com.eldrix.trud.zip — com.eldrix/trud 1.0.73

delete-paths clj

(delete-paths paths)

Delete all of the paths specified, including nested structures. Parameters:

• paths : a sequence of objects java.nio.file.Path.

is-zip-file? clj

(is-zip-file? s)

unzip clj

(unzip in)

(unzip in out)

Unzip a zip archive to the directory specified. Parameters:

• in : path of zip file
• out : path of the directory to which files will be extracted.

If no out path is specified, a temporary directory will be created. The out directory will be created if it doesn't exist.

unzip-in-place clj

(unzip-in-place paths)

Unzip each path at the same location, creating a directory based on the name of the zip file, replacing any '.' in the filename with '_'. This doesn't check that this won't clobber an existing file.

Parameters:

• paths: a sequence of objects of type java.nio.file.Path.

unzip-nested clj

(unzip-nested in)

(unzip-nested in out)

Unzip a zip archive to the directory specified, unzipping nested zip files. Parameters:

• in : path of zip file
• out : path of the directory to which files will be extracted.

If no out path is specified, a temporary directory will be created. The out directory will be created if it doesn't exist.

unzip2 clj

(unzip2 q)

(unzip2 p q)

Resolves a query representing files from a nested directory structure, including extracting nested zip files.

A query is a potentially nested vector of strings or paths. ["test.zip" ["nested1.zip"] ["nested2.zip" "file.txt"]]

This will extract the test.zip file, extract the files in both nested1.zip and nested2.zip and also returns a path for file.txt from the nested2.zip.

Results will be java.nio.file.Path objects in the same shape as the query. For the example below, four paths will be returned.