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Introduction

1. Configuring Our Dev Environment and Creating Our First Program

I'm going to open up my browser here and type in Python 3. And here's the Python 3 website. Three is the latest version. Python Two is outdated. OK. It's no longer supported. So the Mac system, by default, comes with Python 2. We want to be dealing with Python. Three. Okay, if you click on Download here, you get the most recent Download here, which is Python 3.8 at the time of this recording. Or you can download it using this button. So I'm going to click this button, and the package will be downloaded. Now, let's open up this folder. And this is just a very simple wizard. You just keep clicking. Continue. Read through some of this. Continue and agree. And we're just going to continue to do this. And now install. Now it's asking me for my desktop password. I'm going to enter that here. And now the Installation will begin. So now it's installing on our machine Python three. And there you go. Congratulations. Python three is installed so we can close out of this. You can move that installer to the trash. We don't need that anymore. And in our Applications folder here you should see Python 3.8.If I click on this, it opens this folder here, which contains the python libraries and Idle is a software that's used to type python code. So I can just open this up and start typing. Python in here. We're actually going to use a much more user friendly tool in integrated development environment and IDE to type our Python code rather than using this shelllike software that comes as part of Python. So let's do that. The IDE that we're going to be using in this course is going to be pi charm. So I'm just going to type that here. Pi Charm. Another very popular one is Adam. So you can choose either or. It doesn't really matter. I'm going to click on Pi Charm right here. And you can click on Download. And there are two versions. There's the professional version, which is paid. It offers some more features, such as being able to write HTML and CSS and JavaScript and SQL file support for web development. Professional is used as well as some other data science related applications. But we're going to be dealing with the bare bones. Python first. Learning the basics of python. And for that, we're going to need the Community edition for now. Later, we might upgrade to that. So let's click on download. And here it wants us to enter our email address. You don't have to do any of this. It's a community software. So it started the download immediately. So in a few moments, the download will be complete and we'll install pie charm on our machine. And there we go. The DMG file has been downloaded. Now I just click on that file to open it up. And there we go. Now we just drag this into our applications folder. Okay. And it copied that programme over into Applications, and now we have PyCharm on our machine. So we could just close out of all of this. Now let's open up PyCharm. I could just open it up with my Spotlight Search PyCharm right here. Or you can go to your Applications folder. Whichever way, you can go ahead and open it up and just keep this Do Not Import Settings selected for now, click on okay. And you're going to confirm that you've read all of this and make sure you do. I've read it and then click on Continue. And we don't need to be sending usage statistics. It doesn't really matter. But I'm going to click on Don't Send. So here it is. Here are two options. It says I've used PyCharm before or I've never used PyCharm before. So this is a fresh installation. I'm just going to use this. And it gives us some handy shortcuts in case we want to run the programme using keyboard shortcuts. And I do that often to speed up development. But for the purpose of this tutorial, I'm going to be using the UI and clicking on so that you can see what I'm doing every step of the way. Okay? So you don't miss a heartbeat. And so now that we've selected this part, I'm just going to click on Next UI Themes. You can select the different themes. You can either choose light or dark. Dracula, I think this sounds really cool. So I'm going to select that and click on Next. And now it's basically telling us where it's going to be downloading, or rather, configuring to launch our script. Not important. To go over this right now, all you have to do is just click on Skip Remaining and set Defaults. So we'll select that. And so there we go. So now let's create our first Python project. I'm going to click on Create New project. And you can name this project anywhere you'd like, but keep a note of where exactly it's being