# Any items in the `env` entry below will be added as
# environment variables. Some entries may override variables
# set by alacritty it self.
env:
  # TERM env customization.
  #
  # If this property is not set, alacritty will set it to xterm-256color.
  #
  # Note that some xterm terminfo databases don't declare support for italics.
  # You can verify this by checking for the presence of `smso` and `sitm` in
  # `infocmp xterm-256color`.
  TERM: xterm-256color

# Window dimensions in character columns and lines
# (changes require restart)
dimensions:
  columns: 80
  lines: 24

# Adds this many blank pixels of padding around the window
# Units are physical pixels; this is not DPI aware.
# (change requires restart)
padding:
  x: 2
  y: 2

# The FreeType rasterizer needs to know the device DPI for best results
# (changes require restart)
dpi:
  x: 96.0
  y: 96.0

# Display tabs using this many cells (changes require restart)
tabspaces: 8

# When true, bold text is drawn using the bright variant of colors.
draw_bold_text_with_bright_colors: true

# Font configuration (changes require restart)
font:
  # The normal (roman) font face to use.
  normal:
    family: Monaco
    # Style can be specified to pick a specific face.
    # style: Regular

  # The bold font face
  bold:
    family: Monaco
    # Style can be specified to pick a specific face.
    # style: Bold

  # The italic font face
  italic:
    family: Monaco
    # Style can be specified to pick a specific face.
    # style: Italic

  # Point size of the font
  size: 13.0

  # Offset is the extra space around each character. offset.y can be thought of
  # as modifying the linespacing, and offset.x as modifying the letter spacing.
  offset:
    x: 0.0
    y: 0.0

  # Glyph offset determines the locations of the glyphs within their cells with
  # the default being at the bottom. Increase the x offset to move the glyph to
  # the right, increase the y offset to move the glyph upward.
  glyph_offset:
    x: 0.0
    y: 0.0

  # OS X only: use thin stroke font rendering. Thin strokes are suitable
  # for retina displays, but for non-retina you probably want this set to
  # false.
  use_thin_strokes: true

# Should display the render timer
render_timer: false

# Use custom cursor colors. If true, display the cursor in the cursor.foreground
# and cursor.background colors, otherwise invert the colors of the cursor.
custom_cursor_colors: true

colors:
  # Default colors
  primary:
    background: '0x1e1e1e'
    foreground: '0xa7a7a7'

  # Colors the cursor will use if `custom_cursor_colors` is true
  cursor:
    text: '0x1e1e1e'
    cursor: '0xa7a7a7'

  # Normal colors
  normal:
    black:   '0x1e1e1e'
    red:     '0xcf6a4c'
    green:   '0x8f9d6a'
    yellow:  '0xf9ee98'
    blue:    '0x7587a6'
    magenta: '0x9b859d'
    cyan:    '0xafc4db'
    white:   '0xa7a7a7'

  # Bright colors
  bright:
    black:   '0x5f5a60'
    red:     '0xcf6a4c'
    green:   '0x8f9d6a'
    yellow:  '0xf9ee98'
    blue:    '0x7587a6'
    magenta: '0x9b859d'
    cyan:    '0xafc4db'
    white:   '0xa7a7a7'
# Visual Bell
#
# Any time the BEL code is received, Alacritty "rings" the visual bell. Once
# rung, the terminal background will be set to white and transition back to the
# default background color. You can control the rate of this transition by
# setting the `duration` property (represented in milliseconds). You can also
# configure the transition function by setting the `animation` property.
#
# Possible values for `animation`
# `Ease`
# `EaseOut`
# `EaseOutSine`
# `EaseOutQuad`
# `EaseOutCubic`
# `EaseOutQuart`
# `EaseOutQuint`
# `EaseOutExpo`
# `EaseOutCirc`
# `Linear`
#
# To completely disable the visual bell, set its duration to 0.
#
visual_bell:
  animation: EaseOutExpo
  duration: 0

