Open Source STC8G/STC8H ISP flash tool

Last update: Nov 25, 2022

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Overview

stc8prog - STC MCU ISP flash tool

stc8prog is a command line flash programming tool for STC 8051 series microcontrollers, Currently, only STC8H/STC8G/STC8A8K64D4, STC15 (FWVER > 0x72) series are supported.

STC microcontrollers have an UART/USB based boot strap loader (BSL). It utilizes a packet-based protocol to flash the code memory and IAP memory over a serial link. This is referred to as in-system programming (ISP). This tool is built according to the ISP described in STC8H datasheet.

Tested MCU Types:

STC8A8K64S4A12
STC8A8K64D4
STC8G1K08A
STC8H1K08
STC8H3K32S2
STC8H3K64S4

How To Use

CLI Tool

Usage: stc8prog [options]...
  -h, --help            display this message
  -p, --port <device>   set device path
  -s, --speed <baud>    set download baudrate
  -f, --flash <file>    flash chip with data from hex file
  -e, --erase           erase the entire chip
  -d, --debug           enable debug output
  -v, --version         display version information

Baudrate options: 
   4800, 9600, 19200, 38400, 57600, 115200, 230400, 460800, 500000, 576000,
   921600, 1000000, 1152000, 1500000, 2000000, 2500000, 3000000, 3500000,
   4000000

Check

Communicate with MCU without changing anything. It will communicate in 2400 baud first, then switch to a higher baud for a second check

# 2400 baud -> 115200 baud
./stc8prog -p /dev/ttyUSB0

You can specify other baud with parameter -s

# 2400 baud -> 1152000 baud
./stc8prog -p /dev/ttyUSB0 -s 1152000

Erase Flash

This will erase the flash.

./stc8prog -p /dev/ttyUSB0 -e

Write Flash

Suggest to erase before writing flash

./stc8prog -p /dev/ttyUSB0 -e -f foo.hex

High baudrate will speed up the writing

./stc8prog -p /dev/ttyUSB0 -s 1152000 -e -f foo.hex

PlatformIO Integration

1. Add it to packages

By default PlatformIO places packages at /home/[username]/.platformio/packages, create a folder named tool-stc8prog under it, and place stc8prog executable under it.

2. Configurate platformio.ini

Create a new env in platformio.ini, it can be a clone of existing one, change the name and change upload_protocol option to custom, then configurate the rest accordingly, for example:

[env:stc8h3k32s2-stc8prog]
platform = intel_mcs51
board = stc8h3k32s2
upload_protocol = custom
upload_port = /dev/ttyUSB0
upload_flags =
    -p
    $UPLOAD_PORT
    -s
    1152000
    -e
upload_command = ${platformio.packages_dir}/tool-stc8prog/stc8prog $UPLOAD_FLAGS -f $SOURCE

If you want to make this env default, set it to default_envs

[platformio]
default_envs = stc8h3k32s2-stc8prog

For more options, please read platformio section_env_upload

3. First time upload

You can trigger upload with hotkey Ctrl+Alt+U.

If there are any erros and you want to see more detailed logs, run it in the verbose way:

Click PlatformIO icon in the left navigation panel
Expand [your env name] in PROJECT TASKS
Expand Advanced
Click Verbose Upload, this will output the full log of all commands

Build From Source

Install DEV-tools

sudo apt install build-essential

Checkout the project

git clone https://github.com/IOsetting/stc8prog.git

Compile the project

cd stc8prog
make

Comments

feat: extension of the --reset option to alternatively accept an exte…

…rnal command to reset or power cycle the MCU

The --reset option alternatively accepts an external command, which resets or power cycles the MCU, e.g.:

stc8prog -p /dev/ttyUSB0 -r tools/koradctl /dev/ttyACM3 off-on \; -e -f obj/ledtest.ihx
Loading hex file:    Loaded 363 bytes between: 0000 to 0171
Opening port /dev/ttyUSB0: done
Running reset command and waiting for MCU: detected
MCU type: STC8G1K08A-8PIN
Protocol: STC8G/8H
F/W version: 7.3.12U
IRC frequency(Hz): unadjusted
Switching to 115200 baud, chip: set, host: set, ping: succ
Erasing chip: succ
Writing flash, size 370: 100.00% done

The command must be terminated with a semicolon.

