def exportShotSelection(self, dialog): """Get the shot selection""" selection = self._selection updateThumbnail = True #global g_nim_showID nim_showID = dialog.nim_showID #Update Globals nimHieroConnector.g_nim_jobID = dialog.nim_jobID nimHieroConnector.g_nim_showID = dialog.nim_showID nimHieroConnector.g_nim_showFolder = dialog.nim_showFolder #nimHieroConnector.g_nim_serverID = dialog.nim_serverID #nimHieroConnector.g_nim_serverOSPath = dialog.nim_serverOSPath #Saving Preferences nimPrefs.update( 'Job', 'Nuke', dialog.nim_jobChooser.currentText() ) nimPrefs.update( 'Show', 'Nuke', dialog.nim_showChooser.currentText() ) nimConnect = nimHieroConnector.NimHieroConnector() if nim_showID != None: for trackItem in selection: #check for existing NIM data on trackItem name = trackItem.name() nim_tag = nimConnect.getNimTag(trackItem) if nim_tag != False: #update existing shot in NIM success = nimConnect.updateTrackItem(nim_showID, trackItem) if success: print "NIM: Successfully updated trackItem %s in NIM" % name if updateThumbnail: success = nimConnect.updateShotIcon(trackItem) if success == False: print 'NIM: Failed to upload icon' else: print "NIM: Failed to update trackItem %s in NIM" % name continue else: #no tag found so create new shot in NIM... if shot exists with same name in NIM, link to this trackItem shotID = nimConnect.exportTrackItem(nim_showID, trackItem) if shotID == False: continue else: if updateThumbnail: success = nimConnect.updateShotIcon(trackItem) if success == False: print 'NIM: Failed to upload icon' msgBox = QMessageBox() msgBox.setTextFormat(Qt.RichText) result = msgBox.information(None, "Update Shots", "The selected shots have been updated in NIM.", QMessageBox.Ok) else: print "NIM: No shows found" msgBox = QMessageBox() msgBox.setTextFormat(Qt.RichText) result = msgBox.information(None, "Warning", "No shows found. Nothing to update.", QMessageBox.Ok)
def shotPlatesPath(task):
nim_hiero_debug = False
if nim_hiero_debug:
print "************* NIM: START RESOLVING PLATES PATH ***************"
nim_shotID = None
nim_shotPaths = {}
nim_platesPath = 'PLATES'
updateThumbnail = True
trackItem = task._item
name = trackItem.name()
#Test for video track
exportTrackItem = False
trackItem_mediaType = trackItem.mediaType()
if trackItem_mediaType == hiero.core.TrackItem.MediaType.kVideo:
if nim_hiero_debug:
print "Processing Video TrackItem"
exportTrackItem = True
#SKIP IF NOT VIDEO TRACK ITEM
if exportTrackItem:
#global g_nim_showID
nim_showID = nimHieroConnector.g_nim_showID
if nim_hiero_debug:
print 'NIM: showID=%s' % nim_showID
nimConnect = nimHieroConnector.NimHieroConnector()
nim_tag = nimConnect.getNimTag(trackItem)
if nim_tag != False:
if nim_hiero_debug:
print "NIM: Tag Found"
print nim_tag
#update existing shot in NIM
nim_shotID = nim_tag.metadata().value("tag.shotID")
if nim_hiero_debug:
print 'NIM: shotID=%s' % nim_shotID
nim_platesPath = nim_tag.metadata().value("tag.platesPath")
if nim_hiero_debug:
print 'NIM: platesPath=%s' % nim_platesPath
else:
if nim_hiero_debug:
print 'NIM: Tag Not Found'
print 'NIM: Using default path'
if nim_hiero_debug:
print "************* NIM: END RESOLVING PLATES PATH ***************"
nim_platesPath = nim_platesPath.encode('ascii')
return nim_platesPath
def buildTrackFromElement(self, dialog): '''Create a new track from selected items render path''' print "NIM: Build Track From Element - %s" % dialog.element #trackType = 'render' trackItems = self._selection if len(trackItems)>0: sequence = trackItems[0].parentSequence() nimConnect = nimHieroConnector.NimHieroConnector() nimConnect.createElementTrack(sequence, dialog.elementID, dialog.element, trackItems) else: print "NIM: No Track Items Found" return
def clearAllNimTags(self, dialog):
'''Clears All NIM Tags from selected trackItems'''
print "NIM: Clear NIM Tags"
trackItems = self._selection
if len(trackItems) > 0:
sequence = trackItems[0].parentSequence()
for trackItem in trackItems:
nimConnect = nimHieroConnector.NimHieroConnector()
nim_tag = nimConnect.getNimTag(trackItem)
if nim_tag != False:
trackItem.removeTag(nim_tag)
print "NIM: Removing Tag from ", trackItem.name()
else:
print "NIM: No Track Items Found"
return
def exportShotSelection(self, dialog): """Get the shot selection""" selection = self._selection updateThumbnail = True #global g_nim_showID #nim_showID = g_nim_showID nim_showID = dialog.nim_showID nimConnect = nimHieroConnector.NimHieroConnector() if nim_showID != None: for trackItem in selection: #check for existing NIM data on trackItem name = trackItem.name() nim_tag = nimConnect.getNimTag(trackItem) if nim_tag != False: #update existing shot in NIM success = nimConnect.updateTrackItem(nim_showID, trackItem) if success: print "NIM: Successfully updated trackItem %s in NIM" % name if updateThumbnail: success = nimConnect.updateShotIcon(trackItem) if success == False: print 'NIM: Failed to upload icon' else: print "NIM: Failed to update trackItem %s in NIM" % name continue else: #no tag found so create new shot in NIM... if shot exists with same name in NIM, link to this trackItem shotID = nimConnect.exportTrackItem(nim_showID, trackItem) if shotID == False: continue else: if updateThumbnail: success = nimConnect.updateShotIcon(trackItem) if success == False: print 'NIM: Failed to upload icon' else: print "NIM: No shows found"
def startProcessing(self, exportItems):
hiero.core.log.debug( "NimShotProcessor::startProcessing(" + str(exportItems) + ")" )
sequences = []
selectedTrackItems = set()
selectedSubTrackItems = set()
ignoredTrackItems = set()
excludedTracks = []
# Build Tags data from selection
self._tags = buildTagsData(exportItems)
# Filter the include/exclude tags incase the previous tag selection is not included in the current selection
included_tag_names = [ tag.name() for tag, objectType in self._tags if tag.name() in self._preset.properties()["includeTags"] ]
excluded_tag_names = [ tag.name() for tag, objectType in self._tags if tag.name() in self._preset.properties()["excludeTags"] ]
# This flag controls whether items which havent been explicitly included in the export,
# should be removed from the copied sequence. This primarily affects the collate functionality in nuke script generation.
exclusiveCopy = False
if exportItems[0].trackItem():
sequences.append( exportItems[0].trackItem().parent().parent() )
for item in exportItems:
trackItem = item.trackItem()
if isinstance(trackItem, hiero.core.TrackItem):
selectedTrackItems.add( trackItem )
if item.ignore():
ignoredTrackItems.add( trackItem )
elif isinstance(trackItem, hiero.core.SubTrackItem):
selectedSubTrackItems.add( trackItem )
else:
sequences = [ item.sequence() for item in exportItems ]
if ignoredTrackItems:
# A set of track items have been explicitly marked as ignored.
# This track items are to be included in the copy, but not exported.
# Thus any shot which isnt in the selected list, should be excluded from the copy.
exclusiveCopy = True
for sequence in sequences:
excludedTracks.extend( [track for track in sequence if track.guid() in self._preset._excludedTrackIDs] )
localtime = time.localtime(time.time())
path = self._exportTemplate.exportRootPath()
versionIndex = self._preset.properties()["versionIndex"]
versionPadding = self._preset.properties()["versionPadding"]
retime = self._preset.properties()["includeRetimes"]
cutHandles = None
startFrame = None
if self._preset.properties()["startFrameSource"] == NimShotProcessor.kStartFrameCustom:
startFrame = self._preset.properties()["startFrameIndex"]
# If we are exporting the shot using the cut length (rather than the (shared) clip length)
if self._preset.properties()["cutLength"]:
# Either use the specified number of handles or zero
if self._preset.properties()["cutUseHandles"]:
cutHandles = int(self._preset.properties()["cutHandles"])
else:
cutHandles = 0
# Create a resolver from the preset (specific to this type of processor)
resolver = self._preset.createResolver()
self._submission.setFormatDescription( self._preset.name() )
exportTrackItems = []
copiedSequences = []
project = None
for sequence in sequences:
sequenceCopy = sequence.copy()
copiedSequences.append( sequenceCopy )
self._tagCopiedSequence(sequence, sequenceCopy)
# Copied effect items create their nodes lazily, but this has to happen on
# the main thread, force it to be done here.
ensureEffectsNodesCreated(sequenceCopy)
# The export items should all come from the same project
if not project:
project = sequence.project()
presetId = hiero.core.taskRegistry.addPresetToProjectExportHistory(project, self._preset)
# For each video track
for track, trackCopy in zip(sequence.videoTracks(), sequenceCopy.videoTracks()) + zip(sequence.audioTracks(), sequenceCopy.audioTracks()):
# Unlock copied track so that items may be removed
trackCopy.setLocked(False)
if track in excludedTracks or not track.isEnabled():
# remove unselected track from copied sequence
sequenceCopy.removeTrack(trackCopy)
continue
# Used to store the track items to be removed from trackCopy, this is to
# avoid removing items whilst we are iterating over them.
trackItemsToRemove = []
# For each track item on track
for trackitem, trackitemCopy in zip(track.items(), trackCopy.items()):
trackitemCopy.unlinkAll() # Unlink to prevent accidental removal of items we want to keep
# If we're processing the whole sequence, or this shot has been selected
if not selectedTrackItems or trackitem in selectedTrackItems:
if trackitem in ignoredTrackItems:
hiero.core.log.debug( "%s marked as ignore, skipping. Selection : %s" % (str(trackitemCopy), str(exportTrackItems)) )
continue
# Check tags for excluded tags
excludedTags = [tag for tag in trackitem.tags() if tag.name() in excluded_tag_names]
includedTags = [tag for tag in trackitem.tags() if tag.name() in included_tag_names]
if included_tag_names:
# If not included, or explictly excluded
if not includedTags or excludedTags:
hiero.core.log.debug( "%s does not contain include tag %s, skipping." % (str(trackitemCopy), str(included_tag_names)) )
ignoredTrackItems.add(trackitem)
continue
else:
hiero.core.log.debug( "%s has include tag %s." % (str(trackitemCopy), str(included_tag_names)) )
elif excludedTags:
hiero.core.log.debug( "%s contains excluded tag %s, skipping." % (str(trackitemCopy), str(excluded_tag_names)) )
ignoredTrackItems.add(trackitem)
continue
if trackitem.isMediaPresent() or not self.skipOffline():
exportTrackItems.append((trackitem, trackitemCopy))
else:
hiero.core.log.debug( "%s is offline. Removing." % str(trackitem) )
trackItemsToRemove.append(trackitemCopy)
else:
# Either remove the track item entirely, or mark it as ignored, so that no tasks are spawned to export it.
if exclusiveCopy:
hiero.core.log.debug( "%s is not selected. Removing." % str(trackitem) )
trackItemsToRemove.append(trackitemCopy)
else:
hiero.core.log.debug( "%s is not selected. Ignoring." % str(trackitem) )
ignoredTrackItems.add(trackitem)
for item in trackItemsToRemove:
trackCopy.removeItem(item)
''' ****************** NIM START CHECK ONLINE STATUS AND VBPS ****************** '''
# Iterate through track items and find NIM associations
# Check for any shots that can not be brought online due to a variable based project structure
print 'NIM: Checking for variable based project structure items'
is_vbps = 0
is_vbps = nimAPI.can_bringOnline(item='shot',showID=nimHieroConnector.g_nim_showID)
if is_vbps == 0 :
# The show uses project variables so check the shots
for trackitem, trackitemCopy in exportTrackItems:
if trackitem in ignoredTrackItems:
continue
#Test for video track
exportTrackItem = False
trackItem_mediaType = trackitem.mediaType()
if trackItem_mediaType == hiero.core.TrackItem.MediaType.kVideo:
exportTrackItem = True
#Skip if not video track item
if exportTrackItem:
nim_shotID = None
nimConnect = nimHieroConnector.NimHieroConnector()
nim_tag = nimConnect.getNimTag(trackitem)
if nim_tag != False:
#NIM Tag Found
nim_shotID = nim_tag.metadata().value("tag.shotID")
is_vbps = nimAPI.can_bringOnline(item='shot',shotID=nim_shotID)
if is_vbps == 0 :
# If any shot requires variable break
break
if is_vbps == 0 :
message = 'NIM Warning:\n\n'
message += 'The NIM job selected uses a variable based project structure which requires '
message += 'specific fields on each shot to be set prior to being brought online. \n\n'
message += 'Shots can be made using the "Update Selected Shots in NIM" context menu in the timeline. '
message += 'After making shots go to the NIM Job\'s Production/Config/Offline tab to resolve any required fields.'
nimWin.popup( title='NIM Error', msg=message)
return False
''' ****************** NIM END CHECK ONLINE STATUS AND VBPS ****************** '''
allTasks = []
for trackitem, trackitemCopy in exportTrackItems:
if trackitem in ignoredTrackItems:
continue
# Check if a task is already exporting this item and if so, skip it.
# This is primarily to handle the case of collating shots by name, where we only
# want one script containing all the items with that name.
createTasks = True
for existingTask in allTasks:
if existingTask.isExportingItem(trackitemCopy):
createTasks = False
break
if not createTasks:
continue
taskGroup = hiero.core.TaskGroup()
taskGroup.setTaskDescription( trackitem.name() )
# Track items may end up with different versions if they're being re-exported. Determine
# the version for each item.
trackItemVersionIndex = self._getTrackItemExportVersionIndex(trackitem, versionIndex, findTrackItemExportTag(self._preset, trackitem))
trackItemVersion = "v%s" % format(int(trackItemVersionIndex), "0%id" % int(versionPadding))
''' ****************** NIM START UPDATE TRACKITEM ****************** '''
print "exporting trackItem: %s" % trackitem.name()
#Test for video track
exportTrackItem = False
trackItem_mediaType = trackitem.mediaType()
if trackItem_mediaType == hiero.core.TrackItem.MediaType.kVideo:
print "Processing Video TrackItem"
exportTrackItem = True
#SKIP IF NOT VIDEO TRACK ITEM
if exportTrackItem:
nim_shotID = None
nim_shotPaths = {}
nim_platesPath = 'PLATES'
updateThumbnail = True
#global g_nim_showID
nim_showID = nimHieroConnector.g_nim_showID
print 'NIM: showID=%s' % nim_showID
name = trackitem.name()
nimConnect = nimHieroConnector.NimHieroConnector()
nim_tag = nimConnect.getNimTag(trackitem)
if nim_tag != False:
#print "NIM: Tag Found"
#print nim_tag
#update existing shot in NIM
nim_shotID = nim_tag.metadata().value("tag.shotID")
print 'NIM: shotID=%s' % nim_shotID
success = nimConnect.updateTrackItem(nim_showID, trackitem)
if success:
print "NIM: Successfully updated trackitem %s in NIM" % name
if updateThumbnail:
success = nimConnect.updateShotIcon(trackitem)
if success == False:
print 'NIM: Failed to upload icon'
else:
print "NIM: Failed to update trackitem %s in NIM" % name
else:
#NO TAG found so create new shot in NIM... if shot exists with same name in NIM, link to this trackitem
print 'NIM: Tag Not Found Exporting as new trackitem'
nim_shotID = nimConnect.exportTrackItem(nim_showID, trackitem)
if nim_shotID == False:
print 'NIM: Failed to export trackitem %s' % name
else:
if updateThumbnail:
success = nimConnect.updateShotIcon(trackitem)
if success == False:
print 'NIM: Failed to upload icon for trackitem %s' % name
#BRING SHOT ONLINE AND CREATE PROJECT STRUCTURE FOLDERS
bringOnline_result = nimAPI.bring_online( item='shot', shotID=nim_shotID )
if bringOnline_result['success'] == 'false':
print 'NIM: Failed to bring shot online'
print 'NIM: %s' % bringOnline_result['error']
elif bringOnline_result['success'] == 'true':
print 'NIM: Shot brought online %s' % name
else :
print 'NIM: bringOnline returned and invalid status'
#GET UPDATED NIM TAG AND COPY TO CLONE
nim_tag = nimConnect.getNimTag(trackitem)
if nim_tag != False:
print 'NIM: Copying nim_tag to clone'
trackitemCopy.addTag(nim_tag)
else:
print 'NIM: Could not copy nim_tag to copy.. tag not found'
''' ****************** NIM END UPDATE TRACKITEM ****************** '''
# If processor is flagged as Synchronous, flag tasks too
if self._synchronous:
self._submission.setSynchronous()
# For each entry in the shot template
for (exportPath, preset) in self._exportTemplate.flatten():
# Build TaskData seed
taskData = hiero.core.TaskData( preset,
trackitemCopy,
path,
exportPath,
trackItemVersion,
self._exportTemplate,
project=project,
cutHandles=cutHandles,
retime=retime,
startFrame=startFrame,
startFrameSource = self._preset.properties()["startFrameSource"],
resolver=resolver,
submission=self._submission,
skipOffline=self.skipOffline(),
presetId=presetId,
shotNameIndex = getShotNameIndex(trackitem) )
# Spawn task
task = hiero.core.taskRegistry.createTaskFromPreset(preset, taskData)
# Add task to export queue
if task and task.hasValidItem():
# Give the task an opportunity to modify the original (not the copy) track item
if not task.error():
task.updateItem(trackitem, localtime)
taskGroup.addChild(task)
allTasks.append(task)
hiero.core.log.debug( "Added to Queue " + trackitem.name() )
''' ****************** NIM START PUBLISH ELEMENT ****************** '''
#resolvedFullPath = os.path.join(resolver.resolve(task, path),resolver.resolve(task, exportPath))
resolvedFullPath = "/".join([resolver.resolve(task, path),resolver.resolve(task, exportPath)])
trackitem_clip = trackitem.source()
''''''
#print "NIM: 2.0"
print "NIM: resolved fulPath=", resolvedFullPath
print "NIM: path=",path
print "NIM: exportPath=",exportPath
#print "NIM: version=",version
print "NIM: cutHandles=",cutHandles
print "NIM: retime=",retime
print "NIM: startFrame=",startFrame
print " trackItem:"
print " trackitem.name=", trackitem.name()
print " trackitem.duration=", trackitem.duration()
print " trackitem.eventNumber=", trackitem.eventNumber()
print " trackitem.handleInLength=", trackitem.handleInLength()
print " trackitem.handleInTime=", trackitem.handleInTime()
print " trackitem.handleOutLength=", trackitem.handleOutLength()
print " trackitem.handleOutTime=", trackitem.handleOutTime()
print " trackitem.playbackSpeed=", trackitem.playbackSpeed()
print " trackitem.timelineIn=", trackitem.timelineIn()
print " trackitem.timelineOut=", trackitem.timelineOut()
print " trackitem.sourceIn=", trackitem.sourceIn()
print " trackitem.sourceOut=", trackitem.sourceOut()
print " clip:"
print " clip.sourceIn=", trackitem_clip.sourceIn()
print " clip.sourceOut=", trackitem_clip.sourceOut()
if cutHandles == None:
cutHandles = 0
element_startFrame = trackitem_clip.sourceIn() + (trackitem.sourceIn() - cutHandles)
element_endFrame = trackitem_clip.sourceIn() + (trackitem.sourceOut() + cutHandles)
element_filePath = ntpath.dirname(resolvedFullPath)
element_fileName = ntpath.basename(resolvedFullPath)
print "nimHieroConnector.g_nim_publishElement=",nimHieroConnector.g_nim_publishElement
print "nimHieroConnector.g_nim_element=",nimHieroConnector.g_nim_element
print "nimHieroConnector.g_nim_elementTypeID=",nimHieroConnector.g_nim_elementTypeID
#Determine Export Preset
presetName = preset.name()
presetExportName = type(preset).__name__
print "preset name: %s" % presetName
#print "export name: %s" % presetExportName
nim_prefInfo = nimPrefs.read()
user = nim_prefInfo['NIM_User']
userID = nimAPI.get_userID(user)
if not userID :
nimUI.GUI().update_user()
userInfo=nim.NIM().userInfo()
user = userInfo['name']
userID = userInfo['ID']
print "NIM: user=%s" % user
print "NIM: userID: %s" % userID
if presetName == 'hiero.exporters.FnTranscodeExporter.TranscodeExporter' \
or presetName == 'hiero.exporters.FnCopyExporter.CopyExporter' \
or presetName == 'hiero.exporters.FnSymLinkExporter.SymLinkExporter' :
if nimHieroConnector.g_nim_publishElement == True:
print "NIM: Publish Element"
print " shotID=", nim_shotID
print " name=", trackitem.name()
print " type=", nimHieroConnector.g_nim_element
print " filePath=", element_filePath
print " fileName=", element_fileName
print " startFrame=", element_startFrame
print " endFrame=", element_endFrame
print " cutHandles=", cutHandles
element_result = nimAPI.add_element( parent='shot', parentID=nim_shotID, userID=userID, typeID=nimHieroConnector.g_nim_elementTypeID, \
path=element_filePath, name=element_fileName, startFrame=element_startFrame, endFrame=element_endFrame, \
handles=cutHandles, isPublished=nimHieroConnector.g_nim_publishElement )
elif presetName == 'hiero.exporters.FnNukeShotExporter.NukeShotExporter':
if nimHieroConnector.g_nim_publishComp == True:
print "NIM: Publish Comp"
print " shotID=", nim_shotID
print " name=", trackitem.name()
print " filePath=", element_filePath
print " fileName=", element_fileName
nim_doSave = True
#check to ensure valid task is selected
print "nimHieroConnector.g_nim_expTaskTypeID=",nimHieroConnector.g_nim_expTaskTypeID
print "nimHieroConnector.g_nim_expTaskFolder=",nimHieroConnector.g_nim_expTaskFolder
task_type_ID = nimHieroConnector.g_nim_expTaskTypeID
task_folder = nimHieroConnector.g_nim_expTaskFolder
if task_type_ID == 0:
print "No Task selected for Nuke Comp Export.\n \
The Nuke comp will be created but not logged into NIM."
nim_doSave = False
#Derive basename from file ( TODO: give option to use shot_task_tag_ver.nk method )
#Using filename entered in Export window
#ext = '.nk'
basename = element_fileName
version = 0
basenameFull, ext = os.path.splitext(element_fileName)
basenameMatch = re.search(r'v[0-9]+$', basenameFull, re.I)
if basenameMatch:
matchIndex = basenameMatch.start(0)
basename = basenameFull[:matchIndex] #returns basename without v#: shot_comp_ (test for trailing _ and remove to be NIM compliant)
lastCharMatch = re.search(r'_+$', basename)
if lastCharMatch:
basename = basename[:lastCharMatch.start(0)]
version = basenameFull[matchIndex:][1:].lstrip('0') #returns version without v and leading 0s: '1'
else:
print "Version information was either not found in Nuke Project export name or has incorrect placement to be NIM compatible.\n \
Please include the version in the comp name at the end of the name by using the {version} keyword or manually adding 'v#' to the Nuke Project File name.\n \
example: {shot}_comp_{version}.nk\n \
The Nuke comp will be created but not logged into NIM."
nim_doSave = False
filename = element_fileName
filepath = element_filePath
print "basename: %s" % basename
print "filename: %s" % filename
print "version: %s" % version
#TODO: verify entry is not duplicate of existing version
nim_doUpdate = False
# Get versions for basename
nim_versions = {}
nim_versionID = 0
nim_versions = nimAPI.get_vers(shotID=nim_shotID, basename=basename)
print "Versions Returned: %s" % nim_versions
# if file matching class / basename / filename / version
try:
if len(nim_versions)>0:
print "Existing versions found"
for versionItem in nim_versions:
if versionItem['filename'] == filename:
print "Existing Version Found"
nim_versionID = versionItem['fileID']
print "versionID: %s" % nim_versionID
nim_doUpdate = True
else:
print "No existing versions found"
except:
print "Failed to load existing versions from NIM"
pass
comment = 'Nuke Project File exported from NukeStudio'
serverID = nimHieroConnector.g_nim_serverID
if not serverID:
print "NIM Sever information is missing.\n \
Please select a NIM Project Server from the Server dropdown list.\n \
The Nuke comp will be created but not logged into NIM."
nim_doSave = False
pub = nimHieroConnector.g_nim_publishComp
forceLink = 0 # lazy symlink as files wont exist yet
work = True # set comp as working file
if nim_doSave is True:
if nim_doUpdate is True:
print "Updating file data in NIM"
file_apiResult = nimAPI.update_file( ID=nim_versionID, task_type_ID=task_type_ID, task_folder=task_folder, userID=userID, basename=basename, filename=filename, path=filepath, ext=ext, version=version, comment=comment, serverID=serverID, pub=pub, forceLink=forceLink, work=work )
print file_apiResult
else:
print "Saving file data to NIM"
file_apiResult = nimAPI.save_file( parent='shot', parentID=nim_shotID, task_type_ID=task_type_ID, task_folder=task_folder, userID=userID, basename=basename, filename=filename, path=filepath, ext=ext, version=version, comment=comment, serverID=serverID, pub=pub, forceLink=forceLink, work=work )
print file_apiResult
elif presetName == 'hiero.exporters.FnExternalRender.NukeRenderTask':
#Skip - user to publish element at comp render time
pass
else:
pass
''' ****************** NIM END PUBLISH ELEMENT ****************** '''
# Dont add empty groups
if len(taskGroup.children()) > 0:
self._submission.addChild( taskGroup )
# If processor is flagged as Synchronous, flag tasks too
if self._synchronous:
self._submission.setSynchronous()
if self._submission.children():
# Detect any duplicates
self.processTaskPreQueue()
self._submission.addToQueue()
NimShotProcessor._versionUpPreviousExports = False # Reset this after export
def __init__(self, selection, selectedPresets, parent=None):
super(NimHieroExport.NimExportDialog, self).__init__(parent)
self.app = nimFile.get_app()
self.prefs = nimPrefs.read()
try:
self.user = self.prefs['NIM_User']
self.pref_job = self.prefs[self.app + '_Job']
self.pref_show = self.prefs[self.app + '_Show']
self.pref_server = self.prefs[self.app + '_ServerPath']
except:
#return False
pass
self.nim_OS = platform.system()
self.nim_userID = nimAPI.get_userID(self.user)
if not self.nim_userID:
nimUI.GUI().update_user()
userInfo = nim.NIM().userInfo()
self.user = userInfo['name']
self.nim_userID = userInfo['ID']
print "NIM: user=%s" % self.user
print "NIM: userID=%s" % self.nim_userID
print "NIM: default job=%s" % self.pref_job
self.nim_jobPaths = {}
self.nim_showPaths = {}
self.nim_shotPaths = {}
self.nim_showFolder = ''
self.nim_servers = {}
self.nim_serverID = None
self.nim_serverOSPath = ''
#Get NIM Jobs
self.nim_jobID = None
self.nim_jobs = nimAPI.get_jobs(self.nim_userID)
if not self.nim_jobs:
print "No Jobs Found"
self.nim_jobs["None"] = "0"
self.nim_shows = []
self.nim_showDict = {}
self.nim_showID = None
self.setWindowTitle("NIM Update Selected Shots")
self.setSizeGripEnabled(True)
self._exportTemplate = None
tag_jobID = None
tag_showID = None
nimConnect = nimHieroConnector.NimHieroConnector()
# Check Sequence for existing showID
for trackItem in selection:
sequence = trackItem.parentSequence()
nim_sequence_tag = nimConnect.getNimTag(sequence)
if (nim_sequence_tag != False):
tag_showID = nim_sequence_tag.metadata().value(
"tag.showID")
print "NIM: Sequence showID=%s" % tag_showID
if (tag_showID != ''):
showInfo = nimAPI.get_showInfo(tag_showID)
if len(showInfo) > 0:
for showInfoDetails in showInfo:
tag_jobID = showInfoDetails['jobID']
print "NIM: Sequence jobID=%s" % tag_jobID
break
layout = QVBoxLayout()
formLayout = QFormLayout()
groupBox = QGroupBox()
groupLayout = QFormLayout()
groupBox.setLayout(groupLayout)
# JOBS: List box for job selection
horizontalLayout = QHBoxLayout()
horizontalLayout.setSpacing(-1)
horizontalLayout.setSizeConstraint(QLayout.SetDefaultConstraint)
horizontalLayout.setObjectName("HorizontalLayout")
self.nimJobLabel = QLabel()
self.nimJobLabel.setFixedWidth(40)
self.nimJobLabel.setText("Job:")
horizontalLayout.addWidget(self.nimJobLabel)
self.nim_jobChooser = QComboBox()
self.nim_jobChooser.setToolTip(
"Choose the job you wish to export shots to.")
