/* *NOT A CALLBACK* --> Must be called by inherited class (see aadldata.c) */
void aadlbox_load(ObjectNode obj_node, int version, DiaContext *ctx,
Aadlbox *aadlbox)
{
AttributeNode attr;
DataNode composite, data;
Aadl_type type;
gchar *declaration;
Aadlport *port;
ConnectionPoint *connection;
int i, num;
attr = object_find_attribute(obj_node, "aadlbox_ports");
composite = attribute_first_data(attr);
num = attribute_num_data(attr);
for (i=0; i<num; i++) {
Point p;
attr = composite_find_attribute(composite, "point");
data_point(attribute_first_data(attr), &p, ctx);
attr = composite_find_attribute(composite, "port_type");
type = data_enum(attribute_first_data(attr), ctx);
attr = composite_find_attribute(composite, "port_declaration");
declaration = data_string(attribute_first_data(attr), ctx);
port = g_new0(Aadlport,1);
port->handle = g_new0(Handle,1);
port->type = type;
port->declaration = declaration;
aadlbox_add_port(aadlbox, &p, port);
composite = data_next(composite);
}
attr = object_find_attribute(obj_node, "aadlbox_connections");
num = attribute_num_data(attr);
data = attribute_first_data(attr);
for (i=0; i<num; i++) {
Point p;
data_point(data, &p, ctx);
connection = g_new0(ConnectionPoint,1);
aadlbox_add_connection(aadlbox, &p, connection);
data = data_next(data);
}
object_load_props(&aadlbox->element.object,obj_node, ctx);
}
static DiaObject *
bus_load(ObjectNode obj_node, int version, const char *filename)
{
Bus *bus;
Connection *conn;
LineBBExtras *extra;
DiaObject *obj;
AttributeNode attr;
DataNode data;
int i;
bus = g_malloc0(sizeof(Bus));
conn = &bus->connection;
obj = &conn->object;
extra = &conn->extra_spacing;
obj->type = &bus_type;
obj->ops = &bus_ops;
connection_load(conn, obj_node);
attr = object_find_attribute(obj_node, "bus_handles");
bus->num_handles = 0;
if (attr != NULL)
bus->num_handles = attribute_num_data(attr);
connection_init(conn, 2 + bus->num_handles, 0);
data = attribute_first_data(attr);
bus->handles = g_malloc(sizeof(Handle *)*bus->num_handles);
bus->parallel_points = g_malloc(sizeof(Point)*bus->num_handles);
for (i=0;i<bus->num_handles;i++) {
bus->handles[i] = g_new0(Handle,1);
bus->handles[i]->id = HANDLE_BUS;
bus->handles[i]->type = HANDLE_MINOR_CONTROL;
bus->handles[i]->connect_type = HANDLE_CONNECTABLE_NOBREAK;
bus->handles[i]->connected_to = NULL;
data_point(data, &bus->handles[i]->pos);
obj->handles[2+i] = bus->handles[i];
data = data_next(data);
}
bus->line_color = color_black;
attr = object_find_attribute(obj_node, "line_color");
if (attr != NULL)
data_color(attribute_first_data(attr), &bus->line_color);
extra->start_trans =
extra->end_trans =
extra->start_long =
extra->end_long = LINE_WIDTH/2.0;
bus_update_data(bus);
return &bus->connection.object;
}
static void
pointarrayprop_load(PointarrayProperty *prop, AttributeNode attr, DataNode data, DiaContext *ctx)
{
guint nvals = attribute_num_data(attr);
guint i;
g_array_set_size(prop->pointarray_data,nvals);
for (i=0; (i < nvals) && data; i++, data = data_next(data))
data_point(data,&g_array_index(prop->pointarray_data,Point,i),ctx);
if (i != nvals)
g_warning("attribute_num_data() and actual data count mismatch "
"(shouldn't happen)");
}
static void
enumarrayprop_load(EnumarrayProperty *prop, AttributeNode attr, DataNode data)
{
guint nvals = attribute_num_data(attr);
guint i;
g_array_set_size(prop->enumarray_data,nvals);
for (i=0; (i < nvals) && data; i++, data = data_next(data))
g_array_index(prop->enumarray_data,gint,i) = data_enum(data);
if (i != nvals)
g_warning("attribute_num_data() and actual data count mismatch "
"(shouldn't happen)");
}
void
polyconn_load(PolyConn *poly, ObjectNode obj_node, DiaContext *ctx) /* NOTE: Does object_init() */
{
int i;
AttributeNode attr;
DataNode data;
DiaObject *obj = &poly->object;
object_load(obj, obj_node, ctx);
attr = object_find_attribute(obj_node, "poly_points");
if (attr != NULL)
poly->numpoints = attribute_num_data(attr);
else
poly->numpoints = 0;
object_init(obj, poly->numpoints, 0);
data = attribute_first_data(attr);
poly->points = g_malloc(poly->numpoints*sizeof(Point));
for (i=0;i<poly->numpoints;i++) {
data_point(data, &poly->points[i], ctx);
data = data_next(data);
}
obj->handles[0] = g_malloc(sizeof(Handle));
obj->handles[0]->connect_type = HANDLE_CONNECTABLE;
obj->handles[0]->connected_to = NULL;
obj->handles[0]->type = HANDLE_MAJOR_CONTROL;
obj->handles[0]->id = HANDLE_MOVE_STARTPOINT;
obj->handles[poly->numpoints-1] = g_malloc(sizeof(Handle));
obj->handles[poly->numpoints-1]->connect_type = HANDLE_CONNECTABLE;
obj->handles[poly->numpoints-1]->connected_to = NULL;
obj->handles[poly->numpoints-1]->type = HANDLE_MAJOR_CONTROL;
obj->handles[poly->numpoints-1]->id = HANDLE_MOVE_ENDPOINT;
