class CFSceneContextMenuMixin:
"""Encapsulates the context menu handling"""
def __init__(self):
self.menu = None
self.individualMenus = {}
# Scene menu preparation
self.sceneMenu = QMenu()
self.sceneMenu.addAction(getIcon('filesvg.png'), 'Save as SVG...',
self.parent().onSaveAsSVG)
self.sceneMenu.addAction(getIcon('filepdf.png'), 'Save as PDF...',
self.parent().onSaveAsPDF)
self.sceneMenu.addAction(getIcon('filepixmap.png'), 'Save as PNG...',
self.parent().onSaveAsPNG)
self.sceneMenu.addSeparator()
self.sceneMenu.addAction(getIcon('copymenu.png'),
'Copy image to clipboard',
self.parent().copyToClipboard)
# Common menu for all the individually selected items
self.commonMenu = QMenu()
self.__ccAction = self.commonMenu.addAction(
getIcon("customcolors.png"), "Custom colors...",
self.onCustomColors)
self.__rtAction = self.commonMenu.addAction(
getIcon("replacetitle.png"), "Replace text...", self.onReplaceText)
self.__groupAction = self.commonMenu.addAction(getIcon("cfgroup.png"),
"Group...",
self.onGroup)
self.commonMenu.addSeparator()
self.__removeCCAction = self.commonMenu.addAction(
getIcon('trash.png'), 'Remove custom colors',
self.onRemoveCustomColors)
self.__removeRTAction = self.commonMenu.addAction(
getIcon('trash.png'), 'Remove replacement text',
self.onRemoveReplacementText)
#self.commonMenu.addSeparator()
#self.__cutAction = self.commonMenu.addAction(
# getIcon("cutmenu.png"), "Cut (specific for graphics pane)",
# self.onCut)
#self.__copyAction = self.commonMenu.addAction(
# getIcon("copymenu.png"), "Copy (specific for graphics pane)",
# self.onCopy)
#self.commonMenu.addSeparator()
#self.commonMenu.addAction(
# getIcon("trash.png"), "Delete", self.onDelete)
# Individual items specific menu: begin
ifContextMenu = QMenu()
ifContextMenu.addAction(getIcon("switchbranches.png"),
"Switch branch layout", self.onSwitchIfBranch)
openGroupContextMenu = QMenu()
openGroupContextMenu.addAction(getIcon("collapse.png"), "Collapse",
self.onGroupCollapse)
openGroupContextMenu.addAction(getIcon("replacetitle.png"),
"Edit title...", self.onGroupEditTitle)
openGroupContextMenu.addAction(getIcon("ungroup.png"), "Ungroup",
self.onGroupUngroup)
closeGroupContextMenu = QMenu()
closeGroupContextMenu.addAction(getIcon("expand.png"), "Expand",
self.onGroupExpand)
closeGroupContextMenu.addAction(getIcon("replacetitle.png"),
"Edit title...", self.onGroupEditTitle)
closeGroupContextMenu.addAction(getIcon("ungroup.png"), "Ungroup",
self.onGroupUngroup)
emptyGroupContextMenu = QMenu()
emptyGroupContextMenu.addAction(getIcon("replacetitle.png"),
"Edit title...", self.onGroupEditTitle)
emptyGroupContextMenu.addAction(getIcon("ungroup.png"), "Ungroup",
self.onGroupUngroup)
self.individualMenus[IfCell] = ifContextMenu
self.individualMenus[OpenedGroupBegin] = openGroupContextMenu
self.individualMenus[CollapsedGroup] = closeGroupContextMenu
self.individualMenus[EmptyGroup] = emptyGroupContextMenu
# Individual items specific menu: end
# Menu for a group of selected items
self.groupMenu = QMenu()
def onContextMenu(self, event):
"""Triggered when a context menu should be shown"""
selectedItems = self.selectedItems()
selectionCount = len(selectedItems)
if selectionCount == 0:
self.sceneMenu.popup(event.screenPos())
return
if selectionCount == 1:
self.__buildIndividualMenu(selectedItems[0])
else:
self.__buildGroupMenu(selectedItems)
self.menu.popup(event.screenPos())
def __buildIndividualMenu(self, item):
"""Builds a context menu for the given item"""
self.menu = QMenu()
if type(item) in self.individualMenus:
individualPart = self.individualMenus[type(item)]
self.menu.addActions(individualPart.actions())
self.menu.addSeparator()
self.menu.addActions(self.commonMenu.actions())
# Note: if certain items need to be disabled then it should be done
# here
self.__disableMenuItems()
def __buildGroupMenu(self, items):
"""Builds a context menu for the group of items"""
self.menu = QMenu()
if type(items[0]) in self.individualMenus:
if self.areSelectedOfTypes([[items[0].kind, items[0].subKind]]):
individualPart = self.individualMenus[type(items[0])]
self.menu.addActions(individualPart.actions())
self.menu.addSeparator()
self.menu.addActions(self.commonMenu.actions())
if not self.groupMenu.isEmpty():
self.menu.addSeparator()
self.menu.addActions(self.groupMenu.actions())
# Note: if certain items need to be disabled then it should be done
# here
self.__disableMenuItems()
def __disableMenuItems(self):
"""Disables the common menu items as needed"""
hasComment = self.isCommentInSelection()
hasDocstring = self.isDocstringInSelection()
hasMinimizedExcepts = self.isInSelected([(CellElement.EXCEPT_MINIMIZED,
None)])
totalGroups = sum(self.countGroups())
count = len(self.selectedItems())
self.__ccAction.setEnabled(not hasComment and not hasMinimizedExcepts)
self.__rtAction.setEnabled(not hasComment and not hasDocstring
and not hasMinimizedExcepts
and totalGroups == 0)
totalCCGroups = sum(self.countGroupsWithCustomColors())
self.__removeCCAction.setEnabled(
self.countItemsWithCML(CMLcc) + totalCCGroups == count)
self.__removeRTAction.setEnabled(
self.countItemsWithCML(CMLrt) == count)
self.__groupAction.setEnabled(self.__canBeGrouped())
#self.__cutAction.setEnabled(count == 1)
#self.__copyAction.setEnabled(count == 1)
def __actionPrerequisites(self):
"""True if an editor related action can be done"""
selectedItems = self.selectedItems()
if not selectedItems:
return False
editor = selectedItems[0].getEditor()
if editor is None:
return False
return True
def onSwitchIfBranch(self):
"""If primitive should switch the branches"""
if not self.__actionPrerequisites():
return
# Memorize the current selection
selection = self.serializeSelection()
# The selected items need to be sorted in the reverse line no oreder
editor = self.selectedItems()[0].getEditor()
with editor:
for item in self.sortSelectedReverse():
if item.kind == CellElement.IF:
cmlComment = CMLVersion.find(item.ref.leadingCMLComments,
CMLsw)
if cmlComment is None:
# Did not exist, so needs to be generated
line = CMLsw.generate(item.ref.body.beginPos)
lineNo = item.getFirstLine()
editor.insertLines(line, lineNo)
else:
# Existed, so it just needs to be deleted
cmlComment.removeFromText(editor)
QApplication.processEvents()
self.parent().redrawNow()
self.restoreSelectionByID(selection)
def onCustomColors(self):
"""Custom background and foreground colors"""
if not self.__actionPrerequisites():
return
# Memorize the current selection
selection = self.serializeSelection()
bgcolor, fgcolor, bordercolor = self.selectedItems()[0].getColors()
hasDocstring = self.isDocstringInSelection()
dlg = CustomColorsDialog(bgcolor, fgcolor,
None if hasDocstring else bordercolor,
self.parent())
if dlg.exec_():
bgcolor = dlg.backgroundColor()
fgcolor = dlg.foregroundColor()
bordercolor = dlg.borderColor()
editor = self.selectedItems()[0].getEditor()
with editor:
for item in self.sortSelectedReverse():
if item.kind in [
CellElement.OPENED_GROUP_BEGIN,
CellElement.COLLAPSED_GROUP,
CellElement.EMPTY_GROUP
]:
# The group always exists so just add/change the colors
item.groupBeginCMLRef.updateCustomColors(
editor, bgcolor, fgcolor, bordercolor)
continue
if item.isDocstring():
cmlComment = CMLVersion.find(
item.ref.docstring.leadingCMLComments, CMLcc)
else:
cmlComment = CMLVersion.find(
item.ref.leadingCMLComments, CMLcc)
if cmlComment is not None:
# Existed, so remove the old one first
lineNo = cmlComment.ref.beginLine
cmlComment.removeFromText(editor)
else:
lineNo = item.getFirstLine()
pos = item.ref.body.beginPos
if item.isDocstring():
pos = item.ref.docstring.beginPos
line = CMLcc.generate(bgcolor, fgcolor, bordercolor, pos)
editor.insertLines(line, lineNo)
QApplication.processEvents()
self.parent().redrawNow()
self.restoreSelectionByID(selection)
def onReplaceText(self):
"""Replace the code with a title"""
if not self.__actionPrerequisites():
return
# Memorize the current selection
selection = self.serializeSelection()
dlg = ReplaceTextDialog('Replace text', 'Item caption:', self.parent())
# If it was one item selection and there was a previous text then
# set it for editing
if len(self.selectedItems()) == 1:
cmlComment = CMLVersion.find(
self.selectedItems()[0].ref.leadingCMLComments, CMLrt)
if cmlComment is not None:
dlg.setText(cmlComment.getText())
if dlg.exec_():
replacementText = dlg.text()
editor = self.selectedItems()[0].getEditor()
with editor:
for item in self.sortSelectedReverse():
cmlComment = CMLVersion.find(item.ref.leadingCMLComments,
CMLrt)
if cmlComment is not None:
# Existed, so remove the old one first
lineNo = cmlComment.ref.beginLine
