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fpga: tools: Reformat run_testbenches.py

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Original-commit: 0593f3c8e052f83e89d6269e952681fb83ef30df
This commit is contained in:
Wade Fife
2025-03-07 12:40:20 +01:00
committed by Jörg Hofrichter
parent 307ba63f99
commit 7566014c96
1 changed files with 289 additions and 188 deletions
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tools/utils/run_testbenches.py
+262 -161
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@@ -29,7 +29,7 @@ _LOG = logging.getLogger(os.path.basename(__file__))
_LOG.setLevel(logging.INFO)
_STDOUT = logging.StreamHandler()
_LOG.addHandler(_STDOUT)
_FORMATTER = logging.Formatter('[%(name)s] - %(levelname)s - %(message)s')
_FORMATTER = logging.Formatter("[%(name)s] - %(levelname)s - %(message)s")
_STDOUT.setFormatter(_FORMATTER)
RETCODE_SUCCESS = 0
@@ -38,55 +38,58 @@ RETCODE_EXEC_ERR = -2
RETCODE_COMPILE_ERR = -3
RETCODE_UNKNOWN_ERR = -4
def retcode_to_str(code):
""" Convert internal status code to string
"""
"""Convert internal status code to string"""
code = int(code)
if code > RETCODE_SUCCESS:
return 'AppError({code})'.format(code=code)
return "AppError({code})".format(code=code)
else:
return {RETCODE_SUCCESS:'OK',
RETCODE_PARSE_ERR:'ParseError',
RETCODE_EXEC_ERR:'ExecError',
RETCODE_COMPILE_ERR:'CompileError',
RETCODE_UNKNOWN_ERR:'UnknownError'
return {
RETCODE_SUCCESS: "OK",
RETCODE_PARSE_ERR: "ParseError",
RETCODE_EXEC_ERR: "ExecError",
RETCODE_COMPILE_ERR: "CompileError",
RETCODE_UNKNOWN_ERR: "UnknownError",
}[code]
def result_to_string(result):
"""Convert a result dictionary to a string summarizing the results"""
if 'module' in result:
retval = 'Expected={:02d}, Run={:02d}, Passed={:02d}, Elapsed={:s}, Returncode={:s}'.format(
result['tc_expected'],
result['tc_run'],
result['tc_passed'],
result['wall_time'],
retcode_to_str(result['retcode'])
if "module" in result:
retval = "Expected={:02d}, Run={:02d}, Passed={:02d}, Elapsed={:s}, Returncode={:s}".format(
result["tc_expected"],
result["tc_run"],
result["tc_passed"],
result["wall_time"],
retcode_to_str(result["retcode"]),
)
else:
retval = "Returncode={:s}".format(retcode_to_str(result['retcode']))
retval = "Returncode={:s}".format(retcode_to_str(result["retcode"]))
return retval
def log_with_header(what, minlen = 0, ch = '#'):
""" Print with a header around the text
"""
def log_with_header(what, minlen=0, ch="#"):
"""Print with a header around the text"""
padlen = max(int((minlen - len(what)) / 2), 1)
toprint = (' '*padlen) + what + (' '*padlen)
toprint = (" " * padlen) + what + (" " * padlen)
_LOG.info(ch * len(toprint))
_LOG.info(toprint)
_LOG.info(ch * len(toprint))
# -------------------------------------------------------
# Simulation Functions
# -------------------------------------------------------
def read_excludes_file(excludes_fname):
if excludes_fname:
return [ l.strip() for l in open(excludes_fname) if (l.strip() and '#' not in l)]
