def _parseNodeTestSX(self, parser, inputXS, expectedSX, ignoreChars=None):
if ignoreChars is None:
ignoreChars = self.__junk_regex__
input = DMIOReader.readFromString(inputXS)
expected = DMIOReader.readFromString(expectedSX)
result = parser.traceParseNode(input, ignoreChars)
if not result.isValid():
print 'PARSE FAILURE while parsing', input
print 'EXPECTED:'
print expectedSX
self._onError(result)
self.assert_(result.isValid())
value = DMNode.coerce(result.value)
expected = DMNode.coerce(expected)
bSame = value == expected
if not bSame:
print 'While parsing', input
print 'EXPECTED:'
print expectedSX
print ''
print 'RESULT:'
print DMIOWriter.writeAsString(value)
self._onError(result)
self.assert_(bSame)
def _parseNodeTest(self, parser, input, expected, ignoreChars=None):
if ignoreChars is None:
ignoreChars = self.__junk_regex__
result = parser.traceParseNode(input, ignoreChars)
if not result.isValid():
print 'PARSE FAILURE while parsing %s' % (input, )
print 'EXPECTED:'
print expected
self._onError(result)
self.assert_(result.isValid())
value = DMNode.coerce(result.value)
expected = DMNode.coerce(expected)
bSame = value == expected
if not bSame:
print 'While parsing', input
print 'EXPECTED:'
print expected
print ''
print 'RESULT:'
print value
self._onError(result)
self.assert_(bSame)
def _parseRichStringTestSX(self,
parser,
input,
expectedSX,
ignoreChars=None):
if ignoreChars is None:
ignoreChars = self.__junk_regex__
expected = DMIOReader.readFromString(expectedSX)
result = parser.traceParseListItems(input, ignoreChars)
if not result.isValid():
print 'PARSE FAILURE while parsing', input
print 'EXPECTED:'
print expectedSX
self._onError(result)
self.assert_(result.isValid())
value = DMNode.coerce(result.value)
expected = DMNode.coerce(expected)
if result.end != len(input):
print 'INCOMPLETE PARSE while parsing', input
print 'Parsed %d/%d items' % (result.end, len(input))
print input[:result.end]
print 'EXPECTED:'
print expectedSX
print 'RESULT:'
print DMIOWriter.writeAsString(value)
self._onError(result)
bSame = value == expected
if not bSame:
print 'While parsing', input
print 'EXPECTED:'
print expectedSX
print ''
print 'RESULT:'
print DMIOWriter.writeAsString(value)
self._onError(result)
self.assert_(bSame)
def test_coercion_objects(self):
class MyObject(object):
def __init__(self):
pass
q = MyObject()
self._testCoerce(
{1.0: q},
DictLiteral(values=[
DictKeyValuePair(key=FloatLiteral(value='1.0'),
value=EmbeddedObjectExpr(
embeddedValue=DMNode.embed(q)))
]))
def coerceToModel(x, coerceObj=EmbeddedObjectExpr):
# Primitive values
t = type(x)
handler = _primitiveToMethodTypeMap.get(t)
if handler is not None:
return handler(x, coerceObj)
# Object values
if coerceObj is None:
raise TypeError, 'Cannot coerce objects with an object coercion function or embedded object schema class'
elif coerceObj is EmbeddedObjectExpr or coerceObj is EmbeddedObjectLiteral or coerceObj is EmbeddedObjectStmt:
return coerceObj(embeddedValue=DMNode.embedIsolated(x))
else:
return coerceObj(x)
def _parseRichStringTest(self, parser, input, expected, ignoreChars=None):
if ignoreChars is None:
ignoreChars = self.__junk_regex__
result = parser.traceParseRichStringItems(input, ignoreChars)
if not result.isValid():
print 'PARSE FAILURE while parsing %s, stopped at %d: %s' % (
input, result.end, input[:result.end])
print 'EXPECTED:'
print expected
self._onError(result)
self.assert_(result.isValid())
value = DMNode.coerce(result.value)
expected = DMNode.coerce(expected)
if result.end != len(input):
print 'INCOMPLETE PARSE while parsing', input
print 'Parsed %d/%d items' % (result.end, len(input))
print input[:result.end]
print 'EXPECTED:'
print expected
print 'RESULT:'
print value
self._onError(result)
bSame = value == expected
if not bSame:
print 'While parsing', input
print 'EXPECTED:'
print expected
print ''
print 'RESULT:'
print value
self._onError(result)
self.assert_(bSame)
def _readInlineObjectStmt_v2(fieldValues):
# Version 2 called the field 'resource', rather than 'embeddedValue'
embeddedValue = fieldValues['resource']
embeddedValue = DMNode.embed(None)
return EmbeddedObjectStmt(embeddedValue=embeddedValue)
def embeddedStatement(x):
return Py.EmbeddedObjectStmt(embeddedValue=DMNode.embedIsolated(x))
def embeddedExpression(x):
return Py.EmbeddedObjectExpr(embeddedValue=DMNode.embedIsolated(x))
def embeddedLiteral(x):
return Py.EmbeddedObjectLiteral(embeddedValue=DMNode.embedIsolated(x))
def newParagraphEmbeddedObjectModel(value): embeddedValue = DMNode.embedIsolated( value ) return Schema.ParagraphEmbeddedObject( embeddedValue=embeddedValue )
def newInlineEmbeddedObjectModel(value): embeddedValue = DMNode.embedIsolated( value ) return Schema.InlineEmbeddedObject( embeddedValue=embeddedValue )