def check_file(filename, sexp_cache, args):
coq_filename = os.path.splitext(filename)[0] + '.v'
fields = coq_filename.split(os.path.sep)
loc2code = get_code(open(coq_filename, 'rb').read())
file_data = {
'filename': os.path.sep.join(fields[2:]),
'coq_project': fields[1],
'vernac_cmds': [],
'num_extra_cmds': None,
'proofs': [],
}
meta = open(filename).read()
with SerAPI(args.timeout, args.debug) as serapi:
# set the path
file_data['vernac_cmds'].extend(set_paths(meta, serapi, sexp_cache))
file_data['num_extra_cmds'] = len(file_data['vernac_cmds'])
# extract the coq code
coq_code = extract_code(meta, loc2code)
# process the coq code
for num_executed, (code_line, tags) in enumerate(coq_code):
if 'PROOF_NAME' in tags:
if tags['PROOF_NAME'] not in file_data['proofs']:
file_data['proofs'].append(tags['PROOF_NAME'])
# execute until the proof editing mode starts
if args.debug:
print('%d: %s' % (num_executed, code_line))
_, ast = serapi.execute(code_line, return_ast=True)
file_data['vernac_cmds'].append(
(code_line, tags['VERNAC_TYPE'], sexp_cache.dump(ast)))
return file_data
def get_proof(sexp_cache, args):
coq_filename = os.path.splitext(args.file)[0] + '.v'
fields = coq_filename.split(os.path.sep)
loc2code = get_code(open(coq_filename, 'rb').read())
meta = open(args.file).read()
coq_code = extract_code(meta, loc2code)
file_data = json.load(open(os.path.join(args.data_path, args.file[13:-5] + '.json')))
with SerAPI(args.timeout, args.debug) as serapi:
num_extra_cmds = len(set_paths(meta, serapi, sexp_cache))
# process the coq code
proof_start_lines = []
in_proof = False
for num_executed, (code_line, tags) in enumerate(coq_code):
assert code_line == file_data['vernac_cmds'][num_extra_cmds + num_executed][0]
if 'PROOF_NAME' in tags and tags['PROOF_NAME'] == args.proof: # the proof ends
serapi.pop()
line_nb = proof_start_lines[-1]
proof_data = record_proof(num_extra_cmds, line_nb, coq_code[line_nb + 1:], sexp_cache, serapi, args)
break
# execute the code
if args.debug:
print('%d: %s' % (num_executed, code_line))
serapi.execute(code_line)
if serapi.has_open_goals():
if not in_proof: # the proof starts
in_proof = True
proof_start_lines.append(num_executed)
serapi.push()
else:
in_proof = False
return proof_data
def check_file(filename, sexp_cache, args):
print("\n" + filename)
coq_filename = os.path.splitext(filename)[0] + ".v"
fields = coq_filename.split(os.path.sep)
loc2code = get_code(open(coq_filename, "rb").read())
file_data = {
"filename": os.path.sep.join(fields[2:]),
"coq_project": fields[1],
"vernac_cmds": [],
"num_extra_cmds": None,
"proofs": [],
}
meta = open(filename).read()
with SerAPI(args.timeout, args.debug) as serapi:
# set the path
file_data["vernac_cmds"].extend(set_paths(meta, serapi, sexp_cache))
file_data["num_extra_cmds"] = len(file_data["vernac_cmds"])
# extract the coq code
coq_code = extract_code(meta, loc2code)
# process the coq code
for num_executed, (code_line, tags) in enumerate(coq_code):
if "PROOF_NAME" in tags:
if tags["PROOF_NAME"] not in file_data["proofs"]:
file_data["proofs"].append(tags["PROOF_NAME"])
# execute until the proof editing mode starts
if args.debug:
print("%d: %s" % (num_executed, code_line))
_, ast = serapi.execute(code_line, return_ast=True)
file_data["vernac_cmds"].append(
(code_line, tags["VERNAC_TYPE"], sexp_cache.dump(ast)))
return file_data
def get_proof(args):
coq_filename = os.path.splitext(args.file)[0] + '.v'
fields = coq_filename.split(os.path.sep)
loc2code = get_code(open(coq_filename, 'rb').read())
meta = open(args.file).read()
coq_code = extract_code(meta, loc2code)