created. So it's in the home directory in the PyCharm Projects folder. And here is the name of the project. So I'm just going to call this project hello, world. It doesn't matter what you call it, but this is a Hello World basic program. So that's what I chose. There a canonical name for a beginner project. And so then we click on this arrow button here to choose the project interpreter. Now you might be wondering, what is an interpreter? It's actually a very simple concept. An interpreter is something that interprets a programming language. Okay? So we're going to write code that humans can read and understand, literally typing English. But the computer doesn't understand English. The computer only understands ones and zeros. So what an interpreter does is interpret the code that humans write. It interprets that code and converts it, translates it into computer code, into ones and zeros so that the computer can run our instructions. So we have a couple of options here. We can use the Python 3.8 interpreter, which is the one we just installed, or we can use the older one. Now older one is no longer supported. Okay, so we're going to stick with Python 3.8.This is the one we just installed. So we click on that and click on Create and there we go. There's a handy wizard here to go over the tips or whatever. You can go through that in your own time. But I'm going to close through this and walk you through creating our first program. So let's go ahead and actually create our first programme here. If you expand here, there's a Bin folder, there's a Lib folder. We'll talk about the contents of this folder later. But what I'm going to do first is right clickon the actual project name, which is Hello World. Right click on it and go to New Python file. And we'll call this file Application. Okay, so let's hit Enter and this is our application PY file. So let's create our first program. Now, before I write any code, notice the cursor is pretty small. So I'd like you to be able to read everything that I type on in this course. So we're going to increase the font size here. So to increase the font size, you can just click on this pie charm option up there. Go to Preferences and you'll have this Editor tab. Click on Editor and it'll open up Font. Click on Font and change the size from twelve to something like 18.That's what I'm going to choose to record in this course. I want you to make sure you read everything that I'm typing and so you'll be able to read mostly everything I type now. As a matter of fact, I think we can increase the size to 20. So let's do that. Let's go to Preferences font and let's change this to 20, and that should be even better. There we go. Now let me just increase the size of this so we cover everything. And so let's create our first program. I'm going to print to the screen the words "Hello World." Okay, so we can do print and then in parentheses. I'm going to use double quotes or single quotes. It doesn't really matter as long as you use quotes. And you're going to type in "Hello World." And now we can go to this on the top, this Run tab, and click on Run. And it's going to ask us, "What are we going to run?" We're going to run this application. And there we go. Notice it printed the words "Hello World," and notice it says process finished with exit code zero. When you have an exit code zero, that means everything was correctly executed. There were no errors. If you see any other code here, with one or some other number, that means that there was an error, and usually it displays the error here in this console. And we're going to get into the details of how to debug your applications when we run into error cases. But for now, there's our first simple program. Now I want you to pay attention to where this file was actually created, Okay? Notice it's in users empty as a mod and home directory. And then python projects. Hello, world project. And this is the file. So this file is actually the one that is being run. And a project, that python project can have hundreds or even thousands of files. This is just one of them. So we're going to be building upon this as we move on the course. But I'll show you later how you can actually run this file as a script, because python is a scripting language, and you're going to learn more about what that actually means. But I just want to bring to your attention that you can actually run this file the way it is, right in your terminal. And this is a terminal is basically a command prompt. Not important to go over those details right now, but this is basically what a terminal looks like. And you can actually go to that file and runs it in your command prompt as well.

