def main(argv=sys.argv):
#try:
xme_file = "InputModel.xme"
# import xme file and open gme project using gmepy
mga_file = gme.xme2mga(xme_file) # import XME
# get project directory
project = gme.Project.open(mga_file)
run_importer(project.project, ".", "InputModel.component.acm")
return 0
def main(argv=sys.argv):
#try:
xme_file = "InputModel.xme"
# import xme file and open gme project using gmepy
mga_file = gme.xme2mga(xme_file) # import XME
# get project directory
project = gme.Project.open(mga_file)
run_importer(project.project,".","InputModel.component.acm")
return 0
meta_path = ''
if paradigm == "CyPhyML" and ( not 'META_PATH' in os.environ or os.environ[ 'META_PATH' ] == '' ):
print "META_PATH environment variable not set and CyPhyML paradigm specified"
print "If CyPhyML paradigm is specified, META_PATH environment variable must be set to trunk of CyPhyML code base to run this program"
sys.exit( 1 )
else:
meta_path = os.environ[ 'META_PATH' ]
destdir = vcp_path + r"\generated\ESM2SLC\models\\" + paradigm
destfile = destdir + r"\ESM2SLC.mga"
if not os.path.exists( destdir ):
os.makedirs( destdir )
# these output a file of the same name in the same directory
gme.xme2mga( vcp_path + r"\src\models\ESM2SLC\ESM2SLC.xme", destfile )
if paradigm != "CyPhyML":
print "\"" + paradigm + "\" paradigm specified: no transform will be executed"
sys.exit( 0 )
print "Executing transform ...",
sys.stdout.flush()
# change the metaname of the UML diagram
gme.mga2xme( meta_path + r"\generated\CyPhyML\models\CyPhyML_uml.mga" )
with file( meta_path + r"\generated\CyPhyML\models\CyPhyML_uml.xme", "rb" ) as xme:
lines = xme.readlines()
with file( meta_path + r"\generated\CyPhyML\models\CyPhyML_uml.xme", "wb" ) as xme:
for line in lines:
xme.write( line.replace( 'metaname="UML"', 'metaname="UMLModelTransformer"' ) )
meta_path = ''
if paradigm == "CyberComposition" and ( not 'META_PATH' in os.environ or os.environ[ 'META_PATH' ] == '' ):
print "META_PATH environment variable not set and CyberComposition paradigm specified"
print "If CyberComposition paradigm is specified, META_PATH environment variable must be set to trunk of Cyber code base to run this program"
sys.exit( 1 )
else:
meta_path = os.environ[ 'META_PATH' ]
destdir = meta_path + r"\src\Cyber2SFC_CodeGen\SF_CodeGen"
destfile = destdir + r"\Cyber2SFC_udm.mga"
if not os.path.exists( destdir ):
os.makedirs( destdir )
gme.xme2mga( destdir + r"\Cyber2SFC_udm.xme", destfile )
mga = win32com.client.DispatchEx("Mga.MgaProject")
mga.Open( "MGA=" + destfile )
gme.mga2xme( meta_path + r"\generated\Cyber\models\CyberComposition_uml.mga" )
xme = win32com.client.DispatchEx("Mga.MgaParser")
xme.ParseProject(mga, meta_path + r"\generated\Cyber\models\CyberComposition_uml.xme")
mga.BeginTransactionInNewTerr()
SF_TypeBase = mga.RootFolder.ObjectByPath('/@CyberComposition|kind=Package/@Simulink|kind=Namespace/@Types|kind=ClassDiagram/@SF_TypeBase|kind=Class')
TypeBase = mga.RootFolder.ObjectByPath('/LINKS/NewClassDiagram/TypeBase')
TypeBase.Referred = SF_TypeBase
State = mga.RootFolder.ObjectByPath('/@CyberComposition|kind=Package/@Simulink|kind=Namespace/@Stateflow|kind=ClassDiagram/@State|kind=Class')
meta_path = ''
if paradigm == "CyPhyML" and ( not 'META_PATH' in os.environ or os.environ[ 'META_PATH' ] == '' ):
print "META_PATH environment variable not set and CyPhyML paradigm specified"
print "If CyPhyML paradigm is specified, META_PATH environment variable must be set to trunk of CyPhyML code base to run this program"
sys.exit( 1 )
else:
meta_path = os.environ[ 'META_PATH' ]
destdir = vcp_path + r"\generated\SF_CodeGen\models\\" + paradigm
destfile = destdir + r"\ESM2SFC.mga"
if not os.path.exists( destdir ):
os.makedirs( destdir )
# these output a file of the same name in the same directory
gme.xme2mga( vcp_path + r"\src\SF_CodeGen\models\ESM2SFC.xme", destfile )
if paradigm != "CyPhyML":
print "\"" + paradigm + "\" paradigm specified: no transform will be executed"
sys.exit( 0 )
print "Executing transform ...",
sys.stdout.flush()
# change the metaname of the UML diagram
gme.mga2xme( meta_path + r"\generated\CyPhyML\models\CyPhyML_uml.mga" )
with file( meta_path + r"\generated\CyPhyML\models\CyPhyML_uml.xme", "rb" ) as xme:
lines = xme.readlines()
with file( meta_path + r"\generated\CyPhyML\models\CyPhyML_uml.xme", "wb" ) as xme:
for line in lines:
xme.write( line.replace( 'metaname="UML"', 'metaname="UMLModelTransformer"' ) )