for (i=1;i<poly->numpoints-1;i++) {
obj->handles[i] = g_malloc(sizeof(Handle));
setup_handle(obj->handles[i], PC_HANDLE_CORNER);
}
polyconn_update_data(poly);
}
static void
dictprop_load(DictProperty *prop, AttributeNode attr, DataNode data)
{
DataNode kv;
guint nvals = attribute_num_data(attr);
if (!nvals)
return;
kv = attribute_first_data (data);
while (kv) {
xmlChar *key = xmlGetProp(kv, (const xmlChar *)"name");
if (key) {
gchar *value = data_string(attribute_first_data (kv));
if (value)
g_hash_table_insert (prop->dict, g_strdup((gchar *)key), value);
} else {
g_warning ("Dictionary key missing");
}
kv = data_next(kv);
}
}
UMLOperation *
uml_operation_read(DataNode composite)
{
UMLOperation *op;
UMLParameter *param;
AttributeNode attr_node;
AttributeNode attr_node2;
DataNode composite2;
int i, num;
op = g_new(UMLOperation, 1);
op->name = NULL;
attr_node = composite_find_attribute(composite, "name");
if (attr_node != NULL)
op->name = data_string( attribute_first_data(attr_node) );
op->type = NULL;
attr_node = composite_find_attribute(composite, "type");
if (attr_node != NULL)
op->type = data_string( attribute_first_data(attr_node) );
op->visibility = FALSE;
attr_node = composite_find_attribute(composite, "visibility");
if (attr_node != NULL)
op->visibility = data_enum( attribute_first_data(attr_node) );
op->abstract = FALSE;
attr_node = composite_find_attribute(composite, "abstract");
if (attr_node != NULL)
op->abstract = data_boolean( attribute_first_data(attr_node) );
op->class_scope = FALSE;
attr_node = composite_find_attribute(composite, "class_scope");
if (attr_node != NULL)
op->class_scope = data_boolean( attribute_first_data(attr_node) );
op->parameters = NULL;
attr_node2 = composite_find_attribute(composite, "parameters");
num = attribute_num_data(attr_node2);
composite2 = attribute_first_data(attr_node2);
for (i=0;i<num;i++) {
param = g_new(UMLParameter, 1);
param->name = NULL;
attr_node = composite_find_attribute(composite2, "name");
if (attr_node != NULL)
param->name = data_string( attribute_first_data(attr_node) );
param->type = NULL;
attr_node = composite_find_attribute(composite2, "type");
if (attr_node != NULL)
param->type = data_string( attribute_first_data(attr_node) );
param->value = NULL;
attr_node = composite_find_attribute(composite2, "value");
if (attr_node != NULL)
param->value = data_string( attribute_first_data(attr_node) );
param->kind = UML_UNDEF_KIND;
attr_node = composite_find_attribute(composite2, "kind");
if (attr_node != NULL)
param->kind = data_enum( attribute_first_data(attr_node) );
op->parameters = g_list_append(op->parameters, param);
composite2 = data_next(composite2);
}
op->left_connection = NULL;
op->right_connection = NULL;
return op;
}
static DiaObject *
compound_load (ObjectNode obj_node, int version, DiaContext *ctx)
{
Compound * comp;
DiaObject * obj;
AttributeNode attr;
DataNode data;
gint i, num_handles;
comp = g_new0 (Compound, 1);
obj = &comp->object;
/* load the objects position and bounding box */
object_load (obj, obj_node, ctx);
/* init the object */
obj->type = &compound_type;
obj->ops = &compound_ops;
/* load the object's handles and its positions */
attr = object_find_attribute (obj_node, "comp_points");
g_assert (attr != NULL);
num_handles = attribute_num_data (attr);
g_assert (num_handles >= 3);
/* allocate space for object handles and connectionpoints point arrays */
object_init (obj, num_handles, 1);
data = attribute_first_data (attr);
/* init our mount_point */
setup_mount_point (&comp->mount_point, obj, NULL);
data_point (data, &comp->mount_point.pos, ctx);
obj->connections[0] = &comp->mount_point;
/* now init the handles */
comp->num_arms = num_handles-1;
comp->handles = g_new0 (Handle, num_handles);
setup_handle (&comp->handles[0], HANDLE_MOUNT_POINT,
HANDLE_MAJOR_CONTROL, HANDLE_NONCONNECTABLE);
comp->handles[0].pos = comp->mount_point.pos;
obj->handles[0] = &comp->handles[0];
data = data_next (data);
for (i = 1; i < num_handles; i++)
{
obj->handles[i] = &comp->handles[i];
setup_handle (obj->handles[i], HANDLE_ARM,
HANDLE_MINOR_CONTROL, HANDLE_CONNECTABLE_NOBREAK);
data_point (data, &obj->handles[i]->pos, ctx);
data = data_next (data);
}
/* load remainding properties */
attr = object_find_attribute (obj_node, PROP_STDTYPE_LINE_WIDTH);
if (attr == NULL)
comp->line_width = 0.1;
else
comp->line_width = data_real (attribute_first_data (attr), ctx);
attr = object_find_attribute (obj_node, "line_colour");
if (attr == NULL)
comp->line_color = color_black;
else
data_color (attribute_first_data (attr), &comp->line_color, ctx);
compound_update_data (comp);
compound_sanity_check (comp, "Loaded");
return &comp->object;
}