aryamansharda

//
//  ViewController.swift
//  WebKitPDFAndImageDemo
//
//  Created by Aryaman Sharda on 2/18/23.
//

import UIKit
import WebKit

aryamansharda

import sys

if __name__ == '__main__':
    arguments = sys.argv
    # The first parameter is always the call to this executable "python3 check-ambiguous-references" which we can drop
    arguments.pop(0)
    
    ambiguous_constraints_found = False

    # Searches through all of the modified files looking for the introduction of ambiguous constraints

aryamansharda

enum HTTPMethod: String {
    case delete = "DELETE"
    case get = "GET"
    case patch = "PATCH"
    case post = "POST"
    case put = "PUT"
}

enum HTTPScheme: String {
    case http

aryamansharda

// 1
protocol AnalyticsProvider {
    func sendAnalyticsEvent(named name: String, metadata: [String : Any]?)
}

// 2
import FirebaseAnalytics
struct FirebaseAnalyticsProvider: AnalyticsProvider {
    func sendAnalyticsEvent(named name: String, metadata: [String : Any]?) {
        Analytics.logEvent(name, parameters: metadata)

aryamansharda

import Foundation

enum Log {
    enum LogLevel {
        case info
        case warning
        case error
        
        fileprivate var prefix: String {
            switch self {

aryamansharda

import random 
import numpy as np

# https://github.com/jmespadero/pyDelaunay2D
from delaunay2D import Delaunay2D
from PIL import Image
from PIL import ImageDraw

# Load an image from file path
img = Image.open('Jaipur.jpg').convert('RGBA')

aryamansharda

file = open('blog.txt', 'r')

characters = {
	"1": 4,
	"2": 4,
	"3": 4,
	"4": 4,
	"5": 4,
	"6": 5,
	"7": 4,

aryamansharda

import sys
from sys import argv
import struct
from struct import *

def decompress():
    # Default values in order to read the compressed file
    compressed_data = []
    next_code = 256
    decompressed_data = ""

aryamansharda

import sys
from sys import argv
from struct import *

def compress():
    # Building and initializing the dictionary.
    dictionary_size = 256                   
    dictionary = {chr(i): i for i in range(dictionary_size)}    

    # We'll start off our phrase as empty and add characters to it as we encounter them

aryamansharda

from PIL import Image

# Converts image to grayscale
inputImage = Image.open("source.png").convert('L')   
outputImage = Image.new('L', inputImage.size)

width, height = inputImage.size

frequency = {}