def remove_snapshots(host=None):
ret, snapshotid_list = Snapshot.get_block_snapshot_ids(host)
if ret == 0:
for ssid in snapshotid_list:
ret = Snapshot.delete_block_snapshot(ssid, host)
if ret == 0:
print "[Info] Succeed to remove snapshot %d." % ssid
else:
print "[Error] Failed to delete snapshot %d." % ssid
else:
print "[Error] Failed to get snapshot info."
def SelectCell(self, col, row):
""" Handle the selection of an individual cell in the Grid """
# If we're in the "Time" column ...
if col == 0:
# ... determine the time of the selected item
times = self.gridClips.GetCellValue(row, col).split('-')
# ... and move to that time
self.ControlObject.SetVideoStartPoint(Misc.time_in_str_to_ms(times[0]))
# Retain the program focus in the Data Window
self.gridClips.SetFocus()
# If we're in the "ID" or "Keywords" column ...
else:
# ... if we have a Clip ...
if self.gridClips.GetCellValue(row, 4) == 'Clip':
# Load the Clip
# Switched to CallAfter because of crashes on the Mac.
wx.CallAfter(self.ControlObject.LoadClipByNumber, int(self.gridClips.GetCellValue(row, 3)))
# NOTE: LoadClipByNumber eliminates the EpisodeClipsTab, so no further processing can occur!!
# There used to be code here to select the Clip in the Database window, but it stopped
# working when I added multiple transcripts, so I moved it to the ControlObject.LoadClipByNumber()
# method.
# ... if we have a Snapshot ...
elif self.gridClips.GetCellValue(row, 4) == 'Snapshot':
tmpSnapshot = Snapshot.Snapshot(int(self.gridClips.GetCellValue(row, 3)))
# ... load the Snapshot
self.ControlObject.LoadSnapshot(tmpSnapshot)
# ... determine the time of the selected item
times = self.gridClips.GetCellValue(row, 0).split('-')
# ... and move to that time
self.ControlObject.SetVideoStartPoint(Misc.time_in_str_to_ms(times[0]))
# ... and set the program focus on the Snapshot
self.ControlObject.SelectSnapshotWindow(tmpSnapshot.id, tmpSnapshot.number, selectInDataWindow=True)
def parse(data_path):
with open(data_path) as f:
lines = [line.rstrip() for line in f]
snap = []
for l in lines:
with open(l) as s:
next(s)
snap.append([line.rstrip() for line in s])
snapshot = []
n = 0
for s in snap:
snapshot.append(Snapshot.Snapshot())
for data in s:
split_1 = data.split("\t")
interaction = split_1[1]
distance = float(split_1[3])
energy = float(split_1[5])
residue1 = (int(split_1[0].split(":")[1]), split_1[0].split(":")[0])
residue2 = (int(split_1[2].split(":")[1]), split_1[2].split(":")[0])
snapshot[n].addNode(residue1)
snapshot[n].addNode(residue2)
snapshot[n].addEdge(residue1, residue2, interaction, distance, energy)
snapshot[n].addSimpleEdge(residue1, residue2)
snapshot[n].addTypeEdge(residue1, residue2, interaction, energy)
n += 1
return snapshot
def loadPuzzle(puzzlefile):
file = open(puzzlefile)
newsnapshot = Snapshot.snapshot()
rownumber = 0
for line in file: # read lines
newline = [int(x) for x in line.split()]
for columnnumber in range(9):
newsnapshot.setCellVal(rownumber, columnnumber, newline[columnnumber])
rownumber +=1
return newsnapshot
def loadPuzzle(puzzlefile):
file = open(puzzlefile)
newsnapshot = Snapshot.snapshot()
rownumber = 0
for line in file: # read lines
newline = [int(x) for x in line.split()]
for columnnumber in range(9):
newsnapshot.setCellVal(rownumber, columnnumber, newline[columnnumber])
rownumber +=1
return newsnapshot
def diff_snapshot(snapshot_one, snapshot_two):
snapshot_one_res = Snapshot.excluding_fields(snapshot_one.convert_to_dict(), ['timestamp'])
snapshot_two_res = Snapshot.excluding_fields(snapshot_two.convert_to_dict(), ['timestamp'])
snapshot_diff = Snapshot()
snapshot_diff.timestamp = snapshot_two.timestamp - snapshot_one.timestamp
for item_two in snapshot_two_res:
for obj in snapshot_two_res[item_two]:
if not obj in snapshot_one_res[item_two]:
snapshot_diff.add(obj, item_two, DiffObject(ADD, snapshot_two_res[item_two][obj]))
elif snapshot_two_res[item_two][obj] != snapshot_one_res[item_two][obj]:
snapshot_diff.add(obj, item_two, DiffObject(CHANGE,
DiffValue(snapshot_one_res[item_two][obj],
snapshot_two_res[item_two][obj])))
for obj in snapshot_one_res[item_two]:
if not obj in snapshot_two_res[item_two]:
snapshot_diff.add(obj, item_two, DiffObject(DELETE, snapshot_one_res[item_two][obj]))
return snapshot_diff
def load_puzzle(puzzle_file):
file = open(puzzle_file)
content = file.readlines()
new_snapshot = Snapshot.Snapshot()
for row_number in range(5):
new_row = [int(x) for x in content[row_number].split()]
for column_number in range(5):
new_snapshot.set_cell_value(row_number, column_number,
new_row[column_number])
constraints = content[5:]
for c in constraints:
new_constraint = [int(x) for x in c.split()]
new_snapshot.set_constraint(new_constraint)
file.close()
return new_snapshot
def loadPuzzle(puzzlefile):
file = open(puzzlefile)
content = file.readlines()
newsnapshot = Snapshot.snapshot()
rownumber = 0
for rownumber in range(5):
newrow = [int(x) for x in content[rownumber].split()]
for columnnumber in range(5):
newsnapshot.setCellVal(rownumber, columnnumber,
newrow[columnnumber])
constraints = content[5:]
for c in constraints:
newconstraint = [int(x) for x in c.split()]
newsnapshot.setConstraint(newconstraint)
file.close()
return newsnapshot
def just_for_test_block(volume_num=1000,
volume_name_prefix="volume-",
volume_size_min=100,
volume_size_max=500,
snapshot_num=1000,
snapshot_name_prefix="snapshot-",
client_group_num=1000,
client_group_name_prefix="client-group",
access_path_num=2,
access_path_name_prefix="access_path",
host=None):
if access_path_num < 2 or volume_num < 2 or snapshot_num < 2 or client_group_num < 2:
print "[Error] The num of access path, volume, snapshot, client group should be larger than 2."
