Pratique du Shadowing: How to Get Started with C# in Visual Studio Code! Full Tutorial for Beginners - Apprendre l'anglais à l'oral avec la vidéo
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What's going on guys, welcome back to the channel
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and today's video is going to be an absolute beginner crash course in C Sharp.
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So to get started with C Sharp you're going to want to install an IDE, an integrated development environment, and the one I'll be using for this tutorial series
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and I really recommend this one is Microsoft Visual Studio.
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To get to it, just Google Visual Studio download, take the link that will take you to Microsoft.com.
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And for this installation, you can either download Visual Studio, make sure you grab Community Edition so you don't have to pay for it,
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it's totally free, or you can just hit this download Visual Studio with .NET.
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If you do do the community download, then there's going to be a whole bunch of options
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and you have to select some things to make sure you get the right type.
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After you download Visual Studio, it's going to ask you what kind of install you want, and just make sure you select the one that says .NET Framework, because that's what we'll be using for C Sharp.
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So once you have it downloaded and installed, you're going to click on Visual Studio to get to open, and just create a new project.
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It gives you all these options, because Visual Studio has like 100 gigabytes worth of plugins and different applications you can run through it.
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But what we're going to be using is console app with .NET framework.
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So there are so many options that there's actually even two called console application.
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So make sure you grab the one with .NET framework so that you can follow along in this tutorial.
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So hit next, give it a name, we'll call this C sharp crash course, call it whatever you want, and just hit create.
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And what you're going to notice once it loads up is there's a little bit of pre-populated code.
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And you're going to see it says using system and then a whole bunch of add-ins after that.
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Don't worry about these too much.
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They're essentially modules accessing things inside of your computer so that the code can run.
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Just leave it as is.
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It needs to be there, but you don't really need to know what it means for this tutorial.
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And then kind of the same with this solution explorer over on the right.
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There's a whole bunch of things in there, properties, references.
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As we get more into C-sharp, we'll talk about what a lot of those do, but all you really need to recognize for today is this
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C-sharp file is given the same name you just gave your project, and you'll notice over here on the left your namespace is also the name of the project you just gave it.
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And this auto-populated class is really just a location to put functional code inside of it.
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We'll really nail down a description as we get more into the tutorials, but I just want to get you guys programming as fast as possible.
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And then this static void main is a method and a function where you're going to put code as well.
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But all you really need to know for now is every time there's an open and closed curly brackets, that's essentially the start of and end of a code module.
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And for getting started, you want to just put all of the functional code inside of your main function.
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You'll notice the indentation is going to be pretty much automatic for you, so you don't have to worry about syntax,
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just make sure it's inside the curly brackets underneath static void main
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and we'll write all of our code for this tutorial inside of main.
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So the very first thing I want to do is just get something displayed on the console.
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If this is the first programming language that you've ever seen and somehow the first tutorial that you've ever watched,
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welcome and be sure to like and subscribe for more content, but you're probably familiar with the fact the first program
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that people always write is basically a Hello World program where they just print Hello World onto the screen.
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That's kind of boring, so instead of writing Hello World, we'll write like, what is freaking up?
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Because that's way cooler.
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But I want to talk about this line of code because there's a few things going on here, C-sharp specific, that we should really discuss.
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So console is how you address the window that's going to pop up.
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The console is sort of referred to as like the command window.
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If you're completely unfamiliar with computers, a console window is basically the lowest level, just simple display that you can get out of your computer.
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There's not a lot going on.
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It's black and white typically.
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It's just plain text.
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And so console.writeLine is all you need to put in to get something to display on a window
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when you run your program.
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But what you'll see, so console.writeline, and then open parentheses, close parentheses,
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and then any text that you put inside of quotation marks is going to display on the screen.
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And then make sure anytime you have a line, so this is basically like a little executable, it's an instruction.
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Anytime you want to end an instruction, you need to make sure you put a semicolon at the end of the line.
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You're going to get errors if you don't put those in.
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C Sharp in Visual Studio is pretty good about helping you debug and troubleshoot errors.
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So if you forget a semicolon, a lot of the times you'll get a little error pop-up that says like semicolon expected.
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You're going to forget about semicolons.
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People who have been programming for years forget semicolons.
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So don't worry about it.
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Just try to keep that in mind.
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But so this is all we need to display something on the screen.
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But what you'll see if I go up here and I hit start and it's going to do something called compiling, which is making sure your code is valid.
