def test_auto_io():
""" Test auto io"""
pm = PackageManager()
pm.init()
sg = CompositeNode()
# build the compositenode factory
val1id = sg.add_node(pm.get_node("Catalog.Data", "string"))
val2id = sg.add_node(pm.get_node("Catalog.Data", "string"))
val3id = sg.add_node(pm.get_node("Catalog.Data", "string"))
sg.connect(val1id, 0, val3id, 0)
sg.connect(val2id, 0, val3id, 0)
sgfactory = CompositeNodeFactory("testlautoio")
sg.to_factory(sgfactory, listid=[val1id, val2id, val3id], auto_io=True)
# allocate the compositenode
sg = sgfactory.instantiate()
assert sg.get_nb_input() == 2
assert sg.get_nb_output() == 1
sg.set_input(0, "to")
sg.set_input(1, "to")
sg()
res = sg.get_output(0)
assert ''.join(eval(res)) == "toto"
def test_multi_in_eval():
""" Test multiple out connection"""
pm = PackageManager()
pm.init()
sg = CompositeNode()
# build the compositenode factory
val1id = sg.add_node(pm.get_node("Catalog.Data", "string"))
val2id = sg.add_node(pm.get_node("Catalog.Data", "string"))
val3id = sg.add_node(pm.get_node("Catalog.Data", "string"))
sg.connect(val1id, 0, val3id, 0)
sg.connect(val2id, 0, val3id, 0)
sgfactory = CompositeNodeFactory("testlazyeval")
sg.to_factory(sgfactory)
# allocate the compositenode
sg = sgfactory.instantiate()
sg.node(val1id).set_input(0, "teststring1")
sg.node(val2id).set_input(0, "teststring2")
sg()
assert (sg.node(val3id).get_output(0) == "['teststring1', 'teststring2']")\
or \
(sg.node(val3id).get_output(0) == "['teststring2', 'teststring1']")
def test_to_factory():
""" Create a compositenode, generate its factory and reintantiate it """
pm = PackageManager()
pm.init()
sg = CompositeNode()
n1 = pm.get_node("Catalog.Data", "float")
n2 = pm.get_node("Catalog.Data", "float")
e1 = sg.add_node(n1)
e2 = sg.add_node(n2)
sg.connect(e1, 0, e2, 0)
n1.set_input(0, 34.)
sg()
assert n2.get_output(0) == 34.
sgfactory = CompositeNodeFactory("factorytest")
sg.to_factory(sgfactory)
sg2 = sgfactory.instantiate()
assert len(list(sg2.vertices())) == 2 + 2 # two nodes + in/ou
assert len(list(sg2.edges())) == 1
sg2.node(e1).set_input(0, 3.)
sg2()
assert sg2.node(e2).get_output(0) == 3.
return pm, sg, sgfactory
def test_instantiate_compositenode():
"""test instantiation"""
pm = PackageManager()
pm.init()
sg = CompositeNode()
# build the compositenode factory
addid = sg.add_node(pm.get_node("Catalog.Math", "+"))
val1id = sg.add_node(pm.get_node("Catalog.Data", "float"))
val2id = sg.add_node(pm.get_node("Catalog.Data", "float"))
val3id = sg.add_node(pm.get_node("Catalog.Data", "float"))
sg.connect(val1id, 0, addid, 0)
sg.connect(val2id, 0, addid, 1)
sg.connect(addid, 0, val3id, 0)
sgfactory = CompositeNodeFactory("addition")
sg.to_factory(sgfactory)
# allocate the compositenode
sg = sgfactory.instantiate()
sg.node(val1id).set_input(0, 2.)
sg.node(val2id).set_input(0, 3.)
# evaluation
sg()
assert sg.node(val3id).get_output(0) == 5.
