def __call__(self, values, condition_overrides={}):
from fontTools.ttLib import TTFont
if isinstance(values, str):
values = {'font': values, 'fonts': [values]}
elif isinstance(values, TTFont):
values = {
'font': values.reader.file.name,
'fonts': [values.reader.file.name],
'ttFont': values,
'ttFonts': [values]
}
elif isinstance(values, list):
if isinstance(values[0], str):
values = {'fonts': values}
elif isinstance(values[0], TTFont):
values = {
'fonts': [v.reader.file.name for v in values],
'ttFonts': values
}
self.runner = CheckRunner(
self.profile, values,
Configuration(explicit_checks=[self.check_id]))
for check_identity in self.runner.order:
_, check, _ = check_identity
if check.id != self.check_id:
continue
self.check_identity = check_identity
self.check_section, self.check, self.check_iterargs = check_identity
break
if self.check_identity is None:
raise KeyError(f'Check with id "{self.check_id}" not found.')
self._args = self._get_args(condition_overrides)
return list(self.runner._exec_check(self.check, self._args))
def multiprocessing_worker(jobs_queue, results_queue, profile_module_locator,
runner_kwds):
profile = get_profile_from_module_locator(profile_module_locator)
runner = CheckRunner(profile, **runner_kwds)
reporter = WorkerToQueueReporter(results_queue,
profile=profile,
runner=runner,
ticks_to_flush=5)
next_check_gen = _worker_jobs_generator(jobs_queue, profile, reporter)
runner.run_externally_controlled(reporter.receive, next_check_gen)
def runner_factory( specification
, explicit_checks=None
, custom_order=None
, values=None):
""" Convenience CheckRunner factory. """
return CheckRunner( specification, values
, explicit_checks=explicit_checks
, custom_order=custom_order
)
def start(self):
profile = get_module_profile(
get_module("fontbakery.profiles." + self.profilename))
print(self.checks)
runner = CheckRunner(profile,
values={"fonts": self.paths},
config={
"custom_order": None,
"explicit_checks": self.checks,
"exclude_checks": None
})
print("Log levels: ", self.loglevels)
hr = HTMLReporter(runner=runner, loglevels=self.loglevels)
ghmd = GHMarkdownReporter(runner=runner, loglevels=self.loglevels)
prog = ProgressReporter(self.progressStatus, runner=runner)
reporters = [hr.receive, prog.receive, ghmd.receive]
status_generator = runner.run()
print("Starting distribute_generator")
distribute_generator(status_generator, reporters)
print("Done with distribute_generator")
self.signalStatus.emit(hr.get_html(), ghmd.get_markdown())
def doit(args):
logger = args.logger
htmlfile = args.html
if args.ttfaudit: # Special action to compare checks in profile against check_list values
audit(args.fonts,
logger) # args.fonts used as output file name for audit
return
# Process list of fonts supplied, expanding wildcards using glob if needed
fonts = []
fontstype = None
for pattern in args.fonts:
for fullpath in glob.glob(pattern):
ftype = fullpath.lower().rsplit(".", 1)[-1]
if ftype == "otf": ftype = "ttf"
if ftype not in ("ttf", "ufo"):
logger.log(
"Fonts must be OpenType or UFO - " + fullpath + " invalid",
"S")
if fontstype is None:
fontstype = ftype
else:
if ftype != fontstype:
logger.log(
"All fonts must be of the same type - both UFO and ttf/otf fonts supplied",
"S")
fonts.append(fullpath)
if fonts == []:
logger.log(
"No files match the filespec provided for fonts: " +
str(args.fonts), "S")
# Create the profile object
if args.profile:
proname = args.profile
else:
if fontstype == "ttf":
proname = "silfont.fbtests.ttfchecks"
else:
logger.log("UFO fonts not yet supported", "S")
try:
module = get_module(proname)
except Exception as e:
logger.log("Failed to import profile: " + proname + "\n" + str(e), "S")
profile = get_module_profile(module)
psfcheck_list = module.psfcheck_list
# Create the runner and reporter objetcs, then run the tests
runner = CheckRunner(profile, values={"fonts": fonts})
