def ticket_info(self, sender, message, channel, number=None):
""" Set reply to sender and handle errors """
self.log('looking for ticket %s' % number)
try:
url = '%s/issues/%s.%s' % (self.redmine_url, number,
self.redmine_format)
headers = {'X-Redmine-API-Key': self.redmine_api_key}
content = fetch_content(url, headers=headers)
issue = json.loads(content).get('issue', None)
if issue is None:
raise WebAPIError(number)
status = issue.get('status', None).get('name', '')
priority = issue.get('priority', None).get('name', '')
subject = truncate(issue.get('subject', ''), 50)
tracker = issue.get('tracker', None).get('name', '')
ticket_url = '%s/issues/%s' % (self.redmine_url, number)
reply = "%s: %s: %s Priority: %s Status: %s Subj: '%s' %s" % (
sender, tracker, number, priority, status, subject, ticket_url)
except WebAPIError, ex:
reply = '%s: could not find ticket %s (also: %s)' % (sender,
number, ex)
self.log(reply)
def getPeriodInfo(self, bid, start, period, sample, c=None, total=None):
close_cursor = False
if c is None:
c = self.db.cursor()
close_cursor = True
query = self._get_period_info_query()
t = [bid, start, start + period]
if sample.lower() != 'all':
t.append(sample)
query += " AND lb = ?"
# print "query: %s, var: %s" % (query, str(t))
logging.debug(query + str(t))
c.execute(query, t)
row = c.fetchone()
ret = {'name': sample, 'count': row[0],
'avgt': row[1], 'maxt': row[2], 'mint': row[3],
'stddevt': row[4], 'medt': row[5], 'p10t': row[6],
'p90t': row[7], 'p95t': row[8], 'p98t': row[9],
'total': row[10], 'success': row[11],
'tput': row[0] / float(period),
'filename': str2id(sample),
'title': str2id(sample | truncate(20))}
ret['error'] = int(ret['count'] - ret['success'])
ret['success_rate'] = 100.
if ret['count'] > 0:
ret['success_rate'] = (100. * ret['success']) / ret['count']
if total is None or not total:
ret['percent'] = 100.
else:
ret['percent'] = ret['total'] * 100. / total
if close_cursor:
c.close()
return ret
def getPeriodInfo(self, bid, start, period, sample, c=None, total=None):
close_cursor = False
if c is None:
c = self.db.cursor()
close_cursor = True
query = self._get_period_info_query()
t = [bid, start, start + period]
if sample.lower() != 'all':
t.append(sample)
query += " AND lb = ?"
# print "query: %s, var: %s" % (query, str(t))
logging.debug(query + str(t))
c.execute(query, t)
row = c.fetchone()
ret = {'name': sample, 'count': row[0],
'avgt': row[1], 'maxt': row[2], 'mint': row[3],
'stddevt': row[4], 'medt': row[5], 'p10t': row[6],
'p90t': row[7], 'p95t': row[8], 'p98t': row[9],
'total': row[10], 'success': row[11],
'tput': row[0] / float(period),
'filename': str2id(sample),
'title': str2id(sample | truncate(20))}
ret['error'] = int(ret['count'] - ret['success'])
ret['success_rate'] = 100.
if ret['count'] > 0:
ret['success_rate'] = (100. * ret['success']) / ret['count']
if total is None or not total:
ret['percent'] = 100.
else:
ret['percent'] = ret['total'] * 100. / total
if close_cursor:
c.close()
return ret
def _prep_start(self):
'''
Populate data gathered from global config.
'''
logger.log_info("Preparing WSGI Application...")
# Load modules
self.load_drivers()
for i in config.preprocessors:
self.preprocessors.append(self.drivers.preprocessor[i])
if not hasattr(self.drivers.preprocessor[i], 'priority'):
self.drivers.preprocessor[i].priority = 10
for i in config.postprocessors:
self.postprocessors.append(self.drivers.postprocessor[i])
if not hasattr(self.drivers.postprocessor[i], 'priority'):
self.drivers.postprocessor[i].priority = 10
for mapping, path in config.static_map.items():
logger.log_info("Mapping static directory: '%s' => '%s'" %
(mapping, truncate(path, 40)))
self.static_map[mapping] = path
# Initialize dispatcher
self.dispatcher = self.drivers.dispatcher.current(self)
for i, init_hook in self.drivers.init_hook.iteritems():
init_hook(self)
# Signal that the application has been prepped
self._prepped = True
def prep_summary(str):
placeholder = "A nifty project."
