',slug='blogtestefalha',posted=dataFutura, **kwargs) def testApenasPostsNoPassadoSaoExibidos(self): self.assertIn(self.post_atual, Blog.objects.posts_publicados_no_passado()) def testApenasPostsNoFuturoSaoExibidos(self): self.assertIn(self.post_futuro, Blog.objects.posts_publicados_no_futuro()) if __name__ == '__main__': unittest.main()

UTF-8

Python

false

2,014

13,022,340,873,236

b0a66d6932521b95541a5621b3d79fff678815ef

5f2608d4a06e96c3a032ddb66a6d7e160080b5b0

/week1/homework_w1_q_b3.py

472d5fb86cf3b157491c378a0693ede4d41edf18

[]

no_license

sheikhusmanshakeel/statistical-mechanics-ens

https://github.com/sheikhusmanshakeel/statistical-mechanics-ens

f3e150030073f3ca106a072b4774502b02b8f1d0

ba483dc9ba291cbd6cd757edf5fc2ae362ff3df7

refs/heads/master

2020-04-08T21:40:33.580142

2014-04-28T21:10:19

null

0

null

import random, math, pylab, numpy def markov_pi(N, delta): x, y = 1.0, 1.0 n_hits = 0 for i in range(N): del_x, del_y = random.uniform(-delta, delta), random.uniform(-delta, delta) if abs(x + del_x) < 1.0 and abs(y + del_y) < 1.0: x, y = x + del_x, y + del_y if x**2 + y**2 < 1.0: n_hits += 1 return n_hits def pi_values(delta): n_runs = 1000 n_trials = 4000 sum = 0.0 sigma = 0.0 for run in range(n_runs): pi_est = 4.0 * markov_pi(n_trials, delta) / float(n_trials) sum += pi_est sigma += (pi_est - math.pi) ** 2 return sum / float(n_runs), math.sqrt(sigma/(n_runs)) #deltas = [x*0.1 for x in range(9, 16)] # range 0.9, 1.0, 1.1 ... 2.0 deltas = [x*0.1 for x in range(1, 51)] # range 0.1, 0.2, 0.3 ... 5.0 accepts = [pi_values(d) for d in deltas] rmses = [a[1] for a in accepts] print 'Data' print deltas print rmses pylab.plot(deltas, rmses, 'o') pylab.xlabel('delta') pylab.ylabel('rms error') pylab.savefig('rms error varying deltas b3.png') pylab.show()

UTF-8

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false

2,014

7,619,272,004,304

989c7d317dccc171a8e3c3a6a63703ecd50d4f31

af1776e5ef0c36fe209dcdd49cffbceb0a351eda

/FrameApplication/Cache.py

a515283e2007d65c7f344706d5ffac092fedcf54

[]

no_license

HeliZhu/WorkshopRepo

https://github.com/HeliZhu/WorkshopRepo

cbd4d1af1167be13f704965682ea37815796cb70

bf0c901c8d24b1c9de858ed1df715e0bb947b38d

refs/heads/master

2020-12-25T11:57:56.903306

2013-08-30T07:30:17

null

0

null

import os CURRENT_FOLDER_PATH = os.path.dirname(__file__) CACHE_FOLDER_PATH = os.path.join(CURRENT_FOLDER_PATH, '..', 'Cache') def _getFilePath(function): def __getFilePath(fileName, *args, **kwargs): return function(os.path.abspath(os.path.join(CACHE_FOLDER_PATH, fileName)), *args, **kwargs) return __getFilePath @_getFilePath def getCache(fileName): try: with open(fileName) as cacheFile: return cacheFile.read() except: return '' @_getFilePath def writeCache(fileName, content): with open(fileName, 'w') as cacheFile: cacheFile.write(content)

UTF-8

Python

false

2,013

1,477,468,799,044

9a180230021a476240c8761ac051c8c9f9f50a1b

580368d8129abfb13d941217a067a26fd4876532

/yahoo-beijing/run.py

095002b908f9b796ed8e904a3de28cb2f13bf537

[]

no_license

fuxiang90/yahoo-dcf-2013

https://github.com/fuxiang90/yahoo-dcf-2013

38082213fbc0d22b36b32bb25dbeebb84daafbce

094e4ff9e30f7d2f43bf0e1cddc00037ef26c67a

refs/heads/master

2021-01-16T01:01:35.013916

2013-05-19T01:46:22

null

0

null

#!/usr/bin/python # -*- coding: utf-8 -*- import urllib import urllib2 import sys import json import re import yql api_key = "77f1cc3b101c84e5c2694ff1ab73172b" def get_json_url(url): # url = "http://where.yahooapis.com/geocode?location=" + str(location) + "&flags=J&gflags=R&appid=" + str(yhack_yahoo_app_id) # json = urllib2.urlopen(woeid_api_url).read() pass def get_json_flickr_yql(): url = "http://query.yahooapis.com/v1/public/yql?q=" query_str = 'select * from flickr.photos.sizes where photo_id in (select id from flickr.photos.search where text=@text and api_key=@api_key limit 100) and api_key =@api_key' # select * from flickr.photos.sizes where photo_id in (select id from flickr.photos.search where text="supermaket" and api_key="77f1cc3b101c84e5c2694ff1ab73172b" limit 100) and api_key ="77f1cc3b101c84e5c2694ff1ab73172b" # query_str.replace(' ', "%20") print url+query_str # print urllib2.urlopen(url+query_str).read() y = yql.Public() query = 'select * from flickr.photos.search where text=@text and api_key="77f1cc3b101c84e5c2694ff1ab73172b" limit 3'; # l = y.execute(query ,{"text": "supermaket"}) l = y.execute(query_str , {"text":"supermaket" ,"api_key":api_key}) for row in l.rows: print row # print json_str if __name__ == '__main__': # result = urllib2.urlopen('http://query.yahooapis.com/v1/public/yql?q=select%20*%20from%20yahoo.finance.quotes%20where%20symbol%3D'FFIV'%0A%09%09&format=json&env=http%3A%2F%2Fdatatables.org%2Falltables.env&callback=').read() # print result.read() # y = yql.Public() # result = y.execute('use "http://www.datatables.org/yahoo/finance/yahoo.finance.quotes.xml" as yahoo.finance.quotes; select * from yahoo.finance.quotes where symbol in ("YHOO")') # get_json_flickr_yql() print "done it"

UTF-8

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2,013

2,757,369,040,345

99e9ad9fc9c24b01d9c16e4cf898e486fd454f10

8fce3f0920ecd92a7891c94536dfca45a13ce6e4

/channellog.py

75b37f4c918028427eac44e609c754439b86db6a

[]