For the above example I used a STC8G1K08A 8pin MCU on a breadboard powered by a Korad KD3005P lab power supply. The command "koradctl" is a very simple Python program:

#!/usr/bin/python3
# Very simple control script for Korad KD3005P Lab Power Supply

import argparse
import serial
import time

commands = ('ident', 'on', 'off', 'off-on')

parser = argparse.ArgumentParser()
parser.add_argument("port", help="serial device, e.g. /dev/ttyACM0")
parser.add_argument("command", choices=commands, help="command to execute")
args = parser.parse_args()

with serial.Serial(args.port, timeout=1) as port:
    if args.command == 'ident':
        port.write(b'*IDN?')
        print(port.read(30).decode('ascii'))
    elif args.command == 'on':
        port.write(b'OUT1')
    elif args.command == 'off':
        port.write(b'OUT0')
    elif args.command == 'off-on':
        port.write(b'OUT0')
        time.sleep(1)
        port.write(b'OUT1')

The new feature has only been tested on Linux.

opened by nochtli 4

unsupported protocol: 0000 on STC15W204S

I'm probably doing something wrong, but I don't know what.

System: Kernel: 5.4.0-120-generic x86_64 bits: 64 compiler: gcc v: 9.4.0 Desktop: Cinnamon 5.2.7 wm: muffin dm: LightDM Distro: Linux Mint 20.3 Una base: Ubuntu 20.04 focal Interface: genuine FTDI that works okay with other STC microcontrollers (and ATMEL chips, etc)

./stc8prog -p /dev/ttyUSB0 -d Opening port /dev/ttyUSB0: done Waiting for MCU, please cycle power: read 1 bytes: 0x46 | flag:1 read 4 bytes: 0xb9 | flag:2 0x68 | flag:3 0x00 | flag:4 0x34 | sum:009C, count:46, index:0 flag:5 read 3 bytes: 0x50 | sum:00EC, index:1, count:46 flag:5 0x8f | sum:017B, index:2, count:46 flag:5 0x43 | sum:01BE, index:3, count:46 flag:5 read 3 bytes: 0x7a | sum:0238, index:4, count:46 flag:5 0x9e | sum:02D6, index:5, count:46 flag:5 0xf7 | sum:03CD, index:6, count:46 flag:5 read 4 bytes: 0xba | sum:0487, index:7, count:46 flag:5 0x9f | sum:0526, index:8, count:46 flag:5 0x00 | sum:0526, index:9, count:46 flag:5 0x5b | sum:0581, index:10, count:46 flag:5 read 3 bytes: 0xa0 | sum:0621, index:11, count:46 flag:5 0x40 | sum:0661, index:12, count:46 flag:5 0xfd | sum:075E, index:13, count:46 flag:5 read 4 bytes: 0x27 | sum:0785, index:14, count:46 flag:5 0x46 | sum:07CB, index:15, count:46 flag:5 0x00 | sum:07CB, index:16, count:46 flag:5 0x00 | sum:07CB, index:17, count:46 flag:5 read 3 bytes: 0x72 | sum:083D, index:18, count:46 flag:5 0x54 | sum:0891, index:19, count:46 flag:5 0x00 | sum:0891, index:20, count:46 flag:5 read 4 bytes: 0xf5 | sum:0986, index:21, count:46 flag:5 0x14 | sum:099A, index:22, count:46 flag:5 0x05 | sum:099F, index:23, count:46 flag:5 0x06 | sum:09A5, index:24, count:46 flag:5 read 3 bytes: 0x70 | sum:0A15, index:25, count:46 flag:5 0x9e | sum:0AB3, index:26, count:46 flag:5 0x02 | sum:0AB5, index:27, count:46 flag:5 read 4 bytes: 0x1a | sum:0ACF, index:28, count:46 flag:5 0x20 | sum:0AEF, index:29, count:46 flag:5 0x21 | sum:0B10, index:30, count:46 flag:5 0x23 | sum:0B33, index:31, count:46 flag:5 read 3 bytes: 0x20 | sum:0B53, index:32, count:46 flag:5 0x00 | sum:0B53, index:33, count:46 flag:5 0x14 | sum:0B67, index:34, count:46 flag:5 read 4 bytes: 0x10 | sum:0B77, index:35, count:46 flag:5 0x04 | sum:0B7B, index:36, count:46 flag:5 0xea | sum:0C65, index:37, count:46 flag:5 0xec | sum:0D51, index:38, count:46 flag:5 read 3 bytes: 0x9e | sum:0DEF, index:39, count:46 flag:5 0xff | sum:0EEE, index:40, count:46 flag:5 0xff | sum:0FED, index:41, count:46 flag:5 read 4 bytes: 0xff | sum:10EC, index:42, count:46 flag:5 0x21 | sum:110D, index:43, count:46 flag:5 0x11 | sum:111E, index:44, count:46 flag:5 0x11 | sum:112F, index:45, count:46 flag:5 read 3 bytes: 0x11 | sum:1140, index:46, count:46 flag:6 0x11 | sum: 0x11 flag:7 0x40 | sum check: 0x40 flag:8 read 1 bytes: 0x16 | end byte reached flag:9 50 8F 43 7A 9E F7 BA 9F 00 5B A0 40 FD 27 46 00 00 72 54 00 F5 14 05 06 70 9E 02 1A 20 21 23 20 00 14 10 04 EA EC 9E FF FF FF 21 11 11 11 detected MCU type: STC15W204S Protocol: unsupported protocol: 0000

