It Tools For Mac Os X
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Odin Flash Tool was developed solely to flash stock firmware on Samsung devices. But as the tool evolved, it added many new features, and now we can flash Custom Recovery (TWRP/CWM), SuperSU and other root packages, and mods via Samsung Odin. Earlier, we have shared Samsung Odin for Windows, and on this page, you'll be able to download Samsung Odin for Mac and Linux platforms.
Table of Contents
What is Samsung Odin?
Odin3 is Samsung's official tool for flashing firmware (ROM), Recovery, Bootloader, or Modem files on Samsung Galaxy devices. With the help of Samsung Odin3, users can unbrick, unroot, and return the device back to stock firmware. If you have soft-bricked your Samsung Galaxy device and can't find a way to fix it, then flash the stock firmware using Odin3 and restore the device/unbrick the device.
Samsung Odin for Mac and Linux
Samsung Odin is mainly developed for the Windows platform and is not available for Mac and Linux. But all thanks to the famous XDA developer/contributor AdamOutler, Samsung Odin for Mac and Linux is now possible with the port by the name JOdin. It is a direct port of the Odin for Windows, and it now works on all the three platforms – Windows, Mac, and Linux.
We can also use Odin on Mac using Heimdall, a cross-platform open-source tool suite for flashing firmware and ROMs on Samsung devices. It is believed that the Odin Flash Tool got its name from the king of gods in Norse mythology. So, keeping this into account, the developers of Heimdall named it after the Norse God and guardian of the Bifrost Bridge.
Both Samsung JOdin and Heimdall are Odin alternatives for Mac and Linux, and they are available for all three platforms – Windows, Mac, and Linux.
Download JOdin3 – Odin for Mac OS X and Linux
If you're looking for Samsung Odin for Mac/ Samsung Odin for Linux, we recommend you to download JOdin. JOdin3 is a direct port of windows version of Samsung Odin. It works with Mac OS and Linux platforms.
JOdin Features
Below are some of the features of the JOdin tool.
- JOdin3 is based on the CASUAL-X project and Heimdall tool.
- It automatically obtains the PIT file with a single device reboot.
- Required USB drivers are installed automatically on Windows.
- Heimdall is installed automatically on Mac OS.
- In-app instructions are available at each step for easy flashing.
- JOdin for Mac, Linux, and Windows supports
.tar
and.tar.md5
files to flash on the device.
Why use JOdin3?
The official Samsung flashing tool Odin is available for only the Windows platform. But what if you are using Mac OS or Linux? In this situation, JOdin3 comes to rescue.
JOdin is platform-independent, and it just requires the Java Runtime Environment. So, it is the perfect and highly recommended alternative for Samsung Odin.
However, unlike Odin, JOdin is not considered as an official flashing software. But it works perfectly and gets the job of flashing Stock firmware, Recovery, Root package, and other mods done easily.
JOdin – Requirements
Before you can download and install Odin on Mac or Linux or Windows, you need to configure your system accordingly.
- Download and install the Java Runtime Environment.
- On Windows, make sure you have proper Samsung USB drivers installed. If not, they will be installed automatically with Heimdall.
- Download and install Heimdall – Windows, macOS, and Linux.
- Uninstall Samsung KIES/Smart Sync from your computer.
Download JOdin for Mac and Linux
Below are the download links for JOdin3. There is no official source for JOdin as the source has stopped supporting the development.
File Name | JOdin3CASUAL-r1142-dist.zip |
Version | JOdin3 r1142 |
Size | 85.09 MB |
Compatible | Windows, Mac OS X, and Linux |
Note
You may have to download and install Heimdall on your computer first, as JOdin is based on Heimdall. Download Heimdall from the above JOdin requirements section.
How to install JOdin on Mac OS X
We have written the complete step-by-step instruction on how to install JOdin on Mac. The process is quite simple and easy to follow.
- First of all, download and install the Java Runtime Environment on macOS.
- Once the JRE is installed on your computer, download and install Heimdall for macOS. Download the heimdall-suite-1.4.0-mac.dmg and follow the on-screen instructions.
