def test_Parser_SwitchBranches_basic(mock_config, mock_cid_manager):
"""Test basic ternary expression detection"""
# set source file path
source_file_path = os.path.join(abs_path_current_dir, "input_files",
"TernaryExpressions",
"TernaryExpression_basic.c")
with open(source_file_path) as input_file:
source_code = input_file.read()
# configure the CIDManager mock
mock_cid_manager.source_file = SourceFile(source_file_path)
# create the clang bridge
clang_bridge = ClangBridge()
# let the clang bridge parse the source file
clang_cursor = clang_bridge.clang_parse(source_file_path, "")
# Create the parser
parser = Parser(mock_config, mock_cid_manager, clang_cursor, source_code)
# traverse the given file
parser.start_parser()
# assert calls to add_ternary_expression_data and check evaluation and true/false code sections
assert mock_cid_manager.add_ternary_expression_data.call_count == 1
ternary_call_args_list = mock_cid_manager.add_ternary_expression_data.call_args_list
assert ternary_call_args_list[0] == call(
ANY, ANY, ANY,
CodeSectionData(CodePositionData(6, 9), CodePositionData(6, 16)), ANY,
ANY, CodeSectionData(CodePositionData(6, 19), CodePositionData(6, 20)),
CodeSectionData(CodePositionData(6, 23), CodePositionData(6, 24)))
def test_Parser_Goto_basic(mock_config, mock_cid_manager):
# set source file path
source_file_path = os.path.join(abs_path_current_dir, "input_files",
"Goto", "Goto_basic.c")
with open(source_file_path) as input_file:
source_code = input_file.read()
# configure the CIDManager mock
mock_cid_manager.source_file = SourceFile(source_file_path)
# create the clang bridge
clang_bridge = ClangBridge()
# let the clang bridge parse the source file
clang_cursor = clang_bridge.clang_parse(source_file_path, "")
# Create the parser
parser = Parser(mock_config, mock_cid_manager, clang_cursor, source_code)
# traverse the given file
parser.start_parser()
# assert calls to add_checkpoint_data
checkpoint_call_args_list = mock_cid_manager.add_checkpoint_marker.call_args_list
assert checkpoint_call_args_list[0] == call(ANY, CodePositionData(3, 5))
assert checkpoint_call_args_list[1] == call(ANY, CodePositionData(6, 9))
assert checkpoint_call_args_list[2] == call(ANY, CodePositionData(7, 9))
assert checkpoint_call_args_list[3] == call(ANY, CodePositionData(9, 5))
assert checkpoint_call_args_list[4] == call(ANY, CodePositionData(13, 5))
assert mock_cid_manager.add_checkpoint_marker.call_count == 5
def test_Parser_IfBranches_basic(mock_config, mock_cid_manager):
"""Test basic If-Branch detection"""
# set source file path
source_file_path = os.path.join(abs_path_current_dir, "input_files",
"IfBranches", "IfBranches_basic.c")
with open(source_file_path) as input_file:
source_code = input_file.read()
# configure the CIDManager mock
mock_cid_manager.source_file = SourceFile(source_file_path)
# create the clang bridge
clang_bridge = ClangBridge()
# let the clang bridge parse the source file
clang_cursor = clang_bridge.clang_parse(source_file_path, "")
# Create the parser
parser = Parser(mock_config, mock_cid_manager, clang_cursor, source_code)
# traverse the given file
parser.start_parser()
# assert calls to add_if_branch_data and check branch_results
assert mock_cid_manager.add_if_branch_data.call_count == 1
if_branch_call_args_list = mock_cid_manager.add_if_branch_data.call_args_list
assert if_branch_call_args_list[0] == call(ANY, ANY, ANY)
branch_results = if_branch_call_args_list[0][0][2]
assert len(branch_results) == 2
# evaluate first branch result
assert branch_results[0].result_evaluation_code_section == CodeSectionData(
CodePositionData(5, 9), CodePositionData(5, 14))
assert branch_results[0].result_body_code_section == CodeSectionData(
CodePositionData(6, 5), CodePositionData(8, 6))
# evaluate second branch result
# evaluation_marker_id shall be -1, since it's a else branch
assert branch_results[1].evaluation_marker_id == -1
assert branch_results[1].result_body_code_section == CodeSectionData(
CodePositionData(10, 5), CodePositionData(12, 6))
def test_Parser_IfBranches_else_ifs(mock_config, mock_cid_manager):
"""Test handling of else-ifs"""