2. Basics of Variables

Start here. In the previous lecture, I printed Hello World to the screen. This is essentially a command, a method. More specifically, in Python, it's called a method. And we can print using this method. OK? And so if I use the same method to print something else, I can either use single quotes or double quotes. And we'll get into the details of why you would use one over the other later. But to print something, you can use any of these options. Let's print that. This is the next statement. All right? And so if I run this programme by using this green button on the top-right notice, let's click on that notice. It prints Hello World first, and then it says that this is the next statement. So, as you can see, the Python interpreter interprets this line by line. Okay. The execution of a programme happens line by line. So first this line is processed, and then this line is processed. It's sequential. And there's this concept of object orientation that we'll get into later. And you'll see how you can have your programme run. It'll still run procedurally like this, but it'll run in a more organised fashion. You can decide which lines you want executed first and so on. That's for later. But A computer programme is basically a set of instructions that we give to the computer to execute, and the computer is supposed to execute those instructions in the order in which we specify. So printing like this is not very useful, right? And there's only so much you can do with printing to the screen. Oftentimes you want to save data into containers so that later you can utilise that data. Right? And so to be able to do that, you need to involve something called variables. And a variable is basically a container. That's what I want you to think of it as. So if I define something called a number, and this is just a variable that I've defined, and I have to give it a value, I can actually use the equal sign and give it a value such as the number 77. Okay? And so this variable will now contain the number 77, which is being assigned to this variable called "Number." And this variable could be anything. It's not specific to a number. I can call this hello, my name is it doesn't really matter. I just chose to call it "Number" because that's essentially what we're putting in here. Okay? And on the next line here, the value of this number variable will contain whatever was assigned to it. So in basic math, the equal sign is used to check for equality. But in a computer program, the equal sign is used for assignment. We are assigning this right value to the variable on the left. Okay? So if I print to the screen this variable, I can just type in a number like that, okay, without the quotes, right? Notice I just used the variable right there. So let's hit run, and notice the third command is right here. It executed. It printed well. Rather, this is the fourth command, right? It's not the third command. The first command was this. This is the second line of execution. This is the third line of execution. And this is the fourth line of execution. And by this point, the value of the variable number is 8852, and that is what is printed. Now, if I were to change this to print a number in quotes like that, what do you think is going to be printed? If you think that the word "number" is printed, then you're right. So let's run that and notice number, the word "number" is printed rather than its value, because by putting quotes around this, we are turning it into a string, which is a series of characters, and it's not able to evaluate what number actually is, all right? So to be able to evaluate what the number actually is, we want to make sure we use this exact value, this variable in here, without the quotes, all right? So variables are basically containers of data. And so if I change this number later to something else such as 22, and then I print that variable again down here, then it's going to actually print the number 22 after it prints 8852.You can run this and see for yourself. And let's say that I changed this variable to be weight. So this weight variable and it could be anything. Again, I'm repeating myself. Variables could be named anything you want. I just chose to name it weight. And so this 22 is assigned to this variable, weight. And later what I could do is add both of these variables together, the containers. So we'll do number plus weight. And I can assign this expression, this is an expression. I can assign this to the value answer or whatever. And so now we have another variable called answer. And this answer variable contains the values added together of number and weight, all right? And I can print to the screen the variable answer like this. And so let's run this. And you'll notice that there's the first line it prints, and then it prints the number 8852.And then it doesn't print the number 22 because, guess what? We're not asking it to print the number 22. We're asking it to print the answer. And the answer now contains the values added together, the number variable and the weight variable is added together and given to the container answer container or variable, whatever you want to call it. And we're printing that to the screen right here. And this is the value of adding the numbers together. So as you can see in programming, variables serve a very important purpose. And I just want you to think of the mas containers at this point, containers of data. And now these are numbers, right? But if I use a variable like name and call, and my name is Mtrs, so I'll just type Mtrs. Now, this variable doesn't contain a number. It contains a string. A string is basically a series of characters. And so I can print to the screen name like that, and it will, of course, print my name on the third line right here. I can enhance this by saying that this is my first name. So I'll do first underscore name. So first name, these are essentially two words. And