rift/rift.default.toml at main · acsandmann/rift

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# rift config
# Copy this file to ~/.config/rift/config.toml or $HOME~/.config/rift/config.toml
# Animations
# - animate: master switch for all window animations
# - animation_duration: seconds per animation (>= 0.0, typical 0.15–0.35)
# - animation_fps: frames per second (0.0 = display refresh rate). 60–120 recommended.
#   ease_in_circ, ease_out_circ, ease_in_out_circ
animate = false
animation_duration = 0.3
animation_fps = 100.0
# Space activation behavior
# - If true, spaces start inactive (rift does not manage windows there)
#   and you must toggle activation via a keybind (toggle_space_activated).
# - If false, spaces are managed by default and you can disable specific ones.
# Default is true; uncomment to change.
#default_disable = false
# Mouse/Focus behavior
# - focus_follows_mouse: moving the mouse into a window focuses it
# - mouse_follows_focus: when focus changes, move the mouse to the focused window
# - mouse_hides_on_focus: hide the mouse cursor after focusing a window
# 	(this only works with mouse_follows_focus=true)
focus_follows_mouse = true
mouse_follows_focus = true
mouse_hides_on_focus = true
# Treat displays stacked in macOS as a horizontal mouse crossing chain when
# they are physically side-by-side. At a left/right edge, the cursor enters
# the logical neighbor at the same vertical offset, if that point exists.
# "top-to-bottom": upper display is logically left of the lower display.
# "bottom-to-top": lower display is logically left of the upper display.
# This changes mouse crossing only, not the macOS display arrangement.
#horizontal_mouse_warp = "top-to-bottom"
# focus_follows_mouse_disable_hotkey temporarily suspends focus-follows-mouse while held
# e.g. "Fn"; omit or set to null to keep focus-follows-mouse always active
#focus_follows_mouse_disable_hotkey = "Fn"
# Prevent certain apps from stealing focus/causing workspace switches
# Provide bundle identifiers (e.g., "com.apple.Spotlight")
# Examples:
#   "com.apple.dock", "com.apple.systemuiserver", "com.apple.SecurityAgent",
#   "com.raycast.macos", "com.apple.Spotlight"
auto_focus_blacklist = []
# Run commands on start
# Tip: You can subscribe to rift events and trigger your own scripts. The command will
# receive environment variables with context:
#   RIFT_EVENT_TYPE            # "workspace_changed" | "windows_changed" | "window_title_changed" | "focused_window_changed"
#   RIFT_WORKSPACE_ID          # workspace id
#   RIFT_WORKSPACE_NAME        # workspace name
#   RIFT_WORKSPACE_INDEX       # workspace index (window_title_changed and focused_window_changed)
#   RIFT_WINDOW_COUNT          # number of windows (windows_changed only)
#   RIFT_WINDOWS               # comma-separated window ids (windows_changed only)
#   RIFT_WINDOW_ID             # window id (window_title_changed and focused_window_changed)
#   RIFT_PREVIOUS_WINDOW_TITLE # previous title (window_title_changed only)
#   RIFT_WINDOW_TITLE          # new title (window_title_changed only)
#   RIFT_EVENT_JSON            # full JSON payload of the event
# Example (sketchybar integration):
# run_on_start = [
#   "rift-cli subscribe cli --event workspace_changed --command sh --args -c --args 'sketchybar --trigger rift_workspace_changed RIFT_WORKSPACE_NAME=\"$RIFT_WORKSPACE_NAME\" RIFT_WORKSPACE_ID=\"$RIFT_WORKSPACE_ID\"'",
#   "rift-cli subscribe cli --event windows_changed --command sh --args -c --args 'sketchybar --trigger rift_windows_changed RIFT_WORKSPACE_NAME=\"$RIFT_WORKSPACE_NAME\" RIFT_WINDOW_COUNT=\"$RIFT_WINDOW_COUNT\"'"
run_on_start = []
# Hot Reloading
# - If true, rift will watch the config file for changes and reload automatically.
# - If false, your config changes will only apply when restarting rift.
hot_reload = true
[settings.layout]
