--- a/src/eric7/MicroPython/MicroPythonDevices.py Wed Jul 13 11:16:20 2022 +0200
+++ b/src/eric7/MicroPython/MicroPythonDevices.py Wed Jul 13 14:55:47 2022 +0200
@@ -23,236 +23,227 @@
SupportedBoards = {
"esp": {
"ids": [
- (0x0403, 0x6001), # M5Stack ESP32 device"),
- (0x0403, 0x6001), # FT232/FT245 (XinaBox CW01, CW02)
- (0x0403, 0x6010), # FT2232C/D/L/HL/Q (ESP-WROVER-KIT)
- (0x0403, 0x6011), # FT4232
- (0x0403, 0x6014), # FT232H
- (0x0403, 0x6015), # Sparkfun ESP32
- (0x0403, 0x601C), # FT4222H
- (0x10C4, 0xEA60), # CP210x
- (0x1A86, 0x55D4), # CH343
- (0x1A86, 0x7523), # HL-340, CH340
+ (0x0403, 0x6001), # M5Stack ESP32 device"),
+ (0x0403, 0x6001), # FT232/FT245 (XinaBox CW01, CW02)
+ (0x0403, 0x6010), # FT2232C/D/L/HL/Q (ESP-WROVER-KIT)
+ (0x0403, 0x6011), # FT4232
+ (0x0403, 0x6014), # FT232H
+ (0x0403, 0x6015), # Sparkfun ESP32
+ (0x0403, 0x601C), # FT4222H
+ (0x10C4, 0xEA60), # CP210x
+ (0x1A86, 0x55D4), # CH343
+ (0x1A86, 0x7523), # HL-340, CH340
],
"description": "ESP32, ESP8266",
"icon": "esp32Device",
"port_description": "",
},
-
"circuitpython": {
"ids": [
- (0x04D8, 0xEA2A), # BHDynamics DynaLoRa_USB
- (0x04D8, 0xEAD1), # BH Dynamics DynOSSAT-EDU-EPS-v1.0
- (0x04D8, 0xEAD2), # BH Dynamics DynOSSAT-EDU-OBC-v1.0
- (0x04D8, 0xEC44), # maholli PyCubed
- (0x04D8, 0xEC63), # Kevin Neubauer CircuitBrains Basic
- (0x04D8, 0xEC64), # Kevin Neubauer CircuitBrains Deluxe
- (0x04D8, 0xEC72), # XinaBox CC03
- (0x04D8, 0xEC75), # XinaBox CS11
- (0x04D8, 0xED5F), # Itaca Innovation uChip CircuitPython
- (0x04D8, 0xED94), # maholli kicksat-sprite
- (0x04D8, 0xEDB3), # Capable Robot Programmable USB Hub
- (0x04D8, 0xEDBE), # maholli SAM32
- (0x04D8, 0xEE8C), # J&J Studios LLC datum-Distance
- (0x04D8, 0xEE8D), # J&J Studios LLC datum-IMU
- (0x04D8, 0xEE8E), # J&J Studios LLC datum-Light
- (0x04D8, 0xEE8F), # J&J Studios LLC datum-Weather
- (0x04D8, 0xEF67), # senseBox MCU
- (0x054C, 0x0BC2), # Sony Spresense
- (0x1209, 0x2017), # Benjamin Shockley Mini SAM M4
- (0x1209, 0x3141), # CrumpSpace CrumpS2
- (0x1209, 0x3252), # Targett Module Clip w/Wroom
- (0x1209, 0x3253), # Targett Module Clip w/Wrover
- (0x1209, 0x4D43), # Robotics Masters Robo HAT MM1 M4
- (0x1209, 0x4DDD), # ODT CP Sapling
- (0x1209, 0x4DDE), # ODT CP Sapling M0 w/ SPI Flash
- (0x1209, 0x4DDF), # ODT CP Sapling Rev B
- (0x1209, 0x4DF0), # Oak Dev Tech Pixelwing ESP32S2
- (0x1209, 0x4DF1), # Oak Dev Tech BREAD2040
- (0x1209, 0x4DF2), # Oak Dev Tech CAST AWAY RP2040
- (0x1209, 0x5BF0), # Foosn Fomu
- (0x1209, 0x7150), # Electronic Cats Hunter Cat NFC
- (0x1209, 0x7382), # Invector Labs AB iLabs Challenger 840
- (0x1209, 0x805A), # Electronic Cats BastBLE
- (0x1209, 0xA182), # Solder Party RP2040 Stamp
- (0x1209, 0xBAB0), # Electronic Cats Bast WiFi
- (0x1209, 0xBAB1), # Electronic Cats Meow Meow
- (0x1209, 0xBAB2), # Electronic Cats CatWAN USBStick
- (0x1209, 0xBAB3), # Electronic Cats Bast Pro Mini M0
- (0x1209, 0xBAB6), # Electronic Cats Escornabot Makech
- (0x1209, 0xBAB8), # Electronic Cats NFC Copy Cat
- (0x1209, 0xC051), # Betrusted Simmel
- (0x1209, 0xD10D), # Diodes Delight Piunora
- (0x1209, 0xE3E3), # StackRduino M0 PRO
- (0x1209, 0xF500), # Silicognition LLC M4-Shim
- (0x16D0, 0x08C6), # Pimoroni Keybow 2040
- (0x16D0, 0x08C7), # Pimoroni Tiny 2040 (8MB)
- (0x16D0, 0x08C8), # Pimoroni PicoSystem
- (0x1915, 0xB001), # Makerdiary Pitaya Go
- (0x192F, 0xB1B2), # WarmBit BluePixel nRF52840
- (0x1B4F, 0x0015), # SparkFun RedBoard Turbo Board
