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2024-10-09 02:01:23 +02:00
#pragma once
#include <libremidi/backends/linux/dylib_loader.hpp>
#include <alsa/asoundlib.h>
#if defined(SND_LIB_VERSION)
#if __has_include(<alsa/rawmidi.h>) && SND_LIB_VERSION >= ((1 << 16) | (2 << 8) | 6)
#define LIBREMIDI_ALSA_HAS_RAMWIDI 1
#define LIBREMIDI_ALSA_HAS_RAWMIDI_TREAD 1
#endif
#if __has_include(<alsa/ump.h>) && SND_LIB_VERSION >= ((1 << 16) | (2 << 8) | 10)
#define LIBREMIDI_ALSA_HAS_UMP 1
#endif
#endif
namespace libremidi
{
struct libasound
{
// Useful one-liner:
// nm -A * | grep ' snd_' | grep -v '@' | cut -f 2 -d 'U' | sort | uniq | sed 's/ snd_//' | sed 's/_/, /' | awk ' { print "LIBREMIDI_SYMBOL_DEF(snd_"$1 " " $2 ");" }'
explicit libasound()
: library{"libasound.so.2"}
{
if (!library)
{
available = false;
return;
}
strerror = library.symbol<decltype(&::snd_strerror)>("snd_strerror");
if (!strerror)
available = false;
}
static const libasound& instance()
{
static const libasound self;
return self;
}
dylib_loader library;
decltype(&::snd_strerror) strerror{};
bool available{true};
struct card_t
{
explicit card_t(const dylib_loader& library)
{
if (!library)
{
available = false;
return;
}
LIBREMIDI_SYMBOL_INIT(snd_card, get_name);
LIBREMIDI_SYMBOL_INIT(snd_card, next);
}
bool available{true};
LIBREMIDI_SYMBOL_DEF(snd_card, get_name);
LIBREMIDI_SYMBOL_DEF(snd_card, next);
} card{library};
struct ctl_t
{
explicit ctl_t(const dylib_loader& library)
: rawmidi{library}
#if LIBREMIDI_ALSA_HAS_UMP
, ump{library}
#endif
{
if (!library)
{
available = false;
return;
}
LIBREMIDI_SYMBOL_INIT(snd_ctl, close);
LIBREMIDI_SYMBOL_INIT(snd_ctl, open);
}
bool available{true};
LIBREMIDI_SYMBOL_DEF(snd_ctl, close);
LIBREMIDI_SYMBOL_DEF(snd_ctl, open);
struct rawmidi_t
{
explicit rawmidi_t(const dylib_loader& library)
{
if (!library)
{
available = false;
return;
}
LIBREMIDI_SYMBOL_INIT(snd_ctl_rawmidi, info);
LIBREMIDI_SYMBOL_INIT(snd_ctl_rawmidi, next_device);
}
bool available{true};
LIBREMIDI_SYMBOL_DEF(snd_ctl_rawmidi, info);
LIBREMIDI_SYMBOL_DEF(snd_ctl_rawmidi, next_device);
} rawmidi;
#if LIBREMIDI_ALSA_HAS_UMP
struct ump_t
{
explicit ump_t(const dylib_loader& library)
{
if (!library)
{
available = false;
return;
}
LIBREMIDI_SYMBOL_INIT(snd_ctl_ump, block_info);
LIBREMIDI_SYMBOL_INIT(snd_ctl_ump, endpoint_info);
LIBREMIDI_SYMBOL_INIT(snd_ctl_ump, next_device);
}
bool available{true};
LIBREMIDI_SYMBOL_DEF(snd_ctl_ump, block_info);
LIBREMIDI_SYMBOL_DEF(snd_ctl_ump, endpoint_info);
LIBREMIDI_SYMBOL_DEF(snd_ctl_ump, next_device);
} ump;
#endif