sr = SerializeReporter(
runner=runner
) # This produces results from all the tests in sr.getdoc for later analysis
reporters = [sr.receive]
if htmlfile:
hr = HTMLReporter(runner=runner, loglevels=[SKIP])
reporters.append(hr.receive)
distribute_generator(runner.run(), reporters)
# Process the results
results = sr.getdoc()
sections = results["sections"]
checks = {}
maxname = 11
somedebug = False
overrides = {}
tempoverrides = False
for section in sections:
secchecks = section["checks"]
for check in secchecks:
checkid = check["key"][1][17:-1]
fontfile = check[
"filename"] if "filename" in check else "Family-wide"
path, fontname = os.path.split(fontfile)
if fontname not in checks:
checks[fontname] = {
"ERROR": [],
"FAIL": [],
"WARN": [],
"INFO": [],
"SKIP": [],
"PASS": [],
"DEBUG": []
}
if len(fontname) > maxname: maxname = len(fontname)
status = check["logs"][0]["status"]
if checkid in psfcheck_list:
# Look for status overrides
(changetype, temp) = ("temp_change_status", True) if "temp_change_status" in psfcheck_list[checkid]\
else ("change_status", False)
if changetype in psfcheck_list[checkid]:
change_status = psfcheck_list[checkid][changetype]
if status in change_status:
reason = change_status[
"reason"] if "reason" in change_status else None
overrides[fontname + ", " +
checkid] = (status + " to " +
change_status[status], temp,
reason)
if temp: tempoverrides = True
status = change_status[status]
checks[fontname][status].append(check)
if status == "DEBUG": somedebug = True
if htmlfile:
logger.log("Writing results to " + htmlfile, "P")
with open(htmlfile, 'w') as hfile:
hfile.write(hr.get_html())
fbstats = ["ERROR", "FAIL", "WARN", "INFO", "SKIP", "PASS"]
psflevels = ["E", "E", "W", "I", "I", "V"]
if somedebug: # Only have debug column if some debug statuses are present
fbstats.append("DEBUG")
psflevels.append("W")
wrapper = TextWrapper(width=120,
initial_indent=" ",
subsequent_indent=" ")
errorcnt = 0
failcnt = 0
summarymess = "Check status summary:\n"
summarymess += "{:{pad}}ERROR FAIL WARN INFO SKIP PASS".format(
"", pad=maxname + 4)
if somedebug: summarymess += " DEBUG"
fontlist = list(sorted(x for x in checks if x != "Family-wide")) + [
"Family-wide"
] # Sort with Family-wide last
for fontname in fontlist:
summarymess += "\n {:{pad}}".format(fontname, pad=maxname)
for i, status in enumerate(fbstats):
psflevel = psflevels[i]
checklist = checks[fontname][status]
cnt = len(checklist)
if cnt > 0 or status != "DEBUG":
summarymess += "{:6d}".format(cnt) # Suppress 0 for DEBUG
if cnt:
if status == "ERROR": errorcnt += cnt
if status == "FAIL": failcnt += cnt
messparts = [
"Checks with status {} for {}".format(status, fontname)
]
for check in checklist:
messparts.append(" > {}".format(check["key"][1][17:-1]))
messparts += wrapper.wrap(check["logs"][0]["message"])
logger.log("\n".join(messparts), psflevel)
if overrides != {}:
summarymess += "\n Note: " + str(
len(overrides)
) + " Fontbakery statuses were overridden - see log file for details"
if tempoverrides:
summarymess += "\n ******** Some of the overrides were temporary overrides ********"
logger.log(summarymess, "P")
if overrides != {}:
for oname in overrides:
override = overrides[oname]
mess = "Status override for " + oname + ": " + override[0]
if override[1]: mess += " (Temporary override)"
logger.log(mess, "W")
if override[2] is not None:
logger.log("Override reason: " + override[2], "I")
if errorcnt + failcnt > 0:
mess = str(
failcnt) + " test(s) gave a status of FAIL" if failcnt > 0 else ""
if errorcnt > 0:
if failcnt > 0: mess += "\n "
mess += str(errorcnt) + " test(s) gave a status of ERROR which means they failed to execute properly." \
"\n " \
" ERROR probably indicates a software issue rather than font issue"
logger.log(mess, "S")
def main(profile=None, values=None):
