Remove redundant backslashes.

Author: practicalswift

stdlib/public/SDK/CoreGraphics/CoreGraphicsMirrors.swift.gyb

@@ -15,8 +15,8 @@
 %TMirrorConformance = gyb.parseTemplate("../../common/MirrorConformance.gyb")
 %TMirrorBoilerplate = gyb.parseTemplate("../../common/MirrorBoilerplate.gyb")
 
-% for Type in [['CGPoint',['x','y'],'Point',['x','y']],\
-%             ['CGSize',['width','height'],'Size',['width','height']],\
+% for Type in [['CGPoint',['x','y'],'Point',['x','y']],
+%             ['CGSize',['width','height'],'Size',['width','height']],
 %             ['CGRect',['origin','size'],'Rectangle',['origin.x','origin.y','size.width','size.height']]]:
 %   Self = Type[0]
 %   Children = Type[1]
@@ -25,11 +25,11 @@
 %   MirrorDecl = gyb.executeTemplate(TMirrorDecl,introspecteeType=Self,disposition='Struct')
 %   MirrorConformance = gyb.executeTemplate(TMirrorConformance,introspecteeType=Self,disposition='Struct')
 %   MirrorBoilerplate = gyb.executeTemplate(TMirrorBoilerplate,introspecteeType=Self,disposition='Struct')
-%   QLArgFirst=True
+%   QLArgFirst = True
 %   QLArgString = ''
 %   SummaryString = ''
 %   for QLArg in QLArgs:
-%     if QLArgFirst == False:
+%     if not QLArgFirst:
 %       QLArgString = QLArgString + ', '
 %       SummaryString = SummaryString + ', '
 %     else:

stdlib/public/core/CollectionMirrors.swift.gyb

@@ -15,24 +15,24 @@
 %TMirrorConformance = gyb.parseTemplate("../common/MirrorConformance.gyb")
 %TMirrorBoilerplate = gyb.parseTemplate("../common/MirrorBoilerplate.gyb")
 
-% for Type in [['CollectionOfOne',1,"element",\
-%               'CollectionOfOne(\( _reflect(_value.element).summary ))'],\
+% for Type in [['CollectionOfOne',1,"element",
+%               'CollectionOfOne(\( _reflect(_value.element).summary ))'],
 %             ['EmptyCollection',0,"DONTSHOWME",'EmptyCollection']]:
 %   Self = Type[0]
 %   Count = Type[1]
 %   ElementName = Type[2]
 %   SummaryString = Type[3]
-%   MirrorDecl = gyb.executeTemplate(TMirrorDecl,\
-%                                    introspecteeType=Self,\
-%                                    genericArgs=['T'],\
+%   MirrorDecl = gyb.executeTemplate(TMirrorDecl,
+%                                    introspecteeType=Self,
+%                                    genericArgs=['T'],
 %                                    disposition='Struct')
-%   MirrorConformance = gyb.executeTemplate(TMirrorConformance,\
-%                                    introspecteeType=Self,\
-%                                    genericArgs=['T'],\
+%   MirrorConformance = gyb.executeTemplate(TMirrorConformance,
+%                                    introspecteeType=Self,
+%                                    genericArgs=['T'],
 %                                    disposition='Struct')
-%   MirrorBoilerplate = gyb.executeTemplate(TMirrorBoilerplate,\
-%                                    introspecteeType=Self,\
-%                                    genericArgs=['T'],\
+%   MirrorBoilerplate = gyb.executeTemplate(TMirrorBoilerplate,
+%                                    introspecteeType=Self,
+%                                    genericArgs=['T'],
 %                                    disposition='Struct')
 
 ${MirrorDecl} {

stdlib/public/core/Interval.swift.gyb

@@ -204,8 +204,8 @@ public func ~= <I: IntervalType>(pattern: I, value: I.Bound) -> Bool {
 %import gyb
 %TBoilerplate = gyb.parseTemplate("../common/MirrorBoilerplate.gyb")
 
-%Boilerplate = gyb.executeTemplate(TBoilerplate,\
-%                                  introspecteeType='T',\
+%Boilerplate = gyb.executeTemplate(TBoilerplate,
+%                                  introspecteeType='T',
 %                                  disposition='Struct')
 
 internal struct _IntervalMirror<

validation-test/stdlib/NumericDiagnostics.swift.gyb

@@ -15,7 +15,7 @@
 // TODO: Verify the type of the result
 
 func testIteratedOperations() {
-% for typesToTest, operatorsToTest in zip([all_integer_type_names(), all_numeric_type_names()], \
+% for typesToTest, operatorsToTest in zip([all_integer_type_names(), all_numeric_type_names()],
 %  [int_ops, arith_ops]):
   % operatorsToTest = [x for x in operatorsToTest if not '+' in x and not '-' in x] 
   %# TODO: rm when rdar://18695154 is fixed.