I'm putting an underscore here. So this is my first name. And the last name. I could do last underscore name. And my last name is Ahmad. Okay? And so what I can do now is actually I can create a variable called Name and assign it the addition of both of these names, or concatenation. And you're going to know exactly what that is. So I could do first name plus last underscore name. And now the name variable is going to contain the concatenation or the combining of the first name and the last name together. And so if I print this now, let's run this program. Notice it prints my first and last name. Now notice that it just clubbed both of these names together, just jammed them together. And that is why it's printed like this. There's no space between the names or anything. If I wanted a space, I would just add a space character at the end after the word Empty Oz. Or I could have put it before the word Ahmad and it would do a similar thing. And now if I run this program, notice it gives a little space between what's printed because the variable name now contains the first name with a space and then the last name. So this process of adding these strings together in programming is known as concatenation. We are concatenating these two strings together. And what's a string? A string is essentially a series of characters. This is different than a number. Now, let's say I wanted to print to the screen that MTAS Ahmad weighs 200 lbs. And I wanted the number 200 saved in a variable. So what I could do is I can create another variable down here and we'll call it Sentence. We'll say first name plus last name plus weighs £100. And now I can print this sentence and let's hit enter. And notice it says in the mod, weighs £100.Now, things get a little tricky when we change this to an actual number. Let's say that I have a variable here called weight. Well, I'm £200 rather. I grossly went on a diet here on the sentence. So £200.So if I wanted to engage this variable in the sentence, what I could do is I can put a quotations here to end this set of characters and then put a plus sign here, and then use the word wait or the variable weight here, and then put another plus sign and put quotations here like that. But you'll see that there's a problem that we're going to run into. Let's hit the play button, notice it run into an error, and notice the exit code is no longer zero. It's saying one, so we have an error. So what's it saying? It says that can only concatenate STR. First of all, it gives us the file in which the error occurs, which is our application PY file. And then it says that it's on line nine. So line number nine is right here. So on line nine is where the error is. And then it says right here, type error can only concatenate strings, not into a string. All right? So what this basically says is we're trying to concatenate here, but these are not all strings. We've actually got a number in here. And so to turn this number into a string, what we need to do is use the method STR, and we're going to get into what methods are later. But notice that I wrap this variable weight around this method called STR and make sure you use these parentheses. And what this does is it converts this from an integer into a string, all right? It converts it from a number to a string data type. And we're getting into the concept of types now in Python. So these are character types known as strings. They contain a series of characters. But when we talk about numbers here, this is a number type. And more specifically, this is known as an integer in Python. Okay? The variable weight is an integer data type. And so to concatenate strings with integers, I want to make sure that I convert this integer into a string. And to do that, we use this STR method, okay? And now they should run perfectly fine. So let's hit the run button and notice there we go. Mt as a model, weighs £200. So you can combine data types that are the same like this. Since we had first name and last name, these are both strings, we could combine them with no problem. But as soon as you involve a different data type, which is an integer, we run into the problem. So you have to make sure that the type is changed to a string. Now, this doesn't have to be just a variable. I could remove this and put the number 200 just like this, and we're going to have the same error. Let's hit run and notice we run into an error because the Python interpreter sees that this is the number or the integer 200.And that will not concatenate or club together with the string statement that we have here. So we need to convert this into a string. So we use the STR method and put the number inside of that STR method, and now this will work fine. Now, again, this is a basic concept. If I change it to 300, I change the variable weight to 300.But of course, that's not going to register here because we are no longer using the weight variable. So I'm sorry if I'm repetitive, but these concepts are very important to learn at this point, especially if you're new to programming. If you already know programming, you might as well just skip this lecture, because these concepts that I'm discussing here are the same in all programming languages, pretty much. So we talked about variables and the assignment operation. And what is the assignment operation? It's this equal sign. And I showed you that you can combine values together using this plus sign. And I also showed you that if the data types don't match, we're going to run into an error. So you need to make sure that the data types match to be able to combine strings like this. And often what that includes is turning a number or an integer, or rather into a string. All right, now, we talked about strings and we talked about the integer data type. So in the next lecture, we're going to get into more details about what the different data types are in the Python programming language, and we're going to talk more.

