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chore(z): update to version 102fb780 (#13957)
* chore(z): update to 102fb780 * remove tests * do not include tests --------- Co-authored-by: ohmyzsh[bot] <54982679+ohmyzsh[bot]@users.noreply.github.com> Co-authored-by: Carlo Sala <carlosalag@protonmail.com>
This commit is contained in:
ohmyzsh[bot]
co-authored by
ohmyzsh[bot] <54982679+ohmyzsh[bot]@users.noreply.github.com>
Carlo Sala
ohmyzsh[bot] <54982679+ohmyzsh[bot]@users.noreply.github.com>
Carlo Sala
parent
178813b7b9
commit
97e11051e2
@@ -46,9 +46,10 @@ dependencies:
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plugins/z:
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branch: master
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repo: agkozak/zsh-z
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version: acd0e1984df350c189f8f9c4956ec586b6c73fca
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version: 102fb78036ed76feedf623907483691777a1d510
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precopy: |
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set -e
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rm -r tests
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test -e README.md && mv -f README.md MANUAL.md
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postcopy: |
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set -e
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+83
-18
@@ -2,20 +2,26 @@
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[](https://opensource.org/licenses/MIT)
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[](https://github.com/agkozak/zsh-z/stargazers)
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Zsh-z is a command-line tool that allows you to jump quickly to directories that you have visited frequently or recently -- but most often a combination of the two (a concept known as ["frecency"](https://en.wikipedia.org/wiki/Frecency)). It works by keeping track of when you go to directories and how much time you spend in them. Based on this data, it predicts where you want to go when you type a partial string. For example, `z src` might take you to `~/src/zsh`. `z zsh` might also get you there, and `z c/z` might prove to be even more specific -- it all depends on your habits and how long you have been using Zsh-z to build up a database. After using Zsh-z for a little while, you will get to where you want to be by typing considerably less than you would need to if you were using `cd`.
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Zsh-z is a native Zsh port of [`rupa/z`](https://github.com/rupa/z), a tool written for `bash` and Zsh that uses embedded `awk` scripts to do the heavy lifting. `rupa/z` was my most used command-line tool for a couple of years. I decided to translate it, `awk` parts and all, into pure Zsh script, to see if by eliminating calls to external tools (`awk`, `sort`, `date`, `sed`, `mv`, `rm`, and `chown`) and reducing forking through subshells I could make it faster. The performance increase is impressive, particularly on systems where forking is slow, such as Cygwin, MSYS2, and WSL. I have found that in those environments, switching directories using Zsh-z can be over 100% faster than it is using `rupa/z`.
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Zsh-z is a native Zsh port of [`rupa/z`](https://github.com/rupa/z), a tool written for `bash` and Zsh that uses embedded `awk` scripts to do the heavy lifting. `rupa/z` was my most used command-line tool for a couple of years. I decided to translate it, `awk` parts and all, into pure Zsh script, to see if by eliminating calls to external tools (`awk`, `sort`, `date`, `sed`, `mv`, `rm`, and `chown`) and reducing forking through subshells I could make it faster. The performance increase is impressive, particularly on systems where forking is slow, such as Cygwin, MSYS2, and WSL.
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There is also a significant stability improvement. Race conditions have always been a problem with `rupa/z`, and users of that utility occasionally lose their `~/.z` databases. By having Zsh-z only use Zsh (`rupa/z` uses a hybrid shell code standard that works on `bash` as well), I have been able to implement a `zsh/system`-based file-locking mechanism similar to [the one @mafredri once proposed for `rupa/z`](https://github.com/rupa/z/pull/199). It is now nearly impossible to crash the database.
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There is also a significant stability improvement. Race conditions have always been a problem with `rupa/z`, and users of that utility occasionally lose their `~/.z` databases. By having Zsh-z only use Zsh (`rupa/z` uses a hybrid shell code standard that works on `bash` as well), I have been able to implement a `zsh/system`-based file-locking mechanism. It is now nearly impossible to crash the database.
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There are other, smaller improvements which I document below in [Improvements and Fixes](#improvements-and-fixes). For instance, tab completions are now sorted by frecency by default rather than alphabetically (the latter behavior can be restored if you like it -- [see below](#settings)).
