# encoding: utf-8

"""
Docstring for comp2java
"""


__author__ = 'Raphael.Marvie@lifl.fr'
__date__ = '2007-11-12'


from component.loader import Loader
from java.core import Repository, Factory
from java.dumper import Dumper

# chargement du modele composant

crepository = Loader().load('cobserver.xmi')

# initialiser le modele java

jrepository = Repository()
factory = Factory(jrepository)

# transformation interface vers classe

for itf in crepository.Interface:
    clss = factory.create_Class()
    clss.name = itf.name

    for o in itf.operations:
        meth = factory.create_Method()
        meth.return_type = o.return_type
        meth.name = o.name
        clss.methods.append(meth)
        for a in o.arguments:
            arg = factory.create_Argument()
            arg.name = a.name
            arg.type = a.type

            meth.arguments.append(arg)
    
# transformation composant vers classe

for c in crepository.Component:
    clss = factory.create_Class()
    clss.name = c.name
    
    for p in c.provides:
        attr = factory.create_Attribute()
        attr.name = '_' + p.name.lower()
        attr.type = p.name
        clss.attributes.append(attr)
        meth = factory.create_Method()
        meth.return_type = 'void'
        meth.name = 'provides_' + p.name.lower()
        clss.methods.append(meth)
        
    for p in c.uses:
        attr = factory.create_Attribute()
        attr.name = '_' + p.name.lower()
        attr.type = p.name
        clss.attributes.append(attr)
        meth = factory.create_Method()
        meth.return_type = 'void'
        meth.name = 'connect_' + p.name.lower()
        clss.methods.append(meth)
        meth = factory.create_Method()
        meth.return_type = 'void'
        meth.name = 'disconnect_' + p.name.lower()
        clss.methods.append(meth)
    
# serialisation du modèle résultat en XMI

Dumper().dump(jrepository, 'jobserver.xmi')

# eof