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VIDI-X / M5Stack-SD-Updater-1.0.2

M5Stack Updater library fork for VIDI X microcomputer
MIT License
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License: MIT Build Status Gitter arduino-library-badge

M5Stack-SD-Updater Library fork for VIDI X Microcomputer


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ABOUT


๐Ÿญ M5Stack-SD-Menu EXAMPLE SKETCH PREREQUISITES:


Micro SD Card (TF Card) - formatted using FAT32. Max size 32 Gb.


Make sure you have the following libraries: - they should be installed in: ....\Documents\Arduino\libraries


๐Ÿฑ UNPACKING THE BINARIES

For your own lazyness, you can use @micutil's awesome M5Burner and skip the next steps.

https://github.com/micutil/M5Burner_Mic/releases

... or customize your own menu and make the installation manually :

1) Open both sketches from the "examples/M5Stack-SD-Update" menu.


2) Download the SD-Content :floppy_disk: folder from the release page and unzip it into the root of the SD Card. Then put the SD Card into the M5Stack. This zip file comes preloaded with precompiled apps and the relative meta information for the menu.


3) Compile the "M5Stack-SD-Menu.ino" example.
This sketch is the menu app. It must be (a) compiled and saved to the root directory of a micro SD card for persistence and (b) flashed onto the M5Stack.

(a) In the Arduino IDE, go to Sketch / Export compiled binary , and compile the file. Rename the file "menu.bin" and copy it to the micro SD card. (b) Next, flash "menu.bin" to the M5Stack.

Note that you won't need to (a) copy it if you previously extracted the SD-Content folder on the SD card.


4) Make sketches compatible with the SD-Updater Menu .

The brief bit of code in the "M5Stack-SDLoader-Snippet.ino" sketch can be used to make any Arduino compatible sketch compatible for use with the SD-Updater menu.

In your sketch, find the line where the core library is included:

    // #include <M5Stack.h>
    // #include <M5Core2.h>
    // #include <ESP32-Chimera-Core.h>
    // #include <M5StickC.h>

And add this:

    #include <M5StackUpdater.h>

In your setup() function, find the following statements:

    M5.begin();

And add this:

    checkSDUpdater();

Then do whatever you need to do (button init, timers) in the setup and the loop. Your app will be ready to run normally except at boot if the Button A is pressed, it will load the "menu.bin" from the sd card.

Touch UI has no buttons, this raises the problem of detecting a 'pushed' state when the touch is off. As a compensation, an UI will be visible for 2 seconds after every ESP.restart(), and this visibility can be forced in the setup :

    checkSDUpdater( SD, MENU_BIN, 2000 );

Headless setups can overload SDUpdater::assertStartUpdate with their own button/sensor/whatever detection routine.


    Serial.begin( 115200 );

    if(digitalRead(BUTTON_A_PIN) == 0) {
      Serial.println("Will Load menu binary");
      updateFromFS(SD);
      ESP.restart();
    }

Custom SD-Load scenarios can be achieved using non default values:


    M5.begin();

    checkSDUpdater(
      SD,           // filesystem (default=SD)
      MENU_BIN,     // path to binary (default = /menu.bin, empty string = rollback only)
      0,            // wait delay, (default=0, will be forced to 2000 upon ESP.restart() )
      TFCARD_CS_PIN // (usually default=4 but your mileage may vary)
    );


Export the compiled binary ( on the Arduino IDE menu go to: Sketch / Export Compiled Binary ).

(Optional) Rename the file to remove unnecessary additions to the name. The filename will be saved as "filename.ino.esp32.bin". Edit the name so it reads "filename.bin". This is purely for display purposes. The file will work without this change.

Use one of following methods to get the app on the M5Stack:


๐Ÿ“š USAGE:

When an app is loaded in memory, booting the M5Stack with the BTN_A pushed will flash back the menu.bin into memory.

When the menu is loaded in memory, it will list all available apps on the sdcard and load them on demand.