def test_auto_io():
""" Test auto io"""
pm = PackageManager()
pm.init()
sg = CompositeNode()
# build the compositenode factory
val1id = sg.add_node(pm.get_node("Catalog.Data", "string"))
val2id = sg.add_node(pm.get_node("Catalog.Data", "string"))
val3id = sg.add_node(pm.get_node("Catalog.Data", "string"))
sg.connect(val1id, 0, val3id, 0)
sg.connect(val2id, 0, val3id, 0)
sgfactory = CompositeNodeFactory("testlautoio")
sg.to_factory(sgfactory, listid=[val1id, val2id, val3id], auto_io=True)
# allocate the compositenode
sg = sgfactory.instantiate()
assert sg.get_nb_input() == 2
assert sg.get_nb_output() == 1
sg.set_input(0, "to")
sg.set_input(1, "to")
sg()
res = sg.get_output(0)
assert ''.join(eval(res)) == "toto"
def test_multi_out_eval(self):
""" Test multiple out connection"""
sg = CompositeNode()
# build the compositenode factory
val1id = sg.add_node(self.string_node)
val2id = sg.add_node(self.string_node)
val3id = sg.add_node(self.string_node)
sg.connect(val1id, 0, val2id, 0)
sg.connect(val1id, 0, val3id, 0)
sgfactory = CompositeNodeFactory("testlazyeval")
sg.to_factory(sgfactory)
# allocate the compositenode
sg = sgfactory.instantiate()
sg.node(val1id).set_input(0, "teststring")
sg()
assert sg.node(val2id).get_output(0) == "teststring"
assert sg.node(val3id).get_output(0) == "teststring"
#partial evaluation
sg.node(val1id).set_input(0, "teststring2")
sg.eval_as_expression(val2id)
assert sg.node(val2id).get_output(0) == "teststring2"
sg.eval_as_expression(val3id)
assert sg.node(val3id).get_output(0) == "teststring2"
def test_instantiate_compositenode(self):
"""test instantiation"""
#pm = PackageManager()
#pm.init()
sg = CompositeNode()
# build the compositenode factory
addid = sg.add_node(self.plus_node)
val1id = sg.add_node(self.float_node)
val2id = sg.add_node(self.float_node)
val3id = sg.add_node(self.float_node)
sg.connect(val1id, 0, addid, 0)
sg.connect(val2id, 0, addid, 1)
sg.connect(addid, 0, val3id, 0)
sgfactory = CompositeNodeFactory("addition")
sg.to_factory(sgfactory)
# allocate the compositenode
sg = sgfactory.instantiate()
sg.node(val1id).set_input(0, 2.)
sg.node(val2id).set_input(0, 3.)
# evaluation
sg()
assert sg.node(val3id).get_output(0) == 5.
def test_multi_in_eval(self):
""" Test multiple out connection"""
sg = CompositeNode()
# build the compositenode factory
val1id = sg.add_node(self.string_node)
val2id = sg.add_node(self.string_node)
val3id = sg.add_node(self.string_node)
sg.connect(val1id, 0, val3id, 0)
sg.connect(val2id, 0, val3id, 0)
sgfactory = CompositeNodeFactory("testlazyeval")
sg.to_factory(sgfactory)
# allocate the compositenode
sg = sgfactory.instantiate()
sg.node(val1id).set_input(0, "teststring1")
sg.node(val2id).set_input(0, "teststring2")
sg()
assert (sg.node(val3id).get_output(
0) == "['teststring1', 'teststring2']") \
or \
(sg.node(val3id).get_output(
0) == "['teststring2', 'teststring1']")
def composite_node(a=1, b=2):
pkg = package()
plus_node = pkg["plus"].instantiate()
int_node = pkg["int"].instantiate()
if a is None:
input_a = {"interface": IInt, "name": "a", "desc": ""}
else:
input_a = {"interface": IInt, "name": "a", "value": a, "desc": ""}
if b is None:
input_b = {"interface": IInt, "name": "b", "desc": ""}
else:
input_b = {"interface": IInt, "name": "b", "value": b, "desc": ""}
sg = CompositeNode(inputs=[input_a, input_b], outputs=[{"interface": IInt, "name": "a", "desc": "result"}])
# build the compositenode factory
addid = sg.add_node(plus_node)
sg.connect(sg.id_in, 0, addid, 0)
sg.connect(sg.id_in, 1, addid, 1)
sg.connect(addid, 0, sg.id_out, 0)
sgfactory = CompositeNodeFactory("addition")
sg.to_factory(sgfactory)
return sgfactory
def test_multi_out_eval():
""" Test multiple out connection"""
pm = PackageManager()
pm.init()
sg = CompositeNode()
# build the compositenode factory
val1id = sg.add_node(pm.get_node("Catalog.Data", "string"))
val2id = sg.add_node(pm.get_node("Catalog.Data", "string"))
val3id = sg.add_node(pm.get_node("Catalog.Data", "string"))
sg.connect(val1id, 0, val2id, 0)
sg.connect(val1id, 0, val3id, 0)
sgfactory = CompositeNodeFactory("testlazyeval")
sg.to_factory(sgfactory)
# allocate the compositenode
sg = sgfactory.instantiate()
sg.node(val1id).set_input(0, "teststring")
sg()
assert sg.node(val2id).get_output(0) == "teststring"
assert sg.node(val3id).get_output(0) == "teststring"
#partial evaluation
sg.node(val1id).set_input(0, "teststring2")
sg.eval_as_expression(val2id)
assert sg.node(val2id).get_output(0) == "teststring2"
sg.eval_as_expression(val3id)
assert sg.node(val3id).get_output(0) == "teststring2"
def test_addnode(self):
"""Test node addition"""
sg = CompositeNode()
# build the compositenode factory
val1id = sg.add_node(self.float_node)
val2id = sg.add_node(self.float_node)
sg.connect(val1id, 0, val2id, 0)
sgfactory = CompositeNodeFactory("testaddnode")
sg.to_factory(sgfactory)
# allocate the compositenode
sg = sgfactory.instantiate()
sg.node(val1id).set_input(0, 2.)
sg()
assert sg.node(val2id).get_output(0)==2.
