def handleStartSolveMissingLink(wfile, request, session):
productionId=int(session["production_id"])
production = indexer.getProduction(productionId)
fileId=int(request["file_id"])
elementId=int(request["element_id"])
#determine original file if from elementid
elementDetails = indexer.getElement(elementId)
elementType=elementDetails[indexer.INDEX_ELEMENT_TYPE]
orFileId = elementDetails[indexer.INDEX_ELEMENT_FILE_ID]
orFileDetails = indexer.getFile(orFileId)
tasks = []
if elementType=='ID':
newElementId=fileId
newElementDetails=indexer.getElement(newElementId)
cl = ChangeIDElement()
cl.fileDetails = orFileDetails
cl.fileId = orFileId
cl.productionDetails = production
cl.libraryDetails=indexer.getElement(elementDetails[indexer.INDEX_LIBRARY_ID])
cl.elementDetails=elementDetails
cl.newElementName=newElementDetails[indexer.INDEX_ELEMENT_NAME]
tasks.append(cl)
else:
newFileDetails = indexer.getFile(fileId)
cl = ChangeLibrary()
cl.fileDetails = orFileDetails
cl.fileId = orFileId
cl.newFileDetails = newFileDetails
cl.productionDetails = production
cl.libraryDetails = elementDetails
tasks.append(cl)
session["tasks"]=tasks
wfile.write("""[]""".encode())
def handleSvnUpdate(wfile, request, session):
"""Service to retrieve a list of all available productions
"""
productionId = request["production_id"]
production = indexer.getProduction(productionId)
svn.svnUpdate(production[2], production[5], production[6])
wfile.write(json.dumps([]).encode())
def handleGetFileView(wfile, request, session):
"""Service to retrieve all file level information
being:
production
file
elements of the file
references of the file
used by of the file
"""
productionId=int(request["production_id"])
fileId=int(request["file_id"])
indexer.updateIndex(productionId)
production = indexer.getProduction(productionId)
file = indexer.getFileDetails(fileId)
elements = indexer.getFileElements(fileId)
references = indexer.getFileReferences(fileId)
usedby = indexer.getFileUsedBy(fileId)
result = []
result.append(productionToObject(production))
if file != None:
result.append(fileDetailToObject(file))
else:
file=indexer.getFile(fileId)
result.append(fileToObject(file))
result.append(elementsToObject(elements))
result.append(referencesToObject(references))
result.append(usedbysToObject(usedby))
wfile.write(json.dumps(result).encode())
def handleSvnUpdate(wfile, request, session):
"""Service to retrieve a list of all available productions
"""
productionId = request["production_id"]
production = indexer.getProduction(productionId)
svn.svnUpdate(production[2], production[5], production[6])
wfile.write(json.dumps([]).encode())
def handleGetFileView(wfile, request, session):
"""Service to retrieve all file level information
being:
production
file
elements of the file
references of the file
used by of the file
"""
productionId = int(request["production_id"])
fileId = int(request["file_id"])
indexer.updateIndex(productionId)
production = indexer.getProduction(productionId)
file = indexer.getFileDetails(fileId)
elements = indexer.getFileElements(fileId)
references = indexer.getFileReferences(fileId)
usedby = indexer.getFileUsedBy(fileId)
result = []
result.append(productionToObject(production))
if file != None:
result.append(fileDetailToObject(file))
else:
file = indexer.getFile(fileId)
result.append(fileToObject(file))
result.append(elementsToObject(elements))
result.append(referencesToObject(references))
result.append(usedbysToObject(usedby))
wfile.write(json.dumps(result).encode())
def handleSvnCommit(wfile, request, session):
message = request["message"]
production_id = request["production_id"]
production_result = indexer.getProduction(production_id)
production_path = production_result[2]
svn.svnCommit(production_path, message)
wfile.write("[]\r\n".encode());
return
def handleSvnCommit(wfile, request, session):
message = request["message"]
production_id = request["production_id"]
production_result = indexer.getProduction(production_id)
production_path = production_result[2]
