The 1612_proyect_template from cesar-urteaga

Project's name

Description of the project...

The project has the following structure (some could not apply for a particular task):

_CODE: Contains all the programming codes used in the project.
_DATA: Has the data used throughout the development of the project.
_GRAPHS: Comprehends all the charts elaborated in the undertaking.
_RESOURCES: Include some relevant files that were used during the construction of the project.
_TEXTS: Consists of all the analyses and reports related to the project.

The following statements can be useful while you are working on a project:

On Windows:

del /s /q .gitkeep: It removes all the .gitignore files within the project; /s disables disables the command-line prompting and /q deletes the file from all subfolders.
copy *.csv consolidated_CSVs.csv: Merge all the CSV files in the current directory into the consolidated_CSVs.csv file. It is a way to promptly merge files!
mklink \H <link-file> <source-file>: Creates a hard link of the source-file.
grep -v '^#' <filename> > <newfilename>: Removes all the lines that start with the character #. The -v tag shows all the lines that does not start with the specified regular expression. Note that you cannot overwrite the file because grep does not allow it, however, you can use sed -i '/^#/ d' <filename>.
dir /b/s <pattern>: Recursively finds all the files (througout all the subfolders) that match the pattern in the current directory (e.g., if pattern is C:*.pdf, it will print out all the pdf files in the C unit).
cat <filename>: Shows the contents of the filename.
start .: Opens the current directory.
clip < <file>: Copy the contents of file to the clipboard.
tree /A /F | more: Shows the file tree structure of the current directory by parts (i.e., asks input from user to continue).
head <regular expression> -n 2: Displays the first 2 lines of the files with filenames that follows the given regular expression.

On Linux:

find . -name "*.gitkeep" -type f -delete: It removes all the .gitignore files within the project.
ln <source-file> <link-file>: Creates a hard link of the source-file.
cat <filename>: Shows the contents of the filename.
pdftk <pdf-file> output <password-protected-pdf-file> userpw <password>: Adds a password to the pdf-file. You must have had to install pdftk (sudo apt-get install pdftk). N.B.: pdf-file should be different to password-protected-pdf-file.

In order to pull all the new files under tracking out you can use git ls-files --others --exclude-standard.
You can use git reset --hard HEAD so as to go back to the last commit, while you can use git checkout HEAD -- <file> in order to go back to the previous state of file.
You may get all the files under tracking with git ls-tree -r master --name-only.
You can get the branch hierarchy with git log --all --graph --decorate --oneline --simplify-by-decoration.
With the aim to show the differences by word, you can use git diff --color-words.
In case you have amended in your local repository, and you want to push to a remote one, you can force the push using git push -f origin master.
Whether you want to add a command-line shortcut to a common git command, you can use git config --global alias.<shortcut> "commands (do not include the word git)"; It adds a new entry in the ~/.gitconfig file (you can know where it is located with git config --list --show-origin). Thereon, you can call it with git <shortcut>. You may want to consider the following shortcuts:
- git config --global alias.lf "ls-files --others --exclude-standard"
- git config --global alias.lt "ls-tree -r master --name-only"
- git config --global alias.lb "log --all --graph --decorate --oneline --simplify-by-decoration"
- git config --global alias.wdiff "diff --color-words"
- git config --global alias.pf "push -f origin master"