##################################################################################################### ##### NSPANEL ESPHOME created by Blackymas - https://github.com/Blackymas/NSPanel_HA_Blueprint ##### ##### ESPHOME CORE ##### ##### PLEASE only make changes if it is necessary and also the required knowledge is available. ##### ##### For normal use with the Blueprint, no changes are necessary. ##### ##################################################################################################### --- substitutions: ############################## ## Change only in your ## ## local yaml substitutions ## device_name: NSPanel name: ${device_name} friendly_name: ${device_name} ap_password: ${wifi_password} ota_password: ${wifi_password} web_password: ${wifi_password} wifi_timeout: '15' temp_units: "°C" invalid_cooldown: "100ms" ##### DON'T CHANGE THIS ###### version: "4.3dev" ############################## ##### External components ##### external_components: - source: type: git url: https://github.com/edwardtfn/esphome ref: nextion-v425 components: - nextion # Change this when that PR#6192 gets released (2024.3?) refresh: 300s ##### ESPHOME CONFIGURATION ##### esphome: name: ${name} friendly_name: ${friendly_name} min_version: 2023.12.0 platformio_options: build_flags: - -Wno-missing-field-initializers on_boot: - priority: 600.0 # This is where most sensors are set up. then: - lambda: |- std::string s = "${device_name}"; std::string result; bool last_was_underscore = false; for (char& c : s) { if (isalnum(c)) { result += tolower(c); // Add alphanumeric characters as lowercase last_was_underscore = false; } else if (!last_was_underscore) { // Replace non-alphanumeric with '_' but avoid consecutive '_' result += '_'; last_was_underscore = true; } } device_name->publish_state(result.c_str()); - script.execute: restore_settings - wait_until: condition: - lambda: return disp1->is_setup(); timeout: 60s - if: condition: - lambda: return (not disp1->is_detected()); then: - switch.turn_off: screen_power - delay: 2s - switch.turn_on: screen_power - delay: 5s on_shutdown: - priority: 0 then: - lambda: |- // Make it unavailable to blueprint calls nextion_init->publish_state(false); // Update Wi-Fi icon disp1->set_component_text_printf("home.wifi_icon", "\uE708"); // Update Wi-Fi icon color disp1->set_component_font_color("home.wifi_icon", 63488); - priority: 600.0 then: - switch.turn_off: screen_power esp32: board: esp32dev framework: type: esp-idf ##### WIFI SETUP ##### wifi: id: wifi_component power_save_mode: LIGHT networks: - id: wifi_default ssid: ${wifi_ssid} password: ${wifi_password} ap: ssid: "${name}" password: ${ap_password} on_connect: then: - script.execute: watchdog on_disconnect: then: - script.execute: watchdog captive_portal: ##### OTA PASSWORD ##### ota: id: ota_std password: ${ota_password} safe_mode: true reboot_timeout: 3min num_attempts: 3 ##### JSON - Used to parse json and for Upload TFT ##### json: ##### LOGGER ##### logger: id: logger_std baud_rate: 0 ##### ENABLE RINGTONE MUSIC SUPPORT ##### rtttl: id: buzzer output: buzzer_out ##### CONFIGURE INTERNAL BUZZER ##### output: ##### BUZZER FOR PLAYING RINGTONES ##### - id: buzzer_out platform: ledc pin: number: 21 ##### UART FOR NEXTION DISPLAY ##### uart: - id: tf_uart tx_pin: 16 rx_pin: 17 baud_rate: 115200 ##### Keeps time display updated ##### time: - id: time_provider platform: homeassistant on_time: - seconds: 0 then: - script.execute: refresh_datetime - seconds: 30 then: - script.execute: watchdog on_time_sync: then: - logger.log: "System clock synchronized" - script.execute: refresh_datetime ##### Web server ##### web_server: id: web_server_std port: 80 auth: username: admin password: ${web_password} ##### START - API CONFIGURATION ##### # yamllint disable rule:comments-indentation api: id: api_server reboot_timeout: 0s on_client_connected: - script.execute: watchdog on_client_disconnected: - script.execute: watchdog services: # Button Service # Dynamically configures button properties on a specified page, enhancing UI interactivity # by allowing updates to button appearance and behavior based on given parameters. # Usage: Ideal for user interface customization, reflecting device state changes or user interactions. # Supports dynamic updates to button states, icons, colors, and labels. # Parameters: # - page (string): Identifier of the page where the button is located. # - id (string): Unique identifier for the button. # - state (bool): Determines the button's state, influencing background and other visual aspects. # - icon (string): Icon codepoint from HASwitchPlate Material Design Icons. Example: "\uE6E8" for mdi:lightbulb-on-outline. # - icon_color (int[]): RGB color array for the icon. # - icon_font (int): Nextion font identifier for the icon, default is 8. # - bri (string): Brightness level or other dynamic info to be displayed close to the icon. # - label (string): Main text label for the button. # Example service call: # service: esphome._button # data: # page: "buttonpage01" # id: "button08" # state: true # icon: "\uE6E8" # mdi:lightbulb-on-outline # icon_color: [255, 0, 0] # Red # icon_font: 2 # bri: "75%" # label: "Living Room" # # NOTE: Replace with your panel's name configured in Home Assistant. # Customize the button's properties as needed to align with your UI design and functionality requirements. # Utilize the HASwitchPlate Material Design Icons for a wide range of icon options. - service: button # yamllint disable-line rule:indentation variables: page: string id: string state: bool icon: string icon_color: int[] icon_font: int bri: string label: string then: - lambda: |- if (page == current_page->state and not id(is_uploading_tft)) { std::string btnicon = id.c_str() + std::string("icon"); std::string btntext = id.c_str() + std::string("text"); std::string btnbri = id.c_str() + std::string("bri"); std::string btnpic = id.c_str() + std::string("pic"); uint8_t bg_pic = state ? 47 : 46; uint16_t txt_color = state ? 10597 : 65535; disp1->send_command_printf("%spic.picc=%u", id.c_str(), bg_pic); disp1->send_command_printf("%sbri.picc=%u", id.c_str(), bg_pic); disp1->send_command_printf("%stext.picc=%u", id.c_str(), bg_pic); disp1->send_command_printf("%sicon.picc=%u", id.c_str(), bg_pic); disp1->send_command_printf("%sicon.font=%" PRIu32, id.c_str(), icon_font); disp1->set_component_foreground_color(btnbri.c_str(), txt_color); disp1->set_component_foreground_color(btntext.c_str(), txt_color); set_component_color->execute(btnicon.c_str(), icon_color); disp1->set_component_text_printf(btnicon.c_str(), "%s", icon.c_str()); display_wrapped_text->execute(btntext.c_str(), label.c_str(), 10); if (strcmp(bri.c_str(), "0") != 0) disp1->set_component_text_printf(btnbri.c_str(), "%s", bri.c_str()); else disp1->set_component_text_printf(btnbri.c_str(), " "); disp1->show_component(btnpic.c_str()); disp1->show_component(btnicon.c_str()); disp1->show_component(btntext.c_str()); disp1->show_component(btnbri.c_str()); disp1->show_component(id.c_str()); } else { ESP_LOGW("service.set_button", "Skipping button `%s.%s` update.", page.c_str(), id.c_str()); } # Command Service # Sends custom commands directly to the display for dynamic interactions and updates. # # Usage: Useful for advanced customizations like displaying messages, updating statuses, # or executing specific display commands. # # Parameter: # - cmd (string): Command string to be sent. Refer to the Nextion Instruction Set for # supported commands: https://nextion.tech/instruction-set/ # # Example service call: # service: esphome._command # data: # cmd: "page home" # Command to navigate to the "Home" page. # # NOTE: Replace with the specific panel name in your Home Assistant setup. # Ensure the cmd string is properly formatted for your display's command set. - service: command variables: cmd: string then: - lambda: |- if (!id(is_uploading_tft)) disp1->send_command_printf("%s", cmd.c_str()); # Component Color Service # Changes the foreground color of specified components on the display for dynamic UI customization. # # Usage: Perfect for creating visually dynamic interfaces. Use this service to change component colors based on conditions, events, # or user actions, such as indicating status changes or highlighting elements. # # Parameters: # - id (string): Identifier of the component to change color. Ensure this matches the component's ID in your display layout. # - color (int[]): New color for the component, specified as an RGB array (e.g., [255, 0, 0] for red). # # Example service call: # service: esphome._component_color # data: # id: "home.time" # Component ID whose color will be changed. # color: [255, 0, 0] # New color to apply to the component, making it red. # # NOTE: Replace with the specific panel name in your Home Assistant setup to ensure correct service execution. # Ensure the 'id' and 'color' parameters accurately specify the component and the new color to be applied. - service: component_color variables: id: string color: int[] then: - lambda: |- if (!id(is_uploading_tft)) set_component_color->execute(id, color); # Component Hide Service # Allows for dynamic interface changes by hiding specified components on the display. # # Usage: Ideal for interactive user interfaces that need to adapt by hiding elements based on user actions, conditions, or events. # # Parameters: # - id (string): Identifier of the component to be hidden. Ensure this matches the component's ID in your display layout. # # Example service call: # service: esphome._component_hide # data: # id: "date" # Example: Hides the date display on the Home page. # # NOTE: Replace with the specific panel name in your Home Assistant setup to ensure correct service execution. # Ensure the 'id' matches the component on your display you wish to hide. # # IMPORTANT: This service functions only when the target page is visible. The component id should not include the page id. # If the component being hidden is not on the current page, the command will fail, and an error message will be logged. - service: component_hide variables: id: string then: - lambda: |- if (!id(is_uploading_tft)) disp1->hide_component(id.c_str()); # Component Show Service # Enables dynamic interface changes by making specified components visible on the display again. # # Usage: Perfect for interactive user interfaces that adapt by showing elements based on user actions, conditions, or events. # # Parameters: # - id (string): The component's identifier to be made visible. This must match your display's component ID accurately. # # Example service call: # service: esphome._component_show # data: # id: "date" # Example: Makes the date display visible on the Home page if previously hidden. # # NOTE: Replace with the specific panel name in your Home Assistant setup to ensure correct service execution. # Confirm the 'id' correctly targets the component you wish to show for effective interface adaptation. - service: component_show variables: id: string then: - lambda: |- if (!id(is_uploading_tft)) disp1->show_component(id.c_str()); # Component Text Service # Updates text content for a specified component on the display, ideal for dynamic updates. # # Usage: Perfect for updating status messages, labels, or any text-based information in real-time. # # Parameters: # - id (string): Identifier of the component. Ensure it matches the component's ID in your display layout. # - txt (string): New text content to be displayed. Supports both static and dynamic content. # # Example service call: # service: esphome._component_text # data: # id: "home.time" # Component ID to update. Match this with your display's component ID. # txt: "12:34" # New text content to display. # # NOTE: Replace with your specific panel name in your Home Assistant setup. # Ensure 'id' accurately targets the correct component for the text update to be successful. - service: component_text variables: id: string txt: string then: - lambda: |- if (!id(is_uploading_tft)) disp1->set_component_text_printf(id.c_str(), "%s", txt.c_str()); # Component Value Service # This service updates the numerical value of a specified component on the display, # ideal for dynamic changes like counters or sensor readings. # # Usage: Perfect for real-time updates of numeric values such as temperature, humidity, or progress indicators. # # Parameters: # - id (string): Identifier of the component to update. Must match the component's ID in the display layout. # - val (int): New integer value to set for the component. Adjust based on the data type you're displaying. # # Example service call: # service: esphome._component_val # data: # id: "cover.coverslider" # Ensure this ID matches your component's ID on the display. # val: 25 # New value to be displayed. # # NOTE: Replace with the specific panel name in your Home Assistant setup. # Confirm the 'id' correctly targets the intended component for the update. - service: component_val variables: id: string val: int then: - lambda: |- if (!id(is_uploading_tft)) disp1->set_component_value(id.c_str(), val); # entity_details_show Service - PENDING FULL IMPLEMENTATION # Enables navigation to a page displaying detailed information about a specific entity and defines a clear path for returning to a previous page, # enhancing user interaction within the interface. # # Usage: Simplifies access to detailed information for entities, providing users with a detailed view # and a straightforward method to navigate back to a main or context-specific page. # # Parameters: # - entity_id (string): Identifier for the entity whose detailed information is to be displayed. # - back_page (string): Specifies the page to return to after viewing details. # Options are limited to `home`, `buttonpage01`, `buttonpage02`, `buttonpage03`, and `buttonpage04` to ensure consistent and predictable navigation. # # Example service call: # service: esphome._entity_details_show # data: # entity_id: "light.living_room" # back_page: "home" # Or "buttonpage01" to "buttonpage04" as appropriate. # # NOTE: Tailor , entity_id, and back_page to match your specific setup. # This approach ensures a seamless and intuitive navigation experience, facilitating easy access to and from detailed entity information. - service: entity_details_show variables: entity: string back_page: string then: - script.execute: id: entity_details_show entity: !lambda "return entity;" back_page: !lambda "return back_page;" # Icon Service # This service updates a chip or custom button's icon, color, and visibility within Home Assistant. # # Usage: Ideal for dynamically updating icons on your Panel for a customizable UI. # # Parameters: # - id (string): Identifier of the component. See "Screen components" in the documentation. # - icon (string): Icon codepoint, e.g., "/uE6E8" for `mdi:lightbulb-on-outline`. # - icon_color (int[]): RGB color array for the icon, e.g., [0, 255, 0] for green. # - visible (bool): Set to `true` for visible or `false` for hidden. # # Example service call: # service: esphome._icon # data: # id: "home.chip03" # icon: "/uE6E8" # Example for mdi:lightbulb-on-outline # icon_color: [0, 255, 0] # Green # visible: true # # NOTE: Replace with the specific panel name for your Home Assistant configuration. - service: icon variables: id: string icon: string icon_color: int[] visible: bool then: - lambda: |- if (!id(is_uploading_tft) and !(id.empty())) { if (!