- If you have Samsung Smart Switch or Samsung KIES installed on your computer, then uninstall them so they won't interfere with JOdin.
- Now, download and extract the JOdin3CASUAL-r1142-dist.zip file from the above downloads section to your Mac computer.
- Now open the JOdin3CASUAL.jar file from the extracted folder.
- Now, JOdin Mac should open, and you'll see the screen similar to the screenshot below.
How to install JOdin on Linux
It Tools For Mac Os X El Capitan
The process of installing JOdin on Linux (Odin for Linux) is similar to the process of installing JOdin on Mac.
- First of all, download and install Java Runtime Environment and Heimdall for Linux on your Linux machine.
- Now download and extract the JOdin3CASUAL-r1142-dist.zip file on your computer.
- Now, open JOdin3CASUAL.jar from the extracted folder.
- Once JOdin launches, you can start flashing files to your Samsung Galaxy device.
How to use JOdin on Mac OS X and Linux
Once you have installed JOdin3 on mac OS and Linux, the process is similar to how we use Samsung Odin on Windows. If this is the first time you are working with Odin / JOdin, then we have written a step-by-step tutorial on how to use JOdin on Mac/Linux to flash the firmware.
- Download the suitable firmware (ROM) / Recovery / Root package file for your device in
.tar
or.tar.md5
format. - Now enable USB Debugging on your Samsung Galaxy device from Settings > Developer Options. Here is a detailed guide on how to enable USB debugging on Android.
- Open JOdin on your Mac/Linux machine.
- Click on the PDA button in JOdin and select the
.tar
or.tar.md5
file that you have downloaded in Step #1. - Power off your Samsung Galaxy device and boot the device into Download Mode.
- Connect your Samsung Galaxy device to your computer with a USB cable.
- If everything goes well, you will see a green Connected message under ID:COM in JOdin.
- Make sure only the Auto-Reboot option is checked in JOdin, and other options are unchecked.
- Click on the Start button to proceed.
- Next, you need to have the PIT file of your phone. Click Yes and proceed.
- Now, again boot your phone into Download Mode as you did in Step #5. This time JOdin will fetch your phone's PIT file automatically.
- Once done, a message will be displayed on the screen about the same. Click on OK to proceed.
- Click on the Start button again to start the installation process.
- If everything went well, then you should see a PASS message in JOdin3. If you see the FAILED message, then it means something has gone wrong.
If you have followed the steps correctly, then you should have JOdin properly installed and working on your Mac/Linux computer.
Mac Os X Versions
If you run into any problems during or after installation of JOdin (Odin for Mac and Linux), then feel free to drop a comment below.
Was this tutorial helpful?
Do let us know in the comment section below.
Development Tools and Libraries
CRAN R 4.0.0 builds and higher no longer use any custom compilers and thus this directory is no longer relevant. We now use Apple Xcode 10.1 and GNU Fortran 8.2 from https://github.com/fxcoudert/gfortran-for-macOS/releases.For more details on compiling R, please see alsohttps://mac.R-project.org/tools/Previous tools
The following is provided as support of older versions of R. If you use R 4.0.0 or higher, please disregard and read the top section.R 3.5.0-3.6.3 El Capitan binaries and higer were using more recent Clang compiler and GNU Fortran 6.1 to provide OpenMP parallelization support and C++17 standard features. If you want to compile R packages from sources, please download GNU Fortran binary from the official GNU Fortran Binaries page - in particular OS X 10.11 gfortran 6.1. Alternatively, we are providing a copy here as well as Clang binaries for OS X 10.11 and higher - see below for the download links.