# set source file path
source_file_path = os.path.join(abs_path_current_dir, "input_files",
"IfBranches", "IfBranches_else_ifs.c")
with open(source_file_path) as input_file:
source_code = input_file.read()
# configure the CIDManager mock
mock_cid_manager.source_file = SourceFile(source_file_path)
# create the clang bridge
clang_bridge = ClangBridge()
# let the clang bridge parse the source file
clang_cursor = clang_bridge.clang_parse(source_file_path, "")
# Create the parser
parser = Parser(mock_config, mock_cid_manager, clang_cursor, source_code)
# traverse the given file
parser.start_parser()
# assert calls to add_if_branch_data and check branch_results
assert mock_cid_manager.add_if_branch_data.call_count == 1
if_branch_call_args_list = mock_cid_manager.add_if_branch_data.call_args_list
assert if_branch_call_args_list[0] == call(ANY, ANY, ANY)
branch_results = if_branch_call_args_list[0][0][2]
assert len(branch_results) == 6
# evaluate the evaluation code section of the first two branches to make sure that else if handling works
assert branch_results[0].result_evaluation_code_section == CodeSectionData(
CodePositionData(9, 9), CodePositionData(9, 14))
assert branch_results[1].result_evaluation_code_section == CodeSectionData(
CodePositionData(13, 14), CodePositionData(13, 19))
# evaluate last branch result
# evaluation_marker_id shall be -1, since it's a else branch
assert branch_results[-1].evaluation_marker_id == -1
def test_Parser_Functions(mock_config, mock_cid_manager):
# set seource file path
source_file_path = os.path.join(abs_path_current_dir, "input_files",
"Functions", "Functions_basic.c")
with open(source_file_path) as input_file:
source_code = input_file.read()
# configure the CIDManager mock
mock_cid_manager.source_file = SourceFile(source_file_path)
# create the clang bridge
clang_bridge = ClangBridge()
# let the clang bridge parse the source file
clang_cursor = clang_bridge.clang_parse(source_file_path, "")
# Create the parser
parser = Parser(mock_config, mock_cid_manager, clang_cursor, source_code)
# traverse the given file
parser.start_parser()
# assert calls to add_function_data
function_call_args_list = mock_cid_manager.add_function_data.call_args_list
assert function_call_args_list[0] == call(
ANY, 'main()', FunctionType.NORMAL, -1, ANY,
CodeSectionData(CodePositionData(1, 1), CodePositionData(2, 1)),
CodeSectionData(CodePositionData(2, 1), CodePositionData(4, 2)))
assert function_call_args_list[1] == call(
ANY, 'dummy_function(int)', FunctionType.NORMAL, -1, ANY,
CodeSectionData(CodePositionData(6, 1), CodePositionData(7, 1)),
CodeSectionData(CodePositionData(7, 1), CodePositionData(9, 2)))
assert mock_cid_manager.add_function_data.call_count == 2
# assert calls to add_checkpoint_marker
checkpoint_call_args_list = mock_cid_manager.add_checkpoint_marker.call_args_list
assert checkpoint_call_args_list[0] == call(ANY, CodePositionData(3, 5))
assert checkpoint_call_args_list[1] == call(ANY, CodePositionData(8, 5))
def test_Parser_Loops_for(mock_config, mock_cid_manager):
"""Test basic for loop detection"""
# set source file path
source_file_path = os.path.join(abs_path_current_dir, "input_files",
"Loops", "Loop_for.c")
with open(source_file_path) as input_file:
source_code = input_file.read()
# configure the CIDManager mock
mock_cid_manager.source_file = SourceFile(source_file_path)
# create the clang bridge
clang_bridge = ClangBridge()
# let the clang bridge parse the source file
clang_cursor = clang_bridge.clang_parse(source_file_path, "")
# Create the parser
parser = Parser(mock_config, mock_cid_manager, clang_cursor, source_code)
# traverse the given file
parser.start_parser()
# assert calls to add_ternary_expression_data and check evaluation and true/false code sections
assert mock_cid_manager.add_loop_data.call_count == 1
loop_call_args_list = mock_cid_manager.add_loop_data.call_args_list
assert loop_call_args_list[0] == call(
ANY, LoopType.FOR, ANY, ANY,
CodeSectionData(CodePositionData(5, 21), CodePositionData(5, 27)),
CodeSectionData(CodePositionData(6, 5), CodePositionData(13, 6)), ANY,
ANY)
# assert correct checkpoint marker inside for-loop
checkpoint_call_args_list = mock_cid_manager.add_checkpoint_marker.call_args_list
