ExamTasksAssemblyLanguage

001	Write function void print_fact(unsigned char n), which prints "fact(n) = X". For computing and printing use functions factorial and printf.
002	Create a field (using a malloc call from C language) of n size of short elements, where n is a constant. Write int avg (unsigned int n) function to calculate the arithmetic average of the numbers in this field. Try that it works correctly for both positive and negative numbers (including their mix).
003	Write in Assembly function :  int perimeter_of_rectangle (int a, int b), which calculates perimeter of rectangle.
004	Write in Assembly function :  int area_of_square (int a) that calculates the area of square.
005	Write function int positive (int a, int b, int c), which returns 1 if all arguments are positive, otherwise 0.
006	Write function char *my_strdup(char *s)  which creates copy of provided string (use malloc and strlen from C++)
007	Create a static field of 10 int elements. Write function void multiples(short n), which stores multiples of n in the field.
008	Write in Assembly function :  int area_of_rectangle (int a, int b) that calculates the area of rectangle.
009	Write the function short avg_short (short a, short b, short c) to calculate the average value of these three short numbers. Try that it works correctly for both positive and negative numbers (including their mix).
010	Create a static field of 10 short elements. Write the function void powers (), which will store numbers 1 to power of 2, 2 to power of 2, ..., 10 to power of 2 in the field.
011	Write in Assembly function :  int perimeter_of_triangle4 (int a, int h), which calculates perimeter of triangle  from side length and height.
012	Write function unsigned int fib(unsigned short n), which recursively computes n-th fibonacci number.
013	Create a static field of 10 int elements. Write function void countdown () , which stores a sequence of 10, 9, 8, ..., 1 (in this order) into the field.
014	Write function int avg_int (int a, int b, int c) to calculate the average value of these three int numbers. Try that it works correctly for both positive and negative numbers (including their mix).
015	Create a field (using a malloc call from C) of 10 int types. Write the function void powers2(), which will store numbers 2 to the power of 0, 2 to the power of 1, ..., 2 to the power of 9 in the field.
016	Write function int min3 function (unsigned char a, short b, int c) that returns the smallest value from these three passed parameters.
017	Write in Assembly function :  int perimeter_of_triangle3 (int a, int b), which calculates perimeter of rectangular triangle.
018	Write function int power(int n, unsigned int m) returning the n to the power of m
019	Write in Assembly function :  int area_of_cube (int a), which calculates area of cube.
020	Write function int factorial(int n)  that recursively computes factorial of n
021	Write a program that calculates the content of the triangle according to the Heron formula: P = sqrt (s * (s-a) * (s-b) * (s-c)), s = (a + b + c) / 2. Enter to the program a, b, c (in C language), then the calculation is done in the Assembler to the final sqrt operation, which you execute using the sqrt function in C (you must insert the math.h header file).Write the result (using printf in C).
022	Write in Assembly function :  int perimeter_of_square (int a), which calculates perimeter of square.
023	Write in Assembly function :  int perimeter_of_triangle (int a, int b, int c), which calculates perimeter of triangle.
024	Write function int sgn (int i), which returns values -1, 0, 1, depending on whether the value is negative, zero or positive.
025	Write int minimum () function that returns the smallest array element. In the body of this function in C, create a local variable of the field type of the size of 10 int elements from which the values will be selected. Try that the function works correctly for both positive and negative numbers.
026	Write in Assembly function :  int perimeter_of_triangle2 (int a), which calculates perimeter of equilateral  triangle
027	Write function void print_fact(unsigned char n), which prints "fact(n) = X". For computing and printing use functions factorial and printf.
028	Write function int avg_int (int a, int b, int c) to calculate the average value of these three int numbers. Try that it works correctly for both positive and negative numbers (including their mix).
029	Write in Assembly function :  int perimeter_of_triangle3 (int a, int b), which calculates perimeter of rectangular triangle.
030	Create a static field of 10 int elements. Write function void multiples(short n), which stores multiples of n in the field.
031	Write in Assembly function :  int area_of_cube (int a), which calculates area of cube.
032	Write in Assembly function :  int perimeter_of_square (int a), which calculates perimeter of square.
033	Write in Assembly function :  int area_of_rectangle (int a, int b) that calculates the area of rectangle.
034	Create a field (using a malloc call from C) of 10 int types. Write the function void powers2(), which will store numbers 2 to the power of 0, 2 to the power of 1, ..., 2 to the power of 9 in the field.
035	Write function char *my_strdup(char *s)  which creates copy of provided string (use malloc and strlen from C++)
036	Create a static field of 10 int elements. Write function void countdown () , which stores a sequence of 10, 9, 8, ..., 1 (in this order) into the field.
