Cdt Eclipse For Mac

How to install Eclipse on Mac OS X for 2020 Eclipse IDE for Java development - Duration: 7:44. TechnoTrax 12,265 views. Set Up Eclipse, MinGW and CDT - Duration: 9:46. The Autotools plug-in for Eclipse is an optional feature of the CDT (C/C Development Tools) that adds support for maintaining and building C/C projects that use GNU Autotools. The Autotools plug-ins were migrated from the Linux Tools project into the CDT as part of the Eclipse Juno release.

A long time ago Zylin Embedded CDT had some patches to CDT, but in the last few years, no patches to CDT are necessary. ZY1000 owners ZY1000 owners who have problems with the Zylin Embedded CDT plugin are welcome to send an email to support@zylin.com. Otherwise your best bet for help is the zylin-discuss mailing list. Eclipse update site. I've been trying to get Eclipse with CDT working on my Mac for a while now. Everything I've searched for talks about Windows and I'm officially stuck. The errors I get are: Program 'g' not found in PATH. Program 'gcc' not found in PATH. And a few more that seem to stem from a problem with my PATH. Install Eclipse IDE for Mac / Macintosh / Java Commands: cd = change directory (cd Documents/Downloads/) ls = list files in that directory tar -xvf NAMEOFFILE = untar/unzip the file.

Eclipse is an open-source Integrated Development Environment (IDE) supported by IBM. The mother site is @ www.eclipse.org. Eclipse is popular for Java project development. It also supports C/C++, PHP, Python, Perl, and other web project developments via extensible plug-ins. Eclipse is cross-platform and runs under Windows, Linux and Mac OS.

How to Install Eclipse C/C++ Development Tool (CDT) 8.1.2 for Eclipse 4.2.2 (Juno)

Step 0: Install MinGW GCC or Cygwin GCC

To use Eclipse for C/C++ programming, you need a C/C++ compiler. On Windows, you could install either MinGW GCC or Cygwin GCC. Choose MinGW if you are not sure, because MinGW is lighter and easier to install, but having less features.

1. MinGW GCC: Read 'How to Install MinGW'.
2. Cygwin GCC: Read 'How to Install Cygwin'. Make sure that you select 'gcc', 'g++', 'gdb', and 'make' packages under the 'Devel' (Development) category - these packages are not part of the default installation.

Step 1: Install Eclipse C/C++ Development Tool (CDT)

Two ways to install CDT, depending on whether you have previously installed an Eclipse:

1. If you have already installed 'Eclipse for Java Developers' or other Eclipse packages, you could install the CDT plug-in as follows:
   Launch Eclipse ⇒ Help ⇒ Install New Software ⇒ In 'Work with' field, pull down the drop-down menu and select 'Kepler - http://download.eclipse.org/releases/kepler' (or juno for Eclipse 4.2; or helios for Eclipse 3.7).
   In 'Name' box, expand 'Programming Language' node ⇒ Check 'C/C++ Development Tools' ⇒ 'Next' ⇒ .. ⇒ 'Finish'.
2. If you have not install any Eclipse package, you could download 'Eclipse IDE for C/C++ Developers' from http://www.eclipse.org/downloads, and unzip the downloaded file into a directory of your choice.

Step 2: Configuration

You do NOT need to do any configuration, as long as the Cygwin or MinGW binaries are included in the PATH environment variable. CDT searches the PATH to discover the C/C++ compilers.

Writing your First C/C++ Program in Eclipse

C++ Program

Step 0: Launch Eclipse

1. Start Eclipse by running 'eclipse.exe' in the Eclipse installed directory.
2. Choose an appropriate directory for your workspace (i.e., where you would like to save your works).
3. If the 'welcome' screen shows up, close it by clicking the 'close' button.

Step 1: Create a new C++ Project

For each C++ application, you need to create a project to keep all the source codes, object files, executable files, and relevant resources.

To create a new C++ project:

1. Choose 'File' menu ⇒ 'New' ⇒ Project.. ⇒ C/C++ ⇒ C++ project.
2. The 'C++ Project' dialog pops up.
   1. In 'Project name' field, enter 'FirstProject'.
   2. In 'Project Types' box, select 'Executable' ⇒ 'Empty Project'.
   3. In 'Toolchains' box, choose your compiler, e.g., 'Cygwin GCC' or 'MinGW GCC' ⇒ Next.
3. The 'Select Configurations' dialog appears. Select both 'Debug' and 'Release' ⇒ Finish.