# Add a new node
addid = sg.add_node(self.plus_node)
sg.connect(val1id, 0, addid, 0)
sg.connect(val2id, 0, addid, 1)
sg.to_factory(sgfactory)
sg = sgfactory.instantiate()
sg.node(val1id).set_input(0, 3.)
sg()
assert sg.node(addid).get_output(0)==6.
def test_auto_io(self):
""" Test auto io"""
sg = CompositeNode()
# build the compositenode factory
val1id = sg.add_node(self.string_node)
val2id = sg.add_node(self.string_node)
val3id = sg.add_node(self.string_node)
sg.connect(val1id, 0, val3id, 0)
sg.connect(val2id, 0, val3id, 0)
sgfactory = CompositeNodeFactory("testlautoio")
sg.to_factory(sgfactory, listid=[val1id, val2id, val3id], auto_io=True)
# allocate the compositenode
sg = sgfactory.instantiate()
assert sg.get_nb_input() == 2
assert sg.get_nb_output() == 1
sg.set_input(0, "to")
sg.set_input(1, "to")
sg()
res = sg.get_output(0)
assert ''.join(eval(res)) == "toto"
def test_to_factory():
""" Create a compositenode, generate its factory and reintantiate it """
pm = PackageManager()
pm.init()
sg = CompositeNode()
n1 = pm.get_node("Catalog.Data", "float")
n2 = pm.get_node("Catalog.Data", "float")
e1 = sg.add_node(n1)
e2 = sg.add_node(n2)
sg.connect(e1, 0, e2, 0)
n1.set_input(0, 34.)
sg()
assert n2.get_output(0)==34.
sgfactory = CompositeNodeFactory("factorytest")
sg.to_factory(sgfactory)
sg2 = sgfactory.instantiate()
assert len(list(sg2.vertices()))==2+2 # two nodes + in/ou
assert len(list(sg2.edges()))==1
sg2.node(e1).set_input(0, 3.)
sg2()
assert sg2.node(e2).get_output(0)==3.
return pm, sg, sgfactory
def test_multi_in_eval():
""" Test multiple out connection"""
pm = PackageManager()
pm.init()
sg = CompositeNode()
# build the compositenode factory
val1id = sg.add_node(pm.get_node("Catalog.Data", "string"))
val2id = sg.add_node(pm.get_node("Catalog.Data", "string"))
val3id = sg.add_node(pm.get_node("Catalog.Data", "string"))
sg.connect(val1id, 0, val3id, 0)
sg.connect(val2id, 0, val3id, 0)
sgfactory = CompositeNodeFactory("testlazyeval")
sg.to_factory(sgfactory)
# allocate the compositenode
sg = sgfactory.instantiate()
sg.node(val1id).set_input(0, "teststring1")
sg.node(val2id).set_input(0, "teststring2")
sg()
assert (sg.node(val3id).get_output(0) == "['teststring1', 'teststring2']")\
or \
(sg.node(val3id).get_output(0) == "['teststring2', 'teststring1']")
def test_instantiate_compositenode():
"""test instantiation"""
pm = PackageManager()
pm.init()
sg = CompositeNode()
# build the compositenode factory
addid = sg.add_node(pm.get_node("Catalog.Math", "+"))
val1id = sg.add_node(pm.get_node("Catalog.Data", "float"))
val2id = sg.add_node(pm.get_node("Catalog.Data", "float"))
val3id = sg.add_node(pm.get_node("Catalog.Data", "float"))
sg.connect(val1id, 0, addid, 0)
sg.connect(val2id, 0, addid, 1)
sg.connect(addid, 0, val3id, 0)
sgfactory = CompositeNodeFactory("addition")
sg.to_factory(sgfactory)
# allocate the compositenode
sg = sgfactory.instantiate()
sg.node(val1id).set_input(0, 2.)
sg.node(val2id).set_input(0, 3.)