with open(os.path.join(args.data_path, args.file[13:-5] + '.json'),
"r") as json_data:
file_data = json.load(json_data)
with open(args.file0, "r") as json_data:
proof_data0 = json.load(json_data)
proof_data0 = [tempdic['name'] for tempdic in proof_data0['proofs']]
for tempproof in file_data['proofs']:
args.proof = tempproof
if tempproof not in proof_data0:
continue
if os.path.isfile(os.path.join(
dirname, args.proof +
'.json')): # tempproof != 'loc_unconstrained_satisf':
continue
db_path = os.path.join(dirname, args.proof + '-sexp_cache')
sexp_cache = SexpCache(db_path)
with SerAPI(args.timeout, args.debug) as serapi:
num_extra_cmds = len(set_paths(meta, serapi, sexp_cache))
# process the coq code
proof_start_lines = []
in_proof = False
for num_executed, (code_line, tags) in enumerate(coq_code):
assert code_line == file_data['vernac_cmds'][num_extra_cmds +
num_executed][0]
if 'PROOF_NAME' in tags and tags[
'PROOF_NAME'] == args.proof: # the proof ends
serapi.pop()
line_nb = proof_start_lines[-1]
proof_data = record_proof(num_extra_cmds, line_nb,
coq_code[line_nb + 1:],
sexp_cache, serapi, args)
if proof_data is not None:
dump(proof_data, args)
break
# execute the code
if args.debug:
print('%d: %s' % (num_executed, code_line))
serapi.execute(code_line)
if serapi.has_open_goals():
if not in_proof: # the proof starts
in_proof = True
proof_start_lines.append(num_executed)
serapi.push()
else:
in_proof = False
return
def get_subproofs(human_proof_file, vernac_cmds, sexp_cache, args):
prf = json.load(open(human_proof_file))
line_nb = prf['line_nb']
with SerAPI(args.timeout, args.debug) as serapi:
for cmd, _, _ in vernac_cmds[:line_nb + 1]:
serapi.execute(cmd)
subproofs_data = record_subproofs(line_nb, vernac_cmds[line_nb + 1 : line_nb + 1 + len(prf['steps'])],
sexp_cache, serapi)
return subproofs_data
def initialize_serapi(self):
serapi = SerAPI(timeout=1200)
if self.with_hammer is not None:
atp_limit = 29 * self.hammer_timeout // 60
reconstr_limit = 28 * self.hammer_timeout // 60
crush_limit = 3 * self.hammer_timeout // 60
serapi.execute(
'From Hammer Require Import Hammer. Set Hammer ATPLimit %d. Set Hammer ReconstrLimit %d. Set Hammer CrushLimit %d.'
% (atp_limit, reconstr_limit, crush_limit))
if self.with_hammer == 'Z3':
serapi.execute(
'Unset Hammer Vampire. Unset Hammer Eprover. Unset Hammer CVC4.'
)
elif self.with_hammer == 'Vampire':
serapi.execute(
'Unset Hammer Z3. Unset Hammer Eprover. Unset Hammer CVC4.'
)
elif self.with_hammer == 'Eprover':
serapi.execute(
'Unset Hammer Z3. Unset Hammer Vampire. Unset Hammer CVC4.'
)
elif self.with_hammer == 'CVC4':
serapi.execute(
'Unset Hammer Z3. Unset Hammer Vampire. Unset Hammer Eprover.'
)
else:
assert self.with_hammer == 'All'
return serapi
def initialize_serapi(self):
serapi = SerAPI(timeout=1200)
if self.with_hammer is not None:
atp_limit = 29 * self.hammer_timeout // 60
reconstr_limit = 28 * self.hammer_timeout // 60
crush_limit = 3 * self.hammer_timeout // 60
serapi.execute(
"From Hammer Require Import Hammer. Set Hammer ATPLimit %d. Set Hammer ReconstrLimit %d. Set Hammer CrushLimit %d."
% (atp_limit, reconstr_limit, crush_limit)
)
if self.with_hammer == "Z3":
serapi.execute(
"Unset Hammer Vampire. Unset Hammer Eprover. Unset Hammer CVC4."
)
elif self.with_hammer == "Vampire":
serapi.execute(
"Unset Hammer Z3. Unset Hammer Eprover. Unset Hammer CVC4."
)
elif self.with_hammer == "Eprover":
serapi.execute(
"Unset Hammer Z3. Unset Hammer Vampire. Unset Hammer CVC4."
)
elif self.with_hammer == "CVC4":
serapi.execute(
"Unset Hammer Z3. Unset Hammer Vampire. Unset Hammer Eprover."
)
else:
assert self.with_hammer == "All"
return serapi