Note:- bits count starts from 0 to 7
Jump to label L1 if 4,5,or 6 is set in BL register means any of the bit among bit 4,5 or 6 is set(means equal to 1)to acheive this condition keep all 3 bits of the immidiate data equate to 1 and rest of the bits equates to 0. On testing, condition is satisfied and code run accordingly.
test bl,01110000b
jnz L1
2.Write code that jumps to label Ll if either bit 4, 5, or 6 is set...
Use this bit of code for questions 1 and 2. add $5, $7, $2 sw $9, 4($6) lw $4, 8($12) or $6, $5, $3 Assume that the code is stored starting at 0x00600000, the values in the memory are all initially -1, and the register values are the same as the number (so $5 holds the value 5). Using the pipelined diagram, give the contents of each internal register at the end of the 4th clock...
6. (20%) Write HDL code to synthesize the following circuits: a. 8-bit register. b. 9-bit Register with Asynchronous Reset c. N-bit Register with Synchronous Reset where N is a parameter d. N-bit register with Enable and Asynchronous reset where N is a parameter e. 8-bit latch
PCON is not a bit addressable register. Write a C code segment that makes sure that SMOD0 (bit 6) is cleared to ‘0’ and SMOD1 (bit 7) is set or cleared based on a defined value (i.e #define SMOD1 (1) would cause bit 7 to be set.). Hint: This can be done with as few as two instructions (one to clear and one to set).
A- Using either “ANDA” or “ORAA” instructions, write an HCS12 code to clear bits 0, 2,5, and 7 of register A and leave all other bits unchanged. B- Using either “ANDB” or “ORAB” instructions, write an HCS12 code to set bits 0, 3, and 6 of register B and leave all other bits unchanged.
4.9. Write the VHDL code for a 4-bit register. Inputs: clk,enable, data; ouput:q.
1. Write code to turn on bit 4 of PORTC, where bit 4 is configured as output bit. 2. What does this code in assembly do? You can write your answer in a high-level language like C. MOVF Q,W SUBWF P,F
Need help just the answers
In the following instruction sequence, show the changed values of AL where indicated, in binary; a. _____ b. ____ c. ____ d. ______ In the following instruction sequence. show the changed values of AL where indicated, in hexadecimal: a. ____ b. ____ c. _____ d. ____ In the following instruction sequence, show the values of the Carry, Zero, and Sign flags where indicated: a. CF = ___ ZF = ___ SF = ____ b. CF...
5) Write TOY AL subprogram that implements the following subprogram interface: Label: SumEven On entry: Register $1 is the return address of the caller. Register $A is the address in memory of an array A. Register $s is the size of the array A. On exit: Register $F is the sum of the entries of A that are even (divisible by 2) No values in memory have changed. Any of the registers may have changed value. Hint: The TOY assembly...
6. In each of the instructions shown below, assume that the label LOOP corresponds to memory address 0x40CE0078. a) (5) Show in hex the 32-bit machine code for the instruction bltzal $14,LOOP Assume that the machine code will be located at address 0x40CE8880. b) (5) Register $14 contains negative 2 in two’s complement form. Show, in hex (0xdddddddd), the 32-bit contents of all registers within the CPU that are modified when the instruction bltzal $14,LOOP is executed.. c) 5) Show...