def test_TmcFile_recursive_explore(generic_tmc_path):
tmc = TmcFile(generic_tmc_path)
tmc.isolate_all()
root_path = [tmc.all_SubItems['iterator']['extra1']]
response = tmc.recursive_explore(root_path)
assert response == [
[
tmc.all_SubItems['iterator']['extra1'],
tmc.all_SubItems['DUT_STRUCT']['struct_var']
],
[
tmc.all_SubItems['iterator']['extra1'],
tmc.all_SubItems['DUT_STRUCT']['struct_var2']
],
]
root_path = [tmc.all_Symbols['MAIN.struct_extra']]
response = tmc.recursive_explore(root_path)
print(response)
assert response == [
[
tmc.all_Symbols['MAIN.struct_extra'],
tmc.all_SubItems['DUT_STRUCT']['struct_var']
],
[
tmc.all_Symbols['MAIN.struct_extra'],
tmc.all_SubItems['DUT_STRUCT']['struct_var2']
],
[
tmc.all_Symbols['MAIN.struct_extra'],
tmc.all_SubItems['DUT_EXTENSION_STRUCT']['tertiary']
],
]
def test_TmcFile_configure_packages(example_singular_tmc_chains):
tmc = TmcFile(None)
check_list = []
# build artificial tmcChains and generate fake names
for idx, tc_type in zip([0, 2, 4, 6], ["BOOL", "INT", "LREAL", "STRING"]):
cn = example_singular_tmc_chains[idx]
for element, ix in zip(cn.chain, range(len(cn.chain))):
element.name = chr(97 + ix)
cn.last.tc_type = tc_type
tmc.all_TmcChains.append(cn)
# create the check_set
rec = BaseRecordPackage(None, cn)
rec.generate_naive_config()
rec.guess_all()
logger.debug(str(rec.chain.last.pragma.config))
check_list.append(rec)
tmc.create_chains()
tmc.isolate_chains()
tmc.create_packages()
tmc.configure_packages()
assert len(tmc.all_RecordPackages) == 4
for check, rec in zip(check_list, tmc.all_RecordPackages):
assert check.cfg.config == rec.cfg.config
assert check.chain.chain == rec.chain.chain
def test_TmcFile_isolate_all(generic_tmc_path):
tmc = TmcFile(generic_tmc_path)
tmc.isolate_all()
assert "MAIN.ulimit" in tmc.all_Symbols
assert "MAIN.count" in tmc.all_Symbols
assert "MAIN.NEW_VAR" in tmc.all_Symbols
assert "MAIN.test_iterator" in tmc.all_Symbols
assert "Constants.RuntimeVersion" in tmc.all_Symbols
assert len(tmc.all_Symbols) == 25
assert "iterator" in tmc.all_DataTypes
assert "VERSION" in tmc.all_DataTypes
assert len(tmc.all_DataTypes) == 11
assert 'increment' in tmc.all_SubItems['iterator']
assert 'out' in tmc.all_SubItems['iterator']
assert 'value' in tmc.all_SubItems['iterator']
assert 'lim' in tmc.all_SubItems['iterator']
assert 'extra1' in tmc.all_SubItems['iterator']
assert 'extra2' in tmc.all_SubItems['iterator']
assert len(tmc.all_SubItems['iterator']) == 6
assert tmc.all_Symbols['MAIN.dtype_samples_enum'].is_enum
assert tmc.all_SubItems['DUT_CONTAINER']['dtype_enum'].is_enum
def test_TmcFile_isolate_DataTypes(generic_tmc_path):
tmc = TmcFile(generic_tmc_path)
tmc.isolate_DataTypes()
assert "iterator" in tmc.all_DataTypes
assert "VERSION" in tmc.all_DataTypes
assert len(tmc.all_DataTypes) == 11
def test_TmcFile_fullbuild(string_tmc_path):
tmc = TmcFile(string_tmc_path)
tmc.create_chains()
tmc.isolate_chains()
tmc.create_packages()
tmc.configure_packages()
z = tmc.render()
print(z)
def test_TmcFile_resolve_enums(generic_tmc_path):
tmc = TmcFile(generic_tmc_path)
tmc.isolate_Symbols()
tmc.isolate_DataTypes()
assert not tmc.all_Symbols['MAIN.dtype_samples_enum'].is_enum
assert not tmc.all_SubItems['DUT_CONTAINER']['dtype_enum'].is_enum
tmc.resolve_enums()
assert tmc.all_Symbols['MAIN.dtype_samples_enum'].is_enum
assert tmc.all_SubItems['DUT_CONTAINER']['dtype_enum'].is_enum
def test_TmcFile_recursive_list_SubItems(generic_tmc_path):
tmc = TmcFile(generic_tmc_path)
tmc.isolate_all()
response = tmc.recursive_list_SubItems(
tmc.all_DataTypes['DUT_EXTENSION_STRUCT'])
assert response == [
tmc.all_SubItems['DUT_STRUCT']['struct_var'],
tmc.all_SubItems['DUT_STRUCT']['struct_var2'],
tmc.all_SubItems['DUT_EXTENSION_STRUCT']['tertiary'],
