translate c++ to mips
int
get_singleton(int value) {
//Declare and initialize
int position = 0;
bool isFound = false;
//Loop
while(!isFound)
{
//Update
isFound = 1 & value;
value = value >> 1;
//Increment
position++;
}
//Return
return position;
}
translate c++ to mips int get_singleton(int value) { //Declare and initialize int position = 0; bool...
translate c++ to mips bool singleton(int value) { //Check condition if (value == 0) //Return return false; //Declare and initialize int compare = value-1; bool isTrue = value & compare; //Check condition if (isTrue == 0) //Return return true; //Otherwise else //Return return false; }
Help me translate this C code into MIPS int set(int n, int a[], int v) { int i; for (i=4; i < (n-1); i++){ a[i] = v; } return i; }
C++ Need the step count for this function. int binarySearch(const int array[], int size, int value) { int first = 0, last = size − 1, middle, position = −1; bool found = false; while (!found && first <= last) { middle = (first + last) / 2; if (array[middle] == value) { found = true; position = middle; } else if (array[middle] > value) last = middle − 1; else first = middle + 1; } return position; }
For C to MIPS Conversion C variable h i j k int a[] or &a[0] MIPS register replacement $50 $s1 $s2 $53 $54 $a0 Translate to MIPS. No credit for pseudo MIPS instructions (e.g., BGE). Answer MUST use true 32-bit MIPS instructions: Note that all variables (h,ij.x,a[]) are 32-bit signed integers. while ( h < 3 ) { a[j++] = 0; x = i >> 3; ܒܝܢ
C to MIPS Conversion C variable h i j k x int a[] or &a[0] MIPS register replacement $s0 $s1 $s2 $s3 $s4 $a0 Translate to MIPS. DO NOT USE pseudo MIPS instructions (e.g., BGE). Answer MUST use true 32-bit MIPS instructions: Note that all variables (h,i,j,x,a[]) are 32-bit signed integers. while ( h < 3 ) { a[j++]= 0; x = i >> 3; }
Evaluate Exponent: Declare a double variable called result and initialize it to 1.0; Ask the user for two values - one for the base, and the other for the exponent. If the exponent parameter is 0, give the user an error. You do not need to handle a negative exponent value. Otherwise, declare an integer variable called loop and initialize it to 0 Write a do while loop as follows: Inside the loop: Multiply the results times the number Increment...
Translate the following code into MIPS code. Test (int i, int j) { int k; k = Double(i+1) + Double (j-10) return k; } Sub (int m) { int g; g = m + m; return g; } Assume the compiler associates the variable k to the register $s0. Assume the compiler associates the variable g to the register $t0.
Translate function f into MIPS assembly language. The code for function f is as follows: int func(int a, int b){ return a + b; } int f(int a, int b, int c, int d){ return func(func(a, b), c - d);
For C to MIPS Conversion C variable h i j k X int a[] or &a[0] MIPS register replac ement $50 $51 $s2 $s3 $54 $a0 Translate to MIPS. No credit for pseudo MIPS instructions (e.g., BGE). Answer MUST use true 32-bit MIPS instructions: Note that all variables (h,i,j,x,a[]) are 32-bit signed integers. while ( h < 3 ) { a[j++] = 0; x = i >> 3; }
C to MIPS Conversion C variable h i j k x int a[] or &a[0] MIPS register replacement $s0 $s1 $s2 $s3 $s4 $a0 Translate to MIPS. DO NOT USE pseudo MIPS instructions (e.g., BGE). Answer MUST use true 32-bit MIPS instructions: if(j < k ) a[j] = 1; else j = a[j];