tkuriyama

I want you to comment on this Zsh Voice mode program. What are some good usability or feature enhancements to consider? ypeset -g SAYMODE_ENABLED=false
typeset -g LAST_COMMAND_OUTPUT=""
typeset -g DEFAULT_PROMPT="$PROMPT"

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tkuriyama

# Initialize the toggle variable
typeset -g VMODE_ENABLED=false

# Define a function to wrap command execution
function speak_output() {
    # Capture the output of the command
    local output=$(eval "$@" 2>&1)

    # Print the output to the terminal
    echo "$output"

tkuriyama

### Step-by-step terminal instructions to install emacspeak on OS X.

### Note by Amanda Lacy
### This file is based on the set of instructions  at this link:
### https://gist.github.com/izahn/cd784303663083ee2c95
### Also, thanks to Haden Pike, Tyler Littlefield, David Tseng and others on the Program-L list for their extra tips on Emacspeak settup.
### Those extra steps are at the botom of this file.
### End note

### If you are feeling lucky you can copy and paste this whole file into

tkuriyama

module Examples.Eratosthenes exposing (..)

{-| Sieve of Eratosthenes examples.

See <https://www.cs.hmc.edu/~oneill/papers/Sieve-JFP.pdf> for further details on the algorithms.

-}

import Dict
import Generator as G

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(use-package js2-mode
 :ensure t
 :mode
 (("\\.m?js\\'" . js2-mode))
 :config
 (add-hook 'js2-mode-hook
           (lambda () (interactive) (column-marker-1 80)))
 ;; Better imenu
 (setq js2-mode-show-parse-errors nil)
 (setq js2-mode-show-strict-warnings nil)

tkuriyama

References

• https://wiki.wireshark.org/Development/LibpcapFileFormat
• https://www.kroosec.com/2012/10/a-look-at-pcap-file-format.html (adapted for MacOS terminal)

Global Header

Structure

tkuriyama

Win probabiloity for A
A: 1 B: 1 | Sim: < 0.1%  | Exact: < 0.1%  | Diff: < 0.1%  | Exact: 0 % 1
A: 1 B: 2 | Sim: < 0.1%  | Exact: < 0.1%  | Diff: < 0.1%  | Exact: 0 % 1
A: 1 B: 3 | Sim: < 0.1%  | Exact: < 0.1%  | Diff: < 0.1%  | Exact: 0 % 1
A: 1 B: 4 | Sim: < 0.1%  | Exact: < 0.1%  | Diff: < 0.1%  | Exact: 0 % 1
A: 1 B: 5 | Sim: < 0.1%  | Exact: < 0.1%  | Diff: < 0.1%  | Exact: 0 % 1
A: 1 B: 6 | Sim: < 0.1%  | Exact: < 0.1%  | Diff: < 0.1%  | Exact: 0 % 1
A: 1 B: 7 | Sim: < 0.1%  | Exact: < 0.1%  | Diff: < 0.1%  | Exact: 0 % 1
A: 1 B: 8 | Sim: < 0.1%  | Exact: < 0.1%  | Diff: < 0.1%  | Exact: 0 % 1
A: 1 B: 9 | Sim: < 0.1%  | Exact: < 0.1%  | Diff: < 0.1%  | Exact: 0 % 1

tkuriyama

{-# LANGUAGE GeneralizedNewtypeDeriving #-}

module Risk where

import Control.Monad.Random
import Control.Applicative
import Data.List (sort, group)
import qualified Data.Map as M (fromList, Map, lookup)
import Data.Ratio

tkuriyama

module SExpr where

import AParser
import Control.Applicative
import Data.Char

------------------------------------------------------------
--  1. Parsing repetitions
------------------------------------------------------------

tkuriyama

module AParser where

import Control.Applicative
import Data.Char

newtype Parser a = Parser { runParser :: String -> Maybe (a, String) }

satisfy :: (Char -> Bool) -> Parser Char
satisfy p = Parser f
  where