# evaluation
sg()
assert sg.node(val3id).get_output(0) == 5.
def test_multi_out_eval():
""" Test multiple out connection"""
pm = PackageManager()
pm.init()
sg = CompositeNode()
# build the compositenode factory
val1id = sg.add_node(pm.get_node("Catalog.Data", "string"))
val2id = sg.add_node(pm.get_node("Catalog.Data", "string"))
val3id = sg.add_node(pm.get_node("Catalog.Data", "string"))
sg.connect(val1id, 0, val2id, 0)
sg.connect(val1id, 0, val3id, 0)
sgfactory = CompositeNodeFactory("testlazyeval")
sg.to_factory(sgfactory)
# allocate the compositenode
sg = sgfactory.instantiate()
sg.node(val1id).set_input(0, "teststring")
sg()
assert sg.node(val2id).get_output(0) == "teststring"
assert sg.node(val3id).get_output(0) == "teststring"
#partial evaluation
sg.node(val1id).set_input(0, "teststring2")
sg.eval_as_expression(val2id)
assert sg.node(val2id).get_output(0) == "teststring2"
sg.eval_as_expression(val3id)
assert sg.node(val3id).get_output(0) == "teststring2"
def test_to_factory(self):
""" Create a compositenode, generate its factory and reintantiate it """
sg = CompositeNode()
n1 = self.float_node
n2 = self.float_node
e1 = sg.add_node(n1)
e2 = sg.add_node(n2)
sg.connect(e1, 0, e2, 0)
n1.set_input(0, 34.)
sg()
assert n2.get_output(0)==34.
sgfactory = CompositeNodeFactory("factorytest")
sg.to_factory(sgfactory)
sg2 = sgfactory.instantiate()
assert len(list(sg2.vertices()))==2+2 # two nodes + in/ou
assert len(list(sg2.edges()))==1
sg2.node(e1).set_input(0, 3.)
sg2()
assert sg2.node(e2).get_output(0)==3.
return sg, sgfactory
def composite_node():
inputs = []
outputs = []
for io in list('abcd'):
inputs.append({'name': io, 'desc': 'Input %s' % io.upper(), 'value': 0})
outputs.append({'name': io, 'desc': 'Input %s' % io.upper()})
sg = CompositeNode(inputs=inputs, outputs=outputs)
for i in range(len(inputs)):
sg.connect(sg.id_in, i, sg.id_out, i)
sgfactory = CompositeNodeFactory("addition")
sg.to_factory(sgfactory)
return sgfactory
def test_compositenodeio(self):
""" Test IO"""
pm = self.pm
# pm.init()
pkg = Package("compositenode", {})
# create a compositenode with 2 in and 1 out
# the compositenode does an addition
sg = CompositeNode(
inputs=(dict(name="in1", interface=None, value=None),
dict(name="in2", interface=None, value=None)),
outputs=(dict(name="out", interface=None), ),
)
addid = sg.add_node(self.plus_node)
sg.connect(sg.id_in, 0, addid, 0)
sg.connect(sg.id_in, 1, addid, 1)
sg.connect(addid, 0, sg.id_out, 0)
sgfactory = CompositeNodeFactory("additionsg")
sg.to_factory(sgfactory)
sg1 = sgfactory.instantiate()
sg1.set_input(0, 2.)
sg1.set_input(1, 3.)
sg1()
assert sg1.get_output(0) == 5.
pkg.add_factory(sgfactory)
pm.add_package(pkg)
sg = CompositeNode()
addid = sg.add_node(pm.get_node("compositenode", "additionsg"))
val1id = sg.add_node(self.float_node)
val2id = sg.add_node(self.float_node)
val3id = sg.add_node(self.float_node)
sg.connect(val1id, 0, addid, 0)
sg.connect(val2id, 0, addid, 1)
sg.connect(addid, 0, val3id, 0)
sgfactory2 = CompositeNodeFactory("testio")
sg.to_factory(sgfactory2)
# allocate the compositenode
sg = sgfactory2.instantiate()
sg.node(val1id).set_input(0, 2.)
sg.node(val2id).set_input(0, 3.)
# evaluation
sg()
assert sg.node(val3id).get_output(0) == 5.
def test_compositenodeio(self):
""" Test IO"""
pm = self.pm
# pm.init()
pkg = Package("compositenode", {})
# create a compositenode with 2 in and 1 out
# the compositenode does an addition
sg = CompositeNode(inputs=(dict(name="in1", interface=None, value=None),
dict(name="in2", interface=None,
value=None)),
outputs=(dict(name="out", interface=None),), )
addid = sg.add_node(self.plus_node)
sg.connect(sg.id_in, 0, addid, 0)
sg.connect(sg.id_in, 1, addid, 1)
sg.connect(addid, 0, sg.id_out, 0)
sgfactory = CompositeNodeFactory("additionsg")
sg.to_factory(sgfactory)
sg1 = sgfactory.instantiate()
sg1.set_input(0, 2.)
