def handleGetProductionView(wfile, request, session):
"""Service to retrieve all production level information
being:
production
files of the production
scenes of the production
missing links of the production
"""
if ("production_id" in request):
production = indexer.getProduction(request["production_id"])
else:
production = indexer.getActiveProduction()
result = []
if production is not None:
productionId = production[0]
session["production_id"] = productionId #fix for dependancy services..
indexer.updateIndex(productionId)
files = indexer.getProductionFiles(productionId)
scenes = indexer.getAllScenes(productionId)
errors = indexer.getConsistencyErrors(productionId)
try:
states = svn.svnStat(production[2])
except pysvn.ClientError as e:
states = []
temp = {}
assignedFiles = []
for stat in states:
if stat.entry is None:
if path.isfile(stat.path):
temp[path.normcase(
stat.path)] = [None, None,
str(stat.text_status)]
elif stat.entry.kind != svn.pysvn.node_kind.dir:
temp[path.normcase(stat.path)] = [
stat.entry.commit_revision.number,
stat.entry.commit_author,
str(stat.text_status)
]
for file in files:
abspath = path.normcase(path.join(production[2], file[3]))
if abspath in temp:
ass = [file, temp[abspath]]
del temp[abspath]
else:
ass = [file, ["", "", "unversioned"]]
assignedFiles.append(ass)
for key, arr in temp.items():
ass = [[
-1, productionId,
path.basename(key),
path.relpath(key, production[2]), 0, 0
], arr]
assignedFiles.append(ass)
result.append(productionToObject(production))
result.append(files2ToObject(assignedFiles))
result.append(scenesToObject(scenes))
result.append(errorsToObject(errors))
wfile.write(json.dumps(result).encode())
def handleStartRenameDirectory(wfile, request, session):
productionId=int(request["production_id"])
production=indexer.getProduction(productionId)
sourceDirectory=str(request["source_directory"])
targetLastDirectoryName=str(request["target_directory_name"])
targetDirectory = os.path.join(os.path.dirname(sourceDirectory), targetLastDirectoryName)
targetAbsoluteDirectory = os.path.join(production[indexer.INDEX_PRODUCTION_LOCATION], targetDirectory)
files = indexer.getProductionFiles(productionId);
#perform checks
if (sourceDirectory==targetDirectory):
wfile.write("""[{"message":"Target directory is same as source."}]""".encode())
return;
if (os.path.exists(targetAbsoluteDirectory)):
wfile.write("""[{"message":"Target directory already exists."}]""".encode())
return;
filesInside = []
tasks=[]
for file in files:
if file[indexer.INDEX_FILE_LOCATION].startswith(sourceDirectory):
filesInside.append(file)
referencesOutside = {}
for file in filesInside:
referencesFromOutside = indexer.getFileUsedBy(file[indexer.INDEX_FILE_ID])
for reference in referencesFromOutside:
referenceFile = indexer.getFile(reference[indexer.INDEX_REFERENCE_FILE_ID])
if not referenceFile[indexer.INDEX_FILE_LOCATION].startswith(sourceDirectory):
if referenceFile not in referencesOutside.keys():
referencesOutside[referenceFile]=[]
if file not in referencesOutside[referenceFile]:
referencesOutside[referenceFile].append(file)
for referenceFile in referencesOutside.keys():
for file in referencesOutside[referenceFile]:
ac = ChangeReference()
ac.fileId = referenceFile[indexer.INDEX_FILE_ID]
ac.fileDetails = referenceFile
ac.referenceFileId = file[indexer.INDEX_FILE_ID]
ac.newLocation = os.path.dirname(file[indexer.INDEX_FILE_LOCATION].replace(sourceDirectory, targetDirectory, 1))
ac.currentFilename = file[indexer.INDEX_FILE_NAME]
ac.currentFileLocation = file[indexer.INDEX_FILE_LOCATION]
ac.productionDetails=production
tasks.append(ac)
renameDir = RenameDirectory()
renameDir.productionDetails=production
renameDir.sourceDirectory = sourceDirectory