opened by ceptimus 4

STC8G1K08A-8PIN 7.3.12U on MacOS: doesn't flash

Even though macOS isn't supported, I was able to compile the binary using Linux termios.c dep.

Testing on STC8G1K08A-8PIN was initially promising:

./stc8prog -p /dev/cu.usbserial-1440                                         
Opening port /dev/cu.usbserial-1440: done
Waiting for MCU, please cycle power: detected
MCU type: STC8G1K08A-8PIN
Protocol: STC8G/8H
F/W version: 7.3.12U
IRC frequency(Hz): 11061600
Switching to 115200 baud, chip: set, host: set, ping: succ

However, upon trying to flash an actual firmware, I stumbled upon this issue where the MCU just won't reply back:

./stc8prog -p /dev/cu.usbserial-1440 -d -f ../projects/blink/test.hex 
Loading hex file:    Loaded 134 bytes between: 0000 to 0085
02 00 06 02 00 6F 75 81 07 12 00 82 E5 82 60 03 02 00 03 79 00 E9 44 00 60 1B 7A 00 90 00 86 78 00 75 A0 00 E4 93 F2 A3 08 B8 00 02 05 A0 D9 F4 DA F2 75 A0 FF E4 78 FF F6 D8 FD 78 00 E8 44 00 60 0A 79 00 75 A0 00 E4 F3 09 D8 FC 78 00 E8 44 00 60 0C 79 00 90 00 00 E4 F0 A3 D8 FC D9 FA 02 00 03 7F 36 7E 0E 7D 1D DF FE DE FC DD FA 22 53 B1 F7 43 B2 08 B2 B3 12 00 62 12 00 62 12 00 62 80 F3 75 82 00 22 
Opening port /dev/cu.usbserial-1440: done
Waiting for MCU, please cycle power: .............................................................................................................................................................read 3 bytes:
0x46 | flag:1
0xb9 | flag:2
0x68 | flag:3
read 3 bytes:
0x00 | flag:4
0x38 | sum:00A0, count:50, index:0 flag:5
0x50 | sum:00F0, index:1, count:50 flag:5
read 3 bytes:
0x00 | sum:00F0, index:2, count:50 flag:5
0xa8 | sum:0198, index:3, count:50 flag:5
0xc9 | sum:0261, index:4, count:50 flag:5
read 3 bytes:
0x60 | sum:02C1, index:5, count:50 flag:5
0x99 | sum:035A, index:6, count:50 flag:5
0x00 | sum:035A, index:7, count:50 flag:5
read 2 bytes:
0x02 | sum:035C, index:8, count:50 flag:5
0xff | sum:045B, index:9, count:50 flag:5
read 3 bytes:
0xff | sum:055A, index:10, count:50 flag:5
0xff | sum:0659, index:11, count:50 flag:5
0xbf | sum:0718, index:12, count:50 flag:5
read 2 bytes:
0xff | sum:0817, index:13, count:50 flag:5
0x26 | sum:083D, index:14, count:50 flag:5
read 3 bytes:
0xea | sum:0927, index:15, count:50 flag:5
0xf7 | sum:0A1E, index:16, count:50 flag:5
0x20 | sum:0A3E, index:17, count:50 flag:5
read 2 bytes:
0x73 | sum:0AB1, index:18, count:50 flag:5
0x55 | sum:0B06, index:19, count:50 flag:5
read 3 bytes:
0x00 | sum:0B06, index:20, count:50 flag:5
0xf7 | sum:0BFD, index:21, count:50 flag:5
0x94 | sum:0C91, index:22, count:50 flag:5
read 3 bytes:
0x0c | sum:0C9D, index:23, count:50 flag:5
0x8a | sum:0D27, index:24, count:50 flag:5
0x16 | sum:0D3D, index:25, count:50 flag:5
read 2 bytes:
0x97 | sum:0DD4, index:26, count:50 flag:5
0xbf | sum:0E93, index:27, count:50 flag:5
read 3 bytes:
0x10 | sum:0EA3, index:28, count:50 flag:5
