Top 10 Examples of "ipython in functional component" in Python

directory = dirname(interactive.jobfolder_path)
    job = interactive.jobfolder
    name = interactive.jobfolder.name[1:]
    if job.functional is None:
        print("Current jobfolder does not contain any calculation.")
        return
    # avoid successful jobs.unless specifically requested
    if hasattr(job.functional, 'Extract') and not event.force:
        p = join(directory, name)
        extract = job.functional.Extract(p)
        if extract.success:
            print("Job {0} completed successfully. "                                 \
                  "It will not be relaunched.".format(name))
            return
    # now creates script
    pbsargs['n'] = get_mppalloc(shell, event, False)
    pbsargs['nnodes'] = (pbsargs['n'] + pbsargs['ppn'] - 1)                      \
        // pbsargs['ppn']
    pbsargs['err'] = pbspaths(directory, name, 'err')
    pbsargs['out'] = pbspaths(directory, name, 'out')
    pbsargs['name'] = name if len(name)                                          \
        else "{0}-root".format(basename(path))
    pbsargs['directory'] = directory
    pbsargs['header'] = ""
    pbsargs['header'] += '\nexport PYLADA_JOBARRAY_NAME={0!r}\n'.format(name)
    pbsargs['scriptcommand'] = "{0} --nbprocs {n} --ppn {ppn} {1} "              \
                               .format(pyscript, path, **pbsargs)
    pbsscript = pbspaths(directory, name, 'script')

    local_path(directory).join(name).ensure(dir=True)
    with open(pbsscript, "w") as file:
        string = pbs_string(**pbsargs) if hasattr(pbs_string, '__call__')          \

def pbspaths(directory, jobname, suffix):
        """ creates filename paths. """
        suffix = '{0}-pbs{1}'.format(event.prefix, suffix) if hasprefix \
            else 'pbs{0}'.format(suffix)
        return str(directory.join(jobname, suffix))
    # now  loop over jobfolders
    pbsscripts = []
    for current, path in jobfolders:
        logger.info("launch/scattered: current: %s  path: %s" % (current, path))
        # creates directory.
        directory = local_path(path).dirpath()
        directory.ensure(dir=True)
        # loop over executable folders in current jobfolder
        for name, job in current.root.items():
            logger.info('launch/scattered: current: %s' % current)
            logger.info('launch/scattered: current.root: %s' % current.root)
            logger.info('launch/scattered: name: %s' % name)
            logger.info('launch/scattered: job: %s' % job)
            logger.info('launch/scattered: job.is_tagged: %s' % job.is_tagged)

            # avoid jobfolder which are off
            if job.is_tagged:
                continue

            # added by Peter Graf
            # avoid jobfolder which is already in the queue:
            qstuff = qstat(name)
            if (len(qstuff) > 0 and not event.force):
                status = [x.split()[2] for x in qstuff]
                # status is a list like ['Q'], ['R'], ['H'], ['C'], ['R', 'C'], etc
                # 'RHQ' is the status that the job is indeed in the queue, 'C' job completed and
                # being removed from the queue if needed, a prefix can be used to distinguish two

def goto(self, cmdl):
    """ Moves current dictionary position and working directory (if appropriate). """
    from os import chdir
    from os.path import exists, join, split as splitpath, isdir
    from .explore import explore
    from . import get_shell
    from pylada import interactive

    shell = get_shell(self)

    if interactive.jobfolder is None:
        print("No current job-folders.")
        return
    if len(cmdl.split()) == 0:
        if interactive.jobfolder_path is None:
            print("Current position in job folder:", interactive.jobfolder.name)
        else:
            print("Current position in job folder:", interactive.jobfolder.name)
            print("Filename of job-folder: ", interactive.jobfolder_path)
        return
    args = cmdl.split()
    if len(args) > 1:
        print("Invalid argument to goto {0}.".format(cmdl))
        return

return
    if len(cmdl.split()) == 0:
        if interactive.jobfolder_path is None:
            print("Current position in job folder:", interactive.jobfolder.name)
        else:
            print("Current position in job folder:", interactive.jobfolder.name)
            print("Filename of job-folder: ", interactive.jobfolder_path)
        return
    args = cmdl.split()
    if len(args) > 1:
        print("Invalid argument to goto {0}.".format(cmdl))
        return

    # if no argument, then print current job data.
    if len(args) == 0:
        explore(self, "")
        return

    # cases to send to iterate.
    if args[0] == "next":
        return iterate(self, "")
    elif args[0] == "previous":
        return iterate(self, "previous")
    elif args[0] == "reset":
        return iterate(self, "reset")