svn.svnCommit(production_path, message)
wfile.write("[]\r\n".encode())
return
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 handleSvnAdd(wfile, request, session):
file_id = request["file_id"]
production_id = request["production_id"]
file_location = request["file_location"]
addAll = request["add_all"]
if file_id != -1:
result = indexer.getFile(file_id)
file_name = result[2]
rel_file_path = result[3]
production_result = indexer.getProduction(production_id)
production_path = production_result[2]
location = path.join(production_path, rel_file_path)
svn.svnAdd(location)
else:
production_result = indexer.getProduction(production_id)
production_path = production_result[2]
location = path.join(production_path, file_location)
svn.svnAdd(location)
wfile.write("[]\r\n".encode())
return
def getAbsoluteFilename(productionId, fileId):
""" determine the absolute path the given file
input:
productinoId - id of the production, the file is part of
fileId - id of the file
output:
string - the absolute path
"""
production = indexer.getProduction(productionId)
pfile = indexer.getFile(fileId)
return os.path.join(production[2], pfile[3])
def handleSvnAdd(wfile, request, session):
file_id = request["file_id"]
production_id = request["production_id"]
file_location = request["file_location"]
addAll = request["add_all"]
if file_id!=-1:
result = indexer.getFile(file_id)
file_name = result[2]
rel_file_path = result[3]
production_result = indexer.getProduction(production_id)
production_path = production_result[2]
location = path.join(production_path, rel_file_path)
svn.svnAdd(location)
else:
production_result = indexer.getProduction(production_id)
production_path = production_result[2]
location = path.join(production_path, file_location)
svn.svnAdd(location)
wfile.write("[]\r\n".encode());
return
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 handleStartRenameElement(wfile, request, session):
productionId = int(session["production_id"])
production = indexer.getProduction(productionId)
fileId = int(request["file_id"])
elementId = int(request["element_id"])
fileDetails = indexer.getFile(fileId)
elementDetails = indexer.getElementDetails(elementId)
newElementName = request["new_name"]
for row in indexer.getFileElementByName(fileId, newElementName):
wfile.write("""[{"message":"Element already exists."}]""".encode())
return
if newElementName[0:2] != elementDetails[2][0:2]:
wfile.write(("""[{"message":"Type of element cannot be changed.[""" +
elementDetails[2][0:2] + """]"}]""").encode())
return
tasks = []
filesDone = []
usedby = indexer.getReferenceToElement(productionId, fileId,
elementDetails[2])
for used in usedby:
ofileId = used[0]
if ofileId not in filesDone:
ac = RenameIDElement()
ac.fileId = ofileId
ac.fileDetails = indexer.getFile(ofileId)
ac.elementDetails = elementDetails
ac.referenceFileId = fileId
ac.newElementName = newElementName
ac.currentElementName = elementDetails[2]
ac.currentFilename = fileDetails[2]
ac.currentFileLocation = fileDetails[3]
ac.productionDetails = production
filesDone.append(ofileId)
tasks.append(ac)
bu = RenameElement()
bu.fileId = fileId
bu.fileDetails = fileDetails
bu.elementDetails = elementDetails
bu.currentFilename = fileDetails[2]
bu.newElementName = newElementName
bu.productionDetails = production
tasks.append(bu)
session["tasks"] = tasks
wfile.write("""[]""".encode())
def handleStartRenameElement(wfile, request, session):
productionId=int(session["production_id"])
production = indexer.getProduction(productionId)
fileId=int(request["file_id"])
elementId=int(request["element_id"])
fileDetails = indexer.getFile(fileId)
elementDetails = indexer.getElementDetails(elementId)
newElementName = request["new_name"]
for row in indexer.getFileElementByName(fileId, newElementName):
wfile.write("""[{"message":"Element already exists."}]""".encode())
return
if newElementName[0:2] != elementDetails[2][0:2]:
wfile.write(("""[{"message":"Type of element cannot be changed.["""+elementDetails[2][0:2]+"""]"}]""").encode())
return
tasks = []