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And then it's going to run.
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But what you saw there, maybe you didn't, the console pops up just for like one scan of the computer.
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And then it goes away right away because it's executing the code.
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And then as far as it can tell, it's done.
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So what we need to do is just put kind of a break in this code by adding console.readline, and then we'll just do open and close parentheses, and then a semicolon.
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And now when we run this, I'll talk a little bit about what that does.
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Okay, we get our text.
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What is freaking up?
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That's sweet.
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So that's cool.
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That's basically our Hello World program.
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And what it's doing right now, you can see the blinking inside of our console window.
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It's waiting for some sort of text.
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So I type whatever in here and then when I hit enter, it's going to execute and then read that line and that's
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when the window closes So we use this read line to add a break to the programming, but this is super useful
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Anytime you want to slow down a program and understand where it is at the moment
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You just hit you put a console dot read line in there and that'll put a break in your programming Okay, so that's sweet.
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That's your first function you've downloaded Visual Studio and gotten programming in like five minutes.
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So great job.
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Let's go to the next thing.
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Let's start doing something kind of cool.
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A lot of tutorials will stop right there and be like, oh, you learned Visual Studio.
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Like, you learned C sharp.
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Let's actually do something useful.
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So I want to talk real quick.
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I'm going to copy this console write line and we're going to change the text.
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But I want to talk a little bit about the order it goes in.
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So I'm going to put like three different fruits in here so that you can see apple, banana, and then orange.
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So hopefully if you're familiar with English and how we read in society,
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we go left to right and top to bottom and that's how C sharp executes as well.
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So if I run this, you'll see apple first, banana second, orange third.
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So order matters.
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And what I mean by that is like
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if I'm to gonna copy orange and move it up to the top
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and then I run this you're gonna see orange before apple
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and banana now so this order is is also how it's going to execute so
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if you ever write code where like something happening down here
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needs to see something has completed up here order is really important it's going to give you an error
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if you try to like reference a variable that doesn't get created until later in your program.
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That's kind of a universal truth of programming.
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So even if you learn other languages, if you learn Python, it's exactly the same Java.
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It doesn't matter if you try to reference a variable on a line before you have instantiated,
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called, defined, whatever the verbiage of that language is.
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If you haven't created a variable, you're not going to be able to use it yet.
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So that's cool.
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We've written multiple lines of code.
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We've got a break in there so that we can read about it.
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But let's start using variables.
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I just referenced variables, just talking about them, and that's a super important thing in all programming, especially C-sharp.
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To use variables is going to give you some flexibility.
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So let's say you wanted to create a little Mad Libs.
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That's your name is Pete, your
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age is 25 and then we'll say third line
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but next year you will be 26 okay like yeah I can enter these manually
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but that's not a very robust program what would be a lot better is
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if I had a variable for my name
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so we'll make to make a variable you enter the data type
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and we'll talk a little bit about data types in a second
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but name is going to be a string
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so you type in the word string
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and then you type the name the name of your variable which in this case is going to be name
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and then you give it an initial value
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so for a string we'll say name is going to be equal to pete
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and make sure you've got your semicolon and then we will say for age
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but age is going to be a whole number.
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So that's integer, which is just int in C sharp.
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And then we'll say age, and that's equal to, and you don't need quotations when you're doing integers, it's going to recognize the number format.
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Okay.
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So now, instead of your name is Pete, we're going to say your name is space.
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And then we're going to use this plus sign, which is, it's technically addition, but in string terms, this is called concatenation.
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And so we're basically saying your name is plus and then the name of the variable we gave it.
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So we don't have to type in the whole string name equal Pete.
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We just say name.
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And then it's the exact same thing for age.
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And this is one difference between like Python and C sharp and C plus plus.
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In C sharp, it can concatenate a string with a integer or decimal value just by it's able to convert that.
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It's able to handle that internally.
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If this was Python, you'd have to do a string conversion so that you're only dealing with strings.
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You can leave this in here just as an integer.
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But then, this is a super cool thing.
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Now, in the middle of our program, we can just say age equals the previous value of age plus one.
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And now we can say right here, next year you will be plus age.
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And this is going to do basically exactly what we need it to do.
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It's always going to give you the value and CIR I forgot semicolon.
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This is always going to give you a value saying next year you will be your age plus one.
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And you could make this a new variable.
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You could say like new age equals age plus one.
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You'd have to do the whole gambit just like this.