if not str:
return placeholder
elif str == "UNKNOWN":
return placeholder
else:
return truncate(str)
def _wrap_code(self, source):
yield 0, templates["top"].render(
name=util.truncate(self.title),
cssfile=self.cssfile,
raw_path=self.raw_path,
use_extensions=self.use_extensions,
)
for i, t in source:
yield i, t
yield 0, templates["bottom"].render()
def fetch_normal():
response = url_fetch(url, return_response_obj=True)
# print 'INFO', response.info()
if response and response.info().getheader('content-type', 'text/html').lower().split(';')[0].strip() == 'text/html':
markup = response.read()
else:
print 'BAD MIME TYPE' if response else 'NO SUCCESSFUL RESPONSE'
markup = None
if markup:
# process markup:
markup_soup = BeautifulSoup(markup, 'lxml')
og_title = find_meta_value(markup_soup, 'og:title')
og_image = find_meta_value(markup_soup, 'og:image')
og_description = find_meta_value(markup_soup, 'og:description')
title_field = find_title(markup_soup)
article.site_name = find_meta_value(markup_soup, 'og:site_name')
# find author:
article.author = find_author(markup_soup)
# parse and process article content:
content.html = article_extractor.extract(markup, article.url)
doc_soup = BeautifulSoup(content.html, 'lxml')
article.title = first_present([og_title, title_field, article.title])
article.top_image = make_url_absolute(first_present([article.top_image, og_image]))
populate_article_json(article, content)
# compute description:
description = None
if og_description and len(og_description.strip()):
description = truncate(og_description.strip(), words=40)
elif content.text and len(content.text.strip()) > 0:
description = truncate(content.text, words=40)
article.description = re.sub(r"[\r\n\t ]+", " ", description).strip() if description else None
return True
else:
return False
def encodeSymbols(self, dataSubcarriers, pilotPolarity):
Ns = dataSubcarriers.shape[0]
symbols = np.zeros((Ns, self.format.nfft), np.complex)
symbols[:, self.format.dataSubcarriers] = dataSubcarriers
symbols[:, self.format.
pilotSubcarriers] = self.format.pilotTemplate * np.array(
list(util.truncate(pilotPolarity, Ns)))[:, np.newaxis]
tilesNeeded = (
self.format.ncp + self.format.nfft -
1) // self.format.nfft + 2 # +1 for symbol, +1 for cross-fade
start = -self.format.ncp % self.format.nfft
return np.tile(np.fft.ifft(symbols),
(1, tilesNeeded))[:, start:-(self.format.nfft - 1)]
def commit_info(self, sender, message, channel, sha):
""" Retrieve commit info from Github, warm up repo cache if need be. """
self.log('looking for commit %s' % sha)
# check our local cache of commit info
if sha in self.commits:
return "%s: %s" % (sender, self.commits[sha])
reply = None
if not self.github_repos:
self._populate_github_repos()
for repo in self.github_repos:
url = "%s/api/v2/json/commits/show/%s/%s/%s" % (self.github_url,
self.github_user, repo, sha)
try:
content = fetch_content(url,
credentials=self.github_credentials)
commit = json.loads(content).get('commit', None)
if commit:
login = commit.get('committer', None).get('login', '')
date = commit.get('committed_date', '')
commit_url = commit.get('url', None)
if commit_url:
commit_url = "%s%s" % (self.github_url, commit_url)
msg = truncate(commit.get('message', ''), 50)
reply = self.commit_msg % (sha[0:10], login,
date, msg, commit_url)
# save it to a local cache so we don't waste API calls
self.commits[sha] = reply
reply = "%s: %s" % (sender, reply)
# got our commit, don't waste API calls
break
except WebAPIError, ex:
pass
except ValueError, ex:
# apparent incomplete json, go ahead and return
reply = "Incomplete response, please try again."
self.log("%s: %s" % (reply, ex))
break
def _prep_start(self):
'''
Populate data gathered from global config.
'''
logger.log_info("Preparing WSGI Application...")
# Load modules
self.load_drivers()
for i in config.preprocessors:
self.preprocessors.append(self.drivers.preprocessor[i])
if not hasattr(self.drivers.preprocessor[i], 'priority'):
self.drivers.preprocessor[i].priority = 10
for i in config.postprocessors:
self.postprocessors.append(self.drivers.postprocessor[i])
if not hasattr(self.drivers.postprocessor[i], 'priority'):
self.drivers.postprocessor[i].priority = 10
# Sort the pre/postprocessors by priority
self.preprocessors.sort(key=lambda x: x.priority)
self.postprocessors.sort(key=lambda x: x.priority)
for mapping, path in config.static_map.items():
logger.log_info("Mapping static directory: '%s' => '%s'" % (
mapping, truncate(path, 40)))
self.static_map[mapping] = path
# Initialize dispatcher
self.dispatcher = self.drivers.dispatcher.current(self)
for i, init_hook in self.drivers.init_hook.iteritems():
init_hook(self)
# Signal that the application has been prepped
self._prepped = True
def set_summary(self):
self.summary = "A nifty project."