Step 2: Write a Hello-world C++ Program

1. In the 'Project Explorer' (leftmost panel) ⇒ Right-click on 'FirstProject' (or use the 'File' menu) ⇒ New ⇒ Source File.
2. The 'New Source File' dialog pops up.
   1. In 'Source file' field, enter 'Hello.cpp'.
   2. Click 'Finish'.
3. The source file 'Hello.cpp' opens on the editor panel (double-click on 'test.cpp' to open if necessary). Enter the following codes:

If 'Unresolved Inclusion Error'

If error 'unresolved inclusion' appears next to #include statement, the 'include paths for headers' are not set properly. Select 'Project' menu ⇒ Properties ⇒ C/C++ General ⇒ Paths and Symbols ⇒ In 'Includes' tab:

For Cygwin GCC:

1. 'Add' the following directories to 'GNU C', where $CYGWIN_HOME is your Cygwin installed directory:
   • $CYGWIN_HOMElibgcci686-pc-cygwin4.5.xinclude
   • $CYGWIN_HOMElibgcci686-pc-cygwin4.5.xinclude-fixed
   • $CYGWIN_HOMEusrinclude
   • $CYGWIN_HOMEusrincludew32api
2. 'Add' the following directories to 'GNU C++', where $CYGWIN_HOME is your Cygwin installed directory:
   • $CYGWIN_HOMElibgcci686-pc-cygwin4.5.xincludec++
   • $CYGWIN_HOMElibgcci686-pc-cygwin4.5.xincludec++i686-pc-cygwin
   • $CYGWIN_HOMElibgcci686-pc-cygwin4.5.xincludec++backward
   • $CYGWIN_HOMElibgcci686-pc-cygwin4.5.xinclude
   • $CYGWIN_HOMElibgcci686-pc-cygwin4.5.xinclude-fixed
   • $CYGWIN_HOMEusrinclude
   • $CYGWIN_HOMEusrincludew32api

For MinGW GCC:

1. 'Add' the following directories to 'GNU C', where $MINGW_HOME is your MinGW installed directory:
   • $MINGW_HOMElibgccmingw324.6.xinclude
   • $MINGW_HOMEinclude
   • $MINGW_HOMElibgccmingw324.6.xinclude-fixed
2. 'Add' the following directories to 'GNU C++', where $MINGW_HOME is your Cygwin installed directory:
   • $MINGW_HOMElibgccmingw324.6.xincludec++
   • $MINGW_HOMElibgccmingw324.6.xincludec++mingw32
   • $MINGW_HOMElibgccmingw324.6.xincludec++backward
   • $MINGW_HOMElibgccmingw324.6.xinclude
   • $MINGW_HOMEinclude
   • $MINGW_HOMElibgccmingw324.6.xinclude-fixed

NOTE: To find the header paths, you can do a search on headers such as 'stdio.h' (for C) and 'iostream' (for C++) under the Cygwin or MinGW installed directory.

Step 3: Compile/Build

Right-click on the 'FirstProject Ntfs 12 for mac. ' (or use the 'Project' menu) ⇒ choose 'Build Project' to compile and link the program.

Step 4: Run

Cdt Eclipse For Mac Catalina

To run the program, right-click on the 'FirstProject' (or anywhere on the source 'test.cpp', or select the 'Run' menu) ⇒ Run As ⇒ Local C/C++ Application ⇒ (If ask, choose Cygwin's gdb debugger) ⇒ The output 'Hello, world!' appears on the 'Console' panel.

NOTE: You need to create a new C++ project for EACH of your programming problems. This is messy for writing toy programs!

C Program

Follow the same steps as above. Create a 'C Project' (instead of 'C++ Project'). Try the following Hello-world program (called 'Hello.c').

C++ Program with Makefile

In the previous examples, we use so-called managed-make where Eclipse automatically generated a makefile to build the program. We can also choose to write our own makefile for complete control of the building process.

Step 1: Create a C++ Makefile Project

From 'File' menu ⇒ New ⇒ Project.. ⇒ C/C++ ⇒ C++ project ⇒ In 'Project name', enter 'HelloCppMakefile' ⇒ In 'Project type', choose 'Makefile Project ', 'Empty Project' ⇒ In 'Toolchains', choose 'Cygwin GCC' or 'MinGW GCC'. Ignore the warning message.