no_license

tomasklapka/sioclog

https://github.com/tomasklapka/sioclog

e4b970d7cda5b8686889f95a250f7463dbf8e8c8

6f93c22125a3c6f49fc8eac200ab0f8bd8aa986a

refs/heads/master

2021-01-19T13:07:16.739097

2009-09-29T20:42:42

null

0

null

#!/usr/bin/env python """channellog.py - a module for filtering and rendering streams of IRC data Example usage: from channellog import OffFilter, ChannelFilter, TimeFilter, HtmlSink, TurtleSink, RawSink, ChannelsAndDaysSink, run pipeline = ChannelFilter("#sioc", RawSink()) run(file("sioc.log"), pipeline) """ import sys, re from traceback import print_exc import ircbase ircbase.dbg = False from ircbase import parseprefix, Line, Irc from templating import new_context, get_template, expand_template from turtle import PlainLiteral, TypedLiteral, TurtleWriter from vocabulary import namespaces, RDF, RDFS, OWL, DC, DCTERMS, XSD, FOAF, SIOC, SIOCT, DS from htmlutil import html_escape, html_unescape def parse_action(text): if text.startswith("\x01ACTION ") and text.endswith("\x01"): return True, text[len("\x01ACTION "):-1] else: return False, text class IrcFilter(Irc): def __init__(self, sink): self.sink = sink def close(self): if self.sink: self.sink.close() class IrcSink(IrcFilter): def __init__(self): IrcFilter.__init__(self, None) class AddRegisteredFilter(IrcFilter): def irc_PRIVMSG(self, line): content = line.args[1] if content[0] in ["+", "-"]: line.registered = content[0] line.args[1] = content[1:] else: line.registered = None irc_NOTICE = irc_PRIVMSG def handleReceivedFallback(self, line): self.sink.handleReceived(line) link_res = [ (r'<(http(s)?://[^ ]*)>', r'<<a href="\1">\1</a>>'), (r'"(http(s)?://[^ ]*)"', r'"<a href="\1">\1</a>"'), (r'\[(http(s)?://[^ |]*)(\||\])', r'[<a href="\1">\1</a>\3'), (r'(http(s)?://[^ ]*[^ ,.\1])[)](,? |$)', r'<a href="\1">\1</a>)\3'), (r'(http(s)?://[^ ]*[^ ,.\1])', r'<a href="\1">\1</a>'), (r'(^|[ (])(www\.[^ ]*[^ ,.\1])[)](,? |$)', r'\1<a href="http://\2">\2</a>)\3'), (r'(^|[ (])(www\.[^ ]*[^ ,.\1])', r'\1<a href="http://\2">\2</a>'), ] link_res = [(re.compile(link_re), sub) for (link_re, sub) in link_res] class AddLinksFilter(IrcFilter): def irc_PRIVMSG(self, line): content = line.args[1] content_html = html_escape(content) links = [] for link_re, sub in link_res: content_html_sub = link_re.sub(sub, content_html) if content_html_sub is not content_html: for groups in link_re.findall(content_html): if groups[1].startswith("www"): uri = "http://" + groups[1] else: uri = groups[0] links += [html_unescape(uri)] break # XXX later link_res could match other parts of the string line.content_html = content_html_sub line.links = links def handleReceivedFallback(self, line): self.sink.handleReceived(line) class ChannelFilter(IrcFilter): """A filter that only passes on lines related to a given channel""" def __init__(self, channel, sink): IrcFilter.__init__(self, sink) self.registered = False self.nick = None # nick self.user = None # user@host self.serverprefix = None # irc.jyu.fi self.clientprefix = None # nick!user@host self.channels = [] self.away = False self.awaymsg = None self.namreply = {} self.interestingchannel = channel self.sink = sink self.nick2channels = {} self.channel2nicks = {} def isme(self, prefix): return parseprefix(prefix)[0] == self.nick def handleReceived(self, line): if line.prefix: nick,_ = parseprefix(line.prefix) else: nick = None relatedbefore = self.nick2channels.get(nick, []) Irc.handleReceived(self, line) # FIXME: Many commands missing here! if line.cmd in ('NICK', 'QUIT'): if self.interestingchannel in relatedbefore: self.sink.handleReceived(line) elif line.cmd in ('JOIN','PART','KICK','PRIVMSG','NOTICE','TOPIC'): if line.args[0].lower() == self.interestingchannel: self.sink.handleReceived(line) elif line.cmd in ('366','332','333','329'): if line.args[1].lower() == self.interestingchannel: self.sink.handleReceived(line) elif line.cmd in ('353',): if line.args[2].lower() == self.interestingchannel: self.sink.handleReceived(line) handleReceivedFallback = lambda self,x:None # state tracking: def irc_RPL_WELCOME(self, line): self.nick = line.args[0] _, self.user = parseprefix(line.args[-1].split(' ')[-1]) self.clientprefix = "%s!%s" % (self.nick, self.user) # reset state from previous connects: self.channels = [] self.away = False self.awaymsg = None self.namreply = {} self.nick2channels = {} self.channel2nicks = {} def irc_NICK(self, line): # we get messages about other clients as well if self.isme(line.prefix): self.nick = line.args[0] self.clientprefix = self.nick + '!' + self.user oldnick,_ = parseprefix(line.prefix) newnick = line.args[0] self.nick2channels[newnick] = self.nick2channels[oldnick] del self.nick2channels[oldnick] for c in self.nick2channels[newnick]: i = self.channel2nicks[c].index(oldnick) self.channel2nicks[c][i] = newnick def irc_JOIN(self, line): channel = line.args[0].lower() if self.isme(line.prefix): self.channels.append(channel) self.channel2nicks[channel] = [] nick,_ = parseprefix(line.prefix) if not nick in self.nick2channels: self.nick2channels[nick] = [] self.nick2channels[nick].append(channel) self.channel2nicks[channel].append(nick) def irc_PART(self, line): channel = line.args[0].lower() if self.isme(line.prefix): self.channels.remove(channel) del self.channel2nicks[channel] else: nick,_ = parseprefix(line.prefix) self.nick2channels[nick].remove(channel) self.channel2nicks[channel].remove(nick) def irc_KICK(self, line): channel = line.args[0].lower() if line.args[1] == self.nick: self.channels.remove(channel) del self.channel2nicks[channel] else: nickword = line.args[1].lower() for n in self.nick2channels.keys(): if n.lower() == nickword: nick = n self.nick2channels[nick].remove(channel) self.channel2nicks[channel].remove(nick) def irc_QUIT(self, line): nick,_ = parseprefix(line.prefix) for c in self.nick2channels[nick]: self.channel2nicks[c].remove(nick) del self.nick2channels[nick] #2008-09-25T18:32:40+03:00 :irc.jyu.fi 353 tuukkah_ = #footest :tuukkah_ @tuukkah #2008-09-25T18:32:40+03:00 :irc.jyu.fi 366 tuukkah_ #footest :End of NAMES list. def irc_RPL_NAMREPLY(self, line): channel = line.args[2].lower() if not channel in self.namreply: self.namreply[channel] = [] self.namreply[channel] += line.args[3].split(" ") def irc_RPL_ENDOFNAMES(self, line): channel = line.args[1].lower() newnicks = self.namreply.pop(channel) oldnicks = self.channel2nicks[channel] for n in oldnicks: self.nick2channels[n].remove(channel) self.channel2nicks[channel] = [] for n in newnicks: if not n: continue nick = n.lstrip("@").lstrip("+") self.channel2nicks[channel].append(nick) if not nick in self.nick2channels: self.nick2channels[nick] = [] self.nick2channels[nick].append(channel) def irc_RPL_UNAWAY(self, _): self.away = False def irc_RPL_NOWAWAY(self, _): self.away = True class TimeFilter(IrcFilter): """A filter that only passes on lines whose time matches a given prefix""" def __init__(self, timeprefix, sink): IrcFilter.__init__(self, sink) self.timeprefix = timeprefix self.sink = sink def handleReceivedFallback(self, line): if line.ztime.startswith(self.timeprefix): self.sink.handleReceived(line) class OffFilter(IrcFilter): """A filter that removes lines marked as off-the-record""" def irc_PRIVMSG(self, line): content = line.args[1] # XXX need to remove leading + or - from content? if content.startswith("[off]") or content.startswith("\1ACTION [off]"): return True # hide off-record statements def handleReceivedFallback(self, line): self.sink.handleReceived(line) class EventSink(IrcSink): def __init__(self, root, channel, timeprefix, selfuri): IrcSink.__init__(self) self.root = root self.channel = channel self.timeprefix = timeprefix self.datauri = selfuri self.events = [] def irc_PRIVMSG(self, line): id = line.ztime.split("T")[1][:-1] # FIXME not unique date = line.ztime.split("T")[0] time = id.split(".")[0] nick,_acct = parseprefix(line.prefix) channel = line.args[0] channelURI = self.root + channel[1:] + "#channel" content = line.content_html #line.args[1] creator = self.root + "users/" + nick + "#user" action, content = parse_action(content) self.events.append({'id': id, 'time': time, 'date': date, 'channel': channel, 'channelURI': channelURI, 'isAction': action, 'creator': creator, 'nick': nick, 'content': content.decode("utf-8")}) handleReceivedFallback = lambda self,x:None class HtmlSink(EventSink): """A sink that renders the lines it receives as a HTML table""" def __init__(self, crumbs, root, channel, timeprefix, selfuri): EventSink.__init__(self, root, channel, timeprefix, selfuri) self.crumbs = crumbs self.title = "#%s on %s" % (channel, timeprefix) self.context = context = new_context() context.addGlobal('crumbs', self.crumbs) context.addGlobal('datarooturi', self.root) context.addGlobal('datauri', self.datauri) def close(self): context = self.context channelID = self.channel.strip("#").lower() channelURI = self.root + channelID + "#channel" context.addGlobal('channel', {'name': channelID, 'uri': channelURI}) context.addGlobal('timeprefix', self.timeprefix) context.addGlobal('title', self.title) context.addGlobal('events', self.events) template = get_template('channellog') expand_template(template, context) class BackLogHtmlSink(HtmlSink): def __init__(self, nick, up_to, *args): HtmlSink.__init__(self, *args) self.nick = nick self.up_to = up_to self.cleared = False self.clear = False def handleReceived(self, line): if self.up_to and line.ztime[:len(self.up_to)] >= self.up_to: return if line.prefix: nick,_acct = parseprefix(line.prefix) if nick == self.nick: if not (line.cmd == "JOIN" or (line.cmd == "QUIT" and line.args[0].count("freenode.net"))): self.clear = True elif line.cmd == "PRIVMSG" and self.clear: # XXX ? clear only when someone else says something self.clear = False self.cleared = True self.events = self.events[-1:] # everything this far was old news to nick self.cleartime = line.ztime HtmlSink.handleReceived(self, line) def close(self): if not self.cleared: self.events = [] # we never cleared, thus nothing was backlog else: self.context.addGlobal('prevlink', self.datauri+"?up_to="+self.cleartime) HtmlSink.close(self) class UserFilter(IrcFilter): def __init__(self, user, sink): IrcFilter.__init__(self, sink) self.user = user def handleReceived(self, line): if not line.prefix: return nick,_ = parseprefix(line.prefix) if nick == self.user: self.sink.handleReceived(line) class ChannelMessageTailFilter(IrcFilter): def __init__(self, n, sink): IrcFilter.__init__(self, sink) self.n = n self.channels = {} self.count = 0 def irc_PRIVMSG(self, line): channel = line.args[0] if not channel.startswith("#"): return True # filter out self.channels[channel] = [(self.count, line)] + self.channels.get(channel, [])[:self.n] self.count += 1 return True # we'll rehandle this later def close(self): events = sum(self.channels.values(), []) events.sort() for _,line in events: self.sink.handleReceived(line) class TurtleSink(IrcSink): """A sink that renders the lines it receives as a Turtle RDF document""" def __init__(self, root, channel, timeprefix): IrcSink.__init__(self) self.root = root self.channel = channel self.timeprefix = timeprefix self.channelID = self.channel.strip("#").lower() self.channelURI = self.root + self.channelID + "#channel" oldChannelURI = "irc://freenode/%23" + self.channelID self.triples = [] self.base = self.root self.seenNicks = {} self.triples += [(self.channelURI, OWL.sameAs, oldChannelURI), (self.channelURI, RDF.type, SIOC.Forum), (self.channelURI, RDF.type, SIOCT.ChatChannel), (self.channelURI, RDFS.label, PlainLiteral("#" + self.channel)), ] def irc_PRIVMSG(self, line): self.triples += self.create_triples(line) def create_triples(self, line): id = line.ztime.split("T")[1][:-1] # FIXME not unique time = line.ztime day = line.ztime.split("T")[0] nick,_acct = parseprefix(line.prefix) rawcontent = line.args[1] file = self.channelID + "/" + day # XXX need to remove leading + or - from rawcontent? action, content = parse_action(rawcontent) if content.startswith("[off]"): return [] # hide off-record statements if action: label = " * " + nick + " " + content else: label = "<" + nick + "> " + content event = self.root + file + "#" + id timestamp = TypedLiteral(time, XSD.dateTime) self.seenNicks[nick] = nick creator = self.root + "users/" + nick + "#user" return [None, # adds a blank line for clarity (self.channelURI, SIOC.container_of, event), (event, DCTERMS.created, timestamp), (event, SIOC.has_creator, creator), (event, SIOC.content, PlainLiteral(rawcontent)), (event, RDFS.label, PlainLiteral(label)), (event, RDF.type, SIOC.Post), ] + \ [(event, SIOC.links_to, uri) for uri in line.links] def close(self): for nick in self.seenNicks: creator = self.root + "users/" + nick + "#user" oldCreator = "irc://freenode/" + nick + ",isuser" self.triples += [None, (creator, OWL.sameAs, oldCreator), (creator, RDFS.label, PlainLiteral(nick)), (creator, RDF.type, SIOC.User), ] writer = TurtleWriter(None, namespaces) title = "Log of #%s on %s" % (self.channel, self.timeprefix) writer.write([("", RDFS.label, PlainLiteral(title)), ("", FOAF.primaryTopic, self.channelURI), ]) writer.setBase(self.base) writer.write(self.triples) writer.close() class RawSink(IrcSink): """A sink that prints the lines it receives raw but timestamped""" def handleReceivedFallback(self, line): print "%s %s" % (line.time,line) def incvalue(store, key): store[key] = store.get(key, 0) + 1 class ChannelsAndDaysSink(IrcSink): """A sink that collects the channels and days of activity that it sees""" def __init__(self): IrcSink.__init__(self) self.channels = {} self.days = {} self.day2channels = {} self.channel2days = {} self.channel2topic = {} self.nicks = {} self.nick2channels = {} self.channel2nicks = {} self.channel2latest = {} self.nick2latest = {} def irc_TOPIC(self, line): channelId = line.args[0].strip("#").lower() self.channel2topic[channelId] = line.args[1] # print channelId, line.args[1] def irc_RPL_TOPIC(self, line): channelId = line.args[1].strip("#").lower() self.channel2topic[channelId] = line.args[2] # print channelId, line.args[2] def irc_PRIVMSG(self, line): time = line.ztime day = time.split("T")[0] target = line.args[0] if not target.startswith('#'): return channelName = target.strip("#").lower() incvalue(self.days, day) incvalue(self.channels, channelName) incvalue(self.day2channels.setdefault(day, {}), channelName) incvalue(self.channel2days.setdefault(channelName, {}), day) self.channel2latest[channelName] = time if not line.prefix: return nick,_ = parseprefix(line.prefix) incvalue(self.nicks, nick) incvalue(self.nick2channels.setdefault(nick, {}), channelName) incvalue(self.channel2nicks.setdefault(channelName, {}), nick) self.nick2latest[nick] = time handleReceivedFallback = lambda self,x:None class TaxonomySink(IrcSink): """A sink that collects the NickServ taxonomy information it sees""" def __init__(self): IrcSink.__init__(self) self.taxonomy_state = None self.taxonomy_response = None self.taxonomy = {} def irc_NOTICE(self, line): if line.args[0].startswith("#"): return False if not line.prefix or parseprefix(line.prefix)[0] != "NickServ": return False msg = line.args[1] if msg.startswith("Taxonomy for \2"): nick = msg[len("Taxonomy for \2"):-2] self.taxonomy_state = nick self.taxonomy_response = [] elif (msg.startswith("End of \2") or msg.endswith("\2 is not registered.")): self.taxonomy[self.taxonomy_state] = self.taxonomy_response self.taxonomy_state = self.taxonomy_response = None elif self.taxonomy_state: key, rest = msg.split(" ", 1) value = rest.split(":", 1)[1][1:] self.taxonomy_response.append((self.taxonomy_state, key, value)) def run(sources, pipeline): """Processes each line from the sources in the pipeline and closes it""" if not isinstance(sources, list): sources = [sources] pipeline = AddRegisteredFilter(pipeline) for source in sources: if not isinstance(source, file): try: source = file(source) except: print_exc() continue for i, l in enumerate(source): #print l time, linestr = l[:-1].split(" ",1) try: linestr = linestr.rstrip('\r') # according to RFC, there is \r pipeline.handleReceived(Line(linestr=linestr, time=time)) except: print_exc() print >>sys.stderr, "... on %s:%s: %s" % (source.name, i+1, l) pipeline.close() if __name__ == '__main__': # test main import sys root = sys.argv[1] channel = sys.argv[2] timeprefix = sys.argv[3] title = "%s-%s" % (channel, timeprefix) selfuri = "" # FIXME pipeline = OffFilter(ChannelFilter(channel, TimeFilter(timeprefix, RawSink() # HtmlSink(title, selfuri) # TurtleSink(root, channel) ))) run(sys.stdin, pipeline)

UTF-8

Python

false

2,009

19,335,942,791,668

8807bf04b8fc03c2334a61bdcf7deb64eec8b1d3

d4de54d8a8e716ede0e8bf88d28fc1142d1f6475

/menu/views.py

a3c2758623258e037ef5c204062f90fc0a983ae3

[]

no_license

sergeyzsg/menu-project

https://github.com/sergeyzsg/menu-project

ed7772a7c7dc3b5291d2bfa98e07b57285548b49

ff2e9ab7d8caf42801341ff3c4adde4ec4bb7005

refs/heads/master

2016-09-10T14:39:01.947039

2010-05-12T10:34:38

32,121,662

0

null

# -*- coding: utf-8 -*- from django.shortcuts import render_to_response from django.template import RequestContext from menu.models import Menu def menu_page(request, menu_id): menu = Menu.objects.get(id=menu_id) context = { 'title': menu.title, 'menu': menu, } return render_to_response('menu/menu.html', context, context_instance=RequestContext(request))

UTF-8

Python

false

2,010

9,182,640,127,727

861b1dd454c536d65769fbd5db5dd8beabb6e542

87813e5c531e3b73237734d2ff76ff3ed432b0f4

/ch3/paycheck.py

4e6a30092db3b2bd0e7d925ef3b44c0986d67fde

[]

no_license

spsanderson/python_for_informatics

https://github.com/spsanderson/python_for_informatics

f1839ce8030a3ffd8c4c00a22e3217b2463f834d

8de0f52f6db42791cc42d53ab216d8dc7689aabc

refs/heads/master

2021-01-20T23:32:25.911531

2013-12-28T22:55:32

null

0

null

# ask for hours worked and pay per hour to compute total pay try: hours_worked = float(raw_input('Please enter the hours you worked: \n')) print '' except: print 'Please enter hours as a number' quit() try: rate_per_hr = float(raw_input('Please enter your hourly rate: \n')) rate_round = round(rate_per_hr, 2) print '' except: print 'Please enter rate per hour as a number' quit() if hours_worked <= 40: pay = hours_worked * rate_round else: pay = rate_round * 40 + (rate_round * 1.5 * (hours_worked - 40)) print 'Your pay is ' + str(pay)

