def write_net_class(builder, net, namespace="ca", write_constructor=True, write_class_end=True):
class_name = get_net_class_name(net)
builder.write_class_head(class_name, namespace + "::Net")
decls = [("def", "ca::NetDef *"), ("thread", "ca::Thread *")]
if write_constructor:
builder.write_constructor(class_name, emit_declarations(decls), ["{0}::Net(def, thread)".format(namespace)])
for place in net.places:
if place.need_remember_source():
builder.line("place_{0.id}.set_default_source(thread->get_process_id());", place)
builder.write_method_end()
builder.write_method_start("ca::NetBase * copy()")
builder.line("{0} *net = new {0}(*this);", class_name)
builder.line("return net;")
builder.write_method_end()
for place in net.places:
if place.need_remember_source():
cls = "ca::PlaceWithSource"
else:
cls = "ca::Place"
builder.write_var_decl("place_" + str(place.id), "{0}<{1} >".format(cls, place.type))
write_reports_method(builder, net)
write_receive_method(builder, net)
if write_class_end:
builder.write_class_end()
def write_vars_struct(builder, tr):
"""
Write class that servers as interface for transition's inner functions.
"""
class_name = "Vars_{0.id}".format(tr)
builder.write_class_head(class_name)
decls = tr.get_decls().get_list()
builder.write_constructor(class_name, emit_declarations(decls, True),
["{0}({0})".format(name) for name, _ in decls ])
builder.write_method_end()
for name, t in decls:
builder.write_var_decl(name, t, True)
builder.write_class_end()
def write_vars_struct(builder, tr):
"""
Write class that servers as interface for transition's inner functions.
"""
class_name = "Vars_{0.id}".format(tr)
builder.write_class_head(class_name)
decls = tr.get_decls().get_list()
builder.write_constructor(class_name, emit_declarations(decls, True),
["{0}({0})".format(name) for name, _ in decls])
builder.write_method_end()
for name, t in decls:
builder.write_var_decl(name, t, True)
builder.write_class_end()
def write_net_class(builder,
net,
namespace="ca",
write_constructor=True,
write_class_end=True):
class_name = get_net_class_name(net)
builder.write_class_head(class_name, namespace + "::Net")
decls = [("def", "ca::NetDef *"), ("thread", "ca::Thread *")]
if write_constructor:
builder.write_constructor(class_name, emit_declarations(decls),
["{0}::Net(def, thread)".format(namespace)])
for place in net.places:
if place.need_remember_source():
builder.line(
"place_{0.id}.set_default_source(thread->get_process_id());",
place)
builder.write_method_end()
builder.write_method_start("ca::NetBase * copy()")
builder.line("{0} *net = new {0}(*this);", class_name)
builder.line("return net;")
builder.write_method_end()
for place in net.places:
if place.need_remember_source():
cls = "ca::PlaceWithSource"
else:
cls = "ca::Place"
builder.write_var_decl("place_" + str(place.id),
"{0}<{1} >".format(cls, place.type))
write_reports_method(builder, net)
write_receive_method(builder, net)
if write_class_end:
builder.write_class_end()
