def get_datetime(result):
if key == 'runtime':
datetime = result.runtime.datetime
elif key == 'job':
datetime = result.datetime
else:
raise ArgumentError('"key" argument must be "runtime" or "job"')
return time.local_time(datetime)
def get_datetime(result):
if key == 'build':
datetime = result.runinfo.datetime
elif key == 'job':
datetime = result.datetime
else:
raise ValueError('"key" argument must be "build" or "job"')
return time.local_time(datetime)
def titlestr(k, v):
if k == 'name':
return 'Runtime: ' + v
if k == 'datetime':
return 'Date/Time: ' + time.short_timestr(time.local_time(v))
elif k == 'compiler':
return 'Compiler: ' + os.path.basename(v).upper()
else:
s = str(v).title()
if len(s) > 20:
s = s[:20] + '…'
return k.title() + ': ' + s
def titlestr(k, v):
if k == 'name':
return 'Runtime: ' + v.title()
if k == 'datetime':
return 'Date/Time: ' + time.short_timestr(time.local_time(v))
elif k == 'compiler':
m = re.match(
'(?P<compiler>[^ ]+) (?P<version>[^ ]+)'
'( \\((?P<compiler2>[^ ]+) (?P<version2>[^ ]+)\\))?', v)
if m:
d = m.groupdict()
d['compiler'] = os.path.basename(d['compiler'])
v = '{compiler} {version}'.format(**d)
if d['compiler2']:
d['compiler2'] = os.path.basename(d['compiler2'])
v += ' ({compiler2} {version2})'.format(**d)
return 'Compiler: ' + v
else:
s = str(v).title()
if len(s) > 20:
s = s[:20] + '…'
return k.title() + ': ' + s