0x20 | sum:0EC3, index:29, count:50 flag:5
0x20 | sum:0EE3, index:30, count:50 flag:5
read 2 bytes:
0xff | sum:0FE2, index:31, count:50 flag:5
0x00 | sum:0FE2, index:32, count:50 flag:5
read 2 bytes:
0x30 | sum:1012, index:33, count:50 flag:5
0x00 | sum:1012, index:34, count:50 flag:5
read 3 bytes:
0x20 | sum:1032, index:35, count:50 flag:5
0x04 | sum:1036, index:36, count:50 flag:5
0xa5 | sum:10DB, index:37, count:50 flag:5
read 2 bytes:
0x21 | sum:10FC, index:38, count:50 flag:5
0x07 | sum:1103, index:39, count:50 flag:5
read 3 bytes:
0x02 | sum:1105, index:40, count:50 flag:5
0x01 | sum:1106, index:41, count:50 flag:5
0xff | sum:1205, index:42, count:50 flag:5
read 2 bytes:
0x65 | sum:126A, index:43, count:50 flag:5
0x1c | sum:1286, index:44, count:50 flag:5
read 3 bytes:
0x43 | sum:12C9, index:45, count:50 flag:5
0x6d | sum:1336, index:46, count:50 flag:5
0x89 | sum:13BF, index:47, count:50 flag:5
read 2 bytes:
0xa2 | sum:1461, index:48, count:50 flag:5
0xd0 | sum:1531, index:49, count:50 flag:5
read 3 bytes:
0xd0 | sum:1601, index:50, count:50 flag:6
0x16 | sum: 0x16 flag:7
0x01 | sum check: 0x01 flag:8
read 1 bytes:
0x16 | end byte reached flag:9
50 00 A8 C9 60 99 00 02 FF FF FF BF FF 26 EA F7 20 73 55 00 F7 94 0C 8A 16 97 BF 10 20 20 FF 00 30 00 20 04 A5 21 07 02 01 FF 65 1C 43 6D 89 A2 D0 D0 
detected
MCU type: STC8G1K08A-8PIN
Protocol: STC8G/8H
F/W version: 7.3.12U
IRC frequency(Hz): 11061600
Switching to 115200 baud, chip: TX: 46 B9 6A 00 0E 01 60 40 FF CC 00 00 97 03 7B 16 
........read 1 bytes:
0x46 | flag:1
read 3 bytes:
0xb9 | flag:2
0x68 | flag:3
0x00 | flag:4
read 2 bytes:
0x07 | sum:006F, count:1, index:0 flag:5
0x01 | sum:0070, index:1, count:1 flag:6
read 2 bytes:
0x00 | sum: 0x00 flag:7
0x70 | sum check: 0x70 flag:8
read 1 bytes:
0x16 | end byte reached flag:9
01 
set, host: set, ping: TX: 46 B9 6A 00 0B 05 00 00 5A A5 01 79 16 
.read 9 bytes:
0x46 | flag:1
0xb9 | flag:2
0x68 | flag:3
0x00 | flag:4
0x07 | sum:006F, count:1, index:0 flag:5
0x05 | sum:0074, index:1, count:1 flag:6
0x00 | sum: 0x00 flag:7
0x74 | sum check: 0x74 flag:8
0x16 | end byte reached flag:9
05 
succ
Writing flash, size 134:   0.00%TX: 46 B9 6A 00 8B 22 00 00 5A A5 02 00 06 02 00 6F 75 81 07 12 00 82 E5 82 60 03 02 00 03 79 00 E9 44 00 60 1B 7A 00 90 00 86 78 00 75 A0 00 E4 93 F2 A3 08 B8 00 02 05 A0 D9 F4 DA F2 75 A0 FF E4 78 FF F6 D8 FD 78 00 E8 44 00 60 0A 79 00 75 A0 00 E4 F3 09 D8 FC 78 00 E8 44 00 60 0C 79 00 90 00 00 E4 F0 A3 D8 FC D9 FA 02 00 03 7F 36 7E 0E 7D 1D DF FE DE FC DD FA 22 53 B1 F7 43 B2 08 B2 B3 12 00 62 12 00 62 12 00 62 38 43 16 
.read nothing
.read nothing
.read nothing
.read nothing
.read nothing
.read nothing
.read nothing
.read nothing
.read nothing
.read nothing
TX: 46 B9 6A 00 11 22 00 80 5A A5 80 F3 75 82 00 22 04 A8 16 
.read nothing
.read nothing
.read nothing
.read nothing
.read nothing
.read nothing
.read nothing
.read nothing
.read nothing
.read nothing
 done