assert checkpoint_call_args_list[1] == call(ANY, CodePositionData(7, 9))
assert checkpoint_call_args_list[2] == call(ANY, CodePositionData(9, 13))
assert checkpoint_call_args_list[3] == call(ANY, CodePositionData(10, 13))
def test_Parser_CompoundStatements_nested(mock_config, mock_cid_manager):
# set source file path
source_file_path = os.path.join(abs_path_current_dir, "input_files",
"CompoundStatements",
"CompoundStatements_nested.c")
with open(source_file_path) as input_file:
source_code = input_file.read()
# configure the CIDManager mock
mock_cid_manager.source_file = SourceFile(source_file_path)
# create the clang bridge
clang_bridge = ClangBridge()
# let the clang bridge parse the source file
clang_cursor = clang_bridge.clang_parse(source_file_path, "")
# Create the parser
parser = Parser(mock_config, mock_cid_manager, clang_cursor, source_code)
# traverse the given file
parser.start_parser()
# assert calls to add_statement_data
statement_call_args_list = mock_cid_manager.add_statement_data.call_args_list
assert statement_call_args_list[0] == call(
ANY, StatementType.NORMAL, ANY, ANY,
CodeSectionData(CodePositionData(3, 5), CodePositionData(3, 15)))
assert statement_call_args_list[1] == call(
ANY, StatementType.NORMAL, ANY, ANY,
CodeSectionData(CodePositionData(5, 9), CodePositionData(5, 19)))
assert statement_call_args_list[2] == call(
ANY, StatementType.RETURN, ANY, ANY,
CodeSectionData(CodePositionData(8, 17), CodePositionData(8, 25)))
assert statement_call_args_list[3] == call(
ANY, StatementType.NORMAL, ANY, ANY,
CodeSectionData(CodePositionData(10, 13), CodePositionData(10, 23)))
assert statement_call_args_list[4] == call(
ANY, StatementType.RETURN, ANY, ANY,
CodeSectionData(CodePositionData(13, 13), CodePositionData(13, 21)))
assert statement_call_args_list[5] == call(
ANY, StatementType.NORMAL, ANY, ANY,
CodeSectionData(CodePositionData(15, 17), CodePositionData(15, 27)))
assert statement_call_args_list[6] == call(
ANY, StatementType.RETURN, ANY, ANY,
CodeSectionData(CodePositionData(19, 13), CodePositionData(19, 21)))
assert statement_call_args_list[7] == call(
ANY, StatementType.NORMAL, ANY, ANY,
CodeSectionData(CodePositionData(20, 13), CodePositionData(20, 23)))
assert mock_cid_manager.add_statement_data.call_count == 8
# assert calls to add_checkpoint_data
checkpoint_call_args_list = mock_cid_manager.add_checkpoint_marker.call_args_list
assert checkpoint_call_args_list[0] == call(ANY, CodePositionData(3, 5))
assert checkpoint_call_args_list[1] == call(ANY, CodePositionData(10, 13))
assert checkpoint_call_args_list[2] == call(ANY, CodePositionData(12, 9))
assert checkpoint_call_args_list[3] == call(ANY, CodePositionData(14, 13))
assert checkpoint_call_args_list[4] == call(ANY, CodePositionData(18, 9))
assert checkpoint_call_args_list[5] == call(ANY, CodePositionData(20, 13))
assert mock_cid_manager.add_checkpoint_marker.call_count == 6
def test_Parser_SwitchBranches_combined_cases(mock_config, mock_cid_manager):
"""Test Switch-Branch detection with all kinds of case combinations"""
# set source file path
source_file_path = os.path.join(abs_path_current_dir, "input_files",
"SwitchBranches",
"SwitchBranches_combined_cases.c")
with open(source_file_path) as input_file:
source_code = input_file.read()
# configure the CIDManager mock
mock_cid_manager.source_file = SourceFile(source_file_path)
# create the clang bridge
clang_bridge = ClangBridge()
# let the clang bridge parse the source file
clang_cursor = clang_bridge.clang_parse(source_file_path, "")
# Create the parser
parser = Parser(mock_config, mock_cid_manager, clang_cursor, source_code)
# traverse the given file
parser.start_parser()
# assert calls to add_switch_branch_data and check cases
assert mock_cid_manager.add_switch_branch_data.call_count == 2
switch_branch_call_args_list = mock_cid_manager.add_switch_branch_data.call_args_list
assert switch_branch_call_args_list[0] == call(
ANY, ANY,
CodeSectionData(CodePositionData(6, 5), CodePositionData(21, 6)), ANY)
assert switch_branch_call_args_list[1] == call(
ANY, ANY,
CodeSectionData(CodePositionData(23, 5), CodePositionData(29, 6)), ANY)
