"""
Test configuration descriptions for mira.
"""
import os
from os import path
from glob import glob
import subprocess
import re
import util
# build and evaluation tools
def prepare_isabelle_repository(loc_isabelle, loc_contrib, loc_dependency_heaps, parallelism = True):
loc_contrib = path.expanduser(loc_contrib)
if not path.exists(loc_contrib):
raise IOError('Bad file: %s' % loc_contrib)
subprocess.check_call(['ln', '-s', loc_contrib, '%s/contrib' % loc_isabelle])
contributed_components = path.join(loc_isabelle, 'Admin', 'contributed_components')
if path.exists(contributed_components):
components = []
for component in util.readfile_lines(contributed_components):
loc_component = path.join(loc_isabelle, component)
if path.exists(loc_component):
components.append(loc_component)
writer = open(path.join(loc_isabelle, 'etc', 'components'), 'a')
for component in components:
writer.write(component + '\n')
writer.close()
if loc_dependency_heaps:
isabelle_path = loc_dependency_heaps + '/$ISABELLE_IDENTIFIER:$ISABELLE_OUTPUT'
else:
isabelle_path = '$ISABELLE_OUTPUT'
if parallelism:
parallelism_options = '-M max'
else:
parallelism_options = '-M 1 -q 0'
extra_settings = '''
ISABELLE_HOME_USER="$ISABELLE_HOME/home_user"
ISABELLE_OUTPUT="$ISABELLE_HOME/heaps"
ISABELLE_BROWSER_INFO="$ISABELLE_HOME/browser_info"
ISABELLE_PATH="%s"
ISABELLE_USEDIR_OPTIONS="$ISABELLE_USEDIR_OPTIONS %s -t true -v true -d pdf -g true -i true"
''' % (isabelle_path, parallelism_options)
writer = open(path.join(loc_isabelle, 'etc', 'settings'), 'a')
writer.write(extra_settings)
writer.close()
def extract_isabelle_run_timing(logdata):
def to_secs(h, m, s):
return (int(h) * 60 + int(m)) * 60 + int(s)
pat = r'Finished (\S+) \((\d+):(\d+):(\d+) elapsed time, (\d+):(\d+):(\d+) cpu time'
pat2 = r'Timing (\S+) \((\d+) threads, (\d+\.\d+)s elapsed time, (\d+\.\d+)s cpu time, (\d+\.\d+)s GC time\)'
t = dict((name, {'elapsed': to_secs(eh,em,es), 'cpu': to_secs(ch,cm,cs)})
for name, eh, em, es, ch, cm, cs in re.findall(pat, logdata))
for name, threads, elapsed, cpu, gc in re.findall(pat2, logdata):
if name not in t:
t[name] = {}
t[name]['threads'] = int(threads)
t[name]['elapsed_inner'] = elapsed
t[name]['cpu_inner'] = cpu
t[name]['gc'] = gc
return t
def extract_isabelle_run_summary(logdata):
re_error = re.compile(r'^(?:make: )?\*\*\* (.*)$', re.MULTILINE)
summary = '\n'.join(re_error.findall(logdata))
if summary == '':
summary = 'ok'
return summary
def isabelle_usedir(env, isa_path, isabelle_usedir_opts, base_image, dir_name):
return env.run_process('%s/bin/isabelle' % isa_path, 'usedir',
isabelle_usedir_opts, base_image, dir_name)
def isabelle_dependency_only(env, case, paths, dep_paths, playground):
p = paths[0]
result = path.join(p, 'heaps')
os.makedirs(result)
for dep_path in dep_paths:
subprocess.check_call(['cp', '-R'] + glob(dep_path + '/*') + [result])
return (True, 'ok', {}, {}, result)
def build_isabelle_image(subdir, base, img, env, case, paths, dep_paths, playground):
p = paths[0]
dep_path = dep_paths[0]
prepare_isabelle_repository(p, env.settings.contrib, dep_path)
os.chdir(path.join(p, 'src', subdir))
