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InfiniTime/src/displayapp/UserApps.h

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Application selection at build time A list of "user applications" is built at compile time. It contains all the info needed to create the application at runtime (ptr to a create() function) and to display the app in the application menu. All applications declare a TypeTrait with these information. When a new app must be loaded, DisplayApp first check if this app is a System app (in which case it creates it like it did before). If it's not a System app, it looks for the app in the list of User applications and creates it if it found it. Those changes allow to more easily add new app and to select which app must be built into the firmware. Switch to C++20 (and fix a few issues in SpiMaster.cpp and Watchdog.cpp.
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#pragma once
CMake User Applications selection Use CMake's configure_file() functionality to generate the list of User Applications. All the apps included in current versions of InfiniTime are enabled by default, but this can now be overridden by setting variables ENABLE_APP_XXX to True or False. CMake CMP0140 is set to NEW to enable the return PROPAGATE functionality.
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#include "displayapp/Apps.h"
Application selection at build time A list of "user applications" is built at compile time. It contains all the info needed to create the application at runtime (ptr to a create() function) and to display the app in the application menu. All applications declare a TypeTrait with these information. When a new app must be loaded, DisplayApp first check if this app is a System app (in which case it creates it like it did before). If it's not a System app, it looks for the app in the list of User applications and creates it if it found it. Those changes allow to more easily add new app and to select which app must be built into the firmware. Switch to C++20 (and fix a few issues in SpiMaster.cpp and Watchdog.cpp.
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#include "Controllers.h"
#include "displayapp/screens/Alarm.h"
#include "displayapp/screens/Timer.h"
#include "displayapp/screens/Twos.h"
#include "displayapp/screens/Tile.h"
#include "displayapp/screens/ApplicationList.h"
Watch face selection at build time Watch faces can now be selected at buid time. It's implemented in a similar way than the selection of user apps, using a list of watch face description that is generated at build time (consteval, constexpr)
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#include "displayapp/screens/WatchFaceDigital.h"
#include "displayapp/screens/WatchFaceAnalog.h"
#include "displayapp/screens/WatchFaceCasioStyleG7710.h"
#include "displayapp/screens/WatchFaceInfineat.h"
#include "displayapp/screens/WatchFacePineTimeStyle.h"
#include "displayapp/screens/WatchFaceTerminal.h"
Application selection at build time A list of "user applications" is built at compile time. It contains all the info needed to create the application at runtime (ptr to a create() function) and to display the app in the application menu. All applications declare a TypeTrait with these information. When a new app must be loaded, DisplayApp first check if this app is a System app (in which case it creates it like it did before). If it's not a System app, it looks for the app in the list of User applications and creates it if it found it. Those changes allow to more easily add new app and to select which app must be built into the firmware. Switch to C++20 (and fix a few issues in SpiMaster.cpp and Watchdog.cpp.
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namespace Pinetime {
namespace Applications {
namespace Screens {
class Screen;
}
struct AppDescription {
Apps app;
const char* icon;
Screens::Screen* (*create)(AppControllers& controllers);
};
Watch face selection at build time Watch faces can now be selected at buid time. It's implemented in a similar way than the selection of user apps, using a list of watch face description that is generated at build time (consteval, constexpr)
2023-12-10 17:35:19 +00:00
struct WatchFaceDescription {
WatchFace watchFace;
const char* name;
Screens::Screen* (*create)(AppControllers& controllers);
bool (*isAvailable)(Controllers::FS& fileSystem);
};
Application selection at build time A list of "user applications" is built at compile time. It contains all the info needed to create the application at runtime (ptr to a create() function) and to display the app in the application menu. All applications declare a TypeTrait with these information. When a new app must be loaded, DisplayApp first check if this app is a System app (in which case it creates it like it did before). If it's not a System app, it looks for the app in the list of User applications and creates it if it found it. Those changes allow to more easily add new app and to select which app must be built into the firmware. Switch to C++20 (and fix a few issues in SpiMaster.cpp and Watchdog.cpp.
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template <Apps t>
consteval AppDescription CreateAppDescription() {
return {AppTraits<t>::app, AppTraits<t>::icon, &AppTraits<t>::Create};
}
Watch face selection at build time Watch faces can now be selected at buid time. It's implemented in a similar way than the selection of user apps, using a list of watch face description that is generated at build time (consteval, constexpr)
2023-12-10 17:35:19 +00:00
template <WatchFace t>
consteval WatchFaceDescription CreateWatchFaceDescription() {
return {WatchFaceTraits<t>::watchFace, WatchFaceTraits<t>::name, &WatchFaceTraits<t>::Create, &WatchFaceTraits<t>::IsAvailable};
}
Fix code formatting
2023-11-01 20:06:26 +00:00
template <template <Apps...> typename T, Apps... ts>
Application selection at build time A list of "user applications" is built at compile time. It contains all the info needed to create the application at runtime (ptr to a create() function) and to display the app in the application menu. All applications declare a TypeTrait with these information. When a new app must be loaded, DisplayApp first check if this app is a System app (in which case it creates it like it did before). If it's not a System app, it looks for the app in the list of User applications and creates it if it found it. Those changes allow to more easily add new app and to select which app must be built into the firmware. Switch to C++20 (and fix a few issues in SpiMaster.cpp and Watchdog.cpp.
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consteval std::array<AppDescription, sizeof...(ts)> CreateAppDescriptions(T<ts...>) {
return {CreateAppDescription<ts>()...};
}
Watch face selection at build time Watch faces can now be selected at buid time. It's implemented in a similar way than the selection of user apps, using a list of watch face description that is generated at build time (consteval, constexpr)
2023-12-10 17:35:19 +00:00
template <template <WatchFace...> typename T, WatchFace... ts>
consteval std::array<WatchFaceDescription, sizeof...(ts)> CreateWatchFaceDescriptions(T<ts...>) {
return {CreateWatchFaceDescription<ts>()...};
}
Application selection at build time A list of "user applications" is built at compile time. It contains all the info needed to create the application at runtime (ptr to a create() function) and to display the app in the application menu. All applications declare a TypeTrait with these information. When a new app must be loaded, DisplayApp first check if this app is a System app (in which case it creates it like it did before). If it's not a System app, it looks for the app in the list of User applications and creates it if it found it. Those changes allow to more easily add new app and to select which app must be built into the firmware. Switch to C++20 (and fix a few issues in SpiMaster.cpp and Watchdog.cpp.
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constexpr auto userApps = CreateAppDescriptions(UserAppTypes {});
Watch face selection at build time Watch faces can now be selected at buid time. It's implemented in a similar way than the selection of user apps, using a list of watch face description that is generated at build time (consteval, constexpr)
2023-12-10 17:35:19 +00:00
constexpr auto userWatchFaces = CreateWatchFaceDescriptions(UserWatchFaceTypes {});
Application selection at build time A list of "user applications" is built at compile time. It contains all the info needed to create the application at runtime (ptr to a create() function) and to display the app in the application menu. All applications declare a TypeTrait with these information. When a new app must be loaded, DisplayApp first check if this app is a System app (in which case it creates it like it did before). If it's not a System app, it looks for the app in the list of User applications and creates it if it found it. Those changes allow to more easily add new app and to select which app must be built into the firmware. Switch to C++20 (and fix a few issues in SpiMaster.cpp and Watchdog.cpp.
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}
}
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