code-aster-run 1.13.1-2 / usr / lib / python2.7 / dist-packages / asrun / execution.py

# -*- coding: utf-8 -*-

# ==============================================================================
# COPYRIGHT (C) 1991 - 2003  EDF R&D                  WWW.CODE-ASTER.ORG
# THIS PROGRAM IS FREE SOFTWARE; YOU CAN REDISTRIBUTE IT AND/OR MODIFY
# IT UNDER THE TERMS OF THE GNU GENERAL PUBLIC LICENSE AS PUBLISHED BY
# THE FREE SOFTWARE FOUNDATION; EITHER VERSION 2 OF THE LICENSE, OR
# (AT YOUR OPTION) ANY LATER VERSION.
#
# THIS PROGRAM IS DISTRIBUTED IN THE HOPE THAT IT WILL BE USEFUL, BUT
# WITHOUT ANY WARRANTY; WITHOUT EVEN THE IMPLIED WARRANTY OF
# MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. SEE THE GNU
# GENERAL PUBLIC LICENSE FOR MORE DETAILS.
#
# YOU SHOULD HAVE RECEIVED A COPY OF THE GNU GENERAL PUBLIC LICENSE
# ALONG WITH THIS PROGRAM; IF NOT, WRITE TO EDF R&D CODE_ASTER,
#    1 AVENUE DU GENERAL DE GAULLE, 92141 CLAMART CEDEX, FRANCE.
# ==============================================================================

"""
This modules gives functions to start up Code_Aster executions.
"""


import os
import os.path as osp
import re
from glob import glob
from math import log10

from asrun.installation import confdir
from asrun.common.i18n import _
from asrun.mystring     import print3, ufmt, file_cleanCR
from asrun.build        import glob_unigest
from asrun.mpi          import MPI_INFO
from asrun.profil       import AsterProfil, ExportEntry
from asrun.common_func  import get_tmpname
from asrun.common.utils import getpara, check_joker, hms2s
from asrun.common.sysutils import on_64bits



def dict_typ_test(test):
    """supported file types + ['com?', '[0-9]*']
    """
    return {
        'comm' : ('fort.1' ,  1),
        'mail' : ('fort.20', 20),
        'mmed' : ('fort.20', 20),
        'med'  : ('fort.20', 20),
        'datg' : ('fort.16', 16),
        'mgib' : ('fort.19', 19),
        'msh'  : ('fort.19', 19),
        'msup' : ('fort.19', 19),
        'para' : ('%s.para' % test, 0),
        'ensi' : ('DONNEES_ENSIGHT', 0),
        'repe' : ('REPE_IN', 0),
    }

def dict_typ_result():
    """supported file types : resu, rmed
    """
    return {
        'mess' : ('fort.6',   6),
        'resu' : ('fort.8',   8),
        'dat'  : ('fort.29', 29),
        'rmed' : ('fort.80', 80),
        'pos'  : ('fort.37', 37),
        'base' : ('unused',   0),
        'bhdf' : ('unused',   0),
    }



def execute(reptrav, multiple=False, with_dbg=False, only_env=False,
            follow_output=True, fpara=None, facmtps=1.,
            mpi_info=None, **kargs):
    """Run a Code_Aster execution in 'reptrav'.
    Arguments :
        multiple : False if only one execution is run (so stop if it fails),
            True if several executions are run (don't stop when error occurs)
        with_dbg : start debugger or not,
        fpara    : deprecated,
        follow_output : print output to follow the execution,
    kargs give "run, conf, prof, build" instances + exec name
    Return a tuple (diag, tcpu, tsys, ttot, validbase).
    """
    # 1. ----- initializations
    run    = kargs['run']
    conf   = kargs['conf']
    prof   = kargs['prof']
    build  = kargs['build']
    exetmp = kargs['exe']
    ctest  = kargs.get('cas_test', False)
    tcpu = 0.
    tsys = 0.
    ttot = 0.
    validbase = True
    if mpi_info is None:
        mpi_info = MPI_INFO()
        mpi_info.set_rep_trav(reptrav)

    interact = prof.args.has_key('interact') or \
              prof.args['args'].find('-interact') > -1

    os.chdir(reptrav)