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But because order matters, we can have it work both ways.
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We can just say age equals age plus one.
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And so this is going to tell us we're 25
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and then it's going to add one to it and then next year you'll be 26.
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So if I go ahead and run this and you run yours, you're going to see your name is Pete, your age is 25, next year you'll be 26.
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Okay, let's do someone else.
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Let's say your name is Jack and you're 27.
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Okay, so all I did was change two values and right away the whole thing updates to be correct.
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Your name's Jack, 27, next year will be 28.
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So that's the power of variables, and this is kind of a silly example because there's not really a value in Mad Libs,
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but in general, anytime you store value in a variable, it's because you want to keep using it, you want to manipulate it throughout your program,
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and it's a lot easier to store that somewhere than have to keep in mind what it was and hard code it. So that's super useful.
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That's kind of a brief introduction to variables.
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But let's say we want this to be a little more intuitive.
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And I don't want to have to change these values initially.
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I want to ask the user for input.
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Because right now, all we're really doing is providing output to the system.
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what we're going to do is make it where we ask the user for that name and for that age.
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And this is going to be great because essentially the core of programming is get user input,
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process the input, and then display some output using the inputs that you got.
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So we're going to do all of that inside this function in just a few minutes.
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So instead of just doing this string name equals and then just entering a value,
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what we're going to do is give them some instructions.
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So we'll use this console.writeLine and we'll say, parentheses, enter your name.
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And we'll put that on one line.
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And then we'll go ahead and close that semicolon.
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And now what we're going to do is we're going to use, and you've actually already seen the console.readLine function because we've used it before.
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Make sure you get your indentations correct
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but what we do here is we say string name equals
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and instead of giving it an initial value what we're gonna do is use console dot read line okay
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so this is really cool now we're gonna say enter your name
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and then the little blinker the on the you know thing
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signifying your entering text is just gonna sit there until the user types in their name
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and hits enter and we're going to take whatever the user entered
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and we're going to store it in a variable called name that we'll then use later on.
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So this is an important point here.
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Read line is always going to take whatever was written in as a string.
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So if the next thing we want to do, I'm going to go ahead and copy this but we're going to change it to age.
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So write line enter your, and this time we will say age.
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Now, it's still going to be int age equals, but we can't just take console.readline.
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I wish we could, but we have to convert it to an integer because it's coming in as a string.
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And that's why you're going to get like a red squiggly line if you just leave it like this, because it's telling you it can't just implicitly convert string to integer.
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It has to be told to convert it.
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Fortunately, that's a super easy function in C sharp.
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You just use convert dot and then this in particular we're going to an integer.
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And so the function is to int 32.
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It's 32 because of how many booleans technically and binary that are used in an integer value.
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You don't have to worry about that.
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You just have to know it's to int 32.
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And then put that console dot read line, that whole block of code, put it inside its own set of parentheses.
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And now the user is not going to notice any difference between entering their name and entering their age.
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It's just the code now knows to handle that as an integer, and then everything else is going to work just fine.
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So let's go ahead and run this.
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Let's say enter your name.
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Let's do Pete.
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Enter your age, 25.
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Your name is Pete.
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Your age is 25.
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Next year you'll be 26.
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Let's go ahead and close it.
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Let's run it again give it some different values.
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We're Jack, we're 27.
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Your name's Jack, you're 27, next year you'll be 28 so just like
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that we've created our first program our first function our first variables everything inside of 15 minutes
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and hopefully you understand where all this code is coming from
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i know we haven't covered some of the concepts of like structure of the project structure of the file
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but you're already able to pull a variety of information in from users manipulate it inside of your program, and then output data based on what you got.
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So this is a crazy useful speed tutorial.
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You learn a lot of concepts right here in 15 minutes.
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I'll touch on one more thing before we end this initial tutorial, because you've seen integers and you've seen strings,
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and we didn't really talk a ton about them.
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We basically just said integers are whole numbers, like an age, and string is any combination of text.
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But let's just talk briefly about two things.
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So first, adding comments to code in Python, I just used forward slashes,
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but you do two backslashes and you can type whatever you want after that.
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Two forward slashes is going to mean whatever else is on that rung, on that line of code, isn't going to get executed.
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They're just notes for the programmer.
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They live inside of the function.
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So everything I'm about to put underneath here is just for our data type discussion.
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It's not really useful code, but this is how you do comments, okay?