# profile can be injected by e.g. check-googlefonts injects it's own profile
add_profile_arg = False
if profile is None:
profile = get_profile()
add_profile_arg = True
argument_parser, values_keys = ArgumentParser(profile,
profile_arg=add_profile_arg)
args = argument_parser.parse_args()
if args.list_checks:
if args.loglevels == [PASS]: # if verbose:
from fontbakery.constants import WHITE_STR, CYAN_STR, BLUE_STR
for section in profile._sections.values():
print(WHITE_STR.format("\nSection:") + " " + section.name)
for check in section._checks:
print(
CYAN_STR.format(check.id) + "\n" +
BLUE_STR.format(f'"{check.description}"') + "\n")
else:
for section_name, section in profile._sections.items():
for check in section._checks:
print(check.id)
sys.exit()
values_ = {}
if values is not None:
values_.update(values)
# values_keys are returned by profile.setup_argparse
# these are keys for custom arguments required by the profile.
if values_keys:
for key in values_keys:
if hasattr(args, key):
values_[key] = getattr(args, key)
try:
runner = CheckRunner(profile,
values=values_,
custom_order=args.order,
explicit_checks=args.checkid,
exclude_checks=args.exclude_checkid)
except ValueValidationError as e:
print(e)
argument_parser.print_usage()
sys.exit(1)
# The default Windows Terminal just displays the escape codes. The argument
# parser above therefore has these options disabled.
if sys.platform == "win32":
args.no_progress = True
args.no_colors = True
# the most verbose loglevel wins
loglevel = min(args.loglevels) if args.loglevels else DEFAULT_LOG_LEVEL
tr = TerminalReporter(runner=runner, is_async=False
, print_progress=not args.no_progress
, check_threshold=loglevel
, log_threshold=args.loglevel_messages or loglevel
, usecolor=not args.no_colors
, collect_results_by=args.gather_by
, skip_status_report=None if args.show_sections\
else (STARTSECTION, ENDSECTION)
)
reporters = [tr.receive]
if args.json:
sr = SerializeReporter(runner=runner,
collect_results_by=args.gather_by)
reporters.append(sr.receive)
if args.ghmarkdown:
mdr = GHMarkdownReporter(loglevels=args.loglevels,
runner=runner,
collect_results_by=args.gather_by)
reporters.append(mdr.receive)
if args.html:
hr = HTMLReporter(loglevels=args.loglevels,
runner=runner,
collect_results_by=args.gather_by)
reporters.append(hr.receive)
distribute_generator(runner.run(), reporters)
if args.json:
import json
json.dump(sr.getdoc(), args.json, sort_keys=True, indent=4)
print("A report in JSON format has been"
" saved to '{}'".format(args.json.name))
if args.ghmarkdown:
args.ghmarkdown.write(mdr.get_markdown())
print("A report in GitHub Markdown format which can be useful\n"
" for posting issues on a GitHub issue tracker has been\n"
" saved to '{}'".format(args.ghmarkdown.name))
if args.html:
args.html.write(hr.get_html())
print(f"A report in HTML format has been saved to '{args.html.name}'")
# Fail and error let the command fail
return 1 if tr.worst_check_status in (ERROR, FAIL) else 0
def main(profile=None, values=None):
# profile can be injected by e.g. check-googlefonts injects it's own profile
add_profile_arg = False
if profile is None:
profile = get_profile()
add_profile_arg = True
argument_parser, values_keys = ArgumentParser(profile, profile_arg=add_profile_arg)
args = argument_parser.parse_args()
if args.list_checks:
if args.loglevels == [PASS]: # if verbose:
from fontbakery.constants import WHITE_STR, CYAN_STR, BLUE_STR
for section in profile._sections.values():
print(WHITE_STR.format("\nSection:") + " " + section.name)
for check in section._checks:
print(CYAN_STR.format(check.id) + "\n" +
BLUE_STR.format(f'"{check.description}"') + "\n")
else:
for section_name, section in profile._sections.items():
for check in section._checks:
print(check.id)
sys.exit()
values_ = {}
if values is not None:
values_.update(values)