# assert first switch branch results
first_switch_cases = switch_branch_call_args_list[0][0][3]
assert len(first_switch_cases) == 6
# evaluate first case result
assert first_switch_cases[0].case_type == CaseType.CASE
assert first_switch_cases[0].evaluation_code_section == CodeSectionData(
CodePositionData(8, 5), CodePositionData(8, 12))
assert first_switch_cases[0].body_code_section == CodeSectionData(
CodePositionData(9, 9), CodePositionData(9, 15))
# evaluate second case result
assert first_switch_cases[1].case_type == CaseType.CASE
assert first_switch_cases[1].evaluation_code_section == CodeSectionData(
CodePositionData(11, 5), CodePositionData(11, 11))
assert first_switch_cases[1].body_code_section == CodeSectionData(
CodePositionData(12, 9), CodePositionData(12, 14))
# evaluate third case result
assert first_switch_cases[2].case_type == CaseType.CASE
assert first_switch_cases[2].evaluation_code_section == CodeSectionData(
CodePositionData(13, 5), CodePositionData(13, 11))
assert first_switch_cases[2].body_code_section == CodeSectionData(
CodePositionData(14, 9), CodePositionData(14, 14))
# evaluate fourth case result (cases 4 and 5 are switched beacuse of recursive behavior)
assert first_switch_cases[4].case_type == CaseType.CASE
assert first_switch_cases[4].evaluation_code_section == CodeSectionData(
CodePositionData(16, 5), CodePositionData(16, 11))
# body code section should be equal to following case
assert first_switch_cases[4].body_code_section == first_switch_cases[
3].body_code_section
# evaluate fifth case result
assert first_switch_cases[3].case_type == CaseType.CASE
assert first_switch_cases[3].evaluation_code_section == CodeSectionData(
CodePositionData(17, 5), CodePositionData(17, 11))
assert first_switch_cases[3].body_code_section == CodeSectionData(
CodePositionData(18, 9), CodePositionData(18, 14))
# evaluate last case result
assert first_switch_cases[5].case_type == CaseType.DEFAULT
assert first_switch_cases[5].evaluation_code_section == CodeSectionData(
CodePositionData(19, 5), CodePositionData(19, 12))
assert first_switch_cases[5].body_code_section == CodeSectionData(
CodePositionData(20, 9), CodePositionData(20, 14))
# assert second switch branch cases
second_switch_cases = switch_branch_call_args_list[1][0][3]
assert len(second_switch_cases) == 2
# evaluate first case result
assert second_switch_cases[1].case_type == CaseType.DEFAULT
assert second_switch_cases[1].evaluation_code_section == CodeSectionData(
CodePositionData(25, 5), CodePositionData(25, 12))
assert second_switch_cases[1].body_code_section == second_switch_cases[
0].body_code_section
# evaluate second case result
assert second_switch_cases[0].case_type == CaseType.CASE
assert second_switch_cases[0].evaluation_code_section == CodeSectionData(
CodePositionData(26, 5), CodePositionData(26, 12))
assert second_switch_cases[0].body_code_section == CodeSectionData(
CodePositionData(27, 9), CodePositionData(27, 15))
# check additions to statement data
checkpoint_call_args_list = mock_cid_manager.add_checkpoint_marker.call_args_list
assert checkpoint_call_args_list[1] == call(ANY, CodePositionData(9, 9))
assert checkpoint_call_args_list[2] == call(ANY, CodePositionData(12, 9))
assert checkpoint_call_args_list[3] == call(ANY, CodePositionData(14, 9))
# switched up order for fourth and fifth evaluation statement because of recursive behavior
assert checkpoint_call_args_list[5] == call(ANY, CodePositionData(16, 12))
assert checkpoint_call_args_list[4] == call(ANY, CodePositionData(18, 9))
assert checkpoint_call_args_list[6] == call(ANY, CodePositionData(20, 9))
# checkpoint after switch (caused by break)
assert checkpoint_call_args_list[7] == call(ANY, CodePositionData(23, 5))
# checkpoints of next switch (switched up because of recursive behavior)
assert checkpoint_call_args_list[9] == call(ANY, CodePositionData(25, 13))
assert checkpoint_call_args_list[8] == call(ANY, CodePositionData(27, 9))
def test_Parser_SwitchBranches_basic(mock_config, mock_cid_manager):
"""Test basic Switch-Branch detection"""
# set source file path
source_file_path = os.path.join(abs_path_current_dir, "input_files",