037	Write int minimum () function that returns the smallest array element. In the body of this function in C, create a local variable of the field type of the size of 10 int elements from which the values will be selected. Try that the function works correctly for both positive and negative numbers.
038	Write function unsigned int fib(unsigned short n), which recursively computes n-th fibonacci number.
039	Write in Assembly function :  int perimeter_of_triangle4 (int a, int h), which calculates perimeter of triangle  from side length and height.
040	Write in Assembly function :  int perimeter_of_rectangle (int a, int b), which calculates perimeter of rectangle.
041	Write a program that calculates the content of the triangle according to the Heron formula: P = sqrt (s * (s-a) * (s-b) * (s-c)), s = (a + b + c) / 2. Enter to the program a, b, c (in C language), then the calculation is done in the Assembler to the final sqrt operation, which you execute using the sqrt function in C (you must insert the math.h header file).Write the result (using printf in C).
042	Write in Assembly function :  int area_of_square (int a) that calculates the area of square.
043	Write function int power(int n, unsigned int m) returning the n to the power of m
044	Write in Assembly function :  int perimeter_of_triangle2 (int a), which calculates perimeter of equilateral  triangle
045	Create a static field of 10 short elements. Write the function void powers (), which will store numbers 1 to power of 2, 2 to power of 2, ..., 10 to power of 2 in the field.
046	Create a field (using a malloc call from C language) of n size of short elements, where n is a constant. Write int avg (unsigned int n) function to calculate the arithmetic average of the numbers in this field. Try that it works correctly for both positive and negative numbers (including their mix).
047	Write the function short avg_short (short a, short b, short c) to calculate the average value of these three short numbers. Try that it works correctly for both positive and negative numbers (including their mix).
048	Write function int positive (int a, int b, int c), which returns 1 if all arguments are positive, otherwise 0.
049	Write function int min3 function (unsigned char a, short b, int c) that returns the smallest value from these three passed parameters.
050	Write function int factorial(int n)  that recursively computes factorial of n
051	Write in Assembly function :  int perimeter_of_triangle (int a, int b, int c), which calculates perimeter of triangle.
052	Write function int sgn (int i), which returns values -1, 0, 1, depending on whether the value is negative, zero or positive.
053	Write function int positive (int a, int b, int c), which returns 1 if all arguments are positive, otherwise 0.
054	Create a field (using a malloc call from C) of 10 int types. Write the function void powers2(), which will store numbers 2 to the power of 0, 2 to the power of 1, ..., 2 to the power of 9 in the field.
055	Write in Assembly function :  int perimeter_of_rectangle (int a, int b), which calculates perimeter of rectangle.
056	Write int minimum () function that returns the smallest array element. In the body of this function in C, create a local variable of the field type of the size of 10 int elements from which the values will be selected. Try that the function works correctly for both positive and negative numbers.
057	Write function int power(int n, unsigned int m) returning the n to the power of m
058	Write in Assembly function :  int perimeter_of_triangle3 (int a, int b), which calculates perimeter of rectangular triangle.
059	Write function char *my_strdup(char *s)  which creates copy of provided string (use malloc and strlen from C++)
060	Write in Assembly function :  int area_of_rectangle (int a, int b) that calculates the area of rectangle.
061	Write in Assembly function :  int area_of_cube (int a), which calculates area of cube.
062	Create a static field of 10 short elements. Write the function void powers (), which will store numbers 1 to power of 2, 2 to power of 2, ..., 10 to power of 2 in the field.
063	Create a static field of 10 int elements. Write function void multiples(short n), which stores multiples of n in the field.
064	Write function int sgn (int i), which returns values -1, 0, 1, depending on whether the value is negative, zero or positive.
065	Create a static field of 10 int elements. Write function void countdown () , which stores a sequence of 10, 9, 8, ..., 1 (in this order) into the field.
066	Write in Assembly function :  int perimeter_of_triangle4 (int a, int h), which calculates perimeter of triangle  from side length and height.
067	Write in Assembly function :  int perimeter_of_triangle2 (int a), which calculates perimeter of equilateral  triangle
068	Write function void print_fact(unsigned char n), which prints "fact(n) = X". For computing and printing use functions factorial and printf.
069	Write function int avg_int (int a, int b, int c) to calculate the average value of these three int numbers. Try that it works correctly for both positive and negative numbers (including their mix).
070	Write in Assembly function :  int perimeter_of_triangle (int a, int b, int c), which calculates perimeter of triangle.
