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nxdumptool/source/tasks.cpp
Pablo Curiel 17e0edb61c [ci skip] OptionsTab: add option to unmount UMS devices 
Uses a SelectListItem element with displayValue set to false to avoid displaying a value string. Furthermore, the default click event callback is replaced to check if any UMS devices are mounted before attempting to display the dropdown menu.

Other changes include:

* UmsTask: define UmsDeviceVectorEntry.
* UmsTask: redefine UmsDeviceVector as a UmsDeviceVectorEntry vector.
* UmsTask: migrate UMS device string generation logic from DumpOptionsFrame::UpdateStorages() to UmsTask::PopulateUmsDeviceVector().

* DumpOptionsFrame: simplify UpdateStorages() to reflect the changes made to UmsTask.
2024-04-18 21:58:47 +02:00

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/*
* tasks.cpp
*
* Copyright (c) 2020-2024, DarkMatterCore <pabloacurielz@gmail.com>.
*
* This file is part of nxdumptool (https://github.com/DarkMatterCore/nxdumptool).
*
* nxdumptool is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* nxdumptool is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program. If not, see <https://www.gnu.org/licenses/>.
*/
#include <nxdt_includes.h>
#include <tasks.hpp>
#define NXDT_TASK_INTERVAL 250 /* 250 ms. */
using namespace brls::i18n::literals; /* For _i18n. */
namespace nxdt::tasks
{
/* Status info task. */
StatusInfoTask::StatusInfoTask(void) : brls::RepeatingTask(NXDT_TASK_INTERVAL)
{
brls::RepeatingTask::start();
LOG_MSG_DEBUG("Status info task started.");
}
StatusInfoTask::~StatusInfoTask(void)
{
LOG_MSG_DEBUG("Status info task stopped.");
}
bool StatusInfoTask::IsInternetConnectionAvailable(void)
{
return this->status_info_data.connected;
}
void StatusInfoTask::run(retro_time_t current_time)
{
brls::RepeatingTask::run(current_time);
StatusInfoData *status_info_data = &(this->status_info_data);
/* Get current time. */
time_t unix_time = time(nullptr);
localtime_r(&unix_time, &(status_info_data->timeinfo));
/* Get battery stats. */
psmGetBatteryChargePercentage(&(status_info_data->charge_percentage));
psmGetChargerType(&(status_info_data->charger_type));
/* Get network connection status. */
u32 signal_strength = 0;
NifmInternetConnectionStatus connection_status{};
char *ip_addr = nullptr;
status_info_data->connected = false;
Result rc = nifmGetInternetConnectionStatus(&(status_info_data->connection_type), &signal_strength, &connection_status);
if (R_SUCCEEDED(rc) && status_info_data->connection_type && connection_status == NifmInternetConnectionStatus_Connected)
{
status_info_data->connected = true;
struct in_addr addr = { .s_addr = INADDR_NONE };
nifmGetCurrentIpAddress(&(addr.s_addr));
if (addr.s_addr != INADDR_NONE && (ip_addr = inet_ntoa(addr))) snprintf(status_info_data->ip_addr, MAX_ELEMENTS(status_info_data->ip_addr), "%s", ip_addr);
}
/* Fire task event. */
this->status_info_event.fire(this->status_info_data);
}
/* Gamecard task. */
GameCardTask::GameCardTask(void) : brls::RepeatingTask(NXDT_TASK_INTERVAL)
{
brls::RepeatingTask::start();
LOG_MSG_DEBUG("Gamecard task started.");
this->first_notification = (gamecardGetStatus() >= GameCardStatus_Processing);
}
GameCardTask::~GameCardTask(void)
{
LOG_MSG_DEBUG("Gamecard task stopped.");
}
void GameCardTask::run(retro_time_t current_time)
{
brls::RepeatingTask::run(current_time);
this->cur_gc_status = static_cast<GameCardStatus>(gamecardGetStatus());
if (this->cur_gc_status != this->prev_gc_status)
{
LOG_MSG_DEBUG("Gamecard status change triggered: %u.", this->cur_gc_status);
if (!this->first_notification)
{
if (this->prev_gc_status == GameCardStatus_NotInserted && this->cur_gc_status == GameCardStatus_Processing)
{
brls::Application::notify("gamecard_tab/error_frame/processing"_i18n);
} else
if (this->prev_gc_status == GameCardStatus_Processing && this->cur_gc_status > GameCardStatus_Processing)
{
brls::Application::notify("tasks/notifications/gamecard_status_updated"_i18n);
} else
if (this->cur_gc_status == GameCardStatus_NotInserted)
{
brls::Application::notify("tasks/notifications/gamecard_ejected"_i18n);
}
} else {
this->first_notification = false;
}
/* Update previous gamecard status. */
this->prev_gc_status = this->cur_gc_status;
/* Fire task event. */
this->gc_status_event.fire(this->cur_gc_status);
}
}
/* Title task. */
TitleTask::TitleTask(void) : brls::RepeatingTask(NXDT_TASK_INTERVAL)
{
/* Get system metadata entries. */
this->PopulateApplicationMetadataVector(true);
/* Get user metadata entries. */
this->PopulateApplicationMetadataVector(false);
/* Start task. */