(icon.empty())) disp1->set_component_text_printf("%s_icon", id.c_str(), icon.c_str()); if (icon_color.size() == 3) set_component_color->execute((id + "_icon").c_str(), icon_color); bool IsCurrentPage = true; size_t dotPos = id.find("."); if (dotPos != std::string::npos) { std::string left_side = id.substr(0, dotPos); if (left_side == "alarm_control_panel") left_side = "alarm"; if (left_side != current_page->state) IsCurrentPage = false; } if (IsCurrentPage) { if (visible) { disp1->show_component(id.c_str()); } else { disp1->hide_component(id.c_str()); } } } # Init Global Service # Transfers global settings from the blueprint to ESPHome, configuring the necessary parameters for optimal operation. # # Usage: Essential during initialization or when updating global settings to reflect changes in the blueprint. Affects overall functionality and UI aspects. # # Parameters: # - blueprint_version (string): Version of the blueprint in use. # - embedded_climate (bool): Indicates if climate control is integrated. # - embedded_climate_friendly_name (string): Friendly name for the climate control feature. # - embedded_indoor_temperature (bool): Enables indoor temperature display. # - mui_please_confirm (string): Localized message for confirmation prompts. # - mui_unavailable (string): Localized message indicating unavailability. # - screensaver_time (bool): Toggles the screensaver time display. # - screensaver_time_color (int[]): RGB color for the screensaver time display, e.g., [165, 42, 42] for reddish-brown. # # Example service call: # service: esphome._init_global # data: # blueprint_version: "4.2.5" # embedded_climate: true # embedded_climate_friendly_name: "Termostato da Sala" # embedded_indoor_temperature: true # mui_please_confirm: "Confirme, por favor." # mui_unavailable: "Indisponível" # screensaver_time: true # screensaver_time_color: [165, 42, 42] # Reddish-brown # # NOTE: Replace with your panel's specific name as configured in Home Assistant. # This initialization should occur to align ESPHome with the current global settings outlined in your blueprint. - service: init_global variables: blueprint_version: string embedded_climate: bool embedded_climate_friendly_name: string embedded_indoor_temperature: bool ent_value_xcen: int mui_please_confirm: string mui_unavailable: string screensaver_time: bool screensaver_time_color: int[] then: - script.execute: id: global_settings blueprint_version: !lambda "return blueprint_version;" embedded_climate: !lambda "return embedded_climate;" embedded_climate_friendly_name: !lambda "return embedded_climate_friendly_name;" embedded_indoor_temperature: !lambda "return embedded_indoor_temperature;" ent_value_xcen: !lambda "return ent_value_xcen;" mui_please_confirm: !lambda "return mui_please_confirm;" mui_unavailable: !lambda "return mui_unavailable;" screensaver_time: !lambda "return screensaver_time;" screensaver_time_color: !lambda "return screensaver_time_color;" - script.wait: global_settings - lambda: |- blueprint_status->publish_state(int(blueprint_status->raw_state) | (1 << 5)); # Init Page Home Service # Sets up the "Home" page in ESPHome with customized settings and UI elements as defined in the project blueprint, # ensuring a tailored and functional interface for the home screen. # # Usage: Key for initial setup and updates to the "Home" page, allowing for dynamic customizations of layout, # appearance, and interactive components. Facilitates a broad spectrum of personalization options. # # Parameters: # - date_color (int[]): RGB color array for the date display (RGB565 format). # - time_format (string): Time display format string, utilizing standard formatting symbols. # - time_color (int[]): RGB color array for the time display (RGB565 format). # - meridiem (string[]): Optional array for AM/PM labels if included in time format. # - chip_font (int): Font Id for chip icons displayed on the "Home" page. # - custom_buttons_font (int): Font Id for icons on custom buttons. # - notification_icon (string): Icon codepoint for the notification button, sourced from HASwitchPlate Material Design Icons. # - notification_icon_color_normal (int[]): RGB color array for normal notification icon state. # - notification_icon_color_unread (int[]): RGB color array for unread notifications state. # - qrcode (bool): Enable/disable flag for QR code button display. # - qrcode_icon (string): Icon codepoint for QR code button, sourced from HASwitchPlate Material Design Icons. # - qrcode_icon_color (int[]): RGB color array for QR code button icon. # - entities_pages (bool): Enable/disable flag for entities page button display. # - entities_pages_icon (string): Icon codepoint for entities page button, sourced from HASwitchPlate Material Design Icons. # - entities_pages_icon_color (int[]): RGB color array for entities page button icon. # # Example service call for Home Assistant: # service: esphome._init_page_home # data: # date_color: [255, 255, 255] # White # time_format: "HH:mm" # time_color: [255, 255, 255] # White # meridiem: ["AM", "PM"] # chip_font: 8 # custom_buttons_font: 9 # notification_icon: "\uE1ED" # mdi:email # notification_icon_color_normal: [255, 255, 255] # White # notification_icon_color_unread: [255, 0, 0] # Red # qrcode: true # qrcode_icon: "\uE432" # mdi:qrcode-scan # qrcode_icon_color: [0, 255, 0] # Green # entities_pages: true # entities_pages_icon: "\uEDCF" # mdi:format-list-bulleted-square # entities_pages_icon_color: [0, 0, 255] # Blue # # NOTE: Replace with the specific name of your panel configured in Home Assistant. # This inline documentation guides through customizing the "Home" page settings to align with your blueprint, enhancing UI functionality and aesthetics. - service: init_page_home variables: date_color: int[] time_format: string time_color: int[] meridiem: string[] chip_font: int custom_buttons_font: int notification_icon: string notification_icon_color_normal: int[] notification_icon_color_unread: int[] qrcode: bool qrcode_icon: string qrcode_icon_color: int[] entities_pages: bool entities_pages_icon: string entities_pages_icon_color: int[] outdoor_temp_font: int then: - lambda: |- if (not id(is_uploading_tft)) { static const char *const TAG = "service.page_home"; ESP_LOGV(TAG, "date_color: %i", date_color.size()); ESP_LOGV(TAG, "time_format: %s", time_format.c_str()); ESP_LOGV(TAG, "time_color: %i", time_color.size()); ESP_LOGV(TAG, "meridiem: %i", meridiem.size()); ESP_LOGV(TAG, "chip_font: %" PRIi32, chip_font); ESP_LOGV(TAG, "custom_buttons_font: %" PRIi32, custom_buttons_font); ESP_LOGV(TAG, "notification_icon: %s", notification_icon.c_str()); ESP_LOGV(TAG, "notification_icon_color_normal: %i", notification_icon_color_normal.size()); ESP_LOGV(TAG, "notification_icon_color_unread: %i", notification_icon_color_unread.size()); ESP_LOGV(TAG, "qrcode: %s", YESNO(qrcode)); ESP_LOGV(TAG, "qrcode_icon: %s", qrcode_icon.c_str()); ESP_LOGV(TAG, "qrcode_icon_color: %i", qrcode_icon_color.size()); ESP_LOGV(TAG, "entities_pages: %s", YESNO(entities_pages)); ESP_LOGV(TAG, "entities_pages_icon: %s", entities_pages_icon.c_str()); ESP_LOGV(TAG, "entities_pages_icon_color: %i", entities_pages_icon_color.size()); ESP_LOGV(TAG, "outdoor_temp_font: %i", outdoor_temp_font); // Localization ESP_LOGV(TAG, "Load localization"); id(mui_time_format) = time_format; id(mui_meridiem) = meridiem; // Date/Time colors ESP_LOGV(TAG, "Load date/time colors"); set_component_color->execute("home.date", date_color); set_component_color->execute("home.time", time_color); id(home_date_color) = esphome::display::ColorUtil::color_to_565(esphome::Color(date_color[0], date_color[1], date_color[2])); id(home_time_color) = esphome::display::ColorUtil::color_to_565(esphome::Color(time_color[0], time_color[1], time_color[2])); // Chips icon size ESP_LOGV(TAG, "Chips size"); for (int i = 1; i <= 10; ++i) { disp1->send_command_printf("home.icon_top_%02d.font=%" PRIu32, i, chip_font); } disp1->send_command_printf("home.wifi_icon.font=%" PRIu32, chip_font); id(home_chip_font_id) = chip_font; // Custom buttons icon size ESP_LOGV(TAG, "Custom buttons sizes"); id(home_custom_buttons_font_id) = custom_buttons_font; for (int i = 1; i <= 7; ++i) { disp1->send_command_printf("home.button%02d.font=%i", i, id(home_custom_buttons_font_id)); } disp1->send_command_printf("home.bt_notific.font=%i", id(home_custom_buttons_font_id)); disp1->send_command_printf("home.bt_qrcode.font=%i", id(home_custom_buttons_font_id)); disp1->send_command_printf("home.bt_entities.font=%i", id(home_custom_buttons_font_id)); // Outdoor temperature font size ESP_LOGV(TAG, "Outdoor temperature font size"); disp1->send_command_printf("home.outdoor_temp.font==%i", outdoor_temp_font); // Notification button ESP_LOGV(TAG, "Set Notification button"); disp1->send_command_printf("is_notification=%i", (notification_text->state.empty() and notification_label->state.empty()) ? 0 : 1); disp1->set_component_text_printf("home.bt_notific", "%s", notification_icon.c_str()); set_component_color->execute("home.bt_notific", notification_unread->state ? notification_icon_color_unread : notification_icon_color_normal); id(home_notify_icon_color_normal) = notification_icon_color_normal; id(home_notify_icon_color_unread) = notification_icon_color_unread; // QRCode button ESP_LOGV(TAG, "Set QRCode button"); disp1->send_command_printf("is_qrcode=%i", qrcode ? 1 : 0); disp1->set_component_text_printf("home.bt_qrcode", "%s", qrcode_icon.c_str()); set_component_color->execute("home.bt_qrcode", qrcode_icon_color); // Entities pages button ESP_LOGV(TAG, "Set Entities button"); disp1->send_command_printf("is_entities=%i", entities_pages ? 1 : 0); disp1->set_component_text_printf("home.bt_entities", "%s", entities_pages_icon.c_str()); //set_component_color->execute("home.bt_entities", entities_pages_icon_color); set_component_color->execute("home.bt_entities", entities_pages_icon_color); blueprint_status->publish_state(int(blueprint_status->raw_state) | (1 << 1)); } # Init Page Settings Service # Populates the "Settings" page with user-configurable options, aligning with the project's blueprint for a cohesive and intuitive settings interface. # # Usage: Integral to the initial setup and ongoing refinement of the "Settings" page, # allowing for label customization and functional adjustments like reboot options and brightness control from the panel interface. # # Parameters: # - reboot (string): Label for the reboot button, directing users on restarting the device. # - brightness (string): Caption for brightness adjustment controls. # - bright (string): Text label for the high brightness level slider, signaling a brighter screen option. # - dim (string): Text label for the dim brightness level slider, signaling a lower light option for energy saving. # # Example service call for Home Assistant: # service: esphome._init_page_settings # data: # reboot: "Restart Device" # brightness: "Screen Brightness" # bright: "Bright Mode:" # Suggest adding specific instructions or placeholder values in actual use # dim: "Dim Mode:" # Suggest adding specific instructions or placeholder values in actual use # # NOTE: Ensure to substitute with your panel's actual name as configured in Home Assistant. # This configuration enriches the "Settings" page with user-friendly labels and settings, based on your specific project requirements. - service: init_page_settings variables: reboot: string brightness: string bright: string dim: string then: - lambda: |- if (not id(is_uploading_tft)) { if (not reboot.empty()) disp1->set_component_text_printf("settings.lbl_reboot", " %s", reboot.c_str()); disp1->set_component_text_printf("settings.lbl_brightness", " %s", brightness.c_str()); display_wrapped_text->execute("settings.lbl_bright", bright.c_str(), display_mode->state == 2 ? 25 : 10); display_wrapped_text->execute("settings.lbl_dim", dim.c_str(), display_mode->state == 2 ? 25 : 10); blueprint_status->publish_state(int(blueprint_status->raw_state) | (1 << 3)); } # Init Relays Service # Configures relay settings in ESPHome according to blueprint specifications, # ensuring optimal control, appearance, and fallback behavior for each relay. # Usage: Essential for initializing or updating relay configurations to align with the blueprint. # Tailors relay operations for specific functionalities, including local control, iconography, and fallback states. # Parameters: # - relay1_local_control (bool): Enable/disable local control for Relay 1. # - relay1_icon (string): Icon for Relay 1 (e.g., "lightbulb"). # - relay1_icon_color (int): 16-bit RGB color for Relay 1's icon. Use 63488 for red (0xF800 in hex). # - relay1_fallback (bool): Fallback state for Relay 1 in case of communication loss. # - relay2_local_control (bool): Enable/disable local control for Relay 2. # - relay2_icon (string): Icon for Relay 2 (e.g., "power"). # - relay2_icon_color (int): 16-bit RGB color for Relay 2's icon. Example green color: 2016 (0x07E0 in hex). # - relay2_fallback (bool): Fallback state for Relay 2 in case of communication loss. # Example service call: # service: esphome._init_relays # data: # relay1_local_control: true # relay1_icon: "lightbulb" # relay1_icon_color: 63488 # Red in 16-bit color # relay1_fallback: false # relay2_local_control: true # relay2_icon: "power" # relay2_icon_color: 2016 # Green in 16-bit color # relay2_fallback: true # # NOTE: Replace with your panel's name as configured in Home Assistant. # This configuration sets up the relay features according to the specified parameters, # customizing functionality and presentation as outlined in the project blueprint. - service: init_relays variables: relay1_local_control: bool relay1_icon: string relay1_icon_color: int relay1_fallback: bool relay2_local_control: bool relay2_icon: string relay2_icon_color: int relay2_fallback: bool then: - script.execute: id: relay_settings relay1_local_control: !lambda "return relay1_local_control;" relay1_icon: !lambda "return relay1_icon;" relay1_icon_color: !lambda "return relay1_icon_color;" relay1_fallback: !lambda "return relay1_fallback;" relay2_local_control: !lambda "return relay2_local_control;" relay2_icon: !lambda "return relay2_icon;" relay2_icon_color: !lambda "return relay2_icon_color;" relay2_fallback: !lambda "return relay2_fallback;" - script.wait: relay_settings - lambda: |- blueprint_status->publish_state(int(blueprint_status->raw_state) | (1 << 4)); # Notification Clear Service # This service removes any displayed notifications from the screen, helping to keep the user interface clean and focused on its primary functions. # # Usage: Perfect for scenarios where temporary notifications or alerts need to be dismissed manually or automatically after a certain period or event. # # Example service call: # service: esphome._notification_clear # # NOTE: Replace with the actual name of your panel configured in Home Assistant. # Invoking this service clears any active notifications, ensuring the display is ready for the next interaction or message. - service: notification_clear then: - script.execute: notification_clear # Notification Show Service # Displays a notification message on the screen, useful for alerts or informational updates. # # Usage: Ideal for immediate feedback or notifications through the display interface. Automatic text wrapping occurs to fit the display, # but manual line breaks can be inserted with `\r` for precise formatting. # # Parameters: # - label (string): Title or label for the notification, displayed in a prominent format. # - message (string): Detailed message or content of the notification. Include `\r` to insert a line break, allowing for custom formatting. # Without `\r`, text will wrap according to the display's dimensions. # # Example service call: # service: esphome._notification_show # data: # label: "Security Alert" # message: "Front door opened at 10:30 PM\rPlease check the entrance." # # NOTE: The use of `\r` for line breaks allows for tailored notification appearance on the display. - service: notification_show variables: label: string message: string then: - lambda: |- if (!id(is_uploading_tft)) { ESP_LOGV("service.notification_show", "Starting"); disp1->goto_page("notification"); disp1->set_component_text_printf("notification.notifi_label", "%s", label.c_str()); display_wrapped_text->execute("notification.notifi_text01", message.c_str(), display_mode->state == 2 ? 