    # 2. ----- list of command files
    list_comm = glob('fort.1.*')
    list_comm.sort()
    if osp.exists('fort.1'):
        list_comm.insert(0, 'fort.1')

    # 3. ----- arguments list
    drep = { 'REPOUT' : 'rep_outils', 'REPMAT' : 'rep_mat', 'REPDEX' : 'rep_dex' }
    cmd = []
    cmd.append(osp.join(conf['REPPY'][0], conf['ARGPYT'][0]))
    cmd.extend(conf['ARGEXE'])
    cmd.append('-commandes fort.1')
    cmd_memtps = {}
    for k, v in prof.args.items():
        if k == 'args':
            cmd.append(prof.args[k])
        elif k in ('memjeveux', 'memjeveux_stat', 'tpmax'):
            cmd_memtps[k] = v
        elif v.strip() == '' and k in drep.values():
            run.Mess(_(u'empty value not allowed for "%s"') % k, '<A>_INVALID_PARAMETER')
        else:
            cmd.append('-%s %s' % (k, v))

    # arguments which can be set in file 'config.txt'
    for kconf, karg in drep.items():
        if conf[kconf][0] != '' and not karg in prof.args.keys():
            cmd.append('-'+karg+' '+conf[kconf][0])

    ncpus = '1'
    if prof['ncpus'][0] != '':
        ncpus = prof['ncpus'][0]

    # 4. ----- add parameters from prof
    if on_64bits():
        facW = 8
    else:
        facW = 4
    tps   = 0
    memj  = 0
    memjs = 0
    nbp   = 0
    try:
        tps = int(float(prof.args['tpmax']))
    except KeyError:
        run.Mess(_(u'tpmax not provided in profile'), '<E>_INCORRECT_PARA')
    except ValueError:
        run.Mess(_(u'incorrect value for tpmax (%s) in profile') % \
                prof.args['tpmax'], '<E>_INCORRECT_PARA')
    try:
        memj = float(prof.args['memjeveux'])
    except KeyError:
        run.Mess(_(u'memjeveux not provided in profile'), '<E>_INCORRECT_PARA')
    except ValueError:
        run.Mess(_(u'incorrect value for memjeveux (%s) in profile') % \
                prof.args['memjeveux'], '<E>_INCORRECT_PARA')

    try:
        memjs = float(prof.args.get('memjeveux_stat', 0))
    except ValueError:
        run.Mess(_(u'incorrect value for memjeveux_stat (%s) in profile') % \
                prof.args['memjeveux_stat'], '<E>_INCORRECT_PARA')

    try:
        nbp = int(ncpus)
    except ValueError:
        run.Mess(_(u'incorrect value for ncpus (%s) in profile') % \
                prof['ncpus'][0], '<E>_INCORRECT_PARA')

    # 4.1. check for memory, time and procs limits
    run.Mess(_(u'Parameters : memory %d MB - time limit %d s') % (memj*facW, tps))
    check_limits(run, prof['mode'][0], tps, memj*facW, nbp, mpi_info.nbnode(), mpi_info.nbcpu())
    # check for previous errors (parameters)
    if not multiple:
        run.CheckOK()
    elif run.GetGrav(run.diag) > run.GetGrav('<A>'):
        run.Mess(_(u'error in parameters : %s') % run.diag)
        return run.diag, tcpu, tsys, ttot, validbase

    # 5. ----- only environment, print command lines to execute
    if only_env:
        run.Mess(ufmt(_(u'Code_Aster environment prepared in %s'), reptrav), 'OK')
        run.Mess(_(u'To start execution copy/paste following lines in a ksh/bash shell :'))
        run.Mess('   cd %s' % reptrav, 'SILENT')
        run.Mess('   . %s' % osp.join(confdir, 'profile.sh'), 'SILENT')
        tmp_profile = "profile_tmp.sh"
        open(tmp_profile, 'w').write("""
export PYTHONPATH=$PYTHONPATH:.
export LD_LIBRARY_PATH=$LD_LIBRARY_PATH:.
""")
        # set per version environment
        for f in conf.get_with_absolute_path('ENV_SH') + [tmp_profile]:
            run.Mess('   . %s' % f, 'SILENT')

        cmd.insert(0, osp.join('.', osp.basename(exetmp)))
        # add memjeveux and tpmax
        cmd.extend(['-%s %s' % (k, v) for k, v in cmd_memtps.items()])
        cmdline = ' '.join(cmd)

