def update(self, server, monitor, data):
# clone monitor so we don't overwrite settings
_monitor = dict(monitor)
# TODO: delete monitor
# skip empty monitor
if not _monitor['alliances']: return
logging.info("Sending Updates to chat %s", monitor['chatname'])
# filter updates, conquers, and changes per this monitor
_monitor['updates'] = {k: data['updates'][str(k)] for k in _monitor['alliances'] if data['updates'][str(k)] != None}
_monitor['conquers'] = {k: data['conquers'][str(k)] for k in _monitor['alliances'] if data['conquers'][str(k)] != None}
_monitor['changes'] = {k: data['changes'][str(k)] for k in _monitor['alliances'] if data['changes'][str(k)] != None}
# get chat for monitor
chat = self._skype.Chat(monitor['chatname'])
# send updates to chat
if (_monitor['updates']):
chat.SendMessage(Formatter.format_updates(server, _monitor['updates']))
if (_monitor['conquers']):
chat.SendMessage(Formatter.format_conquers(server, _monitor['conquers']))
if (_monitor['changes']):
chat.SendMessage(Formatter.format_changes(server, _monitor['changes']))
def print_progress(self):
print("Average tfidf: " + str(1 - self.sum_tfidf / self.queries_asked))
print("Average ngram-perplexity: " + str(self.sum_ngp / self.sentences_asked))
print("Average edit-distance: " + str(self.sum_edit / self.queries_asked))
print("Accept percent by tfidf extractor: " + Formatter.percent(self.accepted_by_tfidf / self.sentences_asked))
print("Accept percent by ngram-perplexity extractor: " + Formatter.percent(self.accepted_by_ngp / self.sentences_asked))
print("Accept percent by edit-distance extractor: " + Formatter.percent(self.accepted_by_edit_distance / self.sentences_asked))
class SnorePlugin(nose.plugins.Plugin):
"""Enable Snarl notifications"""
enabled = False
name = "snore"
score = 1
def __init__(self, snarler, clock):
super(SnorePlugin, self).__init__()
self._formatter = Formatter(self._get_path('icons/'))
self._snarler = snarler
self._clock = clock
def begin(self):
self._start_time = self._clock.now()
def finalize(self, result):
counts = self._get_counts(result)
title, icon = self._formatter.format_result(*counts)
body = self._formatter.format_time(self._clock.now() - self._start_time)
self._snarler.snarl(title, body, icon)
def _get_counts(self, result):
return (result.testsRun, len(result.failures), len(result.errors))
def _get_path(self, filename):
return pkg_resources.resource_filename('snore', filename)
def generate(self, save=True):
"Generates photo file in current format"
crop_box = None
if self.crop_left:
crop_box = (self.crop_left, self.crop_top, \
self.crop_left + self.crop_width, self.crop_top + self.crop_height)
important_box = None
if self.photo.important_top is not None:
p = self.photo
important_box = (p.important_left, p.important_top, p.important_right, p.important_bottom)
formatter = Formatter(Image.open(self.photo.image.path), self.format, crop_box=crop_box, important_box=important_box)
stretched_photo, crop_box = formatter.format()
self.crop_left, self.crop_top, right, bottom = crop_box
self.crop_width = right - self.crop_left
self.crop_height = bottom - self.crop_top
self.width, self.height = stretched_photo.size
stretched_photo.save(self.file(), quality=self.format.resample_quality)
f = open(self.file())
file = ContentFile(f.read())
f.close()
self.image.save(self.file(relative=True), file, save)
def main():
"""
Get all questions, for each question get all the answers.
:return:
"""
print '|Getting questions from Stackoverflow. Please wait...|'
items = list()
questions = get_questions()
print '|Total questions: {} |'.format(len(questions))
if questions:
for question in questions:
formatter = Formatter()
question.body = get_question_body(question.id)
question.body_clean = formatter.beautify(question.body)
question.answers = get_answers(question.id) # Iterate over each question and get all answers
print '|Display information'
for question in questions:
item = Item()
if question.title and question.body_clean:
item.text = question.title + ' ' + question.body_clean
if question.answers:
for answer in question.answers:
item.text += ' ' + answer.body_clean
item.text.rstrip('\r\n')
items.append(item)
print '<<'
print item.text
def delete_branches(self, remote=False):
"""Delete the branches."""
"""If Remote=True, deletes remote branches as well."""
if len(self.branches_to_be_deleted()) > 0:
self.delete_local_branches()
if remote:
self.delete_remote_branches()
Formatter.print_pretty_ok_message("Cleaned Successfully!!")
def formatMethods(namespace):
formatter = Formatter(METHOD_INDENTATION)
for method in namespace['methods']:
formatter.add(generateMethodJSDoc(method))
formatter.addLine('this.', convertIds(method['name']), ' = function(', formatParams(method['parameters']), ") {")
formatter.addLine('};')
formatter.newLine()
return formatter.getResult()
def formatGlobal(namespace):
formatter = Formatter(METHOD_INDENTATION)
for method in namespace['methods']:
formatter.add(generateMethodJSDoc(method))
formatter.addLine('function ', convertKey(method['name']), '(', formatParams(method['parameters']), ") {")
formatter.addLine('}')
formatter.newLine()
return formatter.getResult()
def extendGlobal(name, namespace):
formatter = Formatter(METHOD_INDENTATION)
for method in namespace['methods']:
formatter.add(generateMethodJSDoc(method))
formatter.addLine(name, '.prototype.', convertKey(method['name']), ' = function(', formatParams(method['parameters']), ") {")
formatter.addLine('};')
formatter.newLine()
return formatter.getResult()
def main(): lines = [] for line in fileinput.input(): lines.append(line) f = Formatter(lines) lines = f.get_lines() for l in lines: print (l)
def formatMethods(namespace):
formatter = Formatter(METHOD_INDENTATION)
key = 'methods' if 'methods' in namespace else 'method'
for method in namespace[key]:
formatter.add(generateMethodJSDoc(method))
formatter.addLine(convertKey(method['name']), ':function(', formatParams(method['parameters']), ") {")
formatter.addLine('},')
formatter.newLine()
return formatter.getResult()
def branches_to_be_deleted(self):
"""Return branches to be deleted."""
