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Project title: Perform assignments
Type of cooperation: One-time project
Section: Education and consulting
Prepayment: prepayment is possible
Payment methods: Bank transfer
Acceptance of requests: from 2023-02-07 until 2023-02-12
Type of cooperation: One-time project
Section: Education and consulting
Prepayment: prepayment is possible
Payment methods: Bank transfer
Acceptance of requests: from 2023-02-07 until 2023-02-12
Project description:
The services of an Assembler specialist are required. You need to do tasks in the Assembler programming language.
(1) Translate binary number (8 bits) to binary-decimal number
(2) Find all the saddle elements of the matrix. ("Saddle" is an element that is the minimum in a row and the maximum in a column.) The result is the number of elements found and their indices.
For the first task: the input of the argument and the output of the result is carried out in C++, the processing of the argument, obtaining the result and transmitting it to the main program in the form of an insert on the assembler; comments on each line with an explanation of the algorithm; organization of the output of the result in several formats (for my task, additional output in decimal cc) and control of input (in C++)
For the second task: Description, input of the array and simple variables, output to C++; processing, obtaining the result and transmitting it to the main program in the form of an insert on the assembler; application of subroutines without CALL / RET parameters; there should be subroutines with parameters transmitted through the stack; transfer of output parameters by link
The services of an Assembler specialist are required. You need to do tasks in the Assembler programming language.
(1) Translate binary number (8 bits) to binary-decimal number
(2) Find all the saddle elements of the matrix. ("Saddle" is an element that is the minimum in a row and the maximum in a column.) The result is the number of elements found and their indices.
For the first task: the input of the argument and the output of the result is carried out in C++, the processing of the argument, obtaining the result and transmitting it to the main program in the form of an insert on the assembler; comments on each line with an explanation of the algorithm; organization of the output of the result in several formats (for my task, additional output in decimal cc) and control of input (in C++)
For the second task: Description, input of the array and simple variables, output to C++; processing, obtaining the result and transmitting it to the main program in the form of an insert on the assembler; application of subroutines without CALL / RET parameters; there should be subroutines with parameters transmitted through the stack; transfer of output parameters by link