return
if volume_size_min < 0 or volume_size_max < 0 or volume_size_min > volume_size_max:
print "[Error] Invalid parameters."
return
# create block volumes
ret, pool_ids = Pool.get_pool_ids(host=host)
if ret != 0 or len(pool_ids) < 1:
print "[Error] Failed to get pool info or pool not exists."
return
for i in range(1, volume_num + 1):
size = random.randint(volume_size_min, volume_size_max)
pool_id = pool_ids[random.randint(0, len(pool_ids) - 1)]
print BlockVolume.create_block_volume(volume_name_prefix + str(i),
pool_id,
str(size) + "G",
host=host)
# create block snapshots
ret, volume_ids = BlockVolume.get_block_volume_ids(host=host)
if ret != 0 or len(volume_ids) < 1:
print "[Error] Failed to get volume info or volumes not exist."
return
for i in range(1, snapshot_num + 1):
idx = random.randint(0, len(volume_ids) - 1)
print Snapshot.create_block_snapshot(snapshot_name_prefix +
str(uuid.uuid1()),
volume_ids[idx],
host=host)
for i in range(1, client_group_num + 1):
iqn = generate_iqn()
print ClientGroup.create_client_group(client_group_name_prefix +
str(i),
"iSCSI",
iqn,
host=host)
# create access paths
for i in range(1, access_path_num + 1):
print AccessPath.create_access_path(access_path_name_prefix + str(i),
aptype="iSCSI",
host=host)
# create mapping groups
ret, client_group_ids = ClientGroup.get_client_group_ids(host=host)
if ret != 0:
print "[Error] Failed to get client group info."
return
volume_ids.sort()
client_group_ids.sort()
cgid_len = len(client_group_ids)
vid_len = len(volume_ids)
for i in range(0, cgid_len / 2):
cgid = client_group_ids[i]
print MappingGroup.create_mapping_group(1,
volume_ids[:vid_len / 2],
cgid,
host=host)
for i in range(cgid_len / 2, cgid_len):
cgid = client_group_ids[i]
print MappingGroup.create_mapping_group(2,
volume_ids[vid_len / 2:],
cgid,
host=host)
def db_delete(self, use_transactions=1):
"""Delete this object record from the database. Raises
RecordLockedError exception if the record is locked and unable to
be deleted."""
result = 1
try:
# Initialize delete operation, begin transaction if necessary
(db, c) = self._db_start_delete(use_transactions)
if (db == None):
return # Abort delete
# Delete all Collection-based Filter Configurations
# Delete Collection Clip Data Export records
DBInterface.delete_filter_records(4, self.number)
# Delete Collection Report records
DBInterface.delete_filter_records(12, self.number)
# Delete Collection Map records
DBInterface.delete_filter_records(16, self.number)
# Detect, Load, and Delete all Collection Notes
notes = self.get_note_nums()
for note_num in notes:
note = Note.Note(note_num)
result = result and note.db_delete(0)
del note
del notes
# Delete Clips, which in turn will delete Clip transcripts/notes/kws
clips = DBInterface.list_of_clips_by_collection(
self.id, self.parent)
for (clipNo, clip_id, collNo) in clips:
clip = Clip.Clip(clipNo)
result = result and clip.db_delete(0)
del clip
del clips
# Delete Quotes, which in turn will delete Quote notes/kws
quotes = DBInterface.list_of_quotes_by_collectionnum(self.number)
for (quoteNo, quote_id, collNo, sourceDocNo) in quotes:
quote = Quote.Quote(num=quoteNo)
result = result and quote.db_delete(0)
del quote
del quotes
# Delete Snapshots, which in turn will delete Snapshot Coding and Keywords
snapshots = DBInterface.list_of_snapshots_by_collectionnum(
self.number)
for (snapshotNo, snapshotID, collNo) in snapshots:
# Since we intend to delete the snapshot, we can suppress the error message about missing Episodes
snapshot = Snapshot.Snapshot(snapshotNo,
suppressEpisodeError=True)
result = result and snapshot.db_delete(0)
del snapshot
del snapshots
# Delete all Nested Collections
for (collNo, collID,
parentCollNo) in DBInterface.list_of_collections(self.number):
tempCollection = Collection(collNo)
result = result and tempCollection.db_delete(0)
del tempCollection
# Delete the actual record
self._db_do_delete(use_transactions, c, result)
# Cleanup
c.close()
self.clear()
except RecordLockedError, e:
if DEBUG:
print "Collection: RecordLocked Error", e
# if a sub-record is locked, we may need to unlock the Collection record (after rolling back the Transaction)
if self.isLocked:
# c (the database cursor) only exists if the record lock was obtained!
# We must roll back the transaction before we unlock the record.
c.execute("ROLLBACK")
if DEBUG:
print "Collection: roll back Transaction"
c.close()
self.unlock_record()
if DEBUG:
print "Collection: unlocking record"
raise e
def DisplayCells(self, TimeCode):
""" Get data from the database and populate the Episode Clips / Selected Clips Grid """
# Get clip data from the database
clipData = DBInterface.list_of_clips_by_episode(self.episodeObj.number, TimeCode)
if TransanaConstants.proVersion:
# Get the snapshot data from the database
snapshotData = DBInterface.list_of_snapshots_by_episode(self.episodeObj.number, TimeCode)
# Combine the two lists
cellData = {}
# For each Clip ...
for clip in clipData:
# load the Clip
tmpObj = Clip.Clip(clip['ClipNum'])
# add the Clip to the cellData
cellData[(clip['ClipStart'], clip['ClipStop'], tmpObj.GetNodeString(True).upper())] = tmpObj
if TransanaConstants.proVersion:
# for each Snapshot ...
for snapshot in snapshotData:
# load the Snapshot
tmpObj = Snapshot.Snapshot(snapshot['SnapshotNum'])
# add the Snapshot to the cellData
cellData[(snapshot['SnapshotStart'], snapshot['SnapshotStop'], tmpObj.GetNodeString(True).upper())] = tmpObj
# Get the Keys for the cellData
sortedKeys = cellData.keys()
# Sort the keys for the cellData into the right order
sortedKeys.sort()
# Add rows to the Grid to accomodate the amount of data returned, or delete rows if we have too many
if len(cellData) > self.gridClips.GetNumberRows():
self.gridClips.AppendRows(len(cellData) - self.gridClips.GetNumberRows(), False)
elif len(cellData) < self.gridClips.GetNumberRows():
self.gridClips.DeleteRows(numRows = self.gridClips.GetNumberRows() - len(cellData))
# Initialize the Row Counter
loop = 0
# Add the data to the Grid
for keyVals in sortedKeys:
# If we have a Clip ...
if isinstance(cellData[keyVals], Clip.Clip):
# ... get the start, stop times and the object type
startTime = cellData[keyVals].clip_start
stopTime = cellData[keyVals].clip_stop
objType = 'Clip'
# Initialize the string for all the Keywords to blank
kwString = unicode('', 'utf8')
# Initialize the prompt for building the keyword string
kwPrompt = '%s'
# If we have a Snapshot ...
elif isinstance(cellData[keyVals], Snapshot.Snapshot):
# ... get the start, stop times and the object type
startTime = cellData[keyVals].episode_start
stopTime = cellData[keyVals].episode_start + cellData[keyVals].episode_duration
objType = 'Snapshot'
# if there are whole snapshot keywords ...
if len(cellData[keyVals].keyword_list) > 0:
# ... initialize the string for all the Keywords to indicate this
kwString = unicode(_('Whole:'), 'utf8') + '\n'
# If there are NOT whole snapshot keywords ...
else:
# ... initialize the string for all the Keywords to blank
kwString = unicode('', 'utf8')
# Initialize the prompt for building the keyword string
kwPrompt = ' %s'
# For each Keyword in the Keyword List ...
for kws in cellData[keyVals].keyword_list:
# ... add the Keyword to the Keyword List
kwString += kwPrompt % kws.keywordPair
# If we have a Clip ...
if isinstance(cellData[keyVals], Clip.Clip):
# After the first keyword, we need a NewLine in front of the Keywords. This accompishes that!
kwPrompt = '\n%s'
# If we have a Snapshot ...
elif isinstance(cellData[keyVals], Snapshot.Snapshot):
# After the first keyword, we need a NewLine in front of the Keywords. This accompishes that!
kwPrompt = '\n %s'
# If we have a Snapshot, we also want to display CODED Keywords in addition to the WHOLE Snapshot keywords
# we've already included
if isinstance(cellData[keyVals], Snapshot.Snapshot):
# Keep a list of the coded keywords we've already displayed
codedKeywords = []
# Modify the template for additional keywords
kwPrompt = '\n %s : %s'
# For each of the Snapshot's Coding Objects ...
for x in range(len(cellData[keyVals].codingObjects)):
# ... if the Coding Object is visible and if it is not already in the codedKeywords list ...
if (cellData[keyVals].codingObjects[x]['visible']) and \
(not (cellData[keyVals].codingObjects[x]['keywordGroup'], cellData[keyVals].codingObjects[x]['keyword']) in codedKeywords):
# ... if this is the FIRST Coded Keyword ...
if len(codedKeywords) == 0:
# ... and if there WERE Whole Snapshot Keywords ...
if len(kwString) > 0:
# ... then add a line break to the Keywords String ...
kwString += '\n'
# ... add the indicator to the Keywords String that we're starting to show Coded Keywords
kwString += unicode(_('Coded:'), 'utf8')
# ... add the coded keyword to the Keywords String ...
kwString += kwPrompt % (cellData[keyVals].codingObjects[x]['keywordGroup'], cellData[keyVals].codingObjects[x]['keyword'])
# ... add the keyword to the Coded Keywords list
codedKeywords.append((cellData[keyVals].codingObjects[x]['keywordGroup'], cellData[keyVals].codingObjects[x]['keyword']))
# Insert the data values into the Grid Row
# Start and Stop time in column 0
self.gridClips.SetCellValue(loop, 0, "%s -\n %s" % (Misc.time_in_ms_to_str(startTime), Misc.time_in_ms_to_str(stopTime)))
# Node String (including Item name) in column 1
self.gridClips.SetCellValue(loop, 1, cellData[keyVals].GetNodeString(True))
# make the Collection / Item ID line auto-word-wrap
self.gridClips.SetCellRenderer(loop, 1, grid.GridCellAutoWrapStringRenderer())
# Keywords in column 2
self.gridClips.SetCellValue(loop, 2, kwString)
# Item Number (hidden) in column 3. Convert value to a string
self.gridClips.SetCellValue(loop, 3, "%s" % cellData[keyVals].number)
# Item Type (hidden) in column 4
self.gridClips.SetCellValue(loop, 4, "%s" % objType)
# Auto-size THIS row
self.gridClips.AutoSizeRow(loop, True)
# Increment the Row Counter
loop += 1
# Select the first cell
self.gridClips.SetGridCursor(0, 0)
def __init__(self, parent, id, title, note_object):
# Make the Keyword Edit List resizable by passing wx.RESIZE_BORDER style
Dialogs.GenForm.__init__(self, parent, id, title, size=(400, 260), style=wx.DEFAULT_DIALOG_STYLE | wx.RESIZE_BORDER,
useSizers = True, HelpContext='Notes') # 'Notes' is the Help Context for Notes. There is no entry for Note Properties at this time
self.obj = note_object
seriesID = ''
episodeID = ''
transcriptID = ''
collectionID = ''
clipID = ''
snapshotID = ''
documentID = ''
quoteID = ''
if (self.obj.series_num != 0) and (self.obj.series_num != None):
tempLibrary = Library.Library(self.obj.series_num)
seriesID = tempLibrary.id
elif (self.obj.episode_num != 0) and (self.obj.episode_num != None):
tempEpisode = Episode.Episode(self.obj.episode_num)
episodeID = tempEpisode.id
tempLibrary = Library.Library(tempEpisode.series_num)
seriesID = tempLibrary.id
elif (self.obj.transcript_num != 0) and (self.obj.transcript_num != None):
# To save time here, we can skip loading the actual transcript text, which can take time once we start dealing with images!
tempTranscript = Transcript.Transcript(self.obj.transcript_num, skipText=True)
transcriptID = tempTranscript.id
tempEpisode = Episode.Episode(tempTranscript.episode_num)
episodeID = tempEpisode.id
tempLibrary = Library.Library(tempEpisode.series_num)
seriesID = tempLibrary.id
elif (self.obj.collection_num != 0) and (self.obj.collection_num != None):
tempCollection = Collection.Collection(self.obj.collection_num)
collectionID = tempCollection.GetNodeString()
elif (self.obj.clip_num != 0) and (self.obj.clip_num != None):
# We can skip loading the Clip Transcript to save load time
tempClip = Clip.Clip(self.obj.clip_num, skipText=True)
clipID = tempClip.id
tempCollection = Collection.Collection(tempClip.collection_num)
collectionID = tempCollection.GetNodeString()
elif (self.obj.snapshot_num != 0) and (self.obj.snapshot_num != None):
tempSnapshot = Snapshot.Snapshot(self.obj.snapshot_num)
snapshotID = tempSnapshot.id
tempCollection = Collection.Collection(tempSnapshot.collection_num)
collectionID = tempCollection.GetNodeString()
elif (self.obj.document_num != 0) and (self.obj.document_num != None):
tempDocument = Document.Document(self.obj.document_num)
documentID = tempDocument.id
tempLibrary = Library.Library(tempDocument.library_num)
seriesID = tempLibrary.id
elif (self.obj.quote_num != 0) and (self.obj.quote_num != None):
tempQuote = Quote.Quote(num=self.obj.quote_num, skipText=True)
quoteID = tempQuote.id
tempCollection = Collection.Collection(tempQuote.collection_num)
