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Rename SbyJob to SbyTask and SbyTask to SbyProc to reduce confusion. Config file tasks now correspond to SbyTasks.

This commit is contained in:
N. Engelhardt 2022-01-11 16:12:23 +01:00
parent ac9001b22c
commit 7c9e5b026b
10 changed files with 360 additions and 360 deletions

View file

@ -17,9 +17,9 @@
#
import re, os, getopt
from sby_core import SbyTask
from sby_core import SbyProc
def run(mode, job, engine_idx, engine):
def run(mode, task, engine_idx, engine):
smtbmc_opts = []
nomem_opt = False
presat_opt = True
@ -59,16 +59,16 @@ def run(mode, job, engine_idx, engine):
progress = True
elif o == "--basecase":
if induction_only:
job.error("smtbmc options --basecase and --induction are exclusive.")
task.error("smtbmc options --basecase and --induction are exclusive.")
basecase_only = True
elif o == "--induction":
if basecase_only:
job.error("smtbmc options --basecase and --induction are exclusive.")
task.error("smtbmc options --basecase and --induction are exclusive.")
induction_only = True
elif o == "--seed":
random_seed = a
else:
job.error(f"Invalid smtbmc options {o}.")
task.error(f"Invalid smtbmc options {o}.")
xtra_opts = False
for i, a in enumerate(args):
@ -88,11 +88,11 @@ def run(mode, job, engine_idx, engine):
if unroll_opt is None or unroll_opt:
smtbmc_opts += ["--unroll"]
if job.opt_smtc is not None:
smtbmc_opts += ["--smtc", f"src/{job.opt_smtc}"]
if task.opt_smtc is not None:
smtbmc_opts += ["--smtc", f"src/{task.opt_smtc}"]
if job.opt_tbtop is not None:
smtbmc_opts += ["--vlogtb-top", job.opt_tbtop]
if task.opt_tbtop is not None:
smtbmc_opts += ["--vlogtb-top", task.opt_tbtop]
model_name = "smt2"
if syn_opt: model_name += "_syn"
@ -102,21 +102,21 @@ def run(mode, job, engine_idx, engine):
if mode == "prove":
if not induction_only:
run("prove_basecase", job, engine_idx, engine)
run("prove_basecase", task, engine_idx, engine)
if not basecase_only:
run("prove_induction", job, engine_idx, engine)
run("prove_induction", task, engine_idx, engine)
return
taskname = f"engine_{engine_idx}"
procname = f"engine_{engine_idx}"
trace_prefix = f"engine_{engine_idx}/trace"
logfile_prefix = f"{job.workdir}/engine_{engine_idx}/logfile"
logfile_prefix = f"{task.workdir}/engine_{engine_idx}/logfile"
if mode == "prove_basecase":
taskname += ".basecase"
procname += ".basecase"
logfile_prefix += "_basecase"
if mode == "prove_induction":
taskname += ".induction"
procname += ".induction"
trace_prefix += "_induct"
logfile_prefix += "_induction"
smtbmc_opts.append("-i")
@ -132,118 +132,118 @@ def run(mode, job, engine_idx, engine):
smtbmc_opts.append("--noprogress")
if job.opt_skip is not None:
t_opt = "{}:{}".format(job.opt_skip, job.opt_depth)
if task.opt_skip is not None:
t_opt = "{}:{}".format(task.opt_skip, task.opt_depth)
else:
t_opt = "{}".format(job.opt_depth)
t_opt = "{}".format(task.opt_depth)
random_seed = f"--info \"(set-option :random-seed {random_seed})\"" if random_seed else ""
task = SbyTask(
job,
taskname,
job.model(model_name),
f"""cd {job.workdir}; {job.exe_paths["smtbmc"]} {" ".join(smtbmc_opts)} -t {t_opt} {random_seed} --append {job.opt_append} --dump-vcd {trace_prefix}.vcd --dump-vlogtb {trace_prefix}_tb.v --dump-smtc {trace_prefix}.smtc model/design_{model_name}.smt2""",
proc = SbyProc(
task,
procname,
task.model(model_name),
f"""cd {task.workdir}; {task.exe_paths["smtbmc"]} {" ".join(smtbmc_opts)} -t {t_opt} {random_seed} --append {task.opt_append} --dump-vcd {trace_prefix}.vcd --dump-vlogtb {trace_prefix}_tb.v --dump-smtc {trace_prefix}.smtc model/design_{model_name}.smt2""",
logfile=open(logfile_prefix + ".txt", "w"),
logstderr=(not progress)
)
if mode == "prove_basecase":
job.basecase_tasks.append(task)
task.basecase_procs.append(proc)
if mode == "prove_induction":
job.induction_tasks.append(task)
task.induction_procs.append(proc)
task_status = None
proc_status = None
def output_callback(line):
nonlocal task_status
nonlocal proc_status
match = re.match(r"^## [0-9: ]+ Status: FAILED", line)
if match:
task_status = "FAIL"
proc_status = "FAIL"
return line.replace("FAILED", "failed")
match = re.match(r"^## [0-9: ]+ Status: PASSED", line)
if match:
task_status = "PASS"
proc_status = "PASS"
return line.replace("PASSED", "passed")
match = re.match(r"^## [0-9: ]+ Status: PREUNSAT", line)
if match:
task_status = "ERROR"
proc_status = "ERROR"
return line
