pig_target_addr_ctx *add_target_addr_to_pig_target_addr(pig_target_addr_ctx *addrs, const char *range) {
pig_target_addr_ctx *head = addrs, *p = NULL;
if (head == NULL) {
new_pig_target_addr(head);
p = head;
} else {
p = get_pig_target_addr_tail(head);
new_pig_target_addr(p->next);
p = p->next;
}
p->type = get_range_type(range);
switch (p->type) {
case kAddr:
p->addr = to_ipv4(range);
break;
case kWild:
p->addr = to_ipv4_mask(range);
break;
case kCidr:
p->addr = to_ipv4_cidr(range, &p->cidr_range);
break;
default:
break;
}
p->v = 4;
p->asize = sizeof(int);
return head;
}
static pig_target_addr_ctx *parse_targets(const char *targets) {
pig_target_addr_ctx *addr = NULL;
const char *tp = NULL;
char range[0xff];
size_t r = 0;
if (targets == NULL) {
return NULL;
}
memset(range, 0, sizeof(range));
r = 0;
for (tp = targets; *tp != 0; tp++) {
if (*tp == ',' || *(tp + 1) == 0) {
if (*(tp + 1) == 0) {
range[r] = *tp;
}
if (get_range_type(range) == kNone) {
printf("pig WARNING: the IP range \"%s\" seems invalid... it will be skipped.\n", range);
} else {
addr = add_target_addr_to_pig_target_addr(addr, range);
}
r = 0;
memset(range, 0, sizeof(range));
} else {
range[r] = *tp;
r = (r + 1) % sizeof(range);
}
}
return addr;
}
CError CInterfaceDefinitionLoader::handle_element_value( const string &element_value )
{
assert( m_interface_definition && !m_element_path.empty() );
/* interface info */
READ_MEMBER(
"InterfaceDeclaration.InterfaceInfo.Name",
m_interface_definition->m_interface_info->m_name );
READ_MEMBER(
"InterfaceDeclaration.InterfaceInfo.Label",
m_interface_definition->m_interface_info->m_label );
READ_MEMBER(
"InterfaceDeclaration.InterfaceInfo.Description",
m_interface_definition->m_interface_info->m_description );
READ_SET_CONTENT(
"InterfaceDeclaration.InterfaceInfo.Tags.Tag",
m_interface_definition->m_interface_info->m_tags );
READ_MEMBER(
"InterfaceDeclaration.InterfaceInfo.ImplementedInLibIntegra",
m_interface_definition->m_interface_info->m_implemented_in_libintegra );
READ_MEMBER(
"InterfaceDeclaration.InterfaceInfo.Author",
m_interface_definition->m_interface_info->m_author );
READ_MEMBER(
"InterfaceDeclaration.InterfaceInfo.CreatedDate",
m_interface_definition->m_interface_info->m_created_date );
READ_MEMBER(
"InterfaceDeclaration.InterfaceInfo.ModifiedDate",
m_interface_definition->m_interface_info->m_modified_date );
/* endpoint info */
READ_MEMBER(
"InterfaceDeclaration.EndpointInfo.Endpoint.Name",
current_endpoint().m_name );
READ_MEMBER(
"InterfaceDeclaration.EndpointInfo.Endpoint.Label",
current_endpoint().m_label );
READ_MEMBER(
"InterfaceDeclaration.EndpointInfo.Endpoint.Description",
current_endpoint().m_description );
READ_MEMBER(
"InterfaceDeclaration.EndpointInfo.Endpoint.Type",
current_endpoint().m_type );
READ_MEMBER(
"InterfaceDeclaration.EndpointInfo.Endpoint.ControlInfo.ControlType",
current_endpoint().m_control_info->m_type );
READ_MEMBER(
"InterfaceDeclaration.EndpointInfo.Endpoint.ControlInfo.StateInfo.StateType",
current_endpoint().m_control_info->m_state_info->m_type );
READ_VALUE(
"InterfaceDeclaration.EndpointInfo.Endpoint.ControlInfo.StateInfo.Constraint.Range.Minimum",
current_endpoint().m_control_info->m_state_info->m_constraint->m_value_range->m_minimum,
get_range_type() );
