Added pre-built files

Hardware SI HAI clock (chinese copy)/reverse board.txt

@@ -0,0 +1,65 @@
+74HC595
+
+EleksTube
+Ds (Data In): ESP32 pin 13, IO14, GPIO14
+/OE (Output Enable): Strapped to Ground, always enabled.
+STcp (Storage Register Clock Input): ESP32 pin 28, IO17, GPIO17
+SHcp (Shift Register Clock Input): ESP32 pin 27, IO16, GPIO16
+
+MyClock
+Ds (Data In): ESP32 pin 26,IO4, GPIO4
+/OE (Output Enable): Strapped to Ground, always enabled.
+STcp (Storage Register Clock Input): ESP32 pin 33, IO21, GPIO21
+SHcp (Shift Register Clock Input): ESP32 pin 36, IO22, GPIO22
+
+-----------------------------------------------------------------------------
+
+WS2812
+
+Elekstube
+pin 14,GPIO12
+
+MyClock
+pin 8, GI032
+------------------------------------------------------------------------------
+BUTTONS
+
+Elekstube
+<<<: ESP32 pin 9, IO33
+MODE: ESP32 pin 8, IO32
+>>>: ESP pin 7, IO35
+POWER: ESP pin 6, IO34
+
+MyClock
+<<<: ESP32 pin 7, IO35
+MODE: ESP32 pin 6,IO34
+>>>: ESP pin 5, IO39
+POWER: ESP pin 4, IO36
+-----------------------------------------------------------------------------------
+Instead of RTC DS3231 in my clock is DS1302Z
+
+MyClock- DS1302Z is connected to ESP32 with this 3 pins
+
+Elekstube(DS3231 )
+#define RTC_SCL_PIN (22)
+#define RTC_SDA_PIN (21)
+
+MyCLock(DS1302Z)
+pin11,IO26
+pin 10,IO25 
+pin 9,IO33
+-------------------------------------------------------------------------------------
+TFT Displays
+
+Elekstube
+TFT pin 5, SDA, ESP32 pin 37, IO23, VSPID
+TFT pin 6, SCL, ESP32 pin 30, IO18, VSPICLK
+TFT pin 4, RS (Register Select, or DC Data Command), ESP32 pin 10, IO25
+TFT pin 3, RESET (active low), ESP32 pin 11, IO26
+
+MyCLock
+??????????Cant find?????????
+
+
+
+

README.md

@@ -42,7 +42,7 @@ On Windows 10, plug-in the cable and run Windows Update. It will find and instal
 On Linux it works out of the box.
 ### Save your original FW
 * Install ESP32 support (see below)
-* Navigate to folder `\Arduino\..\packages\esp32\tools\esptool_py\3.0.0`
+* Navigate to folder `\Arduino\..\packages\esp32\tools\esptool_py\3.0.0` or `\original-firmware\`
 * Copy file `\original-firmware\_ESP32 save flash 4MB.cmd` and `_ESP32 write flash.cmd` to this folder
 * Change COM port number inside both files
 * Run "save flash" file and wait until it saves the contents of your flash to `backup1.bin`
@@ -51,6 +51,10 @@ On Linux it works out of the box.
 # How to build this firmware
 Unfortunately, it's not simple plug-and-play.  You need to do some things.  These instructions assume you already know how to use the Arduino IDE, and just need to know WHAT to do.
 
+If you just want to use new firmware without setting up all the tools and libraries and everything, just navigate to folder `\original-firmware\` and modify `_ESP32 write flash.cmd` to upload latest version (BUILD_ELEKSTUBE_xxxxxxx.bin) or (BUILD_SI_HAI_xxxxxxx.bin) to your clock. 
+
+Note that you will use my geolocation API key which has limited usage. If we all together exceed their free plan, it will stop working.
+
 ## Download this code
 You're either reading this file after downloading it already, or you're reading it on github.  I'll assume you can figure out how to get the code from github and put it somewhere on your local machine.  This is your preference.
 
@@ -145,4 +149,4 @@ See SmittyHalibut on GitHub (original author of this alternative FW) for details
 My notes are in the document  `Hardware pinout.xlsx`
 
 *Happy hacking!*
-- Aljaz
+   - Aljaz