Step 2: Write a C++ Program

Right-click on the project ⇒ New ⇒ Source File ⇒ In 'Source file', enter 'Hello.cpp' ⇒ Enter the following source codes:

Step 3: Write a Makefile

Right-click on the project ⇒ New ⇒ File ⇒ In 'File name', enter 'makefile' ⇒ Enter the following codes. Take note that you need to use a Tab (NOT Spaces) for the indent.

Step 4: Build the Project

Right-click on the project ⇒ Build Project.

Step 5: Run the Program

Right-click on the project ⇒ Run As ⇒ Local C/C++ Application.

[TODO] Write a makefile to compile toy-programs under one project.

Read the Documentation

At a minimum, you SHOULD browse through Eclipse's 'Workbench User Guide' and 'C/C++ Development User Guide' - accessible via the Eclipse's 'Welcome' page or 'Help' menu. This will save you many agonizing hours trying to figure out how to do some things later.

Debugging C/C++ Programs in Eclipse CDT

Able to use a graphics debugger to debug program is crucial in programming. It could save you countless of hours guessing on what went wrong.

Step 0: Write a C++ Program - The following program computes and prints the factorial of n (=1*2*3*..*n). The program, however, has a logical error and produce a wrong answer for n=20 ('The Factorial of 20 is -2102132736' - a negative number?!).

Let us use the graphic debugger to debug the program.

Step 1: Set an Initial Breakpoint - A breakpoint suspends program execution for you to examine the internal states (e.g., value of variables) of the program. Before starting the debugger, you need to set at least one breakpoint to suspend the execution inside the program. Set a breakpoint at main() function by double-clicking on the left-margin of the line containing main(). A blue circle appears in the left-margin indicating a breakpoint is set at that line.

Step 2: Start Debugger - Right click on the project (or use the 'Run' menu) ⇒ 'Debug As' ⇒ 'Local C/C++ Application' ⇒ choose 'Yes' to switch into 'Debug' perspective (A perspective is a particular arrangement of panels to suits a certain development task such as editing or debugging). The program begins execution but suspends its operation at the breakpoint, i.e., the main() function.

As illustrated in the following diagram, the highlighted line (also pointed to by a blue arrow) indicates the statement to be executed in the next step.

Step 3: Step-Over and Watch the Variables and Outputs - Click the 'Step Over' button (or select 'Step Over' from 'Run' menu) to single-step thru your program. At each of the step, examine the value of the variables (in the 'Variable' panel) and the outputs produced by your program (in the 'Console' Panel), if any. You can also place your cursor at any variable to inspect the content of the variable.

Single-stepping thru the program and watching the values of internal variables and the outputs produced is the ultimate mean in debugging programs - because it is exactly how the computer runs your program!

Step 4: Breakpoint, Run-To-Line, Resume and Terminate - As mentioned, a breakpoint suspends program execution and let you examine the internal states of the program. To set a breakpoint on a particular statement, double-click the left-margin of that line (or select 'Toggle Breakpoint' from 'Run' menu).

'Resume' continues the program execution, up to the next breakpoint, or till the end of the program.

'Single-step' thru a loop with a large count is time-consuming. You could set a breakpoint at the statement immediately outside the loop (e.g., Line 12 of the above program), and issue 'Resume' to complete the loop.

Alternatively, you can place the cursor on a particular statement, and issue 'Run-To-Line' from the 'Run' menu to continue execution up to the line.

'Terminate' ends the debugging session. Always terminate your current debugging session using 'Terminate' or 'Resume' till the end of the program.

Step 5: Switching Back to C/C++ perspective - Click the 'C/C++' perspective icon on the upper-right corner to switch back to the 'C/C++' perspective for further programming (or 'Window' menu ⇒ Open Perspective ⇒ C/C++).

I can's stress more that mastering the use of debugger is crucial in programming. Explore the features provided by the debuggers.

Other Debugger's Features

Modify the Value of a Variable: You can modify the value of a variable by entering a new value in the 'Variable' panel. This is handy for temporarily modifying the behavior of a program, without changing the source code.

Cdt Eclipse For Mac Mojave

Step-Into and Step-Return: To debug a function, you need to use 'Step-Into' to step into the first statement of the method. You could use 'Step-Return' to return back to the caller, anywhere within the method. Alternatively, you could set a breakpoint inside a method.

