Avoid developing an argument that is tied to performance and instead focus on developing an argument that supports the use of deep access as opposed to shallow access from the perspective of a programmer

Please provide an explanation for why deep access is better than shallow access from the perspective of a programmer; do not make your argument just on the basis of performance concerns.

Is it feasible to explain the relevance of testability and provide an overview of the compiler at the same time?

Consider the role that debugging may play in the development of more trustworthy programs.

1.1. Software evolution does not comprise: a. Development activities b.Negotiating with client c.Maintenance activities d.Re-engineering activities 1.2. Some programming constructs and techniques, such as GOTO statements, pointers, recursion, inheritance, and floating-point numbers are inherently error-prone, These should NOT be used when developing systems. a. web based b. interactive c. dependable d. unexpected e. executable is a software unit whose functionality and dependencies are completely defined by a set of can be combined with other components without reference to their 1.3. А public interfaces. implementation and can be deployed as an executable unit. a. component b. requirement c. composition d. function e. language

Can we get an overview of the compiler and some background on why testability is crucial?

You should concentrate your efforts on avoiding an argument that centres on how well deep access performs in compared to shallow access, and you should make the case for utilising deep access rather than shallow access from the standpoint of a coder.

Explain why deep access is preferable to shallow access from the standpoint of a programmer; avoid making a case only on the basis of performance considerations.

Do java object oriented full project source code   Implement a project that will apply knowledge in JAVA object-oriented programming to manipulate records of information for a system. Apply array of objects or linked list of objects to store the records. The project shall consider the following requirements:   1. Demonstrate the following methods with records of objects: create and insert new object, remove existing object, search object, update object, and display object(s).   2. Be logical in the design of the solution – implement at least 3 classes including main() class, apply inheritance, create linked list of objects or array of objects, input validation.   3. Implement tasks to manipulate records in producing meaningful output – (e.g. apply searching and/or sorting to generate reports, perform calculation and others)   *Use all knowledge (classes, objects, array of objects, exception handling, inputs, outputs, files) when developing the program.     Topic: Student record system…

Justify the use of deep access as opposed to shallow access from the perspective of a coder; avoid performance-based arguments.