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@@ -4,64 +4,56 @@ set -e
projects_dir=$HOME/Projects projects_dir=$HOME/Projects
# Print the sorted, de-duplicated list of selectable projects.
list_projects() { list_projects() {
local projects=() dir relative git_dirs kept_roots=() root kept local projects=() dir relative clone worktree projects_real
# git reports symlink-resolved paths, which may not match how we spell it.
projects_real=$(cd "$projects_dir" 2>/dev/null && pwd -P) ||
projects_real=$projects_dir
# All depth-2 directories without @ are included unconditionally
for dir in "$projects_dir"/*/*/; do for dir in "$projects_dir"/*/*/; do
[ -d "$dir" ] || continue [ -d "$dir" ] || continue
relative="${dir#$projects_dir/}" relative="${dir#$projects_dir/}"
relative="${relative%/}" relative="${relative%/}"
[[ "$relative" != *@* ]] && projects+=("$relative")
if [[ "$relative" != *@* ]]; then
projects+=("$relative")
continue
fi
# `repo@branch` holds the worktrees of the `repo` clone, one level deeper
# per `/` in the branch name. Asking git beats a scan deep enough to reach
# them, which walks every working tree under $projects_dir. `worktree list`
# also names the clone itself, already added above; sort -u collapses it.
clone="$projects_dir/${relative%%@*}"
while IFS= read -r worktree; do
case $worktree in
"$projects_dir"/*) worktree=${worktree#"$projects_dir"/} ;;
"$projects_real"/*) worktree=${worktree#"$projects_real"/} ;;
*) continue ;;
esac
# Registered but deleted worktrees linger until `git worktree prune`.
[ -d "$projects_dir/$worktree" ] || continue
projects+=("$worktree")
done < <(git -C "$clone" worktree list --porcelain 2>/dev/null |
sed -n 's|^worktree ||p')
done done
# For @ directories, only show the top-most directory that holds a .git
# entry. Sorting makes every parent precede its descendants, so once a root
# is kept we drop anything nested beneath it — typically a git submodule —
# while separate clones and worktrees, each in their own directory, survive.
if command -v fd &>/dev/null; then
git_dirs=$(fd -H '^\.git$' "$projects_dir" || true)
else
git_dirs=$(find "$projects_dir" \( -name 'node_modules' -o -name '.git' \) \
-prune -name '.git' -print || true)
fi
while IFS= read -r root; do
for kept in "${kept_roots[@]}"; do
if [[ "$root" == "$kept/"* ]]; then
continue 2
fi
done
kept_roots+=("$root")
projects+=("$root")
done < <(printf '%s\n' "$git_dirs" |
grep '@' |
sed -E -e "s|^$projects_dir/||" -e 's|/\.git/?$||' |
sort -u)
printf '%s\n' "${projects[@]}" | sort -u printf '%s\n' "${projects[@]}" | sort -u
} }
# Second pass: runs inside the popup. Read the list the first pass already # Second pass: runs inside the popup, on the list the first pass built.
# built (so the directory scan only happens once) and open the selection.
if [[ "${1:-}" == --pick ]]; then if [[ "${1:-}" == --pick ]]; then
listfile=$2 listfile=$2
trap 'rm -f "$listfile"' EXIT trap 'rm -f "$listfile"' EXIT
# Cancelling fzf (Esc/^C) exits non-zero; treat it as "no selection" and
# leave quietly, rather than letting the status propagate out of the popup
# and print '...project.sh returned 130' in the parent pane.
project=$( project=$(
fzf --layout=reverse --info=hidden --border=rounded --cycle < "$listfile" fzf --layout=reverse --info=hidden --border=rounded --cycle < "$listfile"
) || exit 0 ) || exit 0
[ -n "$project" ] || exit 0 [ -n "$project" ] || exit 0
# Inside a session for this same project, e.g. one created by `session -p`, # In a session for this same project the slug just repeats the session name,
# the slug only repeats the session name, so name the window after the branch # so use the branch instead. tmux rewrote `.` and `:` in the session name.
# checked out there instead — a worktree's whole identity. Everything up to
# the `@` is the clone the worktrees hang off, and tmux rewrote `.` and `:` in
# the session name, so match both before comparing.
window_name=$project window_name=$project
session=$(tmux display -p '#S') session=$(tmux display -p '#S')
root=${project%%@*} root=${project%%@*}
@@ -76,9 +68,8 @@ if [[ "${1:-}" == --pick ]]; then
exit exit
fi fi
# First pass: scan once, size a popup to fit the longest project name, then # First pass: size the popup, then re-launch inside it. fzf has no width of its
# re-launch ourselves inside it. fzf has no width of its own — it fills the # own — it fills the popup — so the popup width is what we scale.
# popup — so the popup width is what we scale.
listfile=$(mktemp) listfile=$(mktemp)
list_projects > "$listfile" list_projects > "$listfile"
@@ -89,23 +80,19 @@ while IFS= read -r line; do
fi fi
done < "$listfile" done < "$listfile"
# We're launched from run-shell, which owns no client, so resolve the client # run-shell owns no client, so resolve the one that triggered us: without -c
# that triggered us. It both anchors the popup (-c, without which the popup # the popup gets no tty and fzf can't draw.
# gets no tty and fzf can't draw) and gives the terminal width for the cap.
client=$(tmux display -p '#{client_name}') client=$(tmux display -p '#{client_name}')
cols=$(tmux display -p -c "$client" '#{client_width}') cols=$(tmux display -p -c "$client" '#{client_width}')
# Clamp between the original fixed width and 90% of the terminal. In between,
# pad for fzf's chrome: rounded border (2) + pointer gutter (2) + scrollbar (1)
# + a column of breathing room.
min=60 min=60
max=$(( cols * 90 / 100 )) max=$(( cols * 90 / 100 ))
# 6 = border (2) + pointer gutter (2) + scrollbar (1) + breathing room.
width=$(( longest + 6 )) width=$(( longest + 6 ))
(( width < min )) && width=$min (( width < min )) && width=$min
(( width > max )) && width=$max (( width > max )) && width=$max
flags=(-c "$client" -w "$width" -h 10) flags=(-c "$client" -w "$width" -h 10)
# Match the borderless popup the keybinding used on tmux >= 3.3.
if ~/.config/tmux/check-version.sh ">= 3.3"; then if ~/.config/tmux/check-version.sh ">= 3.3"; then
flags+=(-B) flags+=(-B)
fi fi