- (0x1B4F, 0x0016), # SparkFun SAMD51 Thing+
- (0x1B4F, 0x0017), # SparkFun LUMIDrive Board
- (0x1B4F, 0x0020), # SparkFun MicroMod SAMD51 Processor
- (0x1B4F, 0x0021), # SparkFun MicroMod nRF52840 Processor
- (0x1B4F, 0x0024), # SparkFun MicroMod RP2040 Processor
- (0x1B4F, 0x0025), # SparkFun Thing Plus RP2040
- (0x1B4F, 0x0026), # SparkFun Pro Micro RP2040
- (0x1B4F, 0x0027), # SparkFun STM32 MicroMod Processor
- (0x1B4F, 0x0028), # SparkFun Thing Plus - STM32
- (0x1B4F, 0x002E), # PJRC/Sparkfun Teensy MicroMod
- (0x1B4F, 0x5289), # SparkFun SFE_nRF52840_Mini
- (0x1B4F, 0x8D22), # SparkFun SAMD21 Mini Breakout
- (0x1B4F, 0x8D23), # SparkFun SAMD21 Dev Breakout
- (0x1B4F, 0x8D24), # SparkFun Qwiic Micro
- (0x1D50, 0x60E8), # Radomir Dopieralski PewPew M4
- (0x1D50, 0x6152), # nrf52.jpconstantineau.com BlueMicro833
- (0x1D50, 0x6153), # JPConstantineau PyKey18
- (0x1D50, 0x6153), # JPConstantineau PyKey44
- (0x1D50, 0x6153), # JPConstantineau PyKey60
- (0x1D50, 0x6153), # JPConstantineau PyKey87
- (0x1D50, 0x6154), # JPConstantineau EncoderPad RP2040
- (0x1D50, 0x6161), # nrf52.jpconstantineau.com BlueMicro840
- (0x2341, 0x8053), # Arduino MKR1300
- (0x2341, 0x8057), # Arduino Nano 33 IoT
- (0x2341, 0x805A), # Arduino Arduino_Nano_33_BLE
- (0x2341, 0x824D), # Arduino Zero
- (0x2786, 0x9207), # Switch Sc. BLE-SS dev board Multi Sensor
- (0x2786, 0x920D), # Switch Sc. SSCI ISP1807 Dev Board
- (0x2786, 0x920F), # Switch Sc. SSCI ISP1807 Micro Board
- (0x2886, 0x002F), # Seeed Seeeduino XIAO
- (0x2886, 0x0042), # Seeed Seeeduino XIAO RP2040
- (0x2886, 0x0045), # Seeed XIAO nRF52840 Sense
- (0x2886, 0x802D), # Seeed Seeeduino Wio Terminal
- (0x2886, 0x802F), # Seeed Seeeduino XIAO KB
- (0x2886, 0xF001), # Makerdiary nRF52840 M.2 Developer Kit
- (0x2886, 0xF002), # Makerdiary M60 Keyboard
- (0x2B04, 0xC00C), # Particle Argon
- (0x2B04, 0xC00D), # Particle Boron
- (0x2B04, 0xC00E), # Particle Xenon
- (0x2E8A, 0x1000), # Cytron Maker Pi RP2040
- (0x2E8A, 0x1002), # Pimoroni Pico LiPo (4MB)
- (0x2E8A, 0x1003), # Pimoroni Pico LiPo (16MB)
- (0x2E8A, 0x1005), # Melopero Shake RP2040
- (0x2E8A, 0x1006), # Invector Labs Challenger RP2040 WiFi
- (0x2E8A, 0x1008), # Pimoroni PGA2040
- (0x2E8A, 0x1009), # Pimoroni Interstate 75
- (0x2E8A, 0x100A), # Pimoroni Plasma 2040
- (0x2E8A, 0x100B), # Invector Labs Challenger RP2040 LTE
- (0x2E8A, 0x100D), # Invector Labs Challenger NB RP2040 WiFi
- (0x2E8A, 0x100E), # Raspberry Pi Zero
- (0x2E8A, 0x100F), # Cytron Maker Nano RP2040
- (0x2E8A, 0x1012), # Raspberry Pi Compute Module 4 IO Board
- (0x2E8A, 0x1013), # Raspberry Pi 4B
- (0x2E8A, 0x1014), # Raspberry Pi Compute Module 4
- (0x2E8A, 0x1015), # Raspberry Pi Zero 2W
- (0x2E8A, 0x1016), # Pimoroni Tiny 2040 (2MB)
- (0x2E8A, 0x1019), # Pimoroni Motor 2040
- (0x2E8A, 0x101A), # Pimoroni Servo 2040
- (0x2E8A, 0x101B), # Pimoroni Badger 2040
- (0x2E8A, 0x101E), # Raspberry Pi Zero W
- (0x2E8A, 0x101F), # Waveshare Electronics RP2040-Zero
- (0x2E8A, 0x1026), # ELECFREAKS Pico:ed
- (0x2E8A, 0x1027), # WIZnet W5100S-EVB-Pico
- (0x303A, 0x7001), # Espressif ESP32-S2-HMI-DevKit-1
- (0x303A, 0x7003), # Espressif ESP32-S3-DevKitC-1
- (0x303A, 0x7003), # Espressif ESP32-S3-DevKitC-1-N8
- (0x303A, 0x7003), # Espressif ESP32-S3-DevKitC-1-N8R2
- (0x303A, 0x7003), # Espressif ESP32-S3-DevKitC-1-N8R8
- (0x303A, 0x7003), # Espressif ESP32-S3-DevKitC-1-nopsram
- (0x303A, 0x7005), # Espressif ESP32-S3-Box-2.5
- (0x303A, 0x7007), # Espressif ESP32-S3-DevKitM-1-N8
- (0x303A, 0x7009), # Espressif ESP32-S2-DevKitC-1-N4