]
def test_TmcFile_isolate_Symbols(generic_tmc_path):
tmc = TmcFile(generic_tmc_path)
tmc.isolate_Symbols()
assert "MAIN.ulimit" in tmc.all_Symbols
assert "MAIN.count" in tmc.all_Symbols
assert "MAIN.NEW_VAR" in tmc.all_Symbols
assert "MAIN.test_iterator" in tmc.all_Symbols
assert "Constants.RuntimeVersion" in tmc.all_Symbols
assert len(tmc.all_Symbols) == 25
def test_TmcFile_isolate_SubItems(generic_tmc_path):
tmc = TmcFile(generic_tmc_path)
tmc.isolate_DataTypes(process_subitems=False)
tmc.isolate_SubItems('iterator')
assert 'increment' in tmc.all_SubItems['iterator']
assert 'out' in tmc.all_SubItems['iterator']
assert 'value' in tmc.all_SubItems['iterator']
assert 'lim' in tmc.all_SubItems['iterator']
assert 'extra1' in tmc.all_SubItems['iterator']
assert 'extra2' in tmc.all_SubItems['iterator']
assert len(tmc.all_SubItems['iterator']) == 6
def test_TmcFile_explore_all(generic_tmc_path):
tmc = TmcFile(generic_tmc_path)
tmc.isolate_all()
complete_chain_list = tmc.explore_all()
#assert len(complete_chain_list) == 27
assert [tmc.all_Symbols['MAIN.ulimit']] in complete_chain_list
target = [
tmc.all_Symbols['MAIN.test_iterator'],
tmc.all_SubItems['iterator']['extra1'],
tmc.all_SubItems['DUT_STRUCT']['struct_var']
]
assert target in complete_chain_list
def test_TmcFile_create_chains(generic_tmc_path):
tmc = TmcFile(generic_tmc_path)
tmc.create_chains()
target = [tmc.all_Symbols['MAIN.ulimit']]
accept = False
for row in tmc.all_TmcChains:
if row.chain == target:
accept = True
break
assert accept
target = [
tmc.all_Symbols['MAIN.test_iterator'],
tmc.all_SubItems['iterator']['extra1'],
tmc.all_SubItems['DUT_STRUCT']['struct_var']
]
accept = False
for row in tmc.all_TmcChains:
if row.chain == target:
accept = True
break
assert accept
def test_TmcFile_render(generic_tmc_path):
tmc = TmcFile(None)
brp1 = BaseRecordPackage(851)
brp1.cfg.add_config_line('pv', 'example_pv')
brp1.cfg.add_config_line('type', 'ao')
brp1.cfg.add_config_field("DTYP", '"MyDTYP"')
brp1.cfg.add_config_field("PINI", '"VX"')
brp1.cfg.add_config_field("NELM", 3)
brp1.cfg.add_config_field('ABC', '"test 0"')
brp2 = BaseRecordPackage(851)
brp2.cfg.add_config_line('pv', 'example_pv2')
brp2.cfg.add_config_line('type', 'bi')
brp2.cfg.add_config_field("DTYP", '"MyDTYP"')
brp2.cfg.add_config_field("PINI", '"1"')
brp2.cfg.add_config_field("NELM", 2)
brp2.cfg.add_config_field('ABC', '"test k"')
tmc.all_RecordPackages.append(brp1)
tmc.all_RecordPackages.append(brp2)
target_response = """\
record(ao,"example_pv"){
field(DTYP, "MyDTYP")
field(PINI, "VX")
field(NELM, 3)
field(ABC, "test 0")
}
record(bi,"example_pv2"){
field(DTYP, "MyDTYP")
field(PINI, "1")
field(NELM, 2)
field(ABC, "test k")
}
"""
target_response = textwrap.dedent(target_response)
assert target_response == tmc.render()
def test_TmcFile_isolate_chains(generic_tmc_path):
tmc = TmcFile(generic_tmc_path)
tmc.create_chains()
tmc.isolate_chains()
print(len(tmc.all_TmcChains))
print(len(tmc.all_singular_TmcChains))
target = [
tmc.all_Symbols['MAIN.test_iterator'],
tmc.all_SubItems['iterator']['extra1'],
tmc.all_SubItems['DUT_STRUCT']['struct_var']
]
accept = False
count = 0
for row in tmc.all_singular_TmcChains:
if row.chain[0].name == 'MAIN.container_struct':
if row.chain[1].name == 'dtype_samples_iter_array':
if row.chain[2].name == 'extra1':
if row.chain[3].name == 'struct_var':
count += 1
assert count == 4
def test_TmcFile_instantiation(generic_tmc_path, generic_tmc_root):
try:
tmc = TmcFile(generic_tmc_path)
except Exception:
pytest.fail("Instantiation of TmcFile should not generate errors")
def test_TmcFile_ads_port(tmc_filename):
tmc = TmcFile(tmc_filename)
assert tmc.ads_port == 851
def generic_file():
return TmcFile(TMC_ROOT / "generic.tmc")