def read_solution_file(env, solution_file_name_str):
ast_str, error = solution_file_to_AST_str(solution_file_name_str)
if error:
print error
root = str_ast_to_python_ast(ast_str)
env.solution_root = root
env.write_solution_nodes_to_env(root)
if env.solutions and VERBOSE:
print "learned from solution-file (constants and variables): ", [x for x in env.solutions]
def run_with_pyb(bfile_name, dir=""):
# Build b-mch AST
ast_string = file_to_AST_str("%s%s.mch" % (dir, bfile_name))
ast_root = str_ast_to_python_ast(ast_string)
# Get ProB Solution, write to env
env = Environment()
env._min_int = -2**31
env._max_int = 2**31
ast_str, err = solution_file_to_AST_str("%s%s_values.txt" % (dir, bfile_name))
assert err==''
root = str_ast_to_python_ast(ast_str)
env.solution_root = root
env.write_solution_nodes_to_env(root)
# Init B-mch
#dh = DefinitionHandler(env, remove_defs_and_parse_ast)
dh = DefinitionHandler(env, str_ast_to_python_ast)
dh.repl_defs(ast_root)
mch = parse_ast(ast_root, env)
type_check_root_bmch(ast_root, env, mch) # also checks all included, seen, used and extend
#if env.solution_root:
# idNodes = find_var_nodes(root.children[0])
# idNames = [n.idName for n in idNodes]
# type_check_predicate(env.solution_root, env, idNames)
# side-effect: check properties and invariant
print "team-test:calc set up.."
bstates = set_up_constants(root, env, mch, solution_file_read=True)
env.state_space.add_state(bstates[0])
print "team-test:calc set init.."
bstates = exec_initialisation(root, env, mch, solution_file_read=True)
env.state_space.add_state(bstates[0])
if mch.has_properties_mc:
print "team-test:eval properties..."
assert interpret(mch.aPropertiesMachineClause, env)
if mch.has_invariant_mc:
print "team-test:eval invariant..."
assert interpret(mch.aInvariantMachineClause, env)