collectionID = tempCollection.GetNodeString()
# Create the form's main VERTICAL sizer
mainSizer = wx.BoxSizer(wx.VERTICAL)
# Create a HORIZONTAL sizer for the first row
r1Sizer = wx.BoxSizer(wx.HORIZONTAL)
# Create a VERTICAL sizer for the next element
v1 = wx.BoxSizer(wx.VERTICAL)
# Note ID
id_edit = self.new_edit_box(_("Note ID"), v1, self.obj.id, maxLen=100)
# Add the element to the sizer
r1Sizer.Add(v1, 1, wx.EXPAND)
# Add the row sizer to the main vertical sizer
mainSizer.Add(r1Sizer, 0, wx.EXPAND)
# Add a vertical spacer to the main sizer
mainSizer.Add((0, 10))
# Create a HORIZONTAL sizer for the next row
r2Sizer = wx.BoxSizer(wx.HORIZONTAL)
# Create a VERTICAL sizer for the next element
v2 = wx.BoxSizer(wx.VERTICAL)
# Library ID
seriesID_edit = self.new_edit_box(_("Library ID"), v2, seriesID)
# Add the element to the row sizer
r2Sizer.Add(v2, 1, wx.EXPAND)
seriesID_edit.Enable(False)
# Add the row sizer to the main vertical sizer
mainSizer.Add(r2Sizer, 0, wx.EXPAND)
# Add a vertical spacer to the main sizer
mainSizer.Add((0, 10))
# Create a HORIZONTAL sizer for the next row
r3Sizer = wx.BoxSizer(wx.HORIZONTAL)
if TransanaConstants.proVersion:
# Create a VERTICAL sizer for the next element
v9 = wx.BoxSizer(wx.VERTICAL)
# Document ID
documentID_edit = self.new_edit_box(_("Document ID"), v9, documentID)
# Add the element to the row sizer
r3Sizer.Add(v9, 1, wx.EXPAND)
documentID_edit.Enable(False)
# Add a horizontal spacer to the row sizer
r3Sizer.Add((10, 0))
# Create a VERTICAL sizer for the next element
v3 = wx.BoxSizer(wx.VERTICAL)
# Episode ID
episodeID_edit = self.new_edit_box(_("Episode ID"), v3, episodeID)
# Add the element to the row sizer
r3Sizer.Add(v3, 1, wx.EXPAND)
episodeID_edit.Enable(False)
# Add a horizontal spacer to the row sizer
r3Sizer.Add((10, 0))
# Create a VERTICAL sizer for the next element
v4 = wx.BoxSizer(wx.VERTICAL)
# Transcript ID
transcriptID_edit = self.new_edit_box(_("Transcript ID"), v4, transcriptID)
# Add the element to the row sizer
r3Sizer.Add(v4, 1, wx.EXPAND)
transcriptID_edit.Enable(False)
# Add the row sizer to the main vertical sizer
mainSizer.Add(r3Sizer, 0, wx.EXPAND)
# Add a vertical spacer to the main sizer
mainSizer.Add((0, 10))
# Create a HORIZONTAL sizer for the next row
r5Sizer = wx.BoxSizer(wx.HORIZONTAL)
# Create a VERTICAL sizer for the next element
v5 = wx.BoxSizer(wx.VERTICAL)
# Collection ID
collectionID_edit = self.new_edit_box(_("Collection ID"), v5, collectionID)
# Add the element to the row sizer
r5Sizer.Add(v5, 2, wx.EXPAND)
collectionID_edit.Enable(False)
# Add the row sizer to the main vertical sizer
mainSizer.Add(r5Sizer, 0, wx.EXPAND)
# Add a vertical spacer to the main sizer
mainSizer.Add((0, 10))
# Create a HORIZONTAL sizer for the next row
r6Sizer = wx.BoxSizer(wx.HORIZONTAL)
if TransanaConstants.proVersion:
# Create a VERTICAL sizer for the next element
v7 = wx.BoxSizer(wx.VERTICAL)
# Quote ID
quoteID_edit = self.new_edit_box(_("Quote ID"), v7, quoteID)
# Add the element to the row sizer
r6Sizer.Add(v7, 1, wx.EXPAND)
quoteID_edit.Enable(False)
# Add a horizontal spacer to the row sizer
r6Sizer.Add((10, 0))
# Create a VERTICAL sizer for the next element
v6 = wx.BoxSizer(wx.VERTICAL)
# Clip ID
clipID_edit = self.new_edit_box(_("Clip ID"), v6, clipID)
# Add the element to the row sizer
r6Sizer.Add(v6, 1, wx.EXPAND)
clipID_edit.Enable(False)
if TransanaConstants.proVersion:
# Add a horizontal spacer to the row sizer
r6Sizer.Add((10, 0))
# Create a VERTICAL sizer for the next element
v8 = wx.BoxSizer(wx.VERTICAL)
# Snapshot ID
snapshotID_edit = self.new_edit_box(_("Snapshot ID"), v8, snapshotID)
# Add the element to the row sizer
r6Sizer.Add(v8, 1, wx.EXPAND)
snapshotID_edit.Enable(False)
# Add the row sizer to the main vertical sizer
mainSizer.Add(r6Sizer, 0, wx.EXPAND)
# Add a vertical spacer to the main sizer
mainSizer.Add((0, 10))
# Create a HORIZONTAL sizer for the next row
r8Sizer = wx.BoxSizer(wx.HORIZONTAL)
# Create a VERTICAL sizer for the next element
v8 = wx.BoxSizer(wx.VERTICAL)
# Comment layout
noteTaker_edit = self.new_edit_box(_("Note Taker"), v8, self.obj.author, maxLen=100)
# Add the element to the row sizer
r8Sizer.Add(v8, 2, wx.EXPAND)
# Add the row sizer to the main vertical sizer
mainSizer.Add(r8Sizer, 0, wx.EXPAND)
# Add a vertical spacer to the main sizer
mainSizer.Add((0, 10))
# Create a sizer for the buttons
btnSizer = wx.BoxSizer(wx.HORIZONTAL)
# Add the buttons
self.create_buttons(sizer=btnSizer)
# Add the button sizer to the main sizer
mainSizer.Add(btnSizer, 0, wx.EXPAND)
