No. Pseudocode is not used to write complete programs; rather, it is an overview of what you want to achieve. For example, the following pseudocode is for a program to print a list of square roots:
for i = 1 to 10
show i, i*i
A specific programming language may not have a "show" command, and the structure of the "for" loop might be different; additional setup and cleanup commands may also be required in a real computer program; the purpose of this pseudoce is merely to explain, to a human, what you want to achieve. The real code, with more detail, will have to be added later.
They are not similar. However one is used to write the other so the question is do you write 1) pseudo code with algorithm 2) an algorithm with pseudo code 3) with a pencil
This is usually the first stage in compilation. The source code is read and checked for syntax and usability then passed to the compile stage to be converted to object (or machine) code that the computer can understand.Translator translates program written in one programming language into (equivalent) program written in another language. For example, Java to C# translator would translate Java program into (equivalent) C# program. This is similar to as if you would translate some text in English into Spanish or vice versa.If target language is lower level language like assembly language, machine language, or pseudocode, translator is called compiler. For example, some C++ compiler could compile (translate) program in C++ into machine code.
Pseudocode is code that is not specific to any architecture nor programming language. It is intended to be human-readable, not machine-readable, and is primarily used to demonstrate the operating principals of an algorithm in a high-level format suitable for any architecture and any language. The 8086 is a specific architecture, so any code produced specifically for it cannot be regarded as being pseudocode since it would have to be in a machine-readable form.
RTL (Register Transfer Level) language describes operations in terms of data transfers between registers and memory, focusing on hardware implementation. Assembly language is a low-level representation of machine code specific to a processor architecture, using mnemonics for instructions. High-level languages, like Python or Java, abstract away hardware details, allowing for more complex programming with greater readability. Pseudocode is an informal way to describe algorithms using a mix of natural language and programming constructs, making it easy to understand without strict syntax.
A compiler and/or an assembler.
They are not similar. However one is used to write the other so the question is do you write 1) pseudo code with algorithm 2) an algorithm with pseudo code 3) with a pencil
This is usually the first stage in compilation. The source code is read and checked for syntax and usability then passed to the compile stage to be converted to object (or machine) code that the computer can understand.Translator translates program written in one programming language into (equivalent) program written in another language. For example, Java to C# translator would translate Java program into (equivalent) C# program. This is similar to as if you would translate some text in English into Spanish or vice versa.If target language is lower level language like assembly language, machine language, or pseudocode, translator is called compiler. For example, some C++ compiler could compile (translate) program in C++ into machine code.
Machine language.
Pseudocode is code that is not specific to any architecture nor programming language. It is intended to be human-readable, not machine-readable, and is primarily used to demonstrate the operating principals of an algorithm in a high-level format suitable for any architecture and any language. The 8086 is a specific architecture, so any code produced specifically for it cannot be regarded as being pseudocode since it would have to be in a machine-readable form.
RTL (Register Transfer Level) language describes operations in terms of data transfers between registers and memory, focusing on hardware implementation. Assembly language is a low-level representation of machine code specific to a processor architecture, using mnemonics for instructions. High-level languages, like Python or Java, abstract away hardware details, allowing for more complex programming with greater readability. Pseudocode is an informal way to describe algorithms using a mix of natural language and programming constructs, making it easy to understand without strict syntax.
Machine language.
A compiler and/or an assembler.
Assembly language is the programming language that always has a one to one correspondence for a line of code in that language and a line of code in machine language
no
Machine code & Assembly language.
Assembly language uses a low-level programming language that directly corresponds to machine code instructions.
A programming language is a language in which a human can tell a machine to do something, three examples include: C, C++ and C#.