- (0x303A, 0x7009), # Espressif ESP32-S2-DevKitC-1-N4R2
- (0x303A, 0x700B), # Espressif ESP32-S3-USB-OTG-N8
- (0x303A, 0x8002), # UnexpectedMaker TinyS2
- (0x303A, 0x8007), # LILYGO TTGO T8 ESP32-S2
- (0x303A, 0x800D), # Gravitech Cucumber RS
- (0x303A, 0x80A1), # Gravitech Cucumber R
- (0x303A, 0x80A4), # Gravitech Cucumber M
- (0x303A, 0x80A7), # Gravitech Cucumber MS
- (0x303A, 0x80AA), # Espressif Franzininho WIFI w/Wroom
- (0x303A, 0x80AD), # Espressif Franzininho WIFI w/Wrover
- (0x303A, 0x80AF), # Artisense Reference Design RD00
- (0x303A, 0x80B2), # Muselab nanoESP32-S2 w/Wrover
- (0x303A, 0x80B5), # UnexpectedMaker FeatherS2 Neo
- (0x303A, 0x80B7), # MORPHEANS MORPHESP-240
- (0x303A, 0x80C3), # Lolin S2 Mini
- (0x303A, 0x80C6), # Lolin S2 Pico
- (0x303A, 0x80D1), # UnexpectedMaker TinyS3
- (0x303A, 0x80D4), # UnexpectedMaker ProS3
- (0x303A, 0x80D7), # UnexpectedMaker FeatherS3
- (0x303A, 0x80D9), # FutureKeys HexKy_S2
- (0x303A, 0x80E8), # HiiBot IoTs2
- (0x303A, 0x80EA), # LILYGO TTGO T8 ESP32-S2-WROOM
- (0x303A, 0x80ED), # LILYGO TTGO T8 ESP32-S2
- (0x30A4, 0x0002), # Blues Inc. Swan R5
- (0x3171, 0x0101), # 8086.net Commander
- (0x31E2, 0x2001), # BDMICRO LLC VINA-D21
- (0x31E2, 0x2011), # BDMICRO LLC VINA-D51
- (0x31E2, 0x2021), # BDMICRO LLC VINA-D51
- (0x32BD, 0x3001), # Alorium Tech. AloriumTech Evo M51
- (0x4097, 0x0001), # TG-Boards Datalore IP M4
- (0x612B, 0x80A7), # Ai-Thinker ESP 12k NodeMCU
-
- (0x239A, None), # Any Adafruit Boards
+ (0x04D8, 0xEA2A), # BHDynamics DynaLoRa_USB
+ (0x04D8, 0xEAD1), # BH Dynamics DynOSSAT-EDU-EPS-v1.0
+ (0x04D8, 0xEAD2), # BH Dynamics DynOSSAT-EDU-OBC-v1.0
+ (0x04D8, 0xEC44), # maholli PyCubed
+ (0x04D8, 0xEC63), # Kevin Neubauer CircuitBrains Basic
+ (0x04D8, 0xEC64), # Kevin Neubauer CircuitBrains Deluxe
+ (0x04D8, 0xEC72), # XinaBox CC03
+ (0x04D8, 0xEC75), # XinaBox CS11
+ (0x04D8, 0xED5F), # Itaca Innovation uChip CircuitPython
+ (0x04D8, 0xED94), # maholli kicksat-sprite
+ (0x04D8, 0xEDB3), # Capable Robot Programmable USB Hub
+ (0x04D8, 0xEDBE), # maholli SAM32
+ (0x04D8, 0xEE8C), # J&J Studios LLC datum-Distance
+ (0x04D8, 0xEE8D), # J&J Studios LLC datum-IMU
+ (0x04D8, 0xEE8E), # J&J Studios LLC datum-Light
+ (0x04D8, 0xEE8F), # J&J Studios LLC datum-Weather
+ (0x04D8, 0xEF67), # senseBox MCU
+ (0x054C, 0x0BC2), # Sony Spresense
+ (0x1209, 0x2017), # Benjamin Shockley Mini SAM M4
+ (0x1209, 0x3141), # CrumpSpace CrumpS2
+ (0x1209, 0x3252), # Targett Module Clip w/Wroom
+ (0x1209, 0x3253), # Targett Module Clip w/Wrover
+ (0x1209, 0x4D43), # Robotics Masters Robo HAT MM1 M4
+ (0x1209, 0x4DDD), # ODT CP Sapling
+ (0x1209, 0x4DDE), # ODT CP Sapling M0 w/ SPI Flash
+ (0x1209, 0x4DDF), # ODT CP Sapling Rev B
+ (0x1209, 0x4DF0), # Oak Dev Tech Pixelwing ESP32S2
+ (0x1209, 0x4DF1), # Oak Dev Tech BREAD2040
+ (0x1209, 0x4DF2), # Oak Dev Tech CAST AWAY RP2040
+ (0x1209, 0x5BF0), # Foosn Fomu
+ (0x1209, 0x7150), # Electronic Cats Hunter Cat NFC
+ (0x1209, 0x7382), # Invector Labs AB iLabs Challenger 840
+ (0x1209, 0x805A), # Electronic Cats BastBLE
+ (0x1209, 0xA182), # Solder Party RP2040 Stamp
+ (0x1209, 0xBAB0), # Electronic Cats Bast WiFi
+ (0x1209, 0xBAB1), # Electronic Cats Meow Meow
+ (0x1209, 0xBAB2), # Electronic Cats CatWAN USBStick
+ (0x1209, 0xBAB3), # Electronic Cats Bast Pro Mini M0
+ (0x1209, 0xBAB6), # Electronic Cats Escornabot Makech
+ (0x1209, 0xBAB8), # Electronic Cats NFC Copy Cat
+ (0x1209, 0xC051), # Betrusted Simmel
