def setUp(self):
idd_string = """
!IDD_Version 13.9.0
!IDD_BUILD abcdef1018
\group MyGroup
Version,
A1; \\field VersionID
MyObject,
\\min-fields 5
A1, \\field Name
\\required-field
A2, \\field Zone Name
\\required-field
N1, \\field A
\\required-field
\\units m
N2, \\field B
\\required-field
N3; \\field C
\\default 0.8
\\required-field
"""
self.idd_structure = IDDProcessor().process_file_via_string(idd_string)
self.idd_object = self.idd_structure.get_object_by_type('MyObject')
def test_missing_version(self):
idd_string = """
!IDD_BUILD abcdef0111
\group MyGroup
MyObject,
N1; \\field NumericFieldA
"""
with self.assertRaises(ProcessingException):
IDDProcessor().process_file_via_string(idd_string)
def test_missing_build(self):
idd_string = """
!IDD_Version 1.2.0
\group MyGroup
MyObject,
N1; \\field NumericFieldA
"""
with self.assertRaises(ProcessingException):
IDDProcessor().process_file_via_string(idd_string)
def test_bad_non_numeric_metadata(self):
idd_string = """
!IDD_Version 122.6.0
!IDD_BUILD abcdef1000
\group MyGroup
MyObject,
\\min-fields Q
N1; \\field NumericFieldA
"""
with self.assertRaises(ProcessingException):
IDDProcessor().process_file_via_string(idd_string)
def test_rewriting_idf(self):
idf_path = os.path.join(self.support_file_dir, "1ZoneEvapCooler.idf")
idf_processor = IDFProcessor()
idf_structure = idf_processor.process_file_given_file_path(idf_path)
self.assertEquals(80, len(idf_structure.objects))
idd_path = os.path.join(self.support_file_dir, "Energy+.idd")
idd_processor = IDDProcessor()
idd_structure = idd_processor.process_file_given_file_path(idd_path)
out_idf_file_path = tempfile.mktemp(suffix=".idf")
# print("Writing new idf to: " + out_idf_file_path)
idf_structure.write_idf(out_idf_file_path, idd_structure)
def test_invalid_idd_obj_lookup(self):
idd_object = """
!IDD_Version 1.2.0
!IDD_BUILD abcdef0100
\\group Stuff
Version,A1;
"""
processor = IDDProcessor()
ret_value = processor.process_file_via_stream(
StringIO.StringIO(idd_object))
bad_obj = ret_value.get_object_by_type("noObjecT")
self.assertIsNone(bad_obj)
def setUp(self):
idd_string = """
!IDD_Version 87.11.0
!IDD_BUILD abcdef1011
\group MyGroup
Version,
A1; \\field VersionID
ObjectU,
A1; \\field My field name
"""
self.idd_structure = IDDProcessor().process_file_via_string(idd_string)
def test_single_line_obj_lookup(self):
idd_object = """
!IDD_Version 1.2.0
!IDD_BUILD abcdef0011
Simulation Input;
\\group Stuff
Version,A1;
"""
processor = IDDProcessor()
ret_value = processor.process_file_via_stream(
StringIO.StringIO(idd_object))
bad_obj = ret_value.get_object_by_type("simulation input")
self.assertTrue(bad_obj)
def test_invalid_idd_metadata(self):
idd_string = """
!IDD_Version 1.2.0
!IDD_BUILD abcdef0110
\group MyGroup
MyObject,
N1, \\field NumericFieldA
N2; \\field NumericFieldB
\\autosizQble
"""
with self.assertRaises(ProcessingException):
IDDProcessor().process_file_via_string(
idd_string).get_object_by_type('MyObject')
def test_valid_single_token_object_with_idd(self):
idd_string = """
!IDD_Version 1.2.0
!IDD_BUILD abcdef1001
\group MyGroup
SingleLineObject;"""
idd_object = IDDProcessor().process_file_via_string(
idd_string).get_object_by_type('SingleLineObject')
tokens = ["SingleLineObject"]
obj = IDFObject(tokens)
self.assertEquals("SingleLineObject", obj.object_name)
self.assertEquals(0, len(obj.fields))
s = obj.object_string(idd_object)
self.assertEquals("SingleLineObject;\n", s)
def test_single_line_validation(self):
idd_string = """
!IDD_Version 56.1.0
!IDD_BUILD abcdef1011
\group MyGroup
Version,
A1; \\field VersionID
Object;"""
idd_object = IDDProcessor().process_file_via_string(
idd_string).get_object_by_type('Object')
idf_string = "Version,23.1;Object;"
idf_object = IDFProcessor().process_file_via_string(
idf_string).get_idf_objects_by_type('Object')[0]
issues = idf_object.validate(idd_object)
self.assertEqual(len(issues), 0)
def setUp(self):
idd_string = """
!IDD_Version 8.1.0
!IDD_BUILD abcdef1011
\group MyGroup
Version,
A1; \\field VersionID
ObjectU,
\\unique-object
\\required-object
N1; \\field NumericFieldA
OtherObject,
N1; \\field Again
"""
self.idd_structure = IDDProcessor().process_file_via_string(idd_string)
def test_proper_idd_indented(self):
idd_object = """
!IDD_Version 1.2.0
!IDD_BUILD abcdef0001
\\group Simulation Parameters
Version,
\\memo Specifies the EnergyPlus version of the IDF file.