        # get pdb.py path
        pdbpy_cmd = "import os, sys ; " \
            "pdbpy = os.path.join(sys.prefix, 'lib', 'python' + sys.version[:3], 'pdb.py')"
        d = {}
        exec pdbpy_cmd in d
        pdbpy = d['pdbpy']

        if mpi_info.really():  #XXX and if not ? perhaps because of exit_code
            cmdline = mpi_info.get_exec_command(cmdline,
                add_tee=False,
                env=conf.get_with_absolute_path('ENV_SH'))

        # print command lines
        k = 0
        for fcomm in list_comm:
            k += 1
            run.Mess(_(u"Command line %d :") % k)
            run.Mess(u"cp %s fort.1" % fcomm, 'SILENT')
            run.Mess(cmdline, 'SILENT')
            # how to start the Python debugger
            if not mpi_info.really():
                run.Mess(_(u'To start execution in the Python debugger you could type :'), 'SILENT')
                pdb_cmd = cmdline.replace(osp.join('.', osp.basename(exetmp)),
                    '%s %s' % (osp.join('.', osp.basename(exetmp)),
                            ' '.join(pdbpy.splitlines())))
                run.Mess(u"cp %s fort.1" % fcomm, 'SILENT')
                run.Mess(pdb_cmd, 'SILENT')

        diag = 'OK'

    # 6. ----- really execute
    else:
        # 6.1. content of reptrav
        if not ctest:
            run.Mess(ufmt(_(u'Content of %s before execution'), reptrav), 'TITLE')
            kret, out = run.Shell(cmd='ls -la')
            print3(out)

        if len(list_comm) == 0:
            run.Mess(_(u'no .comm file found'), '<E>_NO_COMM_FILE')
        # check for previous errors (copy datas)
        if not multiple:
            run.CheckOK()
        elif run.GetGrav(run.diag) > run.GetGrav('<A>'):
            run.Mess(_(u'error occurs during preparing data : %s') % run.diag)
            return run.diag, tcpu, tsys, ttot, validbase

        # 6.2. complete command line
        cmd.append('-suivi_batch')
        add_tee = False
        if with_dbg:
            # how to run the debugger
            cmd_dbg = run.config.get('cmd_dbg', '')
            if not cmd_dbg:
                run.Mess(_(u'command line to run the debugger not defined'),
                        '<F>_DEBUG_ERROR')
            if cmd_dbg.find('gdb') > -1:
                ldbg = ['break main', ]
            else:
                ldbg = ['stop in main', ]
            # add memjeveux and tpmax
            update_cmd_memtps(cmd_memtps)
            cmd.extend(['-%s %s' % (k, v) for k, v in cmd_memtps.items()])
            pos_memtps = -1

            cmd_args = ' '.join(cmd)
            ldbg.append('run ' + cmd_args)
            cmd = getdbgcmd(cmd_dbg, osp.basename(exetmp), '', ldbg, cmd_args)
        else:
            add_tee = True
            cmd.insert(0, osp.join('.', osp.basename(exetmp)))
            # position where insert memjeveux+tpmax
            pos_memtps = len(cmd)
            os.environ['OMP_NUM_THREADS'] = str(ncpus)
            # unlimit coredump size
            try:
                corefilesize = int(prof['corefilesize'][0]) * 1024*1024
            except ValueError:
                corefilesize = 'unlimited'
            run.SetLimit('core', corefilesize)

        # 6.3. if multiple .comm files, keep previous bases
        if len(list_comm) > 1:
            run.Mess(_(u'%d command files') % len(list_comm))
            validbase = False
            BASE_PREC = osp.join(reptrav, 'BASE_PREC')
            run.MkDir(BASE_PREC)

        # 6.4. for each .comm file
        diag = '?'
        k = 0
        for fcomm in list_comm:
            k += 1
            os.chdir(mpi_info.reptrav())
            run.Copy('fort.1', fcomm)

