static void
action_calendar_taskpad_print_cb (GtkAction *action,
ECalShellView *cal_shell_view)
{
ECalShellContent *cal_shell_content;
ECalModelComponent *comp_data;
ETaskTable *task_table;
ECalComponent *comp;
ECalModel *model;
icalcomponent *clone;
GSList *list;
cal_shell_content = cal_shell_view->priv->cal_shell_content;
task_table = e_cal_shell_content_get_task_table (cal_shell_content);
model = e_task_table_get_model (task_table);
list = e_task_table_get_selected (task_table);
g_return_if_fail (list != NULL);
comp_data = list->data;
g_slist_free (list);
/* XXX We only print the first selected task. */
comp = e_cal_component_new ();
clone = icalcomponent_new_clone (comp_data->icalcomp);
e_cal_component_set_icalcomponent (comp, clone);
print_comp (
comp, comp_data->client,
e_cal_model_get_timezone (model),
e_cal_model_get_use_24_hour_format (model),
GTK_PRINT_OPERATION_ACTION_PRINT_DIALOG);
g_object_unref (comp);
}
/* Multiplies the complex with the real and prints to the user. */
void mult_comp_real(params* arg) {
complex comp;
comp.a = arg->vals[0].c->a * arg->vals[1].d;
comp.b = arg->vals[0].c->b * arg->vals[1].d;
arg->vals[0].c = ∁
print_comp(arg);
}
/* Subs the complex(s) values and prints to the user. */
void sub_comp(params* arg) {
complex comp;
comp.a = arg->vals[0].c->a - arg->vals[1].c->a;
comp.b = arg->vals[0].c->b - arg->vals[1].c->b;
arg->vals[0].c = ∁
print_comp(arg);
}
/* Adds the complex(s) values and prints to the user. */
void add_comp(params* arg) {
complex comp;
comp.a = arg->vals[0].c->a + arg->vals[1].c->a;
comp.b = arg->vals[0].c->b + arg->vals[1].c->b;
arg->vals[0].c = ∁
print_comp(arg);
}
/* Multiplies the two complex and prints to the user. */
void mult_comp_comp(params* arg) {
complex comp;
comp.a = (arg->vals[0].c->a * arg->vals[1].c->a)
- (arg->vals[0].c->b * arg->vals[1].c->b);
comp.b = (arg->vals[0].c->a * arg->vals[1].c->b)
+ (arg->vals[0].c->b * arg->vals[1].c->a);
arg->vals[0].c = ∁
print_comp(arg);
}
/* Reads the given arguments into the given complex pointers. */
void read_comp(params* arg) {
arg->vals[0].c->a = arg->vals[1].d;
arg->vals[0].c->b = arg->vals[2].d;
print_comp(arg); /* Prints the updated complex. (DEBUGGING)*/
}