(return_code, log) = isabelle_usedir(env, p, '-b', base, img)
result = path.join(p, 'heaps')
return (return_code == 0, extract_isabelle_run_summary(log),
{'timing': extract_isabelle_run_timing(log)}, {'log': log}, result)
def isabelle_makeall(env, case, paths, dep_paths, playground):
p = paths[0]
dep_path = dep_paths[0]
prepare_isabelle_repository(p, env.settings.contrib, dep_path)
os.chdir(p)
(return_code, log) = env.run_process('%s/bin/isabelle' % p, 'makeall', '-k', 'all')
return (return_code == 0, extract_isabelle_run_summary(log),
{'timing': extract_isabelle_run_timing(log)}, {'log': log}, None)
# Isabelle configurations
@configuration(repos = [Isabelle], deps = [])
def Pure(env, case, paths, dep_paths, playground):
"""Pure image"""
p = paths[0]
prepare_isabelle_repository(p, env.settings.contrib, '')
os.chdir(path.join(p, 'src', 'Pure'))
(return_code, log) = env.run_process('%s/bin/isabelle' % p, 'make', 'Pure')
result = path.join(p, 'heaps')
return (return_code == 0, extract_isabelle_run_summary(log),
{'timing': extract_isabelle_run_timing(log)}, {'log': log}, result)
@configuration(repos = [Isabelle], deps = [(Pure, [0])])
def FOL(*args):
"""FOL image"""
return build_isabelle_image('FOL', 'Pure', 'FOL', *args)
@configuration(repos = [Isabelle], deps = [(Pure, [0])])
def HOL(*args):
"""HOL image"""
return build_isabelle_image('HOL', 'Pure', 'HOL', *args)
@configuration(repos = [Isabelle], deps = [(HOL, [0])])
def HOL_HOLCF(*args):
"""HOL-HOLCF image"""
return build_isabelle_image('HOL/HOLCF', 'HOL', 'HOLCF', *args)
@configuration(repos = [Isabelle], deps = [(HOL, [0])])
def HOL_Nominal(*args):
"""HOL-Nominal image"""
return build_isabelle_image('HOL/Nominal', 'HOL', 'HOL-Nominal', *args)
@configuration(repos = [Isabelle], deps = [(HOL, [0])])
def HOL_Word(*args):
"""HOL-Word image"""
return build_isabelle_image('HOL/Word', 'HOL', 'HOL-Word', *args)
@configuration(repos = [Isabelle], deps = [
(HOL, [0]),
(HOL_HOLCF, [0]),
(HOL_Nominal, [0]),
(HOL_Word, [0])
])
def AFP_images(*args):
"""Isabelle images needed for the AFP"""
return isabelle_dependency_only(*args)
@configuration(repos = [Isabelle], deps = [
(AFP_images, [0])
])
def Isabelle_makeall(*args):
"""Isabelle makeall"""
return isabelle_makeall(*args)
# Mutabelle configurations
def invoke_mutabelle(theory, env, case, paths, dep_paths, playground):
"""Mutant testing for counterexample generators in Isabelle"""
(loc_isabelle,) = paths
(dep_isabelle,) = dep_paths
prepare_isabelle_repository(loc_isabelle, env.settings.contrib, dep_isabelle)
os.chdir(loc_isabelle)
(return_code, log) = env.run_process('bin/isabelle',
'mutabelle', '-O', playground, theory)
try:
mutabelle_log = util.readfile(path.join(playground, 'log'))
except IOError:
mutabelle_log = ''
return (return_code == 0 and mutabelle_log != '', extract_isabelle_run_summary(log),
{'timing': extract_isabelle_run_timing(log)},
{'log': log, 'mutabelle_log': mutabelle_log}, None)
@configuration(repos = [Isabelle], deps = [(HOL, [0])])
def Mutabelle_Relation(*args):
"""Mutabelle regression suite on Relation theory"""
return invoke_mutabelle('Relation', *args)
