def dimensionStringFromDeclaration(symbolName, declaration): from models.symbol import dimensionStringFromSpecification from machinery.commons import parseSpecification return dimensionStringFromSpecification( symbolName, parseSpecification(declaration) )
def dimensionStringFromDeclaration(symbolName, declaration): from models.symbol import dimensionStringFromSpecification from machinery.commons import parseSpecification return dimensionStringFromSpecification( symbolName, parseSpecification(declaration) )
def symbolNamesFromDeclaration(declaration): from models.symbol import symbolNamesFromSpecificationTuple from machinery.commons import parseSpecification return symbolNamesFromSpecificationTuple( parseSpecification(declaration) )
def testSpecificationParsing(self):
from machinery.commons import parseSpecification
self.assertEqual(
parseSpecification(""),
(None, None, None)
)
self.assertEqual(
parseSpecification("blub blib"),
(None, None, None)
)
self.assertEqual(
parseSpecification("real a"),
("real", (("a", None),), "")
)
self.assertEqual(
parseSpecification("real, attribute a"),
("real, attribute", (("a", None),), "")
)
self.assertEqual(
parseSpecification("real, attribute a(m, n)"),
("real, attribute", (("a", "m, n"),), "")
)
self.assertEqual(
parseSpecification("real, attribute a(m * (n + 1))"),
("real, attribute", (("a", "m * (n + 1)"),), "")
)
self.assertEqual(
parseSpecification("real, attribute a (m * (n + 1))"),
("real, attribute", (("a", "m * (n + 1)"),), "")
)
self.assertEqual(
parseSpecification("real, attribute(m, n) a"),
("real, attribute(m, n)", (("a", None),), "")
)
self.assertEqual(
parseSpecification("real, attribute(m * (n + 1)) a"),
("real, attribute(m * (n + 1))", (("a", None),), "")
)
self.assertEqual(
parseSpecification("real, attribute (m * (n + 1)) a"),
("real, attribute (m * (n + 1))", (("a", None),), "")
)
self.assertEqual(
parseSpecification("real, attribute :: a, b"),
("real, attribute", (("a", None), ("b", None)), "")
)
self.assertEqual(
parseSpecification("real, attribute :: a(m, n), b"),
("real, attribute", (("a", "m, n"), ("b", None)), "")
)
self.assertEqual(
parseSpecification("real, attribute a = 1.0d0"),
("real, attribute", (("a", None),), "= 1.0d0")
)
self.assertEqual(
parseSpecification("real, attribute a= 1.0d0"),
("real, attribute", (("a", None),), "= 1.0d0")
)
self.assertEqual(
parseSpecification("real, attribute :: a= 1.0d0"),
("real, attribute", (("a", None),), "= 1.0d0")
)
self.assertEqual(
parseSpecification("real, attribute::a= 1.0d0"),
("real, attribute", (("a", None),), "= 1.0d0")
)
self.assertEqual(
parseSpecification("double precision a"),
("double precision", (("a", None),), "")
)
self.assertEqual(
parseSpecification("double precision :: a"),
("double precision", (("a", None),), "")
)
self.assertEqual(
parseSpecification("double precision, attribute :: a = 1.0d0"),
("double precision, attribute", (("a", None),), "= 1.0d0")
)
self.assertEqual(
parseSpecification("double precision, attribute a = 1.0d0"),
("double precision, attribute", (("a", None),), "= 1.0d0")
)
def processInsideDeclarationsState(self, line):
'''process everything that happens per h90 declaration line'''
subProcCallMatch = self.patterns.subprocCallPattern.match(line)
parallelRegionMatch = self.patterns.parallelRegionPattern.match(line)
domainDependantMatch = self.patterns.domainDependantPattern.match(line)
subProcEndMatch = self.patterns.subprocEndPattern.match(line)
templateMatch = self.patterns.templatePattern.match(line)
templateEndMatch = self.patterns.templateEndPattern.match(line)
branchMatch = self.patterns.branchPattern.match(line)