return [l.strip() for l in open(excludes_fname) if (l.strip() and "#" not in l)]
else:
return []
def find_sims_on_fs(basedir, excludes):
"""Find all testbenches in the specific basedir
Testbenches are defined as directories with a
@@ -95,15 +98,16 @@ def find_sims_on_fs(basedir, excludes):
sims = {}
for root, _, files in os.walk(basedir):
name = os.path.relpath(root, basedir)
if 'Makefile' in files:
with open(os.path.join(root, 'Makefile'), 'r') as mfile:
if "Makefile" in files:
with open(os.path.join(root, "Makefile"), "r") as mfile:
for l in mfile.readlines():
if re.match('.*include.*viv_sim_preamble.mak.*', l) is not None:
if re.match(".*include.*viv_sim_preamble.mak.*", l) is not None:
if name not in excludes:
sims.update({name: root})
break
return sims
def gather_target_sims(basedir, targets, excludes):
"""Parse the specified targets and gather simulations to run
Remove duplicates and sort alphabetically
@@ -121,100 +125,102 @@ def gather_target_sims(basedir, targets, excludes):
target_sims.append((name, fs_sims[name]))
return target_sims
def parse_output(simout):
# Gather results (basic metrics)
results = {'retcode': RETCODE_SUCCESS, 'stdout': simout, 'passed': False}
results = {"retcode": RETCODE_SUCCESS, "stdout": simout, "passed": False}
# Look for the following in the log:
# - A start timestamp (indicates that Vivado started)
# - The testbench infrastructure start header (indicates that the TB started)
# - A stop timestamp (indicates that the TB stopped)
tb_started = False
compile_started = False
results['start_time'] = '<unknown>'
results['wall_time'] = '<unknown>'
for line in simout.split(b'\n'):
tsm = re.match(rb'TESTBENCH STARTED: (.+)', line)
results["start_time"] = "<unknown>"
results["wall_time"] = "<unknown>"
for line in simout.split(b"\n"):
tsm = re.match(rb"TESTBENCH STARTED: (.+)", line)
if tsm is not None:
tb_started = True
csm = re.match(rb'source .*viv_sim_project.tcl', line)
csm = re.match(rb"source .*viv_sim_project.tcl", line)
if csm is not None:
compile_started = True
# xsim log
vsm = re.match(rb'# Start of session at: (.+)', line)
vsm = re.match(rb"# Start of session at: (.+)", line)
if vsm is not None:
results['start_time'] = str(vsm.group(1), 'ascii')
tfm = re.match(rb'launch_simulation:.*; elapsed = (.+) \..*', line)
results["start_time"] = str(vsm.group(1), "ascii")
tfm = re.match(rb"launch_simulation:.*; elapsed = (.+) \..*", line)
if tfm is not None:
results['wall_time'] = str(tfm.group(1), 'ascii')
results["wall_time"] = str(tfm.group(1), "ascii")
# modelsim log
vsm = re.match(rb'# Start time: (.+)', line)
vsm = re.match(rb"# Start time: (.+)", line)
if vsm is not None:
results['start_time'] = str(vsm.group(1), 'ascii')
tfm = re.match(rb'# End time:.*, Elapsed time: (.+)', line)
results["start_time"] = str(vsm.group(1), "ascii")
tfm = re.match(rb"# End time:.*, Elapsed time: (.+)", line)
if tfm is not None:
results['wall_time'] = str(tfm.group(1), 'ascii')
results["wall_time"] = str(tfm.group(1), "ascii")
