def do_tests(options):
if options.scope != "local":
raise ocpiutil.OCPIException(
"ocpidev show tests is only valid in \"--local\" scope. " +
"Other scope options are under construction.")
if not ocpiutil.get_path_to_project_top():
raise ocpiutil.OCPIException(
"When using the \"--local\" scope you must run the command " +
"in a valid OpenCPI project. " + os.path.realpath(".") +
" is not a valid project. Use the \"-d\" option or change " +
"directories")
#TODO this may not be the right way to do this long term
my_asset = ocpiassets.AssetFactory.factory(
"project", ocpiutil.get_path_to_project_top(), init_libs=True)
my_asset.show(tests=True, details=options.details, verbose=options.verbose)
def do_worker_or_comp(options, worker):
#TODO this is not be the right way to do this long term
if worker:
cap_asset = "Worker"
xml_asset = "worker"
else:
cap_asset = "Component"
xml_asset = "spec"
mdFileList = ocpiutil.get_all_projects()
assetList = ""
if options.details == "table":
# Table header
row_1 = ["Project Directory", cap_asset]
row_2 = ["------------------", "------------------------------------"]
rows = [row_1, row_2]
for proj_dir in mdFileList:
proj_dir = rchop(proj_dir, '/')
proj_dir = rchop(proj_dir, 'exports')
if os.access('proj_dir', os.W_OK):
subprocess.check_output([
os.environ['OCPI_CDK_DIR'] + "/scripts/genProjMetaData.py",
mdFile
])
mdFile = proj_dir + "/project.xml"
if os.path.isfile(mdFile):
assetList = get_tags(mdFile, xml_asset)
if options.details == "simple":
print("Project: " + proj_dir)
for asset in assetList.split():
print(" " + cap_asset + ": " + asset)
elif options.details == "table":
# Generate rows of the table. Only add the registered column if only_registry is False
for asset in assetList.split():
row_n = [os.path.realpath(proj_dir), asset]
rows.append(row_n)
else:
raise ocpiutil.OCPIException(
"ocpidev show components/worker --json is not " +
"valid, this option is under construction.")
if options.details == "table":
ocpiutil.print_table(rows)
def set_init_values(args, dir_type):
"""
Determine which contents of library and project objects need to be initialized and set the
corresponding kwargs values
"""
if args['noun'] == "library":
args['init_tests'] = True
if args['noun'] == "project":
args['init_libs'] = True
args['init_tests'] = True
args['init_apps'] = True
if args['noun'] == "tests":
args['init_libs'] = True
args['init_tests'] = True
#TODO add libraries here and libraries collection to allow call in a libraries directory
if dir_type in ["library", "project"]:
args['noun'] = dir_type
else:
raise ocpiutil.OCPIException("Use of tests noun in an invalid directory type: \"" +
dir_type + "\". Valid types are library and project")
def main():
ocpiutil.configure_logging()
args = parse_cl_vars()
try:
with ocpiutil.cd(args['cur_dir']):
dir_type = ocpiutil.get_dirtype()
# args['name'] could be None if no name is provided at the command line
name = args['name']
if (name is None) and (dir_type in [n for n in NOUNS if n != "tests"]):
name = os.path.basename(os.path.realpath('.'))
del args['name']
if args['noun'] is None:
if dir_type in [n for n in NOUNS if n != "tests"]:
args['noun'] = dir_type
else:
raise ocpiutil.OCPIException("Invalid directory type \"" + str(dir_type) +
"\" Valid directory types are: " +
", ".join([n for n in NOUNS if n != "tests"]))
set_init_values(args, dir_type)
lib = args.get("lib", "")
if args['noun'] in ["test", "library"]:
if dir_type == "library":
lib = ""
if (lib != "components") and ('/' not in lib) and (dir_type == "project"):
lib = "components/" + lib
# pylint:disable=bad-continuation
if (dir_type == "libraries" and
os.path.basename(os.path.realpath('.')) == "components"):
#set lib to a blank string
lib = ""
# pylint:enable=bad-continuation
directory = get_directory(args, name, lib)
ocpiutil.logging.debug("creating asset as the following \nname: " + str(name) + "\n" +
"directory: " + str(directory) + "\nargs: " + str(args))
my_asset = ocpiassets.AssetFactory.factory(args['noun'], directory, name, **args)
#TODO make sure return value is working right always returning zero ?
sys.exit(my_asset.run())
except ocpiutil.OCPIException as ex:
ocpiutil.logging.error(str(ex))
sys.exit(1)
def setUpClass(cls):
logging.info("Setting up test projects...")
logging.info("...")
