#Arduino pmenu system git how to
#Arduino pmenu system git serial
#Arduino pmenu system git drivers
#Arduino pmenu system git driver
#Arduino pmenu system git software

We support multiple parallel inputs, so the input is usually either a single stream or an array of streams concatenated with chainStream object. Macros are used to define most of the menu data as static and stored on flash memory, because RAM is critical on AVR devices.Īlso all menu-used RAM is allocated at startup, avoiding dynamic RAM allocation and making memory usage more predictable. This is done using a set of macros to define menus, numeric fields and choice/selection fields and to attach menus to other menus to form sub-menus. MenuIO/jsonFmt.h - formatter to write menu as JSON, used by ESP8266 web interface Menu structure MenuIO/xmlFmt.h - formatter to write menu as XML, used by ESP8266 web interface MenuIO/utouchIn.h - use touch input device. MenuIO/utftOut.h - use utf screen device. MenuIO/UCGLibOut.h - UCGLib Color displays output.

#Arduino pmenu system git driver

MenuIO/U8x8Out.h - U8G2/U8x8 text quick driver output. MenuIO/U8GLibOut.h - use U8GLib screen device. MenuIO/u8g2Out.h - use U8g² screen device. MenuIO/tftOut.h - Arduino TFT output (v4.x) MenuIO/SSD1306AsciiOut.h - SSD1306 ASCII quick driver output

#Arduino pmenu system git software

MenuIO/softKeyIn.h - use generic buttons with software debounce

#Arduino pmenu system git serial

MenuIO/serialOut.h - use standard serial output. MenuIO/PCF8574Out.h - Arduino I☬ LCD output (v4.x) MenuIO/liquidCrystalOut.h - standard LCD output

#Arduino pmenu system git drivers

MenuIO/lcdOut.h - use Malpartida's LCD's drivers MenuIO/altKeyMapDef.h - keymap definition aux file, you should not need to include this file MenuIO/altKeyIn.h - use generic buttons and allows specification of PULL resistors. MenuIO/keyMapDef.h - keymap definition aux file, you should not need to include this file

MenuIO/jsFmt.h - experimental, ESP8266 javascript MenuIO/htmlFmt.h - experimental file (ESP8266) MenuIO/esp8266Out.h - for ESP8266 web output (experimental) MenuIO/rotaryEventIn.h - use generic rotary/button input (example with QDEC and AceButton easing encoder and button handling/debouncing) MenuIO/clickEncoderIn.h - use PCINT wired encoder MenuIO/chainStream.h - join multiple input streams into one. MenuIO/ansiSerialOut.h - use serial output with an ANSI terminal MenuIO/adafruitGfxOut.h - use Adafruit output devices. Include these files as needed, for example #include The root navigation needs access to them to do its job. These objects deal with the menu text and structure along with user iteration hooks. It also responds to commands and does navigation status by sending navigation commands to the navigation objects. The root navigation object uses a set of navigation level controllers and deals with all aspects of navigation, selected options, active menus etc.

All is organized around the root navigation object. Objects can be IO devices, navigation controllers or menu structure. This makes integration easier and avoids translations and extra functions. The menu system does not store field variables instead it uses references to variables already in your code. On other devices it can allocate all needed memory at compile time or use runtime dynamic allocated items, as preferred. The menu is statically constructed to allow PROGMEM usage (PROGMEM only on avr devices). The code is focused on lower resource usage profile. So be sure to include the parts needs to support your hardware and application. Some examples of this wiki refer to some parts like the menu serial output driver. This library is divided in parts, such as device drivers, to be included on your project as needed, this is a way of minimizing compile time. * For easy demonstration serial terminal is used.ArduinoMenu Library 3.x/4.x Wiki Menu library basics

#Arduino pmenu system git how to

* * mblib - MB library * * created by Michael Bernhard * * Example how to create a menu. without LCD: just connect Arduino with computer via USB and open serial monitor from Arduino IDEĢ.

Depending on the function ID you can call subroutines.ġ. Then you get the title and the function ID. const char* info g_Menu.buildMenu(info) g_Menu.printMenu() įor navigation just call left(), right(), enter() and exit(). That's all :) At the end just call buildMenu and printMenu to see on serial monitor the complete menu. To create this menu you just have to add nodes in the code: CMBMenu g_Menu g_Menu.addNode(0, MenuFoo_pc, 1) g_Menu.addNode(1, MenuFooA_pc, 2) g_Menu.addNode(1, MenuFooB_pc, 3) g_Menu.addNode(2, MenuTest1_pc, 4) g_Menu.addNode(2, MenuTest2_pc, 5) g_Menu.addNode(0, MenuBar_pc, 6) g_Menu.addNode(1, MenuBarA_pc, 7) Each node has a title, a layer number and a function ID (FID).