sg1.set_input(1, 3.)
sg1()
assert sg1.get_output(0) == 5.
pkg.add_factory(sgfactory)
pm.add_package(pkg)
sg = CompositeNode()
addid = sg.add_node(pm.get_node("compositenode", "additionsg"))
val1id = sg.add_node(self.float_node)
val2id = sg.add_node(self.float_node)
val3id = sg.add_node(self.float_node)
sg.connect(val1id, 0, addid, 0)
sg.connect(val2id, 0, addid, 1)
sg.connect(addid, 0, val3id, 0)
sgfactory2 = CompositeNodeFactory("testio")
sg.to_factory(sgfactory2)
# allocate the compositenode
sg = sgfactory2.instantiate()
sg.node(val1id).set_input(0, 2.)
sg.node(val2id).set_input(0, 3.)
# evaluation
sg()
assert sg.node(val3id).get_output(0) == 5.
def composite_node():
inputs = []
outputs = []
for io in list('abcd'):
inputs.append({
'name': io,
'desc': 'Input %s' % io.upper(),
'value': 0
})
outputs.append({'name': io, 'desc': 'Input %s' % io.upper()})
sg = CompositeNode(inputs=inputs, outputs=outputs)
for i in range(len(inputs)):
sg.connect(sg.id_in, i, sg.id_out, i)
sgfactory = CompositeNodeFactory("addition")
sg.to_factory(sgfactory)
return sgfactory
def composite_node(a=1, b=2):
pkg = package()
plus_node = pkg['plus'].instantiate()
int_node = pkg['int'].instantiate()
if a is None:
input_a = {'interface': IInt, 'name': 'a', 'desc': ''}
else:
input_a = {'interface': IInt, 'name': 'a', 'value': a, 'desc': ''}
if b is None:
input_b = {'interface': IInt, 'name': 'b', 'desc': ''}
else:
input_b = {'interface': IInt, 'name': 'b', 'value': b, 'desc': ''}
sg = CompositeNode(
inputs=[input_a, input_b],
outputs=[{
'interface': IInt,
'name': 'a',
'desc': 'result'
}],
)
# build the compositenode factory
addid = sg.add_node(plus_node)
sg.connect(sg.id_in, 0, addid, 0)
sg.connect(sg.id_in, 1, addid, 1)
sg.connect(addid, 0, sg.id_out, 0)
sgfactory = CompositeNodeFactory("addition")
sg.to_factory(sgfactory)
return sgfactory
def test_compositenodewriter():
setup_module()
pm = PackageManager()
pm.init()
sg = CompositeNode(inputs=[dict(name="%d" % i) for i in xrange(3)],
outputs=[dict(name="%d" % i) for i in xrange(4)],
)
# build the compositenode factory
addid = sg.add_node(pm.get_node("pkg_test", "+"))
val1id = sg.add_node(pm.get_node("pkg_test", "float"))
val2id = sg.add_node(pm.get_node("pkg_test", "float"))
val3id = sg.add_node(pm.get_node("pkg_test", "float"))
sg.connect(val1id, 0, addid, 0)
sg.connect(val2id, 0, addid, 1)
sg.connect(addid, 0, val3id, 0)
sg.connect(val3id, 0, sg.id_out, 0)
sgfactory = CompositeNodeFactory("addition")
sg.to_factory(sgfactory)
# Package
metainfo = {'version': '0.0.1',
'license': 'CECILL-C',
'authors': 'OpenAlea Consortium',
'institutes': 'INRIA/CIRAD',
'description': 'Base library.',
'url': 'http://openalea.gforge.inria.fr'}
package1 = pm.create_user_package("MyTestPackage",
metainfo, os.path.curdir)
package1.add_factory(sgfactory)
print package1.keys()
assert 'addition' in package1
package1.write()
sg = sgfactory.instantiate()
sg.node(val1id).set_input(0, 2.)
sg.node(val2id).set_input(0, 3.)
# evaluation
sg()
print sg.node(val3id).get_output(0)
assert sg.node(val3id).get_output(0) == 5.
