setup-windows-compiler-esp8266
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setup-windows-compiler-esp8266 [2017/11/19 12:42] wickedcode Connecting the board moved to "ESP8266 On-Chip development" as independed topic |
setup-windows-compiler-esp8266 [2018/02/25 03:56] dcm684 [Toolset installation] Escaped out underscores in paths |
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| ===== Visual Studio IDE ===== | ===== Visual Studio IDE ===== | ||
| - | This document will allow you to develop native 'C' firmware applications for the ESP8266 using Windows. You can setup your development environment using Microsoft DevStudio IDE. Using the accompanying serial terminal and flash writer application, you will be able to edit compile, link, flash and run without ever needing to leave the IDE. | + | This document will allow you to develop native C/C++ firmware applications for the ESP8266 using Windows. You can setup your development environment using Microsoft Visual Studio IDE. Using the accompanying serial terminal and flash writer application, you will be able to edit compile, link, flash and run without ever needing to leave the IDE. You can download [[https://www.visualstudio.com/free-developer-offers/|Microsoft Visual Studio Comunity]] for free. If you want to setup environment manually (more control) please refer to Toolset installation section. Otherwise you can use [[http://bbs.espressif.com/viewtopic.php?f=7&t=3577|ESP8266 Wizard]]. |
| You can also use a [[http://visualgdb.com/|third-party plugin]] to [[http://visualgdb.com/tutorials/esp8266/|setup building and debugging automatically]]. | You can also use a [[http://visualgdb.com/|third-party plugin]] to [[http://visualgdb.com/tutorials/esp8266/|setup building and debugging automatically]]. | ||
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| This particular version of the toolset is designed to work under Windows 7 or 8, 32 or 64bit. | This particular version of the toolset is designed to work under Windows 7 or 8, 32 or 64bit. | ||
| - | You can download a pre-built ESP8266 toolchain that contains Python and the ESP8266 SDK [[http://gnutoolchains.com/esp8266/|here]]. Alternatively you can gather the necessary components manually: | + | You can **[[http://gnutoolchains.com/esp8266/|download]]** a pre-built ESP8266 toolchain that contains Python and the ESP8266 SDK. Alternatively you can gather the necessary components manually: |
| * Create a directory to put all your ESP stuff in. I put mine in **E:\ESP8266**, but obviously yours will be different. | * Create a directory to put all your ESP stuff in. I put mine in **E:\ESP8266**, but obviously yours will be different. | ||
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| * You need **[[http://pyserial.sourceforge.net/|PySerial]]**. | * You need **[[http://pyserial.sourceforge.net/|PySerial]]**. | ||
| * Get **[[http://www.mingw.org/|minGW]]**. In the package manager, choose **mingw-developer-toolkit** and **mingw-base**. This will give you **make.exe** and some important utilities, like **mkdir.exe** that the makefiles will need. | * Get **[[http://www.mingw.org/|minGW]]**. In the package manager, choose **mingw-developer-toolkit** and **mingw-base**. This will give you **make.exe** and some important utilities, like **mkdir.exe** that the makefiles will need. | ||
| - | * Get the **[[https://github.com/espressif/esp_iot_rtos_sdk/archive/master.zip|sdk]]**. Install it under your chosen directory. Mine is in **E:\ESP8266\esp_iot_rtos_sdk-master**. | + | * Get the **[[https://github.com/espressif/esp_iot_rtos_sdk/archive/master.zip|sdk]]**. Install it under your chosen directory. Mine is in **E:\ESP8266\esp\_iot\_rtos\_sdk-master**. |
| - | * Download the missing libraries for the SDK: **[[https://github.com/espressif/esp_iot_rtos_sdk_lib/archive/master.zip|FreeRTOS libraries for SDK]]**. Add them to the **E:\ESP8266\esp_iot_rtos_sdk-master\lib** directory. | + | * Download the missing libraries for the SDK: **[[https://github.com/espressif/esp_iot_rtos_sdk_lib/archive/master.zip|FreeRTOS libraries for SDK]]**. Add them to the **E:\ESP8266\esp\_iot\_rtos\_sdk-master\lib** directory. |
| * Get the **[[https://drive.google.com/file/d/0B1kVUQJ3na10RkhtRDE1UFZBVzg/view?usp=sharing|pre-built compiler]]**. Stick it in your chosen directory. Mine is in **E:\ESP8266\xtensa-lx106-elf**. | * Get the **[[https://drive.google.com/file/d/0B1kVUQJ3na10RkhtRDE1UFZBVzg/view?usp=sharing|pre-built compiler]]**. Stick it in your chosen directory. Mine is in **E:\ESP8266\xtensa-lx106-elf**. | ||
| * Get the missing xtensa includes for gcc **[[http://bbs.espressif.com/viewtopic.php?f=5&t=67|here]]**. It is the file **xtensa.tar.bz2**. Extract them into the compiler subdirectory: **E:\ESP8266\xtensa-lx106-elf\xtensa-lx106-elf\include**. | * Get the missing xtensa includes for gcc **[[http://bbs.espressif.com/viewtopic.php?f=5&t=67|here]]**. It is the file **xtensa.tar.bz2**. Extract them into the compiler subdirectory: **E:\ESP8266\xtensa-lx106-elf\xtensa-lx106-elf\include**. | ||
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| * So in my project setup, in Visual Studio, I use ESPMAKE instead of make. | * So in my project setup, in Visual Studio, I use ESPMAKE instead of make. | ||
| - | * Modify the makefile in the xPL_ESP8266 project so that it reflects your locations for the tools and sdk. You should be able to compile and flash by simply typing 'make' or 'make flash' in the xPL_ESP8266 directory. | + | * Modify the makefile in the xPL\_ESP8266 project so that it reflects your locations for the tools and sdk. You should be able to compile and flash by simply typing 'make' or 'make flash' in the xPL\_ESP8266 directory. |
| * Get the enhanced **[[https://github.com/peteben/ESP-Termie|serial terminal and firmware tool]]**. You need the modified Python tool to flash the chip, **esptool-py.py**. This version is enhanced to reset the chip and bring it into firmware update mode automatically by using DTR. It also connects to Termie, the serial terminal application to share the serial port connection. | * Get the enhanced **[[https://github.com/peteben/ESP-Termie|serial terminal and firmware tool]]**. You need the modified Python tool to flash the chip, **esptool-py.py**. This version is enhanced to reset the chip and bring it into firmware update mode automatically by using DTR. It also connects to Termie, the serial terminal application to share the serial port connection. | ||
| * Compile 'Termie' the serial terminal. I modified this program to use a named pipe to communicate with the esptool-py flasher application. Thus it knows when to disconnect from the serial port when you want to flash the chip. | * Compile 'Termie' the serial terminal. I modified this program to use a named pipe to communicate with the esptool-py flasher application. Thus it knows when to disconnect from the serial port when you want to flash the chip. | ||
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| [[http://www.esp8266.com/viewtopic.php?f=9&t=820|Eclipse IDE for ESP8266]] | [[http://www.esp8266.com/viewtopic.php?f=9&t=820|Eclipse IDE for ESP8266]] | ||
| - | ======Arduino IDE ===== | + | ===== Arduino IDE ===== |
| Go to Arduino site and download the IDE | Go to Arduino site and download the IDE | ||
| Unzip it wherever | Unzip it wherever | ||
setup-windows-compiler-esp8266.txt · Last modified: 2018/02/25 04:12 by dcm684