def run_checks(self):
for source in self.dcp._list_am:
checks = self.find_check('am')
[
self.run_check(check, source, message=source['FileName'])
for check in checks
]
asset_checks = self.find_check('assets_am')
[
self.run_check(check,
source,
asset,
message="{} (Asset {})".format(
source['FileName'],
asset[2]['ChunkList']['Chunk']['Path']))
for asset in list_am_assets(source) for check in asset_checks
]
return self.check_executions
def init_assetmap(self):
""" Find DCP AssetMap and build Asset List. """
self._list_am_path = self.filter_files(['ASSETMAP', 'ASSETMAP.xml'])
self._list_am = [assetmap_parse(f) for f in self._list_am_path]
self._list_am = [am for am in self._list_am if am is not None]
# In the improbable case of multiple Assetmap found in the folder,
# flatten asset list.
self._list_asset = [{
uuid: path
for a in self._list_am for uuid, path, _ in list_am_assets(a)
}]
self._list_asset = {
k: v
for _list_asset in self._list_asset
for k, v in six.iteritems(_list_asset)
}
# Schema (IOP or SMPTE) is assumed to be the one found for the Assetmap
if self._list_am:
self.schema = self._list_am[0]['Info']['AssetMap']['Schema']
def run_checks(self):
for source in self.dcp._list_am:
asset_stack = [source['FileName']]
checks = self.find_check('am')
[
self.run_check(check, source, stack=asset_stack)
for check in checks
]
asset_checks = self.find_check('assets_am')
[
self.run_check(check,
source,
asset,
stack=asset_stack +
[asset[2]['ChunkList']['Chunk']['Path']])
for asset in list_am_assets(source) for check in asset_checks
]
return self.checks