def test_validateHTMLInPackage(self):
import buildingspy.development.validator as v
val = v.Validator()
myMoLib = os.path.join("buildingspy", "tests", "MyModelicaLibrary")
# Get a list whose elements are the error strings
errStr = val.validateHTMLInPackage(myMoLib)
self.assertEqual(len(errStr), 0)
# Test a package that does not exist
self.assertRaises(ValueError, val.validateHTMLInPackage, "non_existent_modelica_package")
def validate():
import buildingspy.io.reporter as rep
import buildingspy.development.validator as v
val = v.Validator()
errMsg = val.validateHTMLInPackage(".")
for i in range(len(errMsg)):
if i == 0:
print "The following malformed html syntax has been found:\n%s" % errMsg[i]
else:
print errMsg[i]
def _validate_html(path): # validate the html syntax
import buildingspy.development.validator as v
val = v.Validator()
errMsg = val.validateHTMLInPackage(path)
n_msg = len(errMsg)
for i in range(n_msg):
if i == 0:
print("The following malformed html syntax has been found:\n%s" %
errMsg[i])
else:
print(errMsg[i])
if n_msg == 0:
return 0
else:
return 1
def _validate_html(path):
import buildingspy.development.validator as v
val = v.Validator()
errMsg = val.validateHTMLInPackage(path)
n_msg = len(errMsg)
for i in range(n_msg):
if i == 0:
print "The following malformed html syntax has been found:\n%s" % errMsg[
i].encode('utf-8')
else:
print errMsg[i].encode('utf-8')
print "Number of total conflicting files: ", n_msg
if n_msg == 0:
return 0
else:
return 1
def _validate_experiment_setup(path):
import buildingspy.development.validator as v
val = v.Validator()
retVal = val.validateExperimentSetup(path)
def _validate_experiment_setup(path): # validate regression test setup
import buildingspy.development.validator as v
val = v.Validator()
retVal = val.validateExperimentSetup(path)
return retVal
def _validate_experiment_setup(path):
import buildingspy.development.validator as v
val = v.Validator()
# This throws a ValueError exception if the experiment setup is incorrect
val.validateExperimentSetup(path)
def test_validateExperimentSetup(self):
import buildingspy.development.validator as v
val = v.Validator()
myMoLib = os.path.join("buildingspy", "tests", "MyModelicaLibrary")
#########################################
# Checking default library
val.validateExperimentSetup(myMoLib)
#########################################
# Checking missing experiment
self.run_case(val, myMoLib, "Test1", "", "tolerance=1e-6,",
"without experiment annotation.")
###########################################
# Checking missing tolerance in mos file
self.run_case(val, myMoLib, "Test2", "experiment(Tolerance=1e-6, StopTime=1.0),",
"", "A minimum tolerance of 1e-6 is required for OPTIMICA and JModelica.")
###########################################
# Checking missing tolerance in mo file
self.run_case(val, myMoLib, "Test3", "experiment(StopTime=1.0),", "stopTime=1.0,",
"A minimum tolerance of 1e-6 is required for OPTIMICA and JModelica.")
###########################################
# Checking tolerances mismatch
self.run_case(val, myMoLib, "Test4", "experiment(Tolerance=1e-6, StopTime=1.0),",
"tolerance=1e-3, stopTime=1.0,",
"The tolerance found is bigger than 1e-6")
#########################################
# Checking tolerances mismatch
self.run_case(val, myMoLib, "Test5", "experiment(Tolerance=1e-3, StopTime=1.0),",
"tolerance=1e-6, stopTime=1.0,",
"different from the (default) value=1e-6")
###########################################
# Checking stopTime mismatch
self.run_case(val, myMoLib, "Test6", "experiment(Tolerance=1e-6, StopTime=2.0),",
"tolerance=1e-6,",
"The value of StopTime=2.0 is different from the (default) value=1.0")
###########################################
# Checking stopTime mismatch
self.run_case(val, myMoLib, "Test7", "experiment(Tolerance=1e-6, StopTime=30.0),",
"tolerance=1e-6, stopTime=15,",
"The value of StopTime=30.0 is different from the")
###########################################
# Checking wrong literal in StopTime
self.run_case(val, myMoLib, "Test8", "experiment(Tolerance=1e-6, StopTime=2*5),",
"tolerance=1e-6, stopTime=10,",
"contains invalid expressions such as")
###########################################
# Checking stopTime mismatch
self.run_case(
val,
myMoLib,
"Test9",
"experiment(Tolerance=1e-6, StartTime=2, StopTime=1.0),",
"tolerance=1e-6, stopTime=1.0,",
"The value of StartTime=2 is different from the (default) value=0.0")
