No…if you know these 3 I’d say that that would be more than enough… 1. Code Editing: IDEs provide text editors with features like syntax highlighting, code completion, and code formatting to make coding easier and more efficient. 2. Compilation/Interpretation: They often include tools for compiling or interpreting code into machine-readable format, depending on the programming language. 3. Debugging: IDEs offer debugging tools such as breakpoints, watchlists, and step-through execution to help identify and fix errors in code.
@@mrbulmerslearningzone thanks for replying. I do not have anything specific right now, as I was just completing my homework; I am going to do it later though after understanding the topic through the videos... If I don't get something, I will let you know ❤️ Can I contact you anywhere else or should I just contact you here?
Yes, compilers can be used with low-level languages like assembly language to translate human-readable code into machine code that can be executed by a computer's CPU…. Is this what you mean?
@@mrbulmerslearningzone but isn't assembler used to translate assembly language into machine code and presumably machine language into machine code too , as complier is used for high level language programs.
@@chills5100 Yes, compilers can be used for low-level languages like C or C++. The main difference between a compiler and an assembler lies in how they translate code. - the COMPILER translates the entire source code into machine code or object code before execution. This means the code is converted into machine language all at once, typically resulting in a standalone executable file. - the ASSEMBLER translates assembly language code into machine code line by line. Assembler converts mnemonic instructions into their binary equivalents, directly understandable by the CPU. This makes it closer to the machine language and often specific to a particular CPU architecture. So, compilers are generally higher-level and produce standalone executables, while assemblers are closer to the machine and translate code line by line.
Assembly language and machine code are not the same. Assembly language is like talking to a computer in a simpler form that's easier for humans to understand, like giving instructions to the Little Man Computer. Machine code, on the other hand, is the actual language the computer understands, made up of binary digits (0s and 1s). When you write assembly language code, it gets translated into machine code so the computer can execute it. Have a look at this: www.peterhigginson.co.uk/lmc/?F5=10-Mar-24_19:46:03
2:57 good point
guys if u own the textbook u can read from that bc its the same info!i prefer watching this vid though than reading the textbook
love your videos! youre my computer science teacher :D. I hope i do well in my test on wednesday!
Thanks for this video it really helps me
Can u pls do exam style questions for this chapter?
Hi ....it would be really helpful if you load the Textbook Activity...
I will see what I can do :-)
thank you helped sm
you are more than welcome 🙂
Do I need to know the functions of each ide feature in the new syllabus ?
No…if you know these 3 I’d say that that would be more than enough…
1. Code Editing: IDEs provide text editors with features like syntax highlighting, code completion, and code formatting to make coding easier and more efficient.
2. Compilation/Interpretation: They often include tools for compiling or interpreting code into machine-readable format, depending on the programming language.
3. Debugging: IDEs offer debugging tools such as breakpoints, watchlists, and step-through execution to help identify and fix errors in code.
@@mrbulmerslearningzone thank you sir
thx a lot
Hello
Please can you post the ppt that ur using to explain 😢
The Powerpoints are available at: www.buymeacoffee.com/learningzone
it would be really helpful if you would upload the textbook activities of this chapter :)
The Software Topic...I will do my best...if there is anything specific you need to know please get in touch.
@@mrbulmerslearningzone thanks for replying. I do not have anything specific right now, as I was just completing my homework; I am going to do it later though after understanding the topic through the videos... If I don't get something, I will let you know ❤️ Can I contact you anywhere else or should I just contact you here?
@@mrbulmerslearningzone I had a question, can you guide me on where I can practice past papers online for this chapter?
The problem we have is there are no past papers, only specimen papers as this is a new syllabus from 2023
@@dersoyt2107 you can have a check on save my exams they recently combined topic qs for the new syllabus though not many qs but is still a great help.
can we use compiler for low level languages??
Yes, compilers can be used with low-level languages like assembly language to translate human-readable code into machine code that can be executed by a computer's CPU…. Is this what you mean?
but i thought only assembler for low level languages
@@mrbulmerslearningzone
@@mrbulmerslearningzone but isn't assembler used to translate assembly language into machine code and presumably machine language into machine code too , as complier is used for high level language programs.
@@chills5100 Yes, compilers can be used for low-level languages like C or C++. The main difference between a compiler and an assembler lies in how they translate code.
- the COMPILER translates the entire source code into machine code or object code before execution. This means the code is converted into machine language all at once, typically resulting in a standalone executable file.
- the ASSEMBLER translates assembly language code into machine code line by line. Assembler converts mnemonic instructions into their binary equivalents, directly understandable by the CPU. This makes it closer to the machine language and often specific to a particular CPU architecture.
So, compilers are generally higher-level and produce standalone executables, while assemblers are closer to the machine and translate code line by line.
Do you give tution?
I do
@@mrbulmerslearningzone How can I contact you?
@@muhammadnehaan7696 either: www.buymeacoffee.com/learningzone or robertdbulmer@gmail.com
Are assembly and low level languages the same?
Assembly language and machine code are not the same. Assembly language is like talking to a computer in a simpler form that's easier for humans to understand, like giving instructions to the Little Man Computer. Machine code, on the other hand, is the actual language the computer understands, made up of binary digits (0s and 1s). When you write assembly language code, it gets translated into machine code so the computer can execute it.
Have a look at this: www.peterhigginson.co.uk/lmc/?F5=10-Mar-24_19:46:03
@@mrbulmerslearningzone Thank you so much🙏
Sir is that s chapter completed with this video?
Topic 10 is the last topic… I still need to upload 8 and 9 though
speak a little loud