cmlComment.removeFromText(editor)
else:
lineNo = item.getFirstLine()
line = CMLrt.generate(replacementText,
item.ref.body.beginPos)
editor.insertLines(line, lineNo)
QApplication.processEvents()
self.parent().redrawNow()
self.restoreSelectionByID(selection)
def onGroupCollapse(self):
"""Collapses the selected group"""
if not self.__actionPrerequisites():
return
# The selected items need to be sorted in the reverse line no oreder
editor = self.selectedItems()[0].getEditor()
with editor:
for item in self.sortSelectedReverse():
if item.kind == CellElement.OPENED_GROUP_BEGIN:
fileName = editor._parent.getFileName()
if not fileName:
fileName = editor._parent.getShortName()
addCollapsedGroup(fileName, item.getGroupId())
QApplication.processEvents()
self.parent().redrawNow()
def onGroupExpand(self):
"""Expands the selected group"""
if not self.__actionPrerequisites():
return
# The selected items need to be sorted in the reverse line no oreder
editor = self.selectedItems()[0].getEditor()
with editor:
for item in self.sortSelectedReverse():
if item.kind == CellElement.COLLAPSED_GROUP:
fileName = editor._parent.getFileName()
if not fileName:
fileName = editor._parent.getShortName()
removeCollapsedGroup(fileName, item.getGroupId())
QApplication.processEvents()
self.parent().redrawNow()
def onGroupEditTitle(self):
"""Edit (or view) the group title"""
if not self.__actionPrerequisites():
return
# Memorize the current selection
selection = self.serializeSelection()
dlg = ReplaceTextDialog('Group title', 'Group title:', self.parent())
# If it was one item selection and there was a previous text then
# set it for editing
if len(self.selectedItems()) == 1:
title = self.selectedItems()[0].getTitle()
if title:
dlg.setText(title)
if dlg.exec_():
newTitle = dlg.text()
editor = self.selectedItems()[0].getEditor()
with editor:
for item in self.sortSelectedReverse():
item.groupBeginCMLRef.updateTitle(editor, newTitle)
QApplication.processEvents()
self.parent().redrawNow()
self.restoreSelectionByID(selection)
def onGroupUngroup(self):
"""Ungroups the items"""
if not self.__actionPrerequisites():
return
# Memorize the current selection
selection = self.serializeSelection()
# The selected items need to be sorted in the reverse line no oreder
editor = self.selectedItems()[0].getEditor()
with editor:
for item in self.sortSelectedReverse():
item.groupEndCMLRef.removeFromText(editor)
item.groupBeginCMLRef.removeFromText(editor)
QApplication.processEvents()
self.parent().redrawNow()
self.restoreSelectionByTooltip(selection)
def onDelete(self):
"""Delete the item"""
print("Delete")
def onGroup(self):
"""Groups items into a single one"""
dlg = ReplaceTextDialog('Group title', 'Group title:', self.parent())
if dlg.exec_():
groupTitle = dlg.text()
selected = self.__extendSelectionForGrouping()
selected = self.sortSelected(selected)
editor = selected[0].getEditor()
firstLine, lastLine, pos = self.__getLineRange(selected)
groupid = self.parent().generateNewGroupId()
beginComment = CMLgb.generate(groupid, groupTitle, None, None,
None, pos)
endComment = CMLge.generate(groupid, pos)
with editor:
editor.insertLines(endComment, lastLine + 1)
editor.insertLines(beginComment, firstLine)
# Redraw the group collapsed
fileName = editor._parent.getFileName()
if not fileName:
fileName = editor._parent.getShortName()
addCollapsedGroup(fileName, groupid)
QApplication.processEvents()
self.parent().redrawNow()
def onCopy(self):
"""Copying..."""
selectedItems = self.selectedItems()
if selectedItems:
if len(selectedItems) > 1:
print('Copying multiple items has not been implemented yet')
return
selectedItems[0].copyToClipboard()
def onCut(self):
"""Cutting..."""
print("Cut")
def onRemoveCustomColors(self):
"""Removing the previously set custom colors"""
if not self.__actionPrerequisites():
return
# Memorize the current selection
selection = self.serializeSelection()
editor = self.selectedItems()[0].getEditor()
with editor:
for item in self.sortSelectedReverse():
if item.kind in [
CellElement.OPENED_GROUP_BEGIN,
CellElement.COLLAPSED_GROUP, CellElement.EMPTY_GROUP
]:
item.groupBeginCMLRef.removeCustomColors(editor)
continue
if item.isDocstring():
cmlComment = CMLVersion.find(
item.ref.docstring.leadingCMLComments, CMLcc)
else:
cmlComment = CMLVersion.find(item.ref.leadingCMLComments,
CMLcc)
if cmlComment is not None:
cmlComment.removeFromText(editor)
QApplication.processEvents()
self.parent().redrawNow()
self.restoreSelectionByID(selection)
def onRemoveReplacementText(self):
"""Removing replacement text"""
if not self.__actionPrerequisites():
return
# Memorize the current selection
selection = self.serializeSelection()
editor = self.selectedItems()[0].getEditor()
with editor:
for item in self.sortSelectedReverse():
cmlComment = CMLVersion.find(item.ref.leadingCMLComments,
CMLrt)
if cmlComment is not None:
cmlComment.removeFromText(editor)
QApplication.processEvents()
self.parent().redrawNow()
self.restoreSelectionByID(selection)
def areSelectedOfTypes(self, matchList):
"""Checks if the selected items belong to the match"""
# match is a list of pairs [kind, subKind]
# None would mean 'match any'
selectedItems = self.selectedItems()
if selectedItems:
for selectedItem in selectedItems:
for kind, subKind in matchList:
match = True
if kind is not None:
if kind != selectedItem.kind:
match = False
if subKind is not None:
if subKind != selectedItem.subKind:
match = False
if match:
break
else:
return False
return True
return False
def isInSelected(self, matchList):
"""Checks if any if the match list items is in the selection"""
# match is a list of pairs [kind, subKind]
# None would mean 'match any'
for selectedItem in self.selectedItems():
for kind, subKind in matchList:
match = True
if kind is not None:
if kind != selectedItem.kind:
match = False
if subKind is not None:
if subKind != selectedItem.subKind:
match = False
if match:
return True
return False
def isDocstringInSelection(self):
"""True if a docstring item in the selection"""
for item in self.selectedItems():
if item.isDocstring():
return True
return False
def isCommentInSelection(self):
"""True if a comment item in the selection"""
for item in self.selectedItems():
if item.isComment():
return True
return False
def countItemsWithCML(self, cmlType):
"""Counts items with have a certain type of a CML comment"""
count = 0
for item in self.selectedItems():
if item.isComment():
continue
if item.isDocstring():
# Side comments for docstrings? Nonesense! So they are ignored
# even if they are collected
if CMLVersion.find(item.ref.docstring.leadingCMLComments,
cmlType) is not None:
count += 1
continue
if hasattr(item.ref, 'leadingCMLComments'):
if CMLVersion.find(item.ref.leadingCMLComments,
cmlType) is not None:
count += 1
continue
if hasattr(item.ref, 'sideCMLComments'):
if CMLVersion.find(item.ref.sideCMLComments,
cmlType) is not None:
count += 1
return count
def countGroups(self):
"""Counts empty, close and open groups"""
emptyCount = 0
closeCount = 0
openCount = 0
for item in self.selectedItems():
if item.kind == CellElement.EMPTY_GROUP:
emptyCount += 1
elif item.kind == CellElement.COLLAPSED_GROUP:
closeCount += 1
elif item.kind == CellElement.OPENED_GROUP_BEGIN:
openCount += 1
return emptyCount, closeCount, openCount
def countGroupsWithCustomColors(self):
"""Counts the groups with any color defined"""
emptyCount = 0
closeCount = 0
openCount = 0
for item in self.selectedItems():
if item.kind in [
CellElement.EMPTY_GROUP, CellElement.COLLAPSED_GROUP,
CellElement.OPENED_GROUP_BEGIN
]:
if item.groupBeginCMLRef.bgColor is not None or \
item.groupBeginCMLRef.fgColor is not None or \
item.groupBeginCMLRef.border is not None:
if item.kind == CellElement.EMPTY_GROUP:
emptyCount += 1
elif item.kind == CellElement.COLLAPSED_GROUP:
closeCount += 1
else:
openCount += 1
return emptyCount, closeCount, openCount
def sortSelectedReverse(self):
"""Sorts the selected items in reverse order"""
result = []
for item in self.selectedItems():
itemBegin = item.getAbsPosRange()[0]
for index in range(len(result)):
if itemBegin > result[index].getAbsPosRange()[0]:
result.insert(index, item)
break
else:
result.append(item)
return result
def sortSelected(self, selected):
"""Sorts the selected items in direct order"""
result = []
for item in selected:
itemBegin = item.getAbsPosRange()[0]
for index in range(len(result)):
if itemBegin < result[index].getAbsPosRange()[0]:
result.insert(index, item)
break
else:
result.append(item)
return result
def __canBeGrouped(self):
"""True if the selected items can be grouped"""