} ctl{library};
struct midi_t
{
explicit midi_t(const dylib_loader& library)
{
if (!library)
{
available = false;
return;
}
LIBREMIDI_SYMBOL_INIT(snd_midi, event_decode);
LIBREMIDI_SYMBOL_INIT(snd_midi, event_encode);
LIBREMIDI_SYMBOL_INIT(snd_midi, event_free);
LIBREMIDI_SYMBOL_INIT(snd_midi, event_init);
LIBREMIDI_SYMBOL_INIT(snd_midi, event_new);
LIBREMIDI_SYMBOL_INIT(snd_midi, event_no_status);
LIBREMIDI_SYMBOL_INIT(snd_midi, event_resize_buffer);
}
bool available{true};
LIBREMIDI_SYMBOL_DEF(snd_midi, event_decode);
LIBREMIDI_SYMBOL_DEF(snd_midi, event_encode);
LIBREMIDI_SYMBOL_DEF(snd_midi, event_free);
LIBREMIDI_SYMBOL_DEF(snd_midi, event_init);
LIBREMIDI_SYMBOL_DEF(snd_midi, event_new);
LIBREMIDI_SYMBOL_DEF(snd_midi, event_no_status);
LIBREMIDI_SYMBOL_DEF(snd_midi, event_resize_buffer);
} midi{library};
#if LIBREMIDI_ALSA_HAS_RAMWIDI
struct rawmidi_t
{
explicit rawmidi_t(const dylib_loader& library)
{
if (!library)
{
available = false;
return;
}
LIBREMIDI_SYMBOL_INIT(snd_rawmidi, close);
LIBREMIDI_SYMBOL_INIT(snd_rawmidi, info_get_name);
LIBREMIDI_SYMBOL_INIT(snd_rawmidi, info_get_subdevice_name);
LIBREMIDI_SYMBOL_INIT(snd_rawmidi, info_get_subdevices_count);
LIBREMIDI_SYMBOL_INIT(snd_rawmidi, info_set_device);
LIBREMIDI_SYMBOL_INIT(snd_rawmidi, info_set_stream);
LIBREMIDI_SYMBOL_INIT(snd_rawmidi, info_set_subdevice);
LIBREMIDI_SYMBOL_INIT(snd_rawmidi, info_sizeof);
LIBREMIDI_SYMBOL_INIT(snd_rawmidi, open);
LIBREMIDI_SYMBOL_INIT(snd_rawmidi, params);
LIBREMIDI_SYMBOL_INIT(snd_rawmidi, params_current);
LIBREMIDI_SYMBOL_INIT(snd_rawmidi, params_get_buffer_size);
LIBREMIDI_SYMBOL_INIT(snd_rawmidi, params_set_clock_type);
LIBREMIDI_SYMBOL_INIT(snd_rawmidi, params_set_no_active_sensing);
LIBREMIDI_SYMBOL_INIT(snd_rawmidi, params_set_read_mode);
LIBREMIDI_SYMBOL_INIT(snd_rawmidi, params_sizeof);
LIBREMIDI_SYMBOL_INIT(snd_rawmidi, poll_descriptors);
LIBREMIDI_SYMBOL_INIT(snd_rawmidi, poll_descriptors_count);
LIBREMIDI_SYMBOL_INIT(snd_rawmidi, poll_descriptors_revents);
LIBREMIDI_SYMBOL_INIT(snd_rawmidi, read);
LIBREMIDI_SYMBOL_INIT(snd_rawmidi, status);
LIBREMIDI_SYMBOL_INIT(snd_rawmidi, status_get_avail);
LIBREMIDI_SYMBOL_INIT(snd_rawmidi, status_sizeof);
LIBREMIDI_SYMBOL_INIT(snd_rawmidi, tread);
LIBREMIDI_SYMBOL_INIT(snd_rawmidi, write);
}
bool available{true};
LIBREMIDI_SYMBOL_DEF(snd_rawmidi, close);
LIBREMIDI_SYMBOL_DEF(snd_rawmidi, info_get_name);
LIBREMIDI_SYMBOL_DEF(snd_rawmidi, info_get_subdevice_name);
LIBREMIDI_SYMBOL_DEF(snd_rawmidi, info_get_subdevices_count);
LIBREMIDI_SYMBOL_DEF(snd_rawmidi, info_set_device);