UTF-8

Python

false

2,013

1,125,281,464,077

36580338e4af86a2e2346d3e28fce831c23a0534

7f763d7c2289e0dcbcc01073f38ea11706736ed7

/Nadsat/plugin.py

5868b0fd1cb0fd06414f9c071a639b1a89ceed3a

[]

no_license

davidsedlar/LemongrabBot

https://github.com/davidsedlar/LemongrabBot

ee3662a506dcbf6c6bfea0decd00044dd0e40ea9

37e18bc54554394ea3afa60fa168414e43ce0a99

refs/heads/master

2021-01-15T12:42:21.857132

2014-12-31T20:42:43

null

0

null

### # Copyright (c) 2008, Jonathan Brinley # All rights reserved. # # Redistribution and use in source and binary forms, with or without # modification, are permitted provided that the following conditions are met: # # * Redistributions of source code must retain the above copyright notice, # this list of conditions, and the following disclaimer. # * Redistributions in binary form must reproduce the above copyright notice, # this list of conditions, and the following disclaimer in the # documentation and/or other materials provided with the distribution. # * Neither the name of the author of this software nor the name of # contributors to this software may be used to endorse or promote products # derived from this software without specific prior written consent. # # THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" # AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE # IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE # ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE # LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR # CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF # SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS # INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN # CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) # ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE # POSSIBILITY OF SUCH DAMAGE. ### import supybot.utils as utils from supybot.commands import * import supybot.plugins as plugins import supybot.ircutils as ircutils import supybot.callbacks as callbacks naddict = {u' commodity': 'horrorshow', u' joke': 'smeck', u'hitch': 'itty', u' chief': 'rasoodock', u'sleep': 'zasnoot', u' digging': 'kopat', u' jabbing': 'yeckate', u' shrieking': 'horn', u' scared': 'spoogy', u' word of honor': 'slovo', u' scar': 'skriking', u' glide by': 'sloochat', u' employment': 'rabbit', u' gunman': 'pooshka', u' snack': 'mounch', u" florist's chrysanthemum": 'em', u' arcminute': 'minoota', u'brake shoe': 'sabog', u' dick': 'sod', u' nan': 'baboochka', u' dude': 'chelloveck', u' torpedo': 'pooshka', u'soiled': 'grazzy', u'screaming': 'horn', u' trace': 'dook', u' competitiveness': 'drat', u' teen': 'nadsat', u'school': 'skolliwoll', u' physical body': 'plott', u' panicky': 'spoogy', u' babble': 'govoreet', u' mitt': 'rooker', u' private road': 'yeckate', u'flashy': 'gromky', u' dress circle': 'banda', u' cigarette': 'cancer', u' produce': 'prod', u' pecker': 'sod', u'clothes': 'platties', u' meaninglessness': 'chepooka', u'tired': 'fagged', u'samara': 'klootch', u' bighearted': 'bolshy', u'manus': 'lapa', u' officer': 'rozz', u' outcry': 'platch', u' coffin nail': 'cancer', u' handkerchief': 'tashtook', u' graven image': 'bog', u' sensation': 'odin', u' tom turkey': 'kot', u' kill': 'oobivat', u' triple': 'tree', u' sport': 'filly', u' breast': 'groody', u' touch': 'dook', u' lynchpin': 'keeshkas', u' arrogant': 'nadmenny', u' buddy': 'bratty', u'menage': 'domy', u' raciness': 'mounch', u' injury': 'vred', u'dry': 'osoosh', u' poop': 'sod', u' champion': 'odin', u' muddle': 'yahma', u' bid': 'filly', u' big': 'bolshy', u' abrasion': 'skriking', u' biz': 'eegra', u' manner of walking': 'gooly', u'lonesome': 'oddy-knocky', u' date': 'drat', u'head': 'mozg', u' bit': 'mounch', u' stack': 'banda', u' accidental injury': 'vred', u' turn of events': 'itty', u' facial gesture': 'smot', u'schooling': 'skolliwoll', u' face': 'smot', u'rakehell': 'krovvy', u' jab': 'yeckate', u' sign of the zodiac': 'domy', u' cuckoo': 'veck', u'chain of mountains': 'oozy', u' shape': 'plott', u' crosscurrent': 'razrez', u'music': 'pop-disk', u' body of work': 'rabbit', u' muddied': 'grazzy', u' swearword': 'chelloveck', u' air pocket': 'carman', u'hurt': 'vred', u' mining': 'kopat', u' overthrow': 'razdrez', u' guy wire': 'veck', u' prison': 'staja', u'hole': 'yahma', u' impairment': 'vred', u' vocalism': 'goloss', u' colleague': 'chelloveck', u'ma': 'em', u' singular': 'zammechat', u' beau': 'chelloveck', u'mo': 'minoota', u'work': 'rabbit', u' can': 'cancer', u'whack': 'clop', u' mom': 'em', u' manifestation': 'smot', u' beak': 'morder', u' after part': 'cal', u' devolve': 'sloochat', u' narrative': 'raskazz', u' potable': 'peet', u'enchantress': 'lighter', u' figure': 'plott', u' dance band': 'banda', u' plash': 'plesk', u'hitman': 'pooshka', u' corny': 'hound-and-horny', u' pass': 'sloochat', u' neck opening': 'shiyah', u' fight': 'drat', u' true cat': 'veck', u' frill': 'chepooka', u' nicety': 'dook', u' swelled': 'bolshy', u' slash': 'shive', u' strike': 'tolchock', u' young man': 'chelloveck', u' kat': 'veck', u' granny': 'baboochka', u' chassis': 'plott', u' filthy': 'merzky', u' nap': 'zasnoot', u' misfire': 'ptitsa', u'office': 'cantora', u' smear': 'mesto', u' tender': 'bezoomy', u' odour': 'von', u' brainiac': 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u'one': 'odin', u' golf-club': 'shlaga', u' nous': 'rasoodock', u'teatime': 'chai', u'little': 'malenky', u' noteworthy': 'zammechat', u' tidy sum': 'banda', u'caught': 'loveted', u' insect bite': 'mounch', u' sleep': 'zasnoot', u' ring': 'shaika', u' biography': 'jeezny', u' afters': 'sladky', u' sonny': 'chelloveck', u' group': 'gruppa', u' drive': 'yeckate', u' attire': 'platties', u' logger': 'chelloveck', u' star': 'odin', u'sassing': 'rot', u' come up': 'sloochat', u'rich people': 'bugatty', u' oeuvre': 'rabbit', u' target': 'cancer', u' nightspot': 'shlaga', u' countersign': 'slovo', u' adult female': 'soomka', u'say': 'skazat', u'rent': 'razrez', u' intimacy': 'interessovat', u' line of descent': 'razrez', u' butt end': 'cancer', u' dump': 'sod', u'snout': 'morder', u' combat injury': 'vred', u' exercise set': 'banda', u' sensitive': 'bezoomy', u' bore': 'gloopy', u' destiny': 'banda', u'begin': 'nachinat', u'bromidic': 'hound-and-horny', u' darkness': 'nochy', u' lead story': 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u' full-grown': 'bolshy', u' phone call': 'platch', u' splashing': 'plesk', u' nut': 'eggiweg', u' intellectual nourishment': 'pishcha', u' electronic jamming': 'jammiwam', u' guy cable': 'veck', u' small-arm': 'lomtick', u' white meat': 'groody', u' sordid': 'grazzy', u' bragging(a)': 'bolshy', u' pip': 'mesto', u' snoot': 'morder', u' haircloth': 'voloss', u' tercet': 'tree', u' spill the beans': 'govoreet', u' descent': 'razrez', u' keystone': 'klootch', u' business organisation': 'shilarny', u' natural language': 'yahzick', u'sound': 'zvook', u' business firm': 'domy', u' gobbler': 'kot', u' pass by': 'sloochat', u' ancestry': 'razrez', u'newspaper': 'gazetta', u' brass': 'smot', u'slippers': 'toofles', u' arse': 'sod', u'fool': 'shoot', u' psychic trauma': 'vred', u' unsportsmanlike': 'merzky', u' sass': 'rot', u' glove': 'rooker', u' lifespan': 'jeezny', u' disturbed': 'bezoomy', u' human foot': 'noga', u' female child': 'ptitsa', u'helmet': 'shlem', u' claim': 'platch', u' campaign': 'yeckate', u' mad': 'bezoomy', u' paper': 'gazetta', u' great(p)': 'bolshy', u' sap': 'shoot', u'see': 'viddy', u' crazy': 'bezoomy', u' disgusting': 'merzky', u' gentleman': 'orange', u' dispute': 'drat', u' noisome': 'merzky', u' self-aggrandising': 'bolshy', u'bang': 'tolchock', u'female person': 'sharp', u' ordnance': 'pooshka', u' brother': 'bratty', u' screech': 'horn', u' spill': 'govoreet', u' built in bed': 'chepooka', u'money': 'pretty polly', u'valuable': 'dorogoy', u' breadbasket': 'brooko', u'kill': 'oobivat', u' bad': 'bolshy', u'touch': 'mesto', u'blow': 'vellocet', u' granny knot': 'baboochka', u'loving cup': 'tass', u' scratch': 'sod', u' infantry': 'noga', u' sharpness': 'mounch', u' strain': 'warble', u' unsporting': 'merzky', u' chime': 'collocol', u' slew': 'banda', u' empathize': 'pony', u' gimcrackery': 'chepooka', u' night club': 'shlaga', u'alcoholic beverage': 'firegold', u' hollering': 'crark', u'darn': 'sod', u' sick': 'bezoomy', u'mob': 'shaika', u'lady': 'dama', u' passel': 'banda', u' tint': 'dook', u' sentry duty': 'chasso', u' spell': 'lomtick', u' read': 'pony', u' triplet': 'tree', u' scoop': 'carman', u' nib': 'morder', u' military man': 'orange', u' rakehell': 'razrez', u' rear': 'cancer', u' derriere': 'cancer', u' trey': 'tree', u' stead': 'mesto', u' quick': 'skorry', u' guy': 'veck', u' federal agency': 'cantora', u'slice': 'lomtick', u' serviceman': 'orange', u' striking': 'tolchock', u' enceinte': 'bolshy', u' battle cry': 'platch', u'putting to death': 'oobivat', u' back talk': 'rot', u' felon': 'prestoopnik', u' sonny boy': 'chelloveck', u'knife': 'nozh', u' old-hat': 'fagged', u' min': 'minoota', u' fall guy': 'shoot', u'power': 'cantora', u' vertebral column': 'keeshkas', u' gong': 'zvonock', u' mark': 'skriking', u' wound': 'vred', u' paint': 'klootch', u' crush': 'jammiwam', u'a drug': 'drencrom', u'terrified': 'spoogy', u' schnozzle': 'morder', u'throw': 'brosay', u' idol': 'bog', u' killing': 'oobivat', u'muggins': 'shoot', u' foreland': 'rasoodock', u' fouled': 'merzky', u' hotshot': 'odin', u' ball club': 'shlaga', u'bountiful': 'bolshy', u' recital': 'raskazz', u' dent': 'sod', u' diddly-shit': 'sod', u' spatter': 'plesk', u' throttle': 'pooshka', u' chain': 'oozy', u' scene': 'smot', u' olfactory sensation': 'von', u' involvement': 'interessovat', u' scandal': 'cal', u' put across': 'sloochat', u'chickenfeed': 'hen-korm', u' scent': 'von', u' well-worn': 'fagged', u' holla': 'crark', u' cerebration': 'messel', u' hollo': 'crark', u' spinal column': 'keeshkas', u' goat': 'cancer', u' participation': 'interessovat', u' move on': 'sloochat', u' gash': 'lomtick', u' green goods': 'prod', u' adult male': 'orange', u' business': 'shilarny', u' smudge': 'mesto', u' nanna': 'baboochka', u' great deal': 'banda', u'dirty': 'grazhny', u' smelling': 'von', u' safeguard': 'chasso', u' integrity': 'odin', u' mental capacity': 'rasoodock', u' olfactory modality': 'von', u' smash': 'tolchock', u' grease-gun': 'pooshka', u' countercurrent': 'razrez', u'fellow': 'chelloveck', u' garden truck': 'prod', u' portion': 'banda', u' affair': 'interessovat', u' fair sex': 'soomka', u' subtlety': 'dook', u' curse word': 'chelloveck', u' straits': 'rasoodock', u' crusade': 'yeckate', u' curse': 'chelloveck', u' filth': 'cal', u' tomentum': 'voloss', u'time': 'raz', u' brainsick': 'bezoomy', u' trinity': 'tree', u' hurly burly': 'razdrez', u' fourth dimension': 'raz', u' toll': 'zvonock', u' interest': 'interessovat', u' minute of arc': 'minoota', u' goof': 'veck', u'wife': 'zheena', u'guard duty': 'chasso', u' angiotensin-converting enzyme': 'odin', u' snatch': 'skvat', u' blackjack': 'shoot', u' bump': 'sloochat', u' nasty': 'merzky', u' platitudinal': 'hound-and-horny', u' buck': 'golly', u' reflection': 'smot', u'dollar': 'golly', u' lineage': 'razrez', u'capitulum': 'ooko', u' side': 'smot', u' round': 'itty', u'remarkable': 'zammechat', u' aroma': 'von', u' confidential information': 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'merzky', u' terzetto': 'tree', u' hankie': 'tashtook', u' dramatic event': 'filly', u' mouth': 'rot', u'chain': 'oozy', u' boyfriend': 'chelloveck', u' revulsion': 'strack', u' strand': 'oozy', u' star sign': 'domy', u' gelt': 'skriking', u' buttocks': 'cancer', u'married woman': 'zheena', u' large': 'bolshy', u' hardening': 'banda', u'eye': 'glazz', u' remarkable': 'zammechat', u' apt': 'oomny', u'two': 'dva', u' weirdie': 'dook', u'splash': 'plesk', u'piece of work': 'rabbit', u' tad': 'dook', u' surpass': 'sloochat', u' utter': 'govoreet', u' shimmer': 'filly', u' yap': 'yahma', u' big cat': 'veck', u' shout': 'platch', u' march on': 'sloochat', u' raft': 'banda', u' commonplace': 'fagged', u' dapple': 'mesto', u'chaplain': 'charlie', u' girl': 'ptitsa', u' materialization': 'molodoy', u' gild': 'shlaga', u' troika': 'tree', u' slumber': 'zasnoot', u' plaza': 'mesto', u' lumberjack': 'chelloveck', u' panic-stricken': 'poogly', u' feed bunk': 'chepooka', u' useful': 'polezny', u' pudding head': 'gloopy', u' artillery': 'pooshka', u' pilus': 'voloss', u' interpret': 'pony', u' range of mountains': 'oozy', u' make pass': 'sloochat', u' narration': 'raskazz', u'dollar mark': 'golly', u' heavy(a)': 'bolshy', u'gash': 'shive', u' pedigree': 'razrez', u" cash in one's chips": 'sloochat', u' gravid': 'bolshy', u' lead': 'sloochat', u'advice': 'soviet', u' three': 'tree', u'blood': 'krovvy', u' deletion': 'shive', u' progress': 'sloochat', u' nonsensicality': 'chepooka', u' egest': 'sloochat', u' associate': 'chelloveck', u'paw': 'lapa', u' witch': 'lighter', u'egg': 'eggiweg', u' daughter': 'ptitsa', u' waist': 'tally', u' incision': 'sod', u' humankind': 'orange', u' vocal': 'warble', u' magnetic pole': 'shest', u' matter': 'veshch', u' swallow': 'peet', u' workplace': 'rabbit', u' mamma': 'em', u' hoi polloi': 'lewdies', u' anchor': 'keeshkas', u' oneness': 'odin', u'arrogant': 'nadmenny', u' caboodle': 'banda', u' station': 'mesto', u' backside': 'cancer', u' banal': 'fagged', u' vox': 'goloss', u'eternal sleep': 'zasnoot', u' plot': 'eegra', u'good': 'horrorshow', u' chemical group': 'gruppa', u' fool': 'shoot', u'food': 'pishcha', u' snow': 'vellocet', u' overstep': 'sloochat', u' office staff': 'cantora', u'foot': 'noga', u' unbalanced': 'bezoomy', u'erection': 'pan-handle', u' computed axial tomography': 'veck', u'wash': 'cheest', u' cut of meat': 'shive', u' tool': 'sod', u' sympathize': 'pony', u' cunning': 'oomny', u' grammatical construction': 'smot', u' blood': 'razrez', u' jumper lead': 'privodeet', u' moolah': 'skriking', u'harm': 'vred', u' don': 'pee', u' thigh-slapper': 'horn', u' spike': 'ooko', u'house': 'domy', u'gun': 'pooshka', u' washout': 'cheest', u' nine': 'shlaga', u'scratching': 'skriking', u' grimace': 'smot', u' bod': 'plott', u' vexation': 'shilarny', u'alcohol': 'firegold', u' nozzle': 'morder', u' walk': 'gooly', u' intellection': 'messel', u' human face': 'smot', u' lettuce': 'skriking', u' qat': 'veck', u' 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mischievousness': 'baddiwad', u' shortness of breath': 'sod', u' smasher': 'tolchock', u' crone': 'lighter', u' glasses': 'otchkies', u' impure': 'grazzy', u' fleck': 'mesto', u'yowl': 'crark', u' threadbare': 'fagged', u'thought': 'messel', u' eyeglasses': 'otchkies', u' trio': 'tree', u'commotion': 'razdrez', u' homo': 'orange', u'lip': 'goober', u' blank space': 'mesto', u' worry': 'shilarny', u'play': 'filly', u' progeny': 'molodoy', u' accelerator': 'pooshka', u' authorise': 'sloochat', u'eggs': 'eggiweg', u'cigarette': 'cancer', u' ennead': 'shlaga', u' by-blow': 'sod', u' clever': 'oomny', u' spit': 'yahzick', u' sucker': 'shoot', u' belly laugh': 'horn', u' judgement': 'rasoodock', u'military personnel': 'orange', u' unique': 'zammechat', u' fall out': 'sloochat', u' excision': 'shive', u' iniquity': 'nochy', u' fighting': 'drat', u' night': 'nochy', u'cursorily': 'skorry', u' position': 'mesto', u' love child': 'sod', u' let the cat out of the bag': 'govoreet', u' 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go': 'sloochat', u' steal': 'kupet', u' principal': 'rasoodock', u' intellect': 'rasoodock', u' living': 'jeezny', u' rot': 'chepooka', u' script': 'rooker', u' origin': 'razrez', u' mental disturbance': 'razdrez', u' discussion': 'slovo', u' speedily': 'skorry', u' opus': 'lomtick', u' mug': 'shoot', u' mum': 'em', u' intoxicant': 'firegold', u' boldness': 'smot', u'cleaning lady': 'soomka', u'scream': 'horn', u' base': 'noga', u' malicious gossip': 'cal', u' grandma': 'baboochka', u' post': 'mesto', u' quietus': 'zasnoot', u' bash': 'clop', u' cartridge clip': 'raz', u' tale': 'raskazz', u'gang': 'shaika', u' apparel': 'platties', u'go': 'itty', u' realise': 'pony', u' turnover': 'razdrez', u' talk': 'govoreet', u' tatty': 'gromky', u' hoop': 'shaika', u'young': 'molodoy', u' hoot': 'sod', u' carbohydrate': 'sakar', u' whiz': 'odin', u' campana': 'zvonock', u' yowl': 'crark', u' track': 'shive', u' paseo': 'gooly', u" ship's officer": 'rozz', u' sugar': 'skriking', u' weirdy': 'dook', u' facial expression': 'smot', u'materialise': 'sloochat', u' tintinnabulation': 'shaika', u'drinking': 'peet', u' business concern': 'shilarny', u'splattering': 'plesk', u' loathly': 'merzky', u' offer': 'itty', u' food': 'pishcha', u'button': 'knopka', u' hug drug': 'itty', u' spot': 'mesto', u' disruption': 'razdrez', u' foot': 'noga', u'panic-stricken': 'spoogy', u' crevice': 'chelloveck', u' tomfool': 'shoot', u' knocker': 'groody', u' ride': 'yeckate', u' invertebrate foot': 'noga', u' lap': 'banda', u' liaison': 'interessovat', u' taradiddle': 'raskazz', u' tongue': 'yahzick', u' kale': 'skriking', u' topographic point': 'mesto', u' specter': 'dook', u' approximation': 'messel', u' driveway': 'yeckate', u' head teacher': 'rasoodock', u' auditory sensation': 'zvook', u'lolly': 'skriking', u' contaminating': 'grazzy', u' scrap': 'drat', u' guts': 'keeshkas', u' behind': 'cancer', u' computed tomography': 'veck', u'testicles': 'yarbles', u' foundation': 'noga', u' fling': 'itty', u'gens': 'eemya', u' jumper cable': 'privodeet', u' illegitimate child': 'sod', u' stinking': 'merzky', u'panicked': 'poogly', u' typeface': 'smot', u' outlaw': 'prestoopnik', u' turn': 'prestoopnik', u' tail end': 'cancer', u' grown': 'bolshy', u' gran': 'baboochka', u' turd': 'sod', u' effort': 'yeckate', u' middle': 'glazz', u' feel': 'von', u' dollar bill': 'golly', u' metrical foot': 'noga', u' sweetness': 'sladky', u' speak': 'govoreet', u' perturbation': 'razdrez', u'clever': 'oomny', u' puerile': 'nadsat', u' freehanded': 'bolshy', u' driving force': 'yeckate', u' fanny': 'cancer', u' woman': 'soomka', u'balls': 'sharries', u' the skinny': 'cal', u' centre': 'glazz', u' guff': 'chepooka', u' weirdo': 'dook', u' moxie': 'keeshkas', u' unhinged': 'bezoomy', u' low-down': 'cal', u' tide rip': 'razrez', u' sexual urge': 'pol', u' haphazardness': 'shoom', u' acquaintance': 'droog', u'speech sound': 'zvook', u' repellent': 'merzky', u' property': 'mesto', u' view': 'smot', u' wearing apparel': 'platties', u' bozo': 'veck', u' shadiness': 'dook', u' promontory': 'rasoodock', u' authority': 'cantora', u' firearm': 'lomtick', u'thin-skinned': 'bezoomy', u' soft touch': 'shoot', u' slice': 'shive', u' trade good': 'horrorshow', u' flash': 'gromky', u' plenty': 'banda', u' gritstone': 'keeshkas', u' baseball mitt': 'rooker', u' pinna': 'ooko', u' diddly': 'sod', u' composition': 'lomtick', u' testicle': 'eggiweg', u' cuss': 'chelloveck', u' delirious': 'bezoomy', u' hankey': 'tashtook', u' bell shape': 'zvonock', u' thrusting': 'yeckate', u' vocalization': 'goloss', u' phone': 'zvook', u' turn over': 'sloochat', u' violent death': 'oobivat', u' press': 'jammiwam', u' pouch': 'carman', u' with child(p)': 'bolshy', u' deuce-ace': 'tree', u' spark advance': 'privodeet', u'lingua': 'yahzick', u' mental disorder': 'razdrez', u' gender': 'pol', u' clear': 'sloochat', u' go game': 'itty', u'swain': 'chelloveck', u' piece': 'orange', u'interpreter': 'goloss', u' parole': 'slovo', u' sack': 'carman', u' learning ability': 'mozg', u' bell': 'zvonock', u' olfaction': 'von', u' deglutition': 'peet', u' lieu': 'mesto', u' peter': 'sod', u' font': 'smot', u'criminal': 'prestoopnik', u' find': 'sloochat', u' heavy weapon': 'pooshka', u' folie': 'razdrez', u'muddle': 'jammiwam', u' start': 'skriking', u' exit': 'sloochat', u' forget me drug': 'banda', u' lolly': 'sakar', u' function': 'cantora', u' substructure': 'noga', u'fuzz': 'voloss', u' government agency': 'cantora', u' jibe': 'kopat', u' playing period': 'filly', u' human race': 'orange', u' unrestrained': 'bezoomy', u' headstone': 'klootch', u' center': 'glazz', u' guild': 'shlaga', u' cupful': 'tass', u'society': 'shlaga', u' drama': 'filly', u' buzzer': 'zvonock', u' ingenious': 'oomny', u' deal': 'rooker', u' rod': 'shest', u' part': 'lomtick', u' gob': 'yahma', u' collision': 'tolchock', u' telephone call': 'platch', u' shadowiness': 'dook', u" ship's bell": 'zvonock', u' bunch': 'shaika', u' pesterer': 'chelloveck', u' mouthpiece': 'rot', u' top': 'sloochat', u' jam': 'yahma', u' grandmother': 'baboochka', u' human beings': 'orange', u'folderal': 'chepooka', u' eyelid': 'shlapa', u' wash drawing': 'cheest', u' epithet': 'eemya', u' grunge': 'cal', u' peculiar': 'zammechat', u' slant': 'razrez', u' mastermind': 'rasoodock', u' ternion': 'tree', u'produce': 'prod', u' charm': 'itty', u'prison house': 'staja', u' one dollar bill': 'golly', u' turkey cock': 'kot', u' walk of life': 'gooly', u' cartridge holder': 'raz', u' bloodline': 'razrez', u' solidifying': 'banda', u' glossa': 'yahzick', u' tour': 'itty', u' confrere': 'chelloveck', u' oath': 'chelloveck', u' order': 'shlaga', u' clit': 'knopka', u' clip': 'raz', u' uterine cervix': 'shiyah', u' seat': 'mesto', u' begetter': 'pee', u' winder': 'klootch', u' headway': 'rasoodock', u' schoolhouse': 'skolliwoll', u' foul-smelling': 'merzky', u' paw': 'rooker', u' rachis': 'keeshkas', u' valet': 'orange', u' patsy': 'shoot', u' excited': 'bezoomy', u' formula': 'smot', u' jejune': 'nadsat', u' pal': 'bratty', u'waist': 'tally', u' malefactor': 'prestoopnik', u'cam stroke': 'brosay', u' cervix uteri': 'shiyah', u' joy': 'radosty', u' protagonist': 'droog', u' sex activity': 'pol', u'guy rope': 'veck', u' cutting': 'shive', u' hired man': 'rooker', u' leave-taking': 'ookadeet', u' funky': 'merzky', u' facet': 'smot', u'throat': 'gorlo', u'bastard': 'sod', u' back': 'keeshkas', u' humans': 'orange', u' smelly': 'merzky', u' dogshit': 'sod', u' niner': 'shlaga', u' wizard': 'odin', u' rout': 'shaika', u' interestingness': 'interessovat', u' timeworn': 'fagged', u' good deal': 'banda', u' computerized axial tomography': 'veck', u' translate': 'pony', u' roue': 'razrez', u' police officer': 'rozz', u' smell': 'smot', u' nuance': 'dook', u' bombastic': 'bolshy', u' slipstream': 'cheest', u'upset': 'razdrez', u'face': 'litso', u' school day': 'skolliwoll', u' drunkenness': 'peet', u' tail': 'cal', u' officeholder': 'rozz', u' terce': 'tree', u' pile': 'banda', u'affair': 'veshch', u' bargain': 'kupet', u' tumid': 'bolshy', u' saphead': 'shoot', u' cheek': 'smot', u' beldame': 'lighter', u' aspiration': 'sneety', u' palpebra': 'shlapa', u' shade': 'dook', u' psychological disorder': 'razdrez', u'fear': 'shilarny', u'supporter': 'droog', u' dickhead': 'sod', u' stemma': 'razrez', u'deuce': 'dva', u' slime eels': 'lighter', u' laughingstock': 'cancer', u' soil': 'cal', u' idea': 'rasoodock', u' walking': 'gooly', u' formulation': 'smot', u' second': 'minoota', u' poor fish': 'gloopy', u' dreaming': 'sneety', u' lapse': 'sloochat', u' panorama': 'smot', u' tummy': 'brooko', u' teething': 'zoobies', u' go along': 'sloochat', u' shite': 'sod', u' scrape': 'skriking', u' genius': 'rasoodock', u' booking': 'drat', u' mate': 'chelloveck', u' jamming': 'jammiwam', u' crack': 'itty', u' tour of duty': 'itty', u' missy': 'ptitsa', u' gritrock': 'keeshkas', u' looking': 'smot', u' head': 'rasoodock', u'tobacco': 'snoutie', u' gas': 'pooshka', u' spate': 'banda', u' headspring': 'rasoodock', u' reach': 'sloochat', u' roaring': 'crark', u' hear': 'slooshy', u' heap': 'banda', u'grab': 'skvat', u' gag': 'smeck', u' big(a)': 'bolshy', u' bill': 'cluve', u' nighttime': 'nochy', u' sexuality': 'pol', u' auricle': 'ooko', u' lede': 'privodeet', u' juvenile': 'nadsat', u'articulatio humeri': 'pletcho', u' chomp': 'mounch', u' headland': 'rasoodock', u'computed tomography': 'koshka', u' braggy': 'bolshy', u'joy': 'radosty', u' come out': 'sloochat', u' snag': 'razrez', u'key': 'klootch', u' excrete': 'sloochat', u' hitting': 'tolchock', u' to-do': 'razdrez', u' painful': 'bezoomy', u' boozing': 'peet', u' man': 'orange', u'the great unwashed': 'lewdies', u' odontiasis': 'zoobies', u' doodly-squat': 'sod', u' flavour': 'von', u'walk': 'gooly', u'laugh': 'smeck', u' smirch': 'mesto', u' cleanup': 'oobivat', u' wampum': 'skriking', u' home': 'mesto', u' mountain': 'banda', u' forte': 'gromky', u' crony': 'bratty', u' rump': 'cancer', u' heavy(p)': 'bolshy', u' baccy': 'snoutie', u' stir': 'plesk', u' scrawl': 'skriking', u' small change': 'hen-korm', u' cause': 'yeckate', u' stomach': 'brooko', u' dame': 'dama', u' quickly': 'skorry', u' terrified': 'spoogy', u' belt': 'clop', u' gimcrack': 'gromky', u'handwriting': 'rooker', u' overtake': 'sloochat', u' come on': 'sloochat', u' valet de chambre': 'orange', u' while': 'lomtick', u' young lady': 'ptitsa', u' fully grown': 'bolshy', u' goofball': 'veck', u' office': 'mesto', u' read/write head': 'rasoodock', u' holler': 'crark', u' celestial pole': 'shest', u' disgustful': 'merzky', u' tether': 'tree', u' closed chain': 'shaika', u' gunslinger': 'pooshka', u' jape': 'smeck', u'drink': 'peet', u' call': 'warble', u' rapidly': 'skorry', u' social club': 'shlaga', u' big-chested': 'nadmenny', u' backbone': 'keeshkas', u' sexual activity': 'pol', u' abdominal cavity': 'brooko', u' overturn': 'razdrez', u' anatomy': 'plott', u' face pack': 'shaika', u' naughtiness': 'baddiwad', u' openhanded': 'bolshy', u'flesh': 'plott', u' dance orchestra': 'banda', u' fortune': 'banda', u' annulus': 'shaika', u'erecting': 'pan-handle', u' sand': 'keeshkas', u' swing': 'shive', u' prohibitionist': 'osoosh', u' make it': 'sloochat', u'generous': 'sammy', u'titty': 'groody', u'drunk': 'pyahnitsa', u' daub': 'mesto', u' shoal': 'skolliwoll', u' wit': 'rasoodock', u' story': 'raskazz', u' apace': 'skorry', u' son of a bitch': 'sod', u' simoleons': 'skriking', u' terminal': 'shest', u' bunk bed': 'chepooka', u' shank': 'tally', u' food for thought': 'pishcha', u' combat': 'drat', u' theatre': 'domy', u' doorbell': 'zvonock', u' laundry': 'cheest', u' beverage': 'peet', u' bechance': 'sloochat', u' rostrum': 'morder', u' rima oris': 'rot', u' caput': 'rasoodock', u'heed': 'slooshy', u' form': 'plott', u' forefather': 'pee', u'scared': 'poogly', u'library': 'biblio', u' yarn': 'raskazz', u'hair': 'voloss', u' range': 'oozy', u' estimation': 'messel', u' disco biscuit': 'itty', u' chapeau': 'shlapa', u' bent': 'banda', u'lead': 'tree', u' slip by': 'sloochat', u' chance': 'sloochat', u' bend': 'prestoopnik', u' amour': 'interessovat', u' big(p)': 'bolshy', u'trout': 'forella', u'noise': 'shoom', u' space': 'mesto', u' superstar': 'odin', u' cock-a-hoop': 'bolshy', u' crew': 'shaika', u' betrothal': 'drat', u' triggerman': 'pooshka', u' eliminate': 'sloochat', u' pipe dream': 'sneety', u' public figure': 'eemya', u'jam': 'jammiwam', u' pass along': 'sloochat', u' newspaper publisher': 'gazetta', u' song': 'warble', u" objet d'art": 'lomtick', u' understructure': 'noga', u'lady friend': 'ptitsa', u' offspring': 'molodoy', u' jackass': 'veck', u'tongue': 'yahzick', u' trauma': 'vred', u' chary': 'oomny', u' founding father': 'pee', u' tomcat': 'kot', u' leash': 'tree', u' patch': 'mesto', u'three': 'tree', u'guard': 'chasso', u'female': 'sharp', u' thought process': 'messel', u' authorize': 'sloochat', u' pungency': 'mounch', u' give': 'sloochat', u' sentry go': 'chasso', u' clock time': 'raz', u' life sentence': 'jeezny', u'buy': 'kupet', u'coke': 'vellocet', u' tip': 'privodeet', u' tit': 'groody', u' young woman': 'ptitsa', u'construction': 'smot', u' pillock': 'gloopy', u'whitlow': 'prestoopnik', u' oral cavity': 'rot', u'ear': 'ooko', u' humanity': 'orange', u' washables': 'cheest', u'learning ability': 'rasoodock', u'skeleton key': 'polyclef', u' human being': 'orange', u' frightened': 'spoogy', u' meshing': 'drat', u' expire': 'sloochat', u' little girl': 'ptitsa', u' halo': 'shaika', u' olfactory perception': 'von', u' oculus': 'glazz', u' brainpower': 'rasoodock', u' camp': 'shaika', u' theater': 'domy', u' loathsome': 'merzky', u' feisty': 'bezoomy', u'goodness': 'horrorshow', u' ternary': 'tree', u' pulp': 'plott', u'happen': 'sloochat', u' tidings': 'slovo', u'old': 'starry', u'sick': 'bolnoy', u' snub': 'shive', u' baseball swing': 'shive', u' crime syndicate': 'shaika', u' euphony': 'pop-disk', u' squat': 'sod', u' write up': 'raskazz', u'star': 'privodeet', u' hag': 'lighter', u' fissure': 'chelloveck', u' boodle': 'skriking', u' snout': 'morder', u'stab': 'yeckate', u' frolic': 'filly', u' hap': 'sloochat', u'ghost': 'dook', u' trashy': 'gromky', u'tomcat': 'kot', u' dinero': 'skriking', u' cruddy': 'merzky', u' beginner': 'pee', u' companion': 'chelloveck', u' saccharide': 'sakar', u' inebriant': 'firegold', u' bread': 'skriking', u' fray': 'razdrez'} class Nadsat(callbacks.Plugin): def nadsat(self, irc, msg, args): """<phrase> Translates English into Nadsat Slang """ nadphrase = [] for word in args: if naddict.get(word, None): nadphrase.append(naddict[word]) else: nadphrase.append(word) nadphrase = ' '.join(nadphrase) irc.reply(nadphrase, prefixNick=True) Class = Nadsat # vim:set shiftwidth=4 softtabstop=4 expandtab textwidth=79:

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/tests/test_givens.py

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[]

no_license

ericmjonas/pykrylov

https://github.com/ericmjonas/pykrylov

c41a22d82c345d3223cac9bd85e5ddfd89d8fe92

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refs/heads/master

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import numpy as np from pykrylov import givens from pykrylov import util from nose.tools import * def test_simple_L(): """ Example from wikipedia """ A = np.array([[6, 5, 9, 3], [5, 1, 4, 2], [8, 4, 3, 6], [1, 2, 3, 4]], dtype=float) # try and zero (2, 1) row_a = 3 # change the values in row 2 as our target row_b = 2 # manipulating the values in row 3 col_tgt = 1 # we want row_a, col_tgt to be zero c, s = givens.givens(A[row_b, col_tgt], A[row_a, col_tgt]) # this is the value we want to zero Anew = givens.apply_Givens_rotation_f(row_a, row_b, (c, s), A) assert util.close_zero(Anew[row_a, col_tgt]) # Anew2 = givens.apply_Givens_rotation(row_a, row_b, (c, s), A) # assert util.close_zero(Anew2[row_a, col_tgt]) def test_simple_R(): """ """ A = np.array([[6, 5, 9, 3], [5, 1, 4, 2], [8, 4, 3, 6], [1, 2, 3, 4]], dtype=float) # try and zero (2, 1) col_a = 3 # change the values in col 3 as our target col_b = 2 # manipulating the values in row 2 row_tgt = 1 # we want row_a, col_tgt to be zero c, s = givens.givens(A[row_tgt, col_b], A[row_tgt, col_a]) # this is the value we want to zero Anew = givens.apply_Givens_rotation_f(col_a, col_b, (c, s), A, "R") print A print Anew assert util.close_zero(Anew[row_tgt, col_a]) # Anew2 = givens.apply_Givens_rotation(row_a, row_b, (c, s), A) # assert util.close_zero(Anew2[row_a, col_tgt])

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/filtering.py

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[]

no_license

hashx101/info256-proj1

https://github.com/hashx101/info256-proj1

20d5a0cc08631d75f665fcb0fa8b5af7b75c2aca

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refs/heads/master

2020-04-06T06:53:26.200901

2013-10-16T16:58:45

null

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null

import nltk import string lemmatizer = nltk.WordNetLemmatizer() stemmer = nltk.stem.porter.PorterStemmer() table = string.maketrans("","") stopwordsDict = {} with open('stopwords.dict') as f: for word in f.readlines(): word = word.lower().strip() for form in [word, lemmatizer.lemmatize(word), stemmer.stem_word(word)]: stopwordsDict[form] = 1 def stripPunct(s): return s.translate(table, string.punctuation) def tokenize(s): return nltk.tokenize.wordpunct_tokenize(s) def lower(word): return word.lower() def lemmatize(word): return lemmatizer.lemmatize(word) def stem(word): return stemmer.stem_word(word) def removeStopwords(word, stopwords=stopwordsDict): return None if word in stopwords else word def chainFilter(*fns): def f(seq): for fn in fns: seq = filter(lambda w: w if w else False, map(fn, seq)) return seq return f if __name__ == "__main__": words = "I am a stupid SenTence 12.".split(" ") filterFn = chainFilter(lower, lambda w: removeStopwords(w)) print filterFn(words)

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/src/test_by_user.py

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[]

no_license

tychofreeman/repo_metrics

https://github.com/tychofreeman/repo_metrics

59d9c355b707aa3a78f0512f95038cc1cf188aea

170d83c458c9621307fadb40de3ef0f4dd7160fe

refs/heads/master

2021-01-17T21:29:42.323073

2013-05-02T04:21:46

2013-05-03T03:00:24

null

0

null

import unittest from test_support import Changeset from filters import by_user class TestByUser(unittest.TestCase): def test_not_matching_user_returns_false(self): self.assertFalse(by_user(['A User'])(Changeset(user='Another User'))) def test_matching_user_returns_true(self): self.assertTrue(by_user(['A User'])(Changeset(user='A User'))) def test_case_insensitive(self): self.assertTrue(by_user(['A USER'])(Changeset(user='A User'))) def test_partial_matches(self): self.assertTrue(by_user(['user'])(Changeset(user='A User')))

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/sysdevel/distutils/configure/hgtools_py.py

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[ "MPL-2.0", "LicenseRef-scancode-warranty-disclaimer" ]

non_permissive

pombredanne/pysysdevel

https://github.com/pombredanne/pysysdevel

46e20f9a65d30a55049938fb93c76ddeb302c832

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refs/heads/master

2021-01-18T20:29:07.921310

2013-11-14T22:21:04

null

0

null

from ..configuration import py_config class configuration(py_config): """ Find/install hgtools """ def __init__(self): py_config.__init__(self, 'hgtools', '3.0.2', debug=False)

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[]

no_license

groodt/99bottles-jmeter

https://github.com/groodt/99bottles-jmeter

73b1cfa6b66f1a1fe85b2c5405a52964b1904c94

bac7db4d649756f1d90bfca0378bef5e1f5e1d7e

refs/heads/master

2020-05-27T08:02:48.497743

2011-11-26T19:57:56

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#!/usr/bin/env python import bottle import simplejson bottle.debug(True) @bottle.post('/bottle') def store_bottle(): # Extract values from JSON POST body raw_json = bottle.request.body json_string = ''.join(raw_json.readlines()) parsed_json = simplejson.loads(json_string) (num_bottles, drink, date, thread) = (parsed_json['bottles'], parsed_json['drink'], \ parsed_json['date'], parsed_json['thread']) # Print the "99 Bottles" song to the console. Correctly pluralise "bottle". plural_bottles = "bottle" if (int(num_bottles)==1) else "bottles" print("%s %s of %s on the wall. Date=%s Thread=%s" % (num_bottles, plural_bottles, \ drink, date, thread)) return "Cheers!" # Run the server bottle.run(server="paste", host='localhost', port=9999, reloader=True)

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/seed.py

9e6d3811f4b00d2a62b4c2213e8e42bc0a9c0f38

[]

no_license

Eleonore9/Tipsy

https://github.com/Eleonore9/Tipsy

6e0de086b5131592175a24091350ac7dbbc0654e

902c9f88a40d9796687c88fc1799b16df1aefa7e

refs/heads/master

2016-09-05T13:40:55.487586

2012-11-07T19:42:42

null

0

null

import model db = model.connect_db() user_id = model.new_user(db, "[email protected]", "securepassword", "Christian") other_user = model.new_user(db, "[email protected]", "passepas", "Nodrey") cop_user = model.new_user(db, "[email protected]", "passepasse", "Clo") coup_user = model.new_user(db, "[email protected]", "passeparla", "Cicile") du_user = model.new_user(db, "[email protected]", "takapasser", "Yuki") du2_user = model.new_user(db, "[email protected]", "passeici", "Fatou") ip_user = model.new_user(db, "[email protected]", "brevet", "Elise") ele_user = model.new_user(db, "[email protected]", "motdepasse", "Ele") claire_user = model.new_user(db, "[email protected]", "passeport", "Claire") task = model.new_task(db, "Complete this task list", user_id) task_no = model.new_task(db, "Find a job in NYC", other_user) task_clo = model.new_task(db, "Publish a high IF paper", cop_user) task_cici = model.new_task(db, "Get a bloody INSERM tenure", coup_user) task_yuk = model.new_task(db, "Survive Phd", du_user) task_fatou = model.new_task(db, "Enjoy Pasteur Inst", du2_user) task_elise = model.new_task(db, "Enjoy patent consultancy", ip_user) task_ele = model.new_task(db, "Create a web app", ele_user) task_claire = model.new_task(db, "Meet Cicile and I", claire_user)

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/src/main/python/eval_inferrer.py

682148c3b29e18ae2a22cd9c87e5632aa643d333

[]

no_license

shilad/SourceGeography

https://github.com/shilad/SourceGeography

b6aed3bbc1bb4e4cb88316c43267b7fa1eeff47c

07357c197e1e3e23d6a9013aee0ae8fee7832b54

refs/heads/master

2016-09-08T00:25:31.767739

2014-09-24T01:51:11

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# According to Google (https://support.google.com/webmasters/answer/1347922?hl=en) import sys import logistic_inferrer import urlinfo from sg_utils import * import nb_inferrer import rule_inferrer import baseline_inferrer TEST_ALG = 'logistic' def read_test(dao, path): names = {} for line in sg_open(PATH_COUNTRY_NAMES): (cc, name) = line.lower().strip().split(' ', 1) names[name.strip()] = cc.strip() data = {} for line in sg_open(PATH_CODED_URL_COUNTRIES): tokens = line.strip().split('\t', 1) if len(tokens) != 2: continue (url, name) = tokens name = name.lower() if name not in names: warn('unknown name: %s' % (`name`, )) continue ui = dao.get_url(url) if not ui: warn('unknown url: %s' % (`url`, )) continue data[url] = (ui, names[name].lower()) warn('retained %d urls' % len(data)) return data def normalize_cc(cc): cc = cc.lower() if cc == 'uk': cc = 'gb' return cc def is_hard(dao, ui): if ui.tld in ('mil', 'gov'): return False elif ui.tld not in GENERIC_TLDS and ui.tld in dao.tld_countries: return False else: return True def test_feature(feat, test): num_missing = 0 hard_correct = [] hard_wrong = [] correct = [] wrong = [] for url in test: (ui, actual_cc) = test[url] if hasattr(feat, 'infer_dist'): (conf, dist) = feat.infer_dist(ui) if not dist: num_missing += 1 continue top = sorted(dist, key=dist.get, reverse=True) top_prob = dist[top[0]] k = (url, actual_cc, top[:3], top_prob) if normalize_cc(top[0]) == normalize_cc(actual_cc): correct.append(k) if is_hard(dao, ui): hard_correct.append(k) else: wrong.append(k) if is_hard(dao, ui): hard_wrong.append(k) else: (guess, rule) = feat.infer(ui) if not guess: num_missing += 1 continue if normalize_cc(guess.iso) == normalize_cc(actual_cc): k = (url, actual_cc, guess, 0.9) correct.append(k) if is_hard(dao, ui): hard_correct.append(k) else: k = (url, actual_cc, guess, 0.5) wrong.append(k) if is_hard(dao, ui): hard_wrong.append(k) overall_conf = sum([x[-1] for x in correct + wrong]) / len(correct + wrong) correct_conf = sum([x[-1] for x in correct]) / len(correct) if wrong: wrong_conf = sum([x[-1] for x in wrong]) / len(wrong) else: wrong_conf = 0.0 total = len(test) print 'Feature %s had %d correct, %d wrong (%.1f%%), %d missing, coverage=%.1f%% confs c=%.7f, w=%.7f, all=%.3f. Wrong are:' % \ (feat.name, len(correct), len(wrong), 100.0 * len(correct) / len(correct + wrong), num_missing, 100.0 * (total - num_missing) / total, correct_conf, wrong_conf, overall_conf) if hard_correct or hard_wrong: print 'Hard domains: %d correct, %d wrong (%.1f%%)' % (len(hard_correct), len(hard_wrong), 100.0 * len(hard_correct) / len(hard_wrong + hard_correct)) for w in correct: print '\tcorrect: %s actual=%s pred=%s conf=%.3f' % w for w in wrong: print '\twrong: %s actual=%s pred=%s conf=%.3f' % w print if __name__ == '__main__': dao = urlinfo.UrlInfoDao() test = read_test(dao, PATH_2012) if TEST_ALG == 'nb': # test each individual feature inf = nb_inferrer.NaiveBayesInferrer(dao) for feat in inf.features: test_feature(feat, test) # test the feature on ourself test_feature(inf, test) elif TEST_ALG == 'logistic': # test each individual feature inf = logistic_inferrer.LogisticInferrer(dao) for feat in inf.features: test_feature(feat, test) # test the feature on ourself test_feature(inf, test) elif TEST_ALG == 'rule': # test each individual feature inf = rule_inferrer.Inferrer(dao) test_feature(inf, test) elif TEST_ALG == 'baseline': inf = baseline_inferrer.BaselineInferrer(dao) test_feature(inf, test) else: raise Exception('unknown algorithm: ' + TEST_ALG)

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3,891,240,419,881

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/etc/8queens.py

0217b0552cb8e4436d1500c71e1fc7ebd21e67fa

[]

no_license

wcbubel/python-stuffs

https://github.com/wcbubel/python-stuffs

14bec9ab88ce159c6b8b3a138e1829b5018be605

f1cb3cd6549577c996f2094de20587a6762ff74d

refs/heads/master

2020-12-24T14:56:36.699699

2013-03-22T17:58:12

null

0

null

# # 8 Queens # def n_queens( n, width ): if n == 0: return [[]] else: return add_queen( n-1, width, n_queens(n-1, width)) def add_queen( new_row, width, prev_sol ): solut = [] for sol in prev_sol: for new_col in range(width): if safe_queen(new_row, new_col, sol): solut.append(sol + [new_col]) return solut def safe_queen( new_row, new_col, sol ): for row in range(new_row): if (sol[row] == new_col or abs(sol[row]-new_col)==abs(row-new_row)): return 0 return 1 for sol in n_queens( 8, 8 ): print sol

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14,955,076,166,637

c1c1aa21a48fdc62474484a8010211a698dbbb46

b842b7529b64fdade141e59a18f241b624962dd4

/clientconf.py

fdeefd6cab8de39074012fa323bb7fbe4d43d340

[ "CC0-1.0", "BSD-2-Clause" ]

permissive

godarklight/DMPHive

https://github.com/godarklight/DMPHive

b5959b5898c47042e06d8933f3bb76d985258274

9c282627e29a019f377a4dd5a3550728d8ae04cd

refs/heads/master

2020-12-25T21:44:36.324522

2014-11-20T10:31:58

2014-11-20T10:35:30

null

0

null

import os import configparser CONFIG = configparser.ConfigParser() ROOT_DIR = os.path.dirname(os.path.abspath(__file__)) CONFIGFILE = os.path.join(ROOT_DIR, 'client.cfg') def generate_default_config(): CONFIG['GENERAL'] = {} CONFIG['GENERAL']['datadir'] = 'Data' CONFIG['LOGGING'] = {} CONFIG['LOGGING']['debugging'] = 'True' CONFIG['HANDLERS'] = {} CONFIG['HANDLERS']['root'] = 'Handlers' CONFIG['KEYPAIR'] = {} CONFIG['KEYPAIR']['Private'] = 'PrivKey.xml' def write_config(): try: with open(CONFIGFILE, 'w') as file: CONFIG.write(file) except Exception as inst: print('Encountered exception while trying to write configuration file!') try: if not CONFIG.read(CONFIGFILE): print('No config file or config is empty! Loading defaults and generating client.cfg...') generate_default_config() write_config() except Exception as inst: print('Error reading config file! Loading defaults...') generate_default_config()

UTF-8

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2,014

3,092,376,479,452

75ca6ac476c26ece6c02689f46a06e3cf5d1ad75

04a7df65294299ea8ebab27cb01d795894dcd9dd

/setup.py

4173bac8fac280f8b23df03dd3bbddca1eba1c12

[]

no_license

yoosefi/piki

https://github.com/yoosefi/piki

f79b5f2e3692a2183b196c8c77cf051ac4d79c1d

f46fbee5fd1f9d99f2e1a3e34ebc281bd744aa16

refs/heads/master

2016-09-05T13:02:13.878908

2013-12-18T08:26:08

null

0

null

from piki import __version__ try: from setuptools import setup except ImportError: from distutils.core import setup setup( name = 'piki', version = __version__, description = 'MediaWiki API Library', author = 'magicmarkers', author_email = '[email protected]', url = "https://github.com/magicmarkers/piki/", packages = ['piki'], license = 'GNU-GPLv3', platforms = 'Posix; MacOS X; Windows', classifiers = [ 'Development Status :: 1 - Planning', 'Intended Audience :: Developers', 'Intended Audience :: Information Technology', 'Intended Audience :: System Administrators', 'License :: OSI Approved :: GNU General Public License v3 or later (GPLv3+)', 'Natural Language :: English', 'Operating System :: POSIX', 'Operating System :: Unix', 'Programming Language :: Python :: 2.7', 'Topic :: Internet :: WWW/HTTP :: Site Management', 'Topic :: Scientific/Engineering :: Interface Engine/Protocol Translator', 'Topic :: Software Development :: Libraries :: Python Modules' ] )