# values_keys are returned by profile.setup_argparse
# these are keys for custom arguments required by the profile.
if values_keys:
for key in values_keys:
if hasattr(args, key):
values_[key] = getattr(args, key)
try:
runner = CheckRunner(profile
, values=values_
, custom_order=args.order
, explicit_checks=args.checkid
, exclude_checks=args.exclude_checkid
)
except ValueValidationError as e:
print(e)
argument_parser.print_usage()
sys.exit(1)
# The default Windows Terminal just displays the escape codes. The argument
# parser above therefore has these options disabled.
if sys.platform == "win32":
args.no_progress = True
args.no_colors = True
# the most verbose loglevel wins
loglevel = min(args.loglevels) if args.loglevels else DEFAULT_LOG_LEVEL
tr = TerminalReporter(runner=runner, is_async=False
, print_progress=not args.no_progress
, check_threshold=loglevel
, log_threshold=args.loglevel_messages or loglevel
, usecolor=not args.no_colors
, collect_results_by=args.gather_by
, skip_status_report=None if args.show_sections\
else (STARTSECTION, ENDSECTION)
)
reporters = [tr.receive]
if args.json:
sr = SerializeReporter(runner=runner, collect_results_by=args.gather_by)
reporters.append(sr.receive)
if args.ghmarkdown:
mdr = GHMarkdownReporter(loglevels=args.loglevels,
runner=runner,
collect_results_by=args.gather_by)
reporters.append(mdr.receive)
if args.html:
hr = HTMLReporter(loglevels=args.loglevels,
runner=runner,
collect_results_by=args.gather_by)
reporters.append(hr.receive)
distribute_generator(runner.run(), reporters)
if args.json:
import json
json.dump(sr.getdoc(), args.json, sort_keys=True, indent=4)
print("A report in JSON format has been"
" saved to '{}'".format(args.json.name))
if args.ghmarkdown:
args.ghmarkdown.write(mdr.get_markdown())
print("A report in GitHub Markdown format which can be useful\n"
" for posting issues on a GitHub issue tracker has been\n"
" saved to '{}'".format(args.ghmarkdown.name))
if args.html:
args.html.write(hr.get_html())
print(f"A report in HTML format has been saved to '{args.html.name}'")
# Fail and error let the command fail
return 1 if tr.worst_check_status in (ERROR, FAIL) else 0
def main(profile=None, values=None):
# profile can be injected by e.g. check-googlefonts injects it's own profile
add_profile_arg = False
if profile is None:
profile = get_profile()
add_profile_arg = True
argument_parser, values_keys = ArgumentParser(profile,
profile_arg=add_profile_arg)
args = argument_parser.parse_args()
# The default Windows Terminal just displays the escape codes. The argument
# parser above therefore has these options disabled.
if sys.platform == "win32":
args.no_progress = True
args.no_colors = True
theme = get_theme(args)
# the most verbose loglevel wins
loglevel = min(args.loglevels) if args.loglevels else DEFAULT_LOG_LEVEL
if args.list_checks:
list_checks(profile, theme, verbose=loglevel > DEFAULT_LOG_LEVEL)
values_ = {}
if values is not None:
values_.update(values)