Files:
clang-8.0.0.pkg (OS X 10.11+, signed, 64-bit) MD5-hash: 664582b0722cb59802cb762b2ad7548b (ca. 482Mb) | Clang 8.0.0 for OS X 10.11 and higher, release build for x86_64, signed package, installs into /usr/local/clang8. To be used with El Capitan builds of R 3.7.0 and higher. It is an installer version of the official LLVM released binaries only modified to use the path above. |
clang-7.0.0.pkg (OS X 10.11+, signed, 64-bit) MD5-hash: cef3fd2a5c165d00f9941f64ea4024f7 (ca. 463Mb) | Clang 7.0.0 for OS X 10.11 and higher, release build for x86_64, signed package, installs into /usr/local/clang7. To be used with El Capitan builds of R 3.6.x. It is an installer version of the official LLVM released binaries only modified to use the path above. |
clang-6.0.0.pkg (OS X 10.11+, signed, 64-bit) MD5-hash: c29700c4e7b2914073ef7e741eb105bc (ca. 418Mb) | Clang 6.0.0 for OS X 10.11 and higher, static build for x86_64, signed package, installs into /usr/local/clang6. To be used with El Capitan builds of R 3.5.x. |
gfortran-6.1.pkg (OS X 10.11+, signed, 64-bit) MD5-hash: 201026216e8b373d9cd2efc0cc474bb8 (ca. 73Mb) | GNU Fortran 6.1 for OS X 10.11 and higher - a copy from GFortranBinaries pages for x86_64, signed package, installs into /usr/local/gfortran (identical content, re-packaged to a flat Installer package and signed). To be used with El Capitan builds of R. |
The following binaries are obsolete and only provided for historical reasons | |
gfortran-4.2.3.pkg (OS X 10.5+, signed, 64-bit driver) MD5-hash: 8783f803038abe6487a362ad5b8995ea (ca. 27MB) gfortran-4.2.3.dmg (OS X 10.4, 32-bit driver) MD5-hash: 9551fc46f55537dd1db581154daf27ef (ca. 27MB) | Universal GNU Fortran 4.2.3 for Mac OS X 10.4 and higher. It is necessary in order to build R packages from sources that contain Fortran code. Unlike many other builds, this is a fully universal build of GNU Fortran that uses Apple's driver and supports all target architectures (i386, ppc, x86_64 and ppc64). As such it fully supports compilation into fat files like gfortran -arch i386 -arch ppc -arch x86_64 -arch ppc64 t.f -o ton both Intel Macs and PowerPC Macs (32- and 64-bit). Dependent libraries are fat as well, avoiding problems known from other Fortran builds (such as those from HPC). It installs in /usr/local and comes with an uninstall-script. |
tcltk-8.5.5-x11.pkg (OS X 10.5+, signed) MD5-hash: e7c406d91762ffdc4539b23c5b5a3ab4 (ca. 9MB) tcltk-8.5.5-x11.dmg (OS X 10.4) MD5-hash: c32dda1b9f2c2776a02cec4e03befc76 (ca. 9MB) | Universal build of Tcl/Tk 8.5.5 for X11 (32-bit and 64-bit). This library is necessary in order to use the tcltk R package (for R 2.8.0 - 2.15.3 only!). It installs in /usr/local. Requires Mac OS X 10.4 (Tiger) or higher for 32-bit R and Mac OS X 10.5 (Leopard) or higher for 64-bit R. NOTE: R 3.0.0 and higher comes bundled with Tck/Tk 8.6.0 so you do not need this package |
For other (optional) 3rd party libraries for development see http://mac.R-project.org/libs/. The devpack has been superseded by those libraries. For R you may want to download and install libpng, libjpeg, readline, freetype, fontconfig, pixman and cairo.
Source code for all 3rd party libraries can be found at http://mac.R-project.org/src/
The dependency libraries used by the CRAN macOS build system are now managed by build recipes. Package authors wishing to add static dependendies can create a pull request to add a dependency.
Subdirectories:
old | Previous versions of tools as supplied with legacy R versions. |
You may also want to read the R FAQ and R for Mac OS X FAQ. For discussion of Mac-related topics and reporting Mac-specific bugs, please use the R-SIG-Mac mailing list.
Information, tools and most recent daily builds of the R GUI, R-patched and R-devel can be found at http://mac.R-project.org/. Please visit that page especially during beta stages to help us test the Mac OS X binaries before final release! The page also contains links to experimental builds as such 64-bit R for OS X.
Link to corresponding sources: http://mac.R-project.org/src/
Mac Os X Update
Last modified: 2020/04/24, by Simon Urbanek