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// file : libbuild2/diagnostics.ixx -*- C++ -*-
// license : MIT; see accompanying LICENSE file
namespace build2
{
// print_diag()
//
LIBBUILD2_SYMEXPORT void
print_diag_impl (const char*, target_key*, target_key&&, const char*);
LIBBUILD2_SYMEXPORT void
print_diag_impl (const char*,
target_key*, vector<target_key>&& r,
const char*);
inline void
print_diag (const char* p, target_key&& l, target_key&& r, const char* c)
{
print_diag_impl (p, &l, move (r), c);
}
inline void
print_diag (const char* p,
target_key&& l, vector<target_key>&& r,
const char* c)
{
print_diag_impl (p, &l, move (r), c);
}
inline void
print_diag (const char* p, target_key& r)
{
print_diag_impl (p, nullptr, move (r), nullptr);
}
inline void
print_diag (const char* p, vector<target_key>&& r)
{
print_diag_impl (p, nullptr, move (r), nullptr);
}
inline void
print_diag (const char* p, const path& r)
{
print_diag (p, path_name (&r));
}
inline void
print_diag (const char* p, const target& l, const path& r, const char* c)
{
print_diag (p, l, path_name (&r), c);
}
inline void
print_diag (const char* p, const path& l, const path& r, const char* c)
{
print_diag (p, l, path_name (&r), c);
}
inline void
print_diag (const char* p, const string& l, const path& r, const char* c)
{
print_diag (p, l, path_name (&r), c);
}
// diag_buffer
//
inline diag_buffer::
diag_buffer (context& ctx)
: is (ifdstream::badbit), ctx_ (ctx)
{
}
inline diag_buffer::
diag_buffer (context& ctx, vector<char>&& b)
: is (ifdstream::badbit), buf (move (b)), ctx_ (ctx)
{
buf.clear ();
}
inline diag_buffer::
diag_buffer (context& ctx, const char* args0, auto_fd&& fd, fdstream_mode m)
: diag_buffer (ctx)
{
open (args0, move (fd), m);
}
inline diag_buffer::
diag_buffer (context& ctx, const char* args0, process& pr, fdstream_mode m)
: diag_buffer (ctx)
{
open (args0, move (pr.in_efd), m);
}
inline diag_buffer::
diag_buffer (context& ctx,
vector<char>&& b,
const char* args0,
auto_fd&& fd,
fdstream_mode m)
: diag_buffer (ctx, move (b))
{
open (args0, move (fd), m);
}
inline diag_buffer::
diag_buffer (context& ctx,
vector<char>&& b,
const char* args0,
process& pr,
fdstream_mode m)
: diag_buffer (ctx, move (b))
{
open (args0, move (pr.in_efd), m);
}
inline void diag_buffer::
close (const cstrings& args,
const process_exit& pe,
uint16_t verbosity,
bool omit_normal,
const location& loc)
{
close (args.data (), pe, verbosity, omit_normal, loc);
}
}
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