#!/bin/bash # Mole - Uninstall Module # Interactive application uninstaller with keyboard navigation # # Usage: # uninstall.sh # Launch interactive uninstaller # uninstall.sh --force-rescan # Rescan apps and refresh cache set -euo pipefail # Fix locale issues (avoid Perl warnings on non-English systems) export LC_ALL=C export LANG=C # Get script directory and source common functions SCRIPT_DIR="$(cd "$(dirname "${BASH_SOURCE[0]}")" && pwd)" source "$SCRIPT_DIR/../lib/core/common.sh" source "$SCRIPT_DIR/../lib/ui/menu_paginated.sh" source "$SCRIPT_DIR/../lib/ui/app_selector.sh" source "$SCRIPT_DIR/../lib/uninstall/batch.sh" # Note: Bundle preservation logic is now in lib/core/common.sh # Initialize global variables selected_apps=() # Global array for app selection declare -a apps_data=() declare -a selection_state=() total_items=0 files_cleaned=0 total_size_cleaned=0 # Compact the "last used" descriptor for aligned summaries format_last_used_summary() { local value="$1" case "$value" in "" | "Unknown") echo "Unknown" return 0 ;; "Never" | "Recent" | "Today" | "Yesterday" | "This year" | "Old") echo "$value" return 0 ;; esac if [[ $value =~ ^([0-9]+)[[:space:]]+days?\ ago$ ]]; then echo "${BASH_REMATCH[1]}d ago" return 0 fi if [[ $value =~ ^([0-9]+)[[:space:]]+weeks?\ ago$ ]]; then echo "${BASH_REMATCH[1]}w ago" return 0 fi if [[ $value =~ ^([0-9]+)[[:space:]]+months?\ ago$ ]]; then echo "${BASH_REMATCH[1]}m ago" return 0 fi if [[ $value =~ ^([0-9]+)[[:space:]]+month\(s\)\ ago$ ]]; then echo "${BASH_REMATCH[1]}m ago" return 0 fi if [[ $value =~ ^([0-9]+)[[:space:]]+years?\ ago$ ]]; then echo "${BASH_REMATCH[1]}y ago" return 0 fi echo "$value" } # Scan applications and collect information scan_applications() { # Simplified cache: only check timestamp (24h TTL) local cache_dir="$HOME/.cache/mole" local cache_file="$cache_dir/app_scan_cache" local cache_ttl=86400 # 24 hours local force_rescan="${1:-false}" ensure_user_dir "$cache_dir" # Check if cache exists and is fresh if [[ $force_rescan == false && -f "$cache_file" ]]; then local cache_age=$(($(get_epoch_seconds) - $(get_file_mtime "$cache_file"))) [[ $cache_age -eq $(get_epoch_seconds) ]] && cache_age=86401 # Handle missing file if [[ $cache_age -lt $cache_ttl ]]; then # Cache hit - return immediately # Show brief flash of cache usage if in interactive mode if [[ -t 2 ]]; then echo -e "${GREEN}Loading from cache...${NC}" >&2 # Small sleep to let user see it (optional, but good for "feeling" the speed vs glitch) sleep 0.3 fi echo "$cache_file" return 0 fi fi # Cache miss - prepare for scanning local inline_loading=false if [[ -t 1 && -t 2 ]]; then inline_loading=true # Clear screen for inline loading printf "\033[2J\033[H" >&2 fi local temp_file temp_file=$(create_temp_file) # Pre-cache current epoch to avoid repeated calls local current_epoch current_epoch=$(get_epoch_seconds) # First pass: quickly collect all valid app paths and bundle IDs (NO mdls calls) local -a app_data_tuples=() local -a app_dirs=( "/Applications" "$HOME/Applications" ) local vol_app_dir local nullglob_was_set=0 shopt -q nullglob && nullglob_was_set=1 shopt -s nullglob for vol_app_dir in /Volumes/*/Applications; do [[ -d "$vol_app_dir" && -r "$vol_app_dir" ]] || continue if [[ -d "/Applications" && "$vol_app_dir" -ef "/Applications" ]]; then continue fi if [[ -d "$HOME/Applications" && "$vol_app_dir" -ef "$HOME/Applications" ]]; then continue fi app_dirs+=("$vol_app_dir") done if [[ $nullglob_was_set -eq 0 ]]; then shopt -u nullglob fi for app_dir in "${app_dirs[@]}"; do if [[ ! -d "$app_dir" ]]; then continue; fi while IFS= read -r -d '' app_path; do if [[ ! -e "$app_path" ]]; then continue; fi local app_name app_name=$(basename "$app_path" .app) # Skip nested apps (e.g. inside Wrapper/ or Frameworks/ of another app) # Check if parent path