dataStatementMatch = self.patterns.dataStatementPattern.match(line)
if dataStatementMatch:
self.processDataStatementMatch(dataStatementMatch)
return
if branchMatch:
self.processBranchMatch(branchMatch)
return
if subProcCallMatch:
self.switchToNewRegion("CallRegion")
self.processCallMatch(subProcCallMatch)
self.switchToNewRegion()
return
if subProcEndMatch:
self.processProcEndMatch(subProcEndMatch)
if self.state == "inside_branch":
self.stateBeforeBranch = 'inside_module_body'
else:
self.state = 'inside_module_body'
return
if parallelRegionMatch:
raise UsageError("parallel region without parallel dependants")
if self.patterns.subprocBeginPattern.match(line):
raise UsageError("subprocedure within subprocedure not allowed")
if templateMatch:
raise UsageError(
"template directives are only allowed outside of subroutines")
if templateEndMatch:
raise UsageError(
"template directives are only allowed outside of subroutines")
if domainDependantMatch:
if self.state == "inside_branch":
self.stateBeforeBranch = 'inside_domainDependantRegion'
else:
self.state = 'inside_domainDependantRegion'
self.switchToNewRegion()
self.processDomainDependantMatch(domainDependantMatch)
return
importMatch1 = self.patterns.importPattern.match(line)
importMatch2 = self.patterns.singleMappedImportPattern.match(line)
importMatch3 = self.patterns.importAllPattern.match(line)
specTuple = parseSpecification(line)
specificationStatementMatch = self.patterns.specificationStatementPattern.match(
line)
if not ( \
line.strip() == "" \
or importMatch1 \
or importMatch2 \
or importMatch3 \
or specTuple[0] \
or specificationStatementMatch \
):
if self.state == "inside_branch":
self.stateBeforeBranch = "inside_subroutine_body"
else:
self.state = "inside_subroutine_body"
self.switchToNewRegion()
self.processInsideSubroutineBodyState(line)
return
self.analyseSymbolInformationOnCurrentLine(line)
#we are never calling super and every match that would have prepared a line, would already have been covered
#with a return -> safe to call prepareLine here.
self.prepareLine(line, self.tab_insideSub)
def symbolNamesFromDeclaration(declaration): from models.symbol import symbolNamesFromSpecificationTuple from machinery.commons import parseSpecification return symbolNamesFromSpecificationTuple( parseSpecification(declaration) )
def testSpecificationParsing(self):
from machinery.commons import parseSpecification
self.assertEqual(
parseSpecification(""),
(None, None, None)
)
self.assertEqual(
parseSpecification("blub blib"),
(None, None, None)
)
self.assertEqual(
parseSpecification("real a"),
("real", (("a", None),), "")
)
self.assertEqual(
parseSpecification("real, attribute a"),
("real, attribute", (("a", None),), "")
)
self.assertEqual(
parseSpecification("real, attribute a(m, n)"),
("real, attribute", (("a", "m, n"),), "")
)
self.assertEqual(
parseSpecification("real, attribute a(m * (n + 1))"),
("real, attribute", (("a", "m * (n + 1)"),), "")
)
self.assertEqual(
parseSpecification("real, attribute a (m * (n + 1))"),
("real, attribute", (("a", "m * (n + 1)"),), "")
)
self.assertEqual(
parseSpecification("real, attribute(m, n) a"),
("real, attribute(m, n)", (("a", None),), "")
)
self.assertEqual(
parseSpecification("real, attribute(m * (n + 1)) a"),
("real, attribute(m * (n + 1))", (("a", None),), "")
)
self.assertEqual(
parseSpecification("real, attribute (m * (n + 1)) a"),
("real, attribute (m * (n + 1))", (("a", None),), "")
)
self.assertEqual(
parseSpecification("real, attribute :: a, b"),
("real, attribute", (("a", None), ("b", None)), "")
)
self.assertEqual(
parseSpecification("real, attribute :: a(m, n), b"),