# Cannot import it at the top...
from .flowuiwidget import SMART_ZOOM_ALL, SMART_ZOOM_NO_CONTENT
if Settings()['smartZoom'] not in [
SMART_ZOOM_ALL, SMART_ZOOM_NO_CONTENT
]:
return False
if self.__areAllSelectedComments():
return False
if self.__areScopeDocstringOrCommentSelected():
return False
if self.__isModuleSelected():
return False
# Extend the selection with all the selected items comments
selected = self.__extendSelectionForGrouping()
if self.__areLoneCommentsSelected(selected):
return False
if self.__areIncompleteScopeSelected(selected):
return False
scopeCoveredRegions = self.__getSelectedScopeRegions(selected)
# The __areIfFullySelected() also updates the regions with
# fully selected if regions
if not self.__areIfFullySelected(selected, scopeCoveredRegions):
return False
selected = self.sortSelected(selected)
begin = selected[0].getAbsPosRange()[0]
end = selected[-1].getAbsPosRange()[1]
if not self.__isSelectionContinuous(selected, scopeCoveredRegions,
begin, end):
return False
if self.__moreThanOneIfBranchSelected(selected, scopeCoveredRegions):
return False
return True
def __areAllSelectedComments(self):
"""True if all selected items are comments"""
for item in self.selectedItems():
if not item.isComment():
return False
return True
def __areScopeDocstringOrCommentSelected(self):
for item in self.selectedItems():
if item.scopedItem():
if item.subKind in [
ScopeCellElement.SIDE_COMMENT,
ScopeCellElement.DOCSTRING
]:
return True
return False
def __isModuleSelected(self):
"""True if the whole module is selected"""
for item in self.selectedItems():
if item.kind == CellElement.FILE_SCOPE:
return True
return False
def __areIncompleteScopeSelected(self, selected):
"""True if an incomplete scope selected"""
for item in selected:
if item.kind in [CellElement.FOR_SCOPE, CellElement.WHILE_SCOPE]:
if item.ref.elsePart:
for relatedItem in self.findItemsForRef(item.ref.elsePart):
if relatedItem not in selected:
return True
elif item.kind in [CellElement.TRY_SCOPE]:
# It could be that the exception blocks are hidden, so there
# will be exactly one more item instead of many and that item
# will have a ref which matches the try scope.
exceptPartCount = 0
for exceptPart in item.ref.exceptParts:
for relatedItem in self.findItemsForRef(exceptPart):
exceptPartCount += 1
if relatedItem not in selected:
return True
if exceptPartCount == 0:
# here: no except blocks on the diagram, they are collapsed
tryItems = self.findItemsForRef(item.ref)
for tryItem in tryItems:
if tryItem.kind == CellElement.EXCEPT_MINIMIZED:
if not tryItem.isSelected():
return True
break
else:
# The minimized except is not selected
return True
if item.ref.elsePart:
for relatedItem in self.findItemsForRef(item.ref.elsePart):
if relatedItem not in selected:
return True
if item.ref.finallyPart:
for relatedItem in self.findItemsForRef(
item.ref.finallyPart):
if relatedItem not in selected:
return True
elif item.kind in [
CellElement.ELSE_SCOPE, CellElement.EXCEPT_SCOPE,
CellElement.FINALLY_SCOPE
]:
for relatedItem in self.findItemsForRef(item.leaderRef):
if relatedItem not in selected:
return True
elif item.kind == CellElement.EXCEPT_MINIMIZED:
# here: no except blocks on the diagram, they are collapsed
tryItems = self.findItemsForRef(item.ref)
for tryItem in tryItems:
if tryItem.kind == CellElement.TRY_SCOPE:
if tryItem.subKind == ScopeCellElement.TOP_LEFT:
if not tryItem.isSelected():
return True
break
else:
# The try is not selected
return True
return False
def __extendSelectionForGrouping(self):
"""Extends the selection with the leading and side comments"""
boundComments = []
selected = self.selectedItems()
for item in selected:
if not item.isComment() and not self.isOpenGroupItem(item):
for relatedItem in self.findItemsForRef(item.ref):
if relatedItem not in selected:
boundComments.append(relatedItem)
return selected + boundComments
def __areLoneCommentsSelected(self, selected):
"""True if there are comments selected which have no main item selected"""
for item in selected:
if item.isComment():
if item.kind in [
CellElement.SIDE_COMMENT, CellElement.LEADING_COMMENT,
CellElement.ABOVE_COMMENT
]:
for relatedItem in self.findItemsForRef(item.ref):
if relatedItem not in selected:
return True
return False
def __getLineRange(self, selected):
first = selected[0]
last = selected[-1]
if first.kind == CellElement.OPENED_GROUP_BEGIN:
firstLine = first.groupBeginCMLRef.ref.parts[0].beginLine
pos = first.groupBeginCMLRef.ref.parts[0].beginPos
else:
firstLine = first.getLineRange()[0]
pos = first.ref.beginPos
if last.scopedItem():
lastLine = last.ref.endLine
elif last.kind == CellElement.OPENED_GROUP_BEGIN:
lastLine = last.groupEndCMLRef.ref.parts[-1].endLine
else:
lastLine = last.getLineRange()[1]
return firstLine, lastLine, pos
def __getSelectedScopeRegions(self, selected):
"""Provides the regions of the selected scope items"""
coveredRegions = []
for item in selected:
if item.scopedItem():
if item.subKind in [ScopeCellElement.TOP_LEFT]:
if item.ref.leadingComment:
coveredRegions.append(
(item.ref.leadingComment.begin, item.ref.end))
else:
coveredRegions.append((item.ref.begin, item.ref.end))
elif item.kind == CellElement.OPENED_GROUP_BEGIN:
coveredRegions.append(item.getAbsPosRange())
return coveredRegions
def __areIfFullySelected(self, selected, regions):
"""Checks if selected IFs are fully selected"""
for item in selected:
if item.kind == CellElement.IF:
ifBegin = item.ref.begin
ifEnd = item.ref.end
for item in self.items():
if item.isProxyItem():
continue
if item.scopedItem():
if item.subKind not in [
ScopeCellElement.TOP_LEFT,
ScopeCellElement.DOCSTRING,
ScopeCellElement.SIDE_COMMENT
]:
continue
if item in selected:
continue
itemRange = item.getAbsPosRange()
if self.isInRegion(itemRange[0], itemRange[1], regions):
continue
if itemRange[0] > ifBegin and itemRange[0] < ifEnd:
return False
if itemRange[1] > ifBegin and itemRange[1] < ifEnd:
return False
regions.append([ifBegin, ifEnd])
return True
@staticmethod
def isInRegion(start, finish, regions):
for region in regions:
if start >= region[0] and finish <= region[1]:
return True
return False
def __isSelectionContinuous(self, selected, regions, begin, end):
"""Checks if the selection is continuous"""
for item in self.items():
if item.isProxyItem():
continue
if item.scopedItem():
if item.subKind not in [
ScopeCellElement.TOP_LEFT, ScopeCellElement.DOCSTRING,
ScopeCellElement.SIDE_COMMENT
]:
continue
if item in selected:
continue
itemRange = item.getAbsPosRange()
if self.isInRegion(itemRange[0], itemRange[1], regions):
continue
# It is important to keep < and > instead of <= and >=
# This is because the scopes start with the first statement
if itemRange[0] > begin and itemRange[0] < end:
return False
if itemRange[1] > begin and itemRange[1] < end:
return False
return True
def __moreThanOneIfBranchSelected(self, selected, regions):
"""Checks that the continuous selected items belong to more than one
not selected IF statements
"""
ifRef = None
for item in selected:
if item.kind != CellElement.IF:
itemRange = item.getAbsPosRange()
if item.kind != CellElement.OPENED_GROUP_BEGIN:
if self.isInRegion(itemRange[0], itemRange[1], regions):
# Here: an item is in a selected scope item, in a selected
# open group or in a fully selected if
continue
# Test if an item belongs to an if statement branch
if item.kind in [
CellElement.OPENED_GROUP_BEGIN,
CellElement.EMPTY_GROUP, CellElement.COLLAPSED_GROUP
]:
branchId = item.groupBeginCMLRef.ref.getParentIfID()
else:
branchId = item.ref.getParentIfID()
if branchId is not None:
if ifRef is None:
ifRef = branchId
else:
if branchId != ifRef:
# Selected items belong to more than one branch
return True
return False
class CFSceneContextMenuMixin:
"""Encapsulates the context menu handling"""
def __init__(self):
self.menu = None
self.individualMenus = {}
# Scene menu preparation
self.sceneMenu = QMenu()
self.sceneMenu.addAction(getIcon('filesvg.png'), 'Save as SVG...',
self.parent().onSaveAsSVG)
self.sceneMenu.addAction(getIcon('filepdf.png'), 'Save as PDF...',
self.parent().onSaveAsPDF)
self.sceneMenu.addAction(getIcon('filepixmap.png'), 'Save as PNG...',
self.parent().onSaveAsPNG)
self.sceneMenu.addSeparator()
self.sceneMenu.addAction(getIcon('copymenu.png'),
'Copy image to clipboard',
self.parent().copyToClipboard)
# Common menu for all the individually selected items
self.commonMenu = QMenu()
self.__ccSubmenuAction = self.commonMenu.addMenu(
self.__initCustomColorsContextMenu())
self.__rtSubmenuAction = self.commonMenu.addMenu(
self.__initReplaceTextContextMenu())
self.__docSubmenuAction = self.commonMenu.addMenu(
self.__initDocContextMenu())
self.__groupAction = self.commonMenu.addAction(
getIcon("cfgroup.png"), "Group...", self.onGroup)
#self.commonMenu.addSeparator()
#self.__cutAction = self.commonMenu.addAction(
# getIcon("cutmenu.png"), "Cut (specific for graphics pane)",
# self.onCut)
#self.__copyAction = self.commonMenu.addAction(