            # start execution
            tit = _(u'Code_Aster run')
            run.timer.Start(tit)

            # add memjeveux and tpmax at the right position
            cmd_i = cmd[:]
            update_cmd_memtps(cmd_memtps)
            if pos_memtps > -1:
                for key, value in cmd_memtps.items():
                    cmd_i.insert(pos_memtps, '-%s %s' % (key, value))

            if not ctest:
                run.Mess(tit, 'TITLE')
                run.Mess(_(u'Command line %d :') % k)
                if not run['verbose']:
                    run.Mess(' '.join(cmd_i))

            cmd_exec = mpi_info.get_exec_command(' '.join(cmd_i),
                add_tee=add_tee,
                env=conf.get_with_absolute_path('ENV_SH'))

            # go
            iret, exec_output = run.Shell(cmd_exec, follow_output=follow_output, interact=interact)
            if iret != 0:
                for f in ('fort.6', 'fort.8', 'fort.9'):
                    run.FileCat(text="""\n <I>_EXIT_CODE = %s""" % iret, dest=f)
            if not follow_output and not ctest:
                print3(exec_output)

            # mpirun does not include cpu/sys time of childrens, add it in timer
            mpi_info.add_to_timer(exec_output, tit)

            run.timer.Stop(tit)
            if k < len(list_comm):
                for b in glob('vola.*')+glob('loca.*'):
                    run.Delete(b)

            if len(list_comm) > 1:
                ldiag = build.GetDiag(cas_test=ctest)
                diag_k  = ldiag[0]
                tcpu += ldiag[1]
                tsys += ldiag[2]
                ttot += ldiag[3]
                run.FileCat('fort.6', 'fort_bis.6')
                run.FileCat('fort.8', 'fort_bis.8')
                run.FileCat('fort.9', 'fort_bis.9')
                run.Delete('fort.6')
                run.Delete('fort.8')
                run.Delete('fort.9')
                if re.search('<[ESF]{1}>', diag_k):
                    # switch <F> to <E> if multiple .comm
                    if diag_k.find('<F>') > -1:
                        diag_k = diag_k.replace('<F>', '<E>')
                        # ...and try to restore previous bases
                        run.Mess(ufmt(_(u'restore bases from %s'), BASE_PREC))
                        lbas = glob(osp.join(BASE_PREC, 'glob.*')) + \
                         glob(osp.join(BASE_PREC, 'bhdf.*')) + \
                         glob(osp.join(BASE_PREC, 'pick.*'))
                        if len(lbas) > 0:
                            run.Copy(os.getcwdu(), niverr='INFO', verbose=follow_output, *lbas)
                        else:
                            run.Mess(_(u'no glob/bhdf base to restore'), '<A>_ALARM')
                    run.Mess(_(u'execution aborted (comm file #%d)') % k, diag_k)
                    diag = diag_k
                    break
                else:
                    # save bases in BASE_PREC if next execution fails
                    validbase = True
                    if k < len(list_comm):
                        if not ctest:
                            run.Mess(ufmt(_(u'save bases into %s'), BASE_PREC))
                        lbas = glob('glob.*') + \
                         glob('bhdf.*') + \
                         glob('pick.*')
                        run.Copy(BASE_PREC, niverr='INFO', verbose=follow_output, *lbas)
                    run.Mess(_(u'execution ended (comm file #%d)') % k, diag_k)
                # the worst diagnostic
                if run.GetGrav(diag) < run.GetGrav(diag_k):
                    diag = diag_k

        # 6.5. global diagnostic
        if len(list_comm) > 1:
            run.Rename('fort_bis.6', 'fort.6')
            run.Rename('fort_bis.8', 'fort.8')
            run.Rename('fort_bis.9', 'fort.9')
        else:
            diag, tcpu, tsys, ttot, telap = build.GetDiag(cas_test=ctest)
            validbase = run.GetGrav(diag) <= run.GetGrav('<S>')
        if ctest and run.GetGrav(diag) < 0:
            diag = '<F>_' + diag
        run.Mess(_(u'Code_Aster run ended, diagnostic : %s') % diag)