+ (0x1209, 0xD10D), # Diodes Delight Piunora
+ (0x1209, 0xE3E3), # StackRduino M0 PRO
+ (0x1209, 0xF500), # Silicognition LLC M4-Shim
+ (0x16D0, 0x08C6), # Pimoroni Keybow 2040
+ (0x16D0, 0x08C7), # Pimoroni Tiny 2040 (8MB)
+ (0x16D0, 0x08C8), # Pimoroni PicoSystem
+ (0x1915, 0xB001), # Makerdiary Pitaya Go
+ (0x192F, 0xB1B2), # WarmBit BluePixel nRF52840
+ (0x1B4F, 0x0015), # SparkFun RedBoard Turbo Board
+ (0x1B4F, 0x0016), # SparkFun SAMD51 Thing+
+ (0x1B4F, 0x0017), # SparkFun LUMIDrive Board
+ (0x1B4F, 0x0020), # SparkFun MicroMod SAMD51 Processor
+ (0x1B4F, 0x0021), # SparkFun MicroMod nRF52840 Processor
+ (0x1B4F, 0x0024), # SparkFun MicroMod RP2040 Processor
+ (0x1B4F, 0x0025), # SparkFun Thing Plus RP2040
+ (0x1B4F, 0x0026), # SparkFun Pro Micro RP2040
+ (0x1B4F, 0x0027), # SparkFun STM32 MicroMod Processor
+ (0x1B4F, 0x0028), # SparkFun Thing Plus - STM32
+ (0x1B4F, 0x002E), # PJRC/Sparkfun Teensy MicroMod
+ (0x1B4F, 0x5289), # SparkFun SFE_nRF52840_Mini
+ (0x1B4F, 0x8D22), # SparkFun SAMD21 Mini Breakout
+ (0x1B4F, 0x8D23), # SparkFun SAMD21 Dev Breakout
+ (0x1B4F, 0x8D24), # SparkFun Qwiic Micro
+ (0x1D50, 0x60E8), # Radomir Dopieralski PewPew M4
+ (0x1D50, 0x6152), # nrf52.jpconstantineau.com BlueMicro833
+ (0x1D50, 0x6153), # JPConstantineau PyKey18
+ (0x1D50, 0x6153), # JPConstantineau PyKey44
+ (0x1D50, 0x6153), # JPConstantineau PyKey60
+ (0x1D50, 0x6153), # JPConstantineau PyKey87
+ (0x1D50, 0x6154), # JPConstantineau EncoderPad RP2040
+ (0x1D50, 0x6161), # nrf52.jpconstantineau.com BlueMicro840
+ (0x2341, 0x8053), # Arduino MKR1300
+ (0x2341, 0x8057), # Arduino Nano 33 IoT
+ (0x2341, 0x805A), # Arduino Arduino_Nano_33_BLE
+ (0x2341, 0x824D), # Arduino Zero
+ (0x2786, 0x9207), # Switch Sc. BLE-SS dev board Multi Sensor
+ (0x2786, 0x920D), # Switch Sc. SSCI ISP1807 Dev Board
+ (0x2786, 0x920F), # Switch Sc. SSCI ISP1807 Micro Board
+ (0x2886, 0x002F), # Seeed Seeeduino XIAO
+ (0x2886, 0x0042), # Seeed Seeeduino XIAO RP2040
+ (0x2886, 0x0045), # Seeed XIAO nRF52840 Sense
+ (0x2886, 0x802D), # Seeed Seeeduino Wio Terminal
+ (0x2886, 0x802F), # Seeed Seeeduino XIAO KB
+ (0x2886, 0xF001), # Makerdiary nRF52840 M.2 Developer Kit
+ (0x2886, 0xF002), # Makerdiary M60 Keyboard
+ (0x2B04, 0xC00C), # Particle Argon
+ (0x2B04, 0xC00D), # Particle Boron
+ (0x2B04, 0xC00E), # Particle Xenon
+ (0x2E8A, 0x1000), # Cytron Maker Pi RP2040
+ (0x2E8A, 0x1002), # Pimoroni Pico LiPo (4MB)
+ (0x2E8A, 0x1003), # Pimoroni Pico LiPo (16MB)
+ (0x2E8A, 0x1005), # Melopero Shake RP2040
+ (0x2E8A, 0x1006), # Invector Labs Challenger RP2040 WiFi
+ (0x2E8A, 0x1008), # Pimoroni PGA2040
+ (0x2E8A, 0x1009), # Pimoroni Interstate 75
+ (0x2E8A, 0x100A), # Pimoroni Plasma 2040
+ (0x2E8A, 0x100B), # Invector Labs Challenger RP2040 LTE
+ (0x2E8A, 0x100D), # Invector Labs Challenger NB RP2040 WiFi
+ (0x2E8A, 0x100E), # Raspberry Pi Zero
+ (0x2E8A, 0x100F), # Cytron Maker Nano RP2040
+ (0x2E8A, 0x1012), # Raspberry Pi Compute Module 4 IO Board
+ (0x2E8A, 0x1013), # Raspberry Pi 4B
+ (0x2E8A, 0x1014), # Raspberry Pi Compute Module 4
+ (0x2E8A, 0x1015), # Raspberry Pi Zero 2W
+ (0x2E8A, 0x1016), # Pimoroni Tiny 2040 (2MB)
+ (0x2E8A, 0x1019), # Pimoroni Motor 2040
+ (0x2E8A, 0x101A), # Pimoroni Servo 2040
+ (0x2E8A, 0x101B), # Pimoroni Badger 2040
+ (0x2E8A, 0x101E), # Raspberry Pi Zero W
+ (0x2E8A, 0x101F), # Waveshare Electronics RP2040-Zero
+ (0x2E8A, 0x1026), # ELECFREAKS Pico:ed
+ (0x2E8A, 0x1027), # WIZnet W5100S-EVB-Pico
+ (0x303A, 0x7001), # Espressif ESP32-S2-HMI-DevKit-1