filesDone = []
usedby = indexer.getReferenceToElement(productionId, fileId, elementDetails[2])
for used in usedby:
ofileId = used[0]
if ofileId not in filesDone:
ac = RenameIDElement()
ac.fileId = ofileId
ac.fileDetails = indexer.getFile(ofileId)
ac.elementDetails = elementDetails
ac.referenceFileId = fileId
ac.newElementName = newElementName
ac.currentElementName = elementDetails[2]
ac.currentFilename = fileDetails[2]
ac.currentFileLocation = fileDetails[3]
ac.productionDetails=production
filesDone.append(ofileId)
tasks.append(ac)
bu = RenameElement()
bu.fileId = fileId
bu.fileDetails = fileDetails
bu.elementDetails = elementDetails
bu.currentFilename = fileDetails[2]
bu.newElementName = newElementName
bu.productionDetails = production
tasks.append(bu)
session["tasks"]=tasks
wfile.write("""[]""".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 handleGet(wfile, request, session):
factory=DependanciesSVGFactory()
# productionId, fileId
productionId=session["production_id"]
indexer.updateIndex(productionId)
production = indexer.getProduction(productionId)
fileId=request.get("file_id", session.get("file_id",None))
detail = request.get("display", "detail") == "detail"
view = request.get("view", "uses")
factory.RenderNavigation=request.get("navigation", "0")=="1"
factory.Detail = detail
filter = request.get("filter", "all")
factory.Production=production
result=[]
if fileId == None:
view="production"
if view == "production":
result = indexer.queryDependancy(productionId, filter)
if view == "uses":
result = indexer.queryDependancyUses(productionId, fileId, filter)
if view == "used":
result = indexer.queryDependancyUsed(productionId, fileId, filter)
if view == "neighbour":
result = indexer.queryDependancyNeighbour(productionId, fileId, filter)
items = []
for item in result:
rec = {}
rec["source_file_id"]=item[4]
rec["source_file_location"]=item[0]
rec["target_file_id"]=item[5]
rec["target_file_location"]=item[1]
rec["element_name"]=item[3]
rec["element_type"]=item[2]
items.append(rec)
wfile.write(json.dumps(items).encode());
def handleStartRenameFile(wfile, request, session):
productionId = int(session["production_id"])
production = indexer.getProduction(productionId)
fileId = int(request["file_id"])
fileDetails = indexer.getFile(fileId)
newFilename = request["new_filename"]
if os.path.exists(
os.path.join(
os.path.dirname(os.path.join(production[2], fileDetails[3])),
newFilename)):
wfile.write("""[{"message":"File already exists."}]""".encode())
return
tasks = []
filesDone = []
usedby = indexer.getFileUsedBy(fileId)
for used in usedby:
ofileId = used[3]
if ofileId not in filesDone:
ac = RenameLibrary()
ac.fileId = ofileId
ac.fileDetails = indexer.getFile(ofileId)
ac.referenceFileId = fileId
ac.newFilename = newFilename
ac.currentFilename = fileDetails[2]
ac.currentFileLocation = fileDetails[3]
ac.productionDetails = production
filesDone.append(ofileId)
tasks.append(ac)
bu = RenameFile()
bu.fileId = fileId
bu.fileDetails = fileDetails
bu.currentFilename = fileDetails[2]
bu.newFilename = newFilename
bu.productionDetails = production
tasks.append(bu)
session["tasks"] = tasks
wfile.write("""[]""".encode())
def handleSvnRevert(wfile, request, session):
file_id = request["file_id"]
file_path = request["file_location"]
revertAll = request["revert_all"]
production_id = request["production_id"]
production_result = indexer.getProduction(production_id)
production_path = production_result[2]
if file_id==None and file_path==None and revertAll:
svn.svnRevert(production_path, revertAll)
elif file_id!=None and not revertAll:
result = indexer.getFile(file_id)
rel_file_path = result[3]
location = path.join(production_path, rel_file_path)
svn.svnRevert(location)
elif file_path!=None and not revertAll:
rel_file_path = file_path
location = path.join(production_path, rel_file_path)
svn.svnRevert(location)
wfile.write("[]\r\n".encode());
return
def handleSvnRevert(wfile, request, session):
file_id = request["file_id"]
file_path = request["file_location"]