LIBREMIDI_SYMBOL_DEF(snd_rawmidi, info_set_stream);
LIBREMIDI_SYMBOL_DEF(snd_rawmidi, info_set_subdevice);
LIBREMIDI_SYMBOL_DEF(snd_rawmidi, info_sizeof);
LIBREMIDI_SYMBOL_DEF(snd_rawmidi, open);
LIBREMIDI_SYMBOL_DEF(snd_rawmidi, params);
LIBREMIDI_SYMBOL_DEF(snd_rawmidi, params_current);
LIBREMIDI_SYMBOL_DEF(snd_rawmidi, params_get_buffer_size);
LIBREMIDI_SYMBOL_DEF(snd_rawmidi, params_set_clock_type);
LIBREMIDI_SYMBOL_DEF(snd_rawmidi, params_set_no_active_sensing);
LIBREMIDI_SYMBOL_DEF(snd_rawmidi, params_set_read_mode);
LIBREMIDI_SYMBOL_DEF(snd_rawmidi, params_sizeof);
LIBREMIDI_SYMBOL_DEF(snd_rawmidi, poll_descriptors);
LIBREMIDI_SYMBOL_DEF(snd_rawmidi, poll_descriptors_count);
LIBREMIDI_SYMBOL_DEF(snd_rawmidi, poll_descriptors_revents);
LIBREMIDI_SYMBOL_DEF(snd_rawmidi, read);
LIBREMIDI_SYMBOL_DEF(snd_rawmidi, status);
LIBREMIDI_SYMBOL_DEF(snd_rawmidi, status_get_avail);
LIBREMIDI_SYMBOL_DEF(snd_rawmidi, status_sizeof);
LIBREMIDI_SYMBOL_DEF(snd_rawmidi, tread);
LIBREMIDI_SYMBOL_DEF(snd_rawmidi, write);
} rawmidi{library};
#endif
struct seq_t
{
explicit seq_t(const dylib_loader& library)
#if LIBREMIDI_ALSA_HAS_UMP
: ump{library}
#endif
{
if (!library)
{
available = false;
return;
}
LIBREMIDI_SYMBOL_INIT(snd_seq, alloc_queue);
LIBREMIDI_SYMBOL_INIT(snd_seq, client_id);
LIBREMIDI_SYMBOL_INIT(snd_seq, client_info_get_client);
LIBREMIDI_SYMBOL_INIT(snd_seq, client_info_get_name);
LIBREMIDI_SYMBOL_INIT(snd_seq, client_info_set_client);
LIBREMIDI_SYMBOL_INIT(snd_seq, client_info_sizeof);
LIBREMIDI_SYMBOL_INIT(snd_seq, close);
LIBREMIDI_SYMBOL_INIT(snd_seq, connect_from);
LIBREMIDI_SYMBOL_INIT(snd_seq, control_queue);
LIBREMIDI_SYMBOL_INIT(snd_seq, create_port);
LIBREMIDI_SYMBOL_INIT(snd_seq, delete_port);
LIBREMIDI_SYMBOL_INIT(snd_seq, drain_output);
LIBREMIDI_SYMBOL_INIT(snd_seq, event_input);
LIBREMIDI_SYMBOL_INIT(snd_seq, event_input_pending);
LIBREMIDI_SYMBOL_INIT(snd_seq, event_output);
LIBREMIDI_SYMBOL_INIT(snd_seq, free_event);
LIBREMIDI_SYMBOL_INIT(snd_seq, free_queue);
LIBREMIDI_SYMBOL_INIT(snd_seq, get_any_client_info);
LIBREMIDI_SYMBOL_INIT(snd_seq, get_any_port_info);
LIBREMIDI_SYMBOL_INIT(snd_seq, get_port_info);
LIBREMIDI_SYMBOL_INIT(snd_seq, open);
LIBREMIDI_SYMBOL_INIT(snd_seq, poll_descriptors);
LIBREMIDI_SYMBOL_INIT(snd_seq, poll_descriptors_count);
LIBREMIDI_SYMBOL_INIT(snd_seq, port_info_get_addr);
LIBREMIDI_SYMBOL_INIT(snd_seq, port_info_get_capability);
LIBREMIDI_SYMBOL_INIT(snd_seq, port_info_get_name);
LIBREMIDI_SYMBOL_INIT(snd_seq, port_info_get_port);
LIBREMIDI_SYMBOL_INIT(snd_seq, port_info_get_type);
