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Overview The memory layout of Windows is a bit more complex than that of Linux. While we have seen some of the Linux memory model, it is also a good idea to get a sense of how other OSes perform similar memory virtualization. Get the Software Login to your Windows 10 guest and get the … Read More “CISS-150 Windows Memory” »

(Updated October 2, 2024) 8,000,000 possible numbers. 8M bits in 1M bytes. byte[] ba = new byte[1000000]; ba[0] ba[1] ba[2] ba[3] | byte0 | byte 1 | byte 2 | … 01234567 01234567 01234567 ^ ^ | | 2000007 2000023 byte 0 01234567 ^^^^^^^^ |||||||└ 2000007 ||||||└ 2000006 |||||└ 2000005 ||||└ 2000004 |||└ 2000003 ||└ … Read More “bits” »

public class Strings { public static void print_array(int[] potato) { int x; for (x = 0; x < potato.length; x++) { int y = 0; System.out.println("potato["+x+"] = " + potato[x]); } } public static void main(String[] args) { double cost = 0.0, price, sub; int count; for (String a : args) { System.out.println(a); String parts[] ... Read More “Strings” »

Here is the piece of code we worked on Tuesday. Remember that the for loop leaves x as the length of the String (not found) while indexOf() returns -1. import java.util.Scanner; public class Main { static Scanner kb = new Scanner(System.in); public static void main(String[] args) { int x; // 1 // 01234567890 String line=”ab,cd,e1,23,45″; … Read More “From October 6,2020” »

Overview First, I would like to thank Dave Curry of the The New School. His documentation was the inspiration for this book. Dave’s documentation is still quite useful, but is limited to CAS 5.2. This book begins at CAS 6.1.6 and where appropriate mentions differences in 6.2. (At the time of this writing CAS 6.2 … Read More “Overview” »

Regardless of which version you choose, this code will help get you started! import javafx.application.Application; import javafx.stage.Stage; import javafx.scene.Scene; import javafx.scene.text.TextAlignment; import javafx.scene.control.Label; import javafx.scene.control.TextField; import javafx.scene.control.Button; import javafx.scene.layout.GridPane; //import javafx.event.EventHandler; import javafx.geometry.Pos; import javafx.geometry.HPos; public class Project8_template extends Application { public static int cel2far(int c) { return c * 9 / 5 + 32; … Read More “Project 8 Template” »

(Updated September 1, 2020) Overview For the semester we will be holding class online using Zoom. This way everyone can attend wherever they feel most comfortable and maintain social distance during the Coronavirus Pandemic. Zoom is a very easy product to use and is available on nearly every platform. It is recommended that you test … Read More “Zoom Class Details” »

(Updated March 4, 2020) NOTE: This document supersedes all previous CAS documentation prior to January 2020. We loosely follow the New School model of deploying Apereo CAS. Where appropriate we eliminate or modify the process to suit the needs of HVCC. We are implementing a good portion of the complexity of New School and we … Read More “Layout Test” »

Identify each name as either a primitive data type or a class. [qdeck random=“true”] [q]int [a]primitive [q]String [a]class [q]System [a]class [q]float [a]primitive [/qdeck]

; —————————————————————————– ; A 64-bit command line application to compute x^y. ; ; Syntax: power x y ; x and y are (32-bit) integers ; —————————————————————————– global main extern printf extern puts extern atoi section .text main: push r12 ; save callee-save registers push r13 push r14 ; By pushing 3 registers our stack is … Read More “asm” »