# values_keys are returned by profile.setup_argparse
# these are keys for custom arguments required by the profile.
if values_keys:
for key in values_keys:
if hasattr(args, key):
values_[key] = getattr(args, key)
if args.configfile:
configuration = Configuration.from_config_file(args.configfile)
else:
configuration = Configuration()
# Command line args overrides config, but only if given
configuration.maybe_override(
Configuration(custom_order=args.order,
explicit_checks=args.checkid,
exclude_checks=args.exclude_checkid))
runner_kwds = dict(values=values_, config=configuration)
try:
runner = CheckRunner(profile, **runner_kwds)
except ValueValidationError as e:
print(e)
argument_parser.print_usage()
sys.exit(1)
is_async = args.multiprocessing != 0
tr = TerminalReporter(runner=runner, is_async=is_async
, print_progress=not args.no_progress
, succinct=args.succinct
, check_threshold=loglevel
, log_threshold=args.loglevel_messages or loglevel
, theme=theme
, collect_results_by=args.gather_by
, skip_status_report=None if args.show_sections \
else (SECTIONSUMMARY, )
)
reporters = [tr]
if "reporters" not in args:
args.reporters = []
for reporter_class, output_file in args.reporters:
reporters.append(
reporter_class(loglevels=args.loglevels,
runner=runner,
collect_results_by=args.gather_by,
output_file=output_file))
if args.multiprocessing == 0:
status_generator = runner.run()
else:
status_generator = multiprocessing_runner(args.multiprocessing, runner,
runner_kwds)
distribute_generator(status_generator,
[reporter.receive for reporter in reporters])
for reporter in reporters:
reporter.write()
# Fail and error let the command fail
return 1 if tr.worst_check_status in (ERROR, FAIL) else 0
def main(profile=None, values=None):
# profile can be injected by e.g. check-googlefonts injects it's own profile
add_profile_arg = False
if profile is None:
profile = get_profile()
add_profile_arg = True
argument_parser, values_keys = ArgumentParser(profile,
profile_arg=add_profile_arg)
args = argument_parser.parse_args()
# The default Windows Terminal just displays the escape codes. The argument
# parser above therefore has these options disabled.
if sys.platform == "win32":
args.no_progress = True
args.no_colors = True
from fontbakery.constants import NO_COLORS_THEME, DARK_THEME, LIGHT_THEME
if args.no_colors:
theme = NO_COLORS_THEME
else:
if args.light_theme:
theme = LIGHT_THEME
elif args.dark_theme:
theme = DARK_THEME
elif sys.platform == "darwin":
# The vast majority of MacOS users seem to use a light-background on the text terminal
theme = LIGHT_THEME
else:
# For orther systems like GNU+Linux and Windows, a dark terminal seems to be more common.
theme = DARK_THEME
if args.list_checks:
if args.loglevels == [PASS]: # if verbose:
for section in profile._sections.values():
print(theme["list-checks: section"]("\nSection:") + " " +
section.name)
for check in section._checks:
print(theme["list-checks: check-id"](check.id) + "\n" +
theme["list-checks: description"]
(f'"{check.description}"') + "\n")
else:
for section_name, section in profile._sections.items():
for check in section._checks:
print(check.id)
sys.exit()
values_ = {}
if values is not None:
values_.update(values)