LIBREMIDI_SYMBOL_INIT(snd_seq, port_info_set_capability);
LIBREMIDI_SYMBOL_INIT(snd_seq, port_info_set_client);
LIBREMIDI_SYMBOL_INIT(snd_seq, port_info_set_midi_channels);
LIBREMIDI_SYMBOL_INIT(snd_seq, port_info_set_name);
LIBREMIDI_SYMBOL_INIT(snd_seq, port_info_set_port);
LIBREMIDI_SYMBOL_INIT(snd_seq, port_info_set_timestamping);
LIBREMIDI_SYMBOL_INIT(snd_seq, port_info_set_timestamp_queue);
LIBREMIDI_SYMBOL_INIT(snd_seq, port_info_set_timestamp_real);
LIBREMIDI_SYMBOL_INIT(snd_seq, port_info_set_type);
LIBREMIDI_SYMBOL_INIT(snd_seq, port_info_sizeof);
LIBREMIDI_SYMBOL_INIT(snd_seq, port_subscribe_free);
LIBREMIDI_SYMBOL_INIT(snd_seq, port_subscribe_malloc);
LIBREMIDI_SYMBOL_INIT(snd_seq, port_subscribe_set_dest);
LIBREMIDI_SYMBOL_INIT(snd_seq, port_subscribe_set_sender);
LIBREMIDI_SYMBOL_INIT(snd_seq, port_subscribe_set_time_real);
LIBREMIDI_SYMBOL_INIT(snd_seq, port_subscribe_set_time_update);
LIBREMIDI_SYMBOL_INIT(snd_seq, query_next_client);
LIBREMIDI_SYMBOL_INIT(snd_seq, query_next_port);
LIBREMIDI_SYMBOL_INIT(snd_seq, queue_tempo_set_ppq);
LIBREMIDI_SYMBOL_INIT(snd_seq, queue_tempo_set_tempo);
LIBREMIDI_SYMBOL_INIT(snd_seq, queue_tempo_sizeof);
LIBREMIDI_SYMBOL_INIT(snd_seq, set_client_name);
LIBREMIDI_SYMBOL_INIT(snd_seq, set_port_info);
LIBREMIDI_SYMBOL_INIT(snd_seq, set_queue_tempo);
LIBREMIDI_SYMBOL_INIT(snd_seq, subscribe_port);
LIBREMIDI_SYMBOL_INIT(snd_seq, unsubscribe_port);
}
bool available{true};
LIBREMIDI_SYMBOL_DEF(snd_seq, alloc_queue);
LIBREMIDI_SYMBOL_DEF(snd_seq, client_id);
LIBREMIDI_SYMBOL_DEF(snd_seq, client_info_get_client);
LIBREMIDI_SYMBOL_DEF(snd_seq, client_info_get_name);
LIBREMIDI_SYMBOL_DEF(snd_seq, client_info_set_client);
LIBREMIDI_SYMBOL_DEF(snd_seq, client_info_sizeof);
LIBREMIDI_SYMBOL_DEF(snd_seq, close);
LIBREMIDI_SYMBOL_DEF(snd_seq, connect_from);
LIBREMIDI_SYMBOL_DEF(snd_seq, control_queue);
LIBREMIDI_SYMBOL_DEF(snd_seq, create_port);
LIBREMIDI_SYMBOL_DEF(snd_seq, delete_port);
LIBREMIDI_SYMBOL_DEF(snd_seq, drain_output);
LIBREMIDI_SYMBOL_DEF(snd_seq, event_input);
LIBREMIDI_SYMBOL_DEF(snd_seq, event_input_pending);
LIBREMIDI_SYMBOL_DEF(snd_seq, event_output);
LIBREMIDI_SYMBOL_DEF(snd_seq, free_event);
LIBREMIDI_SYMBOL_DEF(snd_seq, free_queue);
LIBREMIDI_SYMBOL_DEF(snd_seq, get_any_client_info);
LIBREMIDI_SYMBOL_DEF(snd_seq, get_any_port_info);
LIBREMIDI_SYMBOL_DEF(snd_seq, get_port_info);
LIBREMIDI_SYMBOL_DEF(snd_seq, open);
LIBREMIDI_SYMBOL_DEF(snd_seq, poll_descriptors);
LIBREMIDI_SYMBOL_DEF(snd_seq, poll_descriptors_count);
LIBREMIDI_SYMBOL_DEF(snd_seq, port_info_get_addr);