branches = self.branches_to_be_deleted_excluding_skipped()
if len(branches) > 0:
Formatter.print_pretty_warn_message("Following local branches would \
be deleted:")
return branches
else:
Formatter.print_pretty_fail_message("No branches to be deleted")
return []
def test_format_all(self): text = ''' I HATE JUSTIN BIEBER comedy I LOVE JUSTIN BIEBER comedy JUSTIN BIEBER WEDDING comedy JUSTIN BIEBER HAIR SOS 83 actress albino squirrel bored brittani taylor comedy entertainment fun funky funny happy hollywood hot justin bieber love missal random series sexy shout out sunday show silly sketch vampire vampires weekly IS JUSTIN BIEBER CREEPY OR ADORABLE What Really Happened To Tiger Woods Criminal Names comedy newsinformation Lady Gaga Alejandro Video Eats Rosary Miley Cyrus NO H**O Spellbound Wins BGT comedy newsinformation Black Eyed Peas on winning their 2nd consecutive AMA 2010 abc aguilera american awards bieber black bon christina clark dick diddy diddydirty dirty divorce dream enrique eyed iglesias jovi justin katy milian money music peas perry pink productions rihanna talkinterview tay the usher ''' formatter = Formatter(text, "\n") words = formatter.run_all() expect(words).to.equal(set(['hate justin bieber comedy', 'black eyed peas winning their consecutive aguilera american awards bieber black christina clark dick diddy diddydirty dirty divorce dream enrique eyed iglesias jovi justin katy milian money music peas perry pink productions rihanna talkinterview usher', 'justin bieber creepy adorable what really happened tiger woods criminal names comedy newsinformation', 'lady gaga alejandro video eats rosary miley cyrus h**o spellbound wins comedy newsinformation', 'justin bieber hair actress albino squirrel bored brittani taylor comedy entertainment funky funny happy hollywood justin bieber love missal random series sexy shout sunday show silly sketch vampire vampires weekly', 'love justin bieber comedy', 'justin bieber wedding comedy']))
def formatProperties(namespace):
formatter = Formatter(METHOD_INDENTATION)
for property in namespace['properties']:
formatter.add(generatePropertyJSDoc(property))
formatter.addLine(convertKey(property['name']), ':null,')
formatter.newLine()
return formatter.getResult()
def _generate_img(self):
crop_box = None
if self.crop_left:
crop_box = (self.crop_left, self.crop_top, \
self.crop_left + self.crop_width, self.crop_top + self.crop_height)
important_box = None
if self.photo.important_top is not None:
p = self.photo
important_box = (p.important_left, p.important_top, p.important_right, p.important_bottom)
formatter = Formatter(self.photo._get_image(), self.format, crop_box=crop_box, important_box=important_box)
return formatter.format()
def print_progress_summary(self):
useful_lines = self.assigned_lines - self.unusable_lines
print("(General corpora): Total lines scanned : " + str(self.scanned_lines))
print("(General corpora): Lines assigned to worker: " + str(self.assigned_lines))
print("(General corpora): Lines containing words: " + str(useful_lines))
print("(General corpora): Extracted lines: " + str(self.extracted_lines))
print("(General corpora): Sentence accept rate: " + Formatter.percent(self.extracted_lines / useful_lines))
def execute(self, msg, settings, args):
m = msg.Chat.SendMessage('Fetching player stats...')
# make api request
url = '/{server}/player/{player}'.format(server=args[0], player=quote(' '.join(args[1:]).replace(" ", "+")))
player = api.request(url)
# update message with player stats
m.Body = "{code}" + Formatter.format_player(player) + "{code}"
def generate(self):
"Generates photo file in current format"
crop_box = None
if self.crop_left:
crop_box = (self.crop_left, self.crop_top, \
self.crop_left + self.crop_width, self.crop_top + self.crop_height)
important_box = None
if self.photo.important_top:
p = self.photo
important_box = (p.important_left, p.important_top, p.important_right, p.important_bottom)
formatter = Formatter(Image.open(self.filename), self.format, crop_box=crop_box, important_box=important_box)
stretched_photo, crop_box = formatter.format()
self.width, self.height = stretched_photo.size
self.filename = self.file(relative=True)
stretched_photo.save(self.file(), quality=self.format.resample_quality)
def process_answer_items(content, beautify=True):
"""
Process response and generate dictionary with questions and URL
:param content:
:param beautify:
:return:
"""
answers = list()
if "items" in content:
items = content["items"]
for item in items:
answer = Answer()
answer.id = item['answer_id']
answer.body = item['body']
answer.is_accepted = item['is_accepted']
if beautify:
formatter = Formatter()
answer.body_clean = formatter.beautify(answer.body)
answers.append(answer)
return answers
def __init__(self, width, height):
self.width = 480
self.height = 360
self.cx = self.width / 2
self.cy = self.height / 2
self.buttons = {}
self.textBoxes = {}
self.checkBoxes = {}
self.path = ""
self.formatter = Formatter()
self.running = False
def format_file(input_file, output_file, param_file, error_file):
f = Formatter(param_file)
tags, errors = analyze_code(input_file)
result = f.format(tags)
directory = os.path.dirname(output_file)
if directory != '' and not os.path.exists(directory):
os.makedirs(directory)
file = open(output_file, mode='w')
file.write(result)
file.close()
directory = os.path.dirname(error_file)
if directory != '' and not os.path.exists(directory):
os.makedirs(directory)
file = open(error_file, mode='w')
for e in errors:
file.write(str(e) + "\n")
file.close()
print('HTML file succesfuly formatted and written to', output_file,
'\nErrors in:', error_file)
def main():
if len(sys.argv) == 1:
raise Exception("Come one, at least one country, bro")
if len(sys.argv) > 2:
raise Exception("Just one argument please, bro")
country = sys.argv[1]
try:
stats = api.fetchStats(country)
formatted_text = Formatter.stringFrom(country, stats)
print(formatted_text)
except Exception as e:
print('It\'s not a country, bro' + str(e))
def print_report(self):
print "%s (Count = %s) " % (self.header, len(self.pull_requests))
fields_tuple = self._build_tuple(
('URL', 'Title', 'Created', 'Last Updated (Days)', 'User'), '')
if len(self.pull_requests) > 0:
row_tuple = self._row_tuple(self.pull_requests[0])
formatter = Formatter(fields_tuple, row_tuple,
self._min_width_tuple())
self.print_(formatter, fields_tuple)
for pull in self.pull_requests:
row_tuple = self._row_tuple(pull)
self.print_(formatter, row_tuple)
def print_report(self, print_comments=False):
print "%s (Count = %s) " % (self.header, len(self.github_report.pull_requests))
fields_tuple = ('JIRA ID', 'Pull Request', 'Jira Summary', 'JIRA Age',
'Pull Age', 'JIRA Update Age', 'Pull Update Age (Days)',
'JIRA Status', 'GitHub user')
row_tuple = self._row_tuple(0)
formatter = Formatter(fields_tuple, row_tuple)
self.print_(formatter, fields_tuple)
row_tuple_1 = ()
formatter_1 = Formatter()
if print_comments or self.print_comments:
fields_tuple_1 = self._build_tuple(('Comment Vote', 'Comment Author', 'Pull URL', 'Comment Age'), '-\t\t')
row_tuple_1 = self._build_tuple(self._row_tuple_1(*self._idx_1st_comment_with_vote()), '-\t\t')
formatter_1 = Formatter(fields_tuple_1, row_tuple_1)
self.print_(formatter_1, fields_tuple_1)
print ''
for p in range(0, len(self.github_report.pull_requests)):
row_tuple = self._row_tuple(p)
self.print_(formatter, row_tuple)
if print_comments or self.print_comments:
has_vote = False
comments = self._jira_comments(self._jira_id(p))
for c in range(len(comments)): # Check cleaner way
comment = comments[c]
if comment.has_vote():
row_tuple_1 = self._build_tuple(self._row_tuple_1(p, c), '-\t\t')
if row_tuple_1 is not None:
self.print_(formatter_1, row_tuple_1)
has_vote = True
if has_vote:
print ''
def _generate_img(self):
crop_box = None
if self.crop_left:
crop_box = (self.crop_left, self.crop_top, \
self.crop_left + self.crop_width, self.crop_top + self.crop_height)
important_box = None
if self.photo.important_top is not None:
p = self.photo
important_box = (p.important_left, p.important_top, p.important_right, p.important_bottom)
image = None
if crop_box is None and self.format.master_id:
try:
fp = FormatedPhoto.objects.get(format=self.format.master_id, photo=self.photo)
image = Image.open(fp.image)
except FormatedPhoto.DoesNotExist:
pass
if image is None:
image = self.photo._get_image()
formatter = Formatter(image, self.format, crop_box=crop_box, important_box=important_box)
return formatter.format()
def generate(self, save=True):
"Generates photo file in current format"
crop_box = None
if self.crop_left:
crop_box = (self.crop_left, self.crop_top, \
self.crop_left + self.crop_width, self.crop_top + self.crop_height)
important_box = None
if self.photo.important_top is not None:
p = self.photo
important_box = (p.important_left, p.important_top,
p.important_right, p.important_bottom)
formatter = Formatter(Image.open(self.photo.image.path),
self.format,
crop_box=crop_box,
important_box=important_box)
stretched_photo, crop_box = formatter.format()
# set crop_box to (0,0,0,0) if photo not cropped
if not crop_box:
crop_box = 0, 0, 0, 0
self.crop_left, self.crop_top, right, bottom = crop_box
self.crop_width = right - self.crop_left
self.crop_height = bottom - self.crop_top
self.width, self.height = stretched_photo.size
stretched_photo.save(self.file(), quality=self.format.resample_quality)
f = open(self.file(), 'rb')
file = ContentFile(f.read())
f.close()
self.image.save(self.file(relative=True), file, save)
def _generate_img(self):
crop_box = None
if self.crop_left:
crop_box = (self.crop_left, self.crop_top, \
self.crop_left + self.crop_width, self.crop_top + self.crop_height)
important_box = None
if self.photo.important_top is not None:
p = self.photo
important_box = (p.important_left, p.important_top, p.important_right, p.important_bottom)
image = None
if crop_box is None and self.format.master_id:
try:
fp = FormatedPhoto.objects.get(format=self.format.master_id, photo=self.photo)
image = Image.open(fp.image)
except FormatedPhoto.DoesNotExist:
pass
if image is None:
image = self.photo._get_image()
formatter = Formatter(image, self.format, crop_box=crop_box, important_box=important_box)
return formatter.format()
def generate_text(self, weights, vocab, config, num, lines, temp,
document):
applicator = Applicator()
formatter = Formatter()
generator = Generator()
generator.set_weights(weights, vocab, config)
generator.gen_text(num, lines, temp)
gen_list = generator.get_text_list()
formatter.set_sentlist(gen_list)
formatter.frmt_textlist()
format_text = formatter.get_text()
applicator.apply_text(format_text, document)
def read_format_style(paragraphs, anchor):
"""
Read the format style template for the spectra to be read/written.