+ (0x303A, 0x7003), # Espressif ESP32-S3-DevKitC-1
+ (0x303A, 0x7003), # Espressif ESP32-S3-DevKitC-1-N8
+ (0x303A, 0x7003), # Espressif ESP32-S3-DevKitC-1-N8R2
+ (0x303A, 0x7003), # Espressif ESP32-S3-DevKitC-1-N8R8
+ (0x303A, 0x7003), # Espressif ESP32-S3-DevKitC-1-nopsram
+ (0x303A, 0x7005), # Espressif ESP32-S3-Box-2.5
+ (0x303A, 0x7007), # Espressif ESP32-S3-DevKitM-1-N8
+ (0x303A, 0x7009), # Espressif ESP32-S2-DevKitC-1-N4
+ (0x303A, 0x7009), # Espressif ESP32-S2-DevKitC-1-N4R2
+ (0x303A, 0x700B), # Espressif ESP32-S3-USB-OTG-N8
+ (0x303A, 0x8002), # UnexpectedMaker TinyS2
+ (0x303A, 0x8007), # LILYGO TTGO T8 ESP32-S2
+ (0x303A, 0x800D), # Gravitech Cucumber RS
+ (0x303A, 0x80A1), # Gravitech Cucumber R
+ (0x303A, 0x80A4), # Gravitech Cucumber M
+ (0x303A, 0x80A7), # Gravitech Cucumber MS
+ (0x303A, 0x80AA), # Espressif Franzininho WIFI w/Wroom
+ (0x303A, 0x80AD), # Espressif Franzininho WIFI w/Wrover
+ (0x303A, 0x80AF), # Artisense Reference Design RD00
+ (0x303A, 0x80B2), # Muselab nanoESP32-S2 w/Wrover
+ (0x303A, 0x80B5), # UnexpectedMaker FeatherS2 Neo
+ (0x303A, 0x80B7), # MORPHEANS MORPHESP-240
+ (0x303A, 0x80C3), # Lolin S2 Mini
+ (0x303A, 0x80C6), # Lolin S2 Pico
+ (0x303A, 0x80D1), # UnexpectedMaker TinyS3
+ (0x303A, 0x80D4), # UnexpectedMaker ProS3
+ (0x303A, 0x80D7), # UnexpectedMaker FeatherS3
+ (0x303A, 0x80D9), # FutureKeys HexKy_S2
+ (0x303A, 0x80E8), # HiiBot IoTs2
+ (0x303A, 0x80EA), # LILYGO TTGO T8 ESP32-S2-WROOM
+ (0x303A, 0x80ED), # LILYGO TTGO T8 ESP32-S2
+ (0x30A4, 0x0002), # Blues Inc. Swan R5
+ (0x3171, 0x0101), # 8086.net Commander
+ (0x31E2, 0x2001), # BDMICRO LLC VINA-D21
+ (0x31E2, 0x2011), # BDMICRO LLC VINA-D51
+ (0x31E2, 0x2021), # BDMICRO LLC VINA-D51
+ (0x32BD, 0x3001), # Alorium Tech. AloriumTech Evo M51
+ (0x4097, 0x0001), # TG-Boards Datalore IP M4
+ (0x612B, 0x80A7), # Ai-Thinker ESP 12k NodeMCU
+ (0x239A, None), # Any Adafruit Boards
],
"description": "CircuitPython",
"icon": "circuitPythonDevice",
"port_description": "",
},
-
"bbc_microbit": {
"ids": [
- (0x0D28, 0x0204), # micro:bit
+ (0x0D28, 0x0204), # micro:bit
],
"description": "BBC micro:bit",
"icon": "microbitDevice",
"port_description": "BBC micro:bit CMSIS-DAP",
},
-
"calliope": {
"ids": [
- (0x0D28, 0x0204), # Calliope mini
+ (0x0D28, 0x0204), # Calliope mini
],
"description": "Calliope mini",
"icon": "calliope_mini",
"port_description": "DAPLink CMSIS-DAP",
},
-
"pyboard": {
"ids": [
- (0xF055, 0x9800), # Pyboard in CDC mode
- (0xF055, 0x9801), # Pyboard in CDC+HID mode
- (0xF055, 0x9802), # Pyboard in CDC+MSC mode
+ (0xF055, 0x9800), # Pyboard in CDC mode
+ (0xF055, 0x9801), # Pyboard in CDC+HID mode
+ (0xF055, 0x9802), # Pyboard in CDC+MSC mode
],
"description": "PyBoard",
"icon": "micropython48",
"port_description": "",
},
-
"rp2040": {
"ids": [
- (0x2E8A, 0x0005), # Raspberry Pi Pico
+ (0x2E8A, 0x0005), # Raspberry Pi Pico
],
- "description": QCoreApplication.translate(
- "MicroPythonDevice", "RP2040 based"),
+ "description": QCoreApplication.translate("MicroPythonDevice", "RP2040 based"),
"icon": "rp2040Device",
"port_description": "",
},
-
"generic": {
# only manually configured devices use this
"ids": [],
- "description": QCoreApplication.translate(
- "MicroPythonDevice", "Generic Board"),
+ "description": QCoreApplication.translate("MicroPythonDevice", "Generic Board"),
"icon": "micropython48",
"port_description": "",
},
}
IgnoredBoards = (
- (0x8086, 0x9c3d),
+ (0x8086, 0x9C3D),
(0x8086, None),
)