        # 6.6. post-mortem analysis of the core file
        if not with_dbg:
            cmd_dbg = run.config.get('cmd_post', '')
            lcor = glob('core*')
            if cmd_dbg and lcor:
                run.Mess(_(u'Code_Aster run created a coredump'),
                        '<E>_CORE_FILE')
                if not multiple:
                    # take the first one if several core files
                    core = lcor[0]
                    run.Mess(ufmt(_(u'core file name : %s'), core))
                    cmd = getdbgcmd(cmd_dbg, osp.basename(exetmp), core,
                            ('where', 'quit'), '')
                    tit = _(u'Coredump analysis')
                    run.Mess(tit, 'TITLE')
                    run.timer.Start(tit)
                    iret, output = run.Shell(' '.join(cmd),
                            alt_comment='coredump analysis...', verbose=True)
                    if iret == 0 and not ctest:
                        print3(output)
                    run.timer.Stop(tit)

        if not ctest:
            # 6.7. content of reptrav
            run.Mess(ufmt(_(u'Content of %s after execution'), os.getcwdu()), 'TITLE')
            kret, out = run.Shell(cmd='ls -la . REPE_OUT')
            print3(out)

            # 6.8. print some informations
            run.Mess(_(u'Size of bases'), 'TITLE')
            lf = glob('vola.*')
            lf.extend(glob('loca.*'))
            lf.extend(glob('glob.*'))
            lf.extend(glob('bhdf.*'))
            lf.extend(glob('pick.*'))
            for f in lf:
                run.Mess(_(u'size of %s : %12d bytes') % (f, os.stat(f).st_size))

    return diag, tcpu, tsys, ttot, validbase


def copyfiles(run, mode, prof, copybase=True, alarm=True):
    """Copy datas from profile into `pwd` (if mode=='DATA')
    or results from `pwd` into destination given by profile (if mode=='RESU').
    Aster bases are copied only if copybase is True.
    Raise only <E> if an error occurs run CheckOK() after.
    """
    if mode == 'DATA':
        l_dico = prof.data
        icomm = 0
        ncomm = len(prof.Get('D', 'comm'))
        for df in l_dico:
            icomm = copyfileD(run, df, icomm, ncomm)
    else:
        l_dico = prof.resu
        for df in l_dico:
            copyfileR(run, df, copybase, alarm)


def copyfileD(run, df, icomm, ncomm):
    """Copy datas from `df` into current directory.
    Raise only <E> if an error occurs run CheckOK() after.
    """
    dest = None
    # 1. ----- if logical unit is set : fort.*
    if df['ul'] != 0 or df['type'] in ('nom',):
        dest = 'fort.%d' % df['ul']
        if df['type'] == 'nom':
            dest = osp.basename(df['path'])
        # exception for multiple command files (adding _N)
        if df['ul'] == 1:
            icomm += 1
            format = '%%0%dd' % (int(log10(max(1, ncomm))) + 1)
            dest = dest + '.' + format % icomm
        # warning if file already exists
        if run.Exists(dest):
            run.Mess(ufmt(_(u"'%s' overwrites '%s'"), df['path'], dest), '<A>_COPY_DATA')
        if df['compr']:
            dest = dest + '.gz'

    # 2. ----- bases and directories (ul=0)
    else:
        # base
        if df['type'] in ('base', 'bhdf'):
            dest = osp.basename(df['path'])
        # ensi
        elif df['type'] == 'ensi':
            dest = 'DONNEES_ENSIGHT'
        # repe
        elif df['type'] == 'repe':
            dest = 'REPE_IN'

    if dest is not None:
        # 3. --- copy
        kret = run.Copy(dest, df['path'], niverr='<E>_COPY_ERROR', verbose=True)

        # 4. --- decompression
        if kret == 0 and df['compr']:
            kret, dest = run.Gunzip(dest, niverr='<E>_DECOMPRESSION', verbose=True)

        # 5. --- move the bases in main directory
        if df['type'] in ('base', 'bhdf'):
            for f in glob(osp.join(dest, '*')):
                run.Rename(f, osp.basename(f))

