def input_file_metadata(ingestLogBoilerplate, processingVars):
pymmFunctions.ingest_log(
# message
"The input file MD5 hash is: " +
makeMetadata.hash_file(processingVars['inputPath']),
# status
'OK',
# ingest boilerplate
**ingestLogBoilerplate)
mediainfo = makeMetadata.get_mediainfo_report(
processingVars['inputPath'], processingVars['packageMetadataObjects'])
if mediainfo:
pymmFunctions.ingest_log(
# message
"mediainfo XML report for input file written to metadata directory for package.",
# status
'OK',
# ingest boilerplate
**ingestLogBoilerplate)
frameMD5 = makeMetadata.make_frame_md5(
processingVars['inputPath'], processingVars['packageMetadataObjects'])
if frameMD5 != False:
pymmFunctions.ingest_log(
# message
"frameMD5 report for input file written to metadata directory for package",
# status
"OK",
# ingest boilerplate
**ingestLogBoilerplate)
def get_profiles(input_list):
# BUILD A DICT OF PROFILES TO COMPARE FOR CONCATENATION
print("*" * 100)
profiles = {}
for sourceFile in input_list:
profiles[sourceFile] = {'video': '', 'audio': ''}
videoProfile, audioProfile = makeMetadata.get_track_profiles(
makeMetadata.get_mediainfo_report(sourceFile, '', _JSON=True))
profiles[sourceFile]['video'] = json.loads(videoProfile)
profiles[sourceFile]['audio'] = json.loads(audioProfile)
print(profiles)
return profiles
def get_file_metadata(CurrentIngest, objectCategoryDetail=None):
_object = CurrentIngest.currentTargetObject
inputPath = _object.inputPath
basename = os.path.basename(inputPath)
mdDest = _object.metadataDirectory
mediainfoPath = makeMetadata.get_mediainfo_report(inputPath,
mdDest,
_JSON=None,
altFileName=basename)
if os.path.isfile(mediainfoPath):
event = 'metadata extraction'
outcome = ("mediainfo XML report for input file "
"written to metadata directory for package.")
CurrentIngest.caller = '`mediainfo --Output=XML`'
loggers.short_log(CurrentIngest, event, outcome, status='OK')
CurrentIngest.caller = None
_object.mediainfoPath = mediainfoPath
else:
event = 'metadata extraction'
outcome = ("Could/did not mediainfo XML report "
" for input file to metadata directory for package.")
CurrentIngest.caller = '`mediainfo --Output=XML`'
loggers.short_log(CurrentIngest, event, outcome, status='FAIL')
if not objectCategoryDetail == 'access file':
# don't bother calculating frame md5 for derivs....
frameMD5 = makeMetadata.make_frame_md5(inputPath,
_object.metadataDirectory)
if frameMD5 != False:
event = 'message digest calculation'
outcome = ("frameMD5 report for input file "
"written to metadata directory for package")
CurrentIngest.caller = \
CurrentIngest.ProcessArguments.ffmpegVersion\
+' with option `-f frameMD5`'
loggers.short_log(CurrentIngest, event, outcome, status='OK')
else:
event = 'message digest calculation'
outcome = ("Could/did not write frameMD5 report "
"for input file to metadata directory for package")
CurrentIngest.caller = \
CurrentIngest.ProcessArguments.ffmpegVersion\
+' with option `-f frameMD5`'
loggers.short_log(CurrentIngest, event, outcome, status='FAIL')
CurrentIngest.caller = None
return mediainfoPath
def is_dpx_sequence(inputPath):
'''
run mediainfo on the 'dpx' folder
if there's anything other than dpx files in there
the result will not parse as json and it indicates
noncompliance with expected structure
(PS-this is a hack)
'''
_is_dpx_av = False
try:
mediainfo = makeMetadata.get_mediainfo_report(inputPath,
'',
_JSON=True)
mediainfo = json.loads(mediainfo)
except:
_is_dpx_av = False
if mediainfo:
_is_dpx_av = True
return _is_dpx_av
def make_derivs(processingVars):
'''
Make derivatives based on options declared in config...
'''
inputPath = processingVars['inputPath']
packageObjectDir = processingVars['packageObjectDir']
packageLogDir = processingVars['packageLogDir']
packageMetadataObjects = processingVars['packageMetadataObjects']
makeProres = processingVars['makeProres']
ingestType = processingVars['ingestType']
# we'll always output a resourcespace access file for video ingests,
# so init the derivtypes list with `resourcespace`
if ingestType in ('film scan', 'video transfer'):
derivTypes = ['resourcespace']
deliveredDerivPaths = {}
if pymmFunctions.boolean_answer(
config['deriv delivery options']['proresHQ']):
derivTypes.append('proresHQ')
elif makeProres == True:
derivTypes.append('proresHQ')
else:
pass
for derivType in derivTypes:
sys.argv = [
'', '-i' + inputPath, '-o' + packageObjectDir, '-d' + derivType,
'-r' + packageLogDir
]
deliveredDeriv = makeDerivs.main()
deliveredDerivPaths[derivType] = deliveredDeriv
for key, value in deliveredDerivPaths.items():
mdDest = os.path.join(packageMetadataObjects, key)
if not os.path.isdir(mdDest):
os.mkdir(mdDest)
mediainfo = makeMetadata.get_mediainfo_report(value, mdDest)