def embeddedObjectLiteral(ctx, style, valueView, hideFrame):
embeddedObjectLiteralBorder = style.get(
PythonEditorStyle.embeddedObjectLiteralBorder)
embeddedObjectTagLabelStyle = style.get(
PythonEditorStyle.embeddedObjectTagLabelStyle)
embeddedObjectTagBorder = style.get(
PythonEditorStyle.embeddedObjectTagBorder)
tagLabel = embeddedObjectTagBorder.surround(
embeddedObjectTagLabelStyle(Label('l')))
contents = Row([tagLabel.alignVCentre(), valueView.pad(2.0, 2.0)])
box = embeddedObjectLiteralBorder.surround(contents).padX(1.0, 1.0)
segment = Segment(box)
return segment.present(ctx, style)
def unquote(ctx, style, valueView, title, sequentialEditor):
unquoteBorderStyle = style.get(PythonEditorStyle.unquoteBorderStyle)
unquoteTitleStyle = style.get(PythonEditorStyle.unquoteTitleStyle)
titleLabel = unquoteTitleStyle.applyTo(Label(title))
region = sequentialEditor.region(valueView)
header = titleLabel.alignHLeft()
box = unquoteBorderStyle.applyTo(
Border(Column([header.alignHExpand(),
region.pad(3.0, 3.0)]))).pad(1.0, 1.0)
segment = Segment(box)
return segment.present(ctx, style)
def externalExpr(ctx, style, exprView, title, deleteButton):
externalExprBorderStyle = style.get(
PythonEditorStyle.externalExprBorderStyle)
externalExprTitleStyle = style.get(
PythonEditorStyle.externalExprTitleStyle)
titleLabel = externalExprTitleStyle.applyTo(Label(title))
header = Row(
[titleLabel.alignHLeft(),
deleteButton.alignHRight().alignVCentre()])
box = externalExprBorderStyle.applyTo(
Border(Column([header.alignHExpand(),
exprView.pad(3.0, 3.0)]))).pad(1.0, 1.0)
segment = Segment(box)
return segment.present(ctx, style)
def embeddedObjectStmt(ctx, style, valueView, hideFrame):
if hideFrame:
box = valueView
else:
embeddedObjectBorder = style.get(
PythonEditorStyle.embeddedObjectBorder)
embeddedObjectTagLabelStyle = style.get(
PythonEditorStyle.embeddedObjectTagLabelStyle)
embeddedObjectTagBorder = style.get(
PythonEditorStyle.embeddedObjectTagBorder)
tagLabel = embeddedObjectTagBorder.surround(
embeddedObjectTagLabelStyle(Label('Stmt')))
contents = Column([tagLabel, valueView.pad(2.0, 2.0)])
box = embeddedObjectBorder.surround(contents).padX(1.0, 1.0)
segment = Segment(box)
return segment.present(ctx, style)
def charSet(invert, items): items = [ Row( [ Segment( item ) ] ) for item in items ] if len( items ) == 1: itemsCollection = items[0] else: width = int( math.ceil( math.sqrt( float( len( items ) ) ) ) ) itemsCollection = FlowGrid( width, items ) contents = [ _controlCharStyle( Text( '[' ) ) ] if invert: contents.append( _invertControlCharStyle( Text( '^' ) ) ) contents.extend( [ itemsCollection, _controlCharStyle( Text( ']' ) ) ] ) return _charSetBorder.surround( Row( contents ) )
def embeddedObjectMacro(ctx, style, valueView, modelView):
modelView = StyleSheet.style(Primitive.editable(False)).applyTo(modelView)
embeddedObjectBorderStyle = style.get(
PythonEditorStyle.embeddedObjectBorderStyle)
embeddedObjectLineStyle = style.get(
PythonEditorStyle.embeddedObjectLineStyle)
embeddedObjectExpansionLabelStyle = style.get(
PythonEditorStyle.embeddedObjectExpansionLabelStyle)
hLine = embeddedObjectLineStyle.applyTo(Box(1, 1).alignHExpand()).pad(
8.0, 2.0).alignHExpand()
expansionLabel = embeddedObjectExpansionLabelStyle.applyTo(
Label('Expansion'))
expander = DropDownExpander(expansionLabel, modelView)
view = embeddedObjectBorderStyle.applyTo(
Border(Column([valueView, expander])))
segment = Segment(view)
return segment.present(ctx, style)
def PythonRegEx(self, fragment, inheritedState, model, expr): exprView =_editTopLevelNode( expr ) seg = Segment( exprView ) e = Paragraph( [ seg ] ).alignHPack().alignVRefY() return e
def group(subexp, capturing):
contents = [ subexp ] if capturing else [ _controlCharStyle( Text( '?:' ) ), subexp ]
b = _groupBorder if capturing else _nonCapturingGroupBorder
return b.surround( Row( [ Segment( Span( [ _controlCharStyle( Text( '(' ) ) ] + contents + [ _controlCharStyle( Text( ')' ) ) ] ) ) ] ) )
def charClass(cls): name = _charClasses[cls] return _charClassBorder.surround( _charClassStyle( Segment( Row( [ HiddenText( '\\' + cls ), Label( name ) ] ) ) ) )
def _specialChar(char, name): return _specialBorder.surround( _specialCharStyle( Segment( Row( [ HiddenText( char ), Label( name ) ] ) ) ) )
def specialFormStatementLine(statement):
segment = Segment(statement)
return Paragraph([segment]).alignHPack()
def statementLine(statement):
segment = Segment(statement)
newLine = Whitespace('\n')
return Paragraph([segment, newLine]).alignHPack()