4. Files fixed

Order catalog:

from.commons import*
from.. language.DataStructure import*
from.. language.Syntax import*

CONV_MAIL_MED = MACRO (
    name=" CONV_MAIL_MED ",
    op= OPS ("code_aster.macrocommands.conv_mail_med_ops.conv_mail_med_ops"),
    sd_prod=table_sdaster,
    reentrant="n",
    fr=tr ("Convert a ASTER, GMSH, or GIBI mesh to the MED format. "),
    UNITE_IN = SIMP (status="o", typ="I"),
    FORMAT_IN = SIMP (status="f", typ=" TXM ", typ=" ", default=" ASTER ", into =(" ASTER "," GIBI "," GMSH "," ")),
    UNITE_OUT = SIMP (status="f", typ="i", default=80),
    INFO = SIMP (status="f", typ="I", into =( 1, 2), default=1),
)

Body of the macro command code_aster/macrocommands/conv_mail_med_ops.py:

from.Cata.Syntax import _F
from.. codeCommands import CREA_TABLE, IMPR_RESU, LIRE_MAILLAGE
from.. Messages import UTMESS


def conv_mail_med_ops (self, UNITE_IN,, FORMAT_IN,, UNITE_OUT, **args):
    "" "Convert a mesh from ASTER, GMSH, or GIBI format to MED format and
    Return some mesh properties.

    Arguments:
        **args (dict): User's keywords.

    Returns:
        Table: Object containing some characteristics of the mesh.
    """
    args = _F (args)
    info = args.get (" INFO ", 1)
    INFO is mandatory so:
    # info = args [" INFO "]
    # or adding INFO in arguments also works

    # print the information message
    UTMESS ("I", "MESH_1 ", valk= FORMAT_IN, vali =( UNITE_IN, UNITE_OUT))

    # read the input mesh
    mesh = LIRE_MAILLAGE (FORMAT = FORMAT_IN, UNITE = UNITE_IN, INFO =info)
    # write the mesh into a MED file
    IMPR_RESU (FORMAT =" MED ", UNITE = UNITE_OUT, RESU =_F (MAILLAGE =mesh))

    # extract some mesh characteristics
    nbnodes = mesh.getNumberOfNodes ()
    nbcells = mesh.getNumberOfCells ()
    # fill the output table
    tab = CREA_TABLE (
        LISTE =(
            _F (PARA =( "NB_NOEUDS ",),), LISTE_I =( nbnodes,)),
            _F (PARA =( "NB_MAILLES ",),), LISTE_I =( nbcells,)),
        )
    )
    Return Tab