"SwitchBranches", "SwitchBranches_basic.c")
with open(source_file_path) as input_file:
source_code = input_file.read()
# configure the CIDManager mock
mock_cid_manager.source_file = SourceFile(source_file_path)
# create the clang bridge
clang_bridge = ClangBridge()
# let the clang bridge parse the source file
clang_cursor = clang_bridge.clang_parse(source_file_path, "")
# Create the parser
parser = Parser(mock_config, mock_cid_manager, clang_cursor, source_code)
# traverse the given file
parser.start_parser()
# assert calls to add_switch_branch_data and check cases
assert mock_cid_manager.add_switch_branch_data.call_count == 1
switch_branch_call_args_list = mock_cid_manager.add_switch_branch_data.call_args_list
assert switch_branch_call_args_list[0] == call(ANY, ANY, ANY, ANY)
# check code section of whole case
assert switch_branch_call_args_list[0][0][2] == CodeSectionData(
CodePositionData(6, 5), CodePositionData(17, 6))
switch_cases = switch_branch_call_args_list[0][0][3]
assert len(switch_cases) == 3
# evaluate first case result
assert switch_cases[0].case_type == CaseType.CASE
assert switch_cases[0].evaluation_code_section == CodeSectionData(
CodePositionData(8, 5), CodePositionData(8, 11))
assert switch_cases[0].body_code_section == CodeSectionData(
CodePositionData(9, 9), CodePositionData(9, 14))
# evaluate second case result
assert switch_cases[1].case_type == CaseType.CASE
assert switch_cases[1].evaluation_code_section == CodeSectionData(
CodePositionData(11, 5), CodePositionData(11, 11))
assert switch_cases[1].body_code_section == CodeSectionData(
CodePositionData(12, 9), CodePositionData(12, 14))
# evaluate last case result
assert switch_cases[2].case_type == CaseType.DEFAULT
assert switch_cases[2].evaluation_code_section == CodeSectionData(
CodePositionData(14, 5), CodePositionData(14, 12))
assert switch_cases[2].body_code_section == CodeSectionData(
CodePositionData(15, 9), CodePositionData(15, 14))
# check additions to statement data
checkpoint_call_args_list = mock_cid_manager.add_checkpoint_marker.call_args_list
assert checkpoint_call_args_list[1] == call(ANY, CodePositionData(9, 9))
assert checkpoint_call_args_list[2] == call(ANY, CodePositionData(12, 9))
assert checkpoint_call_args_list[3] == call(ANY, CodePositionData(15, 9))
def test_Parser_IfBranches_complex_decisions(mock_config, mock_cid_manager):
"""Test handling of complex decisions (testing of evaluation analysis)"""
# set source file path
source_file_path = os.path.join(abs_path_current_dir, "input_files",
"IfBranches",
"IfBranches_complex_decisions.c")
with open(source_file_path) as input_file:
source_code = input_file.read()
# configure the CIDManager mock
mock_cid_manager.source_file = SourceFile(source_file_path)
mock_cid_manager.get_new_id.side_effect = itertools.count(
start=1, step=1) # id generator for inifinite new ids
# create the clang bridge
clang_bridge = ClangBridge()
# let the clang bridge parse the source file
clang_cursor = clang_bridge.clang_parse(source_file_path, "")
# Create the parser
parser = Parser(mock_config, mock_cid_manager, clang_cursor, source_code)
# traverse the given file
parser.start_parser()
# assert calls to add_if_branch_data and check branch_results
assert mock_cid_manager.add_if_branch_data.call_count == 1
if_branch_call_args_list = mock_cid_manager.add_if_branch_data.call_args_list
assert if_branch_call_args_list[0] == call(ANY, ANY, ANY)
branch_results = if_branch_call_args_list[0][0][2]
assert len(branch_results) == 1
conditions = branch_results[0].conditions
condition_possibilities = branch_results[0].condition_possibilities
# evaluate all the conditions in the list
assert len(conditions) == 5
assert conditions[0].code_section == CodeSectionData(
CodePositionData(9, 10), CodePositionData(9, 15))
assert conditions[1].code_section == CodeSectionData(
CodePositionData(9, 19), CodePositionData(9, 24))
assert conditions[2].code_section == CodeSectionData(
CodePositionData(9, 30), CodePositionData(9, 35))
assert conditions[3].code_section == CodeSectionData(
CodePositionData(9, 39), CodePositionData(9, 44))
assert conditions[4].code_section == CodeSectionData(