# Set the registry, (export the variable in bash), register core in the new location
os.environ['OCPI_PROJECT_REGISTRY_DIR'] = os.path.realpath(
'./project-registry')
ocpidev_command = "set -e; set -o pipefail && rm -r -f project-registry; " + SET_X
ocpidev_command += OCPIDEV_CMD + " create registry project-registry; "
ocpidev_command += "export OCPI_PROJECT_REGISTRY_DIR=" + \
os.path.realpath('./project-registry') + " ; "
# Create PROJECT0 and fill it with assets of many types
ocpidev_command += "ln -s " + OCPI_CDK_DIR + \
"/../project-registry/ocpi.core project-registry/ocpi.core; "
ocpidev_command += OCPIDEV_CMD + " --register create project " + PROJECT0 + "; "
ocpidev_command += OCPIDEV_CMD + " -d " + PROJECT0 + " create library mylibrary; "
ocpidev_command += OCPIDEV_CMD + " -d " + PROJECT0 + " create -l mylibrary spec myspec; "
ocpidev_command += OCPIDEV_CMD + " -d " + PROJECT0 + " create -l mylibrary test myspec; "
ocpidev_command += OCPIDEV_CMD + " -d " + PROJECT0 + \
" create -l mylibrary worker myworker0.rcc -S myspec-spec.xml; "
ocpidev_command += OCPIDEV_CMD + " -d " + PROJECT0 + \
" create -l mylibrary worker myworker1.hdl -S myspec-spec.xml; "
ocpidev_command += OCPIDEV_CMD + " -d " + PROJECT0 + " create hdl primitive core mycore; "
ocpidev_command += OCPIDEV_CMD + " -d " + PROJECT0 + " create hdl primitive library mylib; "
ocpidev_command += OCPIDEV_CMD + " -d " + PROJECT0 + " create hdl platform myplat; "
ocpidev_command += OCPIDEV_CMD + " -d " + PROJECT0 + " create hdl assembly myassemb; "
ocpidev_command += OCPIDEV_CMD + " -d " + PROJECT0 + " create application myapp; "
# Create a handful of proje " + OCPIDEV_VERBOSE + "cts with different names and packages
ocpidev_command += OCPIDEV_CMD + " --register -K pkg0 create project mypj0; "
ocpidev_command += OCPIDEV_CMD + " --register -K pkg1 -N whocares create project mypj1; "
ocpidev_command += OCPIDEV_CMD + " --register -F pref0 create project mypj2; "
ocpidev_command += OCPIDEV_CMD + " --register -F pref1 -N myname0 create project mypj3; "
ocpidev_command += OCPIDEV_CMD + " --register -F pref2. -N myname1 create project mypj4; "
ocpidev_command += OCPIDEV_CMD + " --register -N myname2 create project mypj5; "
ocpidev_command += OCPIDEV_CMD + " --register -K pkg2 -N wc -F wc create project mypj6; "
ocpidev_command += OCPIDEV_CMD + " --register create project mypj7; "
ocpidev_command += OCPIDEV_CMD + " -F prefexports -N nm8 create project mypj8; "
# Create a components library in each
ocpidev_command += OCPIDEV_CMD + " -d mypj0 create library components; "
ocpidev_command += OCPIDEV_CMD + " -d mypj1 create library components; "
ocpidev_command += OCPIDEV_CMD + " -d mypj2 create library components; "
ocpidev_command += OCPIDEV_CMD + " -d mypj3 create library components; "
ocpidev_command += OCPIDEV_CMD + " -d mypj4 create library components; "
ocpidev_command += OCPIDEV_CMD + " -d mypj5 create library components; "
ocpidev_command += OCPIDEV_CMD + " -d mypj6 create library components; "
ocpidev_command += OCPIDEV_CMD + " -d mypj7 create library components; "
ocpidev_command += OCPIDEV_CMD + " -d mypj8 create library components; "
# Export mypj8
ocpidev_command += "make exports -C mypj8;"
# Copy the exported pj8 to a new dir, but omit the imports
ocpidev_command += "mkdir mypj8_exported;"
ocpidev_command += "rm mypj8/exports/imports; "
# Note use -R, not -r, for POSIX/BSD portability
ocpidev_command += "cp -RfL mypj8/exports/* mypj8_exported 2>/dev/null; "
# Rebuild pj8's imports
ocpidev_command += "make imports -C mypj8; "
# Get imports by setting registry for the new exported non-source project
ocpidev_command += OCPIDEV_CMD + " -d mypj8_exported set registry; "
# Register the exported project
ocpidev_command += OCPIDEV_CMD + " register project mypj8_exported; "
logging.debug("OCPIDEV CMD: '" + ocpidev_command.replace('; ', ';\n') +
"';")
process = subprocess.Popen(ocpidev_command,
shell=True,
executable='/bin/bash')
results = process.communicate()
if results[1] or process.returncode != 0:
raise ocpiutil.OCPIException(
"'ocpidev create project' failed in ocpiutil test\n" +
"process.returncode: " + str(process.returncode))
def do_workers(options):
if options.scope != "global":
raise ocpiutil.OCPIException(
"ocpidev show workers is only valid in \"--global-scope\"." +
" Other scope options are under construction.")
do_worker_or_comp(options, True)