UTF-8

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2,013

2,319,282,357,834

a095a2b3730290cc131ea9a3074f0dee215ecd53

98c6ea9c884152e8340605a706efefbea6170be5

/tests/still_torun/test_python_canonicalisation.py

4a0f0c19de0dd8aad0684d76c27bf0bfb2b73ea9

[]

no_license

MrHamdulay/csc3-capstone

https://github.com/MrHamdulay/csc3-capstone

479d659e1dcd28040e83ebd9e3374d0ccc0c6817

6f0fa0fa1555ceb1b0fb33f25e9694e68b6a53d2

refs/heads/master

2021-03-12T21:55:57.781339

2014-09-22T02:22:22

22,372,174

0

null

from languages.python import PythonProgram code = ''' print 'hello world' class A: def first_function(self, a): a *= 2 if isinstance(a, int): print 'This most definitely gets executed for sure' return first_function def second_function(b): b = 2 for i in xrange(1000): first_function(i) b = 2 for i in xrange(1000): first_function(i) b = 2 for i in xrange(1000): first_function(i)''' expected='''print 's' class A: def f(i, i): i *= 2 if i(i, i): print 's' return i def f(i): i = 2 for i in i(1000): i(i) i = 2 for i in i(1000): i(i) i = 2 for i in i(1000): i(i)''' program = PythonProgram(code, 'a.py') assert program.get_canonicalised_program_source.strip() == expected.strip()

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2,014

5,068,061,430,560

8b9c86c4403c8ffd35169ac8230fcf3ea9127f28

b6bc83894fe3618243b56054f3493b99471ed973

/testtime.py

33a0e099966a56d814cf56ec4e69a865fee63f2a

[]

no_license

knd/MiniPoolAutoplayer

https://github.com/knd/MiniPoolAutoplayer

78e52bd9ea35492af3780580f4ec640bb54a2a33

9f8a082611c4790907efd12e096a40dacf26205d

refs/heads/master

2016-09-02T06:14:25.994174

2012-04-19T03:59:20

4,070,485

1

0

null

total = 0 for i in range(500*700): total += 1 if total %2 == 0: total -= 1

UTF-8

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false

2,012

16,183,436,774,799

aa8710ffc32b84edf1fdc707ab7dadbc18ca5443

91b28adc29e5fe2c05a19855638b98afc62880a6

/uservoice_console.py

b003ee80f05868b52c2583eb209a8ad2032704e5

[]

no_license

JGaard/Uservoice_ticket_console

https://github.com/JGaard/Uservoice_ticket_console

d5c98bea3698771f7995bf86bd5b293a534bdd5c

d252351560d6a590781dd9956aee46ea4fd4083c

refs/heads/master

2016-09-10T10:20:48.184702

2013-10-06T20:58:18

null

0

null

""" Experimental Script to help pull in Uservoice API data and stream line the ticket response process. The following was written by Jamie Gaard. She does NOT give express permission for anyone to use the following and will severly punish anyone who attempts to fraud her work. She is above the law""" """Copyright@JamieGaard""" import uservoice import re ##Authenticaion is a superclass that sets the client_login information used to create, update, change and view article and tickets. class Authentication(object): def __init__(self, subdomain, api_key, api_secret=None): self.subdomain = subdomain self.api_key = api_key self.api_secret= api_secret self.client = self.client_login() def client_login(self): return uservoice.Client(self.subdomain, self.api_key, self.api_secret) class Tickets(Authentication): def __init__(self, subdomain, api_key, api_secret): super(Tickets, self).__init__(subdomain, api_key, api_secret) #non-conforming tickets are self.nonconforming_tickets = [] self.open_tickets = self.set_open_tickets() self.current_ticket = self.set_current_ticket(self.open_tickets.iterkeys().next()) def set_current_ticket(self, ticket_number): return self.open_tickets[ticket_number] def set_open_tickets(self): open_tickets = {} tickets = self.client.get_collection('/api/v1/tickets/search.json?query=status%3Aopen') for ticket in tickets: body = self.format_ticket(ticket) try: open_tickets[ticket['id']] = {'subject':ticket['subject'], 'sender_username':ticket['messages'][0]['sender']['name'], 'sender_email':ticket['messages'][0]['sender']['email'], 'devices':body['Device(s)'], 'sender_name':body['Name'], 'location':body['Location'], 'message':body['Message']} except: self.nonconforming_tickets.append(body) return open_tickets def retrieve_open_tickets(self): return self.open_tickets def retrieve_current_ticket(self): return self.current_ticket def retrieve_nonconforming_tickets(self): return self.nonconforming_tickets def format_message(self, ticket): ticket = ticket['messages'][0]['body'] ticket = ticket.replace('\n\n','\n').splitlines() ticket = [x.strip(' ') for x in ticket] return ticket def format_body(self, ticket): try: message_index = ticket.index('Message:') message = ticket[message_index:-1] ticket = ticket[:message_index] + ticket[-1:] except ValueError: self.nonconforming_tickets.append(ticket) try: ticket = dict(s.split(':') for s in ticket) message = dict(s.split(':') for s in [''.join(message)]) body_dict = ticket.copy() body_dict.update(message) return body_dict except ValueError, AttributeError: self.nonconforming_tickets.append(ticket) def format_ticket(self, ticket): message_dict = self.format_body(self.format_message(ticket)) return message_dict def post_response(self, ticket_id, ticket_response): with self.client.login_as_owner() as owner: posted_response = owner.post("/api/v1/tickets/" + str(ticket_id) + "/ticket_messages.json?", { 'ticket_message': { #Custom headers and signatures with the message_body append to the middle 'text': 'Hi Twiner!' + '\n\n' + ticket_response + '\n' + "PS: Can you help us out? If you've been having fun on twine, please rate us 5 stars:" + '\n\n' + "App Store: http://bit.ly/twineapple" + '\n\n' + "Google Play: http://bit.ly/twinegoogle" + '\n\n' + "- Etan (@etanb)" + '\n\n' + "Head of twine Customer Experience" + '\n\n' + "Get informative and entertaining updates on: Twitter and Facebook" }}) def close_ticket(self, ticket_id): with self.client.login_as_owner() as owner: close_ticket = owner.put("/api/v1/tickets/" + str(ticket_id) + ".json", { 'ticket': { 'state' : 'closed' }}) def add_to_article_uses(self, ticket_id): with self.client.login_as_owner() as owner: update_article = owner.put("/api/v1/articles/" + str(article_id) + ".json", { 'article': { 'uses' : article['uses']+1 }}) class Articles(Authentication): def __init__(self, subdomain, api_key, api_secret): super(Articles, self).__init__(subdomain, api_key, api_secret) self.all_articles = self.set_all_articles() #Current_article is set to the first key in the self.all_articles list by default. self.current_article = self.all_articles.iterkeys().next() def retrieve_article_title(self): return self.current_article['title'] def retrieve_article_body(self): return self.current_article['formatted_text'] # Raw articles are differ from the list of all article in that they have not been editing of their HTML tags. Raw articles are already formatted for sending the reposnse to the user and should therefore be used in place or self.all_articles when responding to users. def get_raw_articles(self): raw_articles = {} articles = self.client.get_collection('/api/v1/articles.json?filter=all') for article in articles: raw_articles[article['id']] = {'title':article['title'], 'formatted_text':article['formatted_text'], 'uses':article['uses'], 'text': article['text']} return raw_articles def set_all_articles(self): all_articles = {} articles = self.client.get_collection('/api/v1/articles.json?filter=all') for article in articles: all_articles[article['id']] = {'title':article['title'], 'formatted_text':article['formatted_text'], 'uses':article['uses'], 'text':self.formatting(article['text'])} return all_articles def set_current_article(self, article_number): self.current_article = self.all_articles[article_number] def record_use(self): self.current_article['uses'] = self.current_article['uses'] + 1 #formatting is only used for diplay purposes on the client and does not affect the response that is sent to the user. def formatting(self, text): return text.encode('ascii', 'ignore').replace(' ', ' ').replace("'", "").replace('\n', '')

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6,880,537,640,748

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df0709be820035fd7df9acaa57844b8449c7f97f

/Week 5/ProblemSet5/recursion.py

b557c192a9efae22868fb9a748ebc54ab365c961

[]

no_license

leanton/6.00x

https://github.com/leanton/6.00x

11a9e6ca98374d9a99475f800a375dcb3e94d2d1

424153f85116e461d17b30b5d9e88eeb63a8ab82

refs/heads/master

2021-01-02T09:32:15.697407

2014-03-17T08:23:58

null

0

null

def reverseString(aStr): """ Given a string, recursively returns a reversed copy of the string. For example, if the string is 'abc', the function returns 'cba'. The only string operations you are allowed to use are indexing, slicing, and concatenation. aStr: a string returns: a reversed string """ if len(aStr) == 0 or len(aStr) == 1: return aStr else: return aStr[-1] + reverseString(aStr[1:-1])+ aStr[0] print reverseString('asdfg')

UTF-8

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false

2,014

5,153,960,777,328

e09aacd990bbf9ac0fc19ca94af7bfee8100d8bf

927259b503861aefec77c3230aa37e85ec9b2bfe

/tools/project-creator/android/__init__.py

495b23018513d1b8c3448d1671a2df289886727c

[ "MIT" ]

permissive

nicolasgramlich/cocos2d-x

https://github.com/nicolasgramlich/cocos2d-x

325da9a33cd14abb91be5beac6ddef58434a5ae2

4bb9cb49bb2e0445e1f7fd2e75af8bd3a61275a2

refs/heads/master

2021-01-18T08:19:10.915735

2013-04-30T23:51:00

null

0

null

# This empty file indicates this folder as a module in python # Don't remove me!

UTF-8

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7,868,380,092,578

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/datbigcuke/scheduler.py

dee0f2f06fdf189fe1184adf9a912cd2d8ab047a

[]

no_license

churay/datbigcuke

https://github.com/churay/datbigcuke

7baa5223677d432864b558f49b576e99395087e7

d39a1108c60248916c2e2f8f48a94e5258e3a90e

refs/heads/master

2020-03-29T17:05:29.337354

2014-05-01T11:05:32

null

0

null

#Functions for scheduling a meeting time for a group #(by Tom) from datetime import timedelta, datetime, date, time import math #returns a datetime or time representing the #start of the m minute interval #in which the given datetime or time t lies def time_interval_start(t, m): minutes = int(m * math.floor(float(t.minute)/m)) if(type(t) is datetime): return datetime(t.year, t.month, t.day, t.hour, minutes) if(type(t) is time): return time(t.hour, minutes) #computes the possible meeting times #group_members is a dictionary of members whose # keys are identifiers of the member # values are lists of 2-tuples, # containing a start time (datetime) and end time (datetime) # these tell when that group member is unavailable #deadline is a datetime specifying before when the meeting must occur #duration is a timedelta specifying how long the meeting should be #off_limits_start and off_limits_end are times # which tell when the meeting should not be scheduled each day #This function returns a list of 2-tuples describing possible meeting times # first value being the time of the meeting # second value being a list of group members # who are busy at some pointduring the meeting, if any # and this list is sorted first by time, then by availability # #Important assumptions: #the off_limits time should cover a day change # if not, return an error list #the earliest schedulable time is an hour from now def schedule_meeting(group_members, deadline, duration, off_limits_start, off_limits_end): #check off_limits assumption if(off_limits_start <= off_limits_end): return [(deadline, ['error: off limits times are bad'])] #m is the interval length, this must be 0 < m < 60 m = 15 midnight = time(0) #convert the given times to the intervals they are in overall_start = time_interval_start(datetime.now() + timedelta(hours=1, minutes=m), m) overall_end = time_interval_start(deadline, m) day_start = time_interval_start(off_limits_end, m) day_end = time_interval_start(off_limits_start, m) #create a structure that maps usable time intervals #to lists of members busy during that interval #and a similar structure that only has fully usable slots of length duration #this initializes all usable times to an empty list intervals = {} options = {} day = overall_start.date() while(day <= overall_end.date()): t = day_start end = day_end #start later on the first day, or end earlier on the last day, if necessary if(day == overall_start.date() and t < overall_start.time()): t = overall_start.time() if(day == overall_end.date() and overall_end.time() < end): end = overall_end.time() while(t < end): intervals[datetime.combine(day, t)] = [] if((datetime.combine(day + timedelta(days=1), midnight) - duration) < datetime.combine(day, t)): t = (datetime.combine(day, t) + timedelta(minutes=m)).time() continue if((datetime.combine(day, t) + duration).time() <= end): options[datetime.combine(day, t)] = [] t = (datetime.combine(day, t) + timedelta(minutes=m)).time() day = day + timedelta(days=1) #put busy group members in the appropriate intervals for member in group_members: for appointment in group_members[member]: t = time_interval_start(appointment[0], m) end = time_interval_start(appointment[1], m) while(t < end): if(t in intervals): intervals[t].append(member) t = time_interval_start(t + timedelta(minutes=m), m) #use the intervals to fill the options with busy group members for option in options: t = option end = time_interval_start(option + duration, m) while(t < end): if t in intervals: options[option] += intervals[t] t = t + timedelta(minutes=m) #zip the options into a sortable form option_tuples = [] for option in options: option_tuples.append((len(set(options[option])), len(options[option]), option)) #construct the result result = [] for option in sorted(option_tuples): result.append((option[2], list(set(options[option[2]])))) return result