print "nb vertices", len(sg)
assert len(sg) == 6
pm.init()
newsg = pm.get_node('MyTestPackage', 'addition')
print "nb vertices", len(newsg)
assert len(newsg) == 6
def test_compositenodewriter():
pm = PackageManager()
pm.init()
sg = CompositeNode(
inputs=[dict(name="%d" % i) for i in xrange(3)],
outputs=[dict(name="%d" % i) for i in xrange(4)],
)
# build the compositenode factory
addid = sg.add_node(pm.get_node("pkg_test", "+"))
val1id = sg.add_node(pm.get_node("pkg_test", "float"))
val2id = sg.add_node(pm.get_node("pkg_test", "float"))
val3id = sg.add_node(pm.get_node("pkg_test", "float"))
sg.connect(val1id, 0, addid, 0)
sg.connect(val2id, 0, addid, 1)
sg.connect(addid, 0, val3id, 0)
sg.connect(val3id, 0, sg.id_out, 0)
sgfactory = CompositeNodeFactory("addition")
sg.to_factory(sgfactory)
# Package
metainfo = {
'version': '0.0.1',
'license': 'CECILL-C',
'authors': 'OpenAlea Consortium',
'institutes': 'INRIA/CIRAD',
'description': 'Base library.',
'url': 'http://openalea.gforge.inria.fr'
}
package1 = pm.create_user_package("MyTestPackage", metainfo, tmp_dir)
package1.add_factory(sgfactory)
assert 'addition' in package1
package1.write()
sg = sgfactory.instantiate()
sg.node(val1id).set_input(0, 2.)
sg.node(val2id).set_input(0, 3.)
# evaluation
sg()
assert sg.node(val3id).get_output(0) == 5.
assert len(sg) == 6
pm.init()
newsg = pm.get_node('MyTestPackage', 'addition')
assert len(newsg) == 6
class VlabObject(object):
"""
A vlab object is a directory containing a specification file,
and a set of data.
"""
text = ['TEXT', 'HINTS']
editors = ['MAP', 'loadmap', 'savemap', 'EDIT', 'SURFACE',
'bezieredit', 'PALETTE', 'palette', 'MEDIT', 'medit',
'GALLERY', 'gallery', 'EDIT', 'funcedit', 'panel', 'CHAR']#panel
programs = ['cpfg', 'lpfg']
ignore = [';', '#']
name2program = {'MAP': 'medit',
'SURFACE': 'bezieredit',
'PALETTE': 'palette',
'MEDIT': 'medit',
'GALLERY': 'gallery',
'EDIT': 'edit',
'CHAR': 'edit',
'loadmap': 'palette'}
def __init__(self, directory, pkgmanager):
self.dir = directory
print "Import into OpenAlea the %s directory"%self.dir.basename()
self._programs = []
self._files = {}
self._text = {}
self._editors = {}
self.pm = pkgmanager
self.sg = None
self.sgfactory = None
self.factories = []
self._package = None
def pkgname(self):
names = []
def search_name(d):
name= d.name
if name == 'ext':
search_name(d.dirname())
elif (d/'.id').isfile() or (d/'specifications').isfile():
names.insert(0, name)
search_name(d.dirname())
else:
return
d = self.dir
search_name(d)
_pkgname = 'vlab.'+'.'.join(names)
print _pkgname
return 'vlab.'+'.'.join(names)
def get_package(self):
if not self._package:
self.build_package()
self._package.write()
return self._package
def build_package(self):
from openalea.core.package import UserPackage
# Build MetaData
metainfo = dict(
version = '',
license = '',
authors = '',
institutes = '',
description = '',
url = '',
)
icons = self.dir.glob('icon.*')
if len(icons) > 0:
metainfo['icon'] = icons[0].basename()
name = self.pkgname()
self._package = UserPackage(name, metainfo, str(self.dir))
if not self.sgfactory:
self.read_specification()
# Add factorie of the dataflow
self._package.add_factory(self.sgfactory)
# Add data factories there
#for f in self.factories:
# self._package.add_factory(f)
def read_specification(self):
spec = self.dir / 'specifications'
from openalea.core.compositenode import CompositeNodeFactory
from openalea.core.compositenode import CompositeNode
f = spec.open()
self.sg = CompositeNode()
#name = self.dir.basename().split('-')[-1]
name = self.dir.basename()
self.sgfactory = CompositeNodeFactory(name)
self.read_files(f)
self.read_commands(f)
self.process_files()
self.build_graph()
f.close()
def read_files(self, f):
pattern ='\w+\.\w+'
for l in f:
if 'ignore:' in l or l is '*':
break
fn = l.strip()
if ':' not in fn and re.match(pattern, fn):
self._files[fn]=[]
def read_commands(self, f):
pattern = '\t*[a-zA-Z0-9_ \\-]+:\\s*$'
menus = []
for l in f:
if re.match(pattern, l):
level = l.rstrip().count('\t')
menu = l.strip()[:-1]
if len(menus) <= level:
menus.append(menu)
else:
menus[level] = menu
menus = menus[:level+1]
continue
# skip ignore files : logic no menus have been created.
if not menus:
continue
cmd = l.strip()
if cmd:
self.process_command('.'.join(menus), cmd)
def process_command(self, name, cmd):
command = cmd.split()
prog = command[0]
command[0] = self.name2program.get(prog, prog)
if prog in self.programs:
self.process_program(name, command)
elif prog in self.editors:
self.process_editor(name, command)
elif prog in self.text:
self.process_text(name, command)
else:
print 'Do not know how to process this command: %s' % cmd
def process_program(self, name, command):
""" Build a process node from the command.
