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// file : common/readonly/test.hxx
// copyright : Copyright (c) 2009-2015 Code Synthesis Tools CC
// license : GNU GPL v2; see accompanying LICENSE file
#ifndef TEST_HXX
#define TEST_HXX
#include <common/config.hxx> // HAVE_CXX11
#include <vector>
#include <memory> // std::auto_ptr
#include <odb/core.hxx>
// Simple readonly object.
//
#pragma db object
struct simple
{
simple (unsigned long i, unsigned long x)
: id (i), ro (x), co (x), rw (x)
{
}
simple (): co (0) {}
#pragma db id
unsigned long id;
#pragma db readonly
unsigned long ro;
const unsigned long co;
unsigned long rw;
};
// Readonly pointer.
//
#pragma db object
struct pointer
{
pointer (unsigned long i, pointer* p = 0): id (i), ro (p), co (p), rw (p) {}
pointer (): ro (0), co (0), rw (0) {}
~pointer ()
{
delete ro;
if (co != ro)
delete co;
if (rw != ro && rw != co)
delete rw;
}
#pragma db id
unsigned long id;
#pragma db readonly
pointer* ro;
pointer* const co;
pointer* rw;
};
// Composite readonly value as well as simple readonly value inside
// a composite.
//
#pragma db value readonly
struct ro_value
{
ro_value () {}
ro_value (unsigned long x): v (x) {}
unsigned long v;
};
#pragma db value
struct value: ro_value
{
value (): co (0) {}
value (unsigned long x): ro_value (x), ro (x), co (x), rw (x) {}
#pragma db readonly
unsigned long ro;
const unsigned long co;
unsigned long rw;
};
#pragma db object
struct composite
{
composite (unsigned long i, unsigned long x)
: id (i), ro (x), co (x), rw (x), v (x)
{
}
composite () {}
#pragma db id
unsigned long id;
#pragma db readonly
value ro;
const value co;
value rw;
ro_value v;
};
// Readonly container.
//
#pragma db object
struct container
{
container (unsigned long i): id (i) {}
container () {}
#pragma db id
unsigned long id;
#pragma db readonly
std::vector<unsigned long> ro;
const std::vector<unsigned long> co;
std::vector<unsigned long> rw;
};
// Readonly object.
//
#pragma db object readonly
struct simple_object
{
simple_object (unsigned long i, unsigned long x): id (i), sv (x) {}
simple_object () {}
#pragma db id
unsigned long id;
unsigned long sv;
};
#pragma db object
struct object
{
object (unsigned long i, unsigned long x): id (i), sv (x) {}
object () {}
#pragma db id
unsigned long id;
unsigned long sv;
};
#pragma db object readonly
struct ro_object: object
{
ro_object (unsigned long i, unsigned long x)
: object (i, x), cv (x)
{
}
ro_object () {}
value cv;
std::vector<unsigned long> cr;
};
#pragma db object
struct rw_object: ro_object
{
rw_object (unsigned long i, unsigned long x)
: ro_object (i, x), rw_sv (x)
{
}
rw_object () {}
unsigned long rw_sv;
};
// Readonly wrappers. Here we make sure that only const wrappers with
// const wrapped types are automatically treated as readonly.
//
#pragma db object
struct wrapper
{
wrapper (unsigned long i, unsigned long x)
: id (i),
pl (new unsigned long (x)),
cpl (new unsigned long (x)),
pcl (new unsigned long (x)),
cpcl (new unsigned long (x))
{
}
wrapper () {}
#pragma db id
unsigned long id;
#ifdef HAVE_CXX11
std::unique_ptr<unsigned long> pl;
const std::unique_ptr<unsigned long> cpl;
std::unique_ptr<const unsigned long> pcl;
const std::unique_ptr<const unsigned long> cpcl;
#else
std::auto_ptr<unsigned long> pl;
const std::auto_ptr<unsigned long> cpl;
std::auto_ptr<const unsigned long> pcl;
const std::auto_ptr<const unsigned long> cpcl;
#endif
};
// Readonly object with auto id.
//
#pragma db object readonly
struct ro_auto
{
ro_auto (unsigned long n): num (n) {}
ro_auto () {}
#pragma db id auto
unsigned long id;
unsigned long num;
};
#endif // TEST_HXX
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