3. Dedicated TA Support

Hey, just want to make a quick note. I have a dedicated Ta for this course that answers all your questions. If you have a question, feel free to check in the Q and A section. Someone may have already asked that question, especially popular ones that come up over and over again and feel free to ask. Ask if it hasn't been asked and the Ta will get to your question. Typically he responds within 24 hours, but if you need something faster, well, ask anyway, and some other student will answer as well. As on Stackoverflow.com, there's a website called Stackoverflow.com. This is a very fast way of getting questions answered. Let's say you have a question about loading classes and Eclipse if it was a Java course that you were I teach multiple Java courses, so I'm just using that as an example. But class not loading in Eclipse, right? And notice the first question to the left has the highest number of votes, and chances are this is the most popular question. Many people have struggled with this. So click on it, and you get an entire book, honestly, of information. Because first of all, you get 56 answers here, right? 56 answers from 56 different people. You get the original question with a great amount of detail, and then you have so many different answers. So this can really expedite your learning or contribute to knowledge acquisition in any subject matter.

4. Basic Datatypes in Python

And I told you in very simple terms that a variable is basically a pointer to a given value. And you can perform operations on these variables, such as adding two numbers together. And if one variable contains a number and another variable contains a number, you can perform arithmetic operations variations as well as combine two string variables and all sorts of things. And typically, it's usually a pointer to some location in memory. We don't have to go into those technical details, so don't let that scare you. But what I want to talk about now is the concept of types, because we touched upon it in the previous lesson. I want to build upon that now. We talked about how a string variable couldn't be concatenated or added together with an integer variable, right? So if we try to do that, we get an error because the data types don't match. And what does adding the number twelve to a sentence mean? What does that actually mean? Right? And so we need matching data types. So I showed you how to convert an integer into a string and then concatenate or combine the two strings together. So we were talking about types briefly in the previous lesson, and now I'm going to build on that idea of data types. In the Python language, there are four primitive or basic data types. One of them is an integer, which we discussed previously. Another one is string, which we also discussed. You can print things by using the print function. Well, the function that I want to introduce to you now is known as type, okay? And we're going to talk more about what a function even is later in more depth. But right now, just know that this is something that you can pass in a value inside of these parentheses. So if I pass in the number twelve and I hit this play button, let's run it. Obviously, nothing's going to happen unless I print this. Let me save whatever. When this runs, it returns a value and I want to assign that value to some variable. So that's why I have this equal sign. And then on the other side, I'll say that this is a data type, okay? And we want to separate data and type with this underscore. That's the naming convention for variables if you have compound words like this. So let's store the type for the number twelve in the data type. And now I can print like that, all right? So I want you to pay attention to what gets printed here when I run this. Notice it says Int and this is short for integer. So what's happening here is we are getting the type using the type function. We are getting the type for this value. And this value could be anything. It could be a variable, it could be a string, it could be anything. And so this will return, this type function will return, the type for this value. As I previously stated, if I change this to a decimal point, so I do 12.8. Now, this value is a decimal point, and running the type function on this value will assign the data type to this, and I can print that. Float is meant for decimal numbers. Now I can have a string in here, right? So let's change this to a string. Now, I just surrounded this decimal number with quotes. So this is no longer a number. This is now a string because I surrounded with quotes. And so if I hit run again, notice the data type here now is string STR. And by the way, this type function could be used on values like this. Or I can put, of course, variables in there. So if I have the age variable and I assign it to number 43, I can have age in here, right? Hopefully, that's straightforward, and it will return in this case, so let's get started. And there you have it. Notice that it is printing int, just to be clear. All right, now I want to introduce you to aboolean, which is meant for either true or false values. Let's create a variable. On the top of my head, I can think of the word "adult." So let's say that we have the "adult" variable, and it could either be true or false. So I'm going to type in "true." Notice the syntax highlighting here. And you can see that the syntax colour changes if I just lower case false. Notice there's no syntax highlighting here. So this is not reserved, but with a capital F, it is. So when you're trying to assign either a true or false value to a given variable, you want to make sure you use the capital true with the capital T and the capital false with the capital F. These actually mean true and false. Boolean. Bool.data types can store only two values: either true or false. That's it. So just like I assigned this false or true value to the adult variable, instead of passing in the variable, I can actually write true here. In here. Whoops? Make sure you spell it correctly with the capital T again. It's a reserved word. If I do all capital, it's no longer syntax highlighted. So this means basically nothing. So I have to make sure I use the correct reserved word. Bull So let's hit, run, and notice it's bull. In Python, there are four basic data types which I went over. There is the bullet type, the string data type, integer, and float for d. Right. Especially in the case of python. There are certain, sometimes variables that are assigned and never really used to do anything. And that could just be because of old code that no one removed. So you definitely want to remove lines like that. I just want to make you aware that this variable here is not used anywhere, so we don't really need it. But let's say that if I wanted to give the adult value false here and then later if I gave the adult variable the value 24 and I check the type for adult right here, what do you think is going to be the data type? After this line, the data type is bull for adult. But after this line, the data type is changed to int. And that's why if we run it, it's going to show int. All right? And so this is what is known as "dynamic typing." In Python, the types can change. The same variable could be used to store different types of data. On one line, we're assigning it a boolean value. On another line. We're assigning it an integer. And later on, I could probably assign Adult the value string. Some string value. Okay. And it will continue to change its data type. This is different than statically typed languages such as Java or C. In those languages, you actually have to define the variable with the data type and say that only this kind of data could go in this type. So if you're defining a string data type, then only strings can go into that variable and nothing else. But in languages like Python, which are dynamically typed, you can continue to change the data type of these variables. So if I was to copy this line and paste it up here, and then paste it again down here, and paste it one more time down here, you'll see that the datatypes are changing as the code is running line by line. So let's hit run. Notice at first, adult is bull, the nit's an int, and then it's.