23 : 32); notification_label->publish_state(label.c_str()); notification_text->publish_state(message.c_str()); timer_reset_all->execute(current_page->state.c_str()); refresh_notification->execute(); notification_unread->turn_on(); if (notification_sound->state) buzzer->play("two short:d=4,o=5,b=100:16e6,16e6"); } # page_alarm Service # Updates the alarm settings page with current state and configuration, integrating with the panel's interface # to accurately display the latest alarm system settings and status. # # Usage: Vital for ensuring the alarm settings page is responsive and user-friendly, allowing for real-time # interaction with the alarm system's controls and information. It dynamically updates based on the system's current state. # # Parameters: # - page_title (string): Title for the alarm settings page, displayed prominently at the top. # - state (string): Current state of the alarm system (e.g., "armed_home", "disarmed"). # - supported_features (int): Bitmask representing the alarm system's supported features, # determining available controls on the page. Refer to Home Assistant Alarm Control Panel Supported Features # for specific bitmask values: https://github.com/home-assistant/core/blob/33ff6b5b6ee3d92f4bb8deb9594d67748ea23d7c/homeassistant/components/alarm_control_panel/const.py#L32 # - code_format (string): Format required for the alarm code (numeric, alphanumeric). # - code_arm_required (bool): Indicates if a code is needed to arm the system. # - entity (string): Entity ID for the alarm system, enabling state updates and control. # - mui_alarm (string[]): Localized text for alarm control buttons (e.g., Arm, Disarm), allowing for a multilingual interface. # # Example service call: # service: esphome._page_alarm # data: # page_title: "Home Security System" # state: "disarmed" # supported_features: 31 # Supports arm/disarm, home/away modes, etc. # code_format: "number" # code_arm_required: true # entity: "alarm_control_panel.home_alarm" # mui_alarm: # - "Zuhause" # - "Abwesend" # - "Nacht" # - "Urlaub" # - "Umgehen" # - "Entwaffnen" # # NOTE: Substitute with your specific panel name as configured in Home Assistant. # Customize the service call to align with your alarm system's capabilities and the desired user interface presentation. # This configuration ensures the alarm settings page remains updated, reflecting the system's current features and state for optimal user interaction. - service: page_alarm variables: page_title: string state: string supported_features: int code_format: string code_arm_required: bool entity: string mui_alarm: string[] then: - lambda: |- // Is page Alarm visible? if (current_page->state == "alarm" and not id(is_uploading_tft)) // To do: This page constructor should be moved to Blueprint { // Update alarm page detailed_entity->publish_state(entity); // Alarm page - Header update_alarm_icon->execute("icon_state", state.c_str()); if (page_title.find("\\r") != std::string::npos) { page_title = page_title.replace(page_title.find("\\r"), 2, " "); } disp1->set_component_text_printf("page_label", "%s", page_title.c_str()); disp1->set_component_text_printf("code_format", "%s", code_format.c_str()); if (code_arm_required) disp1->set_component_text_printf("code_arm_req", "1"); else disp1->set_component_text_printf("code_arm_req", "0"); // Alarm page - Button's text display_wrapped_text->execute("bt_home_text", mui_alarm[0].c_str(), 10); display_wrapped_text->execute("bt_away_text", mui_alarm[1].c_str(), 10); display_wrapped_text->execute("bt_night_text", mui_alarm[2].c_str(), 10); display_wrapped_text->execute("bt_vacat_text", mui_alarm[3].c_str(), 10); display_wrapped_text->execute("bt_bypass_text", mui_alarm[4].c_str(), 10); display_wrapped_text->execute("bt_disarm_text", mui_alarm[5].c_str(), 10); // Alarm page - Buttons if (supported_features & 1 or state == "armed_home") // Alarm - Button - Home { disp1->send_command_printf("bt_home_pic.pic=%i", (state == "armed_home") ? 43 : 42); disp1->set_component_background_color("bt_home_text", (state == "armed_home") ? 19818 : 52857); disp1->set_component_background_color("bt_home_icon", (state == "armed_home") ? 19818 : 52857); disp1->set_component_font_color("bt_home_text", (state == "armed_home") ? 65535 : 0); disp1->set_component_font_color("bt_home_icon", (state == "armed_home") ? 65535 : 0); if (state == "armed_home") disp1->hide_component("bt_home"); else disp1->show_component("bt_home"); } if (supported_features & 2 or state == "armed_away") // Alarm - Button - Away { disp1->send_command_printf("bt_away_pic.pic=%i", (state == "armed_away") ? 43 : 42); disp1->set_component_background_color("bt_away_text", (state == "armed_away") ? 19818 : 52857); disp1->set_component_background_color("bt_away_icon", (state == "armed_away") ? 19818 : 52857); disp1->set_component_font_color("bt_away_text", (state == "armed_away") ? 65535 : 0); disp1->set_component_font_color("bt_away_icon", (state == "armed_away") ? 65535 : 0); if (state == "armed_away") disp1->hide_component("bt_away"); else disp1->show_component("bt_away"); } if (supported_features & 4 or state == "armed_night") // Alarm - Button - Night { disp1->send_command_printf("bt_night_pic.pic=%i", (state == "armed_night") ? 43 : 42); disp1->set_component_background_color("bt_night_text", (state == "armed_night") ? 19818 : 52857); disp1->set_component_background_color("bt_night_icon", (state == "armed_night") ? 19818 : 52857); disp1->set_component_font_color("bt_night_text", (state == "armed_night") ? 65535 : 0); disp1->set_component_font_color("bt_night_icon", (state == "armed_night") ? 65535 : 0); if (state == "armed_night") disp1->hide_component("bt_night"); else disp1->show_component("bt_night"); } if (supported_features & 32 or state == "armed_vacation") // Alarm - Button - Vacation { disp1->send_command_printf("bt_vacat_pic.pic=%i", (state == "armed_vacation") ? 43 : 42); disp1->set_component_background_color("bt_vacat_text", (state == "armed_vacation") ? 19818 : 52857); disp1->set_component_background_color("bt_vacat_icon", (state == "armed_vacation") ? 19818 : 52857); disp1->set_component_font_color("bt_vacat_text", (state == "armed_vacation") ? 65535 : 0); disp1->set_component_font_color("bt_vacat_icon", (state == "armed_vacation") ? 65535 : 0); if (state == "armed_vacation") disp1->hide_component("bt_vacat"); else disp1->show_component("bt_vacat"); } if (supported_features & 16 or state == "armed_bypass") // Alarm - Button - Custom bypass { disp1->send_command_printf("bt_bypass_pic.pic=%i", (state == "armed_bypass") ? 43 : 42); disp1->set_component_background_color("bt_bypass_text", (state == "armed_bypass") ? 19818 : 52857); disp1->set_component_background_color("bt_bypass_icon", (state == "armed_bypass") ? 19818 : 52857); disp1->set_component_font_color("bt_bypass_text", (state == "armed_bypass") ? 65535 : 0); disp1->set_component_font_color("bt_bypass_icon", (state == "armed_bypass") ? 65535 : 0); if (state == "armed_bypass") disp1->hide_component("bt_bypass"); else disp1->show_component("bt_bypass"); } if ( true ) // Alarm - Button - Disarm { disp1->send_command_printf("bt_disarm_pic.pic=%i", (state == "disarmed") ? 43 : 42); disp1->set_component_background_color("bt_disarm_text", (state == "disarmed") ? 19818 : 52857); disp1->set_component_background_color("bt_disarm_icon", (state == "disarmed") ? 19818 : 52857); disp1->set_component_font_color("bt_disarm_text", (state == "disarmed") ? 65535 : 0); disp1->set_component_font_color("bt_disarm_icon", (state == "disarmed") ? 65535 : 0); if (state == "disarmed") disp1->hide_component("bt_disarm"); else disp1->show_component("bt_disarm"); } } # page_climate Service # Dynamically updates the climate page with the latest climate control settings and status, # ensuring a seamless and informative user interface for climate management. # # Usage: Key for providing real-time climate control information on the climate page, # facilitating an interactive and responsive interface for managing climate settings. # # Parameters: # - current_temp (float): Current temperature reading in degrees Celsius. # - supported_features (int): Bitmask indicating the supported features of the climate device, # such as temperature control (1) and fan mode (4). Combine bitmask values for multiple features. # See Home Assistant Climate Component Constants for details: # https://github.com/home-assistant/core/blob/33ff6b5b6ee3d92f4bb8deb9594d67748ea23d7c/homeassistant/components/climate/const.py#L156C7-L156C27 # - target_temp (float): Desired target temperature setting. # - target_temp_high (float): Upper limit of the target temperature range for devices supporting ranges. # - target_temp_low (float): Lower limit of the target temperature range. # - temp_step (int): Temperature adjustment step size, indicating the granularity of changes (typically multiplied by 10 for precision). # - total_steps (int): Total adjustment steps available, derived from the device's temperature range and step size. # - temp_offset (int): Calibration offset applied to the temperature reading (often multiplied by 10 for precision). # - climate_icon (string): Icon codepoint representing the current climate status, chosen from HASwitchPlate Material Design Icons. # - embedded_climate (bool): Indicates if climate control is integrated into the interface. # - entity (string): Entity ID of the climate device, allowing for direct control and status updates. # # Example service call: # service: esphome._page_climate # data: # current_temp: 22.5 # supported_features: 5 # Example: '1' for temperature control + '4' for fan mode. # target_temp: 24.0 # target_temp_high: 25.0 # target_temp_low: 19.0 # temp_step: 0.5 # Represented as '5' if multiplied by 10. # total_steps: 56 # temp_offset: 0.7 # Represented as '70' if multiplied by 10. # climate_icon: "\uE392" # mdi:thermostat # embedded_climate: true # entity: "climate.living_room" # # NOTE: Adjust and parameter values to suit your specific climate device and desired interface configuration. # This setup ensures the climate page accurately represents the current settings, enhancing usability and user experience. - service: page_climate variables: current_temp: float supported_features: int target_temp: float target_temp_high: float target_temp_low: float temp_step: int total_steps: int temp_offset: int climate_icon: string embedded_climate: bool entity: string then: - if: condition: lambda: 'return not id(is_uploading_tft);' then: - lambda: |- if (current_page->state == "climate") detailed_entity->publish_state(entity); - script.execute: id: set_climate current_temp: !lambda "return current_temp;" supported_features: !lambda "return supported_features;" target_temp: !lambda "return target_temp;" target_temp_high: !lambda "return target_temp_high;" target_temp_low: !lambda "return target_temp_low;" temp_step: !lambda "return temp_step;" total_steps: !lambda "return total_steps;" temp_offset: !lambda "return temp_offset;" climate_icon: !lambda "return climate_icon;" embedded_climate: !lambda "return embedded_climate;" # page_media_player Service # Dynamically updates the media player page with current state and media information, # creating a responsive and interactive interface for media playback control. # # Usage: Essential for providing real-time access to media playback controls and information, # this service enhances the user interface by reflecting the latest media player status directly on the panel. # # Parameters: # - entity (string): Entity ID of the media player, used for state updates and control. # - state (string): Current playback state of the media player (e.g., "playing", "paused", "stopped"). # - is_volume_muted (bool): Indicates if the media volume is currently muted. # - friendly_name (string): Display name of the media player, shown as the page title. # - volume_level (int): Current volume level, typically expressed as a percentage. # - media_title (string): Title of the currently playing media. # - media_artist (string): Artist of the currently playing media. # - media_duration (float): Total duration of the current media in seconds. # - media_position (float): Current playback position in the media in seconds. # - media_position_delta (float): Time elapsed since the last media position update in seconds. # - supported_features (int): Bitmask indicating the media player's supported features (e.g., play, pause, volume control). # Refer to Home Assistant Media Player Supported Features for detailed bitmask values: # https://github.com/home-assistant/core/blob/33ff6b5b6ee3d92f4bb8deb9594d67748ea23d7c/homeassistant/components/media_player/const.py#L23 # # Example service call: # service: esphome._page_media_player # data: # entity: "media_player.living_room" # state: "playing" # is_volume_muted: false # friendly_name: "Living Room Player" # volume_level: 40 # Volume as a percentage # media_title: "Favorite Song" # media_artist: "Famous Artist" # media_duration: 180 # Media length in seconds # media_position: 30 # Current position in seconds # media_position_delta: 0.5 # Time since last position update # supported_features: 84 # Example features: Play, Pause, Next, Previous # # NOTE: Adjust and parameter values to match your specific media player and desired interface presentation. # This configuration ensures the media player page is up-to-date, providing a seamless experience for controlling media playback. - service: page_media_player variables: entity: string state: string is_volume_muted: bool friendly_name: string volume_level: int media_title: string media_artist: string media_duration: float media_position: float media_position_delta: float supported_features: int then: - lambda: |- if (current_page->state == "media_player" and not id(is_uploading_tft)) { detailed_entity->publish_state(entity); disp1->set_component_text_printf("page_label", "%s", friendly_name.c_str()); display_wrapped_text->execute("track", media_title.c_str(), display_mode->state == 2 ? 16 : 27); display_wrapped_text->execute("artist", media_artist.c_str(), display_mode->state == 2 ? 26 : 40); // on/off button if (supported_features & 128 and state == "off") { //TURN_ON disp1->set_component_foreground_color("bt_on_off", 65535); disp1->show_component("bt_on_off"); } else if (supported_features & 256 and state != "off") { //TURN_OFF disp1->set_component_foreground_color("bt_on_off", 10597); disp1->show_component("bt_on_off"); } else disp1->hide_component("bt_on_off"); // play/pause button if ((supported_features & 512 or supported_features & 16384) and state != "playing" and state != "off") { //PLAY_MEDIA+PLAY disp1->set_component_text_printf("bt_play_pause", "%s", "\uE409"); // mdi:play disp1->show_component("bt_play_pause"); } else if (supported_features & 1 and state == "playing" ) { //PAUSE disp1->set_component_text_printf("bt_play_pause", "%s", "\uE3E3"); // mdi:pause disp1->show_component("bt_play_pause"); } else disp1->hide_component("bt_play_pause"); // bt_prev button - PREVIOUS_TRACK if (supported_features & 16 and state != "off") disp1->show_component("bt_prev"); else disp1->hide_component("bt_prev"); // bt_next button - NEXT_TRACK if (supported_features & 32 and state != "off") disp1->show_component("bt_next"); else disp1->hide_component("bt_next"); // Stop button - STOP //if (supported_features & 4096 and (state == "playing" or state == "paused")) disp1->show_component("bt_stop"); else disp1->hide_component("bt_stop"); // mute/unmute button - VOLUME_MUTE disp1->set_component_value("is_muted", is_volume_muted ? 1 : 0); if (supported_features & 8 and is_volume_muted) { // unmute disp1->set_component_text_printf("bt_mute", "%s", "\uEE07"); // mdi:volume-variant-off disp1->show_component("bt_mute"); } else if (supported_features & 8) { // mute disp1->set_component_text_printf("bt_mute", "%s", "\uE57E"); // mdi:volume-low disp1->show_component("bt_mute"); } else disp1->hide_component("bt_mute"); // VOLUME_SET if (supported_features & 4) { if (volume_level != id(last_volume_level)) { id(last_volume_level) = volume_level; disp1->set_component_text_printf("vol_text", "%" PRIu32 "%%", volume_level); disp1->set_component_value("vol_slider", volume_level); } disp1->show_component("vol_slider"); disp1->show_component("bt_vol_down"); disp1->show_component("bt_vol_up"); disp1->show_component("vol_text"); } else { disp1->hide_component("vol_slider"); disp1->hide_component("bt_vol_down"); disp1->hide_component("bt_vol_up"); disp1->hide_component("vol_text"); } if (media_duration > 0) { if (media_duration != id(last_media_duration) or media_position != id(last_media_position)) { id(last_media_duration) = media_duration; id(last_media_position) = media_position; disp1->set_component_value("prg_current", int(round(min(media_position + media_position_delta, media_duration)))); } disp1->set_component_value("prg_total", int(round(media_duration))); disp1->send_command_printf("prg_timer.en=%i", (state == "playing") ? 