Adolfo Reyna
2060095028
- GET /sim: live viewer page, 2s screenshot refresh, click-to-touch - POST /api/sim/touch?x,y,down: injects into sdl-pointer backend, auto-releases after 1.5s; simulator-only (404 on ESP32) - sdl_input: file-scope touch override state with extern C setters
120 lines
4.9 KiB
C++
120 lines
4.9 KiB
C++
#pragma once
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#include <Tactility/PubSub.h>
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#include <Tactility/service/Service.h>
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#include <Tactility/RecursiveMutex.h>
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#include <http/server.h>
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#ifdef ESP_PLATFORM
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#include <esp_netif.h>
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#endif
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#include <string>
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namespace tt::service::webserver {
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enum class WebServerEvent {
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/** WebServer settings have been modified (WiFi/HTTP credentials, enable/disable states) */
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WebServerSettingsChanged,
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/** HTTP server has started and is accepting connections */
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WebServerStarted,
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/** HTTP server has stopped and is no longer accepting connections */
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WebServerStopped
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};
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/**
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* @brief Web server service with resilient asset architecture
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*
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* Provides:
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* - Core HTML endpoints (hardcoded in firmware)
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* - Dynamic asset serving from Data partition
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* - SD card fallback
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* - Asset synchronization
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*/
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class WebServerService final : public Service {
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private:
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mutable RecursiveMutex mutex;
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struct HttpServer* httpServer = nullptr;
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PubSub<WebServerEvent>::SubscriptionHandle settingsEventSubscription = nullptr;
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std::shared_ptr<PubSub<WebServerEvent>> pubsub = std::make_shared<PubSub<WebServerEvent>>();
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int8_t statusbarIconId = -1; // Statusbar icon for WebServer state
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// AP mode WiFi management - real hardware only, see startApMode()/stopApMode()'s own
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// non-ESP_PLATFORM definitions.
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bool apWifiInitialized = false;
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#ifdef ESP_PLATFORM
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esp_netif_t* apNetif = nullptr;
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#endif
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bool startApMode();
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void stopApMode();
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// Core HTML endpoints (hardcoded in firmware)
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static error_t handleRoot(struct HttpServerRequest* request, void* user_ctx);
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static error_t handleSync(struct HttpServerRequest* request, void* user_ctx);
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static error_t handleReboot(struct HttpServerRequest* request, void* user_ctx);
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// File browser endpoints
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static error_t handleFileBrowser(struct HttpServerRequest* request, void* user_ctx);
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static error_t handleFsList(struct HttpServerRequest* request, void* user_ctx);
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static error_t handleFsTree(struct HttpServerRequest* request, void* user_ctx);
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static error_t handleFsDownload(struct HttpServerRequest* request, void* user_ctx);
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static error_t handleFsMkdir(struct HttpServerRequest* request, void* user_ctx);
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static error_t handleFsDelete(struct HttpServerRequest* request, void* user_ctx);
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static error_t handleFsRename(struct HttpServerRequest* request, void* user_ctx);
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static error_t handleFsUpload(struct HttpServerRequest* request, void* user_ctx);
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// Consolidated dispatch handlers to reduce URI handler table usage
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static error_t handleFsGenericGet(struct HttpServerRequest* request, void* user_ctx);
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static error_t handleFsGenericPost(struct HttpServerRequest* request, void* user_ctx);
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// Admin dispatcher to consolidate small POST endpoints (sync/reboot)
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static error_t handleAdminPost(struct HttpServerRequest* request, void* user_ctx);
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// API endpoints
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static error_t handleApiGet(struct HttpServerRequest* request, void* user_ctx);
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static error_t handleApiPost(struct HttpServerRequest* request, void* user_ctx);
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static error_t handleApiPut(struct HttpServerRequest* request, void* user_ctx);
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static error_t handleApiSysinfo(struct HttpServerRequest* request, void* user_ctx);
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static error_t handleApiApps(struct HttpServerRequest* request, void* user_ctx);
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static error_t handleApiAppsRun(struct HttpServerRequest* request, void* user_ctx);
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static error_t handleApiAppsUninstall(struct HttpServerRequest* request, void* user_ctx);
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static error_t handleApiAppsInstall(struct HttpServerRequest* request, void* user_ctx);
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static error_t handleApiWifi(struct HttpServerRequest* request, void* user_ctx);
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static error_t handleApiScreenshot(struct HttpServerRequest* request, void* user_ctx);
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static error_t handleApiSimTouch(struct HttpServerRequest* request, void* user_ctx);
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static error_t handleSimViewer(struct HttpServerRequest* request, void* user_ctx);
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#ifdef ESP_PLATFORM
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static error_t handleApiMcp(struct HttpServerRequest* request, void* user_ctx);
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static error_t handleApiScreenRaw(struct HttpServerRequest* request, void* user_ctx);
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#endif
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// Dynamic asset serving
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static error_t handleAssets(struct HttpServerRequest* request, void* user_ctx);
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bool startServer();
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void stopServer();
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public:
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~WebServerService() override;
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bool onStart(ServiceContext& service) override;
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void onStop(ServiceContext& service) override;
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void setEnabled(bool enabled);
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bool isEnabled() const;
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std::shared_ptr<PubSub<WebServerEvent>> getPubsub() const { return pubsub; }
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};
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// Global accessor for controlling the WebServer service
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void setWebServerEnabled(bool enabled);
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// Returns whether the HTTP server is actually running right now (not just the persisted setting)
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bool isWebServerEnabled();
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// Get the pubsub for subscribing to WebServer events
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std::shared_ptr<PubSub<WebServerEvent>> getPubsub();
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} // namespace
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