# getIcon("copymenu.png"), "Copy (specific for graphics pane)",
# self.onCopy)
#self.commonMenu.addSeparator()
#self.commonMenu.addAction(
# getIcon("trash.png"), "Delete", self.onDelete)
# Individual items specific menu: begin
ifContextMenu = QMenu()
ifContextMenu.addAction(
getIcon("switchbranches.png"), "Switch branch layout",
self.onSwitchIfBranch)
self.individualMenus[IfCell] = ifContextMenu
self.individualMenus[OpenedGroupBegin] = self.__initOpenGroupContextMenu()
self.individualMenus[CollapsedGroup] = self.__initCloseGroupContextMenu()
self.individualMenus[EmptyGroup] = self.__initEmptyGroupContextMenu()
# Individual items specific menu: end
# Menu for a group of selected items
self.groupMenu = QMenu()
def __initOpenGroupContextMenu(self):
"""Creates the open group context menu"""
ogMenu = QMenu()
ogMenu.addAction(getIcon("collapse.png"), "Collapse", self.onGroupCollapse)
ogMenu.addAction(getIcon("replacetitle.png"), "Edit title...", self.onGroupEditTitle)
ogMenu.addAction(getIcon("ungroup.png"), "Ungroup", self.onGroupUngroup)
return ogMenu
def __initCloseGroupContextMenu(self):
"""Creates the closed group context menu"""
cgMenu = QMenu()
cgMenu.addAction(getIcon("expand.png"), "Expand", self.onGroupExpand)
cgMenu.addAction(getIcon("replacetitle.png"), "Edit title...", self.onGroupEditTitle)
cgMenu.addAction(getIcon("ungroup.png"), "Ungroup", self.onGroupUngroup)
return cgMenu
def __initEmptyGroupContextMenu(self):
"""Creates the empty group context menu"""
egMenu = QMenu()
egMenu.addAction(getIcon("replacetitle.png"), "Edit title...", self.onGroupEditTitle)
egMenu.addAction(getIcon("ungroup.png"), "Ungroup", self.onGroupUngroup)
return egMenu
def __initCustomColorsContextMenu(self):
"""Create the custom colors submenu"""
self.__customColorsSubmenu = QMenu('Custom colors')
self.__customColorsSubmenu.setIcon(getIcon('customcolorsmenu.png'))
self.__ccAction = self.__customColorsSubmenu.addAction(
getIcon("customcolors.png"), "Custom colors...",
self.onCustomColors)
self.__customColorsSubmenu.addSeparator()
self.__removeCCAction = self.__customColorsSubmenu.addAction(
getIcon('trash.png'), 'Remove custom colors',
self.onRemoveCustomColors)
return self.__customColorsSubmenu
def __initReplaceTextContextMenu(self):
"""Create the Replace text submenu"""
self.__replaceTextSubmenu = QMenu('Replace text')
self.__replaceTextSubmenu.setIcon(getIcon('replacetextmenu.png'))
self.__rtAction = self.__replaceTextSubmenu.addAction(
getIcon("replacetitle.png"), "Replace text...",
self.onReplaceText)
self.__replaceTextSubmenu.addSeparator()
self.__removeRTAction = self.__replaceTextSubmenu.addAction(
getIcon('trash.png'), 'Remove replacement text',
self.onRemoveReplacementText)
return self.__replaceTextSubmenu
def __initDocContextMenu(self):
"""Create the Documentation submenu"""
self.__docSubmenu = QMenu('Documentation')
self.__docSubmenu.setIcon(getIcon('markdown.png'))
self.__editDocAction = self.__docSubmenu.addAction(
getIcon('replacetitle.png'), 'Add/edit doc link/anchor...',
self.onEditDoc)
self.__autoDocActon = self.__docSubmenu.addAction(
getIcon('createdoc.png'),
'Create doc file, add link and open for editing',
self.onAutoAddDoc)
self.__docSubmenu.addSeparator()
self.__removeDocAction = self.__docSubmenu.addAction(
getIcon('trash.png'), 'Remove doc link/anchor',
self.onRemoveDoc)
return self.__docSubmenu
def onContextMenu(self, event):
"""Triggered when a context menu should be shown"""
selectedItems = self.selectedItems()
selectionCount = len(selectedItems)
if selectionCount == 0:
self.sceneMenu.popup(event.screenPos())
return
if selectionCount == 1:
self.__buildIndividualMenu(selectedItems[0])
else:
self.__buildGroupMenu(selectedItems)
self.menu.popup(event.screenPos())
def __buildIndividualMenu(self, item):
"""Builds a context menu for the given item"""
self.menu = QMenu()
if type(item) in self.individualMenus:
individualPart = self.individualMenus[type(item)]
self.menu.addActions(individualPart.actions())
self.menu.addSeparator()
self.menu.addActions(self.commonMenu.actions())
# Note: if certain items need to be disabled then it should be done
# here
self.__disableMenuItems()
def __buildGroupMenu(self, items):
"""Builds a context menu for the group of items"""
self.menu = QMenu()
if type(items[0]) in self.individualMenus:
if self.areSelectedOfTypes([[items[0].kind, items[0].subKind]]):
individualPart = self.individualMenus[type(items[0])]
self.menu.addActions(individualPart.actions())
self.menu.addSeparator()
self.menu.addActions(self.commonMenu.actions())
if not self.groupMenu.isEmpty():
self.menu.addSeparator()
self.menu.addActions(self.groupMenu.actions())
# Note: if certain items need to be disabled then it should be done
# here
self.__disableMenuItems()
def __disableMenuItems(self):
"""Disables the common menu items as needed"""
totalComments = self.countComments()
hasComment = totalComments > 0
hasDocstring = self.isDocstringInSelection()
hasMinimizedExcepts = self.isInSelected([(CellElement.EXCEPT_MINIMIZED,
None)])
# Doc links are considered comments as well
totalDocLinks = self.countInSelected([(CellElement.INDEPENDENT_DOC, None),
(CellElement.LEADING_DOC, None),
(CellElement.ABOVE_DOC, None)])
totalNonDocComments = totalComments - totalDocLinks
totalGroups = sum(self.countGroups())
count = len(self.selectedItems())
totalCCGroups = sum(self.countGroupsWithCustomColors())
totalCCDocs = self.countDocWithCustomColors()
self.__ccAction.setEnabled(totalNonDocComments == 0 and
not hasMinimizedExcepts)
self.__removeCCAction.setEnabled(
self.countItemsWithCML(CMLcc) + totalCCGroups + totalCCDocs == count)
self.__customColorsSubmenu.setEnabled(self.__ccAction.isEnabled() or
self.__removeCCAction.isEnabled())
self.__rtAction.setEnabled(not hasComment and
not hasDocstring and
not hasMinimizedExcepts and
totalDocLinks == 0 and
totalGroups == 0)
self.__removeRTAction.setEnabled(
self.countItemsWithCML(CMLrt) == count)
self.__replaceTextSubmenu.setEnabled(self.__rtAction.isEnabled() or
self.__removeRTAction.isEnabled())
self.__groupAction.setEnabled(self.__canBeGrouped())
itemsWithDocCML = self.countItemsWithCML(CMLdoc)
self.__removeDocAction.setEnabled(totalDocLinks + itemsWithDocCML == count)
if count != 1 or totalNonDocComments != 0 or hasDocstring or totalGroups != 0:
self.__editDocAction.setEnabled(False)
self.__autoDocActon.setEnabled(False)
else:
self.__editDocAction.setEnabled(True)
fileName = None
editor = self.selectedItems()[0].getEditor()
if editor:
fileName = editor._parent.getFileName()
self.__autoDocActon.setEnabled(
fileName and totalDocLinks + itemsWithDocCML == 0)
self.__docSubmenu.setEnabled(self.__removeDocAction.isEnabled() or
self.__editDocAction.isEnabled() or
self.__autoDocActon.isEnabled())
#self.__cutAction.setEnabled(count == 1)
#self.__copyAction.setEnabled(count == 1)
def __actionPrerequisites(self):
"""True if an editor related action can be done"""
selectedItems = self.selectedItems()
if not selectedItems:
return False
editor = selectedItems[0].getEditor()
if editor is None:
return False
return True
def onSwitchIfBranch(self):
"""If primitive should switch the branches"""
if not self.__actionPrerequisites():
return
# Memorize the current selection
selection = self.serializeSelection()
# The selected items need to be sorted in the reverse line no oreder
editor = self.selectedItems()[0].getEditor()
with editor:
for item in self.sortSelectedReverse():
if item.kind == CellElement.IF:
cmlComment = CMLVersion.find(item.ref.leadingCMLComments,
CMLsw)
if cmlComment is None:
# Did not exist, so needs to be generated
line = CMLsw.generate(item.ref.body.beginPos)
lineNo = item.getFirstLine()
editor.insertLines(line, lineNo)
else:
# Existed, so it just needs to be deleted
cmlComment.removeFromText(editor)
QApplication.processEvents()
self.parent().redrawNow()
self.restoreSelectionByID(selection)
def onCustomColors(self):
"""Custom background and foreground colors"""
if not self.__actionPrerequisites():
return
# Memorize the current selection
selection = self.serializeSelection()
bgcolor, fgcolor, bordercolor = self.selectedItems()[0].getColors()
hasDocstring = self.isDocstringInSelection()
dlg = CustomColorsDialog(bgcolor, fgcolor,
None if hasDocstring else bordercolor,
self.parent())
if dlg.exec_():
bgcolor = dlg.backgroundColor()
fgcolor = dlg.foregroundColor()
bordercolor = dlg.borderColor()
editor = self.selectedItems()[0].getEditor()
with editor:
# Add colors is done via delete/insert for the Doc and group
# items. So it is safer to do first because the cc comment may be
# in a set of selected which is inserted before the doc cml and
# thus breaks the line numbering
for item in self.selectedItems():
if item.isCMLDoc():
# The doc always exists so just add/change the colors
item.cmlRef.updateCustomColors(editor, bgcolor,
fgcolor, bordercolor)
continue
if item.isGroupItem():
# The group always exists so just add/change the colors
item.groupBeginCMLRef.updateCustomColors(editor,