###########################################
# Checking stopTime mismatch
self.run_case(val, myMoLib, "Test10", "experiment(Tolerance=1e-6, StopTime=1.0),",
"tolerance=1e-6, startTime=2.0, stopTime=1.0,",
"The parameter name startTime is defined in the mos file")
###########################################
# Checking stopTime mismatch
self.run_case(
val,
myMoLib,
"Test11",
"experiment(Tolerance=1e-6, StartTime=15, StopTime=1.0),",
"tolerance=1e-6, startTime=10, stopTime=1.0,",
"The value of StartTime=15 is different from the")
###########################################
# Checking missing StopTime in mo mismatch
self.run_case(val, myMoLib, "Test12", "experiment(Tolerance=1e-6),",
"tolerance=1e-6,",
"without StopTime in experiment annotation")
###########################################
# Checking wrong data type that can cause an overflow
# In JModelica's CI testing, the maximum integer is 2147483647
self.run_case(
val,
myMoLib,
"Test13",
"experiment(Tolerance=1e-6, StartTime=0, StopTime=2147483648),",
"tolerance=1e-6, startTime=0, stopTime=2147483648,",
"Integer overflow: Integers can be -2147483648 to 2147483647, received")
self.run_case(
val,
myMoLib,
"Test14",
"experiment(Tolerance=1e-6, StartTime=-2147483649, StopTime=0),",
"tolerance=1e-6, startTime=-2147483649, stopTime=0,",
"Integer overflow: Integers can be -2147483648 to 2147483647, received")
def test_validateExperimentSetup(self):
import buildingspy.development.validator as v
val = v.Validator()
myMoLib = os.path.join("buildingspy", "tests", "MyModelicaLibrary")
#########################################
# Checking default library
val.validateExperimentSetup(myMoLib)
#########################################
# Checking missing experiment
self.run_case(val, myMoLib, "", "tolerance=1e-6,",
"without experiment annotation.")
###########################################
# Checking missing tolerance in mos file
self.run_case(val, myMoLib, "experiment(Tolerance=1e-6, StopTime=1.0),",
"", "A maximum tolerance of 1e-6 is required")
###########################################
# Checking missing tolerance in mo file
self.run_case(val, myMoLib, "experiment(StopTime=1.0),",
"stopTime=1.0,", "A maximum tolerance of 1e-6 is required by JModelica.")
###########################################
# Checking tolerances mismatch
self.run_case(val, myMoLib, "experiment(Tolerance=1e-6, StopTime=1.0),",
"tolerance=1e-3, stopTime=1.0,",
"The tolerance found is bigger than 1e-6")
#########################################
# Checking tolerances mismatch
self.run_case(val, myMoLib, "experiment(Tolerance=1e-3, StopTime=1.0),",
"tolerance=1e-6, stopTime=1.0,",
"different from the (default) value=1e-6")
###########################################
# Checking stopTime mismatch
self.run_case(val, myMoLib, "experiment(Tolerance=1e-6, StopTime=2.0),",
"tolerance=1e-6,",
"The value of StopTime=2.0 is different from the (default) value=1.0")
###########################################
# Checking stopTime mismatch
self.run_case(val, myMoLib, "experiment(Tolerance=1e-6, StopTime=30.0),",
"tolerance=1e-6, stopTime=15,",
"The value of StopTime=30.0 is different from the")
#
###########################################
# Checking wrong literal in StopTime
self.run_case(val, myMoLib, "experiment(Tolerance=1e-6, StopTime=2*5),",
"tolerance=1e-6, stopTime=10,",
"contains invalid expressions such as")
###########################################
# Checking stopTime mismatch
self.run_case(val, myMoLib, "experiment(Tolerance=1e-6, StartTime=2, StopTime=1.0),",
"tolerance=1e-6, stopTime=1.0,",
"The value of StartTime=2 is different from the (default) value=0.0")
###########################################
# Checking stopTime mismatch
self.run_case(val, myMoLib, "experiment(Tolerance=1e-6, StopTime=1.0),",
"tolerance=1e-6, startTime=2.0, stopTime=1.0,",
"The parameter name startTime is defined in the mos file")
###########################################
# Checking stopTime mismatch
self.run_case(val, myMoLib, "experiment(Tolerance=1e-6, StartTime=15, StopTime=1.0),",
"tolerance=1e-6, startTime=10, stopTime=1.0,",
"The value of StartTime=15 is different from the")
###########################################
# Checking missing StopTime in mo mismatch
self.run_case(val, myMoLib, "experiment(Tolerance=1e-6),",
"tolerance=1e-6,",
"without StopTime in experiment annotation")