try:
self.summary = truncate(self.api_raw["info"]["description"])
except (KeyError, TypeError):
pass
def confirm_input(words: List[str], pr, original_input, ignore_0match):
n = pr.longest
cols = shutil.get_terminal_size().columns
prp = prompt_string()
printed = ''
if ignore_0match and (n == 0 or
(n == 1 and pr.missing and words[0].isdigit())):
if prompt: util.clear_line()
print(prp + colored(
util.truncate(original_input, cols - len(util.strip_markup(prp))),
'yellow'),
end='\r')
sys.stdout.flush()
return False
if prompt:
util.clear_line()
printed = prp
print(printed, end='')
sys.stdout.flush()
if prompt:
needed = 0
i = 0
while i < n:
needed += len(words[i])
if i + 1 < n: needed += len(' ')
i += 1
if n != len(words):
if n != 0: needed += len(' ')
needed += 5
elif pr.missing:
needed += len(' ???')
avail = cols - len(util.strip_markup(printed))
if needed > avail:
print('\n ', end='')
printed = ' '
all_good = (n == len(words) and not pr.missing and pr.error is None)
if all_good:
if all_good_beep is not None:
all_good_beep.play()
elif good_beep is not None and n != 0:
good_beep.play(n - 1)
i = 0
while i < n:
if prompt:
x = colored(words[i], 'green')
if i + 1 < n: x += ' '
print(x, end='')
sys.stdout.flush()
printed += x
if not all_good and good_beep is not None:
time.sleep(good_beep.get_length())
i += 1
if not all_good and bad_beep is not None:
bad_beep.play()
if prompt:
if n != len(words):
if n != 0:
print(' ', end='')
printed += ' '
avail = cols - len(util.strip_markup(printed))
print(colored(util.truncate(' '.join(words[n:]), avail), 'red'),
end='')
elif pr.missing:
# if all words were consumed but evaluation still went bad,
# it means additional input was missing
print(colored(' ???', 'red'), end='')
print()
if pr.error is not None:
print()
print(colored('error:', 'red'), pr.error)
return False
if not pr.missing:
if pr.retval is not None:
s = str(pr.retval)
if not s.endswith('\n'): s += '\n'
print(s, end='')
elif n != len(words) and pr.missing == ['<command>']:
print(colored('error: no such command', 'red'))
elif suggestions is not None:
eclcompletion.print_suggestions(eclc, suggestions)
else:
problem = ('missing' if n == len(words) else 'expected')
problem += ' ' + ' or '.join(
map(eclc.render_unit, list(set(pr.missing))))
print(colored('error: ' + problem, 'red'))
return True
def seek(agent: Agent, frame_time, target: Vector2):
locomotion = agent.locomotion * frame_time
desired_velocity = truncate(target - agent.position, locomotion.max_speed)
return desired_velocity
def compute_day(self, di, alpha):
# Should return alpha as a list
util.truncate(alpha, self.maxPercent, self.maxIter)
return alpha
def test_truncate():
assert truncate("测试内容123test", 20) == "测试内容123test"
assert truncate("测试内容123test", 11) == "测试内容..."
assert truncate("测试内容123test", 8) == "测试..."
assert truncate("测试内容123test", 4) == "..."
def encodeSymbols(self, dataSubcarriers, pilotPolarity):
Ns = dataSubcarriers.shape[0]
symbols = np.zeros((Ns,self.format.nfft), np.complex)
symbols[:,self.format.dataSubcarriers] = dataSubcarriers
symbols[:,self.format.pilotSubcarriers] = self.format.pilotTemplate * np.array(list(util.truncate(pilotPolarity, Ns)))[:,np.newaxis]
tilesNeeded = (self.format.ncp+self.format.nfft-1) // self.format.nfft + 2 # +1 for symbol, +1 for cross-fade
start = -self.format.ncp % self.format.nfft
return np.tile(np.fft.ifft(symbols), (1,tilesNeeded))[:,start:-(self.format.nfft-1)]
def parse_js_helper(t, type_):
if type_ in ['albums', 'tracks']:
return (util.truncate(t['artist']['name']),
util.truncate(t['name']), t['playcount'])
elif type_ == 'artists':
return (util.truncate(t['name']), t['playcount'])