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So that's a super useful general piece about C Sharp you should know.
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And we've already seen that integers are basically any whole number, like 100 or 120.
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We've already seen that strings are basically any text text.
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So you could have names or I don't know other text or other things.
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Okay, but those are probably the two most common ones you'll see.
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But a few others that really pop up a lot in programming are a double.
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So I'll talk briefly about there's a variety of ways to have decimal point values,
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and they could be in double, float, or what's called decimal format.
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And I'm not going to go too into each of them, just know that it kind of is like how precise do you need it.
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Float, technically speaking, is the least precise.
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Decimal is technically the most, I believe, but just in general, I always use double for decimal points.
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So basically if you have a number like money, like you want to be really accurate with money.
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So someone owes you $345.35.
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I would always put that in a double.
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Okay, that's just another really common variable.
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One that maybe you're not used to if you don't do a lot of programming or you haven't in the past
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is what's considered a Boolean.
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But if you think of all the scenarios in code where you have an on-off
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or a true-false yes-no type scenario where you're just checking if something is or is not active.
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This is also sometimes called discrete points or digital points.
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Those are just all different names for it.
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But the variable type that you're going to use, the data type, is Boolean.
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And so Boolean, which I'll say is going to be true-false, can only have two values,
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true like that or false like that.
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And it's a super useful thing in coding.
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it's way easier than creating an integer
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and then checking every time you want to reference it
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if it's equal to a zero or a one or something like
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that or a string and checking if it's equal to the text true
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or the text false just use this type of variable it's super critical in programming
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and you're really going to want to get familiar with booleans
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one more that's a little bit less common is a character
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and so this is like a single letter or a single number
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that you wanted to put into a variable of exactly space one, but it could be a varying character.
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So you could think of like a grade, like A, B, C, D, F in the grade system,
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and you actually use single quotations for these ones.
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So you could put an A here, it could be lower, it could be upper, it could be a number,
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but a character is only going to be able to house one character, and if you put multiple in, it's going to give you an error.
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So that's character.
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You won't see that one as much, but it is nice to know that it's out there.
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There are some other data types that will probably crop up as we do more and more of these tutorials.
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But for now, those are the most common ones that are going to pop up in your tutorials, in your programs.
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But in general, this is really a 20 minute crash course
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that should give you a ton of concepts that are going to get used in C Sharp all the time.
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I hope you found it useful.
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If you did, please consider subscribing to the channel, liking the video.
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Helps me out a ton.
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If there's something specific you want to see in a future video, be sure to let me know about in the comments below.
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I'll get back to you as soon as possible, and it might even make that concept into a video.
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So thank you so much for your support, good luck with your code, and thanks for watching.
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Thanks, bye.
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Vocabulaire et conseils d’expression pour cette leçon
Cette leçon d’expression orale de niveau B1 s’appuie sur la vidéo « How to Get Started with C# in Visual Studio Code! Full Tutorial for Beginners ». Les mots qui reviennent le plus souvent : code, variable, console, string, sharp. Cette vidéo contient 281 phrases et 3821 mots à répéter en shadowing. La partie parlée dure 21:34. Le locuteur parle à un rythme naturel d’environ 177 mots par minute, proche d’une conversation courante. 87 % des mots font partie des 3 000 mots les plus courants en anglais, le vocabulaire est donc facile à suivre.
Vocabulaire clé de cette vidéo
Les 15 mots les plus avancés de la vidéo, avec leur prononciation et leur sens :
| Mot | Prononciation | Sens |
|---|---|---|
| variable adjectif | [ˈvæɹ.i.ə.bl̩] | variable |
| integer nom | /ˈɪn.tɪ.d͡ʒə(ɹ)/ | entier, nombre entier |
| tutorial nom | /ˌtjuːˈtɔːɹɪəl/ | didacticiel, tutoriel |
| semicolon nom | /ˈsɛmikoʊlən/ | point-virgule |
| decimal nom | /ˈdɛs.ɪ.məl/ | décimal, système décimal |
| parenthesis nom | /pəˈɹɛn.θə.sɪs/ | parenthèse |
| execute verbe | /ˈɛksɪˌkjuːt/ | exécuter, mettre à mort |
| convert verbe | /kənˈvɝt/ | convertir |
| technically adverbe | /ˈtɛk.nɪˌkəl.i/ | techniquement |
| anytime adverbe | n'importe quand, toujours | |
| quotation nom | /kwoʊˈteɪʃn̩/ | devis, cotation |
| banana nom | /bəˈnænə/ | banane, bananier |
| instruction nom | /ɪnˈstɹʌkʃən/ | instruction |
| indentation nom | /ˌɪndɛnˈteɪʃən/ | indentation |
| populate verbe | /ˈpɒp.jʊˌleɪt/ | peupler |
Les verbes à particule que vous entendrez
| Mot | Prononciation | Sens |
|---|---|---|
| go ahead verbe | /ˌɡoʊ əˈhɛd/ | vas-y, allez-y |
| pop up verbe | se pointer | |
| go away verbe | partir, s'en aller | |
| go up verbe | monter, s'élever | |
| slow down verbe | ralentir, décélérer |
Des phrases à répéter
Des phrases courtes et complètes de la vidéo, à réutiliser dans la conversation de tous les jours :
- You're going to forget about semicolons.