    # case for which precise location is given.
    try:
        result = interactive.jobfolder[args[0]]
    except KeyError as e:
        print(e)
        return

from .asone import completer as asone_completer
    from .array import completer as array_completer
    from .single import completer as single_completer
    from ... import qsub_array_exe

    data = info.line.split()[1:]
    if "scattered" in data:
        return scattered_completer(self, info, data)
    elif "interactive" in data:
        return interactive_completer(self, info, data)
    elif "asone" in data:
        return asone_completer(self, info, data)
    elif "single" in data:
        return single_completer(self, info, data)
    elif qsub_array_exe is not None and "array" in data:
        return array_completer(self, info, data)
    result = ["scattered", "interactive", 'asone', 'single', '--help']
    return result + ['array'] if qsub_array_exe is not None else result

help='Optional path to a job-folder. If not present, the '
                        'currently loaded job-dictionary will be launched.')
    opalls.add_argument('--force', action="store_true", dest="force",
                        help="If present, launches all untagged jobs, even those "
                        "which completed successfully.")
    # subparsers
    subparsers                                                                   \
        = parser.add_subparsers(help='Launches one job per untagged calculations')

    # launch scattered.
    scattered_parser(self, subparsers, opalls)
    interactive_parser(self, subparsers, opalls)
    asone_parser(self, subparsers, opalls)
    single_parser(self, subparsers, opalls)
    if qsub_array_exe is not None:
        array_parser(self, subparsers, opalls)

    # parse arguments
    try:
        args = parser.parse_args(event.split())
    except SystemExit as e:
        return None

    # creates list of dictionaries.
    jobfolders = []
    if args.pickle != '':
        for pickle in args.pickle:
            pickle = RelativePath(pickle).path
            try:
                d = load_jobs(path=pickle, timeout=20)
            except ImportError as e:
                print("ImportError: ", e)

try:
        mppalloc = shell.ev(event.nbprocs)
    except Exception as e:
        print(("Could not make sense of --nbprocs argument {0}.\n{1}"               \
              .format(event.nbprocs, e)))
        return
    logger.info("launch/init: mppalloc a: %s" % mppalloc)
    if mppalloc is None and withdefault:
        def mppalloc(job):
            """ Returns number of processes for this job. """
            natom = len(job.structure)  # number of atoms.
            # Round down to a multiple of ppn
            nnode = max(1, natom / event.ppn)
            nproc = nnode * event.ppn
            return nproc
    logger.info("launch/init: mppalloc b: %s" % mppalloc)
    return mppalloc

def get_mppalloc(shell, event, withdefault=True):
    """ Gets mpp allocation. """
    from .. import logger

    logger.info("launch/init: shell: %s" % shell)
    logger.info("launch/init: event: %s" % event)
    logger.info("launch/init: event.ppn: %s" % event.ppn)
    logger.info("launch/init: withdefault: %s" % withdefault)
    try:
        mppalloc = shell.ev(event.nbprocs)
    except Exception as e:
        print(("Could not make sense of --nbprocs argument {0}.\n{1}"               \
              .format(event.nbprocs, e)))
        return
    logger.info("launch/init: mppalloc a: %s" % mppalloc)
    if mppalloc is None and withdefault:
        def mppalloc(job):
            """ Returns number of processes for this job. """
            natom = len(job.structure)  # number of atoms.
            # Round down to a multiple of ppn
            nnode = max(1, natom / event.ppn)

job.tag()
            # running jobs are not errors either.
            else:
                is_run = getattr(extract, 'is_running', False)
                if is_run:
                    job.tag()

                qstuff = self.qstat(name)
                is_inqueue = len(qstuff) > 0
                if is_inqueue:
                    job.tag()

                # what's left is an error.
                else:
                    job.untag()
                logger.debug('ipython/explore errors: dir: %s  is_run: %s' % (directory, is_run))

    # Look only for jobs which are successfull.
    if args.type == "results":
        if interactive.jobfolder_path is None:
            print("No known path/file for current job-folder.\n"\
                  "Please save to file first.")
            return
        directory = dirname(interactive.jobfolder_path)
        for name, job in interactive.jobfolder.items():
            if not job.functional.Extract(join(directory, name)).success:
                job.tag()
            else:
                job.untag()

    # Look only for jobs which are running (and can be determined as such).
    elif args.type == "running":

#     ['checkjob', str(job.jobNumber)],
                #     shell=False,
                #     cwd=wkDir,
                #     stdin=subprocess.PIPE,
                #     stdout=subprocess.PIPE,
                #     stderr=subprocess.PIPE,
                #     bufsize=10*1000*1000)
                #   (stdout, stderr) = proc.communicate()
                #   parse stdout to get status.  May be 'not found'.
                #   if idle or active: job.untag()
                #   else: job.tag()

                job.untag()
            else:
                job.tag()
            logger.debug('ipython/explore running: dir: %s  is_run: %s' % (directory, is_run))

    # All jobs without restriction.
    elif args.type == "all":
        if interactive.jobfolder_path is None:
            return
        for job in interactive.jobfolder.values():
            job.untag()