CodePositionData(9, 49), CodePositionData(9, 54))
# generate list of possible results for this complex decision
# use data types inside DataTypes.py
reference_results = [
ConditionPossibility(True, [
ConditionResult(conditions[0].evaluation_marker_id, True),
ConditionResult(conditions[1].evaluation_marker_id, True)
]),
ConditionPossibility(True, [
ConditionResult(conditions[0].evaluation_marker_id, True),
ConditionResult(conditions[1].evaluation_marker_id, False),
ConditionResult(conditions[2].evaluation_marker_id, True),
ConditionResult(conditions[3].evaluation_marker_id, True)
]),
ConditionPossibility(True, [
ConditionResult(conditions[0].evaluation_marker_id, True),
ConditionResult(conditions[1].evaluation_marker_id, False),
ConditionResult(conditions[2].evaluation_marker_id, True),
ConditionResult(conditions[3].evaluation_marker_id, False),
ConditionResult(conditions[4].evaluation_marker_id, True)
]),
ConditionPossibility(False, [
ConditionResult(conditions[0].evaluation_marker_id, True),
ConditionResult(conditions[1].evaluation_marker_id, False),
ConditionResult(conditions[2].evaluation_marker_id, True),
ConditionResult(conditions[3].evaluation_marker_id, False),
ConditionResult(conditions[4].evaluation_marker_id, False)
]),
ConditionPossibility(True, [
ConditionResult(conditions[0].evaluation_marker_id, True),
ConditionResult(conditions[1].evaluation_marker_id, False),
ConditionResult(conditions[2].evaluation_marker_id, False),
ConditionResult(conditions[4].evaluation_marker_id, True)
]),
ConditionPossibility(False, [
ConditionResult(conditions[0].evaluation_marker_id, True),
ConditionResult(conditions[1].evaluation_marker_id, False),
ConditionResult(conditions[2].evaluation_marker_id, False),
ConditionResult(conditions[4].evaluation_marker_id, False)
]),
ConditionPossibility(True, [
ConditionResult(conditions[0].evaluation_marker_id, False),
ConditionResult(conditions[2].evaluation_marker_id, True),
ConditionResult(conditions[3].evaluation_marker_id, True)
]),
ConditionPossibility(True, [
ConditionResult(conditions[0].evaluation_marker_id, False),
ConditionResult(conditions[2].evaluation_marker_id, True),
ConditionResult(conditions[3].evaluation_marker_id, False),
ConditionResult(conditions[4].evaluation_marker_id, True)
]),
ConditionPossibility(False, [
ConditionResult(conditions[0].evaluation_marker_id, False),
ConditionResult(conditions[2].evaluation_marker_id, True),
ConditionResult(conditions[3].evaluation_marker_id, False),
ConditionResult(conditions[4].evaluation_marker_id, False)
]),
ConditionPossibility(True, [
ConditionResult(conditions[0].evaluation_marker_id, False),
ConditionResult(conditions[2].evaluation_marker_id, False),
ConditionResult(conditions[4].evaluation_marker_id, True)
]),
ConditionPossibility(False, [
ConditionResult(conditions[0].evaluation_marker_id, False),
ConditionResult(conditions[2].evaluation_marker_id, False),
ConditionResult(conditions[4].evaluation_marker_id, False)
]),
]
# compare length of condition possibilities and all possibilities with ref list
assert len(condition_possibilities) == 11
for reference_result in reference_results:
found_in_stored_results = False
for stored_result in condition_possibilities:
if stored_result.decision_result != reference_result.decision_result:
# decision_result doesn't fit
continue
if len(stored_result.condition_combination) != len(
reference_result.condition_combination):
# condition count doesn't fit
continue
condition_did_not_match = False
# check, if all conditions in reference result exist in stores result
for reference_condition in reference_result.condition_combination:
found_conditions = [
item for item in stored_result.condition_combination
if (item.evaluation_marker_id == reference_condition.
evaluation_marker_id and item.condition_result ==
reference_condition.condition_result)
]
if len(found_conditions) != 1:
condition_did_not_match = True
break
if condition_did_not_match is False:
# all conditions matched and decision fits, so this condition_possibility was found!
found_in_stored_results = True
if found_in_stored_results is False:
raise AssertionError("ConditionResult not found!")