Avoid performance arguments and explain why deep access is better for programmers.

Trying to update a C++ code I wrote earlier (perhaps around 30-60 lines of code) and make it compile and run showing how to use: Note: I am currently working on using class. I am not commited to the below code, just looking for a job example to help me understand the concepts better and how to clean up my own code to be more effiecent using the current items I am reading about. I would like to stay using the address example though. Please label code to help me understand as I break it down. a.       abstract data type b.       const c.       class constructor   #include <iostream>#include <string> using namespace std; class address // address structure type{public:string streetAddress;string city;string state;int zipcode; }; int main() { address guest; // class address named guest address home; // class adress named home and inputshome.streetAddress = "1234 Right Way Rd.";home.city = "Huntsville";home.state = "AL";home.zipcode = 35803;   cout << "What is your address?…

Explain Application binary interface.

Note: Writes Program in jAva Language you will implement a distributed resource-management scheme  using Akka actors.  Generally speaking, resources are anything that a system may use to fulfill the tasks that its users ask of it.  Disk drives are resources, as are printers and scanners; memory and cores can also be viewed as resources, as can database controllers and more exotic devices such as motion sensors, bar code readers, and webcams.  In a distributed system, one often wants to share these resources with all nodes in the network.Conceptually, the system you will be building consists of a collection of computing nodes (think “machines on a network”) that can communicate via message passing.  Each node owns a collection of local resources that it is willing to share with other nodes in the network. To manage this sharing, each node includes a Resource Manager, which is responsible for controlling access to the resources it owns. Users, which are also running on the system nodes,…