# values_keys are returned by profile.setup_argparse
# these are keys for custom arguments required by the profile.
if values_keys:
for key in values_keys:
if hasattr(args, key):
values_[key] = getattr(args, key)
runner_kwds = dict(values=values_,
custom_order=args.order,
explicit_checks=args.checkid,
exclude_checks=args.exclude_checkid)
try:
runner = CheckRunner(profile, **runner_kwds)
except ValueValidationError as e:
print(e)
argument_parser.print_usage()
sys.exit(1)
is_async = args.multiprocessing != 0
# the most verbose loglevel wins
loglevel = min(args.loglevels) if args.loglevels else DEFAULT_LOG_LEVEL
tr = TerminalReporter(runner=runner, is_async=is_async
, print_progress=not args.no_progress
, succinct=args.succinct
, check_threshold=loglevel
, log_threshold=args.loglevel_messages or loglevel
, theme=theme
, collect_results_by=args.gather_by
, skip_status_report=None if args.show_sections \
else (SECTIONSUMMARY, )
)
reporters = [tr.receive]
if args.json:
sr = SerializeReporter(runner=runner,
collect_results_by=args.gather_by)
reporters.append(sr.receive)
if args.ghmarkdown:
mdr = GHMarkdownReporter(loglevels=args.loglevels,
runner=runner,
collect_results_by=args.gather_by)
reporters.append(mdr.receive)
if args.html:
hr = HTMLReporter(loglevels=args.loglevels,
runner=runner,
collect_results_by=args.gather_by)
reporters.append(hr.receive)
if args.multiprocessing == 0:
status_generator = runner.run()
else:
status_generator = multiprocessing_runner(args.multiprocessing, runner,
runner_kwds)
distribute_generator(status_generator, reporters)
if args.json:
import json
json.dump(sr.getdoc(), args.json, sort_keys=True, indent=4)
print(f'A report in JSON format has been'
f' saved to "{args.json.name}"')
if args.ghmarkdown:
args.ghmarkdown.write(mdr.get_markdown())
print(f'A report in GitHub Markdown format which can be useful\n'
f' for posting issues on a GitHub issue tracker has been\n'
f' saved to "{args.ghmarkdown.name}"')
if args.html:
args.html.write(hr.get_html())
print(f'A report in HTML format has been saved to "{args.html.name}"')
# Fail and error let the command fail
return 1 if tr.worst_check_status in (ERROR, FAIL) else 0
class CheckTester:
"""
This class offers a bit of automation to aid in the implementation of
code-tests to validade the proper behaviour of FontBakery checks.
!!!CAUTION: this uses a lot of "private" methods and properties
of CheckRunner, in order to make unit testing different cases simpler.
This is not intended to run in production. However, if that is desired
we may or may not find inspiration here on how to implement a proper
public CheckRunner API.
Not built for performance either!
The idea is that we can let this class take care of computing
the dependencies of a check for us. And we can also optionaly "fake"
some of them in order to create useful testing scenarios for the checks.
An initial run can be with unaltered arguments, as CheckRunner would
produce them by itself. And subsequent calls can reuse some of them.
"""
def __init__(self, module_or_profile, check_id):
self.profile = module_or_profile \
if isinstance(module_or_profile, Profile) \
else get_module_profile(module_or_profile)
self.check_id = check_id
self.check_identity = None
self.check_section = None
self.check = None
self.check_iterargs = None
self._args = None
def _get_args(self, condition_overrides=None):
if condition_overrides is not None:
for name_key, value in condition_overrides.items():
if isinstance(name_key, str):
# this is a simplified form of a cache key:
# write the conditions directly to the iterargs of the check identity
used_iterargs = self.runner._filter_condition_used_iterargs(
name_key, self.check_iterargs)
key = (name_key, used_iterargs)
else:
# Full control for the caller, who has to inspect how
# the desired key needs to be set up.
key = name_key
# error, value
self.runner._cache['conditions'][key] = None, value
args = self.runner._get_args(self.check, self.check_iterargs)