        # clean text files if necessary
        if df['ul'] != 0 and run.IsTextFileWithCR(dest):
            os.chmod(dest, 0644)
            file_cleanCR(dest)
            print3(ufmt(' ` ' + _(u'line terminators have been removed from %s'), dest))
    return icomm


def copyfileR(run, df, copybase=True, alarm=True):
    """Copy results from current directory into destination given by `df`.
    Aster bases are copied only if copybase is True.
    Raise only <E> if an error occurs run CheckOK() after.
    """
    # list of files
    lf = []
    isdir = False

    # 1. ----- files
    if df['ul'] != 0 or df['type'] in ('nom', ):
        # if logical unit is set : fort.*
        if df['ul'] != 0:
            lf.append('fort.%d' % df['ul'])
        elif df['type'] == 'nom':
            lf.append(osp.basename(df['path']))

    # 2. ----- bases and directories (ul=0)
    else:
        isdir = True
        # base
        if df['type'] == 'base' and copybase:
            lf.extend(glob('glob.*'))
            lf.extend(glob('pick.*'))
        # bhdf
        elif df['type'] == 'bhdf' and copybase:
            lbas = glob('bhdf.*')
            if len(lbas) == 0:
                if alarm:
                    run.Mess(_(u"No 'bhdf' found, saving 'glob' instead"), '<A>_COPY_BASE')
                lbas = glob('glob.*')
            lf.extend(lbas)
            lf.extend(glob('pick.*'))
        # ensi / repe
        elif df['type'] in ('ensi', 'repe'):
            if df['type'] == 'ensi':
                rep = 'RESU_ENSIGHT'
            else:
                rep = 'REPE_OUT'
            lfrep = glob(osp.join(rep, '*'))
            if len(lfrep) == 0 and alarm:
                run.Mess(ufmt(_(u"%s directory is empty !"), rep), '<A>_COPY_REPE')
            lf.extend(lfrep)

    # 3. ----- compression
    kret = 0
    if df['compr']:
        lfnam = lf[:]
        lf = []
        for fnam in lfnam:
            kret, f = run.Gzip(fnam, niverr='<E>_COMPRES_ERROR', verbose=True)
            lf.append(f)

    # 4. ----- copy
    if kret == 0 and len(lf) > 0:
        # create destination
        if isdir:
            kret = run.MkDir(df['path'], '<E>_MKDIR_ERROR')
        else:
            if len(lf) > 1:
                run.Mess(ufmt(_(u"""Only the first one of [%s] is copied."""), ', '.join(lf)),
                        '<A>_COPYFILE')
            lf = [lf[0],]
            kret = run.MkDir(osp.dirname(df['path']), '<E>_MKDIR_ERROR')
        # copy
        if kret == 0:
            lfc = lf[:]
            for fname in lfc:
                if not osp.exists(fname):
                    if alarm:
                        run.Mess(ufmt(u"no such file or directory: %s", fname), '<A>_COPYFILE')
                    lf.remove(fname)
            if len(lf) > 0:
                kret = run.Copy(df['path'], niverr='<E>_COPY_ERROR', verbose=True, *lf)
        # save base if failure
        if kret != 0:
            rescue = get_tmpname(run, basename='save_results')
            run.Mess(ufmt(_(u"Saving results in a temporary directory (%s)."), rescue),
                    '<A>_COPY_RESULTS', store=True)
            kret = run.MkDir(rescue, chmod=0700)
            kret = run.Copy(rescue, niverr='<E>_COPY_ERROR',
                    verbose=True, *lf)


def build_test_export(run, conf, REPREF, reptest, test, resutest=None,
                      with_default=True, d_unig=None):
    """Return a profile for a testcase.
    """
    lrep = [osp.join(REPREF, dt) for dt in conf['SRCTEST']]
    if reptest:
        lrep.extend(reptest)
    for rep in lrep:
        if run.IsRemote(rep):
            run.Mess(ufmt(_(u'reptest (%s) must be on exec host'), rep),
                    '<F>_INVALID_DIR')
    lrep = [run.PathOnly(rep) for rep in lrep]
    lrm = []
    if d_unig:
        d_unig = glob_unigest(d_unig, REPREF)
        lrm = set([osp.basename(f) for f in d_unig['test']])