renameDir.targetDirectory = targetDirectory
tasks.append(renameDir)
session["tasks"]=tasks
if wfile != None:
wfile.write("""[]""".encode())
def handleGetMissingLinkSolutions(wfile, request, session):
if "production_id" in request:
productionId = int(request["production_id"])
else:
productionId = int(session["production_id"])
elementId = int(request["element_id"])
elementDetails = indexer.getElement(elementId)
result = []
if elementDetails[indexer.INDEX_ELEMENT_TYPE] == 'LI':
solutions = indexer.queryMissingLinkSolutions(productionId, elementId)
for solution in solutions:
result.append(solutionToObject(solution))
elif elementDetails[indexer.INDEX_ELEMENT_TYPE] == 'ID':
solutions = indexer.queryMissingLinkSolutionsID(
productionId, elementId)
for solution in solutions:
result.append(solutionIDToObject(solution))
elif elementDetails[indexer.INDEX_ELEMENT_TYPE] == 'IM':
files = indexer.getProductionFiles(productionId)
sfn = os.path.basename(
elementDetails[indexer.INDEX_ELEMENT_LI_NAME].replace("\\", "/"))
extension = os.path.splitext(sfn)
still = []
for f in files:
fname = f[indexer.INDEX_FILE_NAME]
if fname == sfn:
result.append(solutionToObject(f, 1.0))
else:
if not fname.endswith(".blend"):
still.append(f)
files = still
still = []
for f in files:
fname = f[indexer.INDEX_FILE_NAME]
if fname.startswith(extension[0]):
result.append(solutionToObject(f, 0.75))
else:
still.append(f)
files = still
still = []
for f in files:
fname = f[indexer.INDEX_FILE_NAME]
if fname.endswith(extension[1]):
result.append(solutionToObject(f, 0.5))
else:
still.append(f)
for f in still:
result.append(solutionToObject(f, 0.25))
wfile.write(json.dumps(result).encode())
def handleGetMissingLinkSolutions(wfile, request, session):
if "production_id" in request:
productionId=int(request["production_id"])
else:
productionId=int(session["production_id"])
elementId=int(request["element_id"])
elementDetails = indexer.getElement(elementId)
result = []
if elementDetails[indexer.INDEX_ELEMENT_TYPE] == 'LI':
solutions = indexer.queryMissingLinkSolutions(productionId, elementId)
for solution in solutions:
result.append(solutionToObject(solution))
elif elementDetails[indexer.INDEX_ELEMENT_TYPE] == 'ID':
solutions = indexer.queryMissingLinkSolutionsID(productionId, elementId)
for solution in solutions:
result.append(solutionIDToObject(solution))
elif elementDetails[indexer.INDEX_ELEMENT_TYPE] == 'IM':
files = indexer.getProductionFiles(productionId)
sfn = os.path.basename(elementDetails[indexer.INDEX_ELEMENT_LI_NAME].replace("\\", "/"))
extension = os.path.splitext(sfn)
still = []
for f in files:
fname = f[indexer.INDEX_FILE_NAME]
if fname == sfn:
result.append(solutionToObject(f, 1.0))
else:
if not fname.endswith(".blend"):
still.append(f)
files = still
still=[]
for f in files:
fname = f[indexer.INDEX_FILE_NAME]
if fname.startswith(extension[0]):
result.append(solutionToObject(f, 0.75))
else:
still.append(f)
files = still
still=[]
for f in files:
fname = f[indexer.INDEX_FILE_NAME]
if fname.endswith(extension[1]):
result.append(solutionToObject(f, 0.5))
else:
still.append(f)
for f in still:
result.append(solutionToObject(f, 0.25))
wfile.write(json.dumps(result).encode())
def handleGetProductionView(wfile, request, session):
"""Service to retrieve all production level information
being:
production
files of the production
scenes of the production
missing links of the production
"""
if ("production_id" in request ) :
production = indexer.getProduction(request["production_id"])
else :
production = indexer.getActiveProduction()
result = []
if production is not None:
productionId=production[0]
session["production_id"]=productionId #fix for dependancy services..
indexer.updateIndex(productionId)
files = indexer.getProductionFiles(productionId)
scenes = indexer.getAllScenes(productionId)
errors = indexer.getConsistencyErrors(productionId)
try:
states = svn.svnStat(production[2])
except pysvn.ClientError as e:
states=[]
temp = {}
assignedFiles=[]
for stat in states:
if stat.entry is None:
if path.isfile(stat.path):
temp[path.normcase(stat.path)] = [None,None,str(stat.text_status)]
elif stat.entry.kind != svn.pysvn.node_kind.dir:
temp[path.normcase(stat.path)] = [stat.entry.commit_revision.number,stat.entry.commit_author,str(stat.text_status)]
for file in files:
abspath = path.normcase(path.join(production[2], file[3]))
if abspath in temp:
ass =[file, temp[abspath]]
del temp[abspath]
else:
ass =[file, ["","","unversioned"]]
assignedFiles.append(ass)
for key, arr in temp.items():
ass = [[-1, productionId, path.basename(key), path.relpath(key, production[2]), 0,0 ], arr]
assignedFiles.append(ass);
result.append(productionToObject(production))
result.append(files2ToObject(assignedFiles))
result.append(scenesToObject(scenes))
result.append(errorsToObject(errors))
wfile.write(json.dumps(result).encode())
def handleStartMoveDirectory(wfile, request, session):
productionId = int(request["production_id"])
production = indexer.getProduction(productionId)
sourceDirectory = str(request["source_directory"])
targetDirectory = str(request["target_directory"])
targetAbsoluteDirectory = os.path.join(
production[indexer.INDEX_PRODUCTION_LOCATION], targetDirectory)
#perform checks
if (sourceDirectory == targetDirectory):
wfile.write(
"""[{"message":"Target directory is same as source."}]""".encode())
return
if (os.path.exists(targetAbsoluteDirectory)):
wfile.write(
"""[{"message":"Target directory already exists."}]""".encode())
return
files = indexer.getProductionFiles(productionId)
filesInside = []
tasks = []
for file in files:
if file[indexer.INDEX_FILE_LOCATION].startswith(sourceDirectory):
filesInside.append(file)
referencesOutside = {}
for file in filesInside:
referencesFromOutside = indexer.getFileUsedBy(
file[indexer.INDEX_FILE_ID])
for reference in referencesFromOutside:
referenceFile = indexer.getFile(
reference[indexer.INDEX_REFERENCE_FILE_ID])
if not referenceFile[indexer.INDEX_FILE_LOCATION].startswith(
sourceDirectory):
if referenceFile not in referencesOutside.keys():
referencesOutside[referenceFile] = []
if file not in referencesOutside[referenceFile]:
referencesOutside[referenceFile].append(file)
for referenceFile in referencesOutside.keys():
for file in referencesOutside[referenceFile]:
ac = ChangeReference()
ac.fileId = referenceFile[indexer.INDEX_FILE_ID]
ac.fileDetails = referenceFile
ac.referenceFileId = file[indexer.INDEX_FILE_ID]
ac.newLocation = os.path.dirname(
file[indexer.INDEX_FILE_LOCATION].replace(
sourceDirectory, targetDirectory, 1))
ac.currentFilename = file[indexer.INDEX_FILE_NAME]
ac.currentFileLocation = file[indexer.INDEX_FILE_LOCATION]
ac.productionDetails = production
tasks.append(ac)
referencesInside = {}
for file in filesInside:
referencesFromInside = indexer.getFileReferences(
file[indexer.INDEX_FILE_ID])
for reference in referencesFromInside:
referenceFile = indexer.getFile(
reference[indexer.INDEX_REFERENCE_FILE_ID])
if referenceFile != None and not referenceFile[
indexer.INDEX_FILE_LOCATION].startswith(sourceDirectory):
if referenceFile not in referencesInside.keys():
referencesInside[referenceFile] = []
if file not in referencesInside[referenceFile]:
referencesInside[referenceFile].append(file)
for referenceFile in referencesInside.keys():
for file in referencesInside[referenceFile]:
ac = ChangeReferenceForMove()
ac.fileId = file[indexer.INDEX_FILE_ID]
ac.fileDetails = file
ac.referenceFileDetails = referenceFile
ac.referenceFileId = referenceFile[indexer.INDEX_FILE_ID]
ac.targetDirectory = targetDirectory
ac.sourceDirectory = sourceDirectory
ac.currentFilename = file[indexer.INDEX_FILE_NAME]
ac.currentFileLocation = file[indexer.INDEX_FILE_LOCATION]
ac.productionDetails = production
tasks.append(ac)
moveDir = MoveDirectory()
moveDir.productionDetails = production
moveDir.sourceDirectory = sourceDirectory
moveDir.targetDirectory = targetDirectory
tasks.append(moveDir)
session["tasks"] = tasks
if wfile != None:
wfile.write("""[]""".encode())
