An alternative software distribution for the TTGO smartwatch based on ESP32 from LilyGo.
Forked from the excellent software by sharandac https://github.com/sharandac/My-TTGO-Watch with some small fixes and different apps.
Clone this repository and open it with platformIO. Build and upload. On a terminal in vscode you can do it with
pio run -t upload
or simple press "build and upload" in platformIO.
Bluebox - bluebox for the phreaks
Silver box - DTMF dialler
Netscan - Simple connect() based port scanner (slow with unreachable/blocked hosts - is there a better way working for ESP32?)
Subnet - Simple subnet calculator to see how many hosts / valid hosts
Ping - Ping some IP address
IP Lookup - Lookup who owns an IP via the ip-info API
SSH client - Password only for now (no keys - TODO) / (known hosts handling via SPIFFS - TODO)
SSID Spam - Advertise some wireless networks named like Rick Astley lyrics
WiFi mon - See how busy a wireless channel is
IR Remote - IR remote
Stopwatch - Stopwatch
Alarm - Alarm clock
If you have something you would like to see built for the watch (especially network/security tools) then please let me know using github issues. ~I will also make a tutorial about how to program your own apps shortly.~ (Now started here: https://github.com/linuxthor/My-TTGO-Watch-Dev)
Internal RAM is very limited, use PSRAM as much as possible. When you work with ArduinoJson, include this
#include "hardware/json_psram_allocator.h"
and create your json with
SpiRamJsonDocument doc( 1000 );
to move your json into PSRAM, here is enough RAM for all the crazy stuff you will do. And use
ps_malloc(), ps_calloc() and ps_realloc()
as often as possible. And one very important thing: Do not talk directly to the hardware!
To play sounds from the inbuild speakers use hardware/sound.h
:
#include "hardware/sound.h"
[...]
// MP3 from SPIFFS:
// void sound_play_spiffs_mp3( const char *filename );
// example:
sound_play_spiffs_mp3( "/sound.mp3" )
// or WAV from PROGMEM via
//void sound_play_progmem_wav( const void *data, uint32_t len );
There is a configuration tile to enable/disable all sound output and set the global volume.
Massive thanks to sharadac for the TTGO Watch project.
Where they give special thanks to the following people for their help:
5tormChild
bwagstaff
chrismcna
datacute
jakub-vesely
joshvito
JoanMCD
NorthernDIY
rnisthal
paulstueber
ssspeq
Thanks also to the following projects:
ArduinoJson
AsyncTCP
ESPAsyncWebServer
LVGL
TFT_eSPI
TTGO_TWatch_Library
ESP8266Audio
pubsubclient
ESP32Ping
LibSSH-ESP32
Every Contribution to this repository is highly welcome! Don't fear to create pull requests which enhance or fix the project, you are going to help everybody.