will wade willwade

## SSMlSpeak.py
import requests

# Azure subscription key and service region
subscription_key = 'YourAzureSubscriptionKey'
service_region = 'YourServiceRegion'

# Set up the TTS endpoint
tts_endpoint = f'https://{service_region}.tts.speech.microsoft.com/cognitiveservices/v1'

# Set up the headers for the HTTP request

## autocorrect.py
from pynput import keyboard, mouse
from pynput.keyboard import Key, Controller as KeyboardController
import requests
import clipman

clipman.init()
keyboard_controller = KeyboardController()
text_buffer = []

def correct_text(text):

## KeyCodes.csv

          
            Key
            Mac
            Windows
            Linux
            Notes

            
              rbKeyUp
              126
              26
              103

            
              rbKeyDown
              125
              28
              108

            
              rbKeyLeft
              123
              25
              105

            
              rbKeyRight
              124
              27
              106

            
              rbKeyBackspace
              117
              8
              14

            
              rbKeyEnter
              76
              *
              28

            
              rbKeyHome
              115
              36
              102

            
              rbKeyEnd
              119
              35
              107

            
              rbKeyPageDown
              121
              34
              109

## reftab.swift
import CryptoKit
import Foundation

struct EmptyResponse: Decodable {}

class ReftabClient {
    let publicKey: String
    let secretKey: String
    let baseURL = "https://www.reftab.com/api"


## ppm-autocorrection.swift
/** So really you'd want to update that training text continually too - but you ideally need a way for people correcting this training text. Something that was easy enough with dasher although undcoumented. You literally edit the text file.
Also note this for autocorrection - but not sure how we would implement this
**/
extension PPM {
    // Generate candidate words by swapping adjacent characters
    func generateCandidates(word: String) -> [String] {
        var candidates: [String] = []
        var chars = Array(word)

        for i in 0..<(chars.count - 1) {

## remap.py
import os
import re
import json
import unicodedata

def xkb_to_unicode(key_code):
    # Add your custom mapping here
    custom_mapping = {
        "adiaeresis": "ä",
        "odiaeresis": "ö",

## commands.md

      
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                willwade
                / commands.md
            
            
              Last active
              August 19, 2023 03:18
            
              
                Apple iOS Voice Control commands list. These are the default ones listed in the settings. If you are looking for the Catalina commands Ron Leblanc has compiled a great list (https://www.dropbox.com/s/stacghczr68o8az/Voice%20Control%20Commands.xlsx?dl=0)
              
          
Table of Contents

Basic Navigation
Overlays
Basic Gestures
Advanced Gestures
Dictation
Text Selection


## requirements.txt
pyperclip
pyttsx4
configparser
translate
TTS
pyaudio
gTTS
gspeak
pygame

## mouseMove.py
from pynput.mouse import Controller
from pynput.keyboard import Listener, Key
import time

# Create an instance of the mouse controller
mouse = Controller()

# Set the initial position of the cursor
x, y = mouse.position

## AutoAcceptAirDrop.osa
property delayInterval : 15 -- seconds
on run
	activate
	tell application "System Events" to set UIAccessStatus to UI elements enabled
end run

on idle
	try
		tell application "System Events"
			tell process "NotificationCenter"
	import requests

	# Azure subscription key and service region
	subscription_key = 'YourAzureSubscriptionKey'
	service_region = 'YourServiceRegion'

	# Set up the TTS endpoint
	tts_endpoint = f'https://{service_region}.tts.speech.microsoft.com/cognitiveservices/v1'

	# Set up the headers for the HTTP request
	from pynput import keyboard, mouse
	from pynput.keyboard import Key, Controller as KeyboardController
	import requests
	import clipman

	clipman.init()
	keyboard_controller = KeyboardController()
	text_buffer = []

	def correct_text(text):
Key	Mac	Windows	Linux	Notes
rbKeyUp	126	26	103
rbKeyDown	125	28	108
rbKeyLeft	123	25	105
rbKeyRight	124	27	106
rbKeyBackspace	117	8	14
rbKeyEnter	76	*	28
rbKeyHome	115	36	102
rbKeyEnd	119	35	107
rbKeyPageDown	121	34	109
	import CryptoKit
	import Foundation

	struct EmptyResponse: Decodable {}

	class ReftabClient {
	let publicKey: String
	let secretKey: String
	let baseURL = "https://www.reftab.com/api"
	/** So really you'd want to update that training text continually too - but you ideally need a way for people correcting this training text. Something that was easy enough with dasher although undcoumented. You literally edit the text file.
	Also note this for autocorrection - but not sure how we would implement this
	**/
	extension PPM {
	// Generate candidate words by swapping adjacent characters
	func generateCandidates(word: String) -> [String] {
	var candidates: [String] = []
	var chars = Array(word)

	for i in 0..<(chars.count - 1) {
	import os
	import re
	import json
	import unicodedata

	def xkb_to_unicode(key_code):
	# Add your custom mapping here
	custom_mapping = {
	"adiaeresis": "ä",
	"odiaeresis": "ö",
	pyperclip
	pyttsx4
	configparser
	translate
	TTS
	pyaudio
	gTTS
	gspeak
	pygame
	from pynput.mouse import Controller
	from pynput.keyboard import Listener, Key
	import time

	# Create an instance of the mouse controller
	mouse = Controller()

	# Set the initial position of the cursor
	x, y = mouse.position
	property delayInterval : 15 -- seconds
	on run
	activate
	tell application "System Events" to set UIAccessStatus to UI elements enabled
	end run

	on idle
	try
	tell application "System Events"
	tell process "NotificationCenter"