READ_VALUE(
"InterfaceDeclaration.EndpointInfo.Endpoint.ControlInfo.StateInfo.Constraint.Range.Maximum",
current_endpoint().m_control_info->m_state_info->m_constraint->m_value_range->m_maximum,
get_range_type() );
READ_VALUE_SET_CONTENT(
"InterfaceDeclaration.EndpointInfo.Endpoint.ControlInfo.StateInfo.Constraint.AllowedStates.State",
current_endpoint().m_control_info->m_state_info->m_constraint->m_allowed_states,
get_state_type() );
READ_VALUE(
"InterfaceDeclaration.EndpointInfo.Endpoint.ControlInfo.StateInfo.Default",
current_endpoint().m_control_info->m_state_info->m_default_value,
get_state_type() );
READ_MEMBER(
"InterfaceDeclaration.EndpointInfo.Endpoint.ControlInfo.StateInfo.Scale.ScaleType",
current_endpoint().m_control_info->m_state_info->m_value_scale->m_type );
READ_VALUE(
"InterfaceDeclaration.EndpointInfo.Endpoint.ControlInfo.StateInfo.StateLabels.Label.State",
m_last_state_label_value,
get_state_type() );
READ_MEMBER(
"InterfaceDeclaration.EndpointInfo.Endpoint.ControlInfo.StateInfo.StateLabels.Label.Text",
m_last_state_label_key );
READ_MEMBER(
"InterfaceDeclaration.EndpointInfo.Endpoint.ControlInfo.StateInfo.IsInputFile",
current_endpoint().m_control_info->m_state_info->m_is_input_file );
READ_MEMBER(
"InterfaceDeclaration.EndpointInfo.Endpoint.ControlInfo.StateInfo.IsSavedToFile",
current_endpoint().m_control_info->m_state_info->m_is_saved_to_file );
READ_MEMBER(
"InterfaceDeclaration.EndpointInfo.Endpoint.ControlInfo.CanBeSource",
current_endpoint().m_control_info->m_can_be_source );
READ_MEMBER(
"InterfaceDeclaration.EndpointInfo.Endpoint.ControlInfo.CanBeTarget",
current_endpoint().m_control_info->m_can_be_target );
READ_MEMBER(
"InterfaceDeclaration.EndpointInfo.Endpoint.ControlInfo.IsSentToHost",
current_endpoint().m_control_info->m_is_sent_to_host );
READ_MEMBER(
"InterfaceDeclaration.EndpointInfo.Endpoint.StreamInfo.StreamType",
current_endpoint().m_stream_info->m_type );
READ_MEMBER(
"InterfaceDeclaration.EndpointInfo.Endpoint.StreamInfo.StreamDirection",
current_endpoint().m_stream_info->m_direction );
/* widget info */
READ_MEMBER(
"InterfaceDeclaration.WidgetInfo.Widget.WidgetType",
current_widget().m_type );
READ_MEMBER(
"InterfaceDeclaration.WidgetInfo.Widget.Label",
current_widget().m_label );
READ_MEMBER(
"InterfaceDeclaration.WidgetInfo.Widget.Position.X",
current_widget().m_position->m_x );
READ_MEMBER(
"InterfaceDeclaration.WidgetInfo.Widget.Position.Y",
current_widget().m_position->m_y );
READ_MEMBER(
"InterfaceDeclaration.WidgetInfo.Widget.Position.Width",
current_widget().m_position->m_width );
READ_MEMBER(
"InterfaceDeclaration.WidgetInfo.Widget.Position.Height",
current_widget().m_position->m_height );
READ_MEMBER(
"InterfaceDeclaration.WidgetInfo.Widget.AttributeMappings.AttributeMapping.WidgetAttribute",
m_last_widget_key );
READ_MEMBER(
"InterfaceDeclaration.WidgetInfo.Widget.AttributeMappings.AttributeMapping.Endpoint",
m_last_widget_value );
/* implementation info */
READ_MEMBER(
"InterfaceDeclaration.ImplementationInfo.PatchName",
m_interface_definition->m_implementation_info->m_patch_name );
INTEGRA_TRACE_ERROR << "unhandled element: " << m_element_path << " for module: " << m_interface_definition->m_interface_info->m_name;
return CError::SUCCESS;
}