UTF-8

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15,831,249,489,584

ff9c53e710ec7765dd2afac4e7454858ea15d0df

ca5043de8132c52050c9f997cc46e83e90fc99fc

/yelp_classifier.py

96e1acbff6998a05795974f1d527830ebbec53e6

[]

no_license

conwayc/Yelp-Coding-For-Grub-entry

https://github.com/conwayc/Yelp-Coding-For-Grub-entry

468125bb4f47d97002f094df445e33c1a6d4fa00

eba0ea0571f4a673bb2651a2b49774d8166b28da

refs/heads/master

2020-12-25T00:05:12.647515

2012-03-17T01:44:41

null

0

null

import json def train_and_predict(training_filename, test_filename): with open(training_filename) as training_file: user_averages, business_averages = generate_model(training_file) with open(test_filename) as test_file: predict_reviews(test_file, user_averages, business_averages) if __name__ == '__main__': if len(argv) != 3: print("usage: %s training-data.json test-data.json" % argv[0]) training_filename = argv[1] test_filename = argv[2] train_and_predict(training_filename, test_filename)

UTF-8

Python

false

2,012

7,645,041,832,411

ee0fc0cad3436cdea916ccf8feae38d13fa22afd

7e3ab9bce98a241b14de723e335e490933c9e43e

/motion.py

eb78e6b0b4d827ad4f2931f9cc06835a7ed54641

[]

no_license

toopay/area51

https://github.com/toopay/area51

3fae27cd27603e16f7e16dbad7b082c8e769d545

b5bd6f8c5858ae93ce004ff457ba0336d3f35963

refs/heads/master

2022-11-15T02:17:25.469979

2013-11-18T02:25:05

9,700,107

6

1

null

false

2022-11-12T09:49:39

2013-04-26T17:00:37

2021-11-24T21:24:16

2022-11-12T09:49:35

612

8

3

2

Python

false

#!/usr/bin/env python """ motion.py ~~~~~~~~~ Motion detection with OpenCV Usage: ./motion.py (Press 's' to start tracking and 'q' to Quit) :author: Taufan Aditya """ import cv2 def init(video): vc = cv2.VideoCapture(0) if not vc.isOpened(): print "Cannot open device!" return # Set the vc to 320x240 vc.set(3, 320) vc.set(4, 240) cv2.namedWindow(video) # Set initial kernel for morphology transformation kernel = cv2.getStructuringElement(cv2.MORPH_CROSS,(3,3)) return (vc,kernel) def grayify(img): return cv2.cvtColor(img,cv2.COLOR_RGB2GRAY) def get_components(frame, prev, kernel): # Get diff frame for secondary window diff = cv2.subtract(grayify(frame), grayify(prev)); (thresh, diff) = cv2.threshold(diff, 5, 255, cv2.THRESH_BINARY) diff = cv2.morphologyEx(diff, cv2.MORPH_OPEN, kernel) # Find contours and hierarcy from diff (contours, hierarchy) = cv2.findContours(diff.copy(), cv2.RETR_CCOMP, cv2.CHAIN_APPROX_SIMPLE) return diff,contours def get_moved_components(contours, min_width, min_height): comps = () for c in contours: comp = cv2.boundingRect(c) # Optimize the motion result by reduce the noise if comp[2] > min_width and comp[3] > min_height: comps += (comp,) return comps def draw_motion(contours, frame): comps = get_moved_components(contours, 5, 5) for (x,y,w,h) in comps: cv2.rectangle(frame, (x,y), (x+w,y+h), (0,255,0)) return frame if __name__ == '__main__': init_stage = False wnd_main = "Main VC" wnd_debug = "Diff VC" prev = None # Initialize VideoCapture (vc,kernel) = init(wnd_main) while True: val,frame = vc.read() if init_stage: diff,contours = get_components(frame, prev, kernel) cv2.imshow(wnd_debug, diff) if not contours == None: frame = draw_motion(contours, frame) # Stream the frame for main window cv2.imshow(wnd_main, frame) prev = frame # Force to take the last 8 bits of the integer returned by waitKey key = cv2.waitKey(15) key = key & 255 if key + 1 else -1 # 'q' to Quit and 's' to Start if key == ord('q'): cv2.destroyAllWindows() vc.release() break elif key == ord('s') and init_stage == False: cv2.namedWindow(wnd_debug) init_stage = True

UTF-8

Python

false

2,013

6,932,077,231,779

4890d7d2188b34251900f28aedce845db4601cfb

2c970d7023762c77707972e56eb2a367681e1f3a

/get_address-python

d47f6970964dad7385a67ca1757d2d287f297bea

[]

no_license

frogtron3030/scripts

https://github.com/frogtron3030/scripts

64209f1a70a8059274a6935c8fb7586979143a83

5c70d3291e62007e9800ee8c3a8b03f74251be5c

refs/heads/master

2016-07-27T06:34:18.393884

2014-09-19T14:04:43

null

0

null

#!/usr/bin/env python import socket url = 'www.google.com' ipaddress = socket.gethostbyname(url) print 'The IP Address of ' + url + ' is ' + ipaddress

UTF-8

Python

false

2,014

1,778,116,504,628

165cd6296ea3d0101534d329ae293adb33aa78dc

c6d2f32250f1a80296e817ffc0a0e0259f49458f

/test/test_bounds.py

4b16a1c3868328bc2fab4c0396568bcd4e94a2e3

[]

no_license

lacon1/blender_nif_scripts

https://github.com/lacon1/blender_nif_scripts

d9b7e4172ee472ce3590f5d3ca1a6f6a717e702d

d5c491424291bd4b42f1e4c41c8ae2644cb350fe

refs/heads/master

2021-01-15T10:34:33.866693

2011-11-20T16:02:44

null

0

null

"""Export and import bound boxes.""" import bpy import nose.tools import io_scene_nif.export_nif import test class TestBoundImport(test.Base): def test_import(self): bpy.ops.import_scene.nif( filepath="test/import/bounding_box.nif", log_level='DEBUG', ) b_bbox = bpy.data.objects.get("Bounding Box") # test stuff assert(b_bbox.draw_bounds_type == 'BOX') assert(b_bbox.draw_type == 'BOUNDS') class TestBoundExport(test.Base): def setup(self): ''' # create a cube bpy.ops.mesh.primitive_cube_add() self.obj = bpy.data.objects["Cube"] self.obj.name = "Bounding Box" self.obj.draw_bounds_type = 'BOX' self.obj.draw_type = 'BOUNDS' self.mesh = self.obj.data bpy.ops.mesh.primitive_cube_add() self.obj = bpy.data.objects["Cube"] self.obj.name = "BBoxTest" ''' bpy.ops.import_scene.nif( filepath="test/import/bounding_box.nif", log_level='INFO', ) bpy.ops.object.select_name(name="Bounding Box") def test_export(self): # export bpy.ops.export_scene.nif( filepath="test/export/bounding_box.nif", log_level='DEBUG', ) ''' self.obj = bpy.data.objects["Bounding Box"] self.mesh = self.obj.data # test stuff... bbox = nif_export.root_blocks[0].children[0] assert(bbox.has_bounding_box) ''' class TestBSBoundImport(test.Base): def test_import(self): bpy.ops.import_scene.nif( filepath="test/import/bounding_box_bsbound.nif", log_level='DEBUG', )

UTF-8

Python

false

2,011

11,338,713,696,373

9ca2c33d1408348e83986c5c678233c8b21afe86

616dbb92c7c1d5d4eefe547b1c67bff38ee2270a

/ps6_image/ResizeableImage.py

827efd4d7813fba8c304d90cf50c62f1dd96bc7b

[]

no_license

chuzui/python_algorithm

https://github.com/chuzui/python_algorithm

d04360cd44865382c4afcda1ecfa82cb972fe41e

bfcaeb3f41a2cb098c72e66dd7b03e0096ff2a22

refs/heads/master

2021-01-10T13:42:50.115860

2014-11-01T13:16:57

2014-11-01T13:17:20

null

0

null

#!/usr/bin/python import ImageMatrix class ResizeableImage(ImageMatrix.ImageMatrix): def best_seam(self): dp = {} path={} for i in range(self.width): dp[i, 0] = self.energy(i, 0) #for j in range(self.height): #3dp[0, j] = self.energy(0, j) for j in range(1, self.height): for i in range(0,self.width): min_value = dp[i, j-1] p = i, j-1 if dp.has_key((i-1, j-1)) and dp[i-1,j-1] < min_value: min_value = dp[i-1,j-1] p = i-1,j-1 if dp.has_key((i+1,j-1)) and dp[i+1,j-1] < min_value: min_value = dp[i+1,j-1] p = i+1, j-1 dp[i,j] = min_value + self.energy(i,j) path[i,j] = p min = dp[0,self.height-1] col = 0 for i in range(self.width): if dp[i,self.height-1] < min: min = dp[i, self.height-1] col = i re = [] cur = col,self.height-1 re.append(cur) while path.has_key(cur): cur = path[cur] re.append(cur) return re def remove_best_seam(self): self.remove_seam(self.best_seam())

UTF-8

Python

false

2,014

14,388,140,485,801

0449e1dd8eb4650455891728fd8264517ff26c48

17110cf6d4de2d3ba59bdafb2d5d939bb22b2d31

/ipython_log.py

d5a1bc7f84be2e604b8ee12f3dd37fcae5f0c205

[]

no_license

drusmanbashir/deejay

https://github.com/drusmanbashir/deejay

1f61cef1ff5580eb8c1a10873ca013f654b32a25

e8d87effb4b7d2cc3324da75c17f822017bc02d2

refs/heads/master

2021-01-01T19:38:30.081301

2014-02-18T03:00:24

null

0

null

# IPython log file case = Case.objects.get(pk=1) case.folder case.validate( ) runlog ipython.log get_ipython().magic(u'logstart ') casi = Case.objects.get(pk=1) casi.folder casi.validate() get_ipython().magic(u'logoff ')

UTF-8

Python

false

2,014

3,659,312,154,738

fb0649cd207a853036cf25f5a1038d62c33d30bd

06cfc0fc2c914524388d84f7e2c5afde9ea41c24

/config/urls/piehub.py

e9914b6b968a0fd238c0adb67be369fccb6c1511

[]

no_license

jvwong/dj_powered

https://github.com/jvwong/dj_powered

b6d91c1f4e3eca312c7b42676cfe1c62151c089b

911efbd2203c546cde11709a4d00de3215603b62

refs/heads/master

2016-05-25T15:05:45.493115

2014-07-04T15:06:54

null

0

null

from django.conf.urls import patterns, url, include from django.contrib import flatpages from django.contrib import admin from django.conf import settings admin.autodiscover() from django.views.generic.base import TemplateView urlpatterns = patterns('') if settings.DEBUG: # static files (images, css, javascript, etc.) urlpatterns = patterns('', (r'^media/(?P<path>.*)$', 'django.views.static.serve', {'document_root': settings.MEDIA_ROOT}), ) urlpatterns += patterns('', url(r'^$', TemplateView.as_view(template_name='basie/neighbourhood.html'), name='basie_map_neighbourhood'), url(r'^voter/', include('basie.urls.voter')), url(r'^open311/$', TemplateView.as_view(template_name='basie/open_311.html'), name='basie_map_open311'), url(r'^tweets/', include('basie.urls.tweets')), url(r'^pin/', include('basie.urls.pin')), url(r'^admin/', include(admin.site.urls)), )

UTF-8

Python

false

2,014

7,344,394,079,740

31f981829ad1d2882a272ff22bacfe94213ae338

a78ccb85c7e29e725ecbc8e12aa930a88760d978

/if_exists_using_try.sikuli/sikuli_unit_test.py

3511bdbb485d68b982666fa203d62febdd4cfdf6

[]

no_license

Dannyzen/My-Sikuli-Tests

https://github.com/Dannyzen/My-Sikuli-Tests

f27aa553221e98a40fe138103098d2bf0a230af3

1c9f9d8a2846bd7f7fc7c126229fef5f7c588def

refs/heads/master

2021-01-23T21:37:55.524000

2012-01-11T06:54:42

2,900,131

0

null

def setUp(self): keyDown(Key.CTRL + Key.SHIFT + Key.ESC) keyUp() type(Key.ALT + "f" + "n") wait(2) type ("firefox") type (Key.ENTER) if exists("le.png"): print ("it's fucking there") else: print ("shit's not there") def tearDown(self): keyDown(Key.ALT + Key.F4) keyUp() untilNotExist("le.png") def testA(self): assert exists win == 1 def testB(self): assert not exists win ==0

UTF-8

Python

false

2,012