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gl.fedora.1: Building A Simple Html5 Calculator In Fedora Gnu/Linux (Node 30)
This short tutorial provides a brief history and background of HTML5. I then demonstrate writing the source code for a simple HTML5 calculator. I wrap it up by demonstrating the calculator. You can see this tutorial in it's original context at http://djere.com/node/30.The LibreOffice slideshow for this lecture is here: http://djere.com/lectures/node30lecture/gl.fedora.1_Building%20a%20Simple%20HTML5%20Calculator%20in%20Fedora%20GNU-Linux.htmlLearning Objectives:Discuss the history of HTML5. -Discuss how HTML5 improves upon HTML4. -Discuss markup language. -Walkthrough writing the code for a simple HTML5 calculator. -Demonstrate the calculator.
and.basics.0: Getting Started Developing Android Apps On Fedora GNU-Linux (Node 28)
In this tutorial, I demonstrate how to set up Fedora 17 GNU/Linux for developing apps for Android, the world's most popular mobile operating system.You can view this tutorial in its original context at http://djere.com/node/28A LibreOffice slideshow of the tutorial is here: http://djere.com/lectures/node28lecture/and.basics.0:%20GettingStarted%20Developing%20Android%20Apps%20On%20Fedora%20GNU-Linux.htmlLearning Objectives: -Discuss Android and Java. -Discuss OpenJDK. -Discuss Android .apk files. -Discuss the Android security sandbox. -Discuss Android application components. -Discuss the Android manifest file. -Demonstrate the Android Development Tools/Eclipse. -Show solutions to various installation problems.
cpp.codeblocks.0: Installing Code::Blocks - Windows (Node 16) motionmaker
You can see this video in its original context here: http://djere.com/node/16The LibreOffice Impress-generated HTML slideshow for this lecture is here:http://djere.com/lectures/node16lecture/node16.installing_codeblocks_windows.htmlThis video is the first in a series on installing Code::Blocks. I created the video as part of the Djere University (http://djere.com) tutorial series. The next video in the series, cpp.codeblocks.1, deals with installing Code::Blocks on a GNU/Linux system.Learning Objectives:- Learn about Code::Blocks.- Learn about MinGW.- Compare the advantages and disadvantages of running Code::Blocks in a Linux versus Windows environment.- Learn how to install and configure Code::Blocks and MinGW on a Windows 7 system.You can see this video in its original context here: http://djere.com/node/16
cpp.codeblocks.1: Installing Code::Blocks - GNU/Linux (Node 17) motionmaker
In this video tutorial, we discuss how to install Code::Blocks on a Fedora 17 GNU/Linux system.You can see this video in its original context here: http://djere.com/node/17The LibreOffice Impress-generated HTML slideshow for this lecture is here:http://djere.com/lectures/node17lecture/node17.installing_codeblocks_linux.htmlThis video is the second in a series on installing Code::Blocks. I created the video as part of the Djere University (http://djere.com) tutorial series. The first video in the series, cpp.codeblocks.0, dealt with installing Code::Blocks on a Windows system.Learning Objectives:- Install and configure Code:Blocks and gcc on a Fedora Linux system.- Write, compile, and run a simple C++ vector program.
cpp.vectors.0: Creating and Sorting Vectors (Node 19) motionmaker
You can see this video in its original context here: http://djere.com/node/19The LibreOffice Impress-generated HTML slideshow for this lecture is here:http://djere.com/lectures/node19lecture/Node19.creating_and_sorting_vectors.htmlThis video discusses creating and sorting vectors. It also discusses doubles, functions, and passing by reference versus passing by value. I created the video as part of the Djere University (http://djere.com) tutorial series. Learning Objectives:- Define doubles.- Discuss creating a vector in C++.- Sorting a vector.- Printing a vector. - Briefly discuss passing a vector by reference versus passing it by value.- Create a vector that accepts double precision numbers.- Allow the user to fill the vector with an unlimited number of numbers of their choice.- Automatically sort the vector from lowest to highest.- Show the user the sorted output.