# Key bindings
#
# Each binding is defined as an object with some properties. Most of the
# properties are optional. All of the alphabetical keys should have a letter for
# the `key` value such as `V`. Function keys are probably what you would expect
# as well (F1, F2, ..). The number keys above the main keyboard are encoded as
# `Key1`, `Key2`, etc. Keys on the number pad are encoded `Number1`, `Number2`,
# etc.  These all match the glutin::VirtualKeyCode variants.
#
# Possible values for `mods`
# `Command`, `Super` refer to the super/command/windows key
# `Control` for the control key
# `Shift` for the Shift key
# `Alt` and `Option` refer to alt/option
#
# mods may be combined with a `|`. For example, requiring control and shift
# looks like:
#
# mods: Control|Shift
#
# The parser is currently quite sensitive to whitespace and capitalization -
# capitalization must match exactly, and piped items must not have whitespace
# around them.
#
# Either an `action` or `chars` field must be present. `chars` writes the
# specified string every time that binding is activated. These should generally
# be escape sequences, but they can be configured to send arbitrary strings of
# bytes. Possible values of `action` include `Paste` and `PasteSelection`.
key_bindings:
  - { key: V,        mods: Command, action: Paste                        }
  - { key: C,        mods: Command, action: Copy                         }
  - { key: Q,        mods: Command, action: Quit                         }
  - { key: W,        mods: Command, action: Quit                         }
  - { key: Home,                    chars: "\x1bOH",   mode: AppCursor   }
  - { key: Home,                    chars: "\x1b[1~",  mode: ~AppCursor  }
  - { key: End,                     chars: "\x1bOF",   mode: AppCursor   }
  - { key: End,                     chars: "\x1b[4~",  mode: ~AppCursor  }
  - { key: PageUp,   mods: Shift,   chars: "\x1b[5;2~"                   }
  - { key: PageUp,   mods: Control, chars: "\x1b[5;5~"                   }
  - { key: PageUp,                  chars: "\x1b[5~"                     }
  - { key: PageDown, mods: Shift,   chars: "\x1b[6;2~"                   }
  - { key: PageDown, mods: Control, chars: "\x1b[6;5~"                   }
  - { key: PageDown,                chars: "\x1b[6~"                     }
  - { key: Left,     mods: Shift,   chars: "\x1b[1;2D"                   }
  - { key: Left,     mods: Control, chars: "\x1b[1;5D"                   }
  - { key: Left,     mods: Alt,     chars: "\x1b[1;3D"                   }
  - { key: Left,                    chars: "\x1b[D",   mode: ~AppCursor  }
  - { key: Left,                    chars: "\x1bOD",   mode: AppCursor   }
  - { key: Right,    mods: Shift,   chars: "\x1b[1;2C"                   }
  - { key: Right,    mods: Control, chars: "\x1b[1;5C"                   }
  - { key: Right,    mods: Alt,     chars: "\x1b[1;3C"                   }
  - { key: Right,                   chars: "\x1b[C",   mode: ~AppCursor  }
  - { key: Right,                   chars: "\x1bOC",   mode: AppCursor   }
  - { key: Up,       mods: Shift,   chars: "\x1b[1;2A"                   }
  - { key: Up,       mods: Control, chars: "\x1b[1;5A"                   }
  - { key: Up,       mods: Alt,     chars: "\x1b[1;3A"                   }
  - { key: Up,                      chars: "\x1b[A",   mode: ~AppCursor  }
  - { key: Up,                      chars: "\x1bOA",   mode: AppCursor   }
  - { key: Down,     mods: Shift,   chars: "\x1b[1;2B"                   }
  - { key: Down,     mods: Control, chars: "\x1b[1;5B"                   }
  - { key: Down,     mods: Alt,     chars: "\x1b[1;3B"                   }
  - { key: Down,                    chars: "\x1b[B",   mode: ~AppCursor  }
  - { key: Down,                    chars: "\x1bOB",   mode: AppCursor   }
  - { key: Tab,      mods: Shift,   chars: "\x1b[Z"                      }
  - { key: F1,                      chars: "\x1bOP"                      }
  - { key: F2,                      chars: "\x1bOQ"                      }
  - { key: F3,                      chars: "\x1bOR"                      }
  - { key: F4,                      chars: "\x1bOS"                      }
  - { key: F5,                      chars: "\x1b[15~"                    }
  - { key: F6,                      chars: "\x1b[17~"                    }
  - { key: F7,                      chars: "\x1b[18~"                    }
  - { key: F8,                      chars: "\x1b[19~"                    }
  - { key: F9,                      chars: "\x1b[20~"                    }
  - { key: F10,                     chars: "\x1b[21~"                    }
  - { key: F11,                     chars: "\x1b[23~"                    }
  - { key: F12,                     chars: "\x1b[24~"                    }
  - { key: Back,                    chars: "\x7f"                        }
  - { key: Back,     mods: Alt,     chars: "\x1b\x7f"                    }
  - { key: Insert,                  chars: "\x1b[2~"                     }
  - { key: Delete,                  chars: "\x1b[3~"                     }
  - { key: Key0, mods: Alt, chars: "\x1b0" }
  - { key: Key1, mods: Alt, chars: "\x1b1" }
  - { key: Key2, mods: Alt, chars: "\x1b2" }
  - { key: Key3, mods: Alt, chars: "\x1b3" }
  - { key: Key4, mods: Alt, chars: "\x1b4" }
  - { key: Key5, mods: Alt, chars: "\x1b5" }
  - { key: Key6, mods: Alt, chars: "\x1b6" }
  - { key: Key7, mods: Alt, chars: "\x1b7" }
  - { key: Key8, mods: Alt, chars: "\x1b8" }
  - { key: Key9, mods: Alt, chars: "\x1b9" }

# Mouse bindings
#
# Currently doesn't support modifiers. Both the `mouse` and `action` fields must
# be specified.
#
# Values for `mouse`:
# - Middle
# - Left
# - Right
# - Numeric identifier such as `5`
#
# Values for `action`:
# - Paste
# - PasteSelection
# - Copy (TODO)
mouse_bindings:
  - { mouse: Middle, action: PasteSelection }

mouse:
  double_click: { threshold: 300 }
  triple_click: { threshold: 300 }

selection:
  semantic_escape_chars: ",│`|:\"' ()[]{}<>"

hide_cursor_when_typing: false

# Shell
#
# You can set shell.program to the path of your favorite shell, e.g. /bin/fish.
# Entries in shell.args are passed unmodified as arguments to the shell.
#
#shell:
#  program: /bin/bash
#  args:
#    - --login