Given C code: The “fib” function is used check the “n” value, if the “n” is 0 it will return false. If the “n” is 1, it will return true. Otherwise the function returns the “fib (n-1) + fib (n-2)”. MIPS instructions: Initially the “fib” loop creates a stack then pushes the values into the stack. Check if the value of “n” is greater than 1, and then go to the “check” loop. Otherwise set “fib (0) = 0”. Finally the “fib” loop jump to the “return” loop. In “check” loop add the “$0” and “1” and store the result in the “$t0” register. Check if the “n” value is greater than 1, if the condition is true goes to the “loop” loop. Otherwise set “fib (1) = 1”. Finally the “check” loop jump to the “return” loop. In “loop” loop subtract the “n” and “1”. Call the loop “fib” with an argument “n-1”. Copy the value to the “fib(n-1)”. Subtract the “n” and “2”. Again call the loop “fib” with an argument “n-2”. Finally the “loop” add “fib (n-1)” and “fib (n-2)” values. In “return” loop pop every elements from the stack. Restore the value. Return the caller value.

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Answer 1

Question

Chapter 2, Problem 2.32E

Program Plan Intro

Given C code:

The “fib” function is used check the “n” value, if the “n” is 0 it will return false. If the “n” is 1, it will return true. Otherwise the function returns the “fib (n-1) + fib (n-2)”.

MIPS instructions:

Initially the “fib” loop creates a stack then pushes the values into the stack.

Check if the value of “n” is greater than 1, and then go to the “check” loop.

Otherwise set “fib (0) = 0”.

Finally the “fib” loop jump to the “return” loop.

In “check” loop add the “$0” and “1” and store the result in the “$t0” register.

Check if the “n” value is greater than 1, if the condition is true goes to the “loop” loop.

Otherwise set “fib (1) = 1”.

Finally the “check” loop jump to the “return” loop.

In “loop” loop subtract the “n” and “1”.

Call the loop “fib” with an argument “n-1”.

Copy the value to the “fib(n-1)”.

Subtract the “n” and “2”.

Again call the loop “fib” with an argument “n-2”.

Finally the “loop” add “fib (n-1)” and “fib (n-2)” values.

In “return” loop pop every elements from the stack.

Restore the value.

Return the caller value.

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Answer 2

Question

Chapter 2, Problem 2.32E

Program Plan Intro

Given C code:

The “fib” function is used check the “n” value, if the “n” is 0 it will return false. If the “n” is 1, it will return true. Otherwise the function returns the “fib (n-1) + fib (n-2)”.

MIPS instructions:

Initially the “fib” loop creates a stack then pushes the values into the stack.

Check if the value of “n” is greater than 1, and then go to the “check” loop.

Otherwise set “fib (0) = 0”.

Finally the “fib” loop jump to the “return” loop.

In “check” loop add the “$0” and “1” and store the result in the “$t0” register.

Check if the “n” value is greater than 1, if the condition is true goes to the “loop” loop.

Otherwise set “fib (1) = 1”.

Finally the “check” loop jump to the “return” loop.

In “loop” loop subtract the “n” and “1”.

Call the loop “fib” with an argument “n-1”.

Copy the value to the “fib(n-1)”.

Subtract the “n” and “2”.

Again call the loop “fib” with an argument “n-2”.

Finally the “loop” add “fib (n-1)” and “fib (n-2)” values.

In “return” loop pop every elements from the stack.

Restore the value.

Return the caller value.

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Answer 3

Question

Chapter 2, Problem 2.32E

Program Plan Intro

Given C code:

The “fib” function is used check the “n” value, if the “n” is 0 it will return false. If the “n” is 1, it will return true. Otherwise the function returns the “fib (n-1) + fib (n-2)”.

MIPS instructions:

Initially the “fib” loop creates a stack then pushes the values into the stack.

Check if the value of “n” is greater than 1, and then go to the “check” loop.

Otherwise set “fib (0) = 0”.

Finally the “fib” loop jump to the “return” loop.

In “check” loop add the “$0” and “1” and store the result in the “$t0” register.

Check if the “n” value is greater than 1, if the condition is true goes to the “loop” loop.

Otherwise set “fib (1) = 1”.

Finally the “check” loop jump to the “return” loop.

In “loop” loop subtract the “n” and “1”.

Call the loop “fib” with an argument “n-1”.

Copy the value to the “fib(n-1)”.

Subtract the “n” and “2”.

Again call the loop “fib” with an argument “n-2”.

Finally the “loop” add “fib (n-1)” and “fib (n-2)” values.

In “return” loop pop every elements from the stack.

Restore the value.

Return the caller value.

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Answer 4

Question

Chapter 2, Problem 2.32E

Program Plan Intro

Given C code:

The “fib” function is used check the “n” value, if the “n” is 0 it will return false. If the “n” is 1, it will return true. Otherwise the function returns the “fib (n-1) + fib (n-2)”.