# If Mac ...
if 'wxMac' in wx.PlatformInfo:
# ... add a spacer to avoid control clipping
mainSizer.Add((0, 2))
# Set the PANEL's main sizer
self.panel.SetSizer(mainSizer)
# Tell the PANEL to auto-layout
self.panel.SetAutoLayout(True)
# Lay out the Panel
self.panel.Layout()
# Lay out the panel on the form
self.Layout()
# Resize the form to fit the contents
self.Fit()
# Get the new size of the form
(width, height) = self.GetSizeTuple()
# Reset the form's size to be at least the specified minimum width
self.SetSize(wx.Size(max(400, width), height))
# Define the minimum size for this dialog as the current size, and define height as unchangeable
self.SetSizeHints(max(400, width), height, -1, height)
# Center the form on screen
TransanaGlobal.CenterOnPrimary(self)
# Set focus to the Note ID
id_edit.SetFocus()
def create_snapshot(self):
snapshot = Snapshot()
for snapshot_class in self.list_subclass:
snapshot.union(snapshot_class.create_snapshot())
return snapshot
def OnDisplay(self, reportText):
""" This method, required by TextReport, populates the TextReport. The reportText parameter is
the wxSTC control from the TextReport object. It needs to be in the report parent because
the TextReport doesn't know anything about the actual data. """
# Determine if we need to populate the Filter Lists. If it hasn't already been done, we should do it.
# If it has already been done, no need to do it again.
if self.filterList == []:
populateFilterList = True
else:
populateFilterList = False
# Make the control writable
reportText.SetReadOnly(False)
# Set the font for the Report Title
reportText.SetTxtStyle(fontFace='Courier New',
fontSize=16,
fontBold=True,
fontUnderline=True,
parAlign=wx.TEXT_ALIGNMENT_CENTER,
parSpacingAfter=12)
# Add the Report Title
reportText.WriteText(self.title)
# Turn off underlining and bold
reportText.SetTxtStyle(fontBold=False, fontUnderline=False)
reportText.Newline()
if self.searchText != None:
# ... add a subtitle
if 'unicode' in wx.PlatformInfo:
# Encode with UTF-8 rather than TransanaGlobal.encoding because this is a prompt, not DB Data.
prompt = unicode(_("Search Text: %s"), 'utf8')
else:
prompt = _("Search Text: %s")
self.subtitle = prompt % self.searchText
# ... set the font for the subtitle ...
reportText.SetTxtStyle(fontSize=10)
# ... and insert the spacer and the subtitle.
reportText.WriteText(self.subtitle)
reportText.Newline()
if self.configName != '':
# ... add a subtitle
if 'unicode' in wx.PlatformInfo:
# Encode with UTF-8 rather than TransanaGlobal.encoding because this is a prompt, not DB Data.
prompt = unicode(_("Filter Configuration: %s"), 'utf8')
else:
prompt = _("Filter Configuration: %s")
self.configLine = prompt % self.configName
# ... set the font for the subtitle ...
reportText.SetTxtStyle(fontSize=10)
# ... and insert the subtitle.
reportText.WriteText(self.configLine)
reportText.Newline()
# If a Root Node flag is passed in ...
if self.reportType == 'RootNode':
# ... we want to group notes by category. (They will be alphabetical within each category.)
majorList = DBInterface.list_of_all_notes(
reportType='LibraryNode', searchText=self.searchText)
if TransanaConstants.proVersion:
majorList += DBInterface.list_of_all_notes(
reportType='DocumentNode', searchText=self.searchText)
majorList += DBInterface.list_of_all_notes(
reportType='EpisodeNode', searchText=self.searchText)
majorList += DBInterface.list_of_all_notes(
reportType='TranscriptNode', searchText=self.searchText)
majorList += DBInterface.list_of_all_notes(
reportType='CollectionNode', searchText=self.searchText)
if TransanaConstants.proVersion:
majorList += DBInterface.list_of_all_notes(
reportType='QuoteNode', searchText=self.searchText)
majorList += DBInterface.list_of_all_notes(
reportType='ClipNode', searchText=self.searchText)
if TransanaConstants.proVersion:
majorList += DBInterface.list_of_all_notes(
reportType='SnapshotNode', searchText=self.searchText)
# if a specific Node flag is passed in ...
else:
# ... and use the Notes from the requested Report Type for the majorList.
majorList = DBInterface.list_of_all_notes(
reportType=self.reportType, searchText=self.searchText)
# Initialize the initial data structure that will be turned into the report
self.data = []
# We need a list of all checked NoteNums to apply the Filter. Initialize it here.
checkedRecords = []