component ends in .app (e.g. /Foo.app/Bar.app or /Foo.app/Contents/Bar.app) # This prevents false positives like /Old.apps/Target.app local parent_dir parent_dir=$(dirname "$app_path") if [[ "$parent_dir" == *".app" || "$parent_dir" == *".app/"* ]]; then continue fi # Get bundle ID only (fast, no mdls calls in first pass) local bundle_id="unknown" if [[ -f "$app_path/Contents/Info.plist" ]]; then bundle_id=$(defaults read "$app_path/Contents/Info.plist" CFBundleIdentifier 2> /dev/null || echo "unknown") fi # Skip system critical apps (input methods, system components) if should_protect_from_uninstall "$bundle_id"; then continue fi # Store tuple: app_path|app_name|bundle_id (display_name will be resolved in parallel later) app_data_tuples+=("${app_path}|${app_name}|${bundle_id}") done < <(command find "$app_dir" -name "*.app" -maxdepth 3 -print0 2> /dev/null) done # Second pass: process each app with parallel size calculation local app_count=0 local total_apps=${#app_data_tuples[@]} # Bound parallelism - for metadata queries, can go higher since it's mostly waiting local max_parallel max_parallel=$(get_optimal_parallel_jobs "io") if [[ $max_parallel -lt 8 ]]; then max_parallel=8 elif [[ $max_parallel -gt 32 ]]; then max_parallel=32 fi local pids=() # inline_loading variable already set above (line ~92) # Process app metadata extraction function process_app_metadata() { local app_data_tuple="$1" local output_file="$2" local current_epoch="$3" IFS='|' read -r app_path app_name bundle_id <<< "$app_data_tuple" # Get localized display name (moved from first pass for better performance) local display_name="$app_name" if [[ -f "$app_path/Contents/Info.plist" ]]; then # Try to get localized name from system metadata (best for i18n) local md_display_name md_display_name=$(run_with_timeout 0.05 mdls -name kMDItemDisplayName -raw "$app_path" 2> /dev/null || echo "") # Get bundle names local bundle_display_name bundle_display_name=$(plutil -extract CFBundleDisplayName raw "$app_path/Contents/Info.plist" 2> /dev/null) local bundle_name bundle_name=$(plutil -extract CFBundleName raw "$app_path/Contents/Info.plist" 2> /dev/null) # Priority order for name selection (prefer localized names): # 1. System metadata display name (kMDItemDisplayName) - respects system language # 2. CFBundleDisplayName - usually localized # 3. CFBundleName - fallback # 4. App folder name - last resort if [[ -n "$md_display_name" && "$md_display_name" != "(null)" && "$md_display_name" != "$app_name" ]]; then display_name="$md_display_name" elif [[ -n "$bundle_display_name" && "$bundle_display_name" != "(null)" ]]; then display_name="$bundle_display_name" elif [[ -n "$bundle_name" && "$bundle_name" != "(null)" ]]; then display_name="$bundle_name" fi fi # Parallel size calculation local app_size="N/A" local app_size_kb="0" if [[ -d "$app_path" ]]; then # Get size in KB, then format for display app_size_kb=$(get_path_size_kb "$app_path") app_size=$(bytes_to_human "$((app_size_kb * 1024))") fi # Get last used date local last_used="Never" local last_used_epoch=0 if [[ -d "$app_path" ]]; then # Try mdls first with short timeout (0.1s) for accuracy, fallback to mtime for speed local metadata_date metadata_date=$(run_with_timeout 0.1 mdls -name kMDItemLastUsedDate -raw "$app_path" 2> /dev/null || echo "") if [[ "$metadata_date" != "(null)" && -n "$metadata_date" ]]; then last_used_epoch=$(date -j -f "%Y-%m-%d %H:%M:%S %z" "$metadata_date" "+%s" 2> /dev/null || echo "0") fi # Fallback if mdls failed or returned nothing if [[ "$last_used_epoch" -eq 0 ]]; then last_used_epoch=$(get_file_mtime "$app_path") fi if [[ $last_used_epoch -gt 0 ]]; then local days_ago=$(((current_epoch - last_used_epoch) / 86400)) if [[ $days_ago -eq 0 ]]; then last_used="Today" elif [[ $days_ago -eq 1 ]]; then last_used="Yesterday" elif [[ $days_ago -lt 7 ]]; then last_used="${days_ago} days ago" elif [[ $days_ago -lt 30 ]]; then local weeks_ago=$((days_ago / 7)) [[ $weeks_ago -eq 1 ]] && last_used="1 week ago" || last_used="${weeks_ago} weeks ago" elif [[ $days_ago -lt 365 ]]; then local months_ago=$((days_ago / 30)) [[ $months_ago -eq 1 ]] && last_used="1 month ago" || last_used="${months_ago} months ago" else local years_ago=$((days_ago / 365)) [[ $years_ago -eq 1 ]] && last_used="1 year ago" || last_used="${years_ago} years ago" fi fi fi # Write to output file atomically # Fields: epoch|app_path|display_name|bundle_id|size_human|last_used|size_kb echo "${last_used_epoch}|${app_path}|${display_name}|${bundle_id}|${app_size}|${last_used}|${app_size_kb}" >> "$output_file" } export -f process_app_metadata # Create a temporary file to track progress local progress_file="${temp_file}.progress" echo "0" > "$progress_file" # Start a background spinner that reads progress from file local spinner_pid="" ( # shellcheck disable=SC2329 # Function invoked indirectly via trap cleanup_spinner() { exit 0; } trap cleanup_spinner TERM INT EXIT local spinner_chars="|/-\\" local i=0 while true; do local completed=$(cat "$progress_file" 2> /dev/null || echo 0) local c="${spinner_chars:$((i % 4)):1}" if [[ $inline_loading == true ]]; then printf "\033[H\033[2K%s Scanning applications... %d/%d\n" "$c" "$completed" "$total_apps" >&2 else printf "\r\033[K%s Scanning applications... %d/%d" "$c" "$completed" "$total_apps" >&2 fi ((i++)) sleep 0.1 2> /dev/null || sleep 1 done ) & spinner_pid=$! # Process apps in parallel batches for app_data_tuple in "${app_data_tuples[@]}"; do ((app_count++)) # Launch background process process_app_metadata "$app_data_tuple" "$temp_file" "$current_epoch" & pids+=($!) # Update progress to show scanning progress (use app_count as it increments smoothly) echo "$app_count" > "$progress_file" # Wait if we've hit max parallel limit if ((${#pids[@]} >= max_parallel)); then wait "${pids[0]}" 2> /dev/null pids=("${pids[@]:1}") # Remove first pid fi done # Wait for remaining background processes for pid in "${pids[@]}"; do wait "$pid" 2> /dev/null done # Stop the spinner and clear the line if [[ -n "$spinner_pid" ]]; then kill -TERM "$spinner_pid" 2> /dev/null || true wait "$spinner_pid" 2> /dev/null || true fi if [[ $inline_loading == true ]]; then printf "\033[H\033[2K" >&2 else echo -ne "\r\033[K" >&2 fi rm -f "$progress_file" # Check if we found any applications if [[ ! -s "$temp_file" ]]; then echo "No applications found to uninstall" >&2 rm -f "$temp_file" return 1 fi # Sort by last used (oldest first) and cache the result # Show brief processing message for large app lists if [[ $total_apps -gt 50 ]]; then if [[ $inline_loading == true ]]; then printf "\033[H\033[2KProcessing %d applications...\n" "$total_apps" >&2 else printf "\rProcessing %d applications... " "$total_apps" >&2 fi fi sort -t'|' -k1,1n "$temp_file" > "${temp_file}.sorted" || { rm -f "$temp_file" return 1 } rm -f "$temp_file" # Clear processing message if [[ $total_apps -gt 50 ]]; then if [[ $inline_loading == true ]]; then printf "\033[H\033[2K" >&2 else printf "\r\033[K" >&2 fi fi # Save to cache (simplified - no metadata) ensure_user_file "$cache_file" cp "${temp_file}.sorted" "$cache_file" 2> /dev/null || true # Return sorted file if [[ -f "${temp_file}.sorted" ]]; then echo "${temp_file}.sorted" else return 1 fi } load_applications() { local apps_file="$1" if [[ ! -f "$apps_file" || ! -s "$apps_file" ]]; then log_warning "No applications found for uninstallation" return 1 fi # Clear arrays apps_data=() selection_state=() # Read apps into array, skip non-existent apps while IFS='|' read -r epoch app_path app_name bundle_id size last_used size_kb; do # Skip if app path no longer exists [[ ! -e "$app_path" ]] && continue