# Layout Types:
#   - "traditional" (i3/sway-like containers)
#   - "bsp" (binary space partitioning)
#   - "stack" (single stacked container)
#   - "master_stack" (master area + stack area)
#   - "scrolling" (niri-like)
# defaults to "traditional" if omitted
# This is the default layout mode if there is nothing else configured
# in the `workspace_rules` section below.
# You can set different layouts per workspace using `workspace_rules`.
mode = "traditional"
# Where new windows are inserted by default for every layout:
# - "next_to_selection": immediately after the selected window
# - "end_of_tree": at the end of the layout
# This can be overridden per-layout in each layouts respective section.
window_insertion_point = "next_to_selection"
# these settings only apply when layout mode == "traditional"
[settings.layout.traditional]
# Use Sway-style node normalization when adding windows. This gives a new node the
# average sibling share while preserving the relative proportions of resized nodes.
equalize_nodes = true
# these settings only apply when layout mode == "master_stack"
[settings.layout.master_stack]
# Fraction of space reserved for the master area (0.05..0.95)
master_ratio = 0.6
# Number of windows kept in the master area (>= 1)
master_count = 1
# Which side the master area occupies (left | right | top | bottom)
master_side = "left"
# Where new windows go when the master area is already full (master | stack | focused)
new_window_placement = "master"
# Orientation arrangement for the master area (horizontal | vertical)
# If omitted, defaults to the direction perpendicular to master_side's split
# master_arrangement = "vertical"
# Orientation arrangement for the stack area (horizontal | vertical)
# If omitted, defaults to the direction perpendicular to master_side's split
# stack_arrangement = "vertical"
# these settings only apply when layout mode == "scrolling"
[settings.layout.scrolling]
# width of the active column (0..1 of screen width)
column_width_ratio = 0.7
# Keep each window's current width when it enters scrolling layout (default: true).
# Widths outside the min/max column bounds are clamped.
preserve_window_sizes = true
# Fill the usable width when only one scrolling column remains, including stacks.
# Its stored width returns when another column is added. Window constraints still apply.
expand_single_column = false
# min_column_width_ratio / max_column_width_ratio: clamp bounds used by resize commands
min_column_width_ratio = 0.3
max_column_width_ratio = 0.9
# Per-display width overrides inherit unspecified values above. Find display UUIDs
# with `rift-cli query displays`.
# [settings.layout.scrolling.per_display."11111111-2222-3333-4444-555555555555"]
# column_width_ratio = 0.5
# min_column_width_ratio = 0.2
# max_column_width_ratio = 0.7
# Alignment for the focused column: "left", "center", or "right"
alignment = "center"
# Horizontal focus behavior:
# - "niri": reveal columns only when needed based on navigation direction
# 			(disrespects alignment setting above)
# - "anchored": always align focused column according to `alignment`
focus_navigation_style = "niri"
[settings.layout.scrolling.gestures]
# Enable horizontal scroll gestures to switch columns
enabled = false
# Invert horizontal direction (swap left/right)
invert_horizontal = false
# Number of fingers required for gesture
fingers = 3
# If true, scrolling past the end of the strip will trigger a workspace switch
# This enables a seemingly endless scroll experience through each workspace's
# strip of windows
propagate_to_workspace_swipe = false
[settings.layout.stack]
# How much of each stacked window sticks out (in pixels)
# Set to 0.0 to have them directly on top of each other.
# Recommended: 30-50 for clear edges while keeping focus visible.
stack_offset = 40.0
# Default stacking orientation when creating a new stack.
# - "perpendicular" (default): choose the perpendicular orientation to the parent layout
# - "same": use the same orientation as the parent layout
# - "horizontal"/"vertical": force a specific orientation
default_orientation = "perpendicular"
[settings.layout.gaps]
# Gap configuration
# - outer: space between windows and screen edges
# - inner: space between tiled windows
# - per_display: optional display-specific overrides keyed by display UUID.
#   When present, the values in a per-display override replace the defaults
#   (you may override only `outer`, only `inner`, or both for a display).
#   Use the display's UUID as the key (for example, from system profiler or via rift CLI).
[settings.layout.gaps.outer]
[settings.layout.gaps.inner]