:param paragraphs: the spectra .docx document parsed into separate
paragraphs.
:param anchor: the keyword found at the beginning of a paragraph
containing the necessary format template.
:return: a `Formatter` object describing the format style for a spectrum.
"""
for paragraph in paragraphs:
if anchor in paragraph.text:
raw_format = Block(paragraph, runs=True)[len(anchor):]
# Clip the keyword and the space after it to be processed into a
# `Formatter` object.
return Formatter(raw_format)
raise InputError('format template not located within the file')
def __init__(self, config_file):
if path.exists(config_file) and path.isfile(config_file):
conf = ConfigReader(config_file)
self.output = conf.get("output")
self.output_file = conf.get("output_file")
self.level = conf.get("level")
self.__log_levels = {
"debug": 10,
"info": 20,
"warning": 30,
"error": 40,
"critical": 50,
}
self.message_format = conf.get("message_format")
self.date_format = conf.get("date_format")
self.formatter = Formatter(
self.level, self.message_format, self.date_format)
else:
raise IOError("Can't find configuration file.")
def process_request(self, update):
action = update.get('action')
issue = update['issue']
if action == 'opened':
author = issue['user']['login']
number = issue['number']
title = issue['title']
text = issue['body']
url = issue['html_url']
message_text = 'Se ha creado una issue!\n'
message_text += Formatter.format_issue(author, number, title, text,
url)
for chat_id in self.chat:
self.telegram.send_message(chat_id, message_text)
error_text = self.seek_exception(text)
if error_text:
self.post_helpful_link(error_text, number)
elif action == 'closed':
self.check_googleable(issue)
class Cli:
def __init__(self, module_name, config, parser):
self.__parser = parser
self.formatter = Formatter(module_name)
self.__option_parser = self.__get_option_parser(config, parser)
self.formatter.option_parser = self.__option_parser
def parse_args(self):
return self.__option_parser.parse_args()
def __get_option_parser(self, config, parser):
option_parser = OptionParser(self.formatter.format(config.usage))
self.__add_options(config, parser, option_parser)
self.__add_option_groups(config, option_parser, parser)
return option_parser
def __add_options(self, group, parser, option_parser):
for option in group.options:
self.__add_option(parser, option, option_parser)
def __add_option(self, parser, option, option_parser):
kwargs = self.__get_option_kwargs(parser, option.kwargs)
option_parser.add_option(*option.argv, **kwargs)
def __get_option_kwargs(self, parser, kwargs):
if "callback" in kwargs:
kwargs["callback"] = getattr(parser, kwargs["callback"])
return kwargs
def __add_option_groups(self, config, option_parser, parser):
for group in config.groups:
self.__add_option_group(option_parser, group, parser)
def __add_option_group(self, option_parser, group, parser):
option_parser_group = OptionGroup(option_parser, group.title, group.description)
self.__add_options(group, parser, option_parser_group)
option_parser.add_option_group(option_parser_group)
def build_dashboard(self,
input_data={},
aligment={},
params={},
title="Stock Closing Prices",
ylabel='Price',
ylabel_right={},
show=True,
column='adj_close',
height=[],
**kwargs_to_bokeh):
plots = []
_data, x_range, _names = Formatter().format_input_data(
input_data, column)
_params = Formatter().format_params(_data, params, _names)
_aligment = Formatter().format_aligment(aligment, _names)
_y_label_right = Formatter().format_y_label_right(
ylabel_right, ylabel, _names)
kwargs_to_bokeh['y_axis_label'] = ylabel
if 'x_range' not in kwargs_to_bokeh:
kwargs_to_bokeh['x_range'] = Range1d(x_range[0], x_range[-1])
if not height:
height = [(1. / len(_data))] * len(_data)
else:
assert len(height) == len(_data), (
"Number of heights should be equal to the number of plots. " +
"expected: %s, " % len(_data) +
"found: %s, len(height)= %s. " % (height, len(height)))
assert sum(height) == 1, ("All heights should sum up to 1, " +
"found: %s, sum(height)=%s" %
(height, sum(height)))
for i, (plot_title, data) in enumerate(_data.items()):
plots.append(
self._plot_stock(data=data,
names=_names[plot_title],
title=plot_title,
params=_params[plot_title],
aligment=_aligment[plot_title],
ylabel_right=_y_label_right[plot_title],
height=height[i],
**kwargs_to_bokeh))
layout = gridplot(plots, plot_width=self.width, ncols=self.ncols)
self.layout = layout
if show:
curdoc().add_root(layout)
curdoc().title = title
return curdoc
def update_data(self, attrname, old, new):
sliders_values = {}
data_temp = {}
result = {}
for k, v in list(self.sliders.items()):
sliders_values[k] = v.value
for i, __data_source in enumerate(self.sdb.datasources):
for name in list(__data_source.data.keys()):
if re.findall("\(\w+\)", name):
raise (ValueError("Variable should not contain " +
"plain parentheses. "
"If included use '\(' and '\)'." +
"Found: %s" % name))
if len(__data_source.data[name]) > 1:
data_temp[name] = pd.Series(
copy.deepcopy(__data_source.data[name]),
index=copy.deepcopy(__data_source.data['x']))
else:
data_temp[name] = copy.deepcopy(__data_source.data[name])
if not hasattr(self, 'signal_expressions_formatted'):
self._format_signal_expressions(data_temp)
# Run twice since some singals depends on others
for i in range(2):
for signal_name, expr in list(self.signals_expressions.items()):
result[signal_name] = eval(
self.signals_expressions_formatted[signal_name])