revertAll = request["revert_all"]
production_id = request["production_id"]
production_result = indexer.getProduction(production_id)
production_path = production_result[2]
if file_id == None and file_path == None and revertAll:
svn.svnRevert(production_path, revertAll)
elif file_id != None and not revertAll:
result = indexer.getFile(file_id)
rel_file_path = result[3]
location = path.join(production_path, rel_file_path)
svn.svnRevert(location)
elif file_path != None and not revertAll:
rel_file_path = file_path
location = path.join(production_path, rel_file_path)
svn.svnRevert(location)
wfile.write("[]\r\n".encode())
return
def handleStartMoveFile(wfile, request, session):
productionId=int(session["production_id"])
production = indexer.getProduction(productionId)
fileId=int(request["file_id"])
fileDetails = indexer.getFile(fileId)
newLocation = request["new_location"]
if os.path.exists(os.path.join(production[2],newLocation,fileDetails[2])):
wfile.write("""[{"message":"File already exists."}]""".encode())
return
tasks = []
filesDone = []
usedby = indexer.getFileUsedBy(fileId)
for used in usedby:
ofileId = used[3]
if ofileId not in filesDone:
ac = ChangeReference()
ac.fileId = ofileId
ac.fileDetails = indexer.getFile(ofileId)
ac.referenceFileId = fileId
ac.newLocation = newLocation
ac.currentFilename = fileDetails[2]
ac.currentFileLocation = fileDetails[3]
ac.productionDetails=production
filesDone.append(ofileId)
tasks.append(ac)
bu = MoveFile()
bu.fileId = fileId
bu.fileDetails = fileDetails
bu.currentFilename = fileDetails[2]
bu.currentFileLocation = fileDetails[3]
bu.newLocation = newLocation
bu.productionDetails=production
tasks.append(bu)
session["tasks"]=tasks
wfile.write("""[]""".encode())
def handleGetSVG(wfile, request, session):
factory=DependanciesSVGFactory()
# productionId, fileId
productionId=session["production_id"]
indexer.updateIndex(productionId)
production = indexer.getProduction(productionId)
fileId=request.get("file_id", session.get("file_id",None))
detail = request.get("display", "detail") == "detail"
view = request.get("view", "uses")
factory.RenderNavigation=request.get("navigation", "0")=="1"
factory.Detail = detail
filter = request.get("filter", "all")
factory.Production=production
result=[]
if fileId == None:
view="production"
if view == "production":
result = indexer.queryDependancy(productionId, filter)
if view == "uses":
result = indexer.queryDependancyUses(productionId, fileId, filter)
if view == "used":
result = indexer.queryDependancyUsed(productionId, fileId, filter)
if view == "neighbour":
result = indexer.queryDependancyNeighbour(productionId, fileId, filter)
if detail:
display="detail"
else:
display="global"
factory.URLTemplate = "/".join(["svg", "1", view, filter, display])
factory.Render(wfile, result)
def handleStartSolveMissingLink(wfile, request, session):
productionId = int(session["production_id"])
production = indexer.getProduction(productionId)
fileId = int(request["file_id"])
elementId = int(request["element_id"])
#determine original file if from elementid
elementDetails = indexer.getElement(elementId)
elementType = elementDetails[indexer.INDEX_ELEMENT_TYPE]
orFileId = elementDetails[indexer.INDEX_ELEMENT_FILE_ID]
orFileDetails = indexer.getFile(orFileId)
tasks = []
if elementType == 'ID':
newElementId = fileId
newElementDetails = indexer.getElement(newElementId)
cl = ChangeIDElement()
cl.fileDetails = orFileDetails
cl.fileId = orFileId
cl.productionDetails = production
cl.libraryDetails = indexer.getElement(
elementDetails[indexer.INDEX_LIBRARY_ID])
cl.elementDetails = elementDetails
cl.newElementName = newElementDetails[indexer.INDEX_ELEMENT_NAME]
tasks.append(cl)
else:
newFileDetails = indexer.getFile(fileId)
cl = ChangeLibrary()
cl.fileDetails = orFileDetails
cl.fileId = orFileId
cl.newFileDetails = newFileDetails
cl.productionDetails = production
cl.libraryDetails = elementDetails
tasks.append(cl)
session["tasks"] = tasks
wfile.write("""[]""".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())