LIBREMIDI_SYMBOL_DEF(snd_seq, port_info_get_capability);
LIBREMIDI_SYMBOL_DEF(snd_seq, port_info_get_name);
LIBREMIDI_SYMBOL_DEF(snd_seq, port_info_get_port);
LIBREMIDI_SYMBOL_DEF(snd_seq, port_info_get_type);
LIBREMIDI_SYMBOL_DEF(snd_seq, port_info_set_capability);
LIBREMIDI_SYMBOL_DEF(snd_seq, port_info_set_client);
LIBREMIDI_SYMBOL_DEF(snd_seq, port_info_set_midi_channels);
LIBREMIDI_SYMBOL_DEF(snd_seq, port_info_set_name);
LIBREMIDI_SYMBOL_DEF(snd_seq, port_info_set_port);
LIBREMIDI_SYMBOL_DEF(snd_seq, port_info_set_timestamping);
LIBREMIDI_SYMBOL_DEF(snd_seq, port_info_set_timestamp_queue);
LIBREMIDI_SYMBOL_DEF(snd_seq, port_info_set_timestamp_real);
LIBREMIDI_SYMBOL_DEF(snd_seq, port_info_set_type);
LIBREMIDI_SYMBOL_DEF(snd_seq, port_info_sizeof);
LIBREMIDI_SYMBOL_DEF(snd_seq, port_subscribe_free);
LIBREMIDI_SYMBOL_DEF(snd_seq, port_subscribe_malloc);
LIBREMIDI_SYMBOL_DEF(snd_seq, port_subscribe_set_dest);
LIBREMIDI_SYMBOL_DEF(snd_seq, port_subscribe_set_sender);
LIBREMIDI_SYMBOL_DEF(snd_seq, port_subscribe_set_time_real);
LIBREMIDI_SYMBOL_DEF(snd_seq, port_subscribe_set_time_update);
LIBREMIDI_SYMBOL_DEF(snd_seq, query_next_client);
LIBREMIDI_SYMBOL_DEF(snd_seq, query_next_port);
LIBREMIDI_SYMBOL_DEF(snd_seq, queue_tempo_set_ppq);
LIBREMIDI_SYMBOL_DEF(snd_seq, queue_tempo_set_tempo);
LIBREMIDI_SYMBOL_DEF(snd_seq, queue_tempo_sizeof);
LIBREMIDI_SYMBOL_DEF(snd_seq, set_client_name);
LIBREMIDI_SYMBOL_DEF(snd_seq, set_port_info);
LIBREMIDI_SYMBOL_DEF(snd_seq, set_queue_tempo);
LIBREMIDI_SYMBOL_DEF(snd_seq, subscribe_port);
LIBREMIDI_SYMBOL_DEF(snd_seq, unsubscribe_port);
#if LIBREMIDI_ALSA_HAS_UMP
struct ump_t
{
explicit ump_t(const dylib_loader& library)
{
if (!library)
{
available = false;
return;
}
LIBREMIDI_SYMBOL_INIT(snd_seq, set_client_midi_version);
LIBREMIDI_SYMBOL_INIT(snd_seq_ump, event_input);
LIBREMIDI_SYMBOL_INIT(snd_seq_ump, event_output);
LIBREMIDI_SYMBOL_INIT(snd_seq_ump, event_output_direct);
}
bool available{true};
LIBREMIDI_SYMBOL_DEF(snd_seq, set_client_midi_version);
LIBREMIDI_SYMBOL_DEF(snd_seq_ump, event_input);
LIBREMIDI_SYMBOL_DEF(snd_seq_ump, event_output);
LIBREMIDI_SYMBOL_DEF(snd_seq_ump, event_output_direct);
} ump;
#endif
} seq{library};
#if LIBREMIDI_ALSA_HAS_UMP
struct ump_t
{
explicit ump_t(const dylib_loader& library)
{
if (!library)
{
available = false;
return;
}
LIBREMIDI_SYMBOL_INIT(snd_ump, block_info_get_name);
LIBREMIDI_SYMBOL_INIT(snd_ump, block_info_sizeof);
LIBREMIDI_SYMBOL_INIT(snd_ump, close);
LIBREMIDI_SYMBOL_INIT(snd_ump, endpoint_info_get_name);
LIBREMIDI_SYMBOL_INIT(snd_ump, endpoint_info_sizeof);