# Update result in data_temp. If it is not dependent
# of other variable signal, this result won't change.
data_temp[signal_name] = result[signal_name]
for i, __data_source in enumerate(self.sdb.datasources):
for name in result:
if name in __data_source.data:
(__data_source.data['x'],
__data_source.data[name]) = copy.deepcopy(
Formatter._get_x_y(result[name]))
def __init__(self,inputFile):
self.file = inputFile
with open(self.file) as f:
lines = f.read().splitlines() #splitlines() gets rid of \n
f.close()
self.content = lines
self.originalLength = len(self.content)
self.testContent = []
testSize = int(.15 * self.originalLength)
for i in range(0,testSize):
self.testContent.append(self.content.pop())
labelList = []
self.attributeList = []
if self.file == "mushroom.data":
self.attributeList, labelList = Formatter.separate_mushroom(self.content)
else:
for line in self.content:
attributes = line.split(",")
attributes = attributes[:-1]
self.attributeList.append(attributes)
self.attributeList = np.array(self.attributeList, dtype=float)
def getInput():
text = []
filename = None
with fileinput.input() as f:
for line in f:
if (f.filename() != None):
filename = f.filename()
break
else:
text.append(line)
if (filename != None):
f = Formatter(filename=filename)
t = f.get_lines()
print_out(t)
else:
f = Formatter(inputlines=text)
t = f.get_lines()
print_out(t)
fileinput.close()
elif format == 'web':
outname = m.htmlname
if verb:
print "mdoc: generating %s from %s" % (outname, m.path)
# extract comment block from file
(lines, func, brief) = extract(m.path)
m.brief = brief
# Run formatter
content = ""
if len(lines) > 0:
if format == 'wiki':
formatter = Formatter(lines, linkdict, 'wiki')
else:
formatter = Formatter(lines, linkdict, 'a')
content = formatter.toDOM().toxml("UTF-8")
content = content[content.find('?>') + 2:]
# add decorations
if not format == 'wiki':
content = breadCrumb(m) + content
if format == 'web':
content = "<group>\n" + content + "</group>\n"
# save the result to an html file
if format == 'wiki':
def format_text(self, text, document, formatting):
par_len = 150
applicator = Applicator()
cleaner = Cleaner()
formatter = Formatter()
new_text = self.get_string(text)
cleaner.create_sentc_list(new_text)
sentc_list = cleaner.get_sentc_list()
formatter.set_sentlist(sentc_list)
if formatting == "list":
formatter.frmt_textlist()
elif formatting == "block":
formatter.frmt_textblock(par_len=par_len)
elif formatting == "string":
formatter.frmt_textstring()
else:
print("format not supported")
raise SystemExit
format_text = formatter.get_text()
applicator.apply_text(format_text, document=document)
def generateMethodJSDoc(method):
formatter = Formatter(METHOD_INDENTATION)
formatter.addLine('/**')
prefix = ' * '
if KEYS['value'] in method:
formatter.addLine(prefix, method[KEYS['value']])
if 'platforms' in method and 'since' in method:
formatter.addLine(prefix, 'platforms: ', ', '.join(getPlatforms(method['platforms'])))
for param in method['parameters']:
formatter.addLine(prefix, '@param {', formatType(param['type']), '} ',
convertIds(param['name']), ' ', (param[KEYS['description']] if KEYS['description'] in param else param['description'] ) or '')
if 'returntype' in method and method['returntype'] == 'void':
formatter.addLine(prefix, '@returns ', method['returntype'])
elif 'returns' in method:
returns = method['returns']
if type(returns) is list:
for ret in returns:
if ret['type'] != 'void':
formatter.addLine(prefix, '@returns ', formatReturn(ret))
elif returns['type'] != 'void':
formatter.addLine(prefix, '@returns ', formatReturn(returns))
sinceVer = formatSince(method)
if sinceVer:
formatter.addLine(prefix, '@since ', sinceVer)
formatter.addLine(' */')
return convertLinks(formatter.getResult())
if __name__ == '__main__':
args = parser.parse_args()
# ====== Open data file ======
file_name = ''
if args.year == 2017:
file_name = DATA_17
elif args.year == 2016:
file_name = DATA_16
f = open(DIRNAME + "/" + file_name, 'r')
print("Loading JSON data")
data = json.load(f)
print("Preprocessing the data")
# formatter class that contains trainX, trainY, testX, testY for individual teams
formatter = Formatter(data, args.train_size, args.sequence_length)
trainX_home, trainX_away, trainY, testX_home, testX_away, testY = formatter.get_data(
)
## ======== Build model ======
with tf.Session() as sess:
kbo_pred_model = SeLuModel(sess,
args.model_name,
learn_rate=args.learn_rate,
sequence_length=args.sequence_length)
## ======== Train model ======
print("Started the training...")
kbo_runner = Runner()
kbo_runner.train_run(kbo_pred_model,
trainX_home,
def formatted_str(self):
return Formatter.course_row(self._id, self.name, self.credit,
self.grade, self._type, self.sem)
def formatMethods(namespace):
formatter = Formatter(METHOD_INDENTATION)
key = 'methods' if 'methods' in namespace else 'method'
for method in namespace[key]:
formatter.add(generateMethodJSDoc(method))
formatter.addLine(convertKey(method['name']), ':function(',
formatParams(method['parameters']), ") {")
formatter.addLine('},')
formatter.newLine()
return formatter.getResult()
def generateNamespaceJSDoc(namespace):
formatter = Formatter()
formatter.addLine('/**')
prefix = ' * '
if 'notes' in namespace and namespace['notes']:
formatter.addLine(prefix, 'Notes: ', namespace['notes'])
if 'platforms' in namespace:
formatter.addLine(prefix, 'platforms: ',
', '.join(getPlatforms(namespace['platforms'])))
if namespace['description']:
formatter.addLine(prefix, '@namespace ', namespace['description'])
if 'since' in namespace:
formatter.addLine(prefix, '@since ', namespace['since'])
if 'examples' in namespace:
for example in namespace['examples']:
formatter.addLine(prefix)
formatter.addLine(prefix, '@example ', example['description'])
formatter.addLine(prefix, example['code'])
formatter.addLine(' */')
return convertLinks(formatter.getResult())
def generateMethodJSDoc(method):
formatter = Formatter(METHOD_INDENTATION)
formatter.addLine('/**')
prefix = ' * '
if KEYS['value'] in method:
formatter.addLine(prefix, method[KEYS['value']])
if 'platforms' in method and 'since' in method:
formatter.addLine(prefix, 'platforms: ',
', '.join(getPlatforms(method['platforms'])))
for param in method['parameters']:
formatter.addLine(prefix, '@param {', formatType(param['type']), '} ',
convertIds(param['name']), ' ',
(param[KEYS['description']] if KEYS['description']
in param else param['description']) or '')
if 'returntype' in method and method['returntype'] == 'void':
formatter.addLine(prefix, '@returns ', method['returntype'])
elif 'returns' in method:
returns = method['returns']
if type(returns) is list:
for ret in returns:
if ret['type'] != 'void':
formatter.addLine(prefix, '@returns ', formatReturn(ret))
elif returns['type'] != 'void':
formatter.addLine(prefix, '@returns ', formatReturn(returns))
sinceVer = formatSince(method)
if sinceVer:
formatter.addLine(prefix, '@since ', sinceVer)
formatter.addLine(' */')
return convertLinks(formatter.getResult())
# file settings
parser.add_argument('--raw-data-dir',
default='./raw_data',
help='directory containing raw data')
parser.add_argument('--data-dir',
default='./data',
help='directory to write formatted data to')
parser.add_argument('--threshold',
default='20',
help='threshold for relevant counties')
args = parser.parse_args()
# run
formatter = Formatter(args)
## First, we load the data and identify some counties we're interested in
## Let's go with King County, WA (where the first US case was identified), and WESTCHESTER
infections = pd.read_csv(
join(formatter.raw_data_dir,
'national/USAfacts_infections/covid_confirmed_usafacts_aligned.csv'))
deaths = pd.read_csv(
join(formatter.raw_data_dir,
'national/USAfacts_infections/covid_deaths_usafacts_aligned.csv'))
fips = [53033, 36119]
## Extract the features from those counties
national_data = formatter.parse_national_data()
king_data = national_data[str(fips[0])]
westchester_data = national_data[str(fips[1])]
class MP3k(Widget):
playlist_width = NumericProperty()
def __init__(self, **kwargs):
Globals.CONFIG = App.get_running_app().config
Globals.TESTING = Globals.CONFIG.get('Development', 'test_mode')
self.playlist_width = int(
Globals.CONFIG.get('Playlist', 'playlist_width'))
Globals.API = GoogleMusicApi()
self.login_failed_popup = None
self.google_music_api_login()
self.formatter = Formatter()
self.player = Player()
self.player.set_streaming_quality(
Globals.CONFIG.get('Google Play Music', 'quality').split(':')[0])
self.playlist = Playlist()
self.librarymanager = LibraryManager()
# self.librarymanager.load_library()
self.history = History()
self.playlist.queue = self.history.playlist_history
self.updating_progress = False
self.playlist_hidden = False
super().__init__(**kwargs)
self.player.bind(playing=self.update_play_button_state)
self.player.bind(progress_percent=self.update_progress_slider)
# Add search result views
# Songs
self.songlist = SongViewer()
# Stations
# self.stationlist = StationViewer()
self.stationscroll = ScrollView(size_hint=(1, 1))
self.stationscroll.do_scroll_x = False
self.stationlist = StackLayout(size_hint_y=None, spacing=10)
self.stationlist.bind(minimum_height=self.stationlist.setter('height'))
self.stationscroll.add_widget(self.stationlist)
# Albums
self.albumlist = AlbumViewer()
# Create and init screen manager
self.sm = ScreenManager()
self.init_screens()
# Listen for Keyboard events
self._keyboard = Window.request_keyboard(None, self, 'text')
self._keyboard.bind(on_key_down=self._pressed_key)
self.searchbar.focus = True
def google_music_api_login(self):
if Globals.API.login(
Globals.CONFIG.get('Google Play Music', 'login'),
Globals.CONFIG.get('Google Play Music', 'password'),
Globals.CONFIG.get('Google Play Music', 'device_id')):
Logger.debug('Google Music: Login successful')
if self.login_failed_popup:
self.login_failed_popup.dismiss()
self.login_failed_popup = None
else:
Logger.warning("Google Music: Login Failed")
if not self.login_failed_popup:
popup = Popup(title='Google Play Music™ login',
content=LoginCredentials(),
auto_dismiss=False,
size_hint=(1, 1))
self.login_failed_popup = popup
if Globals.STARTED: # login failed after configuration change
self.login_failed_popup.open(
) # open popup because MP3k is completely rendered
App.get_running_app().close_settings()
else: # login failed on start
pass # wait with popup until MP3k is completely rendered (MP3kApp opens the popup in on_start())
def try_login_step_1(self, instance, google_login, google_password):
# Credentials login without device ID
if Globals.API.login(google_login, google_password, ''):
# login successful
Globals.CONFIG.set('Google Play Music', 'login', google_login)
Globals.CONFIG.set('Google Play Music', 'password',
google_password)
Globals.CONFIG.write()
self.show_device_login()
else:
instance.login_failed_label.color = (1, 0, 0, 1)
def try_login_step_2(self, button_container):
# look for selected device
for button in button_container.children:
if button.state == 'down': # got it
Globals.CONFIG.set('Google Play Music', 'device_id',
button.device_id)
Globals.CONFIG.write() # set device id in config
if Globals.API.relogin(
Globals.CONFIG.get(
'Google Play Music',
'login'), # re-login with valid device_id
Globals.CONFIG.get('Google Play Music', 'password'),
Globals.CONFIG.get('Google Play Music', 'device_id')):
self.login_failed_popup.dismiss()
break
else:
Logger.error('LOGIN: You have to select a device!')
def show_device_login(self):
self.login_failed_popup.dismiss()
self.login_failed_popup = Popup(title='Google Play Music™ login',
content=self.build_devices_login(),
auto_dismiss=False,
size_hint=(1, 1))
self.login_failed_popup.open()
@staticmethod
def build_devices_login():
devices = Globals.API.get_registered_mobile_devices(
) # get registered mobile devices
login_devices = LoginDevices()
# add buttons for devices
for device in devices:
btn = DeviceButton(text='{} (ID: {})'.format(
device['name'], device['id']),
device_id=device['id'],
size_hint_y=None,
height=30,
group='devices')
login_devices.device_button_container.add_widget(btn)
return login_devices
def init_screens(self):
# Create screens
screen_songs = Screen(name='Songs', size_hint=(1, 1))
screen_stations = Screen(name='Stations', size_hint=(1, 1))
screen_albums = Screen(name='Albums', size_hint=(1, 1))
# Add content to screens
screen_songs.add_widget(self.songlist)
# screen_stations.add_widget(self.stationlist)
screen_stations.add_widget(self.stationscroll)
screen_albums.add_widget(self.albumlist)
# Add screens
self.sm.add_widget(screen_songs)
self.sm.add_widget(screen_stations)
self.sm.add_widget(screen_albums)
# Add screen manager and playlist
self.screenmanagercontainer.add_widget(self.sm)
def _pressed_key(self, keyboard, keycode, text, modifiers):
if not self.searchbar.focus:
if keycode[1] == 'spacebar' or keycode[0] == 1073742085:
Logger.debug('Keyboard: Pressed spacebar/play-pause-media-key')
self.playbutton_callback()
elif keycode[0] == 1073742083: # 'previous track' media key
Logger.debug("Keyboard: Pressed 'previous track' media key")
self.previousbutton_callback()
elif keycode[0] == 1073742082: # 'next track' media key
Logger.debug("Keyboard: Pressed 'next track' media key")
self.nextbutton_callback()
#else:
# print(keycode)
def update_play_button_state(self, instance, value):
if value:
self.playbutton.icon = '../res/icons/glyphicons-175-pause_white.png'
else:
self.playbutton.icon = '../res/icons/glyphicons-174-play_white.png'
def update_progress_slider(self, instance, value):
self.progress_slider.value = value
def update_playlist_position(self, window, width, height):
self.playlist_view.pos_hint = {'x': .3, 'y': 90.0 / height}
def update_playlist_view(self, instance, value):
print('Updating playlist..')