1 : 0); disp1->show_component("time_current"); disp1->show_component("time_total"); disp1->show_component("time_progress"); } else { disp1->send_command_printf("prg_timer.en=0"); disp1->hide_component("time_current"); disp1->hide_component("time_total"); disp1->hide_component("time_progress"); } } # QR Code Service # Dynamically displays QR codes on the ESPHome UI for sharing information such as WiFi passwords or website links. # # Usage: Ideal for user interfaces requiring quick, scannable access to data. Enables convenient information sharing through QR codes. # # Parameters: # - title (string): Heading or title for the QR code, offering context or instructions. # - qrcode (string): Data or URL to be encoded into the QR code. # - show (bool): Flag to immediately display the QR code page upon service invocation. # # Example service call: # service: esphome._qrcode # data: # title: "WiFi Access" # qrcode: "WIFI:T:WPA;S:mynetwork;P:mypass;;" # show: true # # NOTE: Adjust to match your setup. This action generates and displays the QR code with the provided data, showing the QR code page if 'show' is true. # # NOTE: Typically invoked during initialization to preload QR Code information as per blueprint settings, making the data available on the panel, even offline. # Update QR Code info without displaying it by setting 'show' to false, allowing seamless content updates without UI interruption. - service: qrcode variables: title: string qrcode: string show: bool then: - lambda: |- if (!id(is_uploading_tft)) { disp1->set_component_text_printf("qrcode.qrcode_label", "%s", title.c_str()); disp1->set_component_text_printf("qrcode.qrcode_value", "%s", qrcode.c_str()); if (show) disp1->goto_page("qrcode"); blueprint_status->publish_state(int(blueprint_status->raw_state) | (1 << 2)); } # RTTTL Play Service # Plays melodies encoded in RTTTL format, suitable for audio feedback, notifications, or simple tunes. # # Usage: Ideal for projects that require audio signals like notifications, alerts, or melodies. # RTTTL (Ring Tone Text Transfer Language) is a compact, text-based format for storing melodies, # making it perfect for use with simple audio devices such as buzzers. # # Parameters: # - tone (string): The RTTTL string for the melody to be played. It should follow the RTTTL format, # including the melody's name, default settings, and a sequence of notes. # # Example tones and inspiration can be found here: https://codebender.cc/sketch:109888#RTTTL%20Songs.ino # # Home Assistant Example: # service: esphome._rtttl_play # data: # tone: "d=4,o=5,b=140:c,e,g,8p,c6,e6,g6,8p,c7,p" # Example RTTTL melody string # # NOTE: Replace with the specific panel name in your Home Assistant setup # to ensure correct execution. Ensure the 'tone' parameter contains a valid RTTTL string # for successful melody playback. - service: rtttl_play variables: tone: string then: - rtttl.play: rtttl: !lambda 'return tone;' # Value Service ## PENDING FULL IMPLEMENTATION # Updates an entity to display specific values with dynamic icons, names, and color codes. # # Usage: Perfect for entities requiring dynamic information display like sensor readings or state values. # Customize with icons, names, and colors for a personalized UI experience. # # Parameters: # - id (string): Identifier of the entity. See "Screen components" for entity IDs. # - icon (string): Icon codepoint (e.g., "/uE6E8" for mdi:thermometer) from HASwitchPlate Material Design Icons. # - icon_color (int[]): RGB color array for the icon (e.g., [255, 0, 0] for red). # - name (string): Display name for the entity (e.g., "Temperature"). # - value (string): Actual value to display (e.g., "75°F"). # - value_color (int[]): RGB color array for the value text (e.g., [255, 255, 0] for yellow). # # Example service call: # service: esphome._value # data: # id: "sensor.temperature" # icon: "/uE6E8" # mdi:thermometer # icon_color: [255, 0, 0] # Red # name: "Temperature" # value: "75°F" # value_color: [255, 255, 0] # Yellow # # NOTE: Ensure to replace with the specific panel name configured in your Home Assistant. - service: value variables: id: string icon: string icon_color: int[] name: string value: string value_color: int[] then: - lambda: |- if (!id(is_uploading_tft) and !(id.empty())) { if (!(icon.empty())) disp1->set_component_text_printf("%s_icon", id.c_str(), icon.c_str()); if (icon_color.size() == 3) set_component_color->execute((id + "_icon").c_str(), icon_color); if (!(name.empty())) disp1->set_component_text_printf("%s_label", id.c_str(), name.c_str()); if (!(value.empty())) disp1->set_component_text_printf("%s", id.c_str(), value.c_str()); if (value_color.size() == 3) set_component_color->execute(id.c_str(), value_color); } # Wake Up Service # Activates the display from a screensaver or low-power state, ideal for scenarios where the display # needs to become active upon user interaction or automated triggers, such as motion detection. # # Usage: Ensures energy conservation by keeping the display off when not in use, and available when needed. # # Parameters: # - reset_timer (bool): Determines whether to reset the sleep and dimming timers upon waking the display. # Setting this to true keeps the display active during user presence, while false retains the current timer settings. # # Example service call: # service: esphome._wake_up # data: # reset_timer: true # Ensures the display remains active during user presence, resets timers. # # NOTE: Replace with the actual name of your panel configured in Home Assistant to ensure # the service executes correctly. This configuration wakes the display and optionally resets timers based # on the 'reset_timer' parameter. - service: wake_up variables: reset_timer: bool then: - lambda: |- if (not id(is_uploading_tft)) { if (current_page->state == "screensaver") disp1->goto_page(wakeup_page_name->state.c_str()); if (reset_timer) timer_reset_all->execute(wakeup_page_name->state.c_str()); else { timer_sleep->execute(wakeup_page_name->state.c_str(), int(timeout_sleep->state)); timer_dim->execute(wakeup_page_name->state.c_str(), int(timeout_dim->state)); } } #### DEPRECATED Service to set the entities #### USE SERVICE VALUE INSTEAD - MUST FIND A WAY TO HANDLE ALIGNMENT ON INIT - service: set_entity variables: ent_id: string ent_icon: string ent_label: string ent_value: string ent_value_xcen: string then: - lambda: |- if (not id(is_uploading_tft)) { std::string enticon = ent_id.c_str() + std::string("_pic"); std::string entlabel = ent_id.c_str() + std::string("_label"); std::string entxcen = ent_id.c_str() + std::string(".xcen=") + ent_value_xcen.c_str(); disp1->set_component_text_printf(enticon.c_str(), "%s", ent_icon.c_str()); if (strcmp(ent_icon.c_str(), "0") != 0) disp1->set_component_text_printf(enticon.c_str(), "%s", ent_icon.c_str()); disp1->set_component_text_printf(entlabel.c_str(), "%s", ent_label.c_str()); disp1->set_component_text_printf(ent_id.c_str(), "%s", ent_value.c_str()); if (strcmp(ent_value_xcen.c_str(), "0") != 0) disp1->send_command_printf("%s", entxcen.c_str()); } # yamllint enable rule:comments-indentation ##### START - DISPLAY START CONFIGURATION ##### display: - id: disp1 platform: nextion uart_id: tf_uart on_setup: - script.execute: setup_sequence on_page: lambda: |- static const char *const TAG = "display.disp1.on_page"; if (id(is_uploading_tft)) { ESP_LOGD(TAG, "Page changed ignored as a TFT upload is in progress"); } else if (x > id(page_names).size()) { ESP_LOGW(TAG, "Invalid page index: %i", int(x)); } else { ESP_LOGD(TAG, "Nextion page changed"); ESP_LOGD(TAG, "New page: %s (%i)" , id(page_names)[x].c_str(), x); page_id->update(); if (current_page->state != id(page_names)[x].c_str() or x == 9) { current_page->publish_state(id(page_names)[x].c_str()); page_changed->execute(id(page_names)[x].c_str()); } } on_touch: lambda: |- static const char *const TAG = "display.disp1.on_touch"; ESP_LOGV(TAG, "Nextion touch event detected!"); ESP_LOGV(TAG, "Page: %s", id(page_names)[page_id].c_str()); ESP_LOGV(TAG, "Component Id: %i", component_id); ESP_LOGV(TAG, "Event type: %s", touch_event ? "Press" : "Release"); timer_reset_all->execute(id(page_names)[page_id].c_str()); ##### START - GLOBALS CONFIGURATION ##### globals: ##### Wi-Fi timeout ##### - id: wifi_timeout type: uint restore_value: false initial_value: ${wifi_timeout} ##### Is uploading TFT ##### - id: is_uploading_tft type: bool restore_value: false initial_value: 'false' ##### Is boot sequence completed? ##### - id: setup_sequence_completed type: bool restore_value: false initial_value: 'false' ###### Last volume level from Home Assistant ###### - id: last_volume_level type: uint restore_value: false initial_value: '0' ###### Last duration from Home Assistant ###### - id: last_media_duration type: uint restore_value: false initial_value: '0' ###### Last duration from Home Assistant ###### - id: last_media_position type: uint restore_value: false initial_value: '0' ###### Relay fallback even when buttons have other entities? ###### - id: relay_1_fallback type: bool restore_value: true initial_value: 'false' - id: relay_2_fallback type: bool restore_value: true initial_value: 'false' ##### Is embedded thermostat set as main climate entity? ##### - id: is_embedded_thermostat type: bool restore_value: true initial_value: 'false' ##### Save Display Brightness for NSPanel reboot ##### - id: display_brightness_global type: uint restore_value: true initial_value: '100' ##### Save Display DIM Brightness for NSPanel reboot - id: display_dim_brightness_global type: uint restore_value: true initial_value: '10' ##### Is embedded sensor used for indoor temperature? ##### - id: embedded_indoor_temp type: bool restore_value: true initial_value: 'false' ##### Date/time formats ##### - id: home_date_color type: uint restore_value: true initial_value: '65535' - id: mui_time_format type: std::string restore_value: true initial_value: '"%H:%M"' - id: home_time_color type: uint restore_value: true initial_value: '65535' - id: mui_meridiem type: std::vector restore_value: false initial_value: '{"AM", "PM"}' #### MUI strings #### - id: mui_please_confirm_global type: std::string restore_value: true initial_value: '"Please confirm"' - id: mui_unavailable_global type: std::string restore_value: true initial_value: '"Unavailable"' ##### Chips ##### - id: home_chip_font_id type: uint restore_value: true initial_value: '7' #### Custom buttons #### - id: home_custom_buttons_font_id type: uint restore_value: true initial_value: '8' ##### Relay icons ##### - id: home_relay1_icon type: std::string restore_value: true initial_value: '' - id: home_relay1_icon_color type: uint16_t restore_value: true initial_value: '65535' - id: home_relay2_icon type: std::string restore_value: true initial_value: '' - id: home_relay2_icon_color type: uint16_t restore_value: true initial_value: '65535' - id: home_notify_icon_color_normal type: std::vector restore_value: false - id: home_notify_icon_color_unread type: std::vector restore_value: false ##### Screensaver ##### - id: screensaver_display_time type: bool restore_value: false initial_value: 'false' - id: screensaver_display_time_color type: std::vector restore_value: false initial_value: '{64, 64, 64}' - id: page_names type: std::vector restore_value: false initial_value: '{ "home", "weather01", "weather02", "weather03", "weather04", "weather05", "climate", "settings", "boot", "screensaver", "light", "cover", "buttonpage01", "buttonpage02", "buttonpage03", "buttonpage04", "notification", "qrcode", "entitypage01", "entitypage02", "entitypage03", "entitypage04", "fan", "alarm", "keyb_num", "media_player", "confirm" }' - id: framework type: uint8_t restore_value: false initial_value: '0' # 0 = unknown, 1 = Arduino, 2 = ESP-IDF - id: page_entity_value_horizontal_alignment type: uint8_t restore_value: false initial_value: '1' # Horizontal alignment:0-Left;1-Center;2-Right ##### START - BINARY SENSOR CONFIGURATION ##### binary_sensor: ###### LEFT BUTTON BELOW DISPLAY TO TOGGLE RELAY##### - name: Left Button platform: gpio id: left_button pin: number: 14 inverted: true on_multi_click: - timing: &long_click-timing - ON for at least 0.8s invalid_cooldown: ${invalid_cooldown} then: - logger.log: "Left button - Long click" - script.execute: id: ha_button page: !lambda return current_page->state.c_str(); component: "hw_bt_left" command: "long_click" - timing: &short_click-timing - ON for at most 0.8s invalid_cooldown: ${invalid_cooldown} then: - logger.log: "Left button - Short click" - if: condition: or: - switch.is_on: relay1_local - and: - lambda: !lambda return id(relay_1_fallback); - or: - not: - api.connected: - not: - wifi.connected: then: - switch.toggle: relay_1 - script.execute: id: ha_button page: !lambda return current_page->state.c_str(); component: "hw_bt_left" command: "short_click" ##### RIGHT BUTTON BELOW DISPLAY TO TOGGLE RELAY ##### - name: Right Button platform: gpio id: right_button pin: number: 27 inverted: true on_multi_click: - timing: *long_click-timing invalid_cooldown: ${invalid_cooldown} then: - logger.log: "Right button - Long click" - script.execute: id: ha_button page: !lambda return current_page->state.c_str(); component: "hw_bt_right" command: "long_click" - timing: *short_click-timing invalid_cooldown: ${invalid_cooldown} then: - logger.log: "Right button - Short click" - if: condition: or: - switch.is_on: relay2_local - and: - lambda: !lambda return id(relay_2_fallback); - or: - not: - api.connected: - not: - wifi.connected: then: - switch.toggle: relay_2 - script.execute: id: ha_button page: !lambda return current_page->state.c_str(); component: "hw_bt_right" command: "short_click" ##### Restart NSPanel Button - Setting Page ##### - name: Restart platform: nextion page_id: 7 component_id: 9 internal: true on_click: - button.press: restart_nspanel ##### Restart NSPanel Button - Boot Page ##### - name: Restart platform: nextion page_id: 8 component_id: 4 internal: true on_click: - button.press: restart_nspanel ## Delays initial info from HA to the display ##### - name: Nextion display id: nextion_init platform: template device_class: connectivity publish_initial_state: true entity_category: diagnostic icon: mdi:tablet-dashboard ##### API connection status - name: Status platform: status id: api_status on_state: then: - script.execute: watchdog ##### START - BUTTON CONFIGURATION ##### button: ###### Factory Reset button ##### - name: Factory reset platform: factory_reset id: nspanel_factory_reset internal: false disabled_by_default: true icon: mdi:restart-alert ###### REBOOT BUTTON ##### - name: Restart platform: restart id: restart_nspanel ###### Power cycle Nextion Display ###### - name: Nextion display - Power cycle id: screen_power_cycle platform: template internal: false disabled_by_default: true icon: mdi:power-cycle entity_category: diagnostic on_press: - switch.turn_off: screen_power - delay: 1s - switch.turn_on: screen_power ##### START - NUMBER CONFIGURATION ##### number: ##### SCREEN BRIGHTNESS ##### - name: Display Brightness id: display_brightness platform: template entity_category: config unit_of_measurement: '%' min_value: 1 max_value: 100 initial_value: 100 step: 1 restore_value: true optimistic: true set_action: then: - lambda: |- id(display_brightness_global) = int(x); disp1->send_command_printf("brightness=%i", int(x)); disp1->send_command_printf("settings.brightslider.val=%i", int(x)); if (current_page->state != "screensaver") { disp1->set_backlight_brightness(x/100); current_brightness->update(); timer_dim->execute(current_page->state.c_str(), int(timeout_dim->state)); timer_sleep->execute(current_page->state.c_str(), int(timeout_sleep->state)); if (current_page->state == "settings") disp1->set_component_text_printf("bright_text", "%i%%", int(x)); } ##### SCREEN