LIBREMIDI_SYMBOL_INIT(snd_ump, open);
LIBREMIDI_SYMBOL_INIT(snd_ump, poll_descriptors);
LIBREMIDI_SYMBOL_INIT(snd_ump, poll_descriptors_count);
LIBREMIDI_SYMBOL_INIT(snd_ump, poll_descriptors_revents);
LIBREMIDI_SYMBOL_INIT(snd_ump, rawmidi);
LIBREMIDI_SYMBOL_INIT(snd_ump, rawmidi_params);
LIBREMIDI_SYMBOL_INIT(snd_ump, rawmidi_params_current);
LIBREMIDI_SYMBOL_INIT(snd_ump, read);
LIBREMIDI_SYMBOL_INIT(snd_ump, tread);
LIBREMIDI_SYMBOL_INIT(snd_ump, write);
}
bool available{true};
LIBREMIDI_SYMBOL_DEF(snd_ump, block_info_get_name);
LIBREMIDI_SYMBOL_DEF(snd_ump, block_info_sizeof);
LIBREMIDI_SYMBOL_DEF(snd_ump, close);
LIBREMIDI_SYMBOL_DEF(snd_ump, endpoint_info_get_name);
LIBREMIDI_SYMBOL_DEF(snd_ump, endpoint_info_sizeof);
LIBREMIDI_SYMBOL_DEF(snd_ump, open);
LIBREMIDI_SYMBOL_DEF(snd_ump, poll_descriptors);
LIBREMIDI_SYMBOL_DEF(snd_ump, poll_descriptors_count);
LIBREMIDI_SYMBOL_DEF(snd_ump, poll_descriptors_revents);
LIBREMIDI_SYMBOL_DEF(snd_ump, rawmidi);
LIBREMIDI_SYMBOL_DEF(snd_ump, rawmidi_params);
LIBREMIDI_SYMBOL_DEF(snd_ump, rawmidi_params_current);
LIBREMIDI_SYMBOL_DEF(snd_ump, read);
LIBREMIDI_SYMBOL_DEF(snd_ump, tread);
LIBREMIDI_SYMBOL_DEF(snd_ump, write);
} ump{library};
#endif
};
#undef snd_dylib_alloca
#define snd_dylib_alloca(ptr, access, type) \
{ \
*ptr = (snd_##access##_##type##_t*)alloca(snd.access.type##_sizeof()); \
memset(*ptr, 0, snd.access.type##_sizeof()); \
}
#define snd_dylib_alloca2(ptr, access1, access2, type) \
{ \
*ptr = (snd_##access1##_access2##_##type##_t*)alloca(snd.access1.access2.type##_sizeof()); \
memset(*ptr, 0, snd.access1.access2.type##_sizeof()); \
}
#undef snd_rawmidi_info_alloca
#define snd_rawmidi_info_alloca(ptr) snd_dylib_alloca(ptr, rawmidi, info)
#undef snd_rawmidi_params_alloca
#define snd_rawmidi_params_alloca(ptr) snd_dylib_alloca(ptr, rawmidi, params)
#undef snd_rawmidi_status_alloca
#define snd_rawmidi_status_alloca(ptr) snd_dylib_alloca(ptr, rawmidi, status)
#undef snd_seq_client_info_alloca
#define snd_seq_client_info_alloca(ptr) snd_dylib_alloca(ptr, seq, client_info)
#undef snd_seq_port_info_alloca
#define snd_seq_port_info_alloca(ptr) snd_dylib_alloca(ptr, seq, port_info)
#undef snd_seq_queue_tempo_alloca
#define snd_seq_queue_tempo_alloca(ptr) snd_dylib_alloca(ptr, seq, queue_tempo)
#if LIBREMIDI_ALSA_HAS_UMP
#undef snd_ump_block_info_alloca
#define snd_ump_block_info_alloca(ptr) snd_dylib_alloca(ptr, ump, block_info)
#undef snd_ump_endpoint_info_alloca
#define snd_ump_endpoint_info_alloca(ptr) snd_dylib_alloca(ptr, ump, endpoint_info)
#endif
}