print('data_queue before: ' + str(len(self.playlist_view.data_queue)))
# self.playlist_view.data_queue = self.playlist.queue # ListView should be updated if we do it like this..
self.playlist_view.children[0].adapter.data.clear(
) # ..but it isn't, so we do this
self.playlist_view.children[0].adapter.data.extend(
self.playlist.queue) # and then this
# self.playlist_view.content.listview.adapter.data = self.playlist.queue # never do this, it replaces the
# ObservableList and breaks kivy functionality
print('data_queue after: ' + str(len(self.playlist_view.data_queue)))
def _update_progress_interval(self, delta_time):
if not self.updating_progress:
self.updating_progress = True
if self.player.current_track and self.player.playback_started and self.player.playing:
# time_played_ms = pygame.mixer.music.get_pos()
# duration_ms = int(self.musicmanager.current_track['duration_ms'])
# progress = time_played_ms / (duration_ms / 100)
progress_percent = self.player.send_cmd_to_mplayer(
'get_percent_pos', 'ANS_PERCENT_POSITION')
if progress_percent is not False and progress_percent is not None:
old_progress_percent = self.player.progress_percent
self.player.progress_percent = interpolate(
old_progress_percent, int(progress_percent))
Logger.trace('Progress: ' +
str(self.player.progress_percent))
elif progress_percent is False:
Logger.debug('_update_progress_interval: Received ' +
str(progress_percent) + ' as progress')
self.player.playback_finished()
self.play_next_track()
else:
Logger.debug('_update_progress_interval: Received ' +
str(progress_percent) + ' as progress')
# remove schedule if no track selected
elif not self.player.playback_started and not self.player.playing:
Logger.debug(
'No song playing, removing slider update interval..')
self.updating_progress = False
return False
self.updating_progress = False
def on_config_changed(self, section, key, value):
Logger.debug('Config: Config changed')
if key == 'playlist_width':
self.playlist_width = int(value)
elif section == 'Google Play Music':
Globals.API.logout()
self.google_music_api_login()
elif section == 'Development':
if key == 'test_mode':
Globals.TESTING = True if value == '1' else False
def fix_scrolling_workaround(self):
self.playlist_view.listview._reset_spopulate()
def playbutton_state(self):
Logger.debug('Playbuttonstate: ' + self.playbutton.state)
return 'down' if self.player.playing else 'normal'
def mark_playing_track(self):
# track_item = self.playlist_view.get_track(0)
# track_item.update_image('../res/icons/equalizer.gif')
playing_text = '{} - {}'.format(self.player.current_track['title'],
self.player.current_track['artist'])
self.playinglabel.text = playing_text
App.get_running_app().title = playing_text
def restart_track(self):
Logger.info('Restarting track..')
self.play_track(self.player.current_track)
def play_previous_track(self):
Logger.info('Playing previous track')
track = self.playlist.get_previous_track()
if track:
self.play_track(track)
def play_next_track(self):
Logger.info('Playing next track')
track = self.playlist.get_next_track()
if track:
self.play_track(track)
else:
App.get_running_app(
).title = 'MusicPlayer 3000 for Google Play Music™'
def switch_screen_callback(self, screen_title):
self.sm.current = screen_title
def play_callback(self, track, index):
Logger.debug('Playing from songlist (left): Index ' + str(index))
self.playlist.add_track_and_set_current(track)
self.fix_scrolling_workaround()
self.play_track(track)
def play_album_callback(self, album_id):
index = len(self.playlist.queue)
self.add_album_to_playlist_callback(album_id)
idx, track = self.playlist.set_current_track(index)
self.play_track(track)
def play_from_playlist_callback(self, track, index):
Logger.debug('Playing from playlist (right): Index ' + str(index))
self.playlist.set_current_track(index)
self.play_track(track)
def play_track(self, track):
Logger.info('Playing track: ' + track['title'])
self.player.play_track_from_id(track)
self.mark_playing_track()
# self.set_playing_icon()
# unschedule possible previous intervals
Clock.unschedule(self._update_progress_interval)
# start interval for updating the progress slider
Clock.schedule_interval(self._update_progress_interval, .1)
def set_playing_icon(self):
index, current_track = self.playlist.get_current_track()
# self.playlist_view.children[0].adapter.data[index]
def playbutton_callback(self):
if self.player.current_track: # we have a track selected
if self.player.playback_started and self.player.playing: # pause track
self.player.pause_current_track()
elif self.player.playback_started and not self.player.playing: # resume track
self.player.resume_current_track()
else: # playback has finished, restart track
self.restart_track()
else: # No track selected but maybe we have elements in the playlist
Logger.debug('No current track set!')
track = self.playlist.get_start()
if track:
self.play_track(track)
else: # do nothing if no track selected
#self.librarymanager.synchronize_library()
pass
def nextbutton_callback(self):
if self.player.current_track: # we have a track selected
self.play_next_track()
else: # No track selected but maybe we have some in the playlist
Logger.debug('No current track set!')
track = self.playlist.get_start()
if track:
self.play_track(track)
else: # do nothing if no track selected
pass
def previousbutton_callback(self):
if self.player.current_track: # we have a track selected
self.play_previous_track()
else: # No track selected but maybe we have some in the playlist
Logger.debug('No current track set!')
track = self.playlist.get_start()
if track:
self.play_track(track)
else: # do nothing if no track selected
pass
def shufflebutton_callback(self):
if self.playlist.shuffle:
Logger.info("I won't shuffle anymore..")
self.playlist.shuffle = False
self.shufflebutton.source = self.shufflebutton.source_img_alt
else:
Logger.info("Everyday I'm shuffling..")
self.playlist.shuffle = True
self.shufflebutton.source = self.shufflebutton.source_img
def skip_callback(self, touch_pos):
width = self.progress_slider.width
touch_pos_x = touch_pos[0]
position = touch_pos_x / (width / 100)
if self.player.current_track: # we need a track to skip into
if not self.player.playback_started: # song is not playing, restart song
self.restart_track()
self.player.skip_track_to(position) # skip to position
else:
# self.progress_slider.value = 0 # keep slider position at 0
# TODO: Look into slider implementation to keep slider at 0
pass
def add_to_playlist_callback(self, track):
self.playlist.add_track(QueryDict(track))
self.fix_scrolling_workaround()
def remove_from_playlist_callback(self, index):
self.playlist.remove_track(index)
def add_album_to_playlist_callback(self, album_id):
album = Globals.API.get_album_info(album_id)
album_tracks = album['tracks']
if album_tracks:
album_tracks = self.formatter.format_tracks_list(album_tracks)
for track in album_tracks:
self.playlist.add_track(QueryDict(track))
self.fix_scrolling_workaround()
def play_station_callback(self, title, seed):
tracks = Globals.API.get_station_tracks(title, seed)
if tracks:
tracks = self.formatter.format_tracks_list(tracks)
self.playlist.clear()
for track in tracks:
self.playlist.add_track(track)
self.fix_scrolling_workaround()
# self.playlist.set_current_track(0)
#self.playbutton_callback()
track = self.playlist.get_start()
if track:
self.play_track(track)
else: # do nothing if no track selected
pass
def playlist_button_callback(self):
if self.playlist_hidden:
self.playlist_container.width = self.playlist_width
self.playlist_hidden = False
else:
self.playlist_container.width = 0
self.playlist_hidden = True
def clear_playlist_callback(self):
Logger.info('Clearing playlist')
self.playlist.clear()
# self.playlist.set_current_track(0)
def search(self, text):
if len(text) >= 3:
try:
search_results = Globals.API.search(text)
# with open('search_test.json', 'w') as outfile:
# json.dump(search_results, outfile)
self.display_search_results(search_results)
except CallFailure:
Logger.warning("Search: No All Access for this account!")
# TODO: Show login popup
# TODO: Remove try..except block when gmusicapi 9.0.1 is stable
else:
with open('search_test.json') as outfile:
search_results = json.load(outfile)
self.display_search_results(search_results)
def display_search_results(self, search_results):
Logger.info("Displaying results..")