5. Basic Arithmetic in Python

So let's say that I have two variables. I’ll create a variable right now, Numen and we'll assign the value three. And let's say that we have NUM two. Let’s assign it to value ten and I’ll define a variable here, answer, and give tithe value NUM one divided by NUM two. I just want to show you what the answer would-be and how it would change depending on different criteria. So let's print answer and let's hit run. And notice it gives a .3.So what kind of a data type is this? Well, this is the float data type. You can of course multiply these together by using the asterisk which represents multiplication. So that's going to give us the number 30. That's an integer data type because it's a whole number. I can of course use the minus operator. So let's run that and it gives negative seven and plus you're already familiar with. There’s one more that I want to talk about and that is the modulus operator. You may or may not be familiar with this, so let's talk about that. Modulus is basically to get remainder. So let's say that if you want to divide Tenby three, it's going to give us a decimal number if we just do ten divided by three here, right? But let's say that we wanted to get the remainder of ten divided by three. So in that case three goes into ten three times. So three times three is nine. What’s the remainder? One. So to get that one remainder, we use something called a modulus operator. And that's not the division, that’s actually the percent sign. So if I change this to percent, let me just put a space here so it's easily readable. If I do 10% three, I expect answer to get the value one, and one will be printed because one is the remainder when you divide this expression so that's it run and there you go. Notice we get a one. And there's various algorithms in computer science that rely on the modulus operator. And if you want you can learn more about it with my data structures course. Now another thing I want to cover is order operations. So let's say we have ten plus three times nine minus four. So in basic mathematic order operations, this will execute first and then it would subtract four and then it will add to ten. So what is going to be the value? Let’s hit run. It’s going to be 33 because nine times three is 27. Subtract four it gives us a 23. And then when you add ten it gives us a 33.And that's why we see that here. If I wanted this to run first and then this Torun, then I could surround this with parentheses like that. And if you're aware in basic math, what’s in the parentheses runs first. So first this value is going to be valid. Then this is going to be valued and then it's going to multiply. So let's hit run and there we go. We get a 65. Now, of course, these previous variables are dead. They’re not really being used anywhere here, sowed can just get rid of them because we’re only dealing with this variable answer and we’re assigning it the value of this expression. So that's i.e. just wanted to talk a little bit about the basic arithmetic that you can use in Python. Same thing goes for floats. If I was to turn this to a 999 and change this to point, then of course the answer is going to change. And the data type for this answer would of course be a decimal. Right. So let's hit run and there we're it'll be a float data type.

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