// Lab 2: Fall 2020 #include #include #include #include extern void stringCopy(char* strTo, char* strFrom); // copies strFrom to strTo extern void stringCat(char* strFrom, char* strTo); // adds...

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// Lab 2: Fall 2020 #include #include #include #include extern void stringCopy(char* strTo, char* strFrom); // copies strFrom to strTo extern void stringCat(char* strFrom, char* strTo); // adds strFrom to end of strTo extern int32_t sumS32(int32_t x[], int32_t count); extern int32_t sumS16(int16_t x[], int32_t count); extern uint64_t sumU32_64(uint32_t x[], uint32_t count); extern uint32_t countNegative (int16_t x[], uint32_t count); extern uint32_t countNonNegative (int16_t x[], uint32_t count); extern uint32_t countMatches(char str[], char toMatch); extern int32_t returnMax(int16_t x[], uint32_t count); extern int32_t returnMin(int16_t x[], uint32_t count); #define COUNT 5 int main(void) { int32_t resultS32; int16_t arrayInt16[COUNT] = {129, 256, 512, 1024, 2048}; int32_t arrayInt32[COUNT] = {128, 255, 511, 1023, 2047}; int16_t divisor[COUNT] = {1, 2, 3, 4, 6}; uint64_t resultU64; uint32_t resultU32; uint32_t arrayUint32[COUNT] = {4000000001, 4000000001, 4000000001, 4000000001, 4000000001}; uint8_t resultU8; bool resultB; char test1[20] = "aaaaaaa"; char test2[44] = "bbbbbbb"; stringCopy(test1, test2); printf("Question 1, stringCopy: Correct answer = bbbbbbb\n"); printf("Question 1, stringCopy: Student answer = %s\n\n", test1); char test3[20] = "aaaaaaa"; char test4[44] = "bbbbbbb"; stringCat(test3, test4); printf("Question 2, stringCat: Correct answer = bbbbbbbaaaaaaa\n"); printf("Question 2, stringCat: Student answer = %s\n\n", test4); printf("Question 3, sumS32: Correct answer = 3964\n"); printf("Question 3, sumS32: Student answer = %d\n\n", sumS32(arrayInt32, COUNT)); printf("Question 4, sumS16: Correct answer = 16\n"); printf("Question 4, sumS16: Student answer = %d\n\n", sumS16(divisor, COUNT)); printf("Question 5, sumU32_64: Correct answer = 20000000005\n"); printf("Question 5, sumU32_64: Student answer = %lld\n\n", sumU32_64(arrayUint32, COUNT)); arrayInt16[2] = 0; arrayInt16[3] = -1; arrayInt16[4] = -2047; printf("Question 6, countNegative: Correct answer = 2\n"); printf("Question 6, countNegative: Student answer = %u\n\n", countNegative(arrayInt16, COUNT)); printf("Question 7, countNonNegative: Correct answer = 3\n"); printf("Question 7, countNonNegative: Student answer = %u\n\n", countNonNegative(arrayInt16, COUNT)); char str[] = "aabbccddeeffgghhiijjkkllmmnnooppqqrrss"; printf("Question 8, countMatches: Correct Answer = 2\n"); printf("Question 8, countMatches: Student Answer = %u\n\n", countMatches(str, 's')); printf("Question 9, returnMax: Correct Answer = 256\n"); printf("Question 9, returnMax: Student Answer = %d\n\n", returnMax(arrayInt16, COUNT)); printf("Question 10, returnMin: Correct Answer = -2047\n"); printf("Question 10, returnMin: Student Answer = %d\n\n", returnMin(arrayInt16, COUNT)); return EXIT_SUCCESS; } 1. void stringCopy(char* strTo, char* strFrom) // copies strFrom to strTo 2. void stringCat(char* strFrom, char* strTo) // adds strFrom to end of strTo 3. int32_t sumS32(int32_t x[], int32_t count); // returns sum of the values in the array (x) containing count entries 4. int32_t sumS16(int16_t x[], int32_t count); // returns sum of the values in the array (x) containing count entries 5. uint64_t sumU32_64(uint32_t x[], uint32_t count); // returns the 64-bit sum of the values in the array (x) containing count entries 6. uint32_t countNegative (int16_t x[], uint32_t count); // returns number of negative values in the array (x) containing count entries 7. uint32_t countNonNegative (int16_t x[], uint32_t count); // returns number of non-negative values in the array (x) containing count entries 8. uint32_t countMatches(char str[], char toMatch); // input: char (toMatch) containing the character to match in the string (str) // output: returns the number of occurrences of toMatch in str, or 0 if not found 9. int32_t returnMax(int16_t x[], uint32_t count); // returns the maximum value from the integer array (x) with count entries 10. int32_t returnMin(int16_t x[], uint32_t count); // return the minimum value from the integer array (x) with count entries Tip: Remember the concept of sign extension. When working with 16-bit integers, there are both signed and unsigned load commands.
lab2-driver-yhhbkkas.c 2312lab22-zdien2m0.pdf
Nov 01, 2021
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