def combineVectorFields(layerA, layerB):
"""Create single field map from two input field maps.
"""
fields = []
fieldsA = layerA.pendingFields()
fields.extend(fieldsA)
namesA = [unicode(f.name()).lower() for f in fieldsA]
fieldsB = layerB.pendingFields()
for field in fieldsB:
name = unicode(field.name()).lower()
if name in namesA:
idx = 2
newName = name + '_' + unicode(idx)
while newName in namesA:
idx += 1
newName = name + '_' + unicode(idx)
field = QgsField(newName, field.type(), field.typeName())
fields.append(field)
return fields
def combineVectorFields(layerA, layerB):
"""Create single field map from two input field maps.
"""
fields = []
fieldsA = layerA.fields()
fields.extend(fieldsA)
namesA = [str(f.name()).lower() for f in fieldsA]
fieldsB = layerB.fields()
for field in fieldsB:
name = str(field.name()).lower()
if name in namesA:
idx = 2
newName = name + '_' + str(idx)
while newName in namesA:
idx += 1
newName = name + '_' + str(idx)
field = QgsField(newName, field.type(), field.typeName())
fields.append(field)
return fields
def combineFields(fieldsA, fieldsB):
"""Create single field map from two input field maps.
"""
fields = []
fields.extend(fieldsA)
namesA = [str(f.name()).lower() for f in fieldsA]
for field in fieldsB:
name = str(field.name()).lower()
if name in namesA:
idx = 2
newName = name + '_' + str(idx)
while newName in namesA:
idx += 1
newName = name + '_' + str(idx)
field = QgsField(newName, field.type(), field.typeName())
fields.append(field)
real_fields = QgsFields()
for f in fields:
real_fields.append(f)
return real_fields