Additionally I tested the erase feature, which actually worked. I flashed a simple blinky via STC-ISP and after erasing it stopped executing, so I assume it actually erased the flash contents:

./stc8prog -p /dev/cu.usbserial-1440 -e -d 
Opening port /dev/cu.usbserial-1440: done
Waiting for MCU, please cycle power: ..........................................................................................read 1 bytes:
0xff | flag:0
......................................................read 3 bytes:
0x46 | flag:1
0xb9 | flag:2
0x68 | flag:3
read 2 bytes:
0x00 | flag:4
0x38 | sum:00A0, count:50, index:0 flag:5
read 3 bytes:
0x50 | sum:00F0, index:1, count:50 flag:5
0x00 | sum:00F0, index:2, count:50 flag:5
0xa8 | sum:0198, index:3, count:50 flag:5
read 2 bytes:
0xc9 | sum:0261, index:4, count:50 flag:5
0x60 | sum:02C1, index:5, count:50 flag:5
read 2 bytes:
0x99 | sum:035A, index:6, count:50 flag:5
0x00 | sum:035A, index:7, count:50 flag:5
read 3 bytes:
0x02 | sum:035C, index:8, count:50 flag:5
0xff | sum:045B, index:9, count:50 flag:5
0xff | sum:055A, index:10, count:50 flag:5
read 2 bytes:
0xff | sum:0659, index:11, count:50 flag:5
0xbf | sum:0718, index:12, count:50 flag:5
read 3 bytes:
0xff | sum:0817, index:13, count:50 flag:5
0x26 | sum:083D, index:14, count:50 flag:5
0xea | sum:0927, index:15, count:50 flag:5
read 2 bytes:
0xf7 | sum:0A1E, index:16, count:50 flag:5
0x20 | sum:0A3E, index:17, count:50 flag:5
read 2 bytes:
0x73 | sum:0AB1, index:18, count:50 flag:5
0x55 | sum:0B06, index:19, count:50 flag:5
read 3 bytes:
0x00 | sum:0B06, index:20, count:50 flag:5
0xf7 | sum:0BFD, index:21, count:50 flag:5
0x94 | sum:0C91, index:22, count:50 flag:5
read 2 bytes:
0x0c | sum:0C9D, index:23, count:50 flag:5
0x8a | sum:0D27, index:24, count:50 flag:5
read 3 bytes:
0x16 | sum:0D3D, index:25, count:50 flag:5
0x97 | sum:0DD4, index:26, count:50 flag:5
0xbf | sum:0E93, index:27, count:50 flag:5
read 3 bytes:
0x10 | sum:0EA3, index:28, count:50 flag:5
0x20 | sum:0EC3, index:29, count:50 flag:5
0x20 | sum:0EE3, index:30, count:50 flag:5
read 3 bytes:
0xff | sum:0FE2, index:31, count:50 flag:5
0x00 | sum:0FE2, index:32, count:50 flag:5
0x30 | sum:1012, index:33, count:50 flag:5
read 2 bytes:
0x00 | sum:1012, index:34, count:50 flag:5
0x20 | sum:1032, index:35, count:50 flag:5
read 3 bytes:
0x04 | sum:1036, index:36, count:50 flag:5