bgcolor,
fgcolor,
bordercolor)
for item in self.sortSelectedReverse():
if item.isCMLDoc() or item.isGroupItem():
continue
if item.isDocstring():
cmlComment = CMLVersion.find(
item.ref.docstring.leadingCMLComments,
CMLcc)
else:
cmlComment = CMLVersion.find(
item.ref.leadingCMLComments, CMLcc)
if cmlComment is not None:
# Existed, so remove the old one first
lineNo = cmlComment.ref.beginLine
cmlComment.removeFromText(editor)
else:
lineNo = item.getFirstLine()
pos = item.ref.body.beginPos
if item.isDocstring():
pos = item.ref.docstring.beginPos
line = CMLcc.generate(bgcolor, fgcolor, bordercolor, pos)
editor.insertLines(line, lineNo)
QApplication.processEvents()
self.parent().redrawNow()
self.restoreSelectionByID(selection)
def onReplaceText(self):
"""Replace the code with a title"""
if not self.__actionPrerequisites():
return
# Memorize the current selection
selection = self.serializeSelection()
dlg = ReplaceTextDialog('Replace text', 'Item caption:', self.parent())
# If it was one item selection and there was a previous text then
# set it for editing
if len(self.selectedItems()) == 1:
cmlComment = CMLVersion.find(
self.selectedItems()[0].ref.leadingCMLComments, CMLrt)
if cmlComment is not None:
dlg.setText(cmlComment.getText())
if dlg.exec_():
replacementText = dlg.text()
editor = self.selectedItems()[0].getEditor()
with editor:
for item in self.sortSelectedReverse():
cmlComment = CMLVersion.find(
item.ref.leadingCMLComments, CMLrt)
if cmlComment is not None:
# Existed, so remove the old one first
lineNo = cmlComment.ref.beginLine
cmlComment.removeFromText(editor)
else:
lineNo = item.getFirstLine()
line = CMLrt.generate(replacementText,
item.ref.body.beginPos)
editor.insertLines(line, lineNo)
QApplication.processEvents()
self.parent().redrawNow()
self.restoreSelectionByID(selection)
def onGroupCollapse(self):
"""Collapses the selected group"""
if not self.__actionPrerequisites():
return
# The selected items need to be sorted in the reverse line no oreder
editor = self.selectedItems()[0].getEditor()
with editor:
for item in self.sortSelectedReverse():
if item.kind == CellElement.OPENED_GROUP_BEGIN:
fileName = editor._parent.getFileName()
if not fileName:
fileName = editor._parent.getShortName()
addCollapsedGroup(fileName, item.getGroupId())
QApplication.processEvents()
self.parent().redrawNow()
def onGroupExpand(self):
"""Expands the selected group"""
if not self.__actionPrerequisites():
return
# The selected items need to be sorted in the reverse line no oreder
editor = self.selectedItems()[0].getEditor()
with editor:
for item in self.sortSelectedReverse():
if item.kind == CellElement.COLLAPSED_GROUP:
fileName = editor._parent.getFileName()
if not fileName:
fileName = editor._parent.getShortName()
removeCollapsedGroup(fileName, item.getGroupId())
QApplication.processEvents()
self.parent().redrawNow()
def onGroupEditTitle(self):
"""Edit (or view) the group title"""
if not self.__actionPrerequisites():
return
# Memorize the current selection
selection = self.serializeSelection()
dlg = ReplaceTextDialog('Group title', 'Group title:', self.parent())
# If it was one item selection and there was a previous text then
# set it for editing
if len(self.selectedItems()) == 1:
title = self.selectedItems()[0].getTitle()
if title:
dlg.setText(title)
if dlg.exec_():
newTitle = dlg.text()
editor = self.selectedItems()[0].getEditor()
with editor:
for item in self.sortSelectedReverse():
item.groupBeginCMLRef.updateTitle(editor, newTitle)
QApplication.processEvents()
self.parent().redrawNow()
self.restoreSelectionByID(selection)
def onGroupUngroup(self):
"""Ungroups the items"""
if not self.__actionPrerequisites():
return
# Memorize the current selection
selection = self.serializeSelection()
# The selected items need to be sorted in the reverse line no oreder
editor = self.selectedItems()[0].getEditor()
with editor:
for item in self.sortSelectedReverse():
item.groupEndCMLRef.removeFromText(editor)
item.groupBeginCMLRef.removeFromText(editor)
QApplication.processEvents()
self.parent().redrawNow()
self.restoreSelectionByTooltip(selection)
def onDelete(self):
"""Delete the item"""
print("Delete")
def onGroup(self):
"""Groups items into a single one"""
dlg = ReplaceTextDialog('Group title', 'Group title:', self.parent())
if dlg.exec_():
groupTitle = dlg.text()
selected = self.__extendSelectionForGrouping()
selected = self.sortSelected(selected)
editor = selected[0].getEditor()
firstLine, lastLine, pos = self.__getLineRange(selected)
groupid = self.parent().generateNewGroupId()
beginComment = CMLgb.generate(groupid, groupTitle,
None, None, None, pos)
endComment = CMLge.generate(groupid, pos)
with editor:
editor.insertLines(endComment, lastLine + 1)
editor.insertLines(beginComment, firstLine)
# Redraw the group collapsed
fileName = editor._parent.getFileName()
if not fileName:
fileName = editor._parent.getShortName()
addCollapsedGroup(fileName, groupid)
QApplication.processEvents()
self.parent().redrawNow()
def onCopy(self):
"""Copying..."""
selectedItems = self.selectedItems()
if selectedItems:
if len(selectedItems) > 1:
print('Copying multiple items has not been implemented yet')
return
selectedItems[0].copyToClipboard()
def onCut(self):
"""Cutting..."""
print("Cut")
def onRemoveCustomColors(self):
"""Removing the previously set custom colors"""
if not self.__actionPrerequisites():
return
# Memorize the current selection
selection = self.serializeSelection()
editor = self.selectedItems()[0].getEditor()
with editor:
# Remove colors is done via delete/insert for the Doc and group
# items. So it is safer to do first because the cc comment may be
# in a set of selected which is inserted before the doc cml and
# thus breaks the line numbering
for item in self.selectedItems():
# The doc always exists
if item.isCMLDoc():
item.cmlRef.removeCustomColors(editor)
continue
# The group always exists
if item.isGroupItem():
item.groupBeginCMLRef.removeCustomColors(editor)
# Now handle the rest of items
for item in self.sortSelectedReverse():
if item.isCMLDoc() or item.isGroupItem():
continue
if item.isDocstring():
cmlComment = CMLVersion.find(
item.ref.docstring.leadingCMLComments, CMLcc)
else:
cmlComment = CMLVersion.find(
item.ref.leadingCMLComments, CMLcc)
if cmlComment is not None:
cmlComment.removeFromText(editor)
QApplication.processEvents()
self.parent().redrawNow()
self.restoreSelectionByID(selection)
def onRemoveReplacementText(self):
"""Removing replacement text"""
if self.__actionPrerequisites():
# Memorize the current selection
selection = self.serializeSelection()
editor = self.selectedItems()[0].getEditor()
with editor:
for item in self.sortSelectedReverse():
cmlComment = CMLVersion.find(item.ref.leadingCMLComments,
CMLrt)
if cmlComment is not None:
cmlComment.removeFromText(editor)
QApplication.processEvents()
self.parent().redrawNow()
self.restoreSelectionByID(selection)
def areSelectedOfTypes(self, matchList):
"""Checks if the selected items belong to the match"""
# match is a list of pairs [kind, subKind]
# None would mean 'match any'
selectedItems = self.selectedItems()
if selectedItems:
for selectedItem in selectedItems:
for kind, subKind in matchList:
match = True
if kind is not None:
if kind != selectedItem.kind:
match = False
if subKind is not None:
if subKind != selectedItem.subKind:
match = False
if match:
break
else:
return False
return True
return False
def __createDocFile(self, link, fromFile):
"""Creates the doc file if needed"""
fName, _, errMsg = preResolveLinkPath(link, fromFile, True)
if errMsg:
logging.error(errMsg)
return None
if os.path.exists(fName):
return fName
try:
os.makedirs(os.path.dirname(fName), exist_ok=True)
with open(fName, 'w') as f:
pass
except Exception as exc:
logging.error('Error creating the documentation file ' +
fName + ': ' + str(exc))
return None
return fName
def onEditDoc(self):
"""Editing the CML doc comment"""
if not self.__actionPrerequisites():
return
selectedItem = self.selectedItems()[0] # Exactly one is selected
editor = selectedItem.getEditor()
fileName = editor._parent.getFileName()
if not fileName:
fileName = editor._parent.getShortName()
# It could be a CML doc or an item which has a CML doc
if selectedItem.isComment():
cmlRef = selectedItem.cmlRef
else:
# If not found then it means the doc link needs to be created
cmlRef = self.__findCMLinItem(selectedItem, CMLdoc)
dlg = DocLinkAnchorDialog('Add' if cmlRef is None else 'Edit',
cmlRef, fileName, self.parent())
if dlg.exec_():
link = dlg.linkEdit.text().strip()
anchor = dlg.anchorEdit.text().strip()
title = dlg.title()
needToCreate = dlg.needToCreate()
# First create a file if asked
if needToCreate:
docFileName = self.__createDocFile(link, fileName)
if not docFileName:
return
selection = self.serializeSelection()
with editor:
# Now insert a new cml comment or update existing
if cmlRef:
# It is editing, the comment exists
lineNo = cmlRef.ref.beginLine
