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Updated readme.md to reflect new folder structure.

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JerryScript-DCO-1.0-Signed-off-by: Rob Moran github@thegecko.org
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Rob Moran
2016-05-06 21:54:52 +01:00
committed by Rob Moran
parent fe3c269e99
commit 54d6e1f44f
1 changed files with 11 additions and 11 deletions
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targets/mbed/readme.md
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@@ -15,7 +15,7 @@ For cross-compilation the GCC 5.2.1 is suggested to be used. All the supported t
Navigate to your JerryScript root folder (after you cloned this repository into the targets folder) and use the following command: Navigate to your JerryScript root folder (after you cloned this repository into the targets folder) and use the following command:
``` ```
make -f targets/target-mbed/Makefile.mbed board=$(TARGET) make -f targets/mbed/Makefile.mbed board=$(TARGET)
``` ```
Where the `$(TARGET)` is one of the following options: `k64f`, `stm32f4`, `stm32f429i` or `nucleo`. Where the `$(TARGET)` is one of the following options: `k64f`, `stm32f4`, `stm32f429i` or `nucleo`.
This command will create a new folder for your target and build the jerryscript and mbed OS into that folder. This command will create a new folder for your target and build the jerryscript and mbed OS into that folder.
@@ -36,30 +36,30 @@ else ifeq ($(TARGET), stm32f4)
Basically, you can create a new target in this way (If the mbed OS support your board). Basically, you can create a new target in this way (If the mbed OS support your board).
#####Let's get into the details! #####Let's get into the details!
1. The next rule is the `jerry` rule. This rule builds the JerryScript and copy the output files into the target libjerry folder. Two files will be generated at `targets/mbed$(TARGET)/libjerry`: 1. The next rule is the `jerry` rule. This rule builds the JerryScript and copy the output files into the target libjerry folder. Two files will be generated at `targets/mbed/libjerry`:
* libjerrycore.a * libjerrycore.a
* libfdlibm.a * libfdlibm.a
You can run this rule with the following command: You can run this rule with the following command:
- `make -f targets/target-mbed/Makefile.mbed board=$(TARGET) jerry` - `make -f targets/mbed/Makefile.mbed board=$(TARGET) jerry`
2. The next rule is the `js2c`. This rule calls a `js2c.py` python script from the `jerryscript/targets/tools` and creates the JavaScript builtin file into the `targets/mbed$(TARGET)/source/` folder. This file is the `jerry_targetjs.h`. You can run this rule with the follwoing command: 2. The next rule is the `js2c`. This rule calls a `js2c.py` python script from the `jerryscript/targets/tools` and creates the JavaScript builtin file into the `targets/mbed/source/` folder. This file is the `jerry_targetjs.h`. You can run this rule with the follwoing command:
- `make -f targets/target-mbed/Makefile.mbed board=$(TARGET) js2c` - `make -f targets/mbed/Makefile.mbed board=$(TARGET) js2c`
3. The last rule is the `yotta`. This rule sets the yotta target and install the mbed-drivers module, install the dependencies for the mbed OS and finaly creates the mbed binary file. The binary file will be genrated at `targets/mbed$(TARGET)/build/$(YOTTA_TARGET)/source/jerry.bin`. You can run this rule with the following command: 3. The last rule is the `yotta`. This rule sets the yotta target and install the mbed-drivers module, install the dependencies for the mbed OS and finaly creates the mbed binary file. The binary file will be genrated at `targets/mbed/build/$(YOTTA_TARGET)/source/jerry.bin`. You can run this rule with the following command:
- `make -f targets/target-mbed/Makefile.mbed board=$(TARGET) yotta` - `make -f targets/mbed/Makefile.mbed board=$(TARGET) yotta`
4. Optional rule: `clean`. It removes the build folder from the target-mbed and jerry. You can run this rule with this command: 4. Optional rule: `clean`. It removes the build folder from the mbed and jerry. You can run this rule with this command:
- `make -f targets/target-mbed/Makefile.mbed board=$(TARGET) clean` - `make -f targets/mbed/Makefile.mbed board=$(TARGET) clean`
#####Flashing #####Flashing
When the build is finished you can flash the binary into your board if you want. In case of ST boards you have to install the `st-link` software. Please visit [this page](https://github.com/texane/stlink) to install STLink-v2. When the build is finished you can flash the binary into your board if you want. In case of ST boards you have to install the `st-link` software. Please visit [this page](https://github.com/texane/stlink) to install STLink-v2.
You can flash your binary into your board with the following command: You can flash your binary into your board with the following command:
``` ```
make -f targets/target-mbed/Makefile.mbed board=$(TARGET) flash make -f targets/mbed/Makefile.mbed board=$(TARGET) flash
``` ```
The flash rule grabs the binary and copies it to the mounted board or use the STLink-v2 to flash. The flash rule grabs the binary and copies it to the mounted board or use the STLink-v2 to flash.
When the status LED of the board stops blinking, press RESET button on the board to execute JerryScript led flashing sample program in js folder. When the status LED of the board stops blinking, press RESET button on the board to execute JerryScript led flashing sample program in js folder.