Booting the M5Stack with the BTN_A pushed will power it off.

The ESP32 Sketch Data Uploader can be used to send .bin, jpg, json, mod and mp3 files onto the M5Stack. The menu.bin will take care of dumping them on the SD Card.

Some artwork/credits can be added for every uploaded binary, the menu will scan for these file types:

If no info is provided, it will be pulled from the app's repository public information.


โš ๏ธ The jpg/json file names must match the bin file name, case matters! jpg/json files are optional but must both be set if provided. The value for "credits" JSON property will be scrolled on the top of the screen while the value for projectURL JSON property will be rendered as a QR Code in the info window. It is better provide a short URL for projectURL so the resulting QR Code has more error correction.



๐Ÿšซ LIMITATIONS:


๐Ÿ”˜ OPTIONAL:

The default binary name to be loaded can be changed at compilation time by customizing the MENU_BIN constant:

#define MENU_BIN "/my_custom_menu.bin"
#include "M5StackUpdater.h"

The M5Stack automatically detects and uses the M5Stack-Faces addon (gameboy only).

The JoyPSP Controls for M5Stack SD Menu necessary code is now disabled in the menu example but the code stays here and can be used as a boilerplate for any other two-wires input device.

The JoyPSP code is optimized for a 4 Wires PSP JoyPad breakout on Pins 35 and 36, but it shouldn't be a problem to adapt/extend to other analog joystick models.


โš ๏ธ KNOWN ISSUES

qrcode.h not found, or duplicate declarations errors can occur during compilation of M5Stack-SD-Menu.ino.

Reason: M5Stack recently embedded the qrcode.h library into their own core. If your version of M5stack core is older than 0.1.8, Arduino IDE will probably complain.

Solution 1: choose between one of the two includes in M5Stack-SD-Menu.ino:

#include "qrcode.h" โ† use this with M5Stack-Core 0.1.6 and older, comment out the other one

or

#include "utilities/qrcode.h โ† use this with M5Stack-Core 0.1.7, comment out the other one

Solution 2: in your library manager, downgrade the M5Stack-SD-Menu to an earlier version (0.0.1) until you update M5Stack library

Solution 3: upgrade your M5Stack core version to 0.1.8

Compilation #pragma warnings/errors in the Arduino IDE can be solved by setting the debug level to default in the Arduino preferences window. See #3

vMicro: currently can't compile at all, see #5. Looking for a solution that works with both vMicro and Arduino IDE.


๐Ÿ›ฃ ROADMAP:

Not defined yet, but looking at how fast this library landed in platform.io, there's a possibility it will soon exist in different flavours (i.e. as an ESP-IDF component) or with more features. Contributors welcome!


๏ธโƒฃ REFERENCES:
:clapper: Video demonstration https://youtu.be/myQfeYxyc3o
:clapper: Video demo of Pacman + sound Source
:clapper: Video demo of NyanCat Source
๐ŸŽ“ Macsbug's article on M5Stack SD-Updater ๐Ÿ‡ฏ๐Ÿ‡ต ๐Ÿ‡ฌ๐Ÿ‡ง (google translate)


๐Ÿ™ CREDITS:
๐Ÿ‘ M5Stack M5Stack https://github.com/m5stack/M5Stack
๐Ÿ‘ M5StackSam Tom Such https://github.com/tomsuch/M5StackSAM
๐Ÿ‘ ArduinoJSON Benoรฎt Blanchon https://github.com/bblanchon/ArduinoJson/
๐Ÿ‘ QRCode Richard Moore https://github.com/ricmoo/qrcode
๐Ÿ‘ @Reaper7 Reaper7 https://github.com/reaper7
๐Ÿ‘ @PartsandCircuits PartsandCircuits https://github.com/PartsandCircuits
๐Ÿ‘ @lovyan03 ใ‚‰ใณใ‚„ใ‚“ https://github.com/lovyan03
๐Ÿ‘ @matsumo Matsumo https://github.com/matsumo