def test_arbitrator_statusType_case():
# Create the CLOB Parser object
clob_parser = module_clob_parser.CLOBParser()
# Get the test data object
clob_object = create_clob_data_object()
# Set parent and keyword for the parse operation
search_parent = 'arbitrator'
search_key = 'statusType'
# Execute the parse operation
result_list = clob_parser.parse(clob_object, search_parent, search_key)
print('*********************************************')
print('Inside: test_arbitrator_profileUuid_case() - 1')
print('result_list length: ', len(result_list))
# Validation
result = result_list[0]
assert len(result_list) == 1
assert result.get_parent() == 'arbitrator'
assert result.get_key() == 'statusType'
assert result.get_value() == 'A'
def test_phone_case():
# Create the CLOB Parser object
clob_parser = module_clob_parser.CLOBParser()
# Get the test data object
clob_object = create_clob_data_object()
# Set parent and keyword for the parse operation
search_parent = 'phone'
search_key = ''
# Execute the parse operation
result_list = clob_parser.parse(clob_object, search_parent, search_key)
print('*********************************************')
print('Inside: test_arbitrator_profileUuid_case() - 3')
print('result_list length: ', len(result_list))
# Validation
result = result_list[0]
assert len(result_list) == 3
assert result.get_parent() == 'phone'
assert result.get_key() == 'id'
assert result.get_value() == '1'
result = result_list[1]
assert result.get_parent() == 'phone'
assert result.get_key() == 'phoneNumber'
assert result.get_value() == '(605) 336-2880'
result = result_list[2]
assert result.get_parent() == 'phone'
assert result.get_key() == 'isInherited'
assert result.get_value() == 'Y'
def test_education_case():
# Create the CLOB Parser object
clob_parser = module_clob_parser.CLOBParser()
# Get the test data object
clob_object = create_clob_data_object()
# Set parent and keyword for the parse operation
search_parent = 'education'
search_key = ''
# Execute the parse operation
result_list = clob_parser.parse(clob_object, search_parent, search_key)
print('*********************************************')
print('Inside: test_arbitrator_profileUuid_case() - 9')
print('result_list length: ', len(result_list))
# Validation
# Collection
result = result_list[0]
assert len(result_list) == 9
assert result.get_parent() == 'education'
assert result.get_key() == 'type'
assert result.get_value() == 'LE'
result = result_list[1]
assert result.get_parent() == 'education'
assert result.get_key() == 'schoolName'
assert result.get_value() == 'Nicholaus Copernicus'
result = result_list[2]
assert result.get_parent() == 'education'
assert result.get_key() == 'graduationDate'
assert result.get_value() == '1952'
# Collection
result = result_list[3]
assert result.get_parent() == 'education'
assert result.get_key() == 'type'
assert result.get_value() == 'LW'
result = result_list[4]
assert result.get_parent() == 'education'
assert result.get_key() == 'schoolName'
assert result.get_value() == 'Happy LAw School'
result = result_list[5]
assert result.get_parent() == 'education'
assert result.get_key() == 'graduationDate'
assert result.get_value() == '1991'
# Collection
result = result_list[6]
assert result.get_parent() == 'education'
assert result.get_key() == 'type'
assert result.get_value() == 'LQ'
result = result_list[7]
assert result.get_parent() == 'education'
assert result.get_key() == 'schoolName'
assert result.get_value() == 'Law School Number 1'
result = result_list[8]
assert result.get_parent() == 'education'
assert result.get_key() == 'graduationDate'
assert result.get_value() == '1911'
def run6(self):
logging.debug('------------------------------------------------------------')
logging.debug('Inside: ParseDictionary::run6()')
logging.debug("Loading the data file")
# Phone Data
phone01 = OrderedDict([('id', '1'), ('phoneNumber', '(605) 336-2880'), ('isInherited', 'Y')])
phones = OrderedDict([('phone', phone01)])
# Email Data
email01 = OrderedDict([('id', '1'), ('address', '*****@*****.**'), ('isInherited', 'Y')])
emails = OrderedDict([('email', email01)])
# Alternate (phones)
# Alternate Phone Data
alt_phone01 = OrderedDict([('id', '99'), ('phoneNumber', '(999) 888-2222'), ('isInherited', 'Y')])
alt_phones = OrderedDict([('phone', alt_phone01)])
# Alternate Container
alternate = OrderedDict([('phones', alt_phones)])
# Education data
education01 = OrderedDict([('type', 'LE'), ('schoolName', 'Nicholaus Copernicus'), ('graduationDate', '1952')])
education02 = OrderedDict([('type', 'LW'), ('schoolName', 'Happy LAw School'), ('graduationDate', '1991')])