brls::RepeatingTask::start();
LOG_MSG_DEBUG("Title task started.");
}
TitleTask::~TitleTask(void)
{
/* Clear application metadata vectors. */
this->system_metadata.clear();
this->user_metadata.clear();
LOG_MSG_DEBUG("Title task stopped.");
}
void TitleTask::run(retro_time_t current_time)
{
brls::RepeatingTask::run(current_time);
if (titleIsGameCardInfoUpdated())
{
LOG_MSG_DEBUG("Title info updated.");
//brls::Application::notify("tasks/notifications/user_titles"_i18n);
/* Update user metadata vector. */
this->PopulateApplicationMetadataVector(false);
/* Fire task event. */
this->user_title_event.fire(this->user_metadata);
}
}
const TitleApplicationMetadataVector& TitleTask::GetApplicationMetadata(bool is_system)
{
return (is_system ? this->system_metadata : this->user_metadata);
}
void TitleTask::PopulateApplicationMetadataVector(bool is_system)
{
TitleApplicationMetadata **app_metadata = nullptr;
u32 app_metadata_count = 0;
/* Get pointer to output vector. */
TitleApplicationMetadataVector& vector = (is_system ? this->system_metadata : this->user_metadata);
vector.clear();
/* Get application metadata entries. */
app_metadata = titleGetApplicationMetadataEntries(is_system, &app_metadata_count);
if (app_metadata)
{
/* Fill output vector. */
for(u32 i = 0; i < app_metadata_count; i++) vector.push_back(app_metadata[i]);
/* Free application metadata array. */
free(app_metadata);
}
LOG_MSG_DEBUG("Retrieved %u %s metadata %s.", app_metadata_count, is_system ? "system" : "user", app_metadata_count == 1 ? "entry" : "entries");
}
/* USB Mass Storage task. */
UmsTask::UmsTask(void) : brls::RepeatingTask(NXDT_TASK_INTERVAL)
{
brls::RepeatingTask::start();
LOG_MSG_DEBUG("UMS task started.");
}
UmsTask::~UmsTask(void)
{
/* Clear UMS device vector. */
this->ums_devices_vector.clear();
/* Free UMS devices buffer. */
if (this->ums_devices) free(this->ums_devices);
LOG_MSG_DEBUG("UMS task stopped.");
}
void UmsTask::run(retro_time_t current_time)
{
brls::RepeatingTask::run(current_time);
if (umsIsDeviceInfoUpdated())
{
LOG_MSG_DEBUG("UMS device info updated.");
brls::Application::notify("tasks/notifications/ums_device"_i18n);
/* Update UMS device vector. */
this->PopulateUmsDeviceVector();
/* Fire task event. */
this->ums_event.fire(this->ums_devices_vector);
}
}
const UmsDeviceVector& UmsTask::GetUmsDevices(void)
{
return this->ums_devices_vector;
}
void UmsTask::PopulateUmsDeviceVector(void)
{
/* Clear UMS device vector. */
this->ums_devices_vector.clear();
/* Free UMS devices buffer. */
if (this->ums_devices) free(this->ums_devices);
/* Reset UMS devices counter. */
this->ums_devices_count = 0;
/* Get UMS devices. */
this->ums_devices = umsGetDevices(&(this->ums_devices_count));
if (this->ums_devices)
{
/* Fill UMS device vector. */
for(u32 i = 0; i < this->ums_devices_count; i++)
{
const UsbHsFsDevice *cur_ums_device = &(this->ums_devices[i]);
int name_len = static_cast<int>(strlen(cur_ums_device->name) - 1);
std::string ums_info{};
if (cur_ums_device->product_name[0])
{
ums_info = fmt::format("{1:.{0}} ({2}, LUN #{3}, FS#{4}, {5})", name_len, cur_ums_device->name, cur_ums_device->product_name, cur_ums_device->lun, cur_ums_device->fs_idx, LIBUSBHSFS_FS_TYPE_STR(cur_ums_device->fs_type));
} else {
ums_info = fmt::format("{1:.{0}} (LUN #{2}, FS#{3}, {4})", name_len, cur_ums_device->name, cur_ums_device->lun, cur_ums_device->fs_idx, LIBUSBHSFS_FS_TYPE_STR(cur_ums_device->fs_type));
}
this->ums_devices_vector.push_back(std::make_pair(cur_ums_device, ums_info));
}
}
LOG_MSG_DEBUG("Retrieved info for %u UMS %s.", this->ums_devices_count, this->ums_devices_count == 1 ? "device" : "devices");
}
/* USB host device connection task. */
UsbHostTask::UsbHostTask(void) : brls::RepeatingTask(NXDT_TASK_INTERVAL)
{
brls::RepeatingTask::start();
LOG_MSG_DEBUG("USB host task started.");
}
UsbHostTask::~UsbHostTask(void)
{
LOG_MSG_DEBUG("USB host task stopped.");
}
void UsbHostTask::run(retro_time_t current_time)
{
brls::RepeatingTask::run(current_time);
this->cur_usb_host_speed = static_cast<UsbHostSpeed>(usbIsReady());
if (this->cur_usb_host_speed != this->prev_usb_host_speed)
{
LOG_MSG_DEBUG("USB host speed changed: %u.", this->cur_usb_host_speed);
brls::Application::notify(this->cur_usb_host_speed ? "tasks/notifications/usb_host_connected"_i18n : "tasks/notifications/usb_host_disconnected"_i18n);
/* Update previous USB host speed. */
this->prev_usb_host_speed = this->cur_usb_host_speed;
/* Fire task event. */
this->usb_host_event.fire(this->cur_usb_host_speed);
}
}
}
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