What is the process by which the Whetstone, Dhrystone, and Linpack tests' weaknesses are fixed by the SPEC CPU tests?

Please answer the following questions: 1. Why is it useful to have the ability to load a state in a sequential machine while you are testing the machine? 2. Even if the ability to load a state is useful for testing, what would you do if you do not need this ability for your design (during its operation after the test). 3. Why do we have two arrows from B to C in the figure below?

Is it even feasible to provide a summary of the compiler and why testability is so crucial?

Is it feasible to discuss the testability of the compiler?

Can we provide an overview of the compiler and an explanation of the value of testability?

What is the process by which the Whetstone, Dhrystone, and Linpack tests' weaknesses are fixed by the SPEC CPU tests?

What parts of compiler design must be emphasised in order to guarantee that the end result is both effective and trustworthy? Explain.

Answser must be in MIPSzy assembly language. Max of 3 - Branch

Is there a shared characteristic among Compiler Phases that facilitates their respective primary operations? It would be beneficial to observe a practical illustration of each tactic.

I have a question about understanding Big O Notation. Like, I know that it is talking about space time and complexity and that it is referred to as O(n), but I am still confused and want to know how does this apply to executing code? As well as how do I know if my code is executing more efficiently, when using Big O Notation?