("real, attribute", (("a", "m, n"), ("b", None)), "")
)
self.assertEqual(
parseSpecification("real, attribute a = 1.0d0"),
("real, attribute", (("a", None),), "= 1.0d0")
)
self.assertEqual(
parseSpecification("real, attribute a= 1.0d0"),
("real, attribute", (("a", None),), "= 1.0d0")
)
self.assertEqual(
parseSpecification("real, attribute :: a= 1.0d0"),
("real, attribute", (("a", None),), "= 1.0d0")
)
self.assertEqual(
parseSpecification("real, attribute::a= 1.0d0"),
("real, attribute", (("a", None),), "= 1.0d0")
)
self.assertEqual(
parseSpecification("double precision a"),
("double precision", (("a", None),), "")
)
self.assertEqual(
parseSpecification("double precision :: a"),
("double precision", (("a", None),), "")
)
self.assertEqual(
parseSpecification("double precision, attribute :: a = 1.0d0"),
("double precision, attribute", (("a", None),), "= 1.0d0")
)
self.assertEqual(
parseSpecification("double precision, attribute a = 1.0d0"),
("double precision, attribute", (("a", None),), "= 1.0d0")
)
def processInsideDeclarationsState(self, line):
'''process everything that happens per h90 declaration line'''
subProcCallMatch = self.patterns.subprocCallPattern.match(line)
parallelRegionMatch = self.patterns.parallelRegionPattern.match(line)
domainDependantMatch = self.patterns.domainDependantPattern.match(line)
subProcEndMatch = self.patterns.subprocEndPattern.match(line)
templateMatch = self.patterns.templatePattern.match(line)
templateEndMatch = self.patterns.templateEndPattern.match(line)
branchMatch = self.patterns.branchPattern.match(line)
dataStatementMatch = self.patterns.dataStatementPattern.match(line)
if dataStatementMatch:
self.processDataStatementMatch(dataStatementMatch)
return
if branchMatch:
self.processBranchMatch(branchMatch)
return
if subProcCallMatch:
self.switchToNewRegion("CallRegion")
self.processCallMatch(subProcCallMatch)
self.switchToNewRegion()
return
if subProcEndMatch:
self.processProcEndMatch(subProcEndMatch)
if self.state == "inside_branch":
self.stateBeforeBranch = 'inside_module_body'
else:
self.state = 'inside_module_body'
return
if parallelRegionMatch:
raise UsageError("parallel region without parallel dependants")
if self.patterns.subprocBeginPattern.match(line):
raise UsageError("subprocedure within subprocedure not allowed")
if templateMatch:
raise UsageError("template directives are only allowed outside of subroutines")
if templateEndMatch:
raise UsageError("template directives are only allowed outside of subroutines")
if domainDependantMatch:
if self.state == "inside_branch":
self.stateBeforeBranch = 'inside_domainDependantRegion'
else:
self.state = 'inside_domainDependantRegion'
self.switchToNewRegion()
self.processDomainDependantMatch(domainDependantMatch)
return
importMatch1 = self.patterns.importPattern.match(line)
importMatch2 = self.patterns.singleMappedImportPattern.match(line)
importMatch3 = self.patterns.importAllPattern.match(line)
specTuple = parseSpecification(line)
specificationStatementMatch = self.patterns.specificationStatementPattern.match(line)
if not ( \
line.strip() == "" \
or importMatch1 \
or importMatch2 \
or importMatch3 \
or specTuple[0] \
or specificationStatementMatch \
):
if self.state == "inside_branch":
self.stateBeforeBranch = "inside_subroutine_body"
else:
self.state = "inside_subroutine_body"
self.switchToNewRegion()
self.processInsideSubroutineBodyState(line)
return
self.analyseSymbolInformationOnCurrentLine(line)
#we are never calling super and every match that would have prepared a line, would already have been covered
#with a return -> safe to call prepareLine here.
self.prepareLine(line, self.tab_insideSub)