NOTE: If you receive error message 'Can't find a source file at /cygdrive/c..' during debugging, you need to configure a mapping between '/cygdrive/c' and 'c:/' (assuming that your program in kept in drive c. From 'Window' ⇒ 'Preferences' ⇒ 'C/C++' ⇒ 'Debug' ⇒ 'Common Source Lookup Path', select 'Add' ⇒ 'Path Mapping'.

Tips & Tricks

Read Eclipse for Java's Tips & Tricks for general tips in using Eclipse.

C/C++ Software Development Using GCC

1. You can find the commands used in Eclipse CDT for build the project at '.metadata.pluginsorg.eclipse.cdt.uiglobal-build.log'.
2. Setting include-paths, library-paths, and libraries: When building the program, the compiler needs the header files to compile the source codes; the linker needs the libraries to resolve external references. The compiler searches the 'include-paths' for the headers specified in #include directives. The linker searches the 'library-paths' for 'libraries' needed to link the program. In GCC, include-path is specified via -Idir option or environment variable CPATH. The library-path is specified via -Ldir option, or environment variable LIBRARY_PATH. The library libxxx.a is specified via -lxxx option (lowercase letter 'l', without the prefix lib and .a extension).
   In Eclipse CDT, you can set the include paths, library paths and libraries by right-click on the project ⇒ Properties ⇒ C/C++ General ⇒ Paths and Symbols ⇒ Under tabs 'Includes', 'Library Paths' and 'Libraries'. The settings are applicable to the selected project only.
   To set the include paths and library paths for all the projects, set the environment variables CPATH and LIBRARY_PATH. In Eclipse, choose 'Window' ⇒ Preferences ⇒ C/C++ ⇒ Build ⇒ Environment.
   Alternatively, copy the headers and libraries into system directories, and you can omit the include-paths and library-paths.
3. OpenGL with GLUT: For Cygwin, you need to install gcc, g++, gdb, make (under Devel category) and opengl, freeglut (under graphics category). The headers gl.h, glu.h, glut.h are kept in $cygwinusrincludew32apiGL. Use #include __.h> to include the headers. The libraries libopengl32.alibglu32.a and libglut32.a are kept in $cygwinlibw32api. To specify these libraries in linking, use -lopengl32-lglu32-lglut32 options (without the lib prefix and .a extension).
4. OpenGL with SDL: Download SDL from http://www.libsdl.org. Choose Development Libraries ⇒ win32 ⇒ mingw32 ⇒ Unzip. Copy the headers directory SDL (under include) to $cygwinusrincludew32api; copy all the library files in lib into $cygwinlibw32api; copy the run-time library SDL.dll (under bin) into Windows/System32. In your program, include these two headers: #include and #include . For linking, add these libraries: -lSDL-lSDLmain.
5. #pragma Comment Directive: pragma comment directive, e.g., #pragma comment(lib, 'opengl32.lib'), is often used to include a particular library (same as -l option). This system-dependent directive works on Windows's compiler, but NOT in GCC.
6. Error 'multiple target patterns': There is a problem with GNU make (at $Cygwinbinmake.exe). Replaced by this copy @ http://www.cmake.org/files/cygwin/make.exe.
7. fflush(stdout): The gcc library uses buffered I/O (in accordance with the C Specification). Output is only written out to the output stream after a newline character. You can flush the output with a fflush().
8. Project name shall not include the word 'setup': If you name your C/C++ project with a name including the word 'setup', then the resultant '*setup*.exe' will trigger UAC (User Authorization Control) and require administrator right to run. (This took me a few hours to figure out! Try renaming a 'hello.exe' to 'mysetup.exe'.)

File I/O in Eclipse

Refer to Eclipse for Java's File IO.

REFERENCES & RESOURCES

As illustrated in the following diagram, the highlighted line (also pointed to by a blue arrow) indicates the statement to be executed in the next step.

Step 3: Step-Over and Watch the Variables and Outputs - Click the 'Step Over' button (or select 'Step Over' from 'Run' menu) to single-step thru your program. At each of the step, examine the value of the variables (in the 'Variable' panel) and the outputs produced by your program (in the 'Console' Panel), if any. You can also place your cursor at any variable to inspect the content of the variable.