cpp.vectors.1: Filling and Shuffling a C++ Vector (Node 21) motionmaker
In this tutorial, we will learn how to fill a vector, and then randomly shuffle the numbers contained in that vector.View this tutorial in its original context here:http://djere.com/node/21The LibreOffice Impress-generated HTML slideshow for this lecture is here:http://djere.com/lectures/node21lecture/Filling_and_Shuffling_a_Cplusplus_Vector.htmlLearning objectives:-Explain the srand function in the C standard library.-Explain the rand function in the C standard library.-Explain the difference between random and pseudo-random.-Build a C++ vector program that incorporates pseudo-random numbers.
cpp.highlight.0: Highlighting C++ Code For Web Pages With Highlight (Node 20) motionmaker
In this tutorial, we'll use syntax highlighting to make C++ source code more presentable on a web page. We'll use the Free Software program Highlight to perform the syntax highlighting.You can view this tutorial in its original context here:http://djere.com/node/20The LibreOffice Impress-generated presentation for this lecture is here:http://djere.com/lectures/node20lecture/Node20.highlighting_cpp_code_with_highlight.htmlIn this video tutorial, I present the powerful syntax higlighting tool, Highlight. I demonstrate how I use Highlight on my Fedora GNU/Linux system to make beautifully formatted C++ code for display in tutorials on my website.Learning Objectives:-Define syntax highlighting.-Define secondary notation.-Explain exactly what Highlight is.-Explain which operating systems Highlight is available for.-Explain why one would want to highlight C++ code on a web page.-Walk through an example of highlighting C++ code with Highlight, and pasting it on a web page.
gl.fedora.0: A Gnome Tour Of Fedora 17 (Node 22) motionmaker
In this video, I take the user on a tour of the recently released GNU/Linux distribution Fedora 17.You can see this video in its original context here:http://djere.com/node/22The LibreOffice Impress-generated HTML slideshow for this lecture is here:http://djere.com/lectures/node22lecture/node22.a_gnome_tour_of_fedora_17.htmlIn this video, I take a tour of the recently released GNU/Linux distribution Fedora 17.Learning Objectives:-Discuss Terminator.-Discuss Geany.-Discuss RPM Fusion.-Discuss how to do screencasts in Fedora 17.-Take a tour of Fedora 17.
cpp.arrays.1: Printing The C++ Megamillions Numbers To A File (Node 24) motionmaker
***This video neither promotes nor condones gambling.***This tutorial shows how solve a real-life problem with C++. We follow up on our C++ Megamillions program from the Node 23 Lesson. In this lecture, we will add the ability to print the generate lottery numbers out to a file.You can view this tutorial in its original context here: http://djere.com/node/24The LibreOffice Impress-generated presentation for this lecture is here:http://djere.com/lectures/node24lecture/node24.printing_the_cpp_megamillions_numbers_to_a_file.htmlLearning Objectives:-Discuss the fstream header file.-Discuss the ofstream command.-Follow up on Djere.com/node/23.-Take the output of the C++ Megamillions program and print it to a file.
cpp.arrays.0: Using C++ To Create A Megamillions Program (Node 23) motionmaker
***This video neither promotes nor condones gambling.***This tutorial shows how solve a real-life problem with C++. We follow up on our C++ Megamillions program from the Node 23 Lesson. In this lecture, we will add the ability to print the generate lottery numbers out to a file.You can view this tutorial in its original context here:http://djere.com/node/24The LibreOffice Impress-generated presentation for this lecture is here:http://djere.com/lectures/node24lecture/node24.printing_the_cpp_megamillions_numbers_to_a_file.htmlLearning Objectives:-Discuss the fstream header file.-Discuss the ofstream command.-Follow up on Djere.com/node/23.-Take the output of the C++ Megamillions program and print it to a file.