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#define MEOWPP_UTILITY_SELF_TESTING
#include <meowpp/debug/assert.h>
#include <meowpp/debug/assert.h>
#include <meowpp/debug/assert.h>
#include <meowpp/utility/self.h>
#include <cstdlib>
static int counter = 0;
class A {
private:
struct DataMember {
int var1;
int var2;
int counter;
DataMember() : var1(0), var2(0), counter(0) {
++counter;
}
DataMember(DataMember const& b) :
var1(b.var1), var2(b.var2), counter(0) {
++counter;
}
DataMember(int var1_init_value) :
var1(var1_init_value), var2(0), counter(0) {
++counter;
}
~DataMember() {
--counter;
}
DataMember const& CopyFrom(DataMember const& b) {
var1 = b.var1;
var2 = b.var2;
return *this;
}
};
meow::Self<DataMember> const self_;
public:
A() {}
A(A const& another_class_a) : self_(another_class_a.self_) {}
A(int var1_init_value) : self_(DataMember(var1_init_value)) {}
~A() {}
int GetVar1() const {
return self_->var1;
}
void SetVar1(int new_value) {
int old_value = self_->var1;
self_()->var1 = new_value;
if (old_value != new_value) {
self_()->var2 = old_value;
}
}
int GetVar2() const {
self_()->counter += 1;
return self_->var2;
}
bool operator==(A const& b) const {
return (self_->var1 == b.self_->var1 && self_->var2 == b.self_->var2);
}
bool Is(A const& b) const {
return (self_.Is(b.self_));
}
};
namespace meow {
class SelfTest {
private:
struct Data {
int a, b, *c;
Data() : a(1), b(2), c(NULL) {}
Data(int aa, int bb, int* cc) : a(aa), b(bb), c(cc) {}
~Data() {
if (c) ++(*c);
}
Data& CopyFrom(Data const& x) {
if (c) (*c) += 100;
a = x.a;
b = x.b;
c = x.c;
return *this;
}
bool operator==(Data const& x) const {
return (a == x.a && b == x.b && c == x.c);
}
bool operator!=(Data const& x) const {
return (!(*this == x));
}
};
public:
bool test() {
int remove;
{
Self<Data> s1, s2(Data(2, 3, &remove));
Assert(s1.body_ != NULL, "");
Assert(s1.body_->counter == 1, "");
Assert(s1.body_->body == Data(), "");
Assert(s2.body_ != NULL, "");
Assert(s2.body_->counter == 1, "");
Assert(s2.body_->body != Data(), "");
Assert(s2.body_->body == Data(2, 3, &remove), "");
Self<Data> s3(s1);
Assert(s3.body_ == s1.body_, "");
Assert(s3.body_->counter == 2, "");
Assert(s3.body_->body == Data(), "");
Self<Data> s4(s2.Copy());
Assert(s2.body_ != NULL, "");
Assert(s2.body_->counter == 1, "");
Assert(s2.body_->body != Data(), "");
Assert(s2.body_->body == Data(2, 3, &remove), "");
Assert(s2.body_ != s4.body_, "");
Assert(s4.body_ != NULL, "");
Assert(s4.body_->counter == 1, "");
Assert(s4.body_->body != Data(), "");
Assert(s4.body_->body == Data(2, 3, &remove), "");
Assert(s4.body_->body.c == &remove, "");
Assert(s3.Is(s1) && s1.Is(s3), "");
Assert((!s2.Is(s4)) && (!s4.Is(s2)), "");
Self<Data> s5(s2);
remove = 0;
s2.ReferenceFrom(s1);
Assert(s2.body_ != s5.body_, "");
Assert(s2.Is(s1), "");
Assert(remove == 0, "");
Assert(s2.body_ == s1.body_, "");
Assert(s3.body_->counter == 3, "");
Assert(s3.body_->body == Data(), "");
remove = 0;
Assert(s4.body_->body.c == &remove, "");
s4.CopyFrom(s1);
Assert(s4.body_->body.c != &remove, "");
Assert(remove == 100, "remove = %d\n", remove);
Assert(s4.body_ != s1.body_, "");
Assert(s4.body_->counter == 1, "");
Assert(s4.body_->body == s1.body_->body, "");
Assert(!(s4.Is(s1)), "");
s4.Attach(s4.body_);
Assert(s4.body_->counter == 2, "");
s4.Attach(s4.body_);
Assert(s4.body_->counter == 3, "");
s4.Detach();
s4.Detach();
Assert(s4.body_->counter == 1, "");
remove = 0;
printf("%llu %d\n", (unsigned long long)s1.body_, s1.body_->counter);
printf("%llu %d\n", (unsigned long long)s2.body_, s2.body_->counter);
printf("%llu %d\n", (unsigned long long)s3.body_, s3.body_->counter);
printf("%llu %d\n", (unsigned long long)s4.body_, s4.body_->counter);
printf("%llu %d\n", (unsigned long long)s5.body_, s5.body_->counter);
s1.body_->body.c = &remove;
s4.body_->body.c = &remove;
s5.body_->body.c = &remove;
}
Assert(remove == 3, "remove = %d\n", remove);
return true;
}
};
}
int main() {
bool ok = true;
{
A a1;
A a2(a1);
a2.SetVar1(123);
if (!(a1 == a2)) {
ok = false;
}
A a3(32);
}
if (counter != 0) {
ok = false;
}
if (ok) {
meow::SelfTest tester;
tester.test();
}
return ok ? 0 : 1;
}
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