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When a .NET program is compiled, the output is not a traditional executable file but an Intermediate Language (IL) code, also known as Microsoft Intermediate Language (MSIL). This IL code is platform-independent and is stored in an assembly, which is typically a .dll or .exe file. At runtime, the Common Language Runtime (CLR) translates this IL code into native machine code specific to the operating system and architecture. This allows for cross-platform compatibility and various benefits like just-in-time (JIT) compilation.
Binary code is a language used in computer programming and is made up entirely of ones (1) and zeroes (0).
The SWIFT code for JPMorgan Chase Bank in Brooklyn, New York, is typically "CHASUS33." However, it’s important to verify the specific SWIFT code with your local branch or on official bank documents, as the code can vary based on the specific branch or type of transaction.
The branch code for Nedbank's Northern Gauteng branches typically varies by specific location. However, a common branch code used for many Nedbank branches in the Northern Gauteng area is 198765. It's always best to verify with the bank directly or check their official website for the most accurate and specific branch code.
The SWIFT code for Chase Bank in Houston is typically "CHASUS33." However, it's important to note that SWIFT codes can vary by specific branch, so it's best to confirm with the bank directly or check the official Chase website for the exact code related to your specific branch.
Writing in pseudo code means writing in a natural language, not in any specific programming language, so there is no thing as "pseudo-code used in C" as opposed to "pseudo-code used in Java".When you write in pseudo-code, you don't have to follow any specific syntactic rules, just to describe the steps you will use in your algorithm.For example, pseudo-code for bubble sort (taken from wikipedia):procedure bubbleSort( A : list of sortable items ) do swapped = false for each i in 1 tolength(A) - 1 inclusive do: if A[i-1] > A[i] then swap( A[i-1], A[i] ) swapped = true end ifend for while swapped end procedureIt is not written in any programming language, but it should be easy to implement this in any language after you understand the idea from the pseudo-code.
By their very nature, pseudo code programs are not compilable and do not conform to the exact syntax of the computer language used. Since they are not compiled there is no issue with syntax errors. When translating from pseudo code to the target computer language is when one must be careful of the syntax, but not when writing pseudo code.
Writing code is the process of implementing an algorithm in a specific programming language.
Pseudo code is in itself a language on its own. Pseudo codes are used to describe algorithms in computer science. This language, unlike a programming language is used for human specific understanding and abstract representation of a certain procedural flow of a program. Pseudo code cannot be executed in a computer based environment. Pseudo code eliminated unnecessary programming structures and only focuses on the flow process of the algorithm. It includes programming language specific constructs and natural human language constructs to explain the functioning. This is unlike a computer programming language where strict rules and procedures are laid down, which have to be followed to execute the particular code.
Code that is written in readable English as opposed to being written in a specific computer language is Pseudo Code.
No. There is no "right way" and "wrong way" of writing pseudo code, let alone qualifying with "absolute". However, a pseudo code is "wrong" if it cannot be understood, or it is incorrect in semantic (what the code tries to describe, solve, etc)
It doesn't. Pseudo code isn't a programming language, it is just there to give an idea of how you could write a program.
An algorithm is a step-by-step procedure or formula for solving a specific problem or performing a task, often expressed in a language-agnostic manner. Pseudo-code, on the other hand, is a high-level, human-readable description of an algorithm that uses a mix of natural language and programming constructs to outline the logic without adhering to the syntax of any specific programming language. While algorithms focus on the logic and sequence of operations, pseudo-code serves as an intermediate representation that simplifies understanding and implementation in actual code.
The syntax for writing a loop in pseudo code typically involves using keywords like "for", "while", or "do-while" to indicate the type of loop, followed by the loop condition and the code block to be executed within the loop.
Pseudo-code is intended to be easily understood by all programmers regardless of the programming language they use. Pseudo-code is not a programming language, it's merely a way of generalising an algorithm in a program-like manner such that the semantics of the algorithm can be easily digested and converted into any language-dependant code. There is no "standard" that dictates the syntax of pseudo-code, thus it is often much more verbose than an actual programming language would be and is typically heavily commented to cater for languages that do not permit ideas to be expressed directly in code. This ensures that the same code can be utilised by any programmer, hence it is language-independent.
Pseudo-code is not real code insofar as there is no standard and no compilers or interpreters that can reliably convert pseudo-code into machine code. It is a free-form language used for illustrative purposes only. Pseudo-code is typically used to express algorithms using a program-like language that can be easily adapted to any specific language. The choice of wording is entirely up to the author but must be used consistently and in an easy-to-understand manner, using concepts that are common across all languages including structured loops, control statements and functions. Anyone with any programming experience should be able to easily convert pseudo-code into real code without any major difficulty.
Source code is a sequence of executable instructions written in a particular language. Pseudo code is a sequence of non-executable instructions. It is also called algorithm written in plain English