071	Write function int factorial(int n)  that recursively computes factorial of n
072	Write a program that calculates the content of the triangle according to the Heron formula: P = sqrt (s * (s-a) * (s-b) * (s-c)), s = (a + b + c) / 2. Enter to the program a, b, c (in C language), then the calculation is done in the Assembler to the final sqrt operation, which you execute using the sqrt function in C (you must insert the math.h header file).Write the result (using printf in C).
073	Create a field (using a malloc call from C language) of n size of short elements, where n is a constant. Write int avg (unsigned int n) function to calculate the arithmetic average of the numbers in this field. Try that it works correctly for both positive and negative numbers (including their mix).
074	Write function int min3 function (unsigned char a, short b, int c) that returns the smallest value from these three passed parameters.
075	Write in Assembly function :  int perimeter_of_square (int a), which calculates perimeter of square.
076	Write in Assembly function :  int area_of_square (int a) that calculates the area of square.
077	Write the function short avg_short (short a, short b, short c) to calculate the average value of these three short numbers. Try that it works correctly for both positive and negative numbers (including their mix).
078	Write function unsigned int fib(unsigned short n), which recursively computes n-th fibonacci number.
079	Write in Assembly function :  int perimeter_of_triangle3 (int a, int b), which calculates perimeter of rectangular triangle.
080	Write in Assembly function :  int perimeter_of_rectangle (int a, int b), which calculates perimeter of rectangle.
081	Write in Assembly function :  int area_of_rectangle (int a, int b) that calculates the area of rectangle.
082	Write in Assembly function :  int perimeter_of_triangle4 (int a, int h), which calculates perimeter of triangle  from side length and height.
083	Write function int power(int n, unsigned int m) returning the n to the power of m
084	Write in Assembly function :  int area_of_cube (int a), which calculates area of cube.
085	Write function int avg_int (int a, int b, int c) to calculate the average value of these three int numbers. Try that it works correctly for both positive and negative numbers (including their mix).
086	Write function int positive (int a, int b, int c), which returns 1 if all arguments are positive, otherwise 0.
087	Write in Assembly function :  int perimeter_of_triangle2 (int a), which calculates perimeter of equilateral  triangle
088	Create a static field of 10 short elements. Write the function void powers (), which will store numbers 1 to power of 2, 2 to power of 2, ..., 10 to power of 2 in the field.
089	Write function unsigned int fib(unsigned short n), which recursively computes n-th fibonacci number.
090	Create a static field of 10 int elements. Write function void countdown () , which stores a sequence of 10, 9, 8, ..., 1 (in this order) into the field.
091	Write function char *my_strdup(char *s)  which creates copy of provided string (use malloc and strlen from C++)
092	Write function int min3 function (unsigned char a, short b, int c) that returns the smallest value from these three passed parameters.
093	Write a program that calculates the content of the triangle according to the Heron formula: P = sqrt (s * (s-a) * (s-b) * (s-c)), s = (a + b + c) / 2. Enter to the program a, b, c (in C language), then the calculation is done in the Assembler to the final sqrt operation, which you execute using the sqrt function in C (you must insert the math.h header file).Write the result (using printf in C).
094	Write in Assembly function :  int area_of_square (int a) that calculates the area of square.
095	Write function void print_fact(unsigned char n), which prints "fact(n) = X". For computing and printing use functions factorial and printf.
096	Write function int factorial(int n)  that recursively computes factorial of n
097	Write the function short avg_short (short a, short b, short c) to calculate the average value of these three short numbers. Try that it works correctly for both positive and negative numbers (including their mix).
098	Create a field (using a malloc call from C language) of n size of short elements, where n is a constant. Write int avg (unsigned int n) function to calculate the arithmetic average of the numbers in this field. Try that it works correctly for both positive and negative numbers (including their mix).
099	Write in Assembly function :  int perimeter_of_square (int a), which calculates perimeter of square.
100	Write int minimum () function that returns the smallest array element. In the body of this function in C, create a local variable of the field type of the size of 10 int elements from which the values will be selected. Try that the function works correctly for both positive and negative numbers.
101	Create a field (using a malloc call from C) of 10 int types. Write the function void powers2(), which will store numbers 2 to the power of 0, 2 to the power of 1, ..., 2 to the power of 9 in the field.
102	Write function int sgn (int i), which returns values -1, 0, 1, depending on whether the value is negative, zero or positive.
103	Create a static field of 10 int elements. Write function void multiples(short n), which stores multiples of n in the field.
104	Write in Assembly function :  int perimeter_of_triangle (int a, int b, int c), which calculates perimeter of triangle.