def testPythonVisitor(self):
python = PythonVisitor("parse_278")
parse_278.visit(python)
text = python.getSource()
sample = """from tigershark.X12.parse import Message, Loop, Segment, Composite, Element, Properties
parse_278 = Message( '278', Properties(desc='HIPAA Health Care Services Review: Request X094A1-278'),
Loop( 'ISA', Properties(req_sit='R',repeat='1',desc='ISA'),
Segment( 'ISA', Properties(),
),
Loop( 'GS', Properties(req_sit='R',repeat='1',desc='GS'),
Segment( 'GS', Properties(),
),
Loop( 'ST', Properties(req_sit='R',repeat='1',desc='ST'),
Segment( 'ST', Properties(qual=(1, '278'),req_sit='R',repeat='1',desc='Transaction Set Header'),
Element( 'ST01', Properties(desc=None, req_sit=None, data_type=(None,None,None), position=1,
codes=['278'] ) ),
),
Segment( 'BHT', Properties(req_sit='R',repeat='1',desc='Beginning of Hierarchical Transaction'),
),
Loop( '2000A', Properties(req_sit='R',repeat='1',desc='2000A'),
Segment( 'HL', Properties(qual=(3, '20'),req_sit='R',repeat='1',desc='Utilization Management Organization (UMO) Level'),
Element( 'HL03', Properties(desc=None, req_sit=None, data_type=(None,None,None), position=3,
codes=['20'] ) ),
),
Loop( '2010A', Properties(req_sit='R',repeat='>1',desc='2010A'),
Segment( 'NM1', Properties(qual=(1, 'X3'),req_sit='R',repeat='1',desc='Utilization Management Organization (UMO) Name'),
Element( 'NM101', Properties(desc=None, req_sit=None, data_type=(None,None,None), position=1,
codes=['X3'] ) ),
),
),"""
tLines = text.splitlines()
sLines = sample.splitlines()
for i in range(len(sLines)):
self.assertEqual(tLines[i].rstrip(), sLines[i].rstrip())
def testPythonVisitor( self ):
python= PythonVisitor( "parse_278" )
parse_278.visit( python )
text= python.getSource()
sample="""from tigershark.X12.parse import Message, Loop, Segment, Composite, Element, Properties
parse_278 = Message( '278', Properties(desc='HIPAA Health Care Services Review: Request X094A1-278'),
Loop( 'ISA', Properties(req_sit='R',repeat='1',desc='ISA'),
Segment( 'ISA', Properties(),
),
Loop( 'GS', Properties(req_sit='R',repeat='1',desc='GS'),
Segment( 'GS', Properties(),
),
Loop( 'ST', Properties(req_sit='R',repeat='1',desc='ST'),
Segment( 'ST', Properties(qual=(1, '278'),req_sit='R',repeat='1',desc='Transaction Set Header'),
Element( 'ST01', Properties(desc=None, req_sit=None, data_type=(None,None,None), position=1,
codes=['278'] ) ),
),
Segment( 'BHT', Properties(req_sit='R',repeat='1',desc='Beginning of Hierarchical Transaction'),
),
Loop( '2000A', Properties(req_sit='R',repeat='1',desc='2000A'),
Segment( 'HL', Properties(qual=(3, '20'),req_sit='R',repeat='1',desc='Utilization Management Organization (UMO) Level'),
Element( 'HL03', Properties(desc=None, req_sit=None, data_type=(None,None,None), position=3,
codes=['20'] ) ),
),
Loop( '2010A', Properties(req_sit='R',repeat='>1',desc='2010A'),
Segment( 'NM1', Properties(qual=(1, 'X3'),req_sit='R',repeat='1',desc='Utilization Management Organization (UMO) Name'),
Element( 'NM101', Properties(desc=None, req_sit=None, data_type=(None,None,None), position=1,
codes=['X3'] ) ),
),
),"""
tLines= text.splitlines()
sLines= sample.splitlines()
for i in range(len(sLines)):
self.assertEqual( tLines[i].rstrip(), sLines[i].rstrip() )
def test_PythonVisitor(self):
python = PythonVisitor("parse_278")
parse_278.visit(python)
text = python.getSource()
with open('tests/278-sample.txt') as f:
sample = f.read()
tLines = text.splitlines()
sLines = sample.splitlines()
for i in range(len(sLines)):
self.assertEqual(tLines[i].rstrip(), sLines[i].rstrip())
def test_PythonVisitor(self):
python = PythonVisitor("parse_278")
parse_278.visit(python)
text = python.getSource()
with open('tests/278-sample.txt') as f:
sample = f.read()
tLines = text.splitlines()
sLines = sample.splitlines()
for i in range(len(sLines)):
self.assertEqual(tLines[i].rstrip(), sLines[i].rstrip())
def writeFile(aFile, name, x12, structure="flat"):
"""Write the x12 python module to a file.
:param aFile: Filename of destination file.
:type aFile: String
:param name: The name of the generated class.
:type name: String
:param x12: The `X12.parse.Message` object to write.
:type x12: `X12.parse.Message`
"""
if structure == "nested":
pyMap = PythonVisitor(name)
else:
pyMap = FlatPythonVisitor(name)
x12.visit(pyMap)
pySrc = pyMap.getSource()
with open(aFile, 'w') as f:
f.write("#\n# Generated by TigerShark.tools.convertPyX12 on %s\n#\n" %
datetime.now())
f.write(pySrc)
f.write('\n\n')
def writeFile(aFile, name, x12, structure="flat"):
"""Write the x12 python module to a file.
:param aFile: Filename of destination file.
:type aFile: String
:param name: The name of the generated class.
:type name: String
:param x12: The `X12.parse.Message` object to write.
:type x12: `X12.parse.Message`
"""
if structure == "nested":
pyMap= PythonVisitor( name )
else:
pyMap= FlatPythonVisitor( name )
x12.visit( pyMap )
pySrc= pyMap.getSource()
with open(aFile, 'w') as f:
f.write("#\n# Generated by TigerShark.tools.convertPyX12 on %s\n#\n" %
datetime.now())
f.write( pySrc )
f.write( '\n\n' )