CAF (c + + actor Framework) (serialization, no serialization, direct transmission) (ii)

Yesterday said the struct, or is not satisfied, after all, C + + inside the class with more well, that first class, this code is I slightly adapted the results.

#include <utility>#include<iostream>#include<vector>#include"caf/all.hpp"usingstd::cout;usingStd::endl;usingStd::make_pair;usingstd::vector;using namespaceCAF;classFoo {Private:  intA_; Vector<int>b_; Public: foo (inta0 =0, vector<int> B0 = vector<int> (0): A_ (A0), b_ (B0) {} foo (Constfoo&) =default; Foo&operator=(Constfoo&) =default; intA ()Const{returnA_;} voidSet_a (intval) {A_ =Val;} Vector<int> B ()Const{return(vector<int>) B_; }  voidSet_b (Constvector<int> val) {b_ =Val;}};BOOL operator==(Constfoo& LHS,Constfoo&RHS) {  returnLHS.A () = =RHS.A ()&& lhs.b () = =rhs.b ();}voidTestee (event_based_actor*Self ) { Self-become ([=](Constfoo&val) {aout (self)<< VAL.A () <<Endl; Auto B=val.b ();  for(Auto it = B.begin (); It! = B.end (); + +it) {aout (self)<<* (IT) <<Endl; } Self-quit (); }  );}intMainint,Char**) {   //################## #First method####################Announce<foo> ("Foo", Make_pair (&AMP;FOO::A, &foo::set_a), Make_pair (&AMP;FOO::B, &foo::set_b)); //################### #Second method####################//a member function pointer to get an attribute of Foo  usingFoo_getter =int(foo::*) ()Const; usingFoo_getter1 = vector<int> (foo::*) ()Const; //a member function pointer to set an attribute of Foo  usingFoo_setter =void(foo::*) (int); usingFoo_setter1 =void(foo::*) (Constvector<int>); Foo_getter G1= &foo::a; Foo_setter S1= &foo::set_a; //same is true for BFoo_getter1 g2 = &foo::b; Foo_setter1 S2= &Foo::set_b; Announce<foo> ("Foo", Make_pair (G1, S1), Make_pair (G2, S2)); //################### #Third method######################//alternative syntax that uses casts instead of variables//(returns false since Foo is already announced)Announce<foo> ("Foo", Make_pair (static_cast<foo_getter> (&foo::a), static_cast<foo_setter> (&foo::set_a)), Make_pair (static_cast<foo_getter1> (&foo::b), static_cast<foo_setter1> (&( foo::set_b)));    {Scoped_actor self; Auto T=spawn (testee); Self->send (T, foo{1,{2,3}});  } await_all_actors_done ();  Shutdown (); return 0;}

Paste the results

The CAF tells us that you want to send a class in the message, you just have to tell it all of your members ' getter and setter functions, and then it provides three ways to (generally choose the first one without any difference = =).

A little more in-depth is the class inside the class object, in fact, is also very convenient knowledge more than a nested. You can see announce4.cpp on GitHub.

Https://github.com/actor-framework/actor-framework/blob/master/examples/type_system/announce_4.cpp

Finally, there is an article to talk about your own Announce5 code understanding and adaptation of it.

Ask a fan, oh oh ~

CAF (c + + actor Framework) (serialization, no serialization, direct transmission) (ii)