Give at least six status conditions for the setting of individual bits in the status register of an asynchronous communication interface. How many bits are there in the transmitter shift register of Fig. 11-8 when the interface is attached to a terminal that needs one stop bit? List the bits in the shift register when the letter W is transmitted

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Comments using '#' are not required, i.e., there is no need to take extra time to document your code with comments. But you can certainly add a few comments in certain places to help yourself. Prepare a modular subroutine ArrayCreation (h, x, y,n, m, b) in Nios II assembly-language that accepts pointers to the beginning of three lists h/x/y in memory, where each list has space for n word-sized items, and an additional parameter values m, b. For each h list element i between 0 and n-1, the required computation for this subroutine is h[i] = (x[i] = b) m if y[i]> m, otherwise h[i] = y[i] + m. The subroutine should also maintain a count for the number of times that items that h list element i is computed as a negative value, and the final count should be returned to the caller. For full modularity, the subroutine should not refer to any global variables directly by name. Include the necessary data directives in assembly language for the following global variables: . N for the number of items in the lists MEM PARAM for the first subroutine parameter of value 2 DEST ARR with sufficient space SRC_ARR1 consisting of the items {9, 4, 2, 4, 3} SRC_ARR2 consisting of the items (-3, 7, 1,-1, 6} NEG_COUNT for the number of negative-valued elements in the generated list Develop a main routine that calls the modular subroutine above with appropriate arguments to place the computed results into DEST_ARR from SRC ARR1 and SRC ARR2. Use a constant value 6 as the second parameter for the subroutine call. Place the returned result in NEG_COUNT. Include the necessary directives at the beginning for a properly implemented program. Comments using '#' are not required, i.e., there is no need to take extra time to document your code with comments. But you can certainly add a few comments in certain places to help yourself. Prepare a modular subroutine ArrayCreation (h, x, y,n, m, b) in Nios II assembly-language that accepts pointers to the beginning of three lists h/x/y in memory, where each list has space for n word-sized items, and an additional parameter values m, b. For each h list element i between 0 and n-1, the required computation for this subroutine is h[i] = (x[i] = b) m if y[i]> m, otherwise h[i] = y[i] + m. The subroutine should also maintain a count for the number of times that items that h list element i is computed as a negative value, and the final count should be returned to the caller. For full modularity, the subroutine should not refer to any global variables directly by name. Include the necessary data directives in assembly language for the following global variables: . N for the number of items in the lists MEM PARAM for the first subroutine parameter of value 2 DEST ARR with sufficient space SRC_ARR1 consisting of the items {9, 4, 2, 4, 3} SRC_ARR2 consisting of the items (-3, 7, 1,-1, 6} NEG_COUNT for the number of negative-valued elements in the generated list Develop a main routine that calls the modular subroutine above with appropriate arguments to place the computed results into DEST_ARR from SRC ARR1 and SRC ARR2. Use a constant value 6 as the second parameter for the subroutine call. Place the returned result in NEG_COUNT. Include the necessary directives at the beginning for a properly implemented program.