BRIGHTNESS DIMMED DOWN ##### - name: Display Brightness Dimdown id: display_dim_brightness platform: template entity_category: config unit_of_measurement: '%' min_value: 1 max_value: 100 initial_value: 25 step: 1 restore_value: true optimistic: true set_action: then: - lambda: |- id(display_dim_brightness_global) = int(x); disp1->send_command_printf("brightness_dim=%i", int(x)); disp1->send_command_printf("settings.dimslider.val=%i", int(x)); if (current_page->state != "screensaver" and (current_brightness->state <= id(display_dim_brightness_global))) { set_brightness->execute(x); timer_sleep->execute(current_page->state.c_str(), int(timeout_sleep->state)); if (current_page->state == "settings") disp1->set_component_text_printf("dim_text", "%i%%", int(x)); } ##### SCREEN BRIGHTNESS SLEEP ##### - name: Display Brightness Sleep id: display_sleep_brightness platform: template entity_category: config unit_of_measurement: '%' min_value: 0 max_value: 100 initial_value: 0 step: 1 restore_value: true optimistic: true set_action: then: - lambda: |- id(display_dim_brightness_global) = int(x); disp1->send_command_printf("brightness_sleep=%i", int(x)); page_screensaver->execute(); ##### Temperature Correction ##### - name: Temperature Correction platform: template id: temperature_correction entity_category: config unit_of_measurement: °C min_value: -10 max_value: 10 initial_value: 0 step: 0.1 mode: box restore_value: true internal: false optimistic: true set_action: - logger.log: Temperature correction changed. - delay: 1s - lambda: temp_nspanel->publish_state(temp_nspanel->raw_state); ##### Timers settings ##### - name: Timeout Page platform: template id: timeout_page entity_category: config min_value: 0 max_value: 86400 initial_value: 15 step: 1 restore_value: true optimistic: true icon: mdi:timer unit_of_measurement: "s" set_action: - lambda: timer_page->execute(current_page->state.c_str(), int(x)); - name: Timeout Dimming platform: template id: timeout_dim entity_category: config min_value: 0 max_value: 86400 initial_value: 30 step: 1 restore_value: true optimistic: true icon: mdi:timer unit_of_measurement: "s" set_action: - lambda: timer_dim->execute(current_page->state.c_str(), int(x)); - name: Timeout Sleep platform: template id: timeout_sleep entity_category: config min_value: 0 max_value: 86400 initial_value: 60 step: 1 restore_value: true optimistic: true icon: mdi:timer unit_of_measurement: "s" set_action: - lambda: |- timer_dim->execute(current_page->state.c_str(), int(timeout_dim->state)); timer_sleep->execute(current_page->state.c_str(), int(x)); ##### START - SELECT CONFIGURATION ##### select: - id: baud_rate name: Baud rate platform: template options: - "2400" - "4800" - "9600" - "19200" - "31250" - "38400" - "57600" - "115200" - "230400" - "250000" - "256000" - "512000" - "921600" initial_option: "115200" optimistic: true restore_value: true internal: false entity_category: config disabled_by_default: true icon: mdi:swap-horizontal on_value: - lambda: set_baud_rate->execute(stoi(x), true); - id: wakeup_page_name name: Wake-up page platform: template options: - buttonpage01 - buttonpage02 - buttonpage03 - buttonpage04 - climate - entitypage01 - entitypage02 - entitypage03 - entitypage04 - home - qrcode initial_option: home optimistic: true restore_value: true internal: false entity_category: config icon: mdi:page-next-outline on_value: - lambda: |- static const char *const TAG = "select.wakeup_page_name"; ESP_LOGD(TAG, "New wake-up page selected: %s", x.c_str()); page_screensaver->execute(); ##### START - SENSOR CONFIGURATION ##### sensor: ##### Blueprint status ##### # Bit # Settings step # # 0 # reserved # # 1 # page_home # # 2 # qrcode # # 3 # page_settings # # 4 # relay_settings # # 5 # global_settings # # 6 # reserved # # 7 # reserved # ############################## - name: Blueprint id: blueprint_status platform: template unit_of_measurement: "%" accuracy_decimals: 1 entity_category: diagnostic icon: mdi:link-variant internal: false disabled_by_default: false filters: - lambda: return (x / 62) * 100.0f; on_value: then: - lambda: |- static const char *const TAG = "sensor.blueprint_status"; ESP_LOGD(TAG, "Blueprint progress: %i%%", int(round(x))); // Update api value on Nextion disp1->send_command_printf("api=%i", (x > 99) ? 1 : 0); ##### INTERNAL TEMPERATURE SENSOR, ADC VALUE ##### - id: ntc_source platform: adc pin: 38 update_interval: 60s attenuation: 11db ##### INTERNAL TEMPERATURE SENSOR, adc reading converted to resistance (calculation)##### - id: resistance_sensor platform: resistance sensor: ntc_source configuration: DOWNSTREAM resistor: 11.2kOhm ##### INTERNAL TEMPERATURE SENSOR, resistance to temperature (calculation) ##### - id: temp_nspanel name: Temperature platform: ntc sensor: resistance_sensor unit_of_measurement: °C internal: false calibration: b_constant: 3950 reference_temperature: 25°C reference_resistance: 10kOhm filters: - lambda: |- return x + temperature_correction->state; on_value: then: # Show panel's temperature if API or Wi-Fi are out - lambda: display_embedded_temp->execute(); ###### Display Brightness GET VALUE FROM NSPanel SLIDER ##### - id: brightslider name: brightness Slider platform: nextion variable_name: brightslider internal: true on_value: then: - number.set: id: display_brightness value: !lambda 'return int(x);' - lambda: |- timer_reset_all->execute("settings"); ###### Display DIM Brightness GET VALUE FROM NSPanel SLIDER ##### - id: dimslider name: dim brightness slider platform: nextion variable_name: dimslider internal: true on_value: then: - number.set: id: display_dim_brightness value: !lambda 'return int(x);' - lambda: |- timer_reset_all->execute("settings"); ###### Display Brightness - Current value (%) ##### - id: current_brightness name: Display Current brightness platform: nextion variable_name: dim precision: 0 accuracy_decimals: 0 unit_of_measurement: "%" icon: mdi:brightness-percent internal: false disabled_by_default: false on_value: then: - lambda: |- static const char *const TAG = "sensor.current_brightness"; ESP_LOGD(TAG, "Current brightness: %i%%", int(x)); ###### Page Id - Current ##### - id: page_id name: Page Id platform: nextion variable_name: dp precision: 0 accuracy_decimals: 0 internal: true entity_category: diagnostic on_value: then: - lambda: |- static const char *const TAG = "sensor.page_id"; ESP_LOGD(TAG, "New page Id: %i", int(x)); if (id(is_uploading_tft)) { ESP_LOGD(TAG, "Skipping actions as a TFT upload is in progress"); } else if (x > id(page_names).size()) { ESP_LOGW(TAG, "Invalid page index: %i", int(x)); } else if (current_page->state != id(page_names)[x].c_str()) { current_page->publish_state(id(page_names)[x].c_str()); page_changed->execute(id(page_names)[x].c_str()); } ##### Display mode (1 = EU, 2 = US, 3 = US Landscape) - id: display_mode name: Display mode platform: nextion variable_name: display_mode precision: 0 accuracy_decimals: 0 internal: false icon: mdi:phone-rotate-portrait entity_category: diagnostic ##### Charset (1 = International (original), 2 = CJK languages) - name: Display charset id: display_charset platform: nextion variable_name: charset precision: 0 accuracy_decimals: 0 internal: false icon: mdi:translate entity_category: diagnostic ##### Wi-Fi Signal stregth - name: RSSI id: wifi_rssi platform: wifi_signal internal: false disabled_by_default: false icon: mdi:wifi entity_category: diagnostic ##### START - SWITCH CONFIGURATION ##### switch: ##### Notification unread ##### - name: Notification unread platform: template id: notification_unread entity_category: config optimistic: true restore_mode: ALWAYS_OFF on_turn_on: - wait_until: condition: - lambda: !lambda return (blueprint_status->state > 99); - lambda: set_component_color->execute("home.bt_notific", id(home_notify_icon_color_unread)); on_turn_off: - wait_until: condition: - lambda: !lambda return (blueprint_status->state > 99); - lambda: set_component_color->execute("home.bt_notific", id(home_notify_icon_color_normal)); ##### Notification sound ##### - name: Notification sound platform: template id: notification_sound entity_category: config optimistic: true restore_mode: RESTORE_DEFAULT_OFF ##### PHYSICAL SWITCH 1 ##### - name: Relay 1 platform: gpio id: relay_1 pin: number: 22 restore_mode: RESTORE_DEFAULT_OFF on_turn_on: then: - script.execute: refresh_relays on_turn_off: then: - script.execute: refresh_relays ##### PHYSICAL SWITCH 2 ###### - name: Relay 2 platform: gpio id: relay_2 pin: number: 19 restore_mode: RESTORE_DEFAULT_OFF on_turn_on: then: - script.execute: refresh_relays on_turn_off: then: - script.execute: refresh_relays ##### DISPLAY ALWAYS ON ##### - name: Nextion display - Power platform: gpio id: screen_power entity_category: diagnostic pin: number: 4 inverted: true restore_mode: ALWAYS_ON internal: true disabled_by_default: false on_turn_on: - wait_until: condition: - lambda: !lambda return disp1->is_setup(); timeout: 20s - lambda: |- if (id(setup_sequence_completed)) { nextion_init->publish_state(disp1->is_setup()); disp1->goto_page(wakeup_page_name->state.c_str()); } on_turn_off: - lambda: |- nextion_init->publish_state(false); ##### Relay Local control ##### - name: Relay 1 Local platform: template id: relay1_local entity_category: config optimistic: true restore_mode: RESTORE_DEFAULT_OFF internal: true on_turn_on: - logger.log: "Relay 1 Local turned On!" on_turn_off: - logger.log: "Relay 1 Local turned Off!" - name: Relay 2 Local platform: template id: relay2_local entity_category: config optimistic: true restore_mode: RESTORE_DEFAULT_OFF internal: true on_turn_on: - logger.log: "Relay 2 Local turned On!" on_turn_off: - logger.log: "Relay 2 Local turned Off!" ##### START - TEXT SENSOR CONFIGURATION ##### text_sensor: ##### Device name - Used by bluepring to find service's names ##### - name: Device Name id: device_name platform: template icon: mdi:identifier entity_category: diagnostic internal: false disabled_by_default: false ##### Entity Id of the entity displayed on the detailed pages - name: Detailed Entity id: detailed_entity platform: template icon: mdi:tablet-dashboard internal: false disabled_by_default: false ##### Current page name ##### - name: Current Page id: current_page platform: template icon: mdi:tablet-dashboard internal: false disabled_by_default: false - name: Notification Label platform: template id: notification_label - name: Notification Text platform: template id: notification_text ##### NSPanel event sensor, the main action sensor - push to HA ##### - name: NSPanel event platform: nextion nextion_id: disp1 id: disp1_nspanel_event component_name: nspanelevent internal: true filters: - lambda: |- x = x.c_str(); x.shrink_to_fit(); return x; on_value: then: - lambda: |- static const char *const TAG = "text_sensor.disp1_nspanel_event"; ESP_LOGW(TAG, "Starting"); DynamicJsonDocument doc(1024); deserializeJson(doc, x); std::string page = doc["page"]; std::string component = doc["component"]; if (not (component == "currentpage" and (page == "screensaver" or page == "home"))) timer_reset_all->execute(page.c_str()); std::string value = doc["value"]; std::string entity = detailed_entity->state.c_str(); // doc["entity"]; ESP_LOGW(TAG, "page: %s", page.c_str()); ESP_LOGW(TAG, "component: %s", component.c_str()); ESP_LOGW(TAG, "value: %s", value.c_str()); ESP_LOGW(TAG, "entity: %s", entity.c_str()); auto ha_event = new esphome::api::CustomAPIDevice(); ha_event->fire_homeassistant_event("esphome.nspanel_ha_blueprint", { {"type", "generic"}, {"page", page}, {"component", component}, {"value", value}, {"entity", entity} }); ##### NSPanel event - Execute actions from ESPHome - NO push to HA ##### - name: NSPanel local event platform: nextion nextion_id: disp1 id: disp1_local_event component_name: localevent internal: true filters: - lambda: |- x = x.c_str(); x.shrink_to_fit(); return x; on_value: then: - lambda: |- static const char *const TAG = "text_sensor.localevent"; DynamicJsonDocument doc(1024); deserializeJson(doc, x); std::string page = doc["page"]; std::string event = doc["event"]; std::string component = doc["component"]; std::string key = doc["key"]; std::string value = doc["value"]; std::string entity = detailed_entity->state.c_str(); // doc["entity"]; int embedded = doc["embedded"]; std::string service = ""; // Send event to Home Assistant if (event == "short_click" or event == "long_click") { ha_button->execute(page.c_str(), component.c_str(), event.c_str()); } else if (event == "click" and page == "home" and component == "climate") { detailed_entity->publish_state((id(is_embedded_thermostat)) ? "embedded_climate" : ""); disp1->set_component_value("climate.embedded", id(is_embedded_thermostat) ? 1 : 0); disp1->goto_page("climate"); } else if (page == "light" or page == "climate" or page == "notification") { // Generic event auto ha_event = new esphome::api::CustomAPIDevice(); ha_event->fire_homeassistant_event("esphome.nspanel_ha_blueprint", { {"type", "generic"}, {"page", page}, {"event", event}, {"value", value}, {"entity", entity} }); } // page based actions if (page == "alarm") { std::string code_format = doc["code_format"]; std::string code_arm_req = doc["code_arm_req"]; std::string title = doc["mui"]; if (code_format == "number" and (key == "disarm" or code_arm_req == "1")) { disp1->goto_page("keyb_num"); disp1->set_component_value("keyb_num.page_id", 23); //Calling from Alarm page disp1->set_component_text_printf("keyb_num.domain", "%s", page.c_str()); disp1->set_component_text_printf("keyb_num.key", "%s", key.c_str()); disp1->set_component_text_printf("keyb_num.value", "%s", value.c_str()); disp1->set_component_text_printf("keyb_num.entity", "%s", entity.c_str()); disp1->set_component_text_printf("keyb_num.title", "%s", title.c_str()); } else service_call_alarm_control_panel->execute(entity.c_str(), key.c_str(), code_format.c_str(), ""); } else if (page == "climate") { change_climate_state->execute((embedded==1), key.c_str(), value.c_str()); } else if (page == "cover") { if (key == "position") ha_call_service->execute("cover.set_cover_position", key.c_str(), value.c_str(), entity.c_str()); else ha_call_service->execute((std::string("cover.") + key.c_str()), "", "", entity.c_str()); } else if (page == "fan") { if (key == "stop" or value == "0") ha_call_service->execute("fan.turn_off", "", "", entity.c_str()); else ha_call_service->execute("fan.turn_on", key.c_str(), value.c_str(), entity.c_str()); } else if (page == "keyb_num") { std::string base_domain = doc["base_domain"]; if (base_domain == "alarm") { std::string code_format = doc["code_format"]; std::string pin = doc["pin"]; service_call_alarm_control_panel->execute(entity.c_str(), key.c_str(), code_format.c_str(), pin.c_str()); } else if (base_domain == "" or base_domain.empty()) base_domain = "home"; disp1->goto_page(base_domain.c_str()); } else if (page == "light") ha_call_service->execute("light.turn_on", key.c_str(), value.c_str(), entity.c_str()); else if (page == "media_player") { if (key == "volume_mute") ha_call_service->execute("media_player.volume_mute", "is_volume_muted", value.c_str(), entity.c_str()); else if (key == "volume_set") ha_call_service->execute("media_player.volume_set", "volume_level", to_string(stof(value) / 100), entity.c_str()); else if (not key.empty()) ha_call_service->execute((std::string("media_player.") + key.c_str()), "", "", entity.c_str()); } ##### Versioning ##### - id: version_blueprint name: Version Blueprint platform: template entity_category: diagnostic icon: mdi:tag-text-outline internal: false update_interval: never lambda: |- return {"unknown"}; on_value: - lambda: |- static const char *const TAG = "text_sensor.version_blueprint"; ESP_LOGD(TAG, "Blueprint version: %s", x.c_str()); disp1->set_component_text_printf("boot.bluep_version", "%s", x.c_str()); if (current_page->state == "boot") { disp1->send_command_printf("tm_esphome.en=0"); page_boot->execute(); timer_reset_all->execute("boot"); } check_versions->execute(); - id: version_esphome name: Version ESPHome platform: template entity_category: diagnostic icon: mdi:tag-text-outline internal: false lambda: |- return {"${version}"}; on_value: - lambda: |- static const char *const TAG = "text_sensor.version_esphome"; ESP_LOGD(TAG, "ESPHome version: %s", x.c_str()); disp1->set_component_text_printf("boot.esph_version", x.c_str()); if (current_page->state == "boot") { disp1->send_command_printf("tm_esphome.en=0"); page_boot->execute(); timer_reset_all->execute("boot"); } check_versions->execute(); - id: version_tft name: Version TFT platform: nextion component_name: boot.tft_version entity_category: diagnostic icon: mdi:tag-text-outline internal: false update_interval: never on_value: - lambda: |- static const char *const TAG = "text_sensor.version_tft"; ESP_LOGD(TAG, "TFT version: %s", x.c_str()); if (current_page->state == "boot") { disp1->send_command_printf("tm_esphome.en=0"); page_boot->execute(); timer_reset_all->execute("boot"); } check_versions->execute(); ### Scripts ###### script: - id: change_climate_state mode: restart parameters: embedded: bool key: string value: string then: - lambda: |- if (id(is_uploading_tft)) change_climate_state->stop(); if (!embedded) { if (key == "temperature" or key == "target_temp_high" or key == "target_temp_low") ha_call_service->execute("climate.set_temperature", key.c_str(), to_string(stof(value) / 10), detailed_entity->state.c_str()); else if (key == "hvac_mode") ha_call_service->execute("climate.set_hvac_mode", key.c_str(), value.c_str(), detailed_entity->state.c_str()); } - id: check_versions mode: restart then: - wait_until: condition: - lambda: |- auto compareVersions = [](const char* version1, const char* version2) -> bool { int major1 = 0, minor1 = 0; int major2 = 0, minor2 = 0; sscanf(version1, "%d.