#include #include #include using namespace std; class Processor { protected: string type; int generation; double speed; public: Processor() { type=""; generation=speed=0; } Processor(string&type,int generation,double speed) { this->type=type; this->generation=generation; this->speed=speed; } void Type(string&type) { this->type=type; } string Type() { return type; } void Generation(int generation) { this->generation=generation; } int Generation() { return generation; } void Speed(double speed) { this->speed=speed; } double Speed() { return speed; } void read() { cout<<"type of the processor"<>type; cout<<"generation of the processor"<>generation; cout<<"speed of the processor"<>speed; } void p() { cout<<"Type : "<type=type; this->build_in=build_in; this->storage=storage; } void Type(string&type) { this->type=type; } string Type() { return type; } void Build_in(bool build_in) { this->build_in=build_in; } bool Build_in() { return build_in; } void Storage(double storage) { this->storage=storage; } doubleStorage() { return storage; } void read() { cout<<"type of GPU "<>type; cout<<"integration? y/n : any number/0"<>build_in; cout<<"enter the storage (VRAM)"<>storage; } void p() { cout<<"Type : "<pr=pr; this->memory=memory; this->company=company; this->n=n; gpu=new GPU[n]; } ~Computer() { delete []gpu; } void Company(string&company) { this->company=company; } string Company() { return company; } Processor Pr() { return pr; } void Pr(Processor&p) { this->pr=p; } void Memory(double memory) { this->memory=memory; } double Memory() { return memory; } void N(int n) { this->n=n; if(gpu!=NULL) delete []gpu; gpu=new GPU[n]; } int N() { return n; } void GPU_at(const GPU&in,int index) { if(index>company; cout<<"Memory"<>memory; cout<<"enter the number of GPUs"<>n; gpu=new GPU[n]; cout<<"enter GPUs information"<>n; all=new Computer[n]; for(int i=0; i=generation) all[i].p(); } int countDevices(string company) { int c; for(int i=0; i

Computers without inheritance