def load_config(test_name): #print test_name configFile = os.path.join(BIG_TESTS_CFG, test_name + '.ini') cs = Compute(configFile, None) _out_dir, out_file = os.path.split(cs.options.output_file) cs.options.output_file = os.path.join(BIG_TESTS_OUT, out_file) return cs
#!/usr/bin/python ## ## Circuitscape (C) 2013, Brad McRae, Viral B. Shah. and Tanmay Mohapatra import sys from circuitscape.compute import Compute if len(sys.argv) == 1: print 'Error: Circuitscape configuration (.ini) file required.' else: configFile = sys.argv[1] cs = Compute(configFile, 'Screen') resistances = cs.compute() print resistances
def run_batch(qlogger, msg_type, roles, msg_data, work_dir, storage_creds, store_in_cloud, log_str): qlogger.srvr_log(logging.INFO, "beginning run_batch") cwd = os.getcwd() store = GoogleDriveStore(storage_creds, log_str) if (None != storage_creds) else None if store_in_cloud: batch_zip = msg_data batch_zip_name = os.path.splitext(store.to_file_name(batch_zip))[0] + '_output.zip' qlogger.clnt_log("Reading from cloud store: " + batch_zip) batch_folder = Utils.mkdtemp(prefix="batch_") batch_zip = store.copy_to_local(batch_zip, work_dir) Utils.uncompress_folder(batch_folder, batch_zip) os.remove(batch_zip) output_folder_zip = os.path.join(work_dir, batch_zip_name) else: batch_folder = msg_data qlogger.clnt_log("Running batch with all configurations (.ini files) under folder: " + batch_folder) output_root_folder = Utils.mkdtemp_if_exists(prefix="output", dir=batch_folder) if store_in_cloud: qlogger.clnt_log("Outputs would be uploaded to your cloud store as " + batch_zip_name) else: qlogger.clnt_log("Outputs would be stored under folder: " + output_root_folder) num_success = 0 num_failed = 0 # collect all configuration names config_files = [] for root, _dirs, files in os.walk(batch_folder): for file_name in files: if not file_name.endswith(".ini"): continue config_files.append(os.path.join(root, file_name)) num_configs = len(config_files) qlogger.clnt_log("Found " + str(num_configs) + " configuration files.") parallelize = True if (num_configs > CircuitscapeRunner.MAX_PARALLEL) else False batch_success = False if parallelize: pool = [] results = [] try: for config_file in config_files: root, file_name = os.path.split(config_file) qlogger.clnt_log("Loading configuration: " + config_file) cfg = CSConfig(config_file) os.chdir(root) qlogger.clnt_log("Verifying configuration...") if parallelize: # switch off parallization of each task if we are parallelizing batch cfg.parallelize = False (all_options_valid, message) = cfg.check() #qlogger.clnt_log("Verified configuration with result: " + str(all_options_valid)) if all_options_valid: #qlogger.clnt_log("Verifying all paths are relative...") all_options_valid = cfg.are_all_paths_relative(); if not all_options_valid: message = "All file paths in configuration must be relative to location of configuration file." #qlogger.clnt_log("Verified configuration with result: " + str(all_options_valid)) if all_options_valid: qlogger.clnt_log("Verifying profile limits...") (all_options_valid, message) = CircuitscapeRunner.check_role_limits(roles, cfg, qlogger) if not all_options_valid: qlogger.send_error_msg(message) num_failed += 1 else: solver_failed = True cfgname = os.path.splitext(file_name)[0] output_folder = os.path.join(output_root_folder, cfgname) os.mkdir(output_folder) cfg.output_file = os.path.join(output_folder, os.path.basename(cfg.output_file)) outdir, _out_file = os.path.split(cfg.output_file) try: qlogger.clnt_log("Storing final configuration...") configFile = os.path.join(outdir, 'circuitscape.ini') cfg.write(configFile) if parallelize: if len(pool) >= CircuitscapeRunner.MAX_PARALLEL: p = pool.pop() p.join() result = results.pop() if result.value == 0: num_success += 1 else: num_failed += 1 result = Value('i', -1) p = Process(target=CircuitscapeRunner._run_compute, args=(configFile, qlogger, cfgname + ' => ', result)) pool.append(p) results.append(result) p.start() else: cs = Compute(configFile, qlogger) result, solver_failed = cs.compute() qlogger.clnt_log("Result: \n" + str(result)) except Exception as e: message = str(e) qlogger.send_error_msg(message) if not parallelize: if solver_failed: num_failed += 1 else: num_success += 1 if parallelize: qlogger.srvr_log(logging.DEBUG, "waiting for processes len=" + str(len(pool))) for idx in range(0, len(pool)): pool[idx].join() if results[idx].value == 0: num_success += 1 else: num_failed += 1 qlogger.srvr_log(logging.DEBUG, "Batch run done for " + str(len(config_files)) + " configuration files. Success: " + str(num_success) + ". Failures: " + str(num_failed)) qlogger.clnt_log("Batch run done for " + str(len(config_files)) + " configuration files. Success: " + str(num_success) + ". Failures: " + str(num_failed)) if num_success > 0: if store_in_cloud: CircuitscapeRunner.upload_results(qlogger, output_root_folder, output_folder_zip, work_dir, msg_data, store, extract_folder_id=True) else: qlogger.clnt_log("Outputs under folder: " + output_root_folder) batch_success = True except Exception as e: qlogger.clnt_log("Unexpected error during batch run.") qlogger.srvr_log(logging.WARNING, "Exception during batch run: " + str(e)) finally: os.chdir(cwd) if store_in_cloud: try: Utils.rmdir(batch_folder) if os.path.exists(output_folder_zip): os.remove(output_folder_zip) except: qlogger.srvr_log(logging.ERROR, "Could not clear temporary files.") qlogger.srvr_log(logging.INFO, "end run_batch") qlogger.send_result_msg(msg_type, {'complete': True, 'success': batch_success})
def _run_compute(configFile, qlogger, prefix, res): qlogger.set_prefix(prefix) cs = Compute(configFile, qlogger) result, solver_failed = cs.compute() qlogger.clnt_log("Result: \n" + str(result)) res.value = -1 if solver_failed else 0
def run_job(qlogger, msg_type, roles, msg_data, work_dir, storage_creds, store_in_cloud, log_str): qlogger.srvr_log(logging.INFO, "beginning run_job") solver_failed = True output_cloud_folder = None output_folder = None cfg = CSConfig() store = GoogleDriveStore(storage_creds, log_str) if (None != storage_creds) else None all_options_valid = True for key in msg_data.keys(): val = msg_data[key] if store_in_cloud and (key in CSConfig.FILE_PATH_PROPS) and (val != None): # if val is gdrive location, translate it to local drive if isinstance(val, str) or isinstance(val, unicode): val = val.strip() if val.startswith("gdrive://"): if key == 'output_file': # store the output gdrive folder qlogger.clnt_log("Preparing cloud store output folder: " + val) output_cloud_folder = val output_folder = os.path.join(work_dir, 'output') if not os.path.exists(output_folder): os.mkdir(output_folder) else: Utils.rmdir(output_folder, True) val = os.path.join(output_folder, 'results.out') else: # copy the file locally qlogger.clnt_log("Reading from cloud store: " + val) val = store.copy_to_local(val, work_dir) elif (len(val) > 0): message = "Configuration parameter %s must have a gdrive URL as value. Current value: '%s'"%(key, val) all_options_valid = False break elif key == 'output_file': message = "Output location not specified." all_options_valid = False break cfg.__setattr__(key, val) if all_options_valid: qlogger.clnt_log("Verifying configuration...") (all_options_valid, message) = cfg.check() if all_options_valid: qlogger.clnt_log("Verifying profile limits...") (all_options_valid, message) = CircuitscapeRunner.check_role_limits(roles, cfg, qlogger) if not all_options_valid: qlogger.send_error_msg(message) else: # In cloud mode, this would be a temporary directory outdir, _out_file = os.path.split(cfg.output_file) try: qlogger.clnt_log("Storing final configuration...") configFile = os.path.join(outdir, 'circuitscape.ini') cfg.write(configFile) cs = Compute(configFile, qlogger) result, solver_failed = cs.compute() qlogger.clnt_log("Result: \n" + str(result)) except Exception as e: message = str(e) qlogger.send_error_msg(message) success = not solver_failed if success and store_in_cloud: output_folder_zip = os.path.join(work_dir, 'output.zip') CircuitscapeRunner.upload_results(qlogger, output_folder, output_folder_zip, work_dir, output_cloud_folder, store, extract_folder_id=False) qlogger.srvr_log(logging.INFO, "end run_job") qlogger.send_result_msg(msg_type, {'complete': True, 'success': success})