    export = _existing_file(test + '.export', lrep, last=True)
    # new testcase with .export
    if export:
        prof = AsterProfil(run=run)
        if with_default:
            prof.add_default_parameters()
        pexp = AsterProfil(export, run)
        pexp.set_param_limits()
        for entry in pexp.get_data():
            if osp.basename(entry.path) in lrm:
                run.Mess(ufmt(_(u'deleting %s (matches unigest)'),
                              osp.basename(entry.path)))
                pexp.remove(entry)
            found = _existing_file(entry.path, lrep, last=True)
            if found is None:
                run.Mess(ufmt(_(u'file not found : %s'), entry.path),
                                 '<E>_FILE_NOT_FOUND')
                pexp.remove(entry)
            else:
                entry.path = found
        pexp._compatibility()
        prof.update(pexp)
    else:
    # old version using .para
        lall = []
        for r in lrep:
            f = osp.join(r, '%s.*' % test)
            lall.extend(glob(f))
        lf = []
        for f in lall:
            if osp.basename(f) in lrm:
                run.Mess(ufmt(_(u'deleting %s (matches unigest)'), osp.basename(f)))
            else:
                lf.append(f)
        prof = build_export_from_files(run, lf, test, with_default=with_default)
    if resutest:
        ftyp = { 'resu' : 8, 'mess' : 6, 'code' : 15 }
        for typ, ul in ftyp.items():
            new = ExportEntry(osp.join(resutest, '%s.%s' % (test, typ)),
                              type=typ, ul=ul,
                              result=True)
            prof.add(new)
    return prof


def build_export_from_files(run, lf, root="", with_default=True, with_results=False):
    """Build an export file from a list of files.
    """
    prof = AsterProfil(run=run)
    if with_default:
        prof.add_default_parameters()
    ddat = build_dict_file(run, prof, dict_typ_test(root), lf, ['com?', '[0-9]*'])
    dres = {}
    if with_results:
        dres = build_dict_file(run, prof, dict_typ_result(), lf)

    for dicf, dr in ((ddat, 'D'), (dres, 'R')):
        lcom_i = []
        for f, dico in dicf.items():
            if dico['type'] != 'comm' or osp.splitext(f)[-1] == '.comm':
                prof.Set(dr, dico)
            else:
                lcom_i.append([f, dico])
        lcom_i.sort()
        for f, dico in lcom_i:
            prof.Set(dr, dico)
    return prof


def build_dict_file(run, prof, dtyp, lf, opt_suffix=[]):
    """Build the dictionnary of files 'lf' matching the types defined
    in 'dtyp'."""
    dvu = {}
    for typ0 in dtyp.keys() + opt_suffix:
        if typ0 == 'comm':    # always in com?
            continue
        for f in lf:
            typ = typ0
            if not check_joker(f, "."+typ):
                continue
            base = osp.basename(f)
            if dvu.get(base):
                run.DBG("'%s' overwrites by '%s'" % (base, f))
            if typ == 'para':
                iret, dico, msg = getpara(f, run['plate-forme'])
                if iret != 0:
                    run.DBG("ERROR getpara :", msg)
                prof.add_param_from_dict(dico)
                continue
            if typ[:3] == 'com':   # comm ou com?
                typ = 'comm'
                ul  = 1
            elif dtyp.get(typ) != None:
                ul  = dtyp[typ][1]
            else:
                typ = 'libr'
                try:
                    ul  = int(f.split('.')[-1])
                except ValueError:
                    ul = 0
            dvu[base] = { 'type'  : typ,
                          'isrep' : False,
                          'path'  : f,
                          'ul'    : ul,
                          'compr' : False }
    return dvu

def add_all_results(prof, dest, jobname, dtyp=None):
    """Add all known results files to 'prof'."""
    if dtyp is None:
        dtyp = dict_typ_result
    prof['copy_result_alarm'] = 'no'
    for typ, value in dtyp().items():
        if typ in ('base', 'bhdf'):
            continue
        path = osp.join(dest, "%s.%s" % (jobname, typ))
        ul = value[1]
        prof.Set('R',
            { 'path' : path, 'ul' : ul, 'type' : typ,
              'isrep' : False, 'compr' : False})

