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midi_processor_chan_mes_remap_settings_view.cpp
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/**
* @file midi_processor_chan_mes_remap_settings_view.cpp
* @author rppicomidi
* @brief Settings UI for channel message remap
*
* The UI looks like this:
* Note Message Remap *** This is a menu item; can select any Channel message type except pitch bend
* Channel: 1
* Display Decimal
* Remap: 54->---
* Remap:122->123
* Add New Remap
*
* MIT License
*
* Copyright (c) 2022 rppicomidi
*
* Permission is hereby granted, free of charge, to any person obtaining a copy
* of this software and associated documentation files (the "Software"), to deal
* in the Software without restriction, including without limitation the rights
* to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
* copies of the Software, and to permit persons to whom the Software is
* furnished to do so, subject to the following conditions:
*
* The above copyright notice and this permission notice shall be included in all
* copies or substantial portions of the Software.
*
* THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
* IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
* FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
* AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
* LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
* OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
* SOFTWARE.
*/
#include <cassert>
#include <string>
#include "midi_processor_chan_mes_remap_settings_view.h"
#include "int_spinner_menu_item.h"
rppicomidi::Midi_processor_chan_mes_remap_settings_view::
Midi_processor_chan_mes_remap_settings_view(Mono_graphics& screen_, const Rectangle& rect_, Midi_processor* proc_) :
Midi_processor_settings_view{screen_, rect_, proc_}, font{screen_.get_font_12()}, menu{screen_, 0, font},
mes_type_menu{screen_, 0, this, static_mes_type_select_callback}
{
auto remap_proc = reinterpret_cast<Midi_processor_chan_mes_remap*>(proc);
auto mes_type_list = remap_proc->get_all_possible_channel_message_types();
assert(mes_type_list);
for (auto &mes_type: *mes_type_list) {
auto item = new Menu_item{mes_type.c_str(), screen, font};
assert(item);
mes_type_menu.add_menu_item(item);
}
}
void rppicomidi::Midi_processor_chan_mes_remap_settings_view::entry()
{
auto remap_proc = reinterpret_cast<Midi_processor_chan_mes_remap*>(proc);
auto mes_type_list = remap_proc->get_all_possible_channel_message_types();
menu.clear();
const char* text = (*mes_type_list)[mes_type_menu.get_current_item_idx()].c_str();
mes_type_menu_item = new View_launch_menu_item(mes_type_menu, text, screen, font);
assert(mes_type_menu_item);
menu.add_menu_item(mes_type_menu_item);
auto chan_menu_item = new Int_spinner_menu_item<uint8_t>("Channel:",screen, font, 3, 3, false,
Midi_processor_chan_mes_remap::static_chan_get,
Midi_processor_chan_mes_remap::static_chan_incr, reinterpret_cast<void*>(proc));
assert(chan_menu_item);
menu.add_menu_item(chan_menu_item);
std::string display_format_str;
remap_proc->get_display_format(display_format_str);
display_format_item = new Callback_menu_item{display_format_str.c_str(), screen, font, this, static_toggle_display_format};
assert(display_format_item);
menu.add_menu_item(display_format_item);
size_t fmt_idx = remap_proc->get_display_format();
for (size_t idx = 0; idx < remap_proc->get_num_remap(); idx++) {
auto item = new Bimap_spinner_menu_item<uint8_t>("Remap:", screen, font, idx, 3, 2, fmt_idx == 1,
Midi_processor_chan_mes_remap::static_get, Midi_processor_chan_mes_remap::static_incr,
reinterpret_cast<void*>(remap_proc));
menu.add_menu_item(item);
}
auto item = new Callback_menu_item{"Add new remap", screen, font, this, static_new_remap_callback};