pos = cmlRef.ref.beginPos
cmlRef.removeFromText(editor)
bgColor = cmlRef.bgColor
fgColor = cmlRef.fgColor
border = cmlRef.border
else:
# It is a new doc link
lineNo = selectedItem.getFirstLine()
pos = selectedItem.ref.body.beginPos
bgColor = None
fgColor = None
border = None
line = CMLdoc.generate(link, anchor, title,
bgColor, fgColor, border, pos)
editor.insertLines(line, lineNo)
QApplication.processEvents()
self.parent().redrawNow()
self.restoreSelectionByID(selection)
@staticmethod
def __getAutoDocFileName(fileName):
"""Forms the auto doc file name"""
# Markdown is used as a default documentation format
fBaseName = os.path.basename(fileName)
if '.' in fBaseName:
fileExtension = fBaseName.split('.')[-1]
fBaseName = fBaseName[:-len(fileExtension)] + 'md'
else:
fBaseName += '.md'
project = GlobalData().project
if project.isProjectFile(fileName):
projectDir = project.getProjectDir()
relativePath = fileName[len(projectDir):]
projectName = project.getProjectName()
if relativePath.startswith(projectName):
relativePath = relativePath.replace(projectName, '', 1)
return os.path.normpath(
os.path.sep.join([projectDir + 'doc',
os.path.dirname(relativePath),
fBaseName]))
return os.path.normpath(
os.path.sep.join([os.path.dirname(fileName),
'doc',
fBaseName]))
def onAutoAddDoc(self):
"""Create a doc file, add a link and open for editing"""
if not self.__actionPrerequisites():
return
selectedItem = self.selectedItems()[0] # Exactly one is selected
editor = selectedItem.getEditor()
fileName = editor._parent.getFileName()
if not fileName:
logging.error('Save file before invoking auto doc')
return
needContent = False
newAnchor = 'doc' + str(uuid.uuid4().fields[-1])[-6:]
docFileName = self.__getAutoDocFileName(fileName)
if not os.path.exists(docFileName):
# Create file and populate with the default content
try:
os.makedirs(os.path.dirname(docFileName), exist_ok=True)
with open(docFileName, 'w') as f:
pass
except Exception as exc:
logging.error('Error creating the documentation file ' +
docFileName + ': ' + str(exc))
return
needContent = True
project = GlobalData().project
if project.isProjectFile(docFileName):
link = project.getRelativePath(docFileName)
else:
link = os.path.relpath(docFileName, fileName)
# Insert a doc link
with editor:
lineNo = selectedItem.getFirstLine()
line = CMLdoc.generate(link, newAnchor, 'See documentation',
None, None, None,
selectedItem.ref.body.beginPos)
editor.insertLines(line, lineNo)
QApplication.processEvents()
self.parent().redrawNow()
# Open the file
if GlobalData().mainWindow.openFile(docFileName, -1):
if needContent:
widget = GlobalData().mainWindow.em.getWidgetForFileName(docFileName)
editor = widget.getEditor()
editor.text = getDefaultFileDoc(fileName, newAnchor)
editor.document().setModified(False)
def onRemoveDoc(self):
"""Removing the CML doc comment"""
if not self.__actionPrerequisites():
return
editor = self.selectedItems()[0].getEditor()
with editor:
for item in self.sortSelectedReverse():
cmlComment = CMLVersion.find(item.ref.leadingCMLComments,
CMLdoc)
if cmlComment is not None:
cmlComment.removeFromText(editor)
QApplication.processEvents()
self.parent().redrawNow()
def countInSelected(self, matchList):
"""Counts the number of matching items in selection"""
# match is a list of pairs [kind, subKind]
# None would mean 'match any'
count = 0
for selectedItem in self.selectedItems():
for kind, subKind in matchList:
match = True
if kind is not None:
if kind != selectedItem.kind:
match = False
if subKind is not None:
if subKind != selectedItem.subKind:
match = False
if match:
count += 1
return count
def isInSelected(self, matchList):
"""Checks if any if the match list items is in the selection"""
return self.countInSelected(matchList) > 0
def isDocstringInSelection(self):
"""True if a docstring item in the selection"""
for item in self.selectedItems():
if item.isDocstring():
return True
return False
def countComments(self):
"""Count comments in selection"""
count = 0
for item in self.selectedItems():
if item.isComment():
count += 1
return count
def isCommentInSelection(self):
"""True if a comment item in the selection"""
return self.countComments() > 0
def countItemsWithCML(self, cmlType):
"""Counts items with have a certain type of a CML comment"""
count = 0
for item in self.selectedItems():
if self.__findCMLinItem(item, cmlType) is not None:
count += 1
return count
def __findCMLinItem(self, item, cmlType):
"""Finds a related CML item"""
if item.isComment():
# Doc links are comments so they are skipped here
return None
if item.isDocstring():
# Side comments for docstrings? Nonesense! So they are ignored
# even if they are collected
cml = CMLVersion.find(item.ref.docstring.leadingCMLComments, cmlType)
if cml is not None:
return cml
if hasattr(item.ref, 'leadingCMLComments'):
cml = CMLVersion.find(item.ref.leadingCMLComments, cmlType)
if cml is not None:
return cml
if hasattr(item.ref, 'sideCMLComments'):
cml = CMLVersion.find(item.ref.sideCMLComments, cmlType)
if cml is not None:
return cml
return None
def countGroups(self):
"""Counts empty, close and open groups"""
emptyCount = 0
closeCount = 0
openCount = 0
for item in self.selectedItems():
if item.kind == CellElement.EMPTY_GROUP:
emptyCount += 1
elif item.kind == CellElement.COLLAPSED_GROUP:
closeCount += 1
elif item.kind == CellElement.OPENED_GROUP_BEGIN:
openCount += 1
return emptyCount, closeCount, openCount
def countGroupsWithCustomColors(self):
"""Counts the groups with any color defined"""
emptyCount = 0
closeCount = 0
openCount = 0
for item in self.selectedItems():
if item.kind in [CellElement.EMPTY_GROUP,
CellElement.COLLAPSED_GROUP,
CellElement.OPENED_GROUP_BEGIN]:
if item.groupBeginCMLRef.bgColor is not None or \
item.groupBeginCMLRef.fgColor is not None or \
item.groupBeginCMLRef.border is not None:
if item.kind == CellElement.EMPTY_GROUP:
emptyCount += 1
elif item.kind == CellElement.COLLAPSED_GROUP:
closeCount += 1
else:
openCount += 1
return emptyCount, closeCount, openCount
def countDocWithCustomColors(self):
count = 0
for item in self.selectedItems():
if item.isCMLDoc():
if item.cmlRef.bgColor is not None or \
item.cmlRef.fgColor is not None or \
item.cmlRef.border is not None:
count += 1
return count
def sortSelectedReverse(self):
"""Sorts the selected items in reverse order"""
result = []
for item in self.selectedItems():
itemBegin = item.getAbsPosRange()[0]
for index in range(len(result)):
if itemBegin > result[index].getAbsPosRange()[0]:
result.insert(index, item)
break
else:
result.append(item)
return result
def sortSelected(self, selected):
"""Sorts the selected items in direct order"""
result = []
for item in selected:
itemBegin = item.getAbsPosRange()[0]
for index in range(len(result)):
if itemBegin < result[index].getAbsPosRange()[0]:
result.insert(index, item)
break
else:
result.append(item)
return result
def __canBeGrouped(self):
"""True if the selected items can be grouped"""
# Cannot import it at the top...
from .flowuiwidget import SMART_ZOOM_ALL, SMART_ZOOM_NO_CONTENT
if Settings()['smartZoom'] not in [SMART_ZOOM_ALL,
SMART_ZOOM_NO_CONTENT]:
return False
if self.__areAllSelectedComments():
return False
if self.__areScopeDocstringOrCommentSelected():
return False
if self.__isModuleSelected():
return False
# Extend the selection with all the selected items comments
selected = self.__extendSelectionForGrouping()
if self.__areLoneCommentsSelected(selected):
return False
if self.__areIncompleteScopeSelected(selected):
return False
scopeCoveredRegions = self.__getSelectedScopeRegions(selected)
# The __areIfFullySelected() also updates the regions with
# fully selected if regions
if not self.__areIfFullySelected(selected, scopeCoveredRegions):
return False
selected = self.sortSelected(selected)
begin = selected[0].getAbsPosRange()[0]
end = selected[-1].getAbsPosRange()[1]
if not self.__isSelectionContinuous(selected, scopeCoveredRegions,
begin, end):
return False
if self.__moreThanOneIfBranchSelected(selected, scopeCoveredRegions):
return False
return True
def __areAllSelectedComments(self):
"""True if all selected items are comments"""
for item in self.selectedItems():
if not item.isComment():
return False
return True
def __areScopeDocstringOrCommentSelected(self):
for item in self.selectedItems():
if item.scopedItem():
if item.subKind in [ScopeCellElement.SIDE_COMMENT,
ScopeCellElement.DOCSTRING]:
return True
return False
def __isModuleSelected(self):
"""True if the whole module is selected"""
for item in self.selectedItems():
if item.kind == CellElement.FILE_SCOPE:
return True
return False
def __areIncompleteScopeSelected(self, selected):
"""True if an incomplete scope selected"""
for item in selected:
if item.kind in [CellElement.FOR_SCOPE,
CellElement.WHILE_SCOPE]:
if item.ref.elsePart:
for relatedItem in self.findItemsForRef(item.ref.elsePart):
if relatedItem not in selected:
return True
elif item.kind in [CellElement.TRY_SCOPE]:
# It could be that the exception blocks are hidden, so there
# will be exactly one more item instead of many and that item
# will have a ref which matches the try scope.
exceptPartCount = 0
for exceptPart in item.ref.exceptParts:
for relatedItem in self.findItemsForRef(exceptPart):
exceptPartCount += 1
if relatedItem not in selected:
return True
if exceptPartCount == 0:
# here: no except blocks on the diagram, they are collapsed
tryItems = self.findItemsForRef(item.ref)
for tryItem in tryItems:
if tryItem.kind == CellElement.EXCEPT_MINIMIZED:
if not tryItem.isSelected():
return True
break
else:
# The minimized except is not selected
return True
if item.ref.elsePart:
for relatedItem in self.findItemsForRef(item.ref.elsePart):
if relatedItem not in selected:
return True
if item.ref.finallyPart:
for relatedItem in self.findItemsForRef(item.ref.finallyPart):
if relatedItem not in selected:
return True
elif item.kind in [CellElement.ELSE_SCOPE,
CellElement.EXCEPT_SCOPE,
CellElement.FINALLY_SCOPE]:
for relatedItem in self.findItemsForRef(item.leaderRef):
if relatedItem not in selected:
return True
elif item.kind == CellElement.EXCEPT_MINIMIZED:
# here: no except blocks on the diagram, they are collapsed
tryItems = self.findItemsForRef(item.ref)
for tryItem in tryItems:
if tryItem.kind == CellElement.TRY_SCOPE:
if tryItem.subKind == ScopeCellElement.TOP_LEFT:
if not tryItem.isSelected():
return True
break
else:
# The try is not selected
return True
return False
def __extendSelectionForGrouping(self):
"""Extends the selection with the leading and side comments"""
boundComments = []
selected = self.selectedItems()
for item in selected:
if not item.isComment() and not self.isOpenGroupItem(item):
for relatedItem in self.findItemsForRef(item.ref):
if relatedItem not in selected:
boundComments.append(relatedItem)
return selected + boundComments
def __areLoneCommentsSelected(self, selected):
"""True if there are comments selected which have no main item selected"""
for item in selected:
if item.isComment():
if item.kind in [CellElement.SIDE_COMMENT,
CellElement.LEADING_COMMENT,
CellElement.ABOVE_COMMENT]:
for relatedItem in self.findItemsForRef(item.ref):
if relatedItem not in selected:
return True
return False
def __getLineRange(self, selected):
first = selected[0]
last = selected[-1]
if first.kind == CellElement.OPENED_GROUP_BEGIN:
firstLine = first.groupBeginCMLRef.ref.parts[0].beginLine
pos = first.groupBeginCMLRef.ref.parts[0].beginPos
else:
firstLine = first.getLineRange()[0]
pos = first.ref.beginPos
if last.scopedItem():
lastLine = last.ref.endLine
elif last.kind == CellElement.OPENED_GROUP_BEGIN:
lastLine = last.groupEndCMLRef.ref.parts[-1].endLine
else:
lastLine = last.getLineRange()[1]
return firstLine, lastLine, pos
def __getSelectedScopeRegions(self, selected):
"""Provides the regions of the selected scope items"""
coveredRegions = []
for item in selected:
if item.scopedItem():
if item.subKind in [ScopeCellElement.TOP_LEFT]:
if item.ref.leadingComment:
coveredRegions.append((item.ref.leadingComment.begin,
item.ref.end))
else:
coveredRegions.append((item.ref.begin, item.ref.end))
elif item.kind == CellElement.OPENED_GROUP_BEGIN:
coveredRegions.append(item.getAbsPosRange())
return coveredRegions
def __areIfFullySelected(self, selected, regions):
"""Checks if selected IFs are fully selected"""
for item in selected:
if item.kind == CellElement.IF:
ifBegin = item.ref.begin
ifEnd = item.ref.end
for item in self.items():
if item.isProxyItem():
continue
if item.scopedItem():
if item.subKind not in [ScopeCellElement.TOP_LEFT,
ScopeCellElement.DOCSTRING,
ScopeCellElement.SIDE_COMMENT]:
continue
if item in selected:
continue
itemRange = item.getAbsPosRange()
if self.isInRegion(itemRange[0], itemRange[1], regions):
continue
if itemRange[0] > ifBegin and itemRange[0] < ifEnd:
return False
if itemRange[1] > ifBegin and itemRange[1] < ifEnd:
return False
regions.append([ifBegin, ifEnd])
return True
@staticmethod
def isInRegion(start, finish, regions):
for region in regions:
if start >= region[0] and finish <= region[1]:
return True
return False
def __isSelectionContinuous(self, selected, regions, begin, end):
"""Checks if the selection is continuous"""
for item in self.items():
if item.isProxyItem():
continue
if item.scopedItem():
if item.subKind not in [ScopeCellElement.TOP_LEFT,
ScopeCellElement.DOCSTRING,
ScopeCellElement.SIDE_COMMENT]:
continue
if item in selected:
continue
itemRange = item.getAbsPosRange()
if self.isInRegion(itemRange[0], itemRange[1], regions):
continue
# It is important to keep < and > instead of <= and >=
# This is because the scopes start with the first statement
if itemRange[0] > begin and itemRange[0] < end:
return False
if itemRange[1] > begin and itemRange[1] < end:
return False
return True
def __moreThanOneIfBranchSelected(self, selected, regions):
"""Checks that the continuous selected items belong to more than one
not selected IF statements
"""
ifRef = None
for item in selected:
if item.kind != CellElement.IF:
itemRange = item.getAbsPosRange()
if item.kind != CellElement.OPENED_GROUP_BEGIN:
if self.isInRegion(itemRange[0], itemRange[1], regions):
# Here: an item is in a selected scope item, in a selected
# open group or in a fully selected if
continue
# Test if an item belongs to an if statement branch
if item.kind in [CellElement.OPENED_GROUP_BEGIN,
CellElement.EMPTY_GROUP,
CellElement.COLLAPSED_GROUP]:
branchId = item.groupBeginCMLRef.ref.getParentIfID()
elif item.kind in [CellElement.INDEPENDENT_DOC,
CellElement.LEADING_DOC,
CellElement.ABOVE_DOC]:
branchId = item.cmlRef.ref.getParentIfID()
else:
branchId = item.ref.getParentIfID()
if branchId is not None:
if ifRef is None:
ifRef = branchId
else:
if branchId != ifRef:
# Selected items belong to more than one branch
return True
return False
class ProfileTableViewer(QWidget):
"""Profiling results table viewer"""
sigEscapePressed = pyqtSignal()
def __init__(self,
scriptName,
params,
reportTime,
dataFile,
stats,
parent=None):
QWidget.__init__(self, parent)
self.__table = ProfilerTreeWidget(self)
self.__table.sigEscapePressed.connect(self.__onEsc)
self.__script = scriptName
self.__stats = stats
project = GlobalData().project
if project.isLoaded():
self.__projectPrefix = os.path.dirname(project.fileName)
else:
self.__projectPrefix = os.path.dirname(scriptName)
if not self.__projectPrefix.endswith(os.path.sep):
self.__projectPrefix += os.path.sep
self.__table.setAlternatingRowColors(True)
self.__table.setRootIsDecorated(False)
self.__table.setItemsExpandable(False)
self.__table.setSortingEnabled(True)
self.__table.setItemDelegate(NoOutlineHeightDelegate(4))
self.__table.setUniformRowHeights(True)
self.__table.setSelectionMode(QAbstractItemView.SingleSelection)
self.__table.setSelectionBehavior(QAbstractItemView.SelectRows)
headerLabels = [
"", "Calls", "Total time", "Per call", "Cum. time", "Per call",
"File name:line", "Function", "Callers", "Callees"
]
self.__table.setHeaderLabels(headerLabels)
headerItem = self.__table.headerItem()
headerItem.setToolTip(0, "Indication if it is an outside function")
headerItem.setToolTip(
1, "Actual number of calls/primitive calls "
"(not induced via recursion)")
headerItem.setToolTip(
2, "Total time spent in function "
"(excluding time made in calls "
"to sub-functions)")
headerItem.setToolTip(
3, "Total time divided by number "
"of actual calls")
headerItem.setToolTip(
4, "Total time spent in function and all "
"subfunctions (from invocation till exit)")
headerItem.setToolTip(
5, "Cumulative time divided by number "
"of primitive calls")
headerItem.setToolTip(6, "Function location")
headerItem.setToolTip(7, "Function name")
headerItem.setToolTip(8, "Function callers")
headerItem.setToolTip(9, "Function callees")
self.__table.itemActivated.connect(self.__activated)
totalCalls = self.__stats.total_calls
# The calls were not induced via recursion
totalPrimitiveCalls = self.__stats.prim_calls
totalTime = self.__stats.total_tt
txt = "<b>Script:</b> " + self.__script + " " + \
params['arguments'] + "<br/>" \
"<b>Run at:</b> " + reportTime + "<br/>" + \
str(totalCalls) + " function calls (" + \
str(totalPrimitiveCalls) + " primitive calls) in " + \
FLOAT_FORMAT % totalTime + " CPU seconds"
summary = QLabel(txt, self)
summary.setToolTip(txt)
summary.setSizePolicy(QSizePolicy.Ignored, QSizePolicy.Fixed)
summary.setStyleSheet('QLabel {' + getLabelStyle(summary) + '}')
vLayout = QVBoxLayout()
vLayout.setContentsMargins(0, 0, 0, 0)
vLayout.setSpacing(0)
vLayout.addWidget(summary)
vLayout.addWidget(self.__table)
self.setLayout(vLayout)
self.__createContextMenu()
self.__populate(totalTime)
def __onEsc(self):
"""Triggered when Esc is pressed"""
self.sigEscapePressed.emit()