# args that are derived iterables are generators that must be
# converted to lists, otherwise we end up with exhausted
# generators after their first consumption.
for k in args:
if self.profile.get_type(k, None) == 'derived_iterables':
args[k] = list(args[k])
return args
def __getitem__(self, key):
if key in self._args:
return self._args[key]
used_iterargs = self.runner._filter_condition_used_iterargs(
key, self.check_iterargs)
key = (key, used_iterargs)
if key in self.runner._cache['conditions']:
return self.runner._cache['conditions'][key][1]
def __call__(self, values, condition_overrides={}):
from fontTools.ttLib import TTFont
if isinstance(values, str):
values = {'font': values, 'fonts': [values]}
elif isinstance(values, TTFont):
values = {
'font': values.reader.file.name,
'fonts': [values.reader.file.name],
'ttFont': values,
'ttFonts': [values]
}
elif isinstance(values, list):
if isinstance(values[0], str):
values = {'fonts': values}
elif isinstance(values[0], TTFont):
values = {
'fonts': [v.reader.file.name for v in values],
'ttFonts': values
}
self.runner = CheckRunner(
self.profile, values,
Configuration(explicit_checks=[self.check_id]))
for check_identity in self.runner.order:
_, check, _ = check_identity
if check.id != self.check_id:
continue
self.check_identity = check_identity
self.check_section, self.check, self.check_iterargs = check_identity
break
if self.check_identity is None:
raise KeyError(f'Check with id "{self.check_id}" not found.')
self._args = self._get_args(condition_overrides)
return list(self.runner._exec_check(self.check, self._args))
def main(specification=None, values=None):
# specification can be injected by e.g. check-googlefonts injects it's own spec
add_spec_arg = False
if specification is None:
specification = get_spec()
add_spec_arg = True
argument_parser, values_keys = ArgumentParser(specification, spec_arg=add_spec_arg)
args = argument_parser.parse_args()
if args.list_checks:
print('Available checks')
for section_name, section in specification._sections.items():
checks = section.list_checks()
message = "# {}:\n {}".format(section_name,"\n ".join(checks))
print(message)
sys.exit()
values_ = {}
if values is not None:
values_.update(values)
# values_keys are returned by specification.setup_argparse
# these are keys for custom arguments required by the spec.
if values_keys:
for key in values_keys:
if hasattr(args, key):
values_[key] = getattr(args, key)
try:
runner = CheckRunner(specification
, values=values_
, custom_order=args.order
, explicit_checks=args.checkid
, exclude_checks=args.exclude_checkid
)
except ValueValidationError as e:
print(e)
argument_parser.print_usage()
sys.exit(1)
# The default Windows Terminal just displays the escape codes. The argument
# parser above therefore has these options disabled.
if sys.platform == "win32":
args.no_progress = True
args.no_colors = True
# the most verbose loglevel wins
loglevel = min(args.loglevels) if args.loglevels else DEFAULT_LOG_LEVEL
tr = TerminalReporter(runner=runner, is_async=False
, print_progress=not args.no_progress
, check_threshold=loglevel
, log_threshold=args.loglevel_messages or loglevel
, usecolor=not args.no_colors
, collect_results_by=args.gather_by
, skip_status_report=None if args.show_sections\
else (STARTSECTION, ENDSECTION)
)
reporters = [tr.receive]
if args.json:
sr = SerializeReporter(runner=runner, collect_results_by=args.gather_by)
reporters.append(sr.receive)
if args.ghmarkdown:
mdr = GHMarkdownReporter(loglevels=args.loglevels,
runner=runner,
collect_results_by=args.gather_by)
reporters.append(mdr.receive)
distribute_generator(runner.run(), reporters)
if args.json:
import json
json.dump(sr.getdoc(), args.json, sort_keys=True, indent=4)
print("A report in JSON format has been"
" saved to '{}'".format(args.json.name))
if args.ghmarkdown:
args.ghmarkdown.write(mdr.get_markdown())
print("A report in GitHub Markdown format which can be useful\n"
" for posting issues on a GitHub issue tracker has been\n"
" saved to '{}'".format(args.ghmarkdown.name))
# Fail and error let the command fail
return 1 if tr.worst_check_status in (ERROR, FAIL) else 0