horizontal = 0
vertical = 0
# Example per-display overrides:
# Replace the quoted key with your display's UUID. Only specify values you want to override.
# [settings.layout.gaps.per_display."11111111-2222-3333-4444-555555555555".outer]
# left = 20
# bottom = 20
# right = 20
# [settings.layout.gaps.per_display."11111111-2222-3333-4444-555555555555".inner]
# horizontal = 8
# vertical = 8
# Enabling requires restarting Rift. Disabling on reload releases Overview resources.
# Reload closes an open Overview; previews are optional and never request permission.
[settings.ui.mission_control]
# enable a niri style overview
enabled = false
# Include empty workspaces as navigation and drag destinations.
show_empty_workspaces = true
[settings.ui.menu_bar]
# enable menu bar workspace indicators
enabled = false
# if enabled, it will show all workspaces including empty ones. disabled because this
# tends to take up too much room in the menubar and then is auto hidden by macos
show_empty = false
# choose between drawing every workspace or only the active workspace on each display
mode = "all"
# when showing workspaces as labels ("index" or "name"), choose which label to render
active_label = "index"
# when displaying workspaces, choose whether to draw the layout preview or a set of labels
# options are "layout" or "label" (i3-style)
display_style = "layout"
# .ron files in this folder appear under Layout Files in the menu bar
layout_folder = "~/.config/rift/layouts"
[settings.ui.stack_line]
# experimental stack line indicator (defaults to off)
enabled = false
# action on hover: "click" or "hover" (defaults to "hover" which is just a visual indicator)
hover = "hover"
# in a horizontal stack where the line will be (top/bottom)
horiz_placement = "top"
# in a vertical stack where the line will be (left/right)
vert_placement = "left"
# how thick the indicator will be (in px)
thickness = 20.0
# spacing between the stack line and window edges (in px)
spacing = 1.0
# RGBA components range from 0.0 to 1.0. Each color can be customized
# selected_color = { r = 0.0, g = 0.5, b = 1.0, a = 1.0 }
# unselected_color = { r = 0.8, g = 0.8, b = 0.8, a = 1.0 }
# border_color = { r = 0.6, g = 0.6, b = 0.6, a = 1.0 }
# Trackpad gestures
[settings.gestures]
# Enable horizontal swipes to switch virtual workspaces
enabled = false
# If true, Rift consumes horizontal swipes handled by its trackpad gesture handlers
# so macOS and the foreground app do not also handle them
consume_dock_swipe = true
# Invert horizontal direction (swap next/prev)
invert_horizontal_swipe = false
# Maximum vertical travel allowed for the horizontal swipe to register.
# Accepts normalized fraction (0..1) or percent (0..100). Example: 0.4 or 40.0
swipe_vertical_tolerance = 0.4
# Skip empty workspaces when swiping
skip_empty = true
# Number of fingers required for swipe
fingers = 3
# Normalized horizontal distance (0..1) to trigger swipe for NSTouch-based detection
distance_pct = 0.08
# Haptic feedback on swipe
haptics_enabled = true
# Mouse move and tiled-window drop behavior
[settings.drag_drop]
# Disable to leave all mouse gestures entirely to macOS and applications.
enabled = true
# Modifier used with action1/action2: cmd | alt | shift | ctrl | fn.
modifier = "fn"
# Left-button and right-button actions: move.
# With the modifier held, the action works from anywhere inside a managed window.
action1 = "move"
# Dropping in the center of another tiled window: swap | stack.
# Dropping near an edge of another tiled window inserts on that side.
# Dropping near an edge of the dragged window's vacated tile moves it one step, like move_node,
# toward sides with no window to drop onto. An edge that would put it back in place acts like the center.
drop_action = "swap"
# Edge-zone depth. Must be between 0.10 and 0.45; 0.25 leaves a 50% x 50% center.
drop_zone_fraction = 0.25
# Show drop-intent feedback when preview rendering is available.
preview = true
[virtual_workspaces]
# Virtual workspaces
# - enabled: if false, rift behaves like a simple tiling WM with a single space
# - default_workspace_count: number of workspaces to create on startup (1–32)
# - auto_assign_windows: when true, new windows can be auto-assigned using app_rules
# - preserve_focus_per_workspace: remember last focused window per workspace
# - workspace_auto_back_and_forth: when enabled, if you try to switch to the same workspace
#   that's already active, it will switch to the last workspace instead
# - prevent_wrapping: when true, next/previous workspace switching stops at the first/last
#   workspace instead of wrapping around
# - reapply_app_rules_on_title_change: if true, app rules are re-evaluated when a window's title changes
enabled = true
default_workspace_count = 4
auto_assign_windows = true
preserve_focus_per_workspace = true
workspace_auto_back_and_forth = false
prevent_wrapping = false
reapply_app_rules_on_title_change = false
# Workspace-specific rules
# - workspace: target workspace by index (integer) or name (string)
# - layout: layout mode to use ("traditional", "bsp", "stack", "master_stack", "scrolling", "floating")
# workspace_rules = [
#   { workspace = 1, layout = "bsp" },
#   { workspace = "second", layout = "scrolling" }
workspace_rules = []
# Default workspace to activate on startup (0-based index).
# If omitted, defaults to 0 (first workspace). Must be less than default_workspace_count.
# Uncomment to change:
# default_workspace = 0
# Workspace names (indexed order). If fewer than default_workspace_count are provided,
# remaining workspaces are named "Workspace X".
# Do not provide more names than default_workspace_count.
workspace_names = [
# App rules (automatic assignment)
# Define rules that match new windows and set properties (workspace, floating, etc).
# Matchable fields:
#   - app_id         : application bundle identifier (exact)
#   - app_name       : substring match against application name
#   - title_regex    : regular expression matched against the window title
#   - title_substring: literal substring (case-sensitive) matched against the title
#   - ax_role / ax_subrole: exact match against macOS Accessibility (AX) role/subrole
# Rule options:
#   - workspace (integer, 0-based): target workspace index. If omitted or invalid, uses the active workspace.
#     Alternatively, `workspace` may be a workspace name string to target by name.
#   - floating (boolean): whether matched windows should float by default.
#   - position ({ x, y }): initial normalized position for floating windows. Values range from
#     0.0 (top/left) to 1.0 (bottom/right); the window remains freely movable afterward.
#   - size ({ w, h }): initial size in logical pixels. Either dimension may be omitted. Floating
#     windows are initially resized; tiled windows receive a one-time resize after insertion.
#   - focus (boolean): focus the window after applying the rule, switching to its virtual workspace.
#   - manage (boolean): optional explicit management override. Set to false to ignore the
#     matching window completely, or true to override Rift/macOS manageability heuristics
#     for a visible window. When omitted, normal heuristics apply. Minimized windows remain unmanaged.
# Matching behavior (summary):
#   1. All rules that match a window are evaluated.
#   2. If multiple matching rules share the same non-empty `app_id`, the rule
#      with the most specified conditions (the most non-empty fields) wins.
#      If there's a tie, the earlier rule in the file wins.
#   3. If matching rules do NOT share the same `app_id`, the rule with the
#      highest specificity (most non-empty fields) is selected; ties are broken by order.
#   4. Within a single rule, all specified fields are combined conjunctively:
#      the rule matches only if every non-empty field matches the window.
#   - To make exceptions for a specific app, place a more specific rule before
#     a general `app_id` rule. Example:
#       app_rules = [
#         { app_id = "com.example.X", title_regex = "Dialog", floating = true },
#         { app_id = "com.example.X", floating = false },
#   - Use `title_substring` for simple, literal (case-sensitive) substring matches.
#     Use `title_regex` for advanced patterns.
# Accessibility (AX) matching:
#   - `ax_role` and `ax_subrole` match the exact AX values reported by macOS
#     (e.g., "AXWindow", "AXDialog", "AXSystemDialog", "AXToolbar").
#   - Useful for distinguishing dialogs, sheets, toolbars, etc., when bundle/name/title aren't enough.
# Validation:
#   - `title_regex` must be a valid regular expression. Invalid regexes cause the rule
#     to be ignored and a warning to be logged.
# Examples:
#   - Float any window with "Preferences" in the title:
#       app_rules = [
#         { title_substring = "Preferences", floating = true },
#   - Match by app name substring and workspace:
#       app_rules = [
#         { app_name = "Calendar", workspace = 2, floating = true },
#   - Float, place, resize, and focus a window:
#       app_rules = [
#         { app_id = "com.example.X", floating = true, position = { x = 0.4, y = 0.7 }, size = { w = 640, h = 480 }, focus = true },
#   - Accessibility example: float dialog windows for a specific app:
#       app_rules = [
#         { app_id = "com.example.X", ax_subrole = "AXDialog", floating = true },
# By default there are no app rules; add or uncomment rules below as needed.
app_rules = []
# Modifier combinations that can be reused in key bindings
# Define common modifier combinations to avoid repetition.
# Example usage: with `comb1 = "Alt + Shift"`, you can write:
#   "comb1 + H" = { move_node = "left" }
[modifier_combinations]
comb1 = "Alt + Shift"
# Key binding syntax
# - Use quotes around the key: "Alt + Shift + H"
# - Supported modifiers: Alt, Ctrl, Shift, Meta (Meta = Command ⌘ on macOS)
# - Arrow keys can be written as ArrowUp/ArrowDown/ArrowLeft/ArrowRight, or just Up/Down/Left/Right
# - Spacing is flexible: "Alt+Down" and "Alt + Down" are equivalent
# - Key values map to commands (see list below)
# Available in [keys] and [binding_modes.*].
# Unit commands use a string; commands with arguments use an inline table.
# Workspace/display indices are zero-based.
# - toggle_space_activated
# - reload_config
# - binding_mode = "default"|"<mode_name>"
# - save_layout = { path = "/path/to/layout.json" }
# - restore_layout = { path = "/path/to/layout.json", scope = "workspace"|"space", source = "saved_active_space"|"current_space" }
#   (source is optional; defaults to "saved_active_space")
# - next_workspace / prev_workspace
# - next_workspace = true|false (optional skip-empty override)
# - prev_workspace = true|false (optional skip-empty override)
# - switch_to_workspace = N
# - move_window_to_workspace = N|"next"|"prev"
# - move_window_to_workspace = { workspace = N|"next"|"prev", follow = true|false, window_id = 123 }
#   (follow and window_id are optional)
# - create_workspace
# - switch_to_last_workspace
# - set_workspace_layout = { mode = "traditional"|"bsp"|"stack"|"master_stack"|"scrolling"|"floating" } (active workspace)
# - set_workspace_layout = { workspace = N, mode = "traditional"|"bsp"|"stack"|"master_stack"|"scrolling"|"floating" }
# - next_window / prev_window (focus wraps when it reaches last window in current workspace)
# - ascend / descend
# - move_focus = "left"|"right"|"up"|"down"
# - move_node = "left"|"right"|"up"|"down"
# - join_window = "left"|"right"|"up"|"down"
# - consume_or_expel_window = "left"|"right"|"up"|"down"
# - toggle_stack / toggle_orientation / unjoin_windows
# - toggle_focus_floating / toggle_window_floating / toggle_fullscreen / toggle_fullscreen_within_gaps
# - toggle_window_floating = { center = true|false, size = { w = 640, h = 480 }|"smart" }
#   (center and size are optional)
# - resize_window_grow / resize_window_shrink (without param, horizontal is default)
# - resize_window_grow = "horizontal"|"vertical"|"smart"
# - resize_window_shrink = "horizontal"|"vertical"|"smart"
# - resize_window_by = { amount = 0.05 }
# - exec = "command" | exec = ["cmd", "arg1", "..."]
# - focus_display = "left"|"right"|"up"|"down"|N|"<display_uuid>"
# - move_mouse_to_display = "left"|"right"|"up"|"down"|N|"<display_uuid>"
# - move_window_to_display = { selector = "left"|"right"|"up"|"down"|N|"<display_uuid>", window_id = 123 }
# - move_workspace_to_display = { selector = "left"|"right"|"up"|"down"|N|"<display_uuid>", wrap_around = true|false }
#   (window_id is optional for move_window_to_display; wrap_around defaults to false)
# - close_window / close_window = { window_server_id = 123 } (optional window id)
# - focus_window = { window_id = 123, window_server_id = 456 }
# - show_mission_control_all / dismiss_mission_control (this is rift's own mission control, not macOS's)
# To enter a resize mode, add a binding to [keys] before declaring the mode.
# "Alt + R" = { binding_mode = "resize" }
# the following commands *only* work when the master stack layout is active
# - adjust_master_ratio = 0.05 / adjust_master_count = { delta = 1 }
# - promote_to_master / swap_master_stack
# the following commands *only* work when the scrolling layout is active
# - scroll_strip = { delta = 0.5 }
# - snap_strip / center_selection
# - switch_preset_column_width (cycle forward)
# - switch_preset_column_width = { backwards = true|false }
"Alt + Z" = "toggle_space_activated"
"Alt + H" = { move_focus = "left" }
"Alt + J" = { move_focus = "down" }
"Alt + K" = { move_focus = "up" }
"Alt + L" = { move_focus = "right" }
"comb1 + H" = { move_node = "left" }
"comb1 + J" = { move_node = "down" }
"comb1 + K" = { move_node = "up" }
"comb1 + L" = { move_node = "right" }
"Alt + 0" = { switch_to_workspace = 0 }
"Alt + 1" = { switch_to_workspace = 1 }
"Alt + 2" = { switch_to_workspace = 2 }
"Alt + 3" = { switch_to_workspace = 3 }
"comb1 + 0" = { move_window_to_workspace = 0 }
"comb1 + 1" = { move_window_to_workspace = 1 }
"comb1 + 2" = { move_window_to_workspace = 2 }
"comb1 + 3" = { move_window_to_workspace = 3 }
"Alt + Tab" = "switch_to_last_workspace"
# commands to change the layout engine of the active workspace
# "Alt + Ctrl + 1" = { set_workspace_layout = { mode = "traditional" } }
# "Alt + Ctrl + 2" = { set_workspace_layout = { mode = "bsp" } }
# "Alt + Ctrl + 3" = { set_workspace_layout = { mode = "master_stack" } }
# "Alt + Ctrl + 4" = { set_workspace_layout = { mode = "scrolling" } }
"Alt + Shift + Left" = { join_window = "left" }
"Alt + Shift + Right" = { join_window = "right" }
"Alt + Shift + Up" = { join_window = "up" }
"Alt + Shift + Down" = { join_window = "down" }
"Alt + Comma" = "toggle_stack"
"Alt + Slash" = "toggle_orientation"
"Alt + Ctrl + E" = "unjoin_windows"
"Alt + Shift + Space" = "toggle_window_floating"
# Optional floating placement (sizes are in logical points):
# "Alt + Shift + Space" = { toggle_window_floating = { center = true } }
# "Alt + Shift + Space" = { toggle_window_floating = { center = true, size = { w = 640, h = 480 } } }
# "Alt + Shift + Space" = { toggle_window_floating = { center = true, size = "smart" } }
"Alt + F" = "toggle_fullscreen"
"Alt + Shift + F" = "toggle_fullscreen_within_gaps"
"comb1 + Ctrl + Space" = "toggle_focus_floating" # briefly bring focus to floating window
# smartly resize windows
"Alt + Shift + Equal" = "resize_window_grow"
"Alt + Shift + Minus" = "resize_window_shrink"
# Example vertical bindings for windows stacked in a scrolling-layout column:
# "Alt + Ctrl + Equal" = { resize_window_grow = "vertical" }
# "Alt + Ctrl + Minus" = { resize_window_shrink = "vertical" }
# Use "smart" to resize the nearest applicable split automatically.
# Move mouse cursor to display by index (0-based) or UUID
# Examples:
# "Alt + Shift + A" = { move_mouse_to_display = 0 }
# "Alt + Shift + S" = { move_mouse_to_display = 1 }
# "Alt + Shift + D" = { move_mouse_to_display = "e9a4f5a1-2f8b-45c1-9f4e-5a6b7c8d9e0f" }
# Focus another display (direction/index/uuid)
# "Alt + Shift + F" = { focus_display = "right" }
# Move a window to a display (by index, UUID, or direction)
# "Alt + Ctrl + Up" = { move_window_to_display = { selector = "up" } }
# "Alt + Ctrl + Down" = { move_window_to_display = { selector = "down" } }
# "Alt + Ctrl + Left" = { move_window_to_display = { selector = "left" } }
# "Alt + Ctrl + Right" = { move_window_to_display = { selector = "right" } }
# "Alt + Ctrl + A" = { move_window_to_display = { selector = 0 } }
# Move the active workspace to another display. Add `wrap_around = true` to cycle at an edge.
# "Alt + Ctrl + Shift + Left" = { move_workspace_to_display = { selector = "left", wrap_around = true } }
# "Alt + Ctrl + Shift + Right" = { move_workspace_to_display = { selector = "right", wrap_around = true } }
# if mission control is enabled
# "Alt + Ctrl + M" = "show_mission_control_all"
"Alt + Enter" = { "exec" = ["/bin/bash", "-c", "open -a \"/System/Applications/Utilities/Terminal.app\""] }
"Alt + Shift + D" = "debug" # prints layout tree
"Alt + Ctrl + S" = "serialize"
"Alt + Ctrl + Q" = "save_and_exit"
# Binding modes replace the active keymap until another mode is selected.
# Keep all [keys] entries above the first [binding_modes.*] table: TOML table
# headers set the scope for following entries, so later keys would belong to
# the binding mode instead.
# [binding_modes.resize]
# "H" = { resize_window_shrink = "horizontal" }
# "L" = { resize_window_grow = "horizontal" }
# "Escape" = { binding_mode = "default" }
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