if len(id) == 0:
continue
n = ns.getNodeByIDString(id)
if n is None:
logger.debug(
"Cannot blacklist node, namespace does currently not contain a node with id "
+ str(id))
else:
ns.remove_node(n)
blacklist.close()
ns.sanitize()
# Figure out from the references which is the parent for each node
ns.setNodeParent()
logger.info("Generating Code for Backend: {}".format(args.backend))
if args.backend == "open62541":
# Create the C code with the open62541 backend of the compiler
from backend_open62541 import generateOpen62541Code
generateOpen62541Code(ns, args.outputFile, args.internal_headers,
args.typesArray)
elif args.backend == "graphviz":
from backend_graphviz import generateGraphvizCode
generateGraphvizCode(ns, filename=args.outputFile)
else:
logger.error("Unsupported backend: {}".format(args.backend))
exit(1)
logger.info("NodeSet generation code successfully printed")
# Parse Datatypes in order to find out what the XML keyed values actually
# represent.
# Ex. <rpm>123</rpm> is not encodable
# only after parsing the datatypes, it is known that
# rpm is encoded as a double
ns.buildEncodingRules()
# Allocate/Parse the data values. In order to do this, we must have run
# buidEncodingRules.
ns.allocateVariables()
ns.addInverseReferences()
logger.info("Generating Code for Backend: {}".format(args.backend))
if args.backend == "open62541":
# Create the C code with the open62541 backend of the compiler
from backend_open62541 import generateOpen62541Code
generateOpen62541Code(ns, args.outputFile, args.generate_ns0,
args.internal_headers, args.typesArray,
args.encode_binary_size)
elif args.backend == "graphviz":
from backend_graphviz import generateGraphvizCode
generateGraphvizCode(ns, filename=args.outputFile)
else:
logger.error("Unsupported backend: {}".format(args.backend))
exit(1)
logger.info("NodeSet generation code successfully printed")
# Parse Datatypes in order to find out what the XML keyed values actually
# represent.
# Ex. <rpm>123</rpm> is not encodable
# only after parsing the datatypes, it is known that
# rpm is encoded as a double
ns.buildEncodingRules()
# Allocate/Parse the data values. In order to do this, we must have run
# buidEncodingRules.
ns.allocateVariables()
ns.addInverseReferences()
ns.setNodeParent()
logger.info("Generating Code for Backend: {}".format(args.backend))
if args.backend == "open62541":
# Create the C code with the open62541 backend of the compiler
from backend_open62541 import generateOpen62541Code
generateOpen62541Code(ns, args.outputFile, args.internal_headers, args.typesArray)
elif args.backend == "graphviz":
from backend_graphviz import generateGraphvizCode
generateGraphvizCode(ns, filename=args.outputFile)
else:
logger.error("Unsupported backend: {}".format(args.backend))
exit(1)
logger.info("NodeSet generation code successfully printed")
for line in ignoreFile.readlines():
line = line.replace(" ", "")
id = line.replace("\n", "")
ns.hide_node(NodeId(id))
#if not ns.hide_node(NodeId(id)):
# logger.info("Can't ignore node, namespace does currently not contain a node with id " + str(id))
ignoreFile.close()
# Remove nodes that are not printable or contain parsing errors, such as
# unresolvable or no references or invalid NodeIDs
ns.sanitize()
# Parse Datatypes in order to find out what the XML keyed values actually
# represent.
# Ex. <rpm>123</rpm> is not encodable
# only after parsing the datatypes, it is known that
# rpm is encoded as a double
ns.buildEncodingRules()
# Allocate/Parse the data values. In order to do this, we must have run
# buidEncodingRules.
ns.allocateVariables()
#printDependencyGraph(ns)
# Create the C code with the open62541 backend of the compiler
logger.info("Generating Code")
generateOpen62541Code(ns, args.outputFile, args.suppressedAttributes, args.generate_ns0, args.internal_headers, args.typesArray, args.max_string_length)
logger.info("NodeSet generation code successfully printed")
# Parse Datatypes in order to find out what the XML keyed values actually
# represent.
# Ex. <rpm>123</rpm> is not encodable
# only after parsing the datatypes, it is known that
# rpm is encoded as a double
ns.buildEncodingRules()
# Allocate/Parse the data values. In order to do this, we must have run
# buidEncodingRules.
ns.allocateVariables()
ns.addInverseReferences()
logger.info("Generating Code for Backend: {}".format(args.backend))
if args.backend == "open62541":
# Create the C code with the open62541 backend of the compiler
from backend_open62541 import generateOpen62541Code
generateOpen62541Code(ns, args.outputFile, args.generate_ns0, args.internal_headers, args.typesArray, args.encode_binary_size)
elif args.backend == "graphviz":
from backend_graphviz import generateGraphvizCode
generateGraphvizCode(ns, filename=args.outputFile)
else:
logger.error("Unsupported backend: {}".format(args.backend))
exit(1)
logger.info("NodeSet generation code successfully printed")
line = line.replace(" ", "")
id = line.replace("\n", "")
ns.hide_node(NodeId(id))
#if not ns.hide_node(NodeId(id)):
# logger.info("Can't ignore node, namespace does currently not contain a node with id " + str(id))
ignoreFile.close()
# Remove nodes that are not printable or contain parsing errors, such as
# unresolvable or no references or invalid NodeIDs
ns.sanitize()
# Parse Datatypes in order to find out what the XML keyed values actually
# represent.
# Ex. <rpm>123</rpm> is not encodable
# only after parsing the datatypes, it is known that
# rpm is encoded as a double
ns.buildEncodingRules()
# Allocate/Parse the data values. In order to do this, we must have run
# buidEncodingRules.
ns.allocateVariables()
#printDependencyGraph(ns)
# Create the C code with the open62541 backend of the compiler
logger.info("Generating Code")
generateOpen62541Code(ns, args.outputFile, args.generate_ns0,
args.internal_headers, args.typesArray,
args.max_string_length)
logger.info("NodeSet generation code successfully printed")