@configuration(repos = [Isabelle], deps = [(HOL, [0])])
def Mutabelle_List(*args):
"""Mutabelle regression suite on List theory"""
return invoke_mutabelle('List', *args)
@configuration(repos = [Isabelle], deps = [(HOL, [0])])
def Mutabelle_Set(*args):
"""Mutabelle regression suite on Set theory"""
return invoke_mutabelle('Set', *args)
@configuration(repos = [Isabelle], deps = [(HOL, [0])])
def Mutabelle_Map(*args):
"""Mutabelle regression suite on Map theory"""
return invoke_mutabelle('Map', *args)
@configuration(repos = [Isabelle], deps = [(HOL, [0])])
def Mutabelle_Divides(*args):
"""Mutabelle regression suite on Divides theory"""
return invoke_mutabelle('Divides', *args)
@configuration(repos = [Isabelle], deps = [(HOL, [0])])
def Mutabelle_MacLaurin(*args):
"""Mutabelle regression suite on MacLaurin theory"""
return invoke_mutabelle('MacLaurin', *args)
@configuration(repos = [Isabelle], deps = [(HOL, [0])])
def Mutabelle_Fun(*args):
"""Mutabelle regression suite on Fun theory"""
return invoke_mutabelle('Fun', *args)
# Judgement Day configurations
judgement_day_provers = ('e', 'spass', 'vampire')
def judgement_day(base_path, theory, opts, env, case, paths, dep_paths, playground):
"""Judgement Day regression suite"""
isa = paths[0]
dep_path = dep_paths[0]
os.chdir(path.join(playground, '..', base_path)) # Mirabelle requires specific cwd
prepare_isabelle_repository(isa, env.settings.contrib, dep_path)
output = {}
success_rates = {}
some_success = False
for atp in judgement_day_provers:
log_dir = path.join(playground, 'mirabelle_log_' + atp)
os.makedirs(log_dir)
cmd = ('%s/bin/isabelle mirabelle -q -O %s sledgehammer[prover=%s,%s] %s.thy'
% (isa, log_dir, atp, opts, theory))
os.system(cmd)
output[atp] = util.readfile(path.join(log_dir, theory + '.log'))
percentages = list(re.findall(r'Success rate: (\d+)%', output[atp]))
if len(percentages) == 2:
success_rates[atp] = {
'sledgehammer': int(percentages[0]),
'metis': int(percentages[1])}
if success_rates[atp]['sledgehammer'] > 0:
some_success = True
else:
success_rates[atp] = {}
data = {'success_rates': success_rates}
raw_attachments = dict((atp + "_output", output[atp]) for atp in judgement_day_provers)
# FIXME: summary?
return (some_success, '', data, raw_attachments, None)
@configuration(repos = [Isabelle], deps = [(HOL, [0])])
def JD_NS(*args):
"""Judgement Day regression suite NS"""
return judgement_day('Isabelle/src/HOL/Auth', 'NS_Shared', 'prover_timeout=10', *args)
@configuration(repos = [Isabelle], deps = [(HOL, [0])])
def JD_FTA(*args):
"""Judgement Day regression suite FTA"""
return judgement_day('Isabelle/src/HOL/Library', 'Fundamental_Theorem_Algebra', 'prover_timeout=10', *args)
@configuration(repos = [Isabelle], deps = [(HOL, [0])])
def JD_Hoare(*args):
"""Judgement Day regression suite Hoare"""
return judgement_day('Isabelle/src/HOL/IMPP', 'Hoare', 'prover_timeout=10', *args)
@configuration(repos = [Isabelle], deps = [(HOL, [0])])
def JD_SN(*args):
"""Judgement Day regression suite SN"""
return judgement_day('Isabelle/src/HOL/Proofs/Lambda', 'StrongNorm', 'prover_timeout=10', *args)