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There are other, smaller improvements which I document below in [Other Improvements to the Original Functionality of `rupa/z`](#other-improvements-to-the-original-functionality-of-rupaz). For instance, tab completions are now sorted by frecency by default rather than alphabetically (the latter behavior can be restored if you like it -- [see below](#settings)).
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Zsh-z is a drop-in replacement for `rupa/z` and will, by default, use the same database (`~/.z`, or whatever database file you specify), so you can go on using `rupa/z` when you launch `bash`.
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> ### Zsh-z v2.0
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>
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> **v2.0 is the most significant release in the project's history.** It is faster than ever at adding, searching, and listing on modern Zsh; it never makes your prompt wait on database writes -- on any platform; it hardens those writes against corruption and against prying eyes; and it makes tab completion "just work" even under `setopt COMPLETE_ALIASES`. See [**v2.0**](#v20) in the News below for the full rundown, and [Performance](#performance) for the benchmarks.
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## Table of Contents
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- [News](#news)
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- [Installation](#installation)
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@@ -23,16 +29,45 @@ Zsh-z is a drop-in replacement for `rupa/z` and will, by default, use the same d
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- [Settings](#settings)
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- [Case Sensitivity](#case-sensitivity)
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- [`ZSHZ_UNCOMMON`](#zshz_uncommon)
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- [`ZSHZ_OWNER`](#zshz_owner)
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- [Making `--add` work for you](#making---add-work-for-you)
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- [Other Improvements to the Original Functionality of `rupa/z`](#other-improvements-to-the-original-functionality-of-rupa-z)
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- [Performance](#performance)
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- [Other Improvements to the Original Functionality of `rupa/z`](#other-improvements-to-the-original-functionality-of-rupaz)
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- [Migrating from Other Tools](#migrating-from-other-tools)
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- [`COMPLETE_ALIASES`](#complete_aliases)
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## News
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<details>
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<summary>Here are the latest features and updates.</summary>
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### v2.0 (August 14, 2026)
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Version **2.0** is a major step forward, and these are the changes most worth knowing about:
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- **Zsh-z is even faster than before.** Version 2.0 builds on Zsh-z's past successes in optimizing adding to the datafile -- something it does at virtually every prompt -- by streamlining searching and listing, as well. See [Performance](#performance) for the numbers.
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- **Database writes never block your prompt** -- on any platform. The per-prompt `--add` has long run in the background on most systems, but Cygwin and MSYS2 did the write in the foreground, because backgrounding there cost a wrapper subshell plus a job. `--add` now runs as a single disowned job (`&!`) everywhere: one fork, no wrapper subshell, no job-control noise. On Cygwin and MSYS2 that turns a foreground write whose cost grows with your datafile (~30 ms at 300 entries, ~300 ms at 1,000) into a flat ~10-12 ms fork. Elsewhere it halves the forks per prompt.
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- **Safer, crash-resistant concurrent writes.** Writes are now guarded by a dedicated, stable lockfile using `zsh/system` file locking, with a bounded wait for lock acquisition (the new [`ZSHZ_LOCK_TIMEOUT`](#settings), default `1` second). Write errors are handled gracefully, and locks are always released even if a write is interrupted. On Cygwin and MSYS2 a write is also retried briefly if Windows refuses it: a virus scanner or the search indexer that opens the database in the instant between its being written and its being moved into place makes the move fail, which used to lose that one directory silently. Zsh-z now retries the move briefly.
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- **Your database file now has `600` permissions** -- readable and writable only by you -- so that other users on a shared system cannot read your directory history ([#92](https://github.com/agkozak/zsh-z/issues/92)). On Zsh 5+ this uses the in-process `zf_chmod` builtin; on Zsh 4.3.11 it uses a `umask`-in-a-subshell technique that avoids the fork-and-exec of an external `chmod`.
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- **`COMPLETE_ALIASES` works automatically in normal setups.** Tab completion no longer breaks when you have `setopt COMPLETE_ALIASES` enabled. Zsh-z registers the alias automatically on the first Tab press, so the manual `compdef` line that earlier versions required is no longer necessary. [See below](#complete_aliases).