Logger.debug("Displaying song results")
tracks = []
for entry in search_results['song_hits']:
tracks.append(entry['track'])
# songs_sorted = sorted(songs, key=self.get_song_key)
tracks_formatted = self.formatter.format_tracks_list(tracks)
# self.ids['list_songs'].data_songs = tracks_formatted
self.songlist.data_songs = tracks_formatted
Logger.debug("Displaying station results")
stations = []
for entry in search_results['station_hits']:
stations.append(entry['station'])
stations_formatted = self.formatter.format_stations_list(stations)
# add station list items
# self.stationlist.data_stations = stations_formatted
# add station panels
self.stationlist.clear_widgets()
for station in stations_formatted:
self.stationlist.add_widget(StationPanelItem(station))
Logger.debug("Displaying album results")
albums = []
for entry in search_results['album_hits']:
albums.append(entry['album'])
albums_formatted = self.formatter.format_albums_list(albums)
self.albumlist.data_albums = albums_formatted
def main():
#define busses, . means black, + means green, - means red
#busList = [
# {'name': 'bus1','description': '6kV','status': '.'},
# {'name': 'bus2','description': '12kV','status': '.'},
# {'name': 'bus3','description': '18kV','status': '.'},
# {'name': 'bus4','description': '22kV','status': '.'},
# {'name': 'bus5','description': '54kV','status': '.'},
# ]
## define the connections. '.' means black, + means green, - means read
#connectionList = [
# {1 : 'bus1', 2 : 'bus2', 'status': '.'},
# {1 : 'bus2', 2 : 'bus3', 'status': '.'},
# {1 : 'bus1', 2 : 'bus3', 'status': '+'},
# {1 : 'bus4', 2 : 'bus1', 'status': '+'},
# {1 : 'bus5', 2 : 'bus1', 'status': '+'},
# ]
# mkae graphviz string
#get json data and deserialize it
fp = open('jsonFile.txt')
for line in fp:
print (line)
fp.close()
fp = open('jsonFile.txt')
dataDict = json.loads(fp.read())
fp.close()
# load data
nodeList = dataDict['busList']
connectionList = dataDict['connectionList']
config['destPath'] = dataDict['filepath']
# add transformer name to node list
for node in nodeList:
if node['type'] == 'transformer':
#node['name'] = node['busFrom'] + '' + node['id'] + '' + node['busTo']
node['name'] = str(int(node['busFrom']) + int(node['busTo']))
# add transformer connections
for node in nodeList:
if node['type'] == 'transformer':
makeTransformerConnection(node, connectionList)
gString = make_graphviz_string(nodeList, connectionList)
# make node info list
nodeTypeDict = {}
for item in nodeList:
nodeTypeDict[item['name']] = item['type']
# write gString to file for later use
text_file = open("temp.dot", "w")
text_file.write(gString)
text_file.close()
# write gString to file for later use
text_file = open(config['pollDir'] + "out.txt", "w")
text_file.write(gString)
text_file.close()
# write dest to file for later use
text_file = open(config['pollDir'] + "dest.txt", "w")
text_file.write(config['destPath'])
text_file.close()
# write node information
text_file = open(config['pollDir'] + "nodeInfo.txt", "w")
json.dump(nodeTypeDict,text_file)
text_file.close()
# write node list
text_file = open(config['pollDir'] + "nodeList.txt", "w")
json.dump(nodeList,text_file)
text_file.close()
command = '"' + config['graphvizPath'] + '" ' + config['dotCommand'] \
+ "temp.dot > " + config['formatlessVisioFilename']
#+ "temp.dot > " + config['destPath'] + ".png"
print (gString)
print (command)
returnCode = os.system(command)
os.remove("temp.dot")
print (returnCode)
# start formatter
formatter = Formatter(config['formatlessVisioFilename'])
#input(config['destPath'] + config['outputExtension'])
formatter.start(config['destPath'] + config['outputExtension'])
time.sleep(1)
def formatGlobal(namespace):
formatter = Formatter(METHOD_INDENTATION)
for method in namespace['methods']:
formatter.add(generateMethodJSDoc(method))
formatter.addLine('function ', convertKey(method['name']), '(',
formatParams(method['parameters']), ") {")
formatter.addLine('}')
formatter.newLine()
return formatter.getResult()
def __init__(self, snarler, clock):
super(SnorePlugin, self).__init__()
self._formatter = Formatter(self._get_path('icons/'))
self._snarler = snarler
self._clock = clock
def extendGlobal(name, namespace):
formatter = Formatter(METHOD_INDENTATION)
for method in namespace['methods']:
formatter.add(generateMethodJSDoc(method))
formatter.addLine(name, '.prototype.',
convertKey(method['name']), ' = function(',
formatParams(method['parameters']), ") {")
formatter.addLine('};')
formatter.newLine()
return formatter.getResult()
def format(self):
file_contents = self.get_file_contents()
formatter = Formatter()
file_contents = formatter.format(file_contents, **self.get_rule_list())
Reporter.add_message(file_contents)
def formatNamespace(namespace):
namespaceName = convertIds(namespace[0])
namespaceContent = namespace[1]
formatter = Formatter()
formatter.add(generateNamespaceJSDoc(namespaceContent))
if namespaceName.find('.') < 0:
if namespaceName == 'Global': # ie. Global.alert -> alert()
formatter.add(formatGlobal(namespaceContent))
return formatter.getResult()
formatter.add('var ')
if namespaceName == 'Titanium':
namespaceName = 'Ti'
elif namespaceName.startswith(
'Global.'): # ie. Global.String prototype extension
formatter.add(extendGlobal(namespaceName[7:], namespaceContent))
return formatter.getResult()
if 'subtype' in namespaceContent and namespaceContent['subtype'] == 'proxy':
formatter.addLine(namespaceName, ' = function() {').addLine('};')
formatter.addLine(namespaceName, '.prototype = {').newLine()
else:
formatter.addLine(namespaceName, ' = {').newLine()
formatter.addLine(formatProperties(namespaceContent))
formatter.addLine(formatMethods(namespaceContent))
formatter.addLine('};').newLine()
return formatter.getResult()
def generateNamespaceJSDoc(namespace):
formatter = Formatter()
formatter.addLine('/**')
prefix = ' * '
if 'notes' in namespace and namespace['notes']:
formatter.addLine(prefix, 'Notes: ', namespace['notes'])
if 'platforms' in namespace:
formatter.addLine(prefix, 'platforms: ', ', '.join(getPlatforms(namespace['platforms'])))
if namespace['description']:
formatter.addLine(prefix, '@namespace ', namespace['description'])
if 'since' in namespace:
formatter.addLine(prefix, '@since ', namespace['since'])
if 'examples' in namespace:
for example in namespace['examples']:
formatter.addLine(prefix)
formatter.addLine(prefix, '@example ', example['description'])
formatter.addLine(prefix, example['code'])
formatter.addLine(' */')
return convertLinks(formatter.getResult())
def generatePropertyJSDoc(property):
formatter = Formatter(METHOD_INDENTATION)
formatter.addLine('/**')
prefix = ' * '
if KEYS['value'] in property:
formatter.addLine(prefix, property[KEYS['value']])
if 'since' in property:
formatter.addLine(prefix, 'platforms: ',
', '.join(getPlatforms(property['platforms'])))
formatter.addLine(prefix, '@type ', formatType(property['type']))
sinceVer = formatSince(property)
if sinceVer:
formatter.addLine(prefix, '@since ', sinceVer)
formatter.addLine(' */')
return convertLinks(formatter.getResult())
"Recover table activity?\nEnter yes or no y/n: ").lower()
if confirmation == "n":
print("")
elif confirmation == "y":
recovery_list = activity_log.recovery(self.date)
self.repopulate_data(recovery_list)
self.show_tables()
else:
print("")
print("*** You did not enter a valid response. Try again champ. ***")
################ running of the app below ############
# creating instances of classes to run app
formatter = Formatter()
manager = TableManager(day)
activity_log = ActivityLog(manager.date)
# creating list and filling it with table objects
tables = []
for i in range(1, 13):
table = Table(i)
tables.append(table)
# for table in tables:
# print(f"Table - {table.name}- {table.occupied}")
# print(manager.day)
# while loop that keeps app in a running state until user quits with 'q'
user_input = ""
while user_input != "q":
def main():
config = configparser.ConfigParser()
config.read('config.ini')
local_config = configparser.ConfigParser()
local_config.read('config.local.ini')
parser = argparse.ArgumentParser()
parser.add_argument('--bot_key',
action='store',
dest='bot_key',
help='Telegram Bot Key')
parser.add_argument('--target',
action='store',
dest='target',
help='Who will receive the messages')
args = parser.parse_args()
pretty = Formatter()
overrided_config = check_config(config, local_config, args)
LOGGER.debug("""
-------------------------------------
DUMP CONFIG
-------------------------------------
%s""" % pretty(overrided_config.__dict__))
bot = telepot.Bot(overrided_config["telegram"]["bot_key"])
(dict_subs, _, dict_subs) = scan_dirs(dir_subs)
(dict_files, del_list, dict_subs) = scan_dirs(dir_files, dict_subs)
to_move = set(dict_files.keys()).intersection(set(dict_subs.keys()))
out_file = open(output_file, 'a')
LOGGER.debug("""
-------------------------------------
DUMP VARIABLES
-------------------------------------
to_move:
%s
list subs:
%s
list files:
%s
del list:
%s
""" % (pretty(to_move), pretty(dict_subs), pretty(dict_files),
pretty(del_list)))
for episode in to_move:
videofile = dict_files[episode]
if dict_subs[episode].split('.')[-1] == 'zip':
sub = zipfile.ZipFile(dict_subs[episode])
sub_extracted = sub.extract(sub.namelist()[0], '/tmp')
else:
sub_extracted = dict_subs[episode]
destination = dir_dest + '/' + regexp.match(
dict_files[episode].split('/')[-1]).group(1).replace(
'.', ' ') + '/Season ' + episode.split('.')[-2]
mkdir_p(destination)
shutil.move(
sub_extracted, destination + '/' +
'.'.join(videofile.split('/')[-1].split('.')[:-1]) + '.' +
sub_extracted.split('.')[-1])
LOGGER.debug("shutil.move(%s, %s/%s)\n" %
(videofile, destination, videofile.split('/')[-1]))
shutil.move(videofile, destination + '/' + videofile.split('/')[-1])
try:
os.chmod(destination + '/' + videofile.split('/')[-1], 660)
os.chmod(destination, 2770)
except OSError:
print("Can't change permissions, different owner")
output_string = "PUNTATA COPIATA: %s\n" % videofile
out_file.write(output_string)
LOGGER.info(output_string)
try:
bot.sendMessage(overrided_config["telegram"]["target"],
"PUNTATA COPIATA: %s\n" % videofile)
except Exception:
pass
if os.path.dirname(videofile) in del_list:
LOGGER.debug("shutil.rmtree(%s)\n" % os.path.dirname(videofile))
shutil.rmtree(os.path.dirname(videofile))
out_file.close()
def clean_text(self, text, document, sentmin, sentmax, dictionary, cycle):
print("applicator selected")
applicator = Applicator()
cleaner = Cleaner()
formatter = Formatter()
new_text = self.get_string(text)
cycle_list = [
"noalpha", "nodeclare", "excaps", "exletters", "firstperson",
"secondperson", "dupwords", "duplicates", "trimsentlist",
"checkspelling", "help (or h)"
]
def return_cycles():
s = ", "
s = s.join(cycle_list)
return s
cleaner.create_sentc_list(new_text)
if cycle == "full":
cleaner.remv_noalpha()
cleaner.remv_nodeclare()
cleaner.remv_excaps()
cleaner.remv_exletters()
cleaner.remv_firstperson()
cleaner.remv_secondperson()
cleaner.remv_dupwords()
cleaner.remv_duplicates()
cleaner.trim_sentlist(sentmin, sentmax)
cleaner.check_misspelled(dictionary)
elif cycle == "noalpha":
cleaner.remv_noalpha()
elif cycle == "nodeclare":
cleaner.remv_nodeclare()
elif cycle == "excaps":
cleaner.remv_excaps()
elif cycle == "exletters":
cleaner.remv_exletters()
elif cycle == "firstperson":
cleaner.remv_firstperson()
elif cycle == "secondperson":
cleaner.remv_secondperson()
elif cycle == "dupwords":
cleaner.remv_dupwords()
elif cycle == "duplicates":
cleaner.remv_duplicates()
elif cycle == "trimsentlist":
cleaner.trim_sentlist(sentmin, sentmax)
elif cycle == "checkspelling":
cleaner.check_misspelled(dictionary)
else:
print("cycle not found")
print("available cycles:")
print(return_cycles())
raise SystemExit
sentc_list = cleaner.get_sentc_list()
formatter.set_sentlist(sentc_list)
formatter.frmt_textlist()
clean_text = formatter.get_text()
applicator.apply_text(text=clean_text, document=document)
def formatNamespace(namespace):
namespaceName = convertIds(namespace[0])
namespaceContent = namespace[1]
formatter = Formatter()
formatter.add(generateNamespaceJSDoc(namespaceContent))
if namespaceName.find('.') < 0:
if namespaceName == 'Global': # ie. Global.alert -> alert()
formatter.add(formatGlobal(namespaceContent))
return formatter.getResult();
formatter.add('var ')
if namespaceName == 'Titanium':
namespaceName = 'Ti'
elif namespaceName.startswith('Global.'): # ie. Global.String prototype extension
formatter.add(extendGlobal(namespaceName[7:], namespaceContent))
return formatter.getResult();
if 'subtype' in namespaceContent and namespaceContent['subtype'] == 'proxy':
formatter.addLine(namespaceName, ' = function() {').addLine('};')
formatter.addLine(namespaceName, '.prototype = {').newLine()
else:
formatter.addLine(namespaceName, ' = {').newLine()
formatter.addLine(formatProperties(namespaceContent))
formatter.addLine(formatMethods(namespaceContent))
formatter.addLine('};').newLine()
return formatter.getResult()
def generatePropertyJSDoc(property):
formatter = Formatter(METHOD_INDENTATION)
formatter.addLine('/**')
prefix = ' * '
if KEYS['value'] in property:
formatter.addLine(prefix, property[KEYS['value']])
if 'since' in property:
formatter.addLine(prefix, 'platforms: ', ', '.join(getPlatforms(property['platforms'])))
formatter.addLine(prefix, '@type ', formatType(property['type']))
sinceVer = formatSince(property)
if sinceVer:
formatter.addLine(prefix, '@since ', sinceVer)
formatter.addLine(' */')
return convertLinks(formatter.getResult())
parser_config = "parsers.config.json"
def load_parser_config(path):
ps = []
with open(path) as f:
config = json.load(f)
npm_config = config.get("npm")
if npm_config:
import parsers.npm
ps.append(parsers.npm.get(**npm_config))
pip_config = config.get("pip")
if pip_config:
import parsers.pip
ps.append(parsers.pip.get(**pip_config))
return ps
if __name__ == '__main__':
formatter = Formatter(formatter_path)
bill = BillOfMaterials(bill_of_materials_path, formatter)
retrievers = load_parser_config(parser_config)
for f in retrievers:
for material in f():
bill.add(material)
bill.save()