# Parse testbench results
# We have two possible formats to parse because we have two simulation
# test executors.
tb_match_fmt0 = ([
b'.*TESTBENCH FINISHED: (.+)\n',
b'(?:# )? - Time elapsed: (.+) ns.*\n',
b'(?:# )? - Tests Expected: (.+)\n',
b'(?:# )? - Tests Run: (.+)\n',
b'(?:# )? - Tests Passed: (.+)\n',
b'(?:# )?Result: (PASSED|FAILED).*',
])
m_fmt0 = re.match(b''.join(tb_match_fmt0), simout, re.DOTALL)
tb_match_fmt1 = ([
b'.*TESTBENCH FINISHED: (.*)\n',
b'(?:# )? - Time elapsed: (.+) ns.*\n',
b'(?:# )? - Tests Run: (.+)\n',
b'(?:# )? - Tests Passed: (.+)\n',
b'(?:# )? - Tests Failed: (.+)\n',
b'(?:# )?Result: (PASSED|FAILED).*',
])
m_fmt1 = re.match(b''.join(tb_match_fmt1), simout, re.DOTALL)
tb_match_fmt0 = [
b".*TESTBENCH FINISHED: (.+)\n",
b"(?:# )? - Time elapsed: (.+) ns.*\n",
b"(?:# )? - Tests Expected: (.+)\n",
b"(?:# )? - Tests Run: (.+)\n",
b"(?:# )? - Tests Passed: (.+)\n",
b"(?:# )?Result: (PASSED|FAILED).*",
]
m_fmt0 = re.match(b"".join(tb_match_fmt0), simout, re.DOTALL)
tb_match_fmt1 = [
b".*TESTBENCH FINISHED: (.*)\n",
b"(?:# )? - Time elapsed: (.+) ns.*\n",
b"(?:# )? - Tests Run: (.+)\n",
b"(?:# )? - Tests Passed: (.+)\n",
b"(?:# )? - Tests Failed: (.+)\n",
b"(?:# )?Result: (PASSED|FAILED).*",
]
m_fmt1 = re.match(b"".join(tb_match_fmt1), simout, re.DOTALL)
# Remove escape characters (colors) from Vivado output
ansi_escape = re.compile(r'(?:\x1B[\(@-_]|[\x80-\x9F])[0-?]*[ -/]*[@-~]')
plain_simout = ansi_escape.sub('', simout.decode("utf-8"))
ansi_escape = re.compile(r"(?:\x1B[\(@-_]|[\x80-\x9F])[0-?]*[ -/]*[@-~]")
plain_simout = ansi_escape.sub("", simout.decode("utf-8"))
# Check for $error() and $fatal() output, which may be missed by the
# testbench or may occur in a subsequent instance, after a pass.
tb_match_error = ([
'\n',
'(Error|Fatal): .*\n.?',
'Time: .+\n',
])
m_error = re.search(''.join(tb_match_error), plain_simout)
tb_match_error = [
"\n",
"(Error|Fatal): .*\n.?",
"Time: .+\n",
]
m_error = re.search("".join(tb_match_error), plain_simout)
# Figure out the returncode
retcode = RETCODE_UNKNOWN_ERR
if m_fmt0 is not None or m_fmt1 is not None:
retcode = RETCODE_SUCCESS
if m_fmt0 is not None:
results['passed'] = (m_fmt0.group(6) == b'PASSED' and m_error is None)
results['module'] = m_fmt0.group(1)
results['sim_time_ns'] = int(m_fmt0.group(2))
results['tc_expected'] = int(m_fmt0.group(3))
results['tc_run'] = int(m_fmt0.group(4))
results['tc_passed'] = int(m_fmt0.group(5))
results["passed"] = m_fmt0.group(6) == b"PASSED" and m_error is None
results["module"] = m_fmt0.group(1)
results["sim_time_ns"] = int(m_fmt0.group(2))
results["tc_expected"] = int(m_fmt0.group(3))
results["tc_run"] = int(m_fmt0.group(4))
results["tc_passed"] = int(m_fmt0.group(5))
else:
results['passed'] = (m_fmt1.group(6) == b'PASSED' and m_error is None)
results['module'] = m_fmt1.group(1)
results['sim_time_ns'] = int(m_fmt1.group(2))
results['tc_expected'] = int(m_fmt1.group(3))
results['tc_run'] = int(m_fmt1.group(3))
results['tc_passed'] = int(m_fmt1.group(4))
results["passed"] = m_fmt1.group(6) == b"PASSED" and m_error is None
results["module"] = m_fmt1.group(1)
results["sim_time_ns"] = int(m_fmt1.group(2))
results["tc_expected"] = int(m_fmt1.group(3))
results["tc_run"] = int(m_fmt1.group(3))
results["tc_passed"] = int(m_fmt1.group(4))
elif tb_started:
retcode = RETCODE_PARSE_ERR
elif compile_started:
retcode = RETCODE_COMPILE_ERR
else:
retcode = RETCODE_EXEC_ERR
results['retcode'] = retcode
results["retcode"] = retcode
return results
def run_sim(path, simulator, basedir, setupenv):
"""Run the simulation at the specified path
The simulator can be specified as the target
@@ -223,29 +229,38 @@ def run_sim(path, simulator, basedir, setupenv):
try:
# Optionally run an environment setup script
if setupenv is None:
setupenv = ''
setupenv = ""
# Check if environment was setup
if 'VIVADO_PATH' not in os.environ:
if "VIVADO_PATH" not in os.environ:
return {