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- **Fixed a `can't clobber parameter tmpfd` error on some Zsh builds.** On certain Zsh builds, every database write could fail with `can't clobber parameter tmpfd containing file descriptor 0`, leaving an error at each new prompt. The file descriptor used for the temporary database file is now held in an unset scalar rather than one seeded with `0`, so the write never trips Zsh's file-descriptor-clobber guard ([#81](https://github.com/agkozak/zsh-z/issues/81)).
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- **A misconfigured database file no longer closes your shell -- or nags you at every prompt.** When `ZSHZ_DATA` points at a directory, or names a file without a directory, Zsh-z now reports the problem and returns instead of calling `exit`. The per-prompt `--add` stays quiet about it, so you are told once, when you actually run `z`, rather than at every prompt ([#103](https://github.com/agkozak/zsh-z/issues/103); props @ahjota).
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- **`z -x` can now remove the entry for a directory that no longer exists -- and can no longer crash Zsh 4.3.11.** The removal target used to have to exist on disk, so a database entry whose directory had been deleted -- exactly the entry you most want gone -- could not be removed. `z -x /deleted/dir` (and `z -xR`) now canonicalizes the argument without requiring it to exist, resolving symlinks in as much of the path as is still present. The same change fixes a crash on Zsh 4.3.11, where an upstream bug makes `${x:A}` segfault when the top-level component of the path is missing: `z -x /gone/sub` -- or a `ZSHZ_DATA` pointing into a missing top-level directory -- could kill the shell there.
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- **More robust startup and operation.** A version check on an unsupported Zsh no longer risks exiting your interactive shell.
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#### Smaller changes you may notice
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None of these should need any action from you, but they are the things a v1 user is most likely to spot:
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- **`-r` and `-t` can no longer be combined.** They name mutually exclusive sort orders -- rank versus recency -- so `z -rt foo` was always contradictory, and `-t` silently took precedence. It is now rejected with an error message instead of silently picking one.
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- **A lockfile appears next to your database.** Writes are serialized through `~/.z.lock` (or `$ZSHZ_DATA` plus `.lock`). It is created `600`, it stays empty, and it is deliberately never deleted -- removing a lockfile that another shell has already opened would reintroduce the very race it exists to prevent. Where `zsh/system` is missing and `zsystem flock` is therefore unavailable -- MobaXterm's cut-down Cygwin is the case in practice -- you will see a short-lived `~/.z.lock.d` **directory** instead, which is created and removed for each write. See [`ZSHZ_LOCK_TIMEOUT`](#settings) for how that fallback behaves.
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- **An existing database gets tightened to `600` on the next write.** If your `~/.z` predates this release and is `644`, the first write will re-mode it. This is the [#92](https://github.com/agkozak/zsh-z/issues/92) fix applied to databases you already have, not just newly created ones. Setting the mode is treated as part of the write rather than a courtesy afterwards: if it cannot be done, the write is abandoned and reports failure instead of publishing a database that anyone on the machine could read.
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The dated entries below remain the historical record of changes leading up to v2.0.
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<details>
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<summary>Here are the older features and updates.</summary>
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- May 6, 2026
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+ Zsh-z will now handle paths with dollar signs (`$`) in them.
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+ Workaround for Zsh emulating `sh`/`bash`/`ksh`.
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- May 1, 2026
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+ Various tab completion bugs resolved.
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- April 27, 2026
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@@ -90,7 +125,7 @@ Zsh-z is a drop-in replacement for `rupa/z` and will, by default, use the same d
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- February 15, 2021
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+ Ranks are displayed the way `rupa/z` now displays them, i.e. as large integers. This should help Zsh-z to integrate with other tools.
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- January 31, 2021
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+ Zsh-z is now efficient enough that, on MSYS2 and Cygwin, it is faster to run it in the foreground than it is to fork a subshell for it.
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+ Zsh-z is now efficient enough that, on MSYS2 and Cygwin, it is faster to run it in the foreground than it is to fork a subshell for it. (Behavior superseded in v2.0.)
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+ `_zshz_precmd` simply returns if `PWD` is `HOME` or in `ZSHZ_EXCLUDE_DIRS`, rather than waiting for `zshz` to do that.