apps_data+=("$epoch|$app_path|$app_name|$bundle_id|$size|$last_used|${size_kb:-0}") selection_state+=(false) done < "$apps_file" if [[ ${#apps_data[@]} -eq 0 ]]; then log_warning "No applications available for uninstallation" return 1 fi return 0 } # Cleanup function - restore cursor and clean up cleanup() { # Restore cursor using common function if [[ "${MOLE_ALT_SCREEN_ACTIVE:-}" == "1" ]]; then leave_alt_screen unset MOLE_ALT_SCREEN_ACTIVE fi if [[ -n "${sudo_keepalive_pid:-}" ]]; then kill "$sudo_keepalive_pid" 2> /dev/null || true wait "$sudo_keepalive_pid" 2> /dev/null || true sudo_keepalive_pid="" fi show_cursor exit "${1:-0}" } # Set trap for cleanup on exit trap cleanup EXIT INT TERM main() { local force_rescan=false for arg in "$@"; do case "$arg" in "--debug") export MO_DEBUG=1 ;; "--force-rescan") force_rescan=true ;; esac done local use_inline_loading=false if [[ -t 1 && -t 2 ]]; then use_inline_loading=true fi # Hide cursor during operation hide_cursor # Main interaction loop while true; do # Simplified: always check if we need alt screen for scanning # (scan_applications handles cache internally) local needs_scanning=true local cache_file="$HOME/.cache/mole/app_scan_cache" if [[ $force_rescan == false && -f "$cache_file" ]]; then local cache_age=$(($(get_epoch_seconds) - $(get_file_mtime "$cache_file"))) [[ $cache_age -eq $(get_epoch_seconds) ]] && cache_age=86401 # Handle missing file [[ $cache_age -lt 86400 ]] && needs_scanning=false fi # Only enter alt screen if we need scanning (shows progress) if [[ $needs_scanning == true && $use_inline_loading == true ]]; then # Only enter if not already active if [[ "${MOLE_ALT_SCREEN_ACTIVE:-}" != "1" ]]; then enter_alt_screen export MOLE_ALT_SCREEN_ACTIVE=1 export MOLE_INLINE_LOADING=1 export MOLE_MANAGED_ALT_SCREEN=1 fi printf "\033[2J\033[H" >&2 else # If we don't need scanning but have alt screen from previous iteration, keep it? # Actually, scan_applications might output to stderr. # Let's just unset the flags if we don't need scanning, but keep alt screen if it was active? # No, select_apps_for_uninstall will handle its own screen management. unset MOLE_INLINE_LOADING MOLE_MANAGED_ALT_SCREEN MOLE_ALT_SCREEN_ACTIVE if [[ "${MOLE_ALT_SCREEN_ACTIVE:-}" == "1" ]]; then leave_alt_screen unset MOLE_ALT_SCREEN_ACTIVE fi fi # Scan applications local apps_file="" if ! apps_file=$(scan_applications "$force_rescan"); then if [[ "${MOLE_ALT_SCREEN_ACTIVE:-}" == "1" ]]; then printf "\033[2J\033[H" >&2 leave_alt_screen unset MOLE_ALT_SCREEN_ACTIVE unset MOLE_INLINE_LOADING MOLE_MANAGED_ALT_SCREEN fi return 1 fi if [[ "${MOLE_ALT_SCREEN_ACTIVE:-}" == "1" ]]; then printf "\033[2J\033[H" >&2 fi if [[ ! -f "$apps_file" ]]; then # Error message already shown by scan_applications if [[ "${MOLE_ALT_SCREEN_ACTIVE:-}" == "1" ]]; then leave_alt_screen unset MOLE_ALT_SCREEN_ACTIVE unset MOLE_INLINE_LOADING MOLE_MANAGED_ALT_SCREEN fi return 1 fi # Load applications if ! load_applications "$apps_file"; then if [[ "${MOLE_ALT_SCREEN_ACTIVE:-}" == "1" ]]; then leave_alt_screen unset MOLE_ALT_SCREEN_ACTIVE unset MOLE_INLINE_LOADING MOLE_MANAGED_ALT_SCREEN fi rm -f "$apps_file" return 1 fi # Interactive selection using paginated menu set +e select_apps_for_uninstall local exit_code=$? set -e if [[ $exit_code -ne 0 ]]; then if [[ "${MOLE_ALT_SCREEN_ACTIVE:-}" == "1" ]]; then leave_alt_screen unset MOLE_ALT_SCREEN_ACTIVE unset MOLE_INLINE_LOADING MOLE_MANAGED_ALT_SCREEN fi show_cursor clear_screen printf '\033[2J\033[H' >&2 # Also clear stderr rm -f "$apps_file" # Handle Refresh (code 10) if [[ $exit_code -eq 10 ]]; then force_rescan=true continue fi # User cancelled selection, exit the loop return 0 fi # Always clear on exit from selection, regardless of alt screen state if [[ "${MOLE_ALT_SCREEN_ACTIVE:-}" == "1" ]]; then leave_alt_screen unset