Single-stepping thru the program and watching the values of internal variables and the outputs produced is the ultimate mean in debugging programs - because it is exactly how the computer runs your program!

Step 4: Breakpoint, Run-To-Line, Resume and Terminate - As mentioned, a breakpoint suspends program execution and let you examine the internal states of the program. To set a breakpoint on a particular statement, double-click the left-margin of that line (or select 'Toggle Breakpoint' from 'Run' menu).

'Resume' continues the program execution, up to the next breakpoint, or till the end of the program.

'Single-step' thru a loop with a large count is time-consuming. You could set a breakpoint at the statement immediately outside the loop (e.g., Line 12 of the above program), and issue 'Resume' to complete the loop.

Alternatively, you can place the cursor on a particular statement, and issue 'Run-To-Line' from the 'Run' menu to continue execution up to the line.

'Terminate' ends the debugging session. Always terminate your current debugging session using 'Terminate' or 'Resume' till the end of the program.

Step 5: Switching Back to C/C++ perspective - Click the 'C/C++' perspective icon on the upper-right corner to switch back to the 'C/C++' perspective for further programming (or 'Window' menu ⇒ Open Perspective ⇒ C/C++).

I can's stress more that mastering the use of debugger is crucial in programming. Explore the features provided by the debuggers.

Other Debugger's Features

Modify the Value of a Variable: You can modify the value of a variable by entering a new value in the 'Variable' panel. This is handy for temporarily modifying the behavior of a program, without changing the source code.

Cdt Eclipse For Mac Mojave

Step-Into and Step-Return: To debug a function, you need to use 'Step-Into' to step into the first statement of the method. You could use 'Step-Return' to return back to the caller, anywhere within the method. Alternatively, you could set a breakpoint inside a method.

NOTE: If you receive error message 'Can't find a source file at /cygdrive/c..' during debugging, you need to configure a mapping between '/cygdrive/c' and 'c:/' (assuming that your program in kept in drive c. From 'Window' ⇒ 'Preferences' ⇒ 'C/C++' ⇒ 'Debug' ⇒ 'Common Source Lookup Path', select 'Add' ⇒ 'Path Mapping'.

Tips & Tricks

Read Eclipse for Java's Tips & Tricks for general tips in using Eclipse.

C/C++ Software Development Using GCC

1. You can find the commands used in Eclipse CDT for build the project at '.metadata.pluginsorg.eclipse.cdt.uiglobal-build.log'.
2. Setting include-paths, library-paths, and libraries: When building the program, the compiler needs the header files to compile the source codes; the linker needs the libraries to resolve external references. The compiler searches the 'include-paths' for the headers specified in #include directives. The linker searches the 'library-paths' for 'libraries' needed to link the program. In GCC, include-path is specified via -Idir option or environment variable CPATH. The library-path is specified via -Ldir option, or environment variable LIBRARY_PATH. The library libxxx.a is specified via -lxxx option (lowercase letter 'l', without the prefix lib and .a extension).
   In Eclipse CDT, you can set the include paths, library paths and libraries by right-click on the project ⇒ Properties ⇒ C/C++ General ⇒ Paths and Symbols ⇒ Under tabs 'Includes', 'Library Paths' and 'Libraries'. The settings are applicable to the selected project only.
   To set the include paths and library paths for all the projects, set the environment variables CPATH and LIBRARY_PATH. In Eclipse, choose 'Window' ⇒ Preferences ⇒ C/C++ ⇒ Build ⇒ Environment.
   Alternatively, copy the headers and libraries into system directories, and you can omit the include-paths and library-paths.
3. OpenGL with GLUT: For Cygwin, you need to install gcc, g++, gdb, make (under Devel category) and opengl, freeglut (under graphics category). The headers gl.h, glu.h, glut.h are kept in $cygwinusrincludew32apiGL. Use #include __.h> to include the headers. The libraries libopengl32.alibglu32.a and libglut32.a are kept in $cygwinlibw32api. To specify these libraries in linking, use -lopengl32-lglu32-lglut32 options (without the lib prefix and .a extension).
4. OpenGL with SDL: Download SDL from http://www.libsdl.org. Choose Development Libraries ⇒ win32 ⇒ mingw32 ⇒ Unzip. Copy the headers directory SDL (under include) to $cygwinusrincludew32api; copy all the library files in lib into $cygwinlibw32api; copy the run-time library SDL.dll (under bin) into Windows/System32. In your program, include these two headers: #include and #include . For linking, add these libraries: -lSDL-lSDLmain.
5. #pragma Comment Directive: pragma comment directive, e.g., #pragma comment(lib, 'opengl32.lib'), is often used to include a particular library (same as -l option). This system-dependent directive works on Windows's compiler, but NOT in GCC.
6. Error 'multiple target patterns': There is a problem with GNU make (at $Cygwinbinmake.exe). Replaced by this copy @ http://www.cmake.org/files/cygwin/make.exe.
7. fflush(stdout): The gcc library uses buffered I/O (in accordance with the C Specification). Output is only written out to the output stream after a newline character. You can flush the output with a fflush().
8. Project name shall not include the word 'setup': If you name your C/C++ project with a name including the word 'setup', then the resultant '*setup*.exe' will trigger UAC (User Authorization Control) and require administrator right to run. (This took me a few hours to figure out! Try renaming a 'hello.exe' to 'mysetup.exe'.)