@@ -260,21 +251,20 @@
def getSupportedDevices():
"""
Function to get a list of supported MicroPython devices.
-
+
@return set of tuples with the board type and description
@rtype set of tuples of (str, str)
"""
boards = []
for board in SupportedBoards:
- boards.append(
- (board, SupportedBoards[board]["description"]))
+ boards.append((board, SupportedBoards[board]["description"]))
return boards
def getFoundDevices():
"""
Function to check the serial ports for supported MicroPython devices.
-
+
@return tuple containing a list of tuples with the board type, the port
description, a description, the serial port it is connected at, the
VID and PID for known device types, a list of tuples with VID, PID
@@ -285,80 +275,88 @@
list of tuples of (int, int, str, str)
"""
from PyQt6.QtSerialPort import QSerialPortInfo
-
+
foundDevices = []
unknownDevices = []
unknownPorts = []
-
+
manualDevices = {}
for deviceDict in Preferences.getMicroPython("ManualDevices"):
manualDevices[(deviceDict["vid"], deviceDict["pid"])] = deviceDict
-
+
availablePorts = QSerialPortInfo.availablePorts()
for port in availablePorts:
if port.hasVendorIdentifier() and port.hasProductIdentifier():
supported = False
vid = port.vendorIdentifier()
pid = port.productIdentifier()
-
+
for board in SupportedBoards:
- if (
- (vid, pid) in SupportedBoards[board]["ids"] or
- (vid, None) in SupportedBoards[board]["ids"]
- ):
- if (
- board in ("bbc_microbit", "calliope") and
- (port.description().strip() !=
- SupportedBoards[board]["port_description"])
+ if (vid, pid) in SupportedBoards[board]["ids"] or (
+ vid,
+ None,
+ ) in SupportedBoards[board]["ids"]:
+ if board in ("bbc_microbit", "calliope") and (
+ port.description().strip()
+ != SupportedBoards[board]["port_description"]
):
# both boards have the same VID and PID
# try to differentiate based on port description
continue
- foundDevices.append((
+ foundDevices.append(
+ (
+ board,
+ port.description(),
+ SupportedBoards[board]["description"],
+ port.portName(),
+ vid,
+ pid,
+ )
+ )
+ supported = True
+ if not supported and (vid, pid) in manualDevices:
+ # check the locally added ones next
+ board = manualDevices[(vid, pid)]["type"]
+ foundDevices.append(
+ (
board,
port.description(),
SupportedBoards[board]["description"],
port.portName(),
vid,
pid,
- ))
- supported = True
- if not supported and (vid, pid) in manualDevices:
- # check the locally added ones next
- board = manualDevices[(vid, pid)]["type"]
- foundDevices.append((
- board,
- port.description(),
- SupportedBoards[board]["description"],
- port.portName(),
- vid,
- pid,
- ))
+ )
+ )
supported = True
if not supported:
if vid and pid:
- if (
- (vid, pid) not in IgnoredBoards and
- (vid, None) not in IgnoredBoards
- ):
+ if (vid, pid) not in IgnoredBoards and (
+ vid,
+ None,
+ ) not in IgnoredBoards:
unknownDevices.append((vid, pid, port.description()))
- logging.debug("Unknown device: (0x%04x:0x%04x %s)",
- vid, pid, port.description())
+ logging.debug(
+ "Unknown device: (0x%04x:0x%04x %s)",
+ vid,
+ pid,
+ port.description(),
+ )
else:
# either VID or PID or both not detected
desc = port.description()
if not desc:
- desc = QCoreApplication.translate("MicroPythonDevice",
- "Unknown Device")
+ desc = QCoreApplication.translate(
+ "MicroPythonDevice", "Unknown Device"
+ )
unknownPorts.append((vid, pid, desc, port.portName()))
-
+
return foundDevices, unknownDevices, unknownPorts
def getDeviceIcon(boardName, iconFormat=True):
"""
Function to get the icon for the given board.