%d", &major1, &minor1); sscanf(version2, "%d.%d", &major2, &minor2); return (major1 == major2) && (minor1 == minor2); }; return (compareVersions("${version}", version_tft->state.c_str()) and compareVersions("${version}", version_blueprint->state.c_str())); timeout: 60s - lambda: |- if (id(is_uploading_tft)) check_versions->stop(); static const char *const TAG = "script.check_versions"; auto compareVersions = [](const char* version1, const char* version2) -> bool { int major1 = 0, minor1 = 0; int major2 = 0, minor2 = 0; sscanf(version1, "%d.%d", &major1, &minor1); sscanf(version2, "%d.%d", &major2, &minor2); return (major1 == major2) && (minor1 == minor2); }; ESP_LOGD(TAG, "Versions:"); ESP_LOGD(TAG, " ESPHome: ${version}"); ESP_LOGD(TAG, " TFT: %s", version_tft->state.c_str()); if (not compareVersions("${version}", version_tft->state.c_str())) ESP_LOGE(TAG, "TFT version mismatch!"); ESP_LOGD(TAG, " Blueprint: %s", version_blueprint->state.c_str()); if (not compareVersions("${version}", version_blueprint->state.c_str())) ESP_LOGE(TAG, "Blueprint version mismatch!"); auto ha_event = new esphome::api::CustomAPIDevice(); ha_event->fire_homeassistant_event("esphome.nspanel_ha_blueprint", { {"type", "version"}, {"tft", version_tft->state.c_str()}, {"esphome", "${version}"}, {"blueprint", version_blueprint->state.c_str()} }); - id: display_embedded_temp mode: restart then: - lambda: |- if (id(embedded_indoor_temp) or (!wifi_component->is_connected()) or (!api_server->is_connected())) { float unit_based_temperature = temp_nspanel->state; std::string temp_units = "${temp_units}"; if (temp_units == "°F" || temp_units == "F" || temp_units == "°f" || temp_units == "f") unit_based_temperature = (unit_based_temperature * 9 / 5) + 32; disp1->set_component_text_printf("home.current_temp", "%.1f${temp_units}", unit_based_temperature); } - id: display_wrapped_text mode: queued parameters: component: string text_to_display: string line_length_limit: uint then: - lambda: |- int startPos = 0; int endPos = 0; std::string wrappedText = ""; if (text_to_display.find("\\r") != std::string::npos) { wrappedText = text_to_display; } else { while (startPos < text_to_display.length()) { while (text_to_display[startPos] == ' ' and startPos < text_to_display.length()) { startPos++; } int endPos = startPos + line_length_limit; if (endPos >= text_to_display.length()) endPos = text_to_display.length(); else { while (endPos > startPos && text_to_display[endPos] != ' ') { endPos--; } if (endPos == startPos) endPos = startPos + line_length_limit; // Handle case of long word } wrappedText += text_to_display.substr(startPos, endPos-startPos); if (endPos < text_to_display.length()) { while (text_to_display[endPos] == ' ') { endPos--; } if (endPos >= startPos) wrappedText += "\\r"; } startPos = endPos + 1; // Skip the space while (text_to_display[startPos] == ' ' and startPos < text_to_display.length()) { startPos++; } } } disp1->set_component_text_printf(component.c_str(), "%s", wrappedText.c_str()); - id: global_settings mode: restart parameters: blueprint_version: string embedded_climate: bool embedded_climate_friendly_name: string embedded_indoor_temperature: bool ent_value_xcen: int mui_please_confirm: string mui_unavailable: string screensaver_time: bool screensaver_time_color: int32_t[] then: - lambda: |- if (id(is_uploading_tft)) global_settings->stop(); static const char *const TAG = "script.global_settings"; // Blueprint version ESP_LOGV(TAG, "Check Blueprint version"); version_blueprint->publish_state(blueprint_version.c_str()); check_versions->execute(); // Embedded thermostat ESP_LOGV(TAG, "Load embedded thermostat"); id(is_embedded_thermostat) = embedded_climate; // Indoor temperature ESP_LOGV(TAG, "Set indoor temperature"); id(embedded_indoor_temp) = embedded_indoor_temperature; display_embedded_temp->execute(); // MUI strings id(mui_please_confirm_global) = mui_please_confirm; id(mui_unavailable_global) = mui_unavailable; // Screen saver page (sleep) ESP_LOGV(TAG, "Setup screensaver page"); id(screensaver_display_time) = screensaver_time; id(screensaver_display_time_color) = screensaver_time_color; page_screensaver->execute(); // Entities pages alignment id(page_entity_value_horizontal_alignment) = ent_value_xcen; if (current_page->state != "boot") { // Update current page ESP_LOGV(TAG, "Update current page"); page_changed->execute(current_page->state.c_str()); } ESP_LOGV(TAG, "Current page: %s", current_page->state.c_str()); disp1->set_component_text_printf("boot.bluep_version", "%s", blueprint_version.c_str()); - if: condition: - text_sensor.state: # Is boot page visible? id: current_page state: boot then: - lambda: |- ESP_LOGV("script.global_settings", "Boot page is visible"); - wait_until: condition: - not: - text_sensor.state: # Is boot page visible? id: current_page state: 'boot' timeout: 2s - if: condition: - text_sensor.state: # Avoid this being called twice by multiple boot triggers id: current_page state: 'boot' then: - lambda: |- ESP_LOGV("script.global_settings", "Boot page still visible"); - if: condition: switch.is_on: notification_sound then: - rtttl.play: rtttl: 'two short:d=4,o=5,b=100:16e6,16e6' - lambda: |- ESP_LOGD("script.global_settings", "Jump to wake-up page: %s", wakeup_page_name->state.c_str()); disp1->goto_page(wakeup_page_name->state.c_str()); timer_reset_all->execute(wakeup_page_name->state.c_str()); - lambda: |- ESP_LOGV("script.global_settings", "Finished"); - id: ha_button mode: parallel parameters: page: string component: string command: string then: - lambda: |- if (id(is_uploading_tft)) ha_button->stop(); timer_reset_all->execute(page.c_str()); auto ha_event = new esphome::api::CustomAPIDevice(); ha_event->fire_homeassistant_event("esphome.nspanel_ha_blueprint", { {"type", "button_click"}, {"page", page}, {"component", component}, {"command", command} }); - id: ha_call_service mode: restart parameters: service: string key: string value: string entity: string then: - lambda: |- if (id(is_uploading_tft)) ha_call_service->stop(); static const char *const TAG = "script.ha_call_service"; ESP_LOGV(TAG, "Calling Home Assisant service"); ESP_LOGV(TAG, " Type: service_call"); ESP_LOGV(TAG, " Service: %s", service.c_str()); ESP_LOGV(TAG, " Entity: %s", entity.c_str()); ESP_LOGV(TAG, " Key: %s", key.c_str()); ESP_LOGV(TAG, " Value: %s", value.c_str()); if (service != "" and not service.empty()) { auto ha_event = new esphome::api::CustomAPIDevice(); ha_event->fire_homeassistant_event("esphome.nspanel_ha_blueprint", { {"type", "service_call"}, {"service", service}, {"entity", entity}, {"key", key}, {"value", value} }); } ESP_LOGV(TAG, "Finished"); - id: nextion_status mode: restart then: - lambda: |- static const char *const TAG = "script.nextion_status"; ESP_LOGD(TAG, "Nextion status:"); ESP_LOGD(TAG, " Is detected: %s", YESNO(disp1->is_detected())); ESP_LOGD(TAG, " Is setup: %s", YESNO(disp1->is_setup())); ESP_LOGD(TAG, " Queue size: %d", disp1->queue_size()); - id: notification_clear mode: restart then: - lambda: |- if (not id(is_uploading_tft)) { notification_label->publish_state(""); notification_text->publish_state(""); notification_unread->turn_off(); refresh_notification->execute(); if (current_page->state == "notification") disp1->goto_page("home"); } - id: entity_details_show mode: restart parameters: entity: string back_page: string then: - lambda: |- size_t pos = entity.find("."); if ((not id(is_uploading_tft)) and (pos != std::string::npos or entity == "embedded_climate")) { std::string page = entity.substr(0, pos); if (page == "alarm_control_panel") page = "alarm"; detailed_entity->publish_state(entity); if (page == "alarm_control_panel") page = "alarm"; std::string cmd_page = std::string("page ") + page.c_str(); disp1->send_command_printf(cmd_page.c_str()); set_page_id->execute("back_page_id", back_page.c_str()); if (page == "climate") disp1->set_component_value("embedded", (entity == "embedded_climate") ? 1 : 0); } - id: page_alarm mode: restart then: # There's nothing here so far - id: page_blank mode: restart then: - lambda: |- static const char *const TAG = "script.page_blank"; ESP_LOGV(TAG, "Construct blank page"); disp1->set_component_text_printf("esp_version", "ESP: ${version}"); // ESPHome version disp1->set_component_text_printf("framework", "%s", id(framework) == 1 ? "Arduino" : (id(framework) == 2 ? "ESP-IDF" : "Unknown")); // ESPHome framework disp1->send_command_printf("tm_esphome.en=0"); - id: page_boot mode: restart then: - lambda: |- static const char *const TAG = "script.page_boot"; ESP_LOGV(TAG, "Construct boot page"); set_brightness->execute(100); disp1->set_component_text_printf("boot.esph_version", "${version}"); // ESPHome version disp1->set_component_text_printf("framework", "%s", id(framework) == 1 ? "Arduino" : (id(framework) == 2 ? "ESP-IDF" : "Unknown")); // ESPHome framework disp1->send_command_printf("tm_esphome.en=0"); // disp1->show_component("bt_reboot"); - id: page_buttonpage mode: restart parameters: page_number: uint then: # There's nothing here so far - id: page_buttonpage01 mode: restart then: - script.execute: id: page_buttonpage page_number: 1 - id: page_buttonpage02 mode: restart then: - script.execute: id: page_buttonpage page_number: 2 - id: page_buttonpage03 mode: restart then: - script.execute: id: page_buttonpage page_number: 3 - id: page_buttonpage04 mode: restart then: - script.execute: id: page_buttonpage page_number: 4 - id: page_changed mode: restart parameters: page: string then: - lambda: |- static const char *const TAG = "script.page_changed"; // Go to boot page if not initiated if (page != "boot" and not nextion_init->state) disp1->goto_page("boot"); // Reset globals if (page != "alarm" && //DEBOG page != "climate" && page != "cover" && page != "fan" && page != "light" && page != "media_player" && page != "confirm" && page != "keyb_num") { detailed_entity->publish_state(""); disp1->send_command_printf("back_page_id=0"); } if (page != "media_player") { id(last_volume_level) = 0; id(last_media_duration) = 0; id(last_media_position) = 0; } // Report new page to logs ESP_LOGD(TAG, "New page: %s", page.c_str()); if (!detailed_entity->state.empty()) ESP_LOGD(TAG, "Entity shown: %s", detailed_entity->state.c_str()); // Reset timers timer_reset_all->execute(page.c_str()); // Report new page to Home Assistant ESP_LOGV(TAG, "Trigger HA event"); auto ha_event = new esphome::api::CustomAPIDevice(); ha_event->fire_homeassistant_event("esphome.nspanel_ha_blueprint", { {"type", "page_changed"}, {"page", page.c_str()}, {"entity", detailed_entity->state.c_str()} }); // Call page constructor if (page == "alarm") page_alarm->execute(); else if (page == "blank") page_blank->execute(); else if (page == "boot") page_boot->execute(); else if (page == "buttonpage01") page_buttonpage01->execute(); else if (page == "buttonpage02") page_buttonpage02->execute(); else if (page == "buttonpage03") page_buttonpage03->execute(); else if (page == "buttonpage04") page_buttonpage04->execute(); else if (page == "climate") page_climate->execute(); else if (page == "confirm") page_confirm->execute(); else if (page == "cover") page_cover->execute(); else if (page == "entitypage01") page_entitypage01->execute(); else if (page == "entitypage02") page_entitypage02->execute(); else if (page == "entitypage03") page_entitypage03->execute(); else if (page == "entitypage04") page_entitypage04->execute(); else if (page == "fan") page_fan->execute(); else if (page == "home") page_home->execute(); else if (page == "keyb_num") page_keyb_num->execute(); else if (page == "light") page_light->execute(); else if (page == "media_player") page_media_player->execute(); else if (page == "notification") page_notification->execute(); else if (page == "qrcode") page_qrcode->execute(); else if (page == "screensaver") page_screensaver->execute(); else if (page == "settings") page_settings->execute(); else if (page == "weather01") page_weather01->execute(); else if (page == "weather02") page_weather02->execute(); else if (page == "weather03") page_weather03->execute(); else if (page == "weather04") page_weather04->execute(); else if (page == "weather05") page_weather05->execute(); - id: page_climate mode: restart then: # There's nothing here so far - id: page_confirm mode: restart then: - lambda: |- if (not id(is_uploading_tft)) display_wrapped_text->execute("confirm.title", id(mui_please_confirm_global).c_str(), 15); - id: page_cover mode: restart then: # There's nothing here so far - id: page_entitypage mode: restart parameters: page_number: uint then: - lambda: |- if (current_page->state.find("entitypage") == 0) { // Set value alignment if (id(page_entity_value_horizontal_alignment) != 1) { for (int i = 1; i <= 8; ++i) { disp1->send_command_printf("value%02d.xcen=%" PRIu8, i, id(page_entity_value_horizontal_alignment)); } } } - id: page_entitypage01 mode: restart then: - script.execute: id: page_entitypage page_number: 1 - id: page_entitypage02 mode: restart then: - script.execute: id: page_entitypage page_number: 2 - id: page_entitypage03 mode: restart then: - script.execute: id: page_entitypage page_number: 3 - id: page_entitypage04 mode: restart then: - script.execute: id: page_entitypage page_number: 4 - id: page_fan mode: restart then: # There's nothing here so far - id: page_home mode: restart then: - script.execute: refresh_relays - script.execute: refresh_wifi_icon - script.execute: refresh_notification - id: page_keyb_num mode: restart then: # There's nothing here so far - id: page_light mode: restart then: # There's nothing here so far - id: page_media_player mode: restart then: # There's nothing here so far - id: page_notification mode: restart then: - lambda: |- static const char *const TAG = "script.page_notification"; ESP_LOGV(TAG, "Updating notification page"); disp1->set_component_text_printf("notification.notifi_label", "%s", notification_label->state.c_str()); display_wrapped_text->execute("notification.notifi_text01", notification_text->state.c_str(), display_mode->state == 2 ? 