def __init__(self, doc, uri):
# create the C object
self.ptr = libsbol.createDNASequence(doc.ptr, uri)
if self.ptr == None:
raise URIError("Duplicate URI '%s'" % uri)
# register the Python proxy
self.doc = doc
self.doc._sequences.append(self)
def __init__(self, doc, uri):
# create the C object
self.ptr = libsbol.createDNASequence(doc.ptr, uri)
if self.ptr == None:
raise URIError("Duplicate URI '%s'" % uri)
# register the Python proxy
self.doc = doc
self.doc._sequences.append(self)
def __init__(self, doc, uri, ptr=None):
## The SWIGPython-libSBOLc object wrapped by this DNASequence object
self.ptr = None
if not ptr:
# create the C object if it doesn't exist already
self.ptr = libsbol.createDNASequence(doc.ptr, uri)
else:
# wrap a C object if it already exists, necessary for input from file
self.ptr = ptr
if self.ptr == None:
raise URIError("Duplicate URI '%s'" % uri)
# register the Python proxy
## the Document to which this sequence object belongs
self.doc = doc
self.doc._sequences.append(self)
def __init__(self, doc, uri, ptr=None):
## The SWIGPython-libSBOLc object wrapped by this DNASequence object
self.ptr = None
if not ptr:
# create the C object if it doesn't exist already
self.ptr = libsbol.createDNASequence(doc.ptr, uri)
else:
# wrap a C object if it already exists, necessary for input from file
self.ptr = ptr
if self.ptr == None:
raise URIError("Duplicate URI '%s'" % uri)
# register the Python proxy
## the Document to which this sequence object belongs
self.doc = doc
self.doc._sequences.append(self)