def dump_report(self):
""" Dump check report. """
valid_str = 'Success' if self.get_valid() else 'Fail'
pretty_status = {
'ERROR': 'Error(s)',
'WARNING': 'Warning(s)',
'INFO': 'Info(s)',
'SILENT': 'Supressed(s)',
}
status_list = []
for status, label in six.iteritems(pretty_status):
checks = [
"\t{} - {}".format(name, msg)
for name, msg in self.check_report[status]
]
if len(checks) > 0:
checks_str = '\n'.join(checks)
status_list.append("{} :\n{}".format(label, checks_str))
bypass_list = self.check_profile['bypass']
if len(bypass_list) > 0:
bypass_list = ['\t' + b for b in bypass_list]
checks_str = '\n'.join(bypass_list)
status_list.append("Bypass(s) :\n{}".format(checks_str))
self.check_log.info("DCP : {}".format(self.dcp.path))
self.check_log.info("Size : {}".format(human_size(self.dcp.size)))
[self.check_log.info(msg) for msg in status_list]
self.check_log.info("Total check : {}".format(self.total_check))
self.check_log.info("Total time : {:.2f} sec".format(self.total_time))
self.check_log.info("Validation : {}\n".format(valid_str))
def check_subtitle_cpl_font_size(self, playlist, asset, folder):
""" Subtitle maximum font size. """
st_dict = self.get_subtitle_xml(asset, folder)
if not st_dict:
return
path, uri = self.get_font_path(st_dict, folder)
if not path:
return
font_size = os.path.getsize(path)
font_max_size = DCP_SETTINGS['subtitle']['font_max_size']
if font_size > font_max_size:
raise CheckException(
"Subtitle font maximum size is {}, got {}".format(
human_size(font_max_size), human_size(font_size)))
def check_subtitle_cpl_font_size(self, playlist, asset, folder):
""" Subtitle maximum font size.
References:
TI Subtitle Specification for DLP Cinema (v1.1) 2.7
https://web.archive.org/web/20140924175755/http://dlp.com/downloads/pdf_dlp_cinema_CineCanvas_Rev_C.pdf
"""
st_dict = self.st_util.get_subtitle_xml(asset, folder)
if not st_dict:
return
path, uri = self.st_util.get_font_path(st_dict, folder)
if not path:
return
if not os.path.exists(path):
return
font_size = os.path.getsize(path)
font_max_size = DCP_SETTINGS['subtitle']['font_max_size']
if font_size > font_max_size:
self.error("Subtitle font maximum size is {}, got {}".format(
human_size(font_max_size), human_size(font_size)))
def pretty_str(self):
""" Format the report in a human friendly way. """
report = ""
report += "Status : {}\n".format(
'Success' if self.is_valid() else 'Fail')
report += "Path : {}\n".format(self.dcp.path)
report += "Size : {}\n".format(human_size(self.dcp.size))
report += "Total check : {}\n".format(self.checks_count())
report += "Total time : {:.2f} sec\n".format(self.duration)
report += "\n"
nested_dict = lambda: defaultdict(nested_dict)
status_map = nested_dict()
# Accumulate all failed check and stack them by asset
for check in self.checks_failed():
lines = [". {}".format(check.short_desc())]
for error in check.errors:
asset = status_map[str(error.criticality)]
for filename in check.asset_stack:
asset = asset[filename]
desc = error.short_desc()
desc = ". {}\n".format(desc) if desc else ""
lines.append("{}{}".format(desc, error.message))
asset['msg'] = asset.get('msg', []) + ["\n".join(lines)]
# Ignore silenced checks
status_map.pop('SILENT', None)
for status, vals in six.iteritems(status_map):
out_stack = []
for k, v in six.iteritems(vals):
out_stack += [self._dump_stack("", k, v, indent_level=0)]
if out_stack:
report += "{}\n{}\n".format(self.pretty_status[status] + ':',
"\n".join(out_stack))
bypassed = "\n".join(
set([' . ' + c.short_desc() for c in self.checks_bypassed()]))
if bypassed:
report += "{}\n{}\n".format(self.pretty_status['BYPASS'] + ':',
bypassed)
return report
def parse(self, probe=True):
""" Parse the DCP and Probe its assets. """
if self._parsed:
return self.probe_dict
start = time.time()
self.log.info("Probing DCP : {}".format(self.path))
# Find and parse package components
self.init_package_files()
self.init_assetmap()
self.init_volindex()
self.init_pkl()
self.init_cpl()
if probe:
self.cpl_probe_assets()
self._probeb = True
self.cpl_parse_metadata()
seconds_elapsed = time.time() - start
self.log.info("Total time : {:.2f} seconds".format(seconds_elapsed))
self.probe_dict = {
'asset_list': self._list_asset,
'volindex_list': self._list_vol,
'assetmap_list': self._list_am,
'cpl_list': self._list_cpl,
'pkl_list': self._list_pkl,
'package_type': self.package_type,
'path': self.path,
'size': human_size(self.size),
'count_file': len(self._list_asset),
'schema': self.schema,
'type': 'DCP'
}
# Remove namespace and attributes key from final result
self.probe_dict = remove_key_dict(self.probe_dict,
['__xmlns__', '@xmlns'])
self._parsed = True
return self.probe_dict
def metadata(self):
""" All extracted package metadata Dictionnary. """
self.probe_dict = {
'asset_list': self._list_asset,
'volindex_list': self._list_vol,
'assetmap_list': self._list_am,
'cpl_list': self._list_cpl,
'pkl_list': self._list_pkl,
'kdm_list': self._list_kdm,
'package_type': self.package_type,
'path': self.path,
'size': human_size(self.size),
'count_file': len(self._list_asset),
'schema': self.schema,
'type': 'DCP'
}
# Remove namespace and attributes key
self.probe_dict = remove_key_dict(self.probe_dict,
['__xmlns__', '@xmlns'])
return self.probe_dict
def pretty_str(self):
""" Format the report in a human friendly way. """
report = ""
report += "Status : {}\n".format('Success' if self.valid() else 'Fail')
report += "Path : {}\n".format(self.dcp.path)
report += "Size : {}\n".format(human_size(self.dcp.size))
report += "Total check : {}\n".format(self.checks_count())
report += "Total time : {:.2f} sec\n".format(self.duration)
report += "\n"
nested_dict = lambda: defaultdict(nested_dict)
status_map = nested_dict()
# Accumulate all failed check and stack them by asset
for c in self.checks_failed():
asset = status_map[c.criticality]
for filename in c.asset_stack:
asset = asset[filename]
asset['msg'] = (asset.get('msg', []) +
['. ' + c.short_desc() + '\n' + c.message])
for status, vals in six.iteritems(status_map):
out_stack = []
for k, v in six.iteritems(vals):
out_stack += [self._dump_stack("", k, v, indent_level=0)]
if out_stack:
report += "{}\n{}\n".format(self.pretty_status[status] + ':',
"\n".join(out_stack))
bypassed = "\n".join(
set([' . ' + c.short_desc() for c in self.checks_bypassed()]))
if bypassed:
report += "{}\n{}\n".format(self.pretty_status['BYPASS'] + ':',
bypassed)
return report