'retcode': RETCODE_EXEC_ERR,
'passed': False,
'stdout': bytes('Simulation environment was not initialized\n', 'utf-8')
"retcode": RETCODE_EXEC_ERR,
"passed": False,
"stdout": bytes("Simulation environment was not initialized\n", "utf-8"),
}
else:
setupenv = '. ' + os.path.realpath(setupenv) + ';'
setupenv = ". " + os.path.realpath(setupenv) + ";"
# Run the simulation
return parse_output(
subprocess.check_output(
'cd {workingdir}; /bin/bash -c "{setupenv} make ip 2>&1; make {simulator} 2>&1"'.format(
workingdir=path, setupenv=setupenv, simulator=simulator), shell=True))
workingdir=path, setupenv=setupenv, simulator=simulator
),
shell=True,
)
)
except subprocess.CalledProcessError as e:
return {'retcode': int(abs(e.returncode)), 'passed':False, 'stdout':e.output}
return {"retcode": int(abs(e.returncode)), "passed": False, "stdout": e.output}
except Exception as e:
_LOG.error('Target ' + path + ' failed to run:\n' + str(e))
return {'retcode': RETCODE_EXEC_ERR, 'passed':False, 'stdout':bytes(str(e), 'utf-8')}
_LOG.error("Target " + path + " failed to run:\n" + str(e))
return {"retcode": RETCODE_EXEC_ERR, "passed": False, "stdout": bytes(str(e), "utf-8")}
except:
_LOG.error('Target ' + path + ' failed to run')
return {'retcode': RETCODE_UNKNOWN_ERR, 'passed':False, 'stdout':bytes('Unknown Exception', 'utf-8')}
_LOG.error("Target " + path + " failed to run")
return {
"retcode": RETCODE_UNKNOWN_ERR,
"passed": False,
"stdout": bytes("Unknown Exception", "utf-8"),
}
def run_sim_queue(run_queue, out_queue, simulator, basedir, setupenv):
"""Thread worker for a simulation runner
@@ -255,26 +270,50 @@ def run_sim_queue(run_queue, out_queue, simulator, basedir, setupenv):
while not run_queue.empty():
(name, path) = run_queue.get()
try:
_LOG.info('Starting: %s', name)
_LOG.info("Starting: %s", name)
result = run_sim(path, simulator, basedir, setupenv)
out_queue.put((name, result))
_LOG.info('FINISHED: %s (%s, %s)', name, retcode_to_str(result['retcode']), 'PASS' if result['passed'] else 'FAIL!')
_LOG.info(
"FINISHED: %s (%s, %s)",
name,
retcode_to_str(result["retcode"]),
"PASS" if result["passed"] else "FAIL!",
)
except KeyboardInterrupt:
_LOG.warning('Target ' + name + ' received SIGINT. Aborting...')
out_queue.put((name, {'retcode': RETCODE_EXEC_ERR, 'passed':False, 'stdout':bytes('Aborted by user', 'utf-8')}))
_LOG.warning("Target " + name + " received SIGINT. Aborting...")
out_queue.put(
(
name,
{
"retcode": RETCODE_EXEC_ERR,
"passed": False,
"stdout": bytes("Aborted by user", "utf-8"),
},
)
)
except Exception as e:
_LOG.error('Target ' + name + ' failed to run:\n' + str(e))
out_queue.put((name, {'retcode': RETCODE_UNKNOWN_ERR, 'passed':False, 'stdout':bytes(str(e), 'utf-8')}))
_LOG.error("Target " + name + " failed to run:\n" + str(e))
out_queue.put(
(
name,
{
"retcode": RETCODE_UNKNOWN_ERR,
"passed": False,
"stdout": bytes(str(e), "utf-8"),
},
)
)
finally:
run_queue.task_done()
# -------------------------------------------------------
# Script Actions
# -------------------------------------------------------
def do_list(args):
""" List all simulations that can be run
"""
"""List all simulations that can be run"""
excludes = read_excludes_file(args.excludes)
for (name, path) in gather_target_sims(args.basedir, args.target, excludes):
print(name)
@@ -287,20 +326,23 @@ def do_run(args):
"""
run_queue = Queue(maxsize=0)
out_queue = Queue(maxsize=0)
_LOG.info('Queueing the following targets to simulate:')
_LOG.info("Queueing the following targets to simulate:")
excludes = read_excludes_file(args.excludes)
name_maxlen = 0
for (name, path) in gather_target_sims(args.basedir, args.target, excludes):
run_queue.put((name, path))
name_maxlen = max(name_maxlen, len(name))
_LOG.info('* ' + name)
_LOG.info("* " + name)
# Spawn tasks to run builds
num_sims = run_queue.qsize()
num_jobs = min(num_sims, int(args.jobs))
_LOG.info('Started ' + str(num_jobs) + ' job(s) to process queue...')
