Cscope for windows tutorial
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" alternatively, pass a path where Vundle should install plugins "call vundle#begin('~/some/path/here') " let Vundle manage Vundle, required Plugin 'VundleVim/Vundle.vim ' " The following are examples of different formats supported. Set nocompatible " be iMproved, required filetype off " required " set the runtime path to include Vundle and initialize set rtp += ~/.vim/bundle/Vundle.vim call vundle#begin()
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Remove plugins you don't need, they are for illustration purposes. Using non-POSIX shells, such as the popular Fish shell, requires additional setup. See Tips for some advanced configurations. If you run into any issues, please consult the FAQ. If you are using Windows, go directly to Windows setup. Installation requires Git and triggers git clone for each configured repository to ~/.vim/bundle/ by default. Vundle is undergoing an interface change, please stay up to date to get latest changes.
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regenerates help tags after installing and updating.manages the runtime path of your installed scripts.run the above actions in a single keypress with interactive mode.search by name all available Vim scripts.keep track of and configure your plugins right in the.If you have any suggestion on this idea, please let me know.Vundle is short for Vim bundle and is a Vim plugin manager. Just like below: gcc -M -I ~/include | sed -e 's//\n/g' | \ For example, you have some header files in ~/include, then you could pass -I ~/include to the gcc command. What if you have other directories besides the standard /usr/include that containing the header files you need? You could do a little modification on this script. Finally, this script uses a pipe to put the file list to the stdin of the ctags program - ctags will read the file list from stdin if -L - is passed to it on the command line. However, the output could not be directly used by ctags, thus this script uses sed commands to filter the output. This script will first use gcc -M to output the list of header files that are included in our C or C++ source files. Read on if you want to know what’s happening here. ctags_with_dep.sh file1.c file2.c file3.cpp.
#Cscope for windows tutorial download#
If you only want to use it, download the script and use the following command to generate the tags file. This script is also available on github gist. to generate a tags file for these files.Ĭtags -L -c++-kinds=+p -fields=+iaS -extra=+q To do this, I wrote a shell script ctags_with_dep.sh: #!/bin/bash We could first search for the header files that are included in our projects, and then we use ctags to generate a tags file for these files and our source files, in this way, a much smaller tags file that containing all the symbols that maybe useful for the project is generated. Why must we generate a tags file containing all the symbols in the system header? If we only generate the tags file only for the header files that are related to our projects, would it be faster? That’s the point of this idea.
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To solve this problem, I came up with another idea. This command usually takes a very long time to finish, and finally it gives a quite large tags file, which causes the editor or IDE a long time to search this tags file for symbols. For example, the following command will generate a tags file for all your system header files on UNIX/Linux: ctags -R -c++-kinds=+p -fields=+iaS -extra=+q /usr/include There was a solution: generate a tags file for any external header files first, and let the editor or IDE read both the generated tags file and the tags file for the project source tree. thus editors or IDEs that use tags files, such as Vim, are not able to locate symbols in external header files. No matter which one you use, the generated tags file only contains the symbols in the files in your project source tree, but not any external file, such as standard header files (e.g. įor some users that need more info of the symbols, they may use this command instead: ctags -R -c++-kinds=+p -fields=+iaS -extra=+q. When using ctags to generate the tags file for C/C++ projects, usually we use the following command: ctags -R. If you are using other versions of ctags, this post may not be useful. This post is for those people who use Exuberant Ctags.