-
+
@param boardName name of the board
@type str
@param iconFormat flag indicating to get an icon or a pixmap
@@ -369,11 +367,12 @@
"""
iconName = (
SupportedBoards[boardName]["icon"]
- if boardName in SupportedBoards else
+ if boardName in SupportedBoards
+ else
# return a generic MicroPython icon
"micropython48"
)
-
+
if iconFormat:
return UI.PixmapCache.getIcon(iconName)
else:
@@ -383,7 +382,7 @@
def getDevice(deviceType, microPythonWidget, vid, pid):
"""
Public method to instantiate a specific MicroPython device interface.
-
+
@param deviceType type of the device interface
@type str
@param microPythonWidget reference to the main MicroPython widget
@@ -397,23 +396,28 @@
"""
if deviceType == "esp":
from .EspDevices import EspDevice
+
return EspDevice(microPythonWidget, deviceType)
elif deviceType == "circuitpython":
from .CircuitPythonDevices import CircuitPythonDevice
+
return CircuitPythonDevice(microPythonWidget, deviceType)
elif deviceType in ("bbc_microbit", "calliope"):
from .MicrobitDevices import MicrobitDevice
+
return MicrobitDevice(microPythonWidget, deviceType)
elif deviceType == "pyboard":
from .PyBoardDevices import PyBoardDevice
+
return PyBoardDevice(microPythonWidget, deviceType)
elif deviceType == "rp2040":
from .RP2040Devices import RP2040Device
+
return RP2040Device(microPythonWidget, deviceType)
elif deviceType == "generic":
from .GenericMicroPythonDevices import GenericMicroPythonDevice
- return GenericMicroPythonDevice(microPythonWidget, deviceType,
- vid, pid)
+
+ return GenericMicroPythonDevice(microPythonWidget, deviceType, vid, pid)
else:
# nothing specific requested
return MicroPythonDevice(microPythonWidget, deviceType)
@@ -423,10 +427,11 @@
"""
Base class for the more specific MicroPython devices.
"""
+
def __init__(self, microPythonWidget, deviceType, parent=None):
"""
Constructor
-
+
@param microPythonWidget reference to the main MicroPython widget
@type MicroPythonWidget
@param deviceType device type assigned to this device interface
@@ -435,150 +440,149 @@
@type QObject
"""
super().__init__(parent)
-
+
self._deviceType = deviceType
self.microPython = microPythonWidget
-
+
def getDeviceType(self):
"""
Public method to get the device type.
-
+
@return type of the device
@rtype str
"""
return self._deviceType
-
+
def setButtons(self):
"""
Public method to enable the supported action buttons.
"""
self.microPython.setActionButtons(
- open=False, save=False,
- run=False, repl=False, files=False, chart=False)
-
+ open=False, save=False, run=False, repl=False, files=False, chart=False
+ )
+
def forceInterrupt(self):
"""
Public method to determine the need for an interrupt when opening the
serial connection.
-
+
@return flag indicating an interrupt is needed
@rtype bool
"""
return True
-
+
def deviceName(self):
"""
Public method to get the name of the device.
-
+
@return name of the device
@rtype str
"""
return self.tr("Unsupported Device")
-
+
def canStartRepl(self):
"""
Public method to determine, if a REPL can be started.
-
+
@return tuple containing a flag indicating it is safe to start a REPL
and a reason why it cannot.
@rtype tuple of (bool, str)
"""
return False, self.tr("REPL is not supported by this device.")
-
+
def setRepl(self, on):
"""
Public method to set the REPL status and dependent status.
-
+
@param on flag indicating the active status
@type bool
"""
pass
-
+
def canStartPlotter(self):
"""
Public method to determine, if a Plotter can be started.
-
+
@return tuple containing a flag indicating it is safe to start a
Plotter and a reason why it cannot.
@rtype tuple of (bool, str)
"""
return False, self.tr("Plotter is not supported by this device.")
-
+
def setPlotter(self, on):
"""
Public method to set the Plotter status and dependent status.
-
+
@param on flag indicating the active status
@type bool
"""
pass
-
+
def canRunScript(self):
"""
Public method to determine, if a script can be executed.
-
+
@return tuple containing a flag indicating it is safe to start a
Plotter and a reason why it cannot.