match = re.match(r"^## [0-9: ]+ Unexpected response from solver:", line)
if match:
task_status = "ERROR"
proc_status = "ERROR"
return line
return line
def exit_callback(retcode):
if task_status is None:
job.error(f"engine_{engine_idx}: Engine terminated without status.")
if proc_status is None:
task.error(f"engine_{engine_idx}: Engine terminated without status.")
if mode == "bmc" or mode == "cover":
job.update_status(task_status)
task_status_lower = task_status.lower() if task_status == "PASS" else task_status
job.log(f"engine_{engine_idx}: Status returned by engine: {task_status_lower}")
job.summary.append(f"""engine_{engine_idx} ({" ".join(engine)}) returned {task_status_lower}""")
task.update_status(proc_status)
proc_status_lower = proc_status.lower() if proc_status == "PASS" else proc_status
task.log(f"engine_{engine_idx}: Status returned by engine: {proc_status_lower}")
task.summary.append(f"""engine_{engine_idx} ({" ".join(engine)}) returned {proc_status_lower}""")
if task_status == "FAIL" and mode != "cover":
if os.path.exists(f"{job.workdir}/engine_{engine_idx}/trace.vcd"):
job.summary.append(f"counterexample trace: {job.workdir}/engine_{engine_idx}/trace.vcd")
elif task_status == "PASS" and mode == "cover":
if proc_status == "FAIL" and mode != "cover":
if os.path.exists(f"{task.workdir}/engine_{engine_idx}/trace.vcd"):
task.summary.append(f"counterexample trace: {task.workdir}/engine_{engine_idx}/trace.vcd")
elif proc_status == "PASS" and mode == "cover":
print_traces_max = 5
for i in range(print_traces_max):
if os.path.exists(f"{job.workdir}/engine_{engine_idx}/trace{i}.vcd"):
job.summary.append(f"trace: {job.workdir}/engine_{engine_idx}/trace{i}.vcd")
if os.path.exists(f"{task.workdir}/engine_{engine_idx}/trace{i}.vcd"):
task.summary.append(f"trace: {task.workdir}/engine_{engine_idx}/trace{i}.vcd")
else:
break
else:
excess_traces = 0
while os.path.exists(f"{job.workdir}/engine_{engine_idx}/trace{print_traces_max + excess_traces}.vcd"):
while os.path.exists(f"{task.workdir}/engine_{engine_idx}/trace{print_traces_max + excess_traces}.vcd"):
excess_traces += 1
if excess_traces > 0:
job.summary.append(f"""and {excess_traces} further trace{"s" if excess_traces > 1 else ""}""")
task.summary.append(f"""and {excess_traces} further trace{"s" if excess_traces > 1 else ""}""")
job.terminate()
task.terminate()
elif mode in ["prove_basecase", "prove_induction"]:
task_status_lower = task_status.lower() if task_status == "PASS" else task_status
job.log(f"""engine_{engine_idx}: Status returned by engine for {mode.split("_")[1]}: {task_status_lower}""")
job.summary.append(f"""engine_{engine_idx} ({" ".join(engine)}) returned {task_status_lower} for {mode.split("_")[1]}""")
proc_status_lower = proc_status.lower() if proc_status == "PASS" else proc_status
task.log(f"""engine_{engine_idx}: Status returned by engine for {mode.split("_")[1]}: {proc_status_lower}""")
task.summary.append(f"""engine_{engine_idx} ({" ".join(engine)}) returned {proc_status_lower} for {mode.split("_")[1]}""")
if mode == "prove_basecase":
for task in job.basecase_tasks:
task.terminate()
for proc in task.basecase_procs:
proc.terminate()
if task_status == "PASS":
job.basecase_pass = True
if proc_status == "PASS":
task.basecase_pass = True
else:
job.update_status(task_status)
if os.path.exists(f"{job.workdir}/engine_{engine_idx}/trace.vcd"):
job.summary.append(f"counterexample trace: {job.workdir}/engine_{engine_idx}/trace.vcd")
job.terminate()
elif mode == "prove_induction":
for task in job.induction_tasks:
task.update_status(proc_status)
if os.path.exists(f"{task.workdir}/engine_{engine_idx}/trace.vcd"):
task.summary.append(f"counterexample trace: {task.workdir}/engine_{engine_idx}/trace.vcd")
task.terminate()
if task_status == "PASS":
job.induction_pass = True
elif mode == "prove_induction":
for proc in task.induction_procs:
proc.terminate()
if proc_status == "PASS":
task.induction_pass = True
else:
assert False
if job.basecase_pass and job.induction_pass:
job.update_status("PASS")
job.summary.append("successful proof by k-induction.")
job.terminate()
if task.basecase_pass and task.induction_pass:
task.update_status("PASS")
task.summary.append("successful proof by k-induction.")
task.terminate()
else:
assert False
task.output_callback = output_callback
task.exit_callback = exit_callback
proc.output_callback = output_callback
proc.exit_callback = exit_callback