def getdbgcmd(cmd_dbg, exe, core, lcmd, args):
    """Return the command line (as list) to run 'lcmd' in the debugger.
        @E : executable
        @C : coredump filename
        @D : filename of debugger commands
        @d : string of debugger commands
    """
    # debugger commands string
    cstr = ' ; '.join(lcmd)
    ftmp = 'dbg_cmdfile'
    # fill debugger commands file
    f = open(ftmp, 'w')
    f.write(os.linesep.join(lcmd) + os.linesep)
    f.close()
    # replace @ codes
    cmd = cmd_dbg.replace('@E', exe)
    cmd = cmd.replace('@C', core)
    cmd = cmd.replace('@D', ftmp)
    cmd = cmd.replace('@d', cstr)
    cmd = cmd.replace('@a', args)
    return [cmd]


def check_limits(run, mode, tps, mem, nbp, mpi_nbnoeud, mpi_nbcpu):
    """Return True if args are less than limits defined in
    configuration file, False else.
    """
    # time
    try:
        tpsmax = hms2s(run[mode+'_tpsmax'])
    except ValueError:
        run.Mess(_(u'Incorrect value (%s) for %s') % \
                (str(run[mode+'_tpsmax']), mode+'_tpsmax'), '<F>_CONFIG_ERROR')
    if tps > tpsmax:
        run.Mess(_(u"""Requested time (%s s) is higher than the limit (%s s)""") % \
                (tps, tpsmax), '<E>_INCORRECT_PARA')
    # memory
    try:
        limit = int(run[mode+'_memmax'])
    except ValueError:
        run.Mess(_(u'Incorrect value (%s) for %s') % \
                (str(run[mode+'_memmax']), mode+'_memmax'), '<F>_CONFIG_ERROR')
    if mem > limit:
        run.Mess(_(u"""Requested memory (%s MB) is higher than the limit (%s MB)""")%\
                (mem, limit), '<E>_INCORRECT_PARA')
    # ncpus
    try:
        limit = int(run[mode+'_nbpmax'])
    except ValueError:
        run.Mess(_(u'Incorrect value (%s) for %s') % \
                (str(run[mode+'_nbpmax']), mode+'_nbpmax'), '<F>_CONFIG_ERROR')
    if nbp > limit:
        run.Mess(_(u"""Requested number of processors (%s) is higher than the limit (%s)""") %\
                (nbp, limit), '<E>_INCORRECT_PARA')
    # mpi nbcpu
    para = mode + '_mpi_nbpmax'
    try:
        limit = int(run.get(para, 1))
    except ValueError:
        run.Mess(_(u'Incorrect value (%s) for %s') % \
                (str(run.get(para, 1)), para), '<F>_CONFIG_ERROR')
    if mpi_nbcpu > limit:
        run.Mess(_(u"""Requested number of MPI processors (%s) is higher than the limit (%s)""") %\
                (mpi_nbcpu, limit), '<E>_INCORRECT_PARA')


def update_cmd_memtps(dico):
    """Met à jour (ou non) les infos du dictionnaire contenant memjeveux et tpmax.
    On traite uniquement : info_cpu (produit par E_JDC.py)
    """
    # dictionnaire des infos lues
    d = {}
    try:
        content = open('info_cpu', 'r').read().splitlines()
        l_str = content[0].split()
        l_fl = [float(s) for s in l_str]
        d['cpu_total'], d['cpu_total_user'], d['cpu_total_syst'], d['cpu_restant'] = l_fl
    except:
        pass
    # new values
    dnew = {}
    # tpmax
    if d.get('cpu_restant') is not None:
        dnew['tpmax'] = int(d['cpu_restant'])
    dico.update(dnew)


def _existing_file(fname, l_paths, last=False):
    """Return the first (or `last` if True) existing file in `l_paths`.
    Return None if `fname` is not found."""
    l_paths = l_paths[:]
    if last:
        l_paths.reverse()
    path = None
    for dirn in l_paths:
        if osp.exists(osp.join(dirn, fname)):
            path = osp.join(dirn, fname)
            break
    return path