# Now populate it based on the Filter List. (The filterList will be empty if not populate yet, but that's OK.)
# Iterate through the filter list ...
for noteRecord in self.filterList:
# ... pull out the filter list record elements.
(noteNum, noteID, noteParent, checked) = noteRecord
# If an item is checked ...
if checked:
# ... add it to the list of checked items!
checkedRecords.append(noteNum)
# Iterate through the major list
for noteRecord in majorList:
# If the current item from the Major List is in the list of checked records from the filter dialog
# OR if we're going through the list for the first time (populateFilterList == True) ....
if (noteRecord['NoteNum'] in checkedRecords) or populateFilterList:
# ... load each note ...
tempNote = Note.Note(noteRecord['NoteNum'])
# Turn bold on.
reportText.SetTxtStyle(fontBold=True,
fontSize=12,
parAlign=wx.TEXT_ALIGNMENT_LEFT,
parLeftIndent=0,
parSpacingBefore=36,
parSpacingAfter=12)
# Add the note ID to the report
reportText.WriteText('%s' % tempNote.id)
reportText.Newline()
# Initialize all temporary objects to None so we can detect their presence or absence
tempLibrary = None
tempDocument = None
tempEpisode = None
tempTranscript = None
tempCollection = None
tempQuote = None
tempClip = None
tempSnapshot = None
# If we have a Library Note ...
if tempNote.series_num > 0:
# ... load the Library data
tempLibrary = Library.Library(tempNote.series_num)
noteParent = unicode(_('Libraries'),
'utf8') + ' ' + tempLibrary.id
# If we have a Document Note ...
elif tempNote.document_num > 0:
# ... load the Document and Library data
tempDocument = Document.Document(tempNote.document_num)
tempLibrary = Library.Library(tempDocument.library_num)
noteParent = unicode(
_('Document'), 'utf8'
) + ' ' + tempLibrary.id + ' > ' + tempDocument.id
# If we have an Episode Note ...
elif tempNote.episode_num > 0:
# ... load the Episode and Library data
tempEpisode = Episode.Episode(tempNote.episode_num)
tempLibrary = Library.Library(tempEpisode.series_num)
noteParent = unicode(
_('Episode'),
'utf8') + ' ' + tempLibrary.id + ' > ' + tempEpisode.id
# If we have a Transcript Note ...
elif tempNote.transcript_num > 0:
# ... load the Transcript, Episode, and Library data
# To save time here, we can skip loading the actual transcript text, which can take time once we start dealing with images!
tempTranscript = Transcript.Transcript(
tempNote.transcript_num, skipText=True)
tempEpisode = Episode.Episode(tempTranscript.episode_num)
tempLibrary = Library.Library(tempEpisode.series_num)
noteParent = unicode(
_('Transcript'), 'utf8'
) + ' ' + tempLibrary.id + ' > ' + tempEpisode.id + ' > ' + tempTranscript.id
# If we have a Collection Note ...
elif tempNote.collection_num > 0:
# ... load the Collection data
tempCollection = Collection.Collection(
tempNote.collection_num)
noteParent = unicode(
_('Collection'),
'utf8') + ' ' + tempCollection.GetNodeString()
# If we have a Quote Note ...
elif tempNote.quote_num > 0:
# ... load the Quote and Collection data. We can skip loading the Quote text to save load time
tempQuote = Quote.Quote(tempNote.quote_num, skipText=True)
tempCollection = Collection.Collection(
tempQuote.collection_num)
noteParent = unicode(
_('Quote'),
'utf8') + ' ' + tempCollection.GetNodeString(
) + ' > ' + tempQuote.id
# If we have a Clip Note ...
elif tempNote.clip_num > 0:
# ... load the Clip and Collection data. We can skip loading the Clip Transcript to save load time
tempClip = Clip.Clip(tempNote.clip_num, skipText=True)
tempCollection = Collection.Collection(
tempClip.collection_num)
noteParent = unicode(
_('Clip'),
'utf8') + ' ' + tempCollection.GetNodeString(
) + ' > ' + tempClip.id
# If we have a Snapshot Note ...
elif tempNote.snapshot_num > 0:
# ... load the Snapshot and Collection data.
tempSnapshot = Snapshot.Snapshot(tempNote.snapshot_num)
tempCollection = Collection.Collection(
tempSnapshot.collection_num)
noteParent = unicode(
_('Snapshot'),
'utf8') + ' ' + tempCollection.GetNodeString(
) + ' > ' + tempSnapshot.id
# If we have Library data ...
if tempLibrary != None:
# Turn bold on.
reportText.SetTxtStyle(fontSize=10,
fontBold=True,
parLeftIndent=63,
parSpacingBefore=0,
parSpacingAfter=0)
# Add the note ID to the report
reportText.WriteText(_('Library: '))
# Turn bold off.
reportText.SetTxtStyle(fontBold=False)
# Add the Library ID
reportText.WriteText('%s' % tempLibrary.id)
reportText.Newline()
# If we have Document data ...
if tempDocument != None:
# Turn bold on.
reportText.SetTxtStyle(fontBold=True)
# Add the note ID to the report
reportText.WriteText(_('Document: '))
# Turn bold off.
reportText.SetTxtStyle(fontBold=False)
# Add the Document ID
reportText.WriteText('%s' % tempDocument.id)
reportText.Newline()
# If we have Episode data ...
if tempEpisode != None:
# Turn bold on.
reportText.SetTxtStyle(fontBold=True)
# Add the note ID to the report
reportText.WriteText(_('Episode: '))
# Turn bold off.
reportText.SetTxtStyle(fontBold=False)
# Add the Episode ID
reportText.WriteText('%s' % tempEpisode.id)
reportText.Newline()
# If we have Transcript data ...
if tempTranscript != None:
# Turn bold on.
reportText.SetTxtStyle(fontBold=True)
# Add the note ID to the report
reportText.WriteText(_('Transcript: '))
# Turn bold off.
reportText.SetTxtStyle(fontBold=False)
# Add the Transcript ID
reportText.WriteText('%s' % tempTranscript.id)
reportText.Newline()
# If we have Collection data ...
if tempCollection != None:
# Turn bold on.
reportText.SetTxtStyle(fontSize=10,
fontBold=True,
parLeftIndent=63,
parSpacingBefore=0,
parSpacingAfter=0)
# Add the note ID to the report
reportText.WriteText(_('Collection: '))
# Turn bold off.
reportText.SetTxtStyle(fontBold=False)
# Add the Collection ID
reportText.WriteText('%s' % tempCollection.GetNodeString())
reportText.Newline()
# If we have Quote data ...
if tempQuote != None:
# Turn bold on.
reportText.SetTxtStyle(fontBold=True)
# Add the note ID to the report
reportText.WriteText(_('Quote: '))
# Turn bold off.
reportText.SetTxtStyle(fontBold=False)
# Add the Quote ID
reportText.WriteText('%s' % tempQuote.id)
reportText.Newline()
# If we have Clip data ...
if tempClip != None:
# Turn bold on.
reportText.SetTxtStyle(fontBold=True)
# Add the note ID to the report
reportText.WriteText(_('Clip: '))
# Turn bold off.
reportText.SetTxtStyle(fontBold=False)
# Add the Clip ID
reportText.WriteText('%s' % tempClip.id)
reportText.Newline()
# If we have Snapshot data ...
if tempSnapshot != None:
# Turn bold on.
reportText.SetTxtStyle(fontBold=True)
# Add the note ID to the report
reportText.WriteText(_('Snapshot: '))
# Turn bold off.
reportText.SetTxtStyle(fontBold=False)
# Add the Snapshot ID
reportText.WriteText('%s' % tempSnapshot.id)
reportText.Newline()
# If we're going through the list for the first time and need to populate the filter list ...
if populateFilterList:
# ... add the note number, note ID, note parent info, and checked=True to the filter list.
self.filterList.append(
(tempNote.number, tempNote.id, noteParent, True))
# Turn bold on.
reportText.SetTxtStyle(fontBold=True)
# Add the note ID to the report
reportText.WriteText(_('Note Taker: '))
# Turn bold off.
reportText.SetTxtStyle(fontBold=False)
# Add the Note's author
reportText.WriteText('%s' % tempNote.author)
reportText.Newline()
# Turn bold on.
reportText.SetTxtStyle(fontBold=True)
# Add the note ID to the report
reportText.WriteText(_('Note Text:'))
reportText.Newline()
# Turn bold off.
reportText.SetTxtStyle(fontBold=False, parLeftIndent=127)
# Add the note text to the report (rstrip() prevents formatting problems when notes end with blank lines)
reportText.WriteText('%s' % tempNote.text.rstrip())
reportText.Newline()
# Make the control read only, now that it's done
reportText.SetReadOnly(True)
c.ViewObject.Visibility=False
ss=App.activeDocument().addObject("Part::MultiCommon","Common")
ss.Shapes = [b,c]
ss.ViewObject.Visibility=False
FreeCADGui.ActiveDocument.ActiveView.setAnimationEnabled(False)
FreeCAD.ActiveDocument.recompute()
FreeCADGui.SendMsgToActiveView("ViewFit")
FreeCADGui.updateGui()
r=Placer.createPlacer("BoxPlacer",b)
to=Toucher.createToucher("Touch Common",b)
s=Snapshot.createSnapshot("Snaps ",'T',ss)
v=Snapshot.createViewSequence('VS','T')
m=createManager()
m2=createManager()
m.intervall = 30
m.sleeptime = 0
m.addObject(r)
m.addObject(to)
m.addObject(s)
m.Proxy.run()
m2.intervall = 30
m2.sleeptime = 0.1