education03 = OrderedDict([('type', 'LQ'), ('schoolName', 'Law School Number 1'), ('graduationDate', '1911')])
educations = OrderedDict([('education', [education01, education02, education03 ] )])
allOracle88 = OrderedDict([('arbitrator', OrderedDict([('profileUuid', 'Iaac53e00bd9a11de9b8c850332338889'),
('phones', phones),
('alternate', alternate),
('emails', emails),
('educations', educations),
('statusType', 'A') ]) )])
print(json.dumps(allOracle88, indent=2))
# Note - we might want to use recussion to iterationt his stuff
# We are fun playing here
logging.debug("Start parsing ... ")
clob_parser = module_clob_parser.CLOBParser()
# search_parent - is required. When found it will return all the children
# search_keyword - will return a specific child
# Test Case 1.0 - Pass
parse_context10 = OrderedDict([('parent', 'arbitrator'),
('child', 'profileUuid'),
('subChild', ''),
('subSubChild', '')])
# Test Case 1.1 - Pass
parse_context11 = OrderedDict([('parent', 'arbitrator'),
('child', 'statusType'),
('subChild', ''),
('subSubChild', '')])
# Test Case 2.0 - pass
parse_context20 = OrderedDict([('parent', 'arbitrator'),
('child', 'phones'),
('subChild', 'phone'),
('subSubChild', '')])
# Test Case 2.1 - pass
parse_context21 = OrderedDict([('parent', 'arbitrator'),
('child', 'phones'),
('subChild', 'phone'),
('subSubChild', 'id')])
# Test Case 3.0 - pass
parse_context30 = OrderedDict([('parent', 'arbitrator'),
('child', 'educations'),
('subChild', 'education'),
('subSubChild', '')])
# Test Case 9.0 - pass
parse_context = OrderedDict([('parent', 'arbitrator'),
('child', 'alternate'),
('subChild', 'phones'),
('subSubChild', 'phone')])
# We are adding this parse_fields parameter
# You can read more about this in the clob parser
parse_fields = OrderedDict([('ID', 'id'),
('PHONE_NUMBER', 'phoneNumber'),
('IS_INHERITED', 'isInherited'),
('subSubChild', 'phone')])
try:
result_list = clob_parser.parse2(allOracle88, parse_context, parse_fields)
except ValueError as error:
logging.error(error)
# We will iterate through the collection
logging.debug("--------------------------------------------------------------------------------")
logging.debug("CLOB Parse Data")
logging.debug("Parent - Key:Value")
for result in result_list:
result_message = f"{result.get_parent()} - {result.get_key()}:{result.get_value()}"
logging.debug(result_message)
logging.debug("Done")
def run5(self):
logging.debug('------------------------------------------------------------')
logging.debug('Inside: ParseDictionary::run()')
logging.debug("Loading the data file")
# Phone Data
phone01 = OrderedDict([('id', '1'), ('phoneNumber', '(605) 336-2880'), ('isInherited', 'Y')])
phones = OrderedDict([('phone', phone01)])
# Email Data
email01 = OrderedDict([('id', '1'), ('address', '*****@*****.**'), ('isInherited', 'Y')])
emails = OrderedDict([('email', email01)])
# Education data
education01 = OrderedDict([('type', 'LE'), ('schoolName', 'Nicholaus Copernicus'), ('graduationDate', '1952')])
education02 = OrderedDict([('type', 'LW'), ('schoolName', 'Happy LAw School'), ('graduationDate', '1991')])
education03 = OrderedDict([('type', 'LQ'), ('schoolName', 'Law School Number 1'), ('graduationDate', '1911')])
educations = OrderedDict([('education', [education01, education02, education03 ] )])
allOracle88 = OrderedDict([('arbitrator', OrderedDict([('profileUuid', 'Iaac53e00bd9a11de9b8c850332338889'),
('phones', phones),
('emails', emails),
('educations', educations),
('statusType', 'A') ]) )])
print(json.dumps(allOracle88, indent=2))
# Note - we might want to use recussion to iterationt his stuff
# We are fun playing here
logging.debug("Start parsing ... ")
clob_parser = module_clob_parser.CLOBParser()
# search_parent - is required. When found it will return all the children
# search_keyword - will return a specific child
# Test Case 1.0 - Pass
# search_parent = 'arbitrator'
# search_keyword = 'profileUuid'
# Test Case 1.1 - Pass
# search_parent = 'arbitrator'
# search_keyword = 'statusType'
# Test Case 2.0 - pass
search_parent = 'phone'
search_keyword = ''
# Test Case 2.1 - pass
search_parent = 'phone'
search_keyword = 'id'
# Test Case 3.0 - pass
search_parent = 'education'
search_keyword = ''
result_list = clob_parser.parse(allOracle88, search_parent, search_keyword)
# We will iterate through the collection
logging.debug("--------------------------------------------------------------------------------")
logging.debug("CLOB Parse Data")
logging.debug("Parent - Key:Value")
for result in result_list:
result_message = f"{result.get_parent()} - {result.get_key()}:{result.get_value()}"
logging.debug(result_message)
logging.debug("Done")