assert(item);
menu.add_menu_item(item);
menu.entry();
}
void rppicomidi::Midi_processor_chan_mes_remap_settings_view::draw()
{
screen.clear_canvas();
menu.draw();
}
void rppicomidi::Midi_processor_chan_mes_remap_settings_view::static_mes_type_select_callback(View* context, int idx)
{
auto me = reinterpret_cast<Midi_processor_chan_mes_remap_settings_view*>(context);
auto remap_proc = reinterpret_cast<Midi_processor_chan_mes_remap*>(me->proc);
if (!remap_proc->set_message_type(idx)) {
remap_proc->set_message_type(0);
}
std::string remap_str;
remap_proc->get_message_type(remap_str);
me->mes_type_menu_item->set_text(remap_str.c_str());
}
void rppicomidi::Midi_processor_chan_mes_remap_settings_view::static_toggle_display_format(View* context, View**)
{
auto me=reinterpret_cast<Midi_processor_chan_mes_remap_settings_view*>(context);
auto remap_proc = reinterpret_cast<Midi_processor_chan_mes_remap*>(me->proc);
size_t fmt_idx = remap_proc->get_display_format();
bool is_hex = (fmt_idx == 0); // toggle the display format value
remap_proc->set_display_format(is_hex ? 1:0); // update the setting
// update the display format menu item string
std::string fmt_str;
remap_proc->get_display_format(fmt_str);
me->display_format_item->set_text(fmt_str.c_str());
// first 3 menu items are message type, channel and display format toggle
// last menu item is add new remap
for (int idx=3; idx < (int)me->menu.get_num_items()-1; idx++) {
// then there are remap items to change format
int ret = me->menu.set_current_item_idx(idx);
assert(ret == idx);
auto item = reinterpret_cast<Bimap_spinner_menu_item<uint8_t>*>(me->menu.get_current_item());
item->set_display_hex(is_hex);
}
me->menu.set_current_item_idx(2); // set the item index back to the display format
me->draw();
}
void rppicomidi::Midi_processor_chan_mes_remap_settings_view::static_new_remap_callback(View* context, View**)
{
auto me=reinterpret_cast<Midi_processor_chan_mes_remap_settings_view*>(context);
auto remap_proc = reinterpret_cast<Midi_processor_chan_mes_remap*>(me->proc);
auto idx = remap_proc->add_remap();
size_t fmt_idx = remap_proc->get_display_format();
auto item = new Bimap_spinner_menu_item<uint8_t>("Remap:", me->screen, me->font, idx, 3, 2, fmt_idx == 1,
Midi_processor_chan_mes_remap::static_get, Midi_processor_chan_mes_remap::static_incr,
reinterpret_cast<void*>(remap_proc));
me->menu.insert_menu_item_before_current(item);
me->draw();
}
void rppicomidi::Midi_processor_chan_mes_remap_settings_view::on_left(uint32_t delta, bool is_shifted)
{
if (menu.get_has_focus()) {
// Require shift button held and do not erase multiple items at once by accident
if (!is_shifted || delta != 1)
return;
// Then delete the current menu item if it is a remap item
size_t idx = menu.get_current_item_idx();
// idx == 0 is the message type.
// idx == 1 is the remap display format
// idx == menu.get_num_items() - 1 is the add new remap prompt
// If the current possition is between those, then it is a remap. Erase it
if (idx > 1 && idx < menu.get_num_items()-1) {
// first erase the associated processing mapping. The index to it is stored
// in the current menu item. I thought about putting this functionality in
// the Bimap_spinner_menu_item destructor, but it seemed more
// consistent with the code that adds a new remap to do it here
auto item = reinterpret_cast<const Bimap_spinner_menu_item<uint8_t>*>(menu.get_current_item());
assert(item);
auto bimap_idx = item->get_bimap_idx();
auto remap_proc = reinterpret_cast<Midi_processor_chan_mes_remap*>(proc);
remap_proc->delete_remap(bimap_idx);
// Now erase the current menu item
menu.erase_current_item();
draw(); // need to redraw
}
}
else {
// pass it on to the current item via the menu object
menu.on_left(delta, is_shifted);
}
}