File I/O in Eclipse

Refer to Eclipse for Java's File IO.

REFERENCES & RESOURCES

1. Eclipse's 'C/C++ Development Tool User Guide', accessible via Eclipse's Help menu.
2. GCC (GNU compilers) mother site @ http://gcc.gnu.org; GCC manual @ http://gcc.gnu.org/onlinedocs.
3. An Introduction to GCC @ http://www.network-theory.co.uk/docs/gccintro/index.html.

Eclipse Embedded CDT is an open source project that includes a familyof Eclipse plug-ins and tools for multi-platform embedded cross (Arm and RISC-V)development, based on GNU toolchains. The project is now part of theEclipse Foundation,and is hosted onGitHub.

The Eclipse Embedded CDT plug-ins

These plug-ins provide Eclipse CDT (C/C++ Development Tooling) extensions forGNU embedded toolchains likexPack GNU Arm Embedded GCC,xPack GNU RISC-V Embedded GCC,etc.

In short, the Eclipse Embedded CDT plug-ins allow to create, build,debug and in general to manage Arm & RISC-V projects (executablesand static/shared libraries, in both 32 and 64-bit versions) with theEclipse framework (currently tested up to Eclipse 4.16, 2020-06).The plug-ins run on Windows, macOS and GNU/Linux. For more detailsplease visit the Features page.

Additional tools

Apart from the main Eclipse plug-ins, this project is accompanied byseveral other tools, distributed as separate packages.

• xPack Windows Build Tools

  The xPack Windows Build Toolsproject includes the additional tools required to perform builds on Windows(make & rm). A type trainer for mac.

• xPack GNU Arm Embedded GCC

  The xPack GNU Arm Embedded GCCproject is an alternate binary distribution that complements the officialGNU Arm Embedded Toolchain maintained by Arm. Binaries for Windows, macOS and GNU/Linux are available.

• xPack GNU RISC-V Embedded GCC

  The xPack GNU RISC-V Embedded GCCproject is a new distribution of the bare metal version ofRISC-V GCC, maintained bySiFive. Binaries for Windows, macOS and GNU/Linuxare available.

• xPack OpenOCD

  The xPack OpenOCD project is anew distribution of OpenOCD, customised for abetter/more convenient integration with the OpenOCD Debugging plug-in.Binaries for Windows, macOS and GNU/Linux are available.

• xPack QEMU Arm

  The xPack QEMU Arm project is afork of QEMU (an open source machine emulator),intended to provide support for Cortex-M emulation in Eclipse Embedded CDT.Binaries for Windows, macOS and GNU/Linux are available.

Notifications

To stay up-to-date with new releases, the recommended way isto follow @EmbedCDT on Twitter.

Alternatively you can subscribe to this site RSS feed.

To stay current with changes to individual projects, enable watchingin the GitHub web interface for each project of interest.

License

Unless otherwise mentioned, all Eclipse plug-insare provided free of charge under the terms of theEclipse Public License 2.0.

Let us know if you enjoyed using this project!

If you enjoyed using this project, please let us know; here are some advices:

• the best way to praise us would be to donate; if you want to speedup development and help future versions include more and more greatfeatures, please consider donating; any contribution, small orgenerous, will be highly appreciated;
• star the projects you liked on GitHub(eclipse-plugins);
• follow the project on Twitter,to get notifications on new releases.