MIPS instructions:

Initially the “fib” loop creates a stack then pushes the values into the stack.

Check if the value of “n” is greater than 1, and then go to the “check” loop.

Otherwise set “fib (0) = 0”.

Finally the “fib” loop jump to the “return” loop.

In “check” loop add the “$0” and “1” and store the result in the “$t0” register.

Check if the “n” value is greater than 1, if the condition is true goes to the “loop” loop.

Otherwise set “fib (1) = 1”.

Finally the “check” loop jump to the “return” loop.

In “loop” loop subtract the “n” and “1”.

Call the loop “fib” with an argument “n-1”.

Copy the value to the “fib(n-1)”.

Subtract the “n” and “2”.

Again call the loop “fib” with an argument “n-2”.

Finally the “loop” add “fib (n-1)” and “fib (n-2)” values.

In “return” loop pop every elements from the stack.

Restore the value.

Return the caller value.

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Answer 5

Chapter 2, Problem 2.32E

Program Plan Intro

Given C code:

The “fib” function is used check the “n” value, if the “n” is 0 it will return false. If the “n” is 1, it will return true. Otherwise the function returns the “fib (n-1) + fib (n-2)”.

MIPS instructions:

Initially the “fib” loop creates a stack then pushes the values into the stack.

Check if the value of “n” is greater than 1, and then go to the “check” loop.

Otherwise set “fib (0) = 0”.

Finally the “fib” loop jump to the “return” loop.

In “check” loop add the “$0” and “1” and store the result in the “$t0” register.

Check if the “n” value is greater than 1, if the condition is true goes to the “loop” loop.

Otherwise set “fib (1) = 1”.

Finally the “check” loop jump to the “return” loop.

In “loop” loop subtract the “n” and “1”.

Call the loop “fib” with an argument “n-1”.

Copy the value to the “fib(n-1)”.

Subtract the “n” and “2”.

Again call the loop “fib” with an argument “n-2”.

Finally the “loop” add “fib (n-1)” and “fib (n-2)” values.

In “return” loop pop every elements from the stack.

Restore the value.

Return the caller value.

Answer 6

Chapter 2, Problem 2.32E

Program Plan Intro

Given C code:

The “fib” function is used check the “n” value, if the “n” is 0 it will return false. If the “n” is 1, it will return true. Otherwise the function returns the “fib (n-1) + fib (n-2)”.

MIPS instructions:

Initially the “fib” loop creates a stack then pushes the values into the stack.

Check if the value of “n” is greater than 1, and then go to the “check” loop.

Otherwise set “fib (0) = 0”.

Finally the “fib” loop jump to the “return” loop.

In “check” loop add the “$0” and “1” and store the result in the “$t0” register.

Check if the “n” value is greater than 1, if the condition is true goes to the “loop” loop.

Otherwise set “fib (1) = 1”.

Finally the “check” loop jump to the “return” loop.

In “loop” loop subtract the “n” and “1”.

Call the loop “fib” with an argument “n-1”.

Copy the value to the “fib(n-1)”.

Subtract the “n” and “2”.

Again call the loop “fib” with an argument “n-2”.

Finally the “loop” add “fib (n-1)” and “fib (n-2)” values.

In “return” loop pop every elements from the stack.

Restore the value.

Return the caller value.

Answer 7

Chapter 2, Problem 2.32E

Program Plan Intro

Given C code:

The “fib” function is used check the “n” value, if the “n” is 0 it will return false. If the “n” is 1, it will return true. Otherwise the function returns the “fib (n-1) + fib (n-2)”.

MIPS instructions:

Initially the “fib” loop creates a stack then pushes the values into the stack.

Check if the value of “n” is greater than 1, and then go to the “check” loop.

Otherwise set “fib (0) = 0”.

Finally the “fib” loop jump to the “return” loop.

In “check” loop add the “$0” and “1” and store the result in the “$t0” register.

Check if the “n” value is greater than 1, if the condition is true goes to the “loop” loop.

Otherwise set “fib (1) = 1”.

Finally the “check” loop jump to the “return” loop.

In “loop” loop subtract the “n” and “1”.

Call the loop “fib” with an argument “n-1”.

Copy the value to the “fib(n-1)”.

Subtract the “n” and “2”.

Again call the loop “fib” with an argument “n-2”.

Finally the “loop” add “fib (n-1)” and “fib (n-2)” values.

In “return” loop pop every elements from the stack.

Restore the value.

Return the caller value.

Answer 8

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Answer 9

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Answer 10

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Answer 11

Ch. 2 - Prob. 2.1E Ch. 2 - Prob. 2.2E Ch. 2 - Prob. 2.3E Ch. 2 - Prob. 2.4E Ch. 2 - Prob. 2.5E Ch. 2 - Prob. 2.6.1E Ch. 2 - Prob. 2.6.2E Ch. 2 - Prob. 2.7E Ch. 2 - Prob. 2.8E Ch. 2 - Prob. 2.9E

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