MOLE_ALT_SCREEN_ACTIVE unset MOLE_INLINE_LOADING MOLE_MANAGED_ALT_SCREEN fi # Restore cursor and clear screen (output to both stdout and stderr for reliability) show_cursor clear_screen printf '\033[2J\033[H' >&2 # Also clear stderr in case of mixed output local selection_count=${#selected_apps[@]} if [[ $selection_count -eq 0 ]]; then echo "No apps selected" rm -f "$apps_file" # Loop back or exit? If select_apps_for_uninstall returns 0 but empty selection, # it technically shouldn't happen based on that function's logic. continue fi # Show selected apps with clean alignment echo -e "${BLUE}${ICON_CONFIRM}${NC} Selected ${selection_count} app(s):" local -a summary_rows=() local max_name_width=0 local max_size_width=0 local max_last_width=0 # First pass: get actual max widths for all columns for selected_app in "${selected_apps[@]}"; do IFS='|' read -r _ _ app_name _ size last_used _ <<< "$selected_app" [[ ${#app_name} -gt $max_name_width ]] && max_name_width=${#app_name} local size_display="$size" [[ -z "$size_display" || "$size_display" == "0" || "$size_display" == "N/A" ]] && size_display="Unknown" [[ ${#size_display} -gt $max_size_width ]] && max_size_width=${#size_display} local last_display=$(format_last_used_summary "$last_used") [[ ${#last_display} -gt $max_last_width ]] && max_last_width=${#last_display} done ((max_size_width < 5)) && max_size_width=5 ((max_last_width < 5)) && max_last_width=5 # Calculate name width: use actual max, but constrain by terminal width # Fixed elements: "99. " (4) + " " (2) + " | Last: " (11) = 17 local term_width=$(tput cols 2> /dev/null || echo 100) local available_for_name=$((term_width - 17 - max_size_width - max_last_width)) # Dynamic minimum for better spacing on wide terminals local min_name_width=24 if [[ $term_width -ge 120 ]]; then min_name_width=50 elif [[ $term_width -ge 100 ]]; then min_name_width=42 elif [[ $term_width -ge 80 ]]; then min_name_width=30 fi # Constrain name width: dynamic min, max min(actual_max, available, 60) local name_trunc_limit=$max_name_width [[ $name_trunc_limit -lt $min_name_width ]] && name_trunc_limit=$min_name_width [[ $name_trunc_limit -gt $available_for_name ]] && name_trunc_limit=$available_for_name [[ $name_trunc_limit -gt 60 ]] && name_trunc_limit=60 # Reset for second pass max_name_width=0 for selected_app in "${selected_apps[@]}"; do IFS='|' read -r epoch app_path app_name bundle_id size last_used size_kb <<< "$selected_app" local display_name="$app_name" if [[ ${#display_name} -gt $name_trunc_limit ]]; then display_name="${display_name:0:$((name_trunc_limit - 3))}..." fi [[ ${#display_name} -gt $max_name_width ]] && max_name_width=${#display_name} local size_display="$size" if [[ -z "$size_display" || "$size_display" == "0" || "$size_display" == "N/A" ]]; then size_display="Unknown" fi local last_display last_display=$(format_last_used_summary "$last_used") summary_rows+=("$display_name|$size_display|$last_display") done ((max_name_width < 16)) && max_name_width=16 local index=1 for row in "${summary_rows[@]}"; do IFS='|' read -r name_cell size_cell last_cell <<< "$row" printf "%d. %-*s %*s | Last: %s\n" "$index" "$max_name_width" "$name_cell" "$max_size_width" "$size_cell" "$last_cell" ((index++)) done # Execute batch uninstallation (handles confirmation) batch_uninstall_applications # Cleanup current apps file rm -f "$apps_file" # Pause before looping back echo -e "${GRAY}Press Enter to return to application list, ESC to exit...${NC}" local key IFS= read -r -s -n1 key || key="" drain_pending_input # Clean up any escape sequence remnants case "$key" in $'\e' | q | Q) show_cursor return 0 ;; *) # Continue loop ;; esac # Reset force_rescan to false for subsequent loops, # but relying on batch_uninstall's cache deletion for actual update force_rescan=false done } # Run main function