horizontalLayout.addWidget(self.nim_jobChooser)
horizontalLayout.setStretch(1, 40)
groupLayout.setLayout(0, QFormLayout.SpanningRole,
horizontalLayout)
# JOBS: Add dictionary in ordered list
jobIndex = 0
jobIter = 0
if len(self.nim_jobs) > 0:
for key, value in sorted(self.nim_jobs.items(), reverse=True):
self.nim_jobChooser.addItem(key)
if nimHieroConnector.g_nim_jobID:
if nimHieroConnector.g_nim_jobID == value:
print "Found matching jobID, job=", key
self.pref_job = key
jobIndex = jobIter
else:
if self.pref_job == key:
print "Found matching Job Name, job=", key
jobIndex = jobIter
jobIter += 1
if self.pref_job != '':
self.nim_jobChooser.setCurrentIndex(jobIndex)
self.nim_jobChooser.currentIndexChanged.connect(
self.nim_jobChanged)
#self.nim_jobChanged() #trigger job changed to load choosers
'''
# SERVERS: List box for server selection
horizontalLayout2 = QHBoxLayout()
horizontalLayout2.setSpacing(-1)
horizontalLayout2.setSizeConstraint(QLayout.SetDefaultConstraint)
horizontalLayout2.setObjectName("HorizontalLayout2")
self.nimServerLabel = QLabel()
self.nimServerLabel.setFixedWidth(40)
self.nimServerLabel.setText("Server:")
horizontalLayout2.addWidget(self.nimServerLabel)
self.nim_serverChooser = QComboBox()
self.nim_serverChooser.setToolTip("Choose the server you wish to export shots to.")
horizontalLayout2.addWidget(self.nim_serverChooser)
horizontalLayout2.setStretch(1, 40)
groupLayout.setLayout(1, QFormLayout.SpanningRole, horizontalLayout2)
# SERVERS: Add dictionary in ordered list
serverIndex = 0
serverIter=0
if len(self.nim_servers)>0:
for server in self.nim_servers:
self.nim_serverDict[server['server']] = server['ID']
for key, value in sorted(self.nim_serverDict.items(), reverse=False):
self.nim_serverChooser.addItem(key)
if nimHieroConnector.g_nim_serverID == value:
self.pref_server = key
serverIndex = serverIter
#print "Found matching serverID, server=", key
#print "serverIndex=",serverIndex
serverIter +=1
if self.pref_server != '':
#print "self.pref_server=",self.pref_server
self.nim_serverChooser.setCurrentIndex(serverIndex)
self.nim_serverChooser.currentIndexChanged.connect(self.nim_serverChanged)
self.nim_serverChanged()
'''
# SHOWS: List box for show selection
horizontalLayout3 = QHBoxLayout()
horizontalLayout3.setSpacing(-1)
horizontalLayout3.setSizeConstraint(QLayout.SetDefaultConstraint)
horizontalLayout3.setObjectName("HorizontalLayout3")
self.nimShowLabel = QLabel()
self.nimShowLabel.setFixedWidth(40)
self.nimShowLabel.setText("Show:")
horizontalLayout3.addWidget(self.nimShowLabel)
self.nim_showChooser = QComboBox()
self.nim_showChooser.setToolTip(
"Choose the show you wish to export shots to.")
horizontalLayout3.addWidget(self.nim_showChooser)
horizontalLayout3.setStretch(1, 40)
groupLayout.setLayout(1, QFormLayout.SpanningRole,
horizontalLayout3)
self.nim_showChooser.currentIndexChanged.connect(
self.nim_showChanged)
# Add the standard ok/cancel buttons, default to ok.
self._buttonbox = QDialogButtonBox(
QDialogButtonBox.StandardButton.Ok
| QDialogButtonBox.StandardButton.Cancel)
self._buttonbox.button(
QDialogButtonBox.StandardButton.Ok).setText("Update")
self._buttonbox.button(
QDialogButtonBox.StandardButton.Ok).setDefault(True)
self._buttonbox.button(
QDialogButtonBox.StandardButton.Ok).setToolTip(
"Executes exports on selection for each selected preset")
self._buttonbox.accepted.connect(self.acceptTest)
self._buttonbox.rejected.connect(self.reject)
horizontalLayout4 = QHBoxLayout()
horizontalLayout4.setSpacing(-1)
horizontalLayout4.setSizeConstraint(QLayout.SetDefaultConstraint)
horizontalLayout4.setObjectName("HorizontalLayout4")
spacerItem4 = QSpacerItem(175, 20, QSizePolicy.Expanding,
QSizePolicy.Minimum)
horizontalLayout4.addItem(spacerItem4)
horizontalLayout4.addWidget(self._buttonbox)
horizontalLayout4.setStretch(1, 40)
groupLayout.setLayout(2, QFormLayout.SpanningRole,
horizontalLayout4)
self.setLayout(groupLayout)
layout.addWidget(groupBox)
self.nim_jobChanged() #trigger job changed to load choosers