@rtype tuple of (bool, str)
"""
- return False, self.tr("Running scripts is not supported by this"
- " device.")
-
+ return False, self.tr("Running scripts is not supported by this" " device.")
+
def runScript(self, script):
"""
Public method to run the given Python script.
-
+
@param script script to be executed
@type str
"""
pass
-
+
def canStartFileManager(self):
"""
Public method to determine, if a File Manager can be started.
-
+
@return tuple containing a flag indicating it is safe to start a
File Manager and a reason why it cannot.
@rtype tuple of (bool, str)
"""
return False, self.tr("File Manager is not supported by this device.")
-
+
def setFileManager(self, on):
"""
Public method to set the File Manager status and dependent status.
-
+
@param on flag indicating the active status
@type bool
"""
pass
-
+
def supportsLocalFileAccess(self):
"""
Public method to indicate file access via a local directory.
-
+
@return flag indicating file access via local directory
@rtype bool
"""
- return False # default
-
+ return False # default
+
def getWorkspace(self):
"""
Public method to get the workspace directory.
-
+
@return workspace directory used for saving files
@rtype str
"""
return (
- Preferences.getMicroPython("MpyWorkspace") or
- Preferences.getMultiProject("Workspace") or
- os.path.expanduser("~")
+ Preferences.getMicroPython("MpyWorkspace")
+ or Preferences.getMultiProject("Workspace")
+ or os.path.expanduser("~")
)
-
+
def selectDeviceDirectory(self, deviceDirectories):
"""
Public method to select the device directory from a list of detected
ones.
-
+
@param deviceDirectories list of directories to select from
@type list of str
@return selected directory or an empty string
@@ -589,108 +593,112 @@
self.tr("Select Device Directory"),
self.tr("Select the directory for the connected device:"),
[""] + deviceDirectories,
- 0, False)
+ 0,
+ False,
+ )
if ok:
return deviceDirectory
else:
# user cancelled
return ""
-
+
def sendCommands(self, commandsList):
"""
Public method to send a list of commands to the device.
-
+
@param commandsList list of commands to be sent to the device
@type list of str
"""
- rawOn = [ # sequence of commands to enter raw mode
- b'\x02', # Ctrl-B: exit raw repl (just in case)
- b'\r\x03\x03\x03', # Ctrl-C three times: interrupt any running
- # program
- b'\r\x01', # Ctrl-A: enter raw REPL
+ rawOn = [ # sequence of commands to enter raw mode
+ b"\x02", # Ctrl-B: exit raw repl (just in case)
+ b"\r\x03\x03\x03", # Ctrl-C three times: interrupt any running
+ # program
+ b"\r\x01", # Ctrl-A: enter raw REPL
]
- newLine = [b'print("\\n")\r', ]
- commands = [c.encode("utf-8)") + b'\r' for c in commandsList]
- commands.append(b'\r')
- commands.append(b'\x04')
- rawOff = [b'\x02', b'\x02']
+ newLine = [
+ b'print("\\n")\r',
+ ]
+ commands = [c.encode("utf-8)") + b"\r" for c in commandsList]
+ commands.append(b"\r")
+ commands.append(b"\x04")
+ rawOff = [b"\x02", b"\x02"]
commandSequence = rawOn + newLine + commands + rawOff
self.microPython.commandsInterface().executeAsync(commandSequence)
-
+
@pyqtSlot()
def handleDataFlood(self):
"""
Public slot handling a data floof from the device.
"""
pass
-
+
def addDeviceMenuEntries(self, menu):
"""
Public method to add device specific entries to the given menu.
-
+
@param menu reference to the context menu
@type QMenu
"""
pass
-
+
def hasFlashMenuEntry(self):
"""
Public method to check, if the device has its own flash menu entry.
-
+
@return flag indicating a specific flash menu entry
@rtype bool
"""
return False
-
+
def hasTimeCommands(self):
"""
Public method to check, if the device supports time commands.
-
+
The default returns True.
-
+
@return flag indicating support for time commands
@rtype bool
"""
return True
-
+
def hasDocumentationUrl(self):
"""
Public method to check, if the device has a configured documentation
URL.
-
+
@return flag indicating a configured documentation URL
@rtype bool
"""
return bool(self.getDocumentationUrl())
-
+
def getDocumentationUrl(self):
"""
Public method to get the device documentation URL.
-
+
@return documentation URL of the device
@rtype str
"""
return ""
-
+
def hasFirmwareUrl(self):
"""
Public method to check, if the device has a configured firmware
download URL.
-
+
@return flag indicating a configured firmware download URL
@rtype bool
"""
return bool(self.getFirmwareUrl())
-
+
def getFirmwareUrl(self):
"""
Public method to get the device firmware download URL.
-
+
@return firmware download URL of the device
@rtype str
"""
return ""
-
+
def downloadFirmware(self):
"""
Public method to download the device firmware.
@@ -698,11 +706,11 @@
url = self.getFirmwareUrl()
if url:
ericApp().getObject("UserInterface").launchHelpViewer(url)
-
+
def getDownloadMenuEntries(self):
"""
Public method to retrieve the entries for the downloads menu.
-
+
@return list of tuples with menu text and URL to be opened for each
entry
@rtype list of tuple of (str, str)