"""
node = self.pm.get_node("vlab.bin", "process")
node.set_input(1, ' '.join(command))
prog_node = self.sg.add_node(node)
self._programs.append(prog_node)
def process_editor(self, name, command):
"""
Find the file on which the editor works on.
"""
cmd = ' '.join(command)
fn = ''
if len(command) > 1:
fn = command[-1]
if fn not in self._files.keys():
print "WARNING: the file %s used by the editor %s in not in the specification file." %(fn, cmd)
return
#self._files[fn] = []
prog = command[0]
if prog != 'EDIT':
node = self.pm.get_node("vlab.bin", "editor")
node.set_input(1, cmd)
node.set_input(2, str(self.dir))
else:
node = self.pm.get_node("vlab.bin", "text editor")
filename = self.dir/fn
node.set_input(0, str(filename))
edit_node = self.sg.add_node(node)
self._editors.setdefault(fn, []).append(edit_node)
def process_text(self, name, command):
node = self.pm.get_node('catalog.file', 'viewfile')
text_node = self.sg.add_node(node)
filename = command[-1]
self._text.setdefault(filename, []).append(text_node)
def process_files(self):
from openalea.core.data import DataFactory
deps = self._files
files = deps.keys()
for f in files:
fn = self.dir/f
if fn.ext in ['.map', '.txt', '.s', '.e', '.rgb']:
continue #binary file or other
deps[f] = search(fn, files)
self._filenodes = {}
for f in files:
factory = DataFactory(f)
factory.package = self._package
self.factories.append(factory)
node = self.pm.get_node("vlab.bin", "vlab file stamp")
node.set_input(1, str(self.dir/f))
fnode = self.sg.add_node(node)
self._filenodes[f] = fnode
def build_graph(self):
"""
Specify connections between nodes.
"""
prog_deps = []
files = self._files.keys()
for p in self._programs:
cmd = self.sg.node(p).inputs[1].split()
fdeps = [f for f in files if f in cmd]
for f in fdeps:
fnode = self._filenodes[f]
self.sg.connect(fnode, 0, p, 0)
for f in files:
for fdep in self._files[f]:
depnode = self._filenodes[fdep]
node = self._filenodes[f]
self.sg.connect(depnode, 0, node, 0)
for f, nodes in self._editors.iteritems():
if not f: # an editor can act withouot a file
continue
fnode = self._filenodes[f]
for node in nodes:
self.sg.connect(node, 0, fnode, 0)
for f, nodes in self._text.iteritems():
fnode = self._filenodes[f]
for node in nodes:
self.sg.connect(fnode, 0, node, 0)
layout(self)
self.sg.to_factory(self.sgfactory)
class VlabObject(object):
"""
A vlab object is a directory containing a specification file,
and a set of data.
"""
text = ['TEXT', 'HINTS']
editors = ['MAP', 'loadmap', 'savemap', 'EDIT', 'SURFACE',
'bezieredit', 'PALETTE', 'palette', 'MEDIT', 'medit',
'GALLERY', 'gallery', 'EDIT', 'funcedit', 'panel', 'CHAR']#panel
programs = ['cpfg', 'lpfg']
ignore = [';', '#']
name2program = {'MAP': 'medit',
'SURFACE': 'bezieredit',
'PALETTE': 'palette',
'MEDIT': 'medit',
'GALLERY': 'gallery',
'EDIT': 'edit',
'CHAR': 'edit',
'loadmap': 'palette'}
def __init__(self, directory, pkgmanager):
self.dir = directory
print("Import into OpenAlea the %s directory"%self.dir.basename())
self._programs = []
self._files = {}
self._text = {}
self._editors = {}
self.pm = pkgmanager
self.sg = None
self.sgfactory = None
self.factories = []
self._package = None
def pkgname(self):
names = []
def search_name(d):
name= d.name
if name == 'ext':
search_name(d.dirname())
elif (d/'.id').isfile() or (d/'specifications').isfile():
names.insert(0, name)
search_name(d.dirname())
else:
return
d = self.dir
search_name(d)
_pkgname = 'vlab.'+'.'.join(names)
print(_pkgname)
return 'vlab.'+'.'.join(names)
def get_package(self):
if not self._package:
self.build_package()
self._package.write()
return self._package
def build_package(self):
from openalea.core.package import UserPackage
# Build MetaData
metainfo = dict(
version = '',
license = '',
authors = '',
institutes = '',
description = '',
url = '',
)
icons = self.dir.glob('icon.*')
if len(icons) > 0:
metainfo['icon'] = icons[0].basename()
name = self.pkgname()
self._package = UserPackage(name, metainfo, str(self.dir))
if not self.sgfactory:
self.read_specification()
# Add factorie of the dataflow
self._package.add_factory(self.sgfactory)
# Add data factories there
#for f in self.factories:
# self._package.add_factory(f)
def read_specification(self):
spec = self.dir / 'specifications'
from openalea.core.compositenode import CompositeNodeFactory
from openalea.core.compositenode import CompositeNode
f = spec.open()
self.sg = CompositeNode()
#name = self.dir.basename().split('-')[-1]
name = self.dir.basename()
self.sgfactory = CompositeNodeFactory(name)
self.read_files(f)
self.read_commands(f)
self.process_files()
self.build_graph()
f.close()
def read_files(self, f):
pattern ='\w+\.\w+'
for l in f:
if 'ignore:' in l or l is '*':
break
fn = l.strip()
if ':' not in fn and re.match(pattern, fn):
self._files[fn]=[]
def read_commands(self, f):
pattern = '\t*[a-zA-Z0-9_ \\-]+:\\s*$'
menus = []
for l in f:
if re.match(pattern, l):
level = l.rstrip().count('\t')
menu = l.strip()[:-1]
if len(menus) <= level:
menus.append(menu)
else:
menus[level] = menu
menus = menus[:level+1]
continue
# skip ignore files : logic no menus have been created.
if not menus:
continue
cmd = l.strip()
if cmd:
self.process_command('.'.join(menus), cmd)
def process_command(self, name, cmd):
command = cmd.split()
prog = command[0]
command[0] = self.name2program.get(prog, prog)
if prog in self.programs:
self.process_program(name, command)
elif prog in self.editors:
self.process_editor(name, command)
elif prog in self.text:
self.process_text(name, command)
else:
print('Do not know how to process this command: %s' % cmd)
def process_program(self, name, command):
""" Build a process node from the command.
"""
node = self.pm.get_node("vlab.bin", "process")
node.set_input(1, ' '.join(command))
prog_node = self.sg.add_node(node)
self._programs.append(prog_node)
def process_editor(self, name, command):
"""
Find the file on which the editor works on.
"""
cmd = ' '.join(command)
fn = ''
if len(command) > 1:
fn = command[-1]
if fn not in list(self._files.keys()):
print("WARNING: the file %s used by the editor %s in not in the specification file." %(fn, cmd))
return
#self._files[fn] = []
prog = command[0]
if prog != 'EDIT':
node = self.pm.get_node("vlab.bin", "editor")
node.set_input(1, cmd)
node.set_input(2, str(self.dir))
else:
node = self.pm.get_node("vlab.bin", "text editor")
filename = self.dir/fn
node.set_input(0, str(filename))
edit_node = self.sg.add_node(node)
self._editors.setdefault(fn, []).append(edit_node)
def process_text(self, name, command):
node = self.pm.get_node('catalog.file', 'viewfile')
text_node = self.sg.add_node(node)
filename = command[-1]
self._text.setdefault(filename, []).append(text_node)
def process_files(self):
from openalea.core.data import DataFactory
deps = self._files
files = list(deps.keys())
for f in files:
fn = self.dir/f
if fn.ext in ['.map', '.txt', '.s', '.e', '.rgb']:
continue #binary file or other
deps[f] = search(fn, files)
self._filenodes = {}
for f in files:
factory = DataFactory(f)
factory.package = self._package
self.factories.append(factory)
node = self.pm.get_node("vlab.bin", "vlab file stamp")
node.set_input(1, str(self.dir/f))
fnode = self.sg.add_node(node)
self._filenodes[f] = fnode
def build_graph(self):
"""
Specify connections between nodes.
"""
prog_deps = []
files = list(self._files.keys())
for p in self._programs:
cmd = self.sg.node(p).inputs[1].split()
fdeps = [f for f in files if f in cmd]
for f in fdeps:
fnode = self._filenodes[f]
self.sg.connect(fnode, 0, p, 0)
for f in files:
for fdep in self._files[f]:
depnode = self._filenodes[fdep]
node = self._filenodes[f]
self.sg.connect(depnode, 0, node, 0)
for f, nodes in self._editors.items():
if not f: # an editor can act withouot a file
continue
fnode = self._filenodes[f]
for node in nodes:
self.sg.connect(node, 0, fnode, 0)
for f, nodes in self._text.items():
fnode = self._filenodes[f]
for node in nodes:
self.sg.connect(fnode, 0, node, 0)
layout(self)
self.sg.to_factory(self.sgfactory)