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// file : build/bin/target.cxx -*- C++ -*-
// copyright : Copyright (c) 2014-2015 Code Synthesis Ltd
// license : MIT; see accompanying LICENSE file
#include <build/bin/target>
using namespace std;
namespace build
{
namespace bin
{
static target*
obja_factory (const target_type&, dir_path d, string n, const string* e)
{
obj* o (targets.find<obj> (d, n));
obja* a (new obja (move (d), move (n), e));
if ((a->group = o))
o->a = a;
return a;
}
const target_type obja::static_type
{
"obja",
&file::static_type,
&obja_factory,
nullptr,
&search_target, // Note: not _file(); don't look for an existing file.
false
};
static target*
objso_factory (const target_type&, dir_path d, string n, const string* e)
{
obj* o (targets.find<obj> (d, n));
objso* so (new objso (move (d), move (n), e));
if ((so->group = o))
o->so = so;
return so;
}
const target_type objso::static_type
{
"objso",
&file::static_type,
&objso_factory,
nullptr,
&search_target, // Note: not _file(); don't look for an existing file.
false
};
static target*
obj_factory (const target_type&, dir_path d, string n, const string* e)
{
obja* a (targets.find<obja> (d, n));
objso* so (targets.find<objso> (d, n));
obj* o (new obj (move (d), move (n), e));
if ((o->a = a))
a->group = o;
if ((o->so = so))
so->group = o;
return o;
}
const target_type obj::static_type
{
"obj",
&target::static_type,
&obj_factory,
nullptr,
&search_target,
false
};
const target_type exe::static_type
{
"exe",
&file::static_type,
&target_factory<exe>,
nullptr,
&search_file,
false
};
static target*
liba_factory (const target_type&, dir_path d, string n, const string* e)
{
lib* l (targets.find<lib> (d, n));
liba* a (new liba (move (d), move (n), e));
if ((a->group = l))
l->a = a;
return a;
}
// @@
//
// What extensions should we use? At the outset, this is platform-
// dependent. And if we consider cross-compilation, is it build or
// host-dependent? Feels like it should be host-dependent so that
// we can copy things between cross and native environments. So
// these will have to be determined based on what we are building.
// As if this is not complicated enough, the bin module doesn't
// know anything about building. So perhaps the extension should
// come from a variable that is set not by bin but by the module
// whose rule matched the target (e.g., cxx::link).
//
constexpr const char a_ext[] = "a";
const target_type liba::static_type
{
"liba",
&file::static_type,
&liba_factory,
&target_extension_fix<a_ext>,
&search_file,
false
};
static target*
libso_factory (const target_type&, dir_path d, string n, const string* e)
{
lib* l (targets.find<lib> (d, n));
libso* so (new libso (move (d), move (n), e));
if ((so->group = l))
l->so = so;
return so;
}
constexpr const char so_ext[] = "so";
const target_type libso::static_type
{
"libso",
&file::static_type,
&libso_factory,
&target_extension_fix<so_ext>,
&search_file,
false
};
// lib
//
void lib::
reset (action_type)
{
// Don't clear prerequisite_targets since it is "given" to our
// members to implement "library meta-information protocol".
}
static target*
lib_factory (const target_type&, dir_path d, string n, const string* e)
{
liba* a (targets.find<liba> (d, n));
libso* so (targets.find<libso> (d, n));
lib* l (new lib (move (d), move (n), e));
if ((l->a = a))
a->group = l;
if ((l->so = so))
so->group = l;
return l;
}
const target_type lib::static_type
{
"lib",
&target::static_type,
&lib_factory,
nullptr,
&search_target,
false
};
}
}
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