def __createContextMenu(self):
"""Creates context menu for the table raws"""
self.__contextMenu = QMenu(self)
self.__callersMenu = QMenu("Callers", self)
self.__outsideCallersMenu = QMenu("Outside callers", self)
self.__calleesMenu = QMenu("Callees", self)
self.__outsideCalleesMenu = QMenu("Outside callees", self)
self.__contextMenu.addMenu(self.__callersMenu)
self.__contextMenu.addMenu(self.__outsideCallersMenu)
self.__contextMenu.addSeparator()
self.__contextMenu.addMenu(self.__calleesMenu)
self.__contextMenu.addMenu(self.__outsideCalleesMenu)
self.__callersMenu.triggered.connect(self.__onCallContextMenu)
self.__outsideCallersMenu.triggered.connect(self.__onCallContextMenu)
self.__calleesMenu.triggered.connect(self.__onCallContextMenu)
self.__outsideCalleesMenu.triggered.connect(self.__onCallContextMenu)
self.__table.setContextMenuPolicy(Qt.CustomContextMenu)
self.__table.customContextMenuRequested.connect(self.__showContextMenu)
def __showContextMenu(self, point):
"""Context menu"""
self.__callersMenu.clear()
self.__outsideCallersMenu.clear()
self.__calleesMenu.clear()
self.__outsideCalleesMenu.clear()
# Detect what the item was clicked
item = self.__table.itemAt(point)
funcName = item.getFunctionName()
# Build the context menu
if item.callersCount() == 0:
self.__callersMenu.setEnabled(False)
self.__outsideCallersMenu.setEnabled(False)
else:
callers = self.__stats.stats[item.getFuncIDs()][4]
callersList = list(callers.keys())
callersList.sort()
for callerFunc in callersList:
menuText = self.__getCallLine(callerFunc, callers[callerFunc])
if self.__isOutsideItem(callerFunc[0]):
act = self.__outsideCallersMenu.addAction(menuText)
else:
act = self.__callersMenu.addAction(menuText)
funcFileName, funcLine, funcName = \
self.__getLocationAndName(callerFunc)
act.setData(funcFileName + ":" + str(funcLine) + ":" +
funcName)
self.__callersMenu.setEnabled(not self.__callersMenu.isEmpty())
self.__outsideCallersMenu.setEnabled(
not self.__outsideCallersMenu.isEmpty())
if item.calleesCount() == 0:
self.__calleesMenu.setEnabled(False)
self.__outsideCalleesMenu.setEnabled(False)
else:
callees = self.__stats.all_callees[item.getFuncIDs()]
calleesList = list(callees.keys())
calleesList.sort()
for calleeFunc in calleesList:
menuText = self.__getCallLine(calleeFunc, callees[calleeFunc])
if self.__isOutsideItem(calleeFunc[0]):
act = self.__outsideCalleesMenu.addAction(menuText)
else:
act = self.__calleesMenu.addAction(menuText)
funcFileName, funcLine, funcName = \
self.__getLocationAndName(calleeFunc)
act.setData(funcFileName + ":" + str(funcLine) + ":" +
funcName)
self.__calleesMenu.setEnabled(not self.__calleesMenu.isEmpty())
self.__outsideCalleesMenu.setEnabled(
not self.__outsideCalleesMenu.isEmpty())
self.__contextMenu.popup(QCursor.pos())
def __resize(self):
"""Resizes columns to the content"""
self.__table.header().resizeSections(QHeaderView.ResizeToContents)
self.__table.header().setStretchLastSection(True)
self.__table.header().resizeSection(OUTSIDE_COL_INDEX, 28)
self.__table.header().setSectionResizeMode(OUTSIDE_COL_INDEX,
QHeaderView.Fixed)
def setFocus(self):
"""Set focus to the proper widget"""
self.__table.setFocus()
def __isOutsideItem(self, fileName):
"""Detects if the record should be shown as an outside one"""
return not fileName.startswith(self.__projectPrefix)
def __activated(self, item, column):
"""Triggered when the item is activated"""
try:
line = item.getLineNumber()
fileName = item.getFileName()
if line == 0 or not os.path.isabs(fileName):
return
GlobalData().mainWindow.openFile(fileName, line)
except:
logging.error("Could not jump to function location")
@staticmethod
def __getFuncShortLocation(funcFileName, funcLine):
"""Provides unified shortened function location"""
if funcFileName == "":
return ""
return os.path.basename(funcFileName) + ":" + str(funcLine)
def __getCallLine(self, func, props):
"""Provides the formatted call line"""
funcFileName, funcLine, funcName = self.__getLocationAndName(func)
if isinstance(props, tuple):
actualCalls, primitiveCalls, totalTime, cumulativeTime = props
if primitiveCalls != actualCalls:
callsString = str(actualCalls) + "/" + str(primitiveCalls)
else:
callsString = str(actualCalls)
return callsString + "\t" + FLOAT_FORMAT % totalTime + "\t" + \
FLOAT_FORMAT % cumulativeTime + "\t" + \
self.__getFuncShortLocation(funcFileName, funcLine) + \
"(" + funcName + ")"
# I've never seen this branch working so it is just in case.
# There was something like this in the pstats module
return self.__getFuncShortLocation(funcFileName, funcLine) + \
"(" + funcName + ")"
@staticmethod
def __getLocationAndName(func):
"""Provides standardized function file name, line and its name"""
if func[:2] == ('~', 0):
# special case for built-in functions
name = func[2]
if name.startswith('<') and name.endswith('>'):
return "", 0, "{%s}" % name[1:-1]
return "", 0, name
return func[0], func[1], func[2]
def __createItem(self, func, totalCPUTime, primitiveCalls, actualCalls,
totalTime, cumulativeTime, timePerCall,
cumulativeTimePerCall, callers):
"""Creates an item to display"""
values = []
values.append("")
if primitiveCalls == actualCalls:
values.append(str(actualCalls))
else:
values.append(str(actualCalls) + "/" + str(primitiveCalls))
if totalCPUTime == 0.0:
values.append(FLOAT_FORMAT % totalTime)
else:
values.append(FLOAT_FORMAT % totalTime + " \t(%3.2f%%)" %
(totalTime / totalCPUTime * 100))
values.append(FLOAT_FORMAT % timePerCall)
values.append(FLOAT_FORMAT % cumulativeTime)
values.append(FLOAT_FORMAT % cumulativeTimePerCall)
# Location and name will be filled in the item constructor
values.append("")
values.append("")
# Callers
callersCount = len(callers)
values.append(str(callersCount))
# Callees
if func in self.__stats.all_callees:
calleesCount = len(self.__stats.all_callees[func])
else:
calleesCount = 0
values.append(str(calleesCount))
item = ProfilingTableItem(values, self.__isOutsideItem(func[0]), func)
if callersCount != 0:
tooltip = ""
callersList = list(callers.keys())
callersList.sort()
for callerFunc in callersList[:MAX_CALLS_IN_TOOLTIP]:
if tooltip != "":
tooltip += "\n"
tooltip += self.__getCallLine(callerFunc, callers[callerFunc])
if callersCount > MAX_CALLS_IN_TOOLTIP:
tooltip += "\n. . ."
item.setToolTip(8, tooltip)
if calleesCount != 0:
callees = self.__stats.all_callees[func]
tooltip = ""
calleesList = list(callees.keys())
calleesList.sort()
for calleeFunc in calleesList[:MAX_CALLS_IN_TOOLTIP]:
if tooltip != "":
tooltip += "\n"
tooltip += self.__getCallLine(calleeFunc, callees[calleeFunc])
if calleesCount > MAX_CALLS_IN_TOOLTIP:
tooltip += "\n. . ."
item.setToolTip(9, tooltip)
self.__table.addTopLevelItem(item)
def __populate(self, totalCPUTime):
"""Populates the data"""
for func, (primitiveCalls, actualCalls, totalTime, cumulativeTime,
callers) in self.__stats.stats.items():
# Calc time per call
if actualCalls == 0:
timePerCall = 0.0
else:
timePerCall = totalTime / actualCalls
# Calc time per cummulative call
if primitiveCalls == 0:
cumulativeTimePerCall = 0.0
else:
cumulativeTimePerCall = cumulativeTime / primitiveCalls
self.__createItem(func, totalCPUTime, primitiveCalls, actualCalls,
totalTime, cumulativeTime, timePerCall,
cumulativeTimePerCall, callers)
self.__resize()
self.__table.header().setSortIndicator(2, Qt.DescendingOrder)
self.__table.sortItems(2, self.__table.header().sortIndicatorOrder())
def togglePath(self, state):
"""Switches between showing full paths or file names in locations"""
for index in range(0, self.__table.topLevelItemCount()):
self.__table.topLevelItem(index).updateLocation(state)
self.__resize()
return
def __onCallContextMenu(self, act):
"""Triggered when a context menu action is requested"""
name = str(act.data().toString())
for index in range(0, self.__table.topLevelItemCount()):
item = self.__table.topLevelItem(index)
if item.match(name):
self.__table.clearSelection()
self.__table.scrollToItem(item)
self.__table.setCurrentItem(item)
def onSaveAs(self, fileName):
"""Saves the table to a file in CSV format"""
try:
f = open(fileName, "wt")
headerItem = self.__table.headerItem()
outsideIndex = -1
for index in range(0, headerItem.columnCount()):
title = str(headerItem.text(index))
if title == "":
outsideIndex = index
title = "Outside"
if index != 0:
f.write(',' + title)
else:
f.write(title)
for index in range(0, self.__table.topLevelItemCount()):
item = self.__table.topLevelItem(index)
f.write("\n")
for column in range(0, item.columnCount()):
if column != 0:
f.write(',')
if column == outsideIndex:
if item.isOutside():
f.write("Y")
else:
f.write("N")
else:
text = str(item.text(column))
f.write(text.replace('\t', ''))
f.close()
except Exception as ex:
logging.error(ex)