23 : 32); - id: page_qrcode mode: restart then: # There's nothing here so far - id: page_screensaver mode: restart then: - lambda: |- if (current_page->state == "screensaver" and not id(is_uploading_tft)) { static const char *const TAG = "script.page_screensaver"; ESP_LOGV(TAG, "Updating screensaver page"); set_page_id->execute("back_page_id", wakeup_page_name->state.c_str()); // disp1->send_command_printf("back_page_id=%i", id(wakeup_page_id)); if (id(screensaver_display_time)) { disp1->show_component("text"); set_component_color->execute("screensaver.text",id(screensaver_display_time_color)); refresh_datetime->execute(); } else { disp1->set_backlight_brightness(0.0f); } current_brightness->update(); } - id: page_settings mode: restart then: - lambda: |- static const char *const TAG = "script.page_settings"; ESP_LOGV(TAG, "Construct settings page"); //disp1->set_component_text_printf("bt_sleep", "%s", (id(sleep_mode).state) ? "\uEA19" : "\uEA18"); //mdi:toggle-switch-outline or mdi:toggle-switch-off-outline disp1->hide_component("lbl_sleep"); disp1->hide_component("bt_sleep"); - id: page_weather mode: restart parameters: page_number: uint then: # There's nothing here so far - id: page_weather01 mode: restart then: - script.execute: id: page_weather page_number: 1 - id: page_weather02 mode: restart then: - script.execute: id: page_weather page_number: 2 - id: page_weather03 mode: restart then: - script.execute: id: page_weather page_number: 3 - id: page_weather04 mode: restart then: - script.execute: id: page_weather page_number: 4 - id: page_weather05 mode: restart then: - script.execute: id: page_weather page_number: 5 - id: refresh_datetime mode: restart then: - lambda: |- static const char *const TAG = "script.refresh_datetime"; ESP_LOGV(TAG, "Updating time display"); std::string time_format_str = id(mui_time_format); if (time_format_str.find("%-H") != std::string::npos) { time_format_str = time_format_str.replace(time_format_str.find("%-H"), sizeof("%-H")-1, to_string((int)(id(time_provider).now().hour))); } if (time_format_str.find("%-I") != std::string::npos) { if (id(time_provider).now().hour>12) { time_format_str = time_format_str.replace(time_format_str.find("%-I"), sizeof("%-I")-1, to_string((int)(id(time_provider).now().hour-12))); } else if (id(time_provider).now().hour==0) { time_format_str = time_format_str.replace(time_format_str.find("%-I"), sizeof("%-I")-1, "12"); } else { time_format_str = time_format_str.replace(time_format_str.find("%-I"), sizeof("%-I")-1, to_string((int)(id(time_provider).now().hour))); } } std::string meridiem_text = (id(time_provider).now().hour<12) ? id(mui_meridiem)[0] : id(mui_meridiem)[1]; if (current_page->state == "screensaver" and id(screensaver_display_time)) { ESP_LOGV(TAG, "Updating time on screensaver page"); std::string time_format_str_sleep = time_format_str; if (time_format_str_sleep.find("%p") != std::string::npos) time_format_str_sleep.replace(time_format_str_sleep.find("%p"), sizeof("%p")-1, meridiem_text.c_str()); disp1->set_component_text_printf("text", "%s", id(time_provider).now().strftime(time_format_str_sleep).c_str()); } ESP_LOGV(TAG, "Updating home page meridiem"); disp1->set_component_text_printf("home.meridiem", "%s", (time_format_str.find("%p") != std::string::npos) ? meridiem_text.c_str() : " "); ESP_LOGV(TAG, "Updating home page time"); disp1->set_component_text_printf("home.time", "%s", id(time_provider).now().strftime(time_format_str).c_str()); - id: refresh_notification mode: restart then: - wait_until: condition: - lambda: !lambda return id(setup_sequence_completed); - lambda: |- static const char *const TAG = "script.refresh_notification"; bool is_notification = ((not notification_text->state.empty()) or (not notification_label->state.empty())); ESP_LOGV(TAG, "Notification: %s", YESNO(is_notification)); disp1->send_command_printf("is_notification=%i", is_notification ? 0 : 1); if (current_page->state == "home") { if (is_notification) { disp1->show_component("bt_notific"); } else { disp1->hide_component("bt_notific"); } } - wait_until: condition: - lambda: return (blueprint_status->state > 99); - lambda: |- set_component_color->execute("home.bt_notific", notification_unread->state ? id(home_notify_icon_color_unread) : id(home_notify_icon_color_normal)); - id: refresh_relays mode: restart then: - lambda: |- // Chips - Relays disp1->set_component_text_printf("home.icon_top_01", "%s", (relay_1->state) ? id(home_relay1_icon).c_str() : "\uFFFF"); disp1->set_component_text_printf("home.icon_top_02", "%s", (relay_2->state) ? id(home_relay2_icon).c_str() : "\uFFFF"); // Hardware buttons bars - Fallback mode if (relay1_local->state) disp1->send_command_printf("home.left_bt_pic.val=%i", (relay_1->state) ? 1 : 0); if (relay2_local->state) disp1->send_command_printf("home.right_bt_pic.val=%i", (relay_2->state) ? 1 : 0); - id: refresh_wifi_icon mode: restart then: - lambda: |- if (nextion_init->state) { // Update Wi-Fi icon color disp1->set_component_font_color("home.wifi_icon", (blueprint_status->state > 99) ? (wifi_rssi->state > -70 ? 33808 : 64992) : 63488); // Update Wi-Fi icon disp1->set_component_text_printf("home.wifi_icon", "%s", wifi_component->is_connected() ? (api_server->is_connected() ? ((blueprint_status->state > 99) ? "\uE5A8" : // mdi:wifi - All right! "\uE7CF") : // mdi:home-assistant - Blueprint is out "\uF256") : // mdi:api-off "\uE5A9"); // mdi:wifi-off } - id: relay_settings mode: restart parameters: relay1_local_control: bool relay1_icon: string relay1_icon_color: int relay1_fallback: bool relay2_local_control: bool relay2_icon: string relay2_icon_color: int relay2_fallback: bool then: - if: condition: lambda: 'return id(is_uploading_tft);' then: - script.stop: relay_settings - lambda: |- static const char *const TAG = "script.relay_settings"; // Relays ESP_LOGV(TAG, "Setup relays"); relay1_local->publish_state(relay1_local_control); relay2_local->publish_state(relay2_local_control); id(relay_1_fallback) = relay1_fallback; id(relay_2_fallback) = relay2_fallback; disp1->set_component_font_color("home.icon_top_01", relay1_icon_color); disp1->set_component_font_color("home.icon_top_02", relay2_icon_color); disp1->set_component_text_printf("home.icon_top_01", "%s", relay1_icon.c_str()); disp1->set_component_text_printf("home.icon_top_02", "%s", relay2_icon.c_str()); id(home_relay1_icon) = relay1_icon.c_str(); id(home_relay2_icon) = relay2_icon.c_str(); id(home_relay1_icon_color) = relay1_icon_color; id(home_relay2_icon_color) = relay2_icon_color; ESP_LOGV(TAG, "Finished"); - id: restore_settings mode: restart then: - lambda: |- ESP_LOGD("script.restore_settings", "Restoring settings"); #ifdef ARDUINO id(framework) = 1; #elif defined(USE_ESP_IDF) id(framework) = 2; #endif // ESP_LOGV(TAG, "Restoring wake-up page selector"); // auto wakeup_page_name_call = id(wakeup_page_name).make_call(); // wakeup_page_name_call.set_option(id(page_names)[id(wakeup_page_id)]); // wakeup_page_name_call.perform(); // id(is_restored_settings) = true; - wait_until: condition: - lambda: return (not isnan(stoi(baud_rate->state))); - lambda: |- ESP_LOGV("script.restore_settings", "Restoring baud rate"); set_baud_rate->execute(stoi(baud_rate->state), true); ESP_LOGV("script.restore_settings", "Done!"); - id: service_call_alarm_control_panel mode: restart parameters: entity: string key: string code_format: string pin: string then: - lambda: |- std::string service = ""; if (key == "home") service = "alarm_control_panel.alarm_arm_home"; else if (key == "away") service = "alarm_control_panel.alarm_arm_away"; else if (key == "night") service = "alarm_control_panel.alarm_arm_night"; else if (key == "vacation") service = "alarm_control_panel.alarm_arm_vacation"; else if (key == "bypass") service = "alarm_control_panel.alarm_arm_custom_bypass"; else if (key == "disarm") service = "alarm_control_panel.alarm_disarm"; if (service != "" and not service.empty()) { HomeassistantServiceResponse resp; HomeassistantServiceMap resp_kv; resp.service = service.c_str(); resp_kv.key = "entity_id"; resp_kv.value = entity.c_str(); resp.data.push_back(resp_kv); if (pin != "" and not pin.empty()) { resp_kv.key = "code"; resp_kv.value = pin.c_str(); resp.data.push_back(resp_kv); } api_server->send_homeassistant_service_call(resp); } - id: set_baud_rate mode: restart parameters: baud_rate: uint32_t definitive: bool then: - if: condition: - lambda: !lambda return (tf_uart->get_baud_rate() != baud_rate); then: - lambda: |- static const char *const TAG = "script.set_baud_rate"; ESP_LOGD(TAG, "Baud rate changing from %" PRIu32 " to %" PRIu32 " bps", tf_uart->get_baud_rate(), baud_rate); ESP_LOGD(TAG, "Flush UART"); - wait_until: condition: - lambda: !lambda return (tf_uart->available() < 1); timeout: 5s - lambda: |- static const char *const TAG = "script.set_baud_rate"; ESP_LOGD(TAG, "Sending instruction '%s=%" PRIu32 "' to Nextion", definitive ? "bauds" : "baud", baud_rate); disp1->send_command_printf("%s=%" PRIu32, definitive ? "bauds" : "baud", baud_rate); ESP_LOGD(TAG, "Flush UART"); - wait_until: condition: - lambda: !lambda return (tf_uart->available() < 1); timeout: 5s - lambda: |- static const char *const TAG = "script.set_baud_rate"; ESP_LOGD(TAG, "Set ESPHome new baud rate to %" PRIu32 " bps", baud_rate); tf_uart->set_baud_rate(baud_rate); tf_uart->load_settings(); ESP_LOGD(TAG, "Current baud rate: %" PRIu32 " bps", tf_uart->get_baud_rate()); - id: set_brightness mode: restart parameters: brightness: uint then: - lambda: |- static const char *const TAG = "script.set_brightness"; ESP_LOGD(TAG, "brightness: %i%%", brightness); if (brightness == id(display_brightness_global) and current_page->state != "screensaver") disp1->send_command_printf("wakeup_timer.en=1"); else disp1->set_backlight_brightness(static_cast(brightness) / 100.0f); current_brightness->update(); - delay: 5s - lambda: current_brightness->update(); - id: set_climate mode: restart parameters: current_temp: float supported_features: int target_temp: float target_temp_high: float target_temp_low: float temp_step: uint total_steps: uint temp_offset: int climate_icon: string embedded_climate: bool then: - lambda: |- if (id(is_uploading_tft)) set_climate->stop(); static const char *const TAG = "script.set_climate"; ESP_LOGD(TAG, "Starting"); ESP_LOGD(TAG, " current_temp: %f", current_temp); ESP_LOGD(TAG, " supported_features: %i", supported_features); ESP_LOGD(TAG, " target_temp: %f", target_temp); ESP_LOGD(TAG, " target_temp_high: %f", target_temp_high); ESP_LOGD(TAG, " target_temp_low: %f", target_temp_low); ESP_LOGD(TAG, " temp_step: %d", temp_step); ESP_LOGD(TAG, " total_steps: %d", total_steps); ESP_LOGD(TAG, " temp_offset: %i", temp_offset); ESP_LOGD(TAG, " climate_icon: %s", climate_icon.c_str()); ESP_LOGD(TAG, " embedded_climate: %s", YESNO(embedded_climate)); if (current_page->state == "climate") { ESP_LOGD(TAG, "Page climate is visible"); disp1->send_command_printf("climateslider.maxval=%i", total_steps); disp1->send_command_printf("slider_high.maxval=%i", total_steps); disp1->send_command_printf("slider_low.maxval=%i", total_steps); disp1->set_component_value("temp_offset", temp_offset); disp1->set_component_value("temp_step", temp_step); disp1->show_component("current_temp"); if (current_temp > -999) disp1->set_component_text_printf("current_temp", "%.1f°", current_temp); else disp1->set_component_text_printf("current_temp", id(mui_unavailable_global).c_str()); if (target_temp > -999) { // Target temp enabled disp1->set_component_value("active_slider", 0); disp1->hide_component("slider_high"); disp1->hide_component("slider_low"); disp1->hide_component("target_low"); disp1->set_component_text_printf("target_high", "%.1f°", target_temp); disp1->show_component("target_high"); disp1->set_component_value("climateslider", round(((10*target_temp) - temp_offset) / temp_step)); disp1->show_component("climateslider"); } else { disp1->hide_component("slider_high"); if (target_temp_low > -999) { // Target temp low enabled disp1->set_component_value("active_slider", 2); disp1->set_component_text_printf("target_low", "%.1f°", target_temp_low); disp1->show_component("target_low"); disp1->set_component_value("slider_low", round(((10*target_temp_low) - temp_offset) / temp_step)); disp1->show_component("slider_low"); } else { disp1->hide_component("target_low"); disp1->hide_component("slider_low"); } if (target_temp_high > -999) { // Target temp high enabled disp1->set_component_value("active_slider", 1); disp1->set_component_text_printf("target_high", "%.1f°", target_temp_high); disp1->show_component("target_high"); disp1->set_component_value("slider_high", round(((10*target_temp_high) - temp_offset) / temp_step)); disp1->show_component("slider_high"); } else { disp1->hide_component("target_high"); disp1->hide_component("slider_high"); } } if (target_temp > -999 or target_temp_high > -999 or target_temp_low > -999) { disp1->set_component_text_printf("target_icon", "%s", climate_icon.c_str()); disp1->show_component("target_icon"); disp1->show_component("decrease_temp"); disp1->show_component("increase_temp"); } else { disp1->hide_component("target_icon"); disp1->hide_component("decrease_temp"); disp1->hide_component("increase_temp"); } disp1->set_component_value("embedded", (embedded_climate) ? 1 : 0); } ESP_LOGD(TAG, "Finished"); - id: set_component_color mode: queued parameters: component: string foreground: int32_t[] then: - lambda: |- if (id(is_uploading_tft)) set_component_color->stop(); static const char *const TAG = "script.set_component_color"; ESP_LOGVV(TAG, "Starting:"); ESP_LOGVV(TAG, " Component: %s", component.c_str()); int fg565 = -1; // Foreground if (foreground.size() == 3 and foreground[0] >= 0 and foreground[1] >= 0 and foreground[2] >= 0) { ESP_LOGVV(TAG, " Foreground: {%i, %i, %i}", foreground[0], foreground[1], foreground[2]); fg565 = ((foreground[0] & 0b11111000) << 8) | ((foreground[1] & 0b11111100) << 3) | (foreground[2] >> 3); } else if (foreground.size() == 1) fg565 = foreground[0]; else { ESP_LOGE(TAG, " Component: %s", component.c_str()); ESP_LOGE(TAG, " Foreground size: %i", foreground.size()); fg565 = -1; } ESP_LOGVV(TAG, " Foreground: %i", fg565); if (fg565 >= 0) disp1->set_component_font_color(component.c_str(), fg565); - id: set_page_id mode: queued parameters: variable: string page: string then: - lambda: |- static const char *const TAG = "script.set_page_id"; ESP_LOGV(TAG, "Starting:"); ESP_LOGV(TAG, " Variable: %s", variable.c_str()); ESP_LOGV(TAG, " Page: %s", page.c_str()); auto pageIndex = [](const std::string& page_name) -> uint8_t { for (uint8_t i = 0; i < id(page_names).size(); ++i) { if (id(page_names)[i] == page_name) { return i; // Return the index if found } } return 0u; // Return 0 (home page) if not found }; uint detected_page_id = pageIndex(page.c_str()); ESP_LOGV(TAG, "%s=%i", variable.c_str(), detected_page_id); disp1->send_command_printf("%s=%i", variable.c_str(), detected_page_id); - id: setup_sequence mode: restart then: - lambda: |- static const char *const TAG = "script.setup_sequence"; ESP_LOGD(TAG, "Starting Nextion setup sequence"); ESP_LOGD(TAG, "Fetching Page Id"); page_id->update(); - wait_until: condition: - lambda: !lambda return (not isnan(page_id->state)); timeout: 15s - lambda: |- static const char *const TAG = "script.setup_sequence"; ESP_LOGD(TAG, "Fetching charset"); display_charset->update(); - wait_until: condition: - lambda: !lambda return (not isnan(display_charset->state)); timeout: 5s - lambda: |- static const char *const TAG = "script.setup_sequence"; ESP_LOGD(TAG, "Fetching display mode"); display_mode->update(); - wait_until: condition: - lambda: !lambda return (not isnan(display_mode->state)); timeout: 5s - if: condition: - lambda: !lambda return (not isnan(display_mode->state)); then: # Project's TFT detected - lambda: |- static const char *const TAG = "script.setup_sequence"; ESP_LOGD(TAG, "Goto page Boot"); disp1->goto_page("boot"); ESP_LOGD(TAG, "Fetching TFT version"); version_tft->update(); - wait_until: condition: - lambda: !lambda return (not version_tft->state.empty()); timeout: 5s - lambda: |- static const char *const TAG = "script.setup_sequence"; ESP_LOGD(TAG, "Wait for Wi-Fi"); - wait_until: condition: - lambda: !lambda return (wifi_component->is_connected()); timeout: 10s - if: condition: - lambda: !lambda return (wifi_component->is_connected()); then: # Wi-Fi connected - lambda: |- static const char *const TAG = "script.setup_sequence"; if (current_page->state == "boot") { ESP_LOGD(TAG, "Publish IP