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- January 17, 2021
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+ Made sure that the `PUSHD_IGNORE_DUPS` option is respected.
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@@ -121,11 +156,11 @@ This plugin can be installed simply by putting the various files in a directory
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source /path/to/zsh-z.plugin.zsh
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For tab completion to work, `_zshz` *must* be in the same directory as `zsh-z.plugin.zsh`, and you will want to have loaded `compinit`. The frameworks handle this themselves. If you are not using a framework, put
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Tab completion requires `compinit`. `_zshz` *must* also be in the same directory as `zsh-z.plugin.zsh`. The frameworks handle both of these requirements, but if you are not using a framework, put
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autoload -U compinit; compinit
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in your `.zshrc` somewhere below where you source `zsh-z.plugin.zsh`.
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in your `.zshrc` somewhere below where you source `zsh-z.plugin.zsh` -- the plugin adds its directory to `fpath` at source time, and `compinit` needs to see it there in order to find `_zshz`.
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If you add
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@@ -195,7 +230,7 @@ Add a backslash to the end of the last line and add `'zsh-z'` to the list, e.g.,
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Then relaunch `zsh`.
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### For [zcomet](https://github.com/agkozak/zcomet) users
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Simply add
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zcomet load agkozak/zsh-z
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@@ -235,7 +270,7 @@ Add the line
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to your `.zshrc`.
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Zsh-z supports `zinit`'s `unload` feature; just run `zinit unload agkozak/zsh-z` to restore the shell to its state before Zsh-z was loaded.
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Zsh-z supports `zinit`'s `unload` feature; just run `zinit unload agkozak/zsh-z` to restore the shell to its state before Zsh-z was loaded. It gives back only what it took: the `fpath` entry is removed only if Zsh-z was the one that added it, so a directory your plugin manager put there is left alone, and the Tab-completion mapping is dropped only while it still points at Zsh-z's own completer.
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### For [Znap](https://github.com/marlonrichert/zsh-snap) users
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@@ -274,6 +309,7 @@ to install Zsh-z.
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Zsh-z has environment variables (they all begin with `ZSHZ_`) that change its behavior if you set them. You can also keep your old ones if you have been using `rupa/z` (whose environment variables begin with `_Z_`).
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* `ZSHZ_CASE` can be `ignore`, for case-insensitive matching, or `smart`, for Vim-like `smartcase` matching; [see below](#case-sensitivity) (default: empty, i.e., a case-sensitive match is tried first, then a case-insensitive one)
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* `ZSHZ_CMD` changes the command name (default: `z`)
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* `ZSHZ_CD` specifies the default directory-changing command (default: `builtin cd`)
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* `ZSHZ_COMPLETION` can be `'frecent'` (default) or `'legacy'`, depending on whether you want your completion results sorted according to frecency or simply sorted alphabetically
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@@ -281,9 +317,10 @@ Zsh-z has environment variables (they all begin with `ZSHZ_`) that change its be
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* `ZSHZ_ECHO` displays the new path name when changing directories (default: `0`)
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* `ZSHZ_EXCLUDE_DIRS` is an array of directories to keep out of the database (default: empty)
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* `ZSHZ_KEEP_DIRS` is an array of directories that should not be removed from the database, even if they are not currently available (useful when a drive is not always mounted) (default: empty)
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* `ZSHZ_LOCK_TIMEOUT` is the number of seconds to wait for the database lock before giving up on a write (default: `1`). Where `zsh/system` is unavailable and `zsystem flock` cannot be used -- MobaXterm's cut-down Cygwin, for instance -- Zsh-z serializes writes with an atomic `mkdir` on `~/.z.lock.d` instead, and this setting bounds the wait the same way. That fallback has no equivalent of the kernel releasing a lock when its holder dies, so a lock directory older than 30 seconds is treated as abandoned and cleared; a write takes milliseconds, so nothing legitimate is ever that old. A write that times out is dropped silently -- the automatic `precmd` add is best-effort -- so if the database seems to stop updating, the lock is probably contended: run `z --add .` by hand and check `$?`. A `2` is a lock-acquisition timeout, which confirms contention -- look for a stale process holding `~/.z.lock` (or a leftover `~/.z.lock.d` directory on the fallback path), or raise this setting. A `1` is something else entirely, usually a permissions or ownership problem, such as a root-owned `~/.z` or `~/.z.lock` left behind by an earlier `sudo -s` session.
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* `ZSHZ_MAX_SCORE` is the maximum combined score the database entries can have before they begin to age and potentially drop out of the database (default: 9000)
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* `ZSHZ_NO_RESOLVE_SYMLINKS` prevents symlink resolution (default: `0`)
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* `ZSHZ_OWNER` allows usage when in `sudo -s` mode (default: empty)
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* `ZSHZ_OWNER` is the username the database belongs to; set it to your own login name to keep `z` working in a root shell, such as under `sudo -E -s`; [see below](#zshz_owner) (default: empty)
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* `ZSHZ_TILDE` displays the name of the `HOME` directory as a `~` (default: `0`)
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* `ZSHZ_TRAILING_SLASH` makes it so that a search pattern ending in `/` can match the final element in a path; e.g., `z foo/` can match `/path/to/foo` (default: `0`)
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* `ZSHZ_UNCOMMON` changes the logic used to calculate the directory jumped to; [see below](#zshz_uncommon) (default: `0`)
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@@ -319,6 +356,12 @@ then there is no common prefix. In this case, `z code` will simply send you to t
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You may enable an alternate, experimental behavior by setting `ZSHZ_UNCOMMON=1`. If you do that, Zsh-z will not jump to a common prefix, even if one exists. Instead, it chooses the highest-ranking match -- but it drops any subdirectories that do not include the search term. So if you type `z bat` and `/home/me/code/bat` is the best match, that is exactly where you will end up. If, however, you had typed `z code` and the best match was also `/home/me/code/bat`, you would have ended up in `/home/me/code` (because `code` was what you had searched for). This feature is still in development, and feedback is welcome.
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## `ZSHZ_OWNER`
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If you are using `root` privileges while keeping your personal home directory as `HOME` (as is the case with `sudo -E -s`), conflicts with file ownership arise. You can resolve them by using `ZSHZ_OWNER`. If you set this variable to your username, Zsh-z will be able to use your personal datafile, restoring its proper ownership with every write.
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Setting `ZSHZ_OWNER` makes one thing stricter, because a privileged shell is then writing to a path that an unprivileged user controls: Zsh-z follows a symlink on the way to the datafile -- the file itself, or any parent directory -- only if `root` owns the link, and reports an error instead of writing otherwise. Symlinked system directories, such as `/home` → `/usr/home` on the BSDs or `/var` → `/private/var` on macOS, belong to root and still resolve. With `ZSHZ_OWNER` unset none of this applies: a symlinked `~/.z` is followed exactly as before, so pointing it at synced storage keeps working.
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## Making `--add` Work for You
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Zsh-z internally uses the `--add` option to add paths to its database. @zachriggle pointed out to me that users might want to use `--add` themselves, so I have altered it a little to make it more user-friendly.
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@@ -331,9 +374,33 @@ A good example might involve a directory tree that has Git repositories within i
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(As a Zsh user, I tend to use `**` instead of `find`, but it is good to see how deep your directory trees go before doing that.)
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## Performance
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One of the goals of the rewrite that culminated in v2.0 was to make Zsh-z simultaneously more stable and faster. On modern Zsh, Zsh-z outpaces `rupa/z`'s `z.sh` at adding, searching, and listing. Representative figures (N = 200 database entries, medians of seven interleaved runs on a Core i7-12700 desktop under WSL2):
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**Modern Zsh (5.9) -- Zsh-z vs. `rupa/z`:**
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| Operation | `rupa/z` (`z.sh`) | Zsh-z | Winner |
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| --------- | ----------------- | ----------- | ----------------- |
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| `add` | 6.25 ms/op | 1.99 ms/op | **Zsh-z** ~3.14x |
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| `search` | 6.51 ms/op | 3.62 ms/op | **Zsh-z** ~1.80x |
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| `list` | 8.93 ms/op | 4.36 ms/op | **Zsh-z** ~2.05x |
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**Zsh 4.3.11 (the oldest supported release) -- Zsh-z vs. `rupa/z`:**
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| Operation | `rupa/z` (`z.sh`) | Zsh-z | Winner |
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| --------- | ----------------- | ----------- | ----------------- |
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| `add` | 5.00 ms/op | 2.92 ms/op | **Zsh-z** ~1.71x |
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| `search` | 4.93 ms/op | 4.47 ms/op | **Zsh-z** ~1.10x |
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| `list` | 7.92 ms/op | 6.08 ms/op | **Zsh-z** ~1.30x |
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Removal is absent from these tables: in `rupa/z`, the per-prompt hook re-adds the current directory right after `z -x` removes it, so the two implementations' `-x` are not doing comparable work.
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Relative to the previous generation of Zsh-z, the v2.0 read path is dramatically faster -- on modern Zsh, listing the whole database is about 2.4x faster and searching about 1.6x faster.
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## Other Improvements to the Original Functionality of `rupa/z`
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* `z -x` works, with the help of `chpwd_functions`.
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* `z -x` works: a directory you remove stays removed.
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* Zsh-z is compatible with Solaris.
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* Zsh-z uses the "new" `zshcompsys` completion system instead of the old `compctl` one.
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* No error message is displayed when the database file has not yet been created.
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@@ -355,12 +422,10 @@ If you are coming to Zsh-z (or even to the original `rupa/z`, for that matter) f
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## `COMPLETE_ALIASES`
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`z`, or any alternative you set up using `$ZSHZ_CMD` or `$_Z_CMD`, is an alias. `setopt COMPLETE_ALIASES` divorces the tab completion for aliases from the underlying commands they invoke, so if you enable `COMPLETE_ALIASES`, tab completion for Zsh-z will be broken. You can get it working again, however, by adding under
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`z`, or any alternative you set up using `$ZSHZ_CMD` or `$_Z_CMD`, is an alias. `setopt COMPLETE_ALIASES` divorces the tab completion for aliases from the underlying commands they invoke, which historically broke Zsh-z's tab completion. Zsh-z now handles this automatically: the first Tab press registers the alias name with `_zshz` so completion works under `COMPLETE_ALIASES` without any extra setup.
|
||||
|
||||
setopt COMPLETE_ALIASES
|
||||
|
||||
the line
|
||||
That registration happens inside Zsh-z's own Tab widget. If a plugin loaded after Zsh-z replaces the Tab binding without invoking the previous widget, Zsh-z's widget never runs and the registration does not happen. Under `COMPLETE_ALIASES`, you would then have no completion for `z`. Once `compinit` has run, adding
|
||||
|
||||
compdef _zshz ${ZSHZ_CMD:-${_Z_CMD:-z}}
|
||||
|
||||
That will re-bind `z` or the command of your choice to the underlying Zsh-z function.
|
||||
below `setopt COMPLETE_ALIASES` in your `.zshrc` fixes that, and it is harmless if the automatic registration has already run.
|
||||
|
||||
+2
-6
@@ -1,6 +1,6 @@
|
||||
#compdef zshz ${ZSHZ_CMD:-${_Z_CMD:-z}}
|
||||
#
|
||||
# Zsh-z - jump around with Zsh - A native Zsh version of z without awk, sort,
|
||||
# Zsh-z - jump around with Zsh - A native Zsh version of rupa/z without awk, sort,
|
||||
# date, or sed
|
||||
#
|
||||
# https://github.com/agkozak/zsh-z
|
||||
@@ -24,11 +24,7 @@
|
||||
# LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
|
||||
# OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
|
||||
# SOFTWARE.
|
||||
#
|
||||
# z (https://github.com/rupa/z) is copyright (c) 2009 rupa deadwyler and
|
||||
# licensed under the WTFPL license, Version 2.a
|
||||
#
|
||||
# shellcheck shell=ksh
|
||||
################################################################################
|
||||
|
||||
############################################################
|
||||
# Zsh-z COMPLETIONS
|
||||
|
||||
+1076
-294
File diff suppressed because it is too large
Load Diff
Reference in New Issue
Block a user