_LOG.info("Started " + str(num_jobs) + " job(s) to process queue...")
results = {}
for i in range(num_jobs):
worker = Thread(target=run_sim_queue, args=(run_queue, out_queue, args.simulator, args.basedir, args.setupenv))
worker = Thread(
target=run_sim_queue,
args=(run_queue, out_queue, args.simulator, args.basedir, args.setupenv),
)
worker.setDaemon(False)
worker.start()
# Wait for build queue to become empty
@@ -308,21 +350,29 @@ def do_run(args):
try:
sim_count = -1
while out_queue.qsize() < num_sims:
tdiff = str(datetime.datetime.now() - start).split('.', 2)[0]
tdiff = str(datetime.datetime.now() - start).split(".", 2)[0]
if args.logged:
# Print number of TBs completed and elapsed time whenever a
# simulation completes.
if sim_count != out_queue.qsize():
print(">>> [%s] (%d/%d simulations completed) <<<" % (tdiff, out_queue.qsize(), num_sims))
print(
">>> [%s] (%d/%d simulations completed) <<<"
% (tdiff, out_queue.qsize(), num_sims)
)
sim_count = out_queue.qsize()
else:
# Print elapsed time and number of TBs completed once per
# second, overwriting the same line each time.
print("\r>>> [%s] (%d/%d simulations completed) <<<" % (tdiff, out_queue.qsize(), num_sims), end='\r', flush=True)
print(
"\r>>> [%s] (%d/%d simulations completed) <<<"
% (tdiff, out_queue.qsize(), num_sims),
end="\r",
flush=True,
)
time.sleep(1.0)
sys.stdout.write("\n")
except (KeyboardInterrupt):
_LOG.warning('Received SIGINT. Aborting... (waiting for pending jobs to finish)')
_LOG.warning("Received SIGINT. Aborting... (waiting for pending jobs to finish)")
# Flush run queue
while not run_queue.empty():
(name, path) = run_queue.get()
@@ -334,69 +384,82 @@ def do_run(args):
(name, result) = out_queue.get()
results[name] = result
line = "#" * 70
sys.stdout.buffer.write(bytes('%s\n Begin TB Log: %s\n%s\n' % (line, name, line), 'utf-8'))
sys.stdout.buffer.write(result['stdout'])
sys.stdout.buffer.write(bytes('%s\n End TB Log: %s\n%s\n' % (line, name, line), 'utf-8'))
if not result['passed']:
sys.stdout.buffer.write(bytes("%s\n Begin TB Log: %s\n%s\n" % (line, name, line), "utf-8"))
sys.stdout.buffer.write(result["stdout"])
sys.stdout.buffer.write(bytes("%s\n End TB Log: %s\n%s\n" % (line, name, line), "utf-8"))
if not result["passed"]:
result_all += 1
sys.stdout.write('\n\n\n')
sys.stdout.write("\n\n\n")
sys.stdout.flush()
time.sleep(1.0)
hdr_len = name_maxlen + 62 # 62 is the report line length
log_with_header('RESULTS', hdr_len)
log_with_header("RESULTS", hdr_len)
for name in sorted(results):
result = results[name]
_LOG.info('* %s : %s (%s)',
_LOG.info(
"* %s : %s (%s)",
name.ljust(name_maxlen),
('Passed' if result['passed'] else 'FAILED'),
result_to_string(result))
_LOG.info('='*hdr_len)
_LOG.info('SUMMARY: %d out of %d tests passed. Time elapsed was %s'%(num_sims - result_all, num_sims, str(datetime.datetime.now() - start).split('.', 2)[0]))
_LOG.info('#'*hdr_len)
("Passed" if result["passed"] else "FAILED"),
result_to_string(result),
)
_LOG.info("=" * hdr_len)
_LOG.info(
"SUMMARY: %d out of %d tests passed. Time elapsed was %s"
% (num_sims - result_all, num_sims, str(datetime.datetime.now() - start).split(".", 2)[0])
)
_LOG.info("#" * hdr_len)
if args.report:
do_report(args, results)
return result_all
def do_cleanup(args):
""" Run make cleanall for all simulations
"""
"""Run make cleanall for all simulations"""
setupenv = args.setupenv
if setupenv is None:
setupenv = ''
setupenv = ""
# Check if environment was setup
if 'VIVADO_PATH' not in os.environ:
raise RuntimeError('Simulation environment was not initialized')
if "VIVADO_PATH" not in os.environ:
raise RuntimeError("Simulation environment was not initialized")
else:
setupenv = '. ' + os.path.realpath(setupenv) + ';'
setupenv = ". " + os.path.realpath(setupenv) + ";"
excludes = read_excludes_file(args.excludes)
for (name, path) in gather_target_sims(args.basedir, args.target, excludes):
_LOG.info('Cleaning up %s', name)
_LOG.info("Cleaning up %s", name)
os.chdir(os.path.join(args.basedir, path))
subprocess.Popen('{setupenv} make cleanall'.format(setupenv=setupenv), shell=True).wait()
subprocess.Popen("{setupenv} make cleanall".format(setupenv=setupenv), shell=True).wait()
return 0
def do_report_csv(args, results):
"""Generate report file (.csv)"""
keys = ['module', 'status', 'retcode', 'start_time', 'wall_time',
'sim_time_ns', 'tc_expected', 'tc_run', 'tc_passed']
with open(args.report, 'w') as repfile:
repfile.write((','.join([x.upper() for x in keys])) + '\n')
keys = [
"module",
"status",
"retcode",
"start_time",
"wall_time",
"sim_time_ns",
"tc_expected",
"tc_run",
"tc_passed",
]
with open(args.report, "w") as repfile:
repfile.write((",".join([x.upper() for x in keys])) + "\n")
for name in sorted(results):
r = results[name]
if r['retcode'] != RETCODE_SUCCESS:
results['retcode'] = retcode_to_str(r['retcode'])
results['status'] = 'ERROR'
results['start_time'] = r['start_time']
if r["retcode"] != RETCODE_SUCCESS:
results["retcode"] = retcode_to_str(r["retcode"])
results["status"] = "ERROR"
results["start_time"] = r["start_time"]
else:
results = r
results['module'] = name
results['status'] = 'PASSED' if r['passed'] else 'FAILED'
results['retcode'] = retcode_to_str(r['retcode'])
repfile.write((','.join([str(results[x]) for x in keys])) + '\n')
_LOG.info('Testbench report (CSV format) written to ' + args.report)
results["module"] = name
results["status"] = "PASSED" if r["passed"] else "FAILED"
results["retcode"] = retcode_to_str(r["retcode"])
repfile.write((",".join([str(results[x]) for x in keys])) + "\n")
_LOG.info("Testbench report (CSV format) written to " + args.report)
return 0
@@ -406,40 +469,43 @@ def do_report_junit(args, results):
for name in sorted(results):
result = results[name]
if "wall_time" in result:
h, m, s = map(int, result["wall_time"].split(':'))
h, m, s = map(int, result["wall_time"].split(":"))
elapsed_sec = h * 3600 + m * 60 + s
else:
elapsed_sec = None
test_case = TestCase(name=name, elapsed_sec=elapsed_sec)
if result['retcode'] != RETCODE_SUCCESS:
test_case.add_error_info(message=retcode_to_str(result['retcode']),
output=result['stdout'].decode())
if result["retcode"] != RETCODE_SUCCESS:
test_case.add_error_info(
message=retcode_to_str(result["retcode"]), output=result["stdout"].decode()
)
test_cases.append(test_case)
test_suite = TestSuite(name=f"{args.simulator} testbenches", test_cases=test_cases)
with open(args.report, 'w') as repfile:
with open(args.report, "w") as repfile:
to_xml_report_file(repfile, [test_suite], prettyprint=True)
_LOG.info('Testbench report (JUnit format) written to ' + args.report)
_LOG.info("Testbench report (JUnit format) written to " + args.report)
return 0
def do_report(args, results):
"""Generate report file (either .csv or .xml)"""
def _load_results(args):
results = {}
excludes = read_excludes_file(args.excludes)
for (name, path) in gather_target_sims(args.basedir, args.target, excludes):
logpath = os.path.join(path, args.simulator + '.log')
logpath = os.path.join(path, args.simulator + ".log")
if os.path.isfile(logpath):
with open(logpath, 'rb') as logfile:
with open(logpath, "rb") as logfile:
result = parse_output(logfile.read())
results[name] = result
return results
suffix = os.path.splitext(args.report)[1]
if results is None:
results = _load_results(args)
if suffix == '.csv':
if suffix == ".csv":
return do_report_csv(args, results)
elif suffix == '.xml':
elif suffix == ".xml":
return do_report_junit(args, results)
else:
raise ValueError(f"Unsupported report suffix: {suffix}")
@@ -447,22 +513,57 @@ def do_report(args, results):
# Parse command line options
def get_options():
parser = argparse.ArgumentParser(description='Batch testbench execution script')
parser.add_argument('-d', '--basedir', default=BASE_DIR, help='Base directory in which to search for testbenches')
parser.add_argument('-s', '--simulator', choices=['xsim', 'vsim', 'modelsim'], default='xsim', help='Simulator name')
parser.add_argument('-e', '--setupenv', default=None, help='Optional environment setup script to run for each TB')
parser.add_argument('-r', '--report', default='testbench_report.csv', help='Name of the output report file')
parser.add_argument('-x', '--excludes', default=None, help='Name of the excludes file. It contains all targets to exclude.')
parser.add_argument('-j', '--jobs', default=1, help='Number of parallel simulation jobs to run')
parser.add_argument('-l', '--logged', action='store_true', default=False, help='Output is logged, so don\'t show per-second timer')
parser.add_argument('action', choices=['run', 'cleanup', 'list', 'report'], default='list', help='What to do?')
parser.add_argument('target', nargs='*', default='.*', help='Space separated simulation target regexes')
parser = argparse.ArgumentParser(description="Batch testbench execution script")
parser.add_argument(
"-d",
"--basedir",
default=BASE_DIR,
help="Base directory in which to search for testbenches",
)
parser.add_argument(
"-s",
"--simulator",
choices=["xsim", "vsim", "modelsim"],
default="xsim",
help="Simulator name",
)
parser.add_argument(
"-e",
"--setupenv",
default=None,
help="Optional environment setup script to run for each TB",
)
parser.add_argument(
"-r", "--report", default="testbench_report.csv", help="Name of the output report file"
)
parser.add_argument(
"-x",
"--excludes",
default=None,
help="Name of the excludes file. It contains all targets to exclude.",
)
parser.add_argument("-j", "--jobs", default=1, help="Number of parallel simulation jobs to run")
parser.add_argument(
"-l",
"--logged",
action="store_true",
default=False,
help="Output is logged, so don't show per-second timer",
)
parser.add_argument(
"action", choices=["run", "cleanup", "list", "report"], default="list", help="What to do?"
)
parser.add_argument(
"target", nargs="*", default=".*", help="Space separated simulation target regexes"
)
return parser.parse_args()
def main():
args = get_options()
actions = {'list': do_list, 'run': do_run, 'cleanup': do_cleanup, 'report': do_report}
actions = {"list": do_list, "run": do_run, "cleanup": do_cleanup, "report": do_report}
return actions[args.action](args)
if __name__ == '__main__':
if __name__ == "__main__":
exit(main())