\\unique-object
\format singleLine
A1 ; \\field Version Identifier
\\default 8.6
"""
processor = IDDProcessor()
ret_value = processor.process_file_via_stream(
StringIO.StringIO(idd_object))
self.assertEquals(1, len(ret_value.groups))
self.assertEquals(1, len(ret_value.groups[0].objects))
def test_new_reference_class_name(self):
idd_object = """
!IDD_Version 0.1.4
!IDD_BUILD abcded0810
\\group Simulation Parameters
NewObject,
A1; \\field Name
\\required-field
\\type alpha
\\reference-class-name validBranchEquipmentTypes
\\reference validBranchEquipmentNames
"""
processor = IDDProcessor()
ret_value = processor.process_file_via_stream(
StringIO.StringIO(idd_object))
self.assertEquals(1, len(ret_value.groups))
self.assertEquals(1, len(ret_value.groups[0].objects))
version_obj = ret_value.get_object_by_type("NewObject")
self.assertEquals(1, len(version_obj.fields))
def test_repeated_object_meta_idd(self):
idd_object = """
!IDD_Version 0.1.0
!IDD_BUILD abcdef0010
\\group Simulation Parameters
Version,
\\memo Specifies the EnergyPlus version of the IDF file.
\\memo Some additional memo line
\\unique-object
\\format singleLine
A1 ; \\field Version Identifier
\\default 8.6
"""
processor = IDDProcessor()
ret_value = processor.process_file_via_stream(
StringIO.StringIO(idd_object))
self.assertEquals(1, len(ret_value.groups))
self.assertEquals(1, len(ret_value.groups[0].objects))
version_obj = ret_value.get_object_by_type("version")
self.assertEquals(1, len(version_obj.fields))
def setUp(self):
idd_string = """
!IDD_Version 12.9.0
!IDD_BUILD abcdef1010
\group MyGroup
Version,
A1; \\field VersionID
MyObject,
N1, \\field NumericFieldA
\\minimum 0
\\maximum 2
\\required-field
N2, \\field NumericFieldB
\\minimum> 0
\\maximum< 2
\\autosizable
N3; \\field NumericFieldB
\\minimum> 0
\\maximum< 2
\\autocalculatable
"""
self.idd_structure = IDDProcessor().process_file_via_string(idd_string)
self.idd_object = self.idd_structure.get_object_by_type('MyObject')
from pyiddidf.idd_processor import IDDProcessor
file_path = '/home/edwin/Projects/energyplus/repos/4eplus/idd/V8-9-0-Energy+.idd'
idd_processor = IDDProcessor().process_file_given_file_path(file_path)
object_names = []
first_letters = set()
for group in idd_processor.groups:
for object in group.objects:
object_names.append(object.name)
first_letters.add(object.name[0].upper())
found_letters_set = first_letters
full_alphabet_set = set(
[chr(i).upper() for i in range(ord('a'),
ord('z') + 1)])
missing_letters = full_alphabet_set - found_letters_set
sorted(missing_letters)
print(missing_letters)
def test_valid_idd(self): # pragma: no cover
cur_dir = os.path.dirname(os.path.realpath(__file__))
idd_path = os.path.join(cur_dir, "..", "support_files", "Energy+.idd")
processor = IDDProcessor()
ret_value = processor.process_file_given_file_path(idd_path)
self.assertEquals(57, len(ret_value.groups))