address on screen"); disp1->set_component_text_printf("boot.ip_addr", "%s", network::get_ip_address().str().c_str()); set_brightness->execute(100); } ESP_LOGD(TAG, "Wait for API"); - wait_until: condition: - lambda: !lambda return (api_server->is_connected()); timeout: 10s - if: condition: - lambda: !lambda return (api_server->is_connected()); then: # API connected - lambda: |- static const char *const TAG = "script.setup_sequence"; ESP_LOGD(TAG, "Publish IP address on screen"); ESP_LOGD(TAG, "Report setup to Home Assistant"); auto ha_event = new esphome::api::CustomAPIDevice(); ha_event->fire_homeassistant_event("esphome.nspanel_ha_blueprint", { {"type", "boot"}, {"step", "start"} }); else: # API not connected - lambda: |- static const char *const TAG = "script.setup_sequence"; ESP_LOGE(TAG, "API not available"); else: # Wi-Fi not connected - lambda: |- static const char *const TAG = "script.setup_sequence"; ESP_LOGE(TAG, "Wi-Fi not available"); - lambda: |- static const char *const TAG = "script.setup_sequence"; ESP_LOGE(TAG, "Wi-Fi not available"); - wait_until: condition: - lambda: !lambda return id(setup_sequence_completed); timeout: 1s - lambda: |- static const char *const TAG = "script.setup_sequence"; ESP_LOGD(TAG, "Set dimming values"); display_brightness->publish_state(id(display_brightness_global)); display_dim_brightness->publish_state(id(display_dim_brightness_global)); set_brightness->execute(id(display_brightness_global)); ESP_LOGD(TAG, "Set page Settings"); disp1->send_command_printf("brightness=%i", id(display_brightness_global)); disp1->send_command_printf("settings.brightslider.val=%i", id(display_brightness_global)); disp1->send_command_printf("brightness_dim=%i", id(display_dim_brightness_global)); disp1->send_command_printf("settings.dimslider.val=%i", id(display_dim_brightness_global)); disp1->send_command_printf("brightness_sleep=%i", int(display_sleep_brightness->state)); ESP_LOGD(TAG, "Report to Home Assistant"); nextion_init->publish_state(disp1->is_setup()); if (api_server->is_connected() and disp1->is_setup()) { auto ha_event = new esphome::api::CustomAPIDevice(); ha_event->fire_homeassistant_event("esphome.nspanel_ha_blueprint", { {"type", "boot"}, {"step", "nextion_init"} }); } // Chips icon size ESP_LOGV(TAG, "Adjusting icon's sizes"); for (int i = 1; i <= 10; ++i) { disp1->send_command_printf("home.icon_top_%02d.font=%i", i, id(home_chip_font_id)); } // Custom buttons icon size ESP_LOGV(TAG, "Adjusting custom buttons sizes"); for (int i = 1; i <= 7; ++i) { disp1->send_command_printf("home.button%02d.font=%i", i, id(home_custom_buttons_font_id)); } disp1->send_command_printf("home.bt_notific.font=%i", id(home_custom_buttons_font_id)); disp1->send_command_printf("home.bt_qrcode.font=%i", id(home_custom_buttons_font_id)); disp1->send_command_printf("home.bt_entities.font=%i", id(home_custom_buttons_font_id)); disp1->send_command_printf("home.wifi_icon.font=%i", id(home_chip_font_id)); ESP_LOGV(TAG, "Restoring relay's icons"); disp1->set_component_text_printf("home.icon_top_01", "%s", id(home_relay1_icon).c_str()); disp1->set_component_text_printf("home.icon_top_02", "%s", id(home_relay2_icon).c_str()); timer_reset_all->execute("boot"); notification_clear->execute(); id(setup_sequence_completed) = true; ESP_LOGD(TAG, "Wait for leaving boot page"); - wait_until: condition: - not: - text_sensor.state: # Is boot page visible? id: current_page state: boot timeout: 10s - lambda: |- if (current_page->state == "boot") disp1->goto_page(wakeup_page_name->state.c_str()); else: # Unknown TFT - lambda: |- static const char *const TAG = "script.setup_sequence"; ESP_LOGE(TAG, "No compatible TFT detected"); ESP_LOGE(TAG, "Display mode: %f", display_mode->state); - lambda: |- static const char *const TAG = "script.setup_sequence"; ESP_LOGD(TAG, "Nextion setup sequence finished!"); - id: stop_all mode: restart then: - lambda: |- static const char *const TAG = "script.stop_all"; ESP_LOGD(TAG, "Stopping scripts..."); change_climate_state->stop(); check_versions->stop(); display_embedded_temp->stop(); display_wrapped_text->stop(); entity_details_show->stop(); global_settings->stop(); ha_button->stop(); ha_call_service->stop(); nextion_status->stop(); notification_clear->stop(); page_alarm->stop(); page_blank->stop(); page_boot->stop(); page_buttonpage01->stop(); page_buttonpage02->stop(); page_buttonpage03->stop(); page_buttonpage04->stop(); page_buttonpage->stop(); page_climate->stop(); page_changed->stop(); page_confirm->stop(); page_cover->stop(); page_entitypage01->stop(); page_entitypage02->stop(); page_entitypage03->stop(); page_entitypage04->stop(); page_entitypage->stop(); page_fan->stop(); page_home->stop(); page_keyb_num->stop(); page_light->stop(); page_media_player->stop(); page_notification->stop(); page_qrcode->stop(); page_screensaver->stop(); page_settings->stop(); page_weather01->stop(); page_weather02->stop(); page_weather03->stop(); page_weather04->stop(); page_weather05->stop(); page_weather->stop(); refresh_datetime->stop(); refresh_relays->stop(); refresh_wifi_icon->stop(); relay_settings->stop(); service_call_alarm_control_panel->stop(); set_baud_rate->stop(); set_brightness->stop(); set_climate->stop(); set_component_color->stop(); set_page_id->stop(); setup_sequence->stop(); timer_dim->stop(); timer_page->stop(); timer_reset_all->stop(); timer_sleep->stop(); update_alarm_icon->stop(); update_climate_icon->stop(); watchdog->stop(); ESP_LOGD(TAG, "Finished"); ###### Timers ###### - id: timer_reset_all # Global timer reset - Triggered with a touch on the screen mode: restart parameters: page: string then: - lambda: |- ESP_LOGV("script.timer_reset_all", "Reset timers"); timer_page->execute(page.c_str(), int(timeout_page->state)); timer_dim->execute(page.c_str(), int(timeout_dim->state)); timer_sleep->execute(page.c_str(), int(timeout_sleep->state)); - id: timer_page # Handles the fallback to home page after a timeout mode: restart parameters: page: string timeout: uint then: - lambda: |- ESP_LOGV("script.timer_page", "Reset timer: %is", timeout); - if: condition: - lambda: |- return (timeout >= 1 and page != "boot" and page != "confirm" and page != "home" and page != "notification" and page != "screensaver"); then: - delay: !lambda return (timeout *1000); - lambda: |- ESP_LOGV("script.timer_page", "Timed out on page: %s", current_page->state.c_str()); if (timeout >= 1 and current_page->state != "boot" and current_page->state != "confirm" and current_page->state != "home" and current_page->state != "notification" and current_page->state != "screensaver") { ESP_LOGD("script.timer_page", "Fallback to page Home"); disp1->goto_page("home"); } - id: timer_dim # Handles the brightness dimming after a timeout mode: restart parameters: page: string timeout: uint then: - lambda: |- ESP_LOGV("script.timer_dim", "Reset timer: %is", timeout); if (current_brightness->state <= id(display_dim_brightness_global) and page != "screensaver" and page != "boot" and page != "blank-screensaver") { ESP_LOGD("script.timer_dim", "Waking up on page: %s", page.c_str()); set_brightness->execute(id(display_brightness_global)); } - if: condition: - lambda: !lambda return (timeout >= 1); then: - delay: !lambda return (timeout *1000); - lambda: |- if (current_page->state != "screensaver" and current_page->state != "blank-screensaver" and current_page->state != "boot" and timeout >= 1) { set_brightness->execute(id(display_dim_brightness_global)); } - id: timer_sleep # Handles the sleep (go to screensaver page) after a timeout mode: restart parameters: page: string timeout: uint then: - lambda: |- ESP_LOGV("script.timer_sleep", "Reset timer: %is", timeout); - if: condition: - lambda: |- return (timeout >= 1 and current_page->state != "screensaver" and current_page->state != "boot"); then: - delay: !lambda return (timeout *1000); - lambda: |- if (current_page->state != "screensaver" and current_page->state != "boot" and timeout >= 1) { ESP_LOGD("script.timer_sleep", "Going to sleep from page %s", current_page->state.c_str()); disp1->goto_page("screensaver"); set_brightness->execute(display_sleep_brightness->state); } - id: update_alarm_icon # To do: Move to blueprint mode: restart parameters: component: string state: string then: - lambda: |- std::string alarm_icon = "\uEECC"; //mdi:shield-alert-outline int alarm_color = 65535; if (state == "disarmed") { alarm_icon = "\uE99B"; //mdi:shield-off-outline alarm_color = 65535; } else if (state == "armed_home") { alarm_icon = "\uECCA"; //mdi:shield-home-outline alarm_color = 19818; } else if (state == "armed_away") { alarm_icon = "\uECCB"; //mdi:shield-lock-outline alarm_color = 19818; } else if (state == "armed_night") { alarm_icon = "\uF828"; //mdi:shield-moon-outline alarm_color = 19818; } else if (state == "armed_vacation") { alarm_icon = "\uECC6"; //mdi:shield-airplane-outline alarm_color = 19818; } else if (state == "armed_custom_bypass") { alarm_icon = "\uE77F"; //mdi:shield-half-full alarm_color = 19818; } else if (state == "pending" or state == "arming") { alarm_icon = "\uE498"; //mdi:shield-outline alarm_color = 65024; } else if (state == "disarming") { alarm_icon = "\uE99B"; //mdi:shield-off-outline alarm_color = 65024; } else if (state == "triggered") { alarm_icon = "\uEECC"; //mdi:shield-alert-outline alarm_color = 63488; } disp1->set_component_text_printf(component.c_str(), alarm_icon.c_str()); disp1->set_component_font_color(component.c_str(), alarm_color); - id: update_climate_icon mode: restart parameters: component: string action: uint mode: uint then: - lambda: |- switch (action) // CLIMATE_ACTION_OFF = 0, CLIMATE_ACTION_COOLING = 2, CLIMATE_ACTION_HEATING = 3, CLIMATE_ACTION_IDLE = 4, CLIMATE_ACTION_DRYING = 5, CLIMATE_ACTION_FAN = 6 { case 0: //CLIMATE_ACTION_OFF switch (mode) // CLIMATE_MODE_OFF = 0, CLIMATE_MODE_HEAT_COOL = 1, CLIMATE_MODE_COOL = 2, CLIMATE_MODE_HEAT = 3, CLIMATE_MODE_FAN_ONLY = 4, CLIMATE_MODE_DRY = 5, CLIMATE_MODE_AUTO = 6 { case 0: //CLIMATE_MODE_OFF disp1->set_component_text_printf(component.c_str(), "%s", "\uFFFF"); // (E424) Don't show icon when off disp1->set_component_font_color(component.c_str(), 35921); // grey (off) break; case 1: //CLIMATE_MODE_HEAT_COOL disp1->set_component_text_printf(component.c_str(), "%s", "\uE069"); // mdi:autorenew disp1->set_component_font_color(component.c_str(), 35921); // grey (off) break; case 2: //CLIMATE_MODE_COOL disp1->set_component_text_printf(component.c_str(), "%s", "\uE716"); // mdi:snowflake disp1->set_component_font_color(component.c_str(), 35921); // grey (off) break; case 3: //CLIMATE_MODE_HEAT disp1->set_component_text_printf(component.c_str(), "%s", "\uE237"); // mdi:fire disp1->set_component_font_color(component.c_str(), 35921); // grey (off) break; case 4: //CLIMATE_MODE_FAN_ONLY disp1->set_component_text_printf(component.c_str(), "%s", "\uE20F"); // mdi:fan disp1->set_component_font_color(component.c_str(), 35921); // grey (off) break; case 5: //CLIMATE_MODE_DRY disp1->set_component_text_printf(component.c_str(), "%s", "\uE58D"); // mdi:water-percent disp1->set_component_font_color(component.c_str(), 35921); // grey (off) break; case 6: //CLIMATE_MODE_AUTO disp1->set_component_text_printf(component.c_str(), "%s", "\uEE8D"); // mdi:calendar-sync disp1->set_component_font_color(component.c_str(), 35921); // grey (off) break; } break; case 2: //CLIMATE_ACTION_COOLING disp1->set_component_text_printf(component.c_str(), "%s", "\uE716"); // mdi:snowflake disp1->set_component_font_color(component.c_str(), 1055); // blue break; case 3: //CLIMATE_ACTION_HEATING disp1->set_component_text_printf(component.c_str(), "%s", "\uE237"); // mdi:fire disp1->set_component_font_color(component.c_str(), 64164); // deep-orange break; case 4: //CLIMATE_ACTION_IDLE disp1->set_component_text_printf(component.c_str(), "%s", "\uE50E"); // mdi:thermometer disp1->set_component_font_color(component.c_str(), 35921); // grey (off) break; case 5: //CLIMATE_ACTION_DRYING disp1->set_component_text_printf(component.c_str(), "%s", "\uE58D"); // mdi:water-percent disp1->set_component_font_color(component.c_str(), 64704); // orange break; case 6: //CLIMATE_ACTION_FAN disp1->set_component_text_printf(component.c_str(), "%s", "\uE20F"); // mdi:fan disp1->set_component_font_color(component.c_str(), 1530); // cyan break; } - id: watchdog mode: restart then: - script.execute: refresh_relays - lambda: |- static const char *const TAG = "script.watchdog"; ESP_LOGV(TAG, "Starting"); if (id(is_uploading_tft)) { ESP_LOGW(TAG, "TFT upload in progress"); } else { // report Wi-Fi status bool wifi_connected = wifi_component->is_connected(); if (wifi_connected) { id(wifi_timeout) = ${wifi_timeout}; float rssi = wifi_rssi->state; std::string rssi_status = "Unknown"; if (rssi > -50) rssi_status = "Excellent"; else if (rssi > -60) rssi_status = "Good"; else if (rssi > -70) rssi_status = "Fair"; else if (rssi > -80) rssi_status = "Weak"; else rssi_status = "Poor"; if (rssi > -70) ESP_LOGI(TAG, "Wi-Fi: %s (%.0f dBm)", rssi_status.c_str(), rssi); else if (rssi > -80) ESP_LOGW(TAG, "Wi-Fi: %s (%.0f dBm)", rssi_status.c_str(), rssi); else ESP_LOGE(TAG, "Wi-Fi: %s (%.0f dBm)", rssi_status.c_str(), rssi); } else { ESP_LOGW(TAG, "Wi-Fi: DISCONNECTED"); if (id(wifi_timeout) > 0) { id(wifi_timeout)--; ESP_LOGI(TAG, "Retrying Wi-Fi connection"); wifi_component->retry_connect(); } else { ESP_LOGE(TAG, "Restarting ESP due to a Wi-Fi timeout..."); App.safe_reboot(); } } // report API status bool api_connected = api_server->is_connected(); if (api_connected) { ESP_LOGI(TAG, "API: Connected"); } else { ESP_LOGW(TAG, "API: DISCONNECTED"); blueprint_status->publish_state(0); if (current_page->state != "blank" and current_page->state != "boot" and current_page->state != "home" and current_page->state != "screensaver" and current_page->state != "settings" and current_page->state != "qrcode") { ESP_LOGI(TAG, "Fallback to page Home"); disp1->goto_page("home"); } } if (!wifi_connected or !api_connected) blueprint_status->publish_state(0); // Report blueprint version ESP_LOGI(TAG, "Blueprint:"); if (blueprint_status->state > 99) { ESP_LOGI(TAG, " Version: %s", version_blueprint->state.c_str()); ESP_LOGI(TAG, " Init steps: %i (%0.1f%%)", int(blueprint_status->raw_state), blueprint_status->state); } else { ESP_LOGW(TAG, " Init steps: %i (%0.1f%%)", int(blueprint_status->raw_state), blueprint_status->state); ESP_LOGW(TAG, " State: %s", (wifi_connected and api_connected) ? "Pending" : "DISCONNECTED"); ESP_LOGI(TAG, "Requesting blueprint settings"); auto ha_event = new esphome::api::CustomAPIDevice(); ha_event->fire_homeassistant_event("esphome.nspanel_ha_blueprint", { {"type", "boot"}, {"step", "timeout"} }); } // Report ESPHome ESP_LOGI(TAG, "ESPHome:"); ESP_LOGI(TAG, " Version: ${version}"); // Report framework #ifdef ARDUINO size_t total_heap_size = ESP.getHeapSize(); size_t free_heap_size = ESP.getFreeHeap(); #elif defined(USE_ESP_IDF) size_t total_heap_size = heap_caps_get_total_size(MALLOC_CAP_DEFAULT); size_t free_heap_size = esp_get_free_heap_size(); #endif if (total_heap_size != 0) ESP_LOGI(TAG, " Heap: %zu bytes (%d%%)", free_heap_size, int(round(((float)free_heap_size / total_heap_size) * 100.0f))); ESP_LOGI(TAG, " Framework: %s", id(framework) == 1 ? "Arduino" : (id(framework) == 2 ? "ESP-IDF" : "Unknown")); // ESPHome framework // Report UART ESP_LOGI(TAG, "UART:"); ESP_LOGI(TAG, " Baud rate: %" PRIu32 " bps", tf_uart->get_baud_rate()); ESP_LOGI(TAG, " Queue size: %d", tf_uart->available()); // Report Nextion status nextion_init->publish_state(nextion_init->state and disp1->is_setup()); ESP_LOGI(TAG, "Nextion:"); ESP_LOGI(TAG, " Queue size: %d", disp1->queue_size()); if (disp1->is_setup()) ESP_LOGI(TAG, " Is setup: True"); else { ESP_LOGW(TAG, " Is setup: False"); ESP_LOGW(TAG, " Is detected: %s", YESNO(disp1->is_detected())); } if (nextion_init->state) { ESP_LOGI(TAG, " Init: True"); } else ESP_LOGW(TAG, " Init: False"); if (version_tft->state.empty()) ESP_LOGW(TAG, " TFT: UNKNOWN"); else ESP_LOGI(TAG, " TFT: %s", version_tft->state.c_str()); } refresh_wifi_icon->execute(); ESP_LOGV(TAG, "Finished"); ...