.          .   0 .          .                      .
 0   .      1   \  1   .            .
. \ 1  0. _/_0   \/ 0 ________________________________________
 0_) \/  / 1  0  /_/  ____  ___  __ __  _ _ __  _     __  _  _
   .\/__(_/  (__/   .  |  \  |  (_   |_/   |__) |   .|__| |\ |
       0 \/  . (_/.   _|__/ _|_.__) _| \_ _|_   |__) |  | | \|
      . \_)   _) 1    ________________________________________
         . \_/__/     .                          .
            (/                            .            .
            )              .

Diskplan

Diskplan is a command line tool and configuration system for constructing directory trees from a set of schemas. It can:

• create files, directories and symlinks
• set owner, group, and UNIX permissions
• create directory entries with fixed names, or variable entries matching regular expressions
• define and reuse schema sub-trees
• with multiple rooted stems, create and traverse symlinks into other stems

Quickstart

The examples expect diskplan to be an available command. If you have the code checked out, you can do something like this to make it available in the current terminal:

$ cargo build
$ export PATH="$PWD/target/debug:$PATH"

Proper installation is left to the reader at present.

To run diskplan with a very quick example (and no changes to disk), run:

$ cd examples/quickstart
$ diskplan /tmp/diskplan-root

You'll be shown the following preview:

[WARN  diskplan] Simulating in memory only, use --apply to apply to disk
[WARN  diskplan] Displaying in-memory filesystem...

[Root: /tmp/diskplan-root]
drwxr-xr-x root       root       /tmp/diskplan-root/
drwxr-xr-x root       root         sub-directory/
-rw-r--r-- root       root           blank_file

Diskplan looks in the current directory for a diskplan.toml file. Here are the contents of that file for this example:

[stems.main]
root = "/tmp/diskplan-root"
schema = "simple-schema.diskplan"

The "main" stem associates a root path on disk (inside which construction will be contained) with a schema to apply to paths within this root. The schema file is found relative to the config and for this example contains the following:

# Root directory configuration
# ...
:let emptyfile = /dev/null

# Sub-directory
sub-directory/

    # Variable directory...
    $variable/
        # ...whose name must match this pattern...
        :match [A-Z][a-z]*

        # ...will then create this
        inner-directory/

    # An empty file
    blank_file
        :source ${emptyfile}

Note that in the earlier output, the sub-directory and blank_file were created, but nothing for $variable. This variable directory can be created either directly by path or by assigning a value to this variable:

$ diskplan /tmp/diskplan-root/sub-directory/Example
$ diskplan /tmp/diskplan-root --vars 'variable:Example'

Both of these produce the following output:

[Root: /tmp/diskplan-root]
drwxr-xr-x root       root       /tmp/diskplan-root/
drwxr-xr-x root       root         sub-directory/
drwxr-xr-x root       root           Example/
drwxr-xr-x root       root             inner-directory/
-rw-r--r-- root       root           blank_file

lib.rs:

Configuration for the system

Example config file: