lightweight RTOS-based platform to support low-end IoT devices.
-You can find project details on our [Tizen wiki](https://wiki.tizen.org/wiki/Tizen_RT).
+Please find project details on our [Tizen wiki](https://wiki.tizen.org/wiki/Tizen_RT).
## Quick Start
### Getting the toolchain
Built binaries are in $TIZENRT_BASEDIR/build/output/bin.
## Supported Board
+
+ARTIK053 [[details]](build/configs/artik053/README.md)
+
sidk_s5jt200 [[details]](build/configs/sidk_s5jt200/README.md)
-Tizen RT currently supports one board called sidk_s5jt200. However, this board is not available in public markets till now. sidk_s5jt200 or other boards for Tizen RT will be coming soon.
- sidk_s5jt200 stands for Samsung IoT Development Kit for S5JT200 chipset.
+Tizen RT currently supports only two boards called artik053 and sidk_s5jt200.
+However, those are not available in public markets till now.
+sidk_s5jt200 or other boards for Tizen RT will be coming soon.
## Configuration Sets
-There are three configuration sets for sidk_s5jt200, including 'tc', 'kernel_sample', and 'hello_with_tash'.
-'tc' is a configuration set for runnig unit test cases, 'kernel_sample' for running kernel functions, and 'hello_with_tash' for running a hello example.
-You can modify the configuration by using the menuconfig tool on the 'os' folder, but all configuration combinations are not fully tested yet.
-The IPv4 network stack based on LWIP is included, but Wi-Fi related codes such as wpa_supplicant are not included.
-Wi-Fi will be added in 2017.
+
+To build a Tizen RT application, use the default configuration files named 'defconfig' under 'build/configs/<board>/' folder.
+
+To customize your application with specific configuration settings, using the menuconfig tool is recommended at os folder as shown:
+```bash
+make menuconfig
+```
+Please keep in mind that we are actively working on board configurations, and will be posting our updates on the README files under each config
+
Supported Boards
^^^^^^^^^^^^^^^^
+configs/artik053
+ ARTIK-053 Starter Kit which is an evaluation board based on SAMSUNG S5JT200 WiFi SoC
+
configs/sidk_s5jt200
Samsung IoT Development Kit for S5JT200
+
Configuring TinyAra
^^^^^^^^^^^^^^^^^^^
--- /dev/null
+# ARTIK 053
+
+The ARTIK 053 is a SOC for Wi-Fi™ IoT solutions. The ARTIK 053 has a Wi-Fi subsystem, security subsystem, and application subsystem.
+
+## Information
+
+will be updated
+
+## Environment Set-up
+### On Chip Debugger installation
+
+OpenOCD is used to program and debug.
+
+OpenOCD v0.10.0 is recommended and can be installed like below,
+but pre-built OpenOCD binaray on tools/openocd/linux64(or 32) can be used without installing.
+```bash
+sudo apt-get build-dep openocd
+git clone --depth 1 -b v0.10.0 https://git.code.sf.net/p/openocd/code openocd-code
+cd openocd-code
+./bootstrap
+./configure
+make
+sudo make install
+```
+
+Set the OPENOCD_SCRIPTS to environment variable.
+This step is needed to program a binary at os folder.
+```bash
+export OPENOCD_SCRIPTS=$TIZENRT_BASEDIR/build/configs/artik053/tools/openocd
+```
+TIZENRT_BASEDIR was set at 'Getting the sources' tab of [[Quick Start]](../../../README.md).
+
+## How to program a binary
+
+At first, the complete set of binaries are needed to program.
+After buiding a Tizen RT, execute below at os folder.
+```bash
+openocd -f artik053.cfg -c ' \
+ flash_write bl1 ../build/configs/artik053/bin/bl1.bin; \
+ flash_write bl2 ../build/configs/artik053/bin/bl2.bin; \
+ flash_write sssfw ../build/configs/artik053/bin/sssfw.bin; \
+ flash_write wlanfw ../build/configs/artik053/bin/wlanfw.bin; \
+ flash_write os ../build/output/bin/tinyara_head.bin; \
+ exit'
+```
+
+Once the complete binaries are successfully programmed, each partition can be updated seperately with new one.
+```bash
+openocd -f artik053.cfg -c ' \
+ flash_write os ../build/output/bin/tinyara_head.bin; exit'
+```
+
+## Configuration Sets
+
+will be updated
+
+#### nettest
+
+#### tash
+
will be updated
## Environment Set-up
-### For OpenOCD
+### On Chip Debugger installation
on Ubuntu 13.10 ~ 14.xx version
```bash
sudo apt-get install libc6:i386 libncurses5:i386 libstdc++6:i386 lib32z1
```
-### For FTDI
+### FTDI installation
Install the package for usb
```bash
sudo ln -s /usr/local/lib/libftdi.so.1.19.0 libftdi.so.1
```
-### For FT2232 interface driver for OpenOCD
+### FT2232 interface driver installation
Get the package, [libftd2xxx1.0.4](https://github.com/psi46/HDItest/tree/master/FTDI-1.0.4/libftd2xx1.0.4)
## Configuration Sets
-There are three configuration sets for sidk_s5jt200, including 'tc', 'kernel_sample', and 'hello_with_tash'.
-'tc' is a configuration set for runnig unit test cases, 'kernel_sample' for running kernel functions, and 'hello_with_tash' for running a hello example.
-You can modify the configuration by using the menuconfig tool on the 'os' folder, but all configuration combinations are not fully tested yet.
-The IPv4 network stack based on LWIP is included, but Wi-Fi related codes such as wpa_supplicant are not included.
-Wi-Fi will be added in 2017.
+There are three configuration sets for sidk_s5jt200, including 'hello_with_tash', 'kernel_sample', and 'tc'.
+
+#### hello_with_tash
+ for running a hello example with shell enabled
+
+#### kernel_sample
+ for running kernel functions
+
+#### tc
+ for runnig unit test cases
+
projects / rtos / tinyara.git / commitdiff