0xa5 | sum:10DB, index:37, count:50 flag:5
0x21 | sum:10FC, index:38, count:50 flag:5
read 2 bytes:
0x07 | sum:1103, index:39, count:50 flag:5
0x02 | sum:1105, index:40, count:50 flag:5
read 3 bytes:
0x01 | sum:1106, index:41, count:50 flag:5
0xff | sum:1205, index:42, count:50 flag:5
0x65 | sum:126A, index:43, count:50 flag:5
read 2 bytes:
0x1c | sum:1286, index:44, count:50 flag:5
0x43 | sum:12C9, index:45, count:50 flag:5
read 2 bytes:
0x6d | sum:1336, index:46, count:50 flag:5
0x89 | sum:13BF, index:47, count:50 flag:5
read 3 bytes:
0xa2 | sum:1461, index:48, count:50 flag:5
0xd0 | sum:1531, index:49, count:50 flag:5
0xd0 | sum:1601, index:50, count:50 flag:6
read 2 bytes:
0x16 | sum: 0x16 flag:7
0x01 | sum check: 0x01 flag:8
read 1 bytes:
0x16 | end byte reached flag:9
50 00 A8 C9 60 99 00 02 FF FF FF BF FF 26 EA F7 20 73 55 00 F7 94 0C 8A 16 97 BF 10 20 20 FF 00 30 00 20 04 A5 21 07 02 01 FF 65 1C 43 6D 89 A2 D0 D0 
detected
MCU type: STC8G1K08A-8PIN
Protocol: STC8G/8H
F/W version: 7.3.12U
IRC frequency(Hz): 11061600
Switching to 115200 baud, chip: TX: 46 B9 6A 00 0E 01 60 40 FF CC 00 00 97 03 7B 16 
........read 2 bytes:
0x46 | flag:1
0xb9 | flag:2
read 2 bytes:
0x68 | flag:3
0x00 | flag:4
read 3 bytes:
0x07 | sum:006F, count:1, index:0 flag:5
0x01 | sum:0070, index:1, count:1 flag:6
0x00 | sum: 0x00 flag:7
read 2 bytes:
0x70 | sum check: 0x70 flag:8
0x16 | end byte reached flag:9
01 
set, host: set, ping: TX: 46 B9 6A 00 0B 05 00 00 5A A5 01 79 16 
.read 9 bytes:
0x46 | flag:1
0xb9 | flag:2
0x68 | flag:3
0x00 | flag:4
0x07 | sum:006F, count:1, index:0 flag:5
0x05 | sum:0074, index:1, count:1 flag:6
0x00 | sum: 0x00 flag:7
0x74 | sum check: 0x74 flag:8
0x16 | end byte reached flag:9
05 
succ
Erasing chip: TX: 46 B9 6A 00 0B 03 00 00 5A A5 01 77 16 
...............read 16 bytes:
0x46 | flag:1
0xb9 | flag:2
0x68 | flag:3
0x00 | flag:4
0x0e | sum:0076, count:8, index:0 flag:5
0x03 | sum:0079, index:1, count:8 flag:5
0xf7 | sum:0170, index:2, count:8 flag:5
0x94 | sum:0204, index:3, count:8 flag:5
0xc3 | sum:02C7, index:4, count:8 flag:5
0xa9 | sum:0370, index:5, count:8 flag:5
0x08 | sum:0378, index:6, count:8 flag:5
0x27 | sum:039F, index:7, count:8 flag:5
0xde | sum:047D, index:8, count:8 flag:6
0x04 | sum: 0x04 flag:7
0x7d | sum check: 0x7D flag:8
0x16 | end byte reached flag:9
03 F7 94 C3 A9 08 27 DE 
succ

