def _generate_formatted_output(self):
def output_percent(obj):
f = None
if type(obj) is withdelta:
f = obj.delta
if f is None:
return self.delta_colw * ' '
elif f != f:
return (self.delta_colw - 3) * ' ' + 'n/a'
elif f == 0.0:
return (self.delta_colw - 1) * ' ' + '='
else:
as_string = '{:+0.1%}'.format(f)
padding = ' ' * (self.delta_colw - len(as_string))
if f > 0.05:
return padding + SimpleConsoleFormatter.FAIL + as_string + SimpleConsoleFormatter.ENDC
elif f > 0.0:
return padding + SimpleConsoleFormatter.WARNING + as_string + SimpleConsoleFormatter.ENDC
else:
return padding + SimpleConsoleFormatter.OKGREEN + as_string + SimpleConsoleFormatter.ENDC
self._formatted_output = []
for k in self.runs_group:
self._formatted_output.append([SimpleConsoleFormatter.OKBLUE + k + SimpleConsoleFormatter.ENDC + ' ' * (self.key_colw - len(k))])
if type(self.runs_group[k]) is list:
self._formatted_output[-1].append(str(val_of(self.runs_group[k][0])))
for val in self.runs_group[k][1:]:
self._formatted_output[-1] += [str(val_of(val)), output_percent(val)]
else:
self._formatted_output[-1].append(str(val_of(self.runs_group[k])))
def compute_value_len(self):
"""
Stores the maximum length of the string representation of each value into
`value_colw`. Retuns it.
"""
for k in self.runs_group:
if type(self.runs_group[k]) is list:
new_max = max([len(str(val_of(obj))) for obj in self.runs_group[k]])
else:
new_max = len(str(val_of(self.runs_group[k])))
if new_max > self.value_colw:
self.value_colw = new_max
return self.value_colw
def process_groups(groups, group_offset = 0):
for n_group in xrange(0, len(groups)):
runs_in_group = self._num_of_runs_in_group[n_group + group_offset]
append(self.begin_group(loc.update(
n_group=n_group,
num_of_runs_in_group=runs_in_group
)))
for n_run in xrange(0, runs_in_group):
append(self.begin_row(loc.update(n_run=n_run)))
for n_col in xrange(0, len(self.header)):
# account for missing columns
col_name = self.header[n_col]
runs_in_cell = -1
value = None
delta = None
if col_name in groups[n_group]:
runs_in_cell = self._num_of_runs_in_cell[n_group][col_name]
if runs_in_cell > 0:
value = groups[n_group][col_name][n_run]
else:
value = groups[n_group][col_name]
delta = value.delta if isinstance(value, withdelta) else None
value = val_of(value)
append(self.begin_col(loc.update(
value=value,
delta=delta,
num_of_runs_in_cell=runs_in_cell,
col_has_delta=self.column_has_delta(col_name),
n_col=n_col,
col_name=col_name
)))
append(self.begin_value(loc.update(loc_in_cell=loc.LOC_IN_CELL_VALUE)))
append(self.process_value(loc))
append(self.end_value(loc))
append(self.begin_delta(loc.update(loc_in_cell=loc.LOC_IN_CELL_DELTA)))
append(self.process_delta(loc))
append(self.end_delta(loc))
append(self.end_col(loc.update(loc_in_cell=None)))
append(self.end_row(loc.update(
value=None,
delta=None,
num_of_runs_in_cell=-1,
col_has_delta=None,
n_col=-1,
col_name=None
)))
append(self.end_group(loc.update(n_run=-1)))