- Let's go to the next thing.
- Let's start doing something kind of cool.
- Let's actually do something useful.
- We've written multiple lines of code.
La grammaire de cette vidéo
Les structures que le locuteur utilise le plus, avec les mots exacts de la vidéo :
| Structure | Dans la vidéo |
|---|---|
| Present perfect have/has + participe passé — une action passée qui compte encore maintenant | you've ever seen · you've downloaded · has completed |
| Voix passive be + participe passé — l’accent est mis sur ce qui arrive, pas sur qui le fait | is given · is just put · is called |
| Propositions relatives who / which + proposition — une précision sur une personne ou une chose | People who have · compiling, which is · integer, which is |
| Superlatifs the -est / the most … — le plus haut ou le plus bas d’un groupe | the lowest · the least precise · the most common |
Prononciation à surveiller
Le locuteur utilise 129 contractions et formes réduites, comme you're, we're, we'll. Prononcez-les sous leur forme courte, telles que vous les entendez.
- Les sons « th »: parenthesis /pəˈɹɛn.θə.sɪs/, underneath /ˌʌndɚˈniθ/
- Les sons « sh » et « zh »: quotation /kwoʊˈteɪʃn̩/, instruction /ɪnˈstɹʌkʃən/, indentation /ˌɪndɛnˈteɪʃən/, backslash /ˈbækˌslæʃ/, concatenation /kɑnˌkæt.ɪˈneɪ.ʃən/
- Mots longs — placez bien l’accent: semicolon /ˈsɛmikoʊlən/, parenthesis /pəˈɹɛn.θə.sɪs/, technically /ˈtɛk.nɪˌkəl.i/, indentation /ˌɪndɛnˈteɪʃən/, manipulate /məˈnɪp.jʊ.leɪt/
Les sons difficiles pour les francophones :
- /tʃ/ et /dʒ/ — à ne pas adoucir en « ch » et « j »: integer /ˈɪn.tɪ.d͡ʒə(ɹ)/, module /ˈmɑd͡ʒul/, functional /ˈfʌŋkt͡ʃənəl/, verbiage /ˈvɝ.bi.ɪd͡ʒ/, fortunately /ˈfɔɹ.t͡ʃə.nɪt.li/
- /r/ anglais — langue recourbée, sans frotter la gorge: variable [ˈvæɹ.i.ə.bl̩], integer /ˈɪn.tɪ.d͡ʒə(ɹ)/, tutorial /ˌtjuːˈtɔːɹɪəl/, parenthesis /pəˈɹɛn.θə.sɪs/, instruction /ɪnˈstɹʌkʃən/
Comment s’entraîner avec cette vidéo
- Écoutez la vidéo en entier une fois sans parler et notez les mots que vous ne connaissez pas.
- Commencez à la vitesse 0,75×, répétez phrase par phrase, puis revenez à la vitesse normale quand cela devient facile.
- Enregistrez-vous et comparez avec l’original, en faisant attention à des mots comme variable, integer, tutorial.
Qu'est-ce que la technique du Shadowing ?
Le Shadowing est une technique d'apprentissage des langues fondée sur la science, développée à l'origine pour la formation des interprètes professionnels. Le principe est simple mais puissant : vous écoutez de l'anglais natif et le répétez immédiatement à voix haute — comme une ombre suivant le locuteur avec un décalage de 1 à 2 secondes. Les recherches montrent une amélioration significative de la précision de la prononciation, de l'intonation, du rythme, des liaisons, de la compréhension orale et de la fluidité.