I know it was never stated that this was supposed to work on macOS, but maybe it's not something macOS related or the problem is something really simple that we can easily fix. I can assist from my side in case you need any further details or help. Thanks!

EDIT: I've also tried using different baudrates from 300 up to 115200, didn't help.

opened by Darwinnn 3

build on macOS

The project builds perfectly with Linux termios serial dependency, however macOS' headers lack some of the predefined baudrates which I had to redefine in termios.c. Amended Makefile to make it aware of Darwin target OS. Added build instructions in README.md

Tested on latest macOS 12.6 and STC8G1K08A-8PIN

opened by Darwinnn 1
Windows support

Now stc8prog could be compiled in Windows under Cygwin to work under Windows environment.

For more reliable firmware uploading while reset option is applied, mcu resetting could be performed up to 3 times if no mcu has been detected in a given time.

Project structure has changed - added folders with source.

Changed Makefile to use system environment variables.

opened by egan-ru 1
feat(reset): add possibility to reset the MCU before flashing by pull…

Most of usb-uart converters have dtr pin. It's can be used to reset the MCU before flashing to remove unnecessary physical operations. To make reset by dtr flag 'r' added.

opened by egan-ru 1
how to use auto-download-schematics?

hello i beginners for stc and i see document but, i have questions how to use auto-download-schematics?

have device connect to usb port and connect mcu pin ?

thankyou

opened by Witawat 1
[Windows]Opening port COM16: can not open port
I compiled stc8prog with Cygwin64 but the software can not open the COM port on Windows. I tried both way and it doesn't work. The MinGW version that I managed to compile also doesn't connect.

Tested on ARM-DAPLink and a genuine FT2232. Both of them don't work.

Honoka@Honoka ~/stc8prog $ ./stc8prog.exe -p /dev/ttyS15 Opening port /dev/ttyS15: can not open port Honoka@Honoka ~/stc8prog $ ./stc8prog.exe -p COM16 Opening port COM16: can not open port
opened by LovelyA72 1
Feat(firc calibration): feature request.

feature

[i]When using the download software provided by STC to download the user program, the system will automatically set the VRTRIM and IRTRIM registers according to the frequency set by the user.[/i] - stc8h datasheet, 7.4.4 Interpretation of high precision parameters in chip.

possible solution

Port the calibration routine from stcgal.

opened by egan-ru 1

Releases(1.4)

1.4(Aug 21, 2022)
Version 1.4

fix: baudrate_set error

Source code(tar.gz)
Source code(zip)
stc8prog_1.4_amd64.tar.gz(18.65 KB)
1.3(Jun 26, 2022)
Version 1.3

RTS reset before flashing @egan-ru

Support for more STC15 types

Source code(tar.gz)
Source code(zip)
stc8prog_1.3_amd64.tar.gz(18.56 KB)
1.2(Jan 30, 2022)
Version 1.2

Add support for STC15 series

Display upload progress in percentage

Source code(tar.gz)
Source code(zip)
stc8prog_1.2_amd64.tar.gz(24.49 KB)
1.1(Dec 26, 2021)

Version 1.1

Add support for STC8A, STC8C, STC8F series
Source code(tar.gz)
Source code(zip)
stc8prog_1.1_amd64.tar.gz(23.49 KB)
1.0(Dec 24, 2021)
Version 1.0

Executable file for Linux 64-bit (Tested in Ubuntu20.04)

Source code(tar.gz)
Source code(zip)
stc8prog_1.0_amd64.tar.gz(14.30 KB)

Owner

IOsetting

Have fun!

GitHub

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