Mercurial > hg > pub > prymula > com
view DPF-Prymula-audioplugins/dpf/distrho/src/jackbridge/JackBridge.cpp @ 3:84e66ea83026
DPF-Prymula-audioplugins-0.231015-2
| author | prymula <prymula76@outlook.com> |
|---|---|
| date | Mon, 16 Oct 2023 21:53:34 +0200 |
| parents | |
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/* * JackBridge for DPF * Copyright (C) 2013-2022 Filipe Coelho <falktx@falktx.com> * * Permission to use, copy, modify, and/or distribute this software for any purpose with * or without fee is hereby granted, provided that the above copyright notice and this * permission notice appear in all copies. * * THE SOFTWARE IS PROVIDED "AS IS" AND THE AUTHOR DISCLAIMS ALL WARRANTIES WITH REGARD * TO THIS SOFTWARE INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS. IN * NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY SPECIAL, DIRECT, INDIRECT, OR CONSEQUENTIAL * DAMAGES OR ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER * IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF OR IN * CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE. */ #include "JackBridge.hpp" #include "../../DistrhoStandaloneUtils.hpp" #if ! (defined(JACKBRIDGE_DIRECT) || defined(JACKBRIDGE_DUMMY)) #ifdef __WINE__ # ifndef NOMINMAX # define NOMINMAX # endif # include <windows.h> # include <pthread.h> #endif #if defined(DISTRHO_OS_WINDOWS) && ! defined(__WINE__) # define JACKSYM_API __cdecl #else # define JACKSYM_API #endif #include <cerrno> #ifdef HAVE_JACK # include "../../extra/LibraryUtils.hpp" #else typedef void* lib_t; #endif // in case JACK fails, we fallback to native bridges simulating JACK API #include "NativeBridge.hpp" #if defined(DISTRHO_OS_WASM) # include "WebBridge.hpp" #endif #ifndef DISTRHO_PROPER_CPP11_SUPPORT # undef HAVE_RTAUDIO #endif #ifdef DPF_JACK_STANDALONE_SKIP_RTAUDIO_FALLBACK # undef HAVE_RTAUDIO #endif #ifdef DPF_JACK_STANDALONE_SKIP_SDL2_FALLBACK # undef HAVE_SDL2 #endif #if defined(HAVE_RTAUDIO) && DISTRHO_PLUGIN_NUM_INPUTS+DISTRHO_PLUGIN_NUM_OUTPUTS > 0 // fix conflict between DGL and macOS names # define Point CorePoint # define Size CoreSize # include "RtAudioBridge.hpp" # ifdef RTAUDIO_API_TYPE # include "rtaudio/RtAudio.cpp" # endif # ifdef RTMIDI_API_TYPE # include "rtmidi/RtMidi.cpp" # endif # undef Point # undef Size #endif #if defined(HAVE_SDL2) && DISTRHO_PLUGIN_NUM_INPUTS+DISTRHO_PLUGIN_NUM_OUTPUTS > 0 # include "SDL2Bridge.hpp" #endif // ----------------------------------------------------------------------------- extern "C" { typedef void (JACKSYM_API *JackSymLatencyCallback)(jack_latency_callback_mode_t, void*); typedef int (JACKSYM_API *JackSymProcessCallback)(jack_nframes_t, void*); typedef void (JACKSYM_API *JackSymThreadInitCallback)(void*); typedef int (JACKSYM_API *JackSymGraphOrderCallback)(void*); typedef int (JACKSYM_API *JackSymXRunCallback)(void*); typedef int (JACKSYM_API *JackSymBufferSizeCallback)(jack_nframes_t, void*); typedef int (JACKSYM_API *JackSymSampleRateCallback)(jack_nframes_t, void*); typedef void (JACKSYM_API *JackSymPortRegistrationCallback)(jack_port_id_t, int, void*); typedef void (JACKSYM_API *JackSymClientRegistrationCallback)(const char*, int, void*); typedef void (JACKSYM_API *JackSymPortConnectCallback)(jack_port_id_t, jack_port_id_t, int, void*); typedef void (JACKSYM_API *JackSymPortRenameCallback)(jack_port_id_t, const char*, const char*, void*); typedef void (JACKSYM_API *JackSymFreewheelCallback)(int, void*); typedef void (JACKSYM_API *JackSymShutdownCallback)(void*); typedef void (JACKSYM_API *JackSymInfoShutdownCallback)(jack_status_t, const char*, void*); typedef int (JACKSYM_API *JackSymSyncCallback)(jack_transport_state_t, jack_position_t*, void*); typedef void (JACKSYM_API *JackSymTimebaseCallback)(jack_transport_state_t, jack_nframes_t, jack_position_t*, int, void*); typedef void (JACKSYM_API *JackSymSessionCallback)(jack_session_event_t*, void*); typedef void (JACKSYM_API *JackSymPropertyChangeCallback)(jack_uuid_t, const char*, jack_property_change_t, void*); typedef void* (JACKSYM_API *JackSymThreadCallback)(void*); typedef void (JACKSYM_API *jacksym_get_version)(int*, int*, int*, int*); typedef const char* (JACKSYM_API *jacksym_get_version_string)(void); typedef jack_client_t* (JACKSYM_API *jacksym_client_open)(const char*, jack_options_t, jack_status_t*, ...); typedef int (JACKSYM_API *jacksym_client_close)(jack_client_t*); typedef int (JACKSYM_API *jacksym_client_name_size)(void); typedef char* (JACKSYM_API *jacksym_get_client_name)(jack_client_t*); typedef char* (JACKSYM_API *jacksym_client_get_uuid)(jack_client_t*); typedef char* (JACKSYM_API *jacksym_get_uuid_for_client_name)(jack_client_t*, const char*); typedef char* (JACKSYM_API *jacksym_get_client_name_by_uuid)(jack_client_t*, const char*); typedef int (JACKBRIDGE_API *jacksym_uuid_parse)(const char*, jack_uuid_t*); typedef void (JACKBRIDGE_API *jacksym_uuid_unparse)(jack_uuid_t, char buf[JACK_UUID_STRING_SIZE]); typedef int (JACKSYM_API *jacksym_activate)(jack_client_t*); typedef int (JACKSYM_API *jacksym_deactivate)(jack_client_t*); typedef int (JACKSYM_API *jacksym_is_realtime)(jack_client_t*); typedef int (JACKSYM_API *jacksym_set_thread_init_callback)(jack_client_t*, JackSymThreadInitCallback, void*); typedef void (JACKSYM_API *jacksym_on_shutdown)(jack_client_t*, JackSymShutdownCallback, void*); typedef void (JACKSYM_API *jacksym_on_info_shutdown)(jack_client_t*, JackSymInfoShutdownCallback, void*); typedef int (JACKSYM_API *jacksym_set_process_callback)(jack_client_t*, JackSymProcessCallback, void*); typedef int (JACKSYM_API *jacksym_set_freewheel_callback)(jack_client_t*, JackSymFreewheelCallback, void*); typedef int (JACKSYM_API *jacksym_set_buffer_size_callback)(jack_client_t*, JackSymBufferSizeCallback, void*); typedef int (JACKSYM_API *jacksym_set_sample_rate_callback)(jack_client_t*, JackSymSampleRateCallback, void*); typedef int (JACKSYM_API *jacksym_set_client_registration_callback)(jack_client_t*, JackSymClientRegistrationCallback, void*); typedef int (JACKSYM_API *jacksym_set_port_registration_callback)(jack_client_t*, JackSymPortRegistrationCallback, void*); typedef int (JACKSYM_API *jacksym_set_port_rename_callback)(jack_client_t*, JackSymPortRenameCallback, void*); typedef int (JACKSYM_API *jacksym_set_port_connect_callback)(jack_client_t*, JackSymPortConnectCallback, void*); typedef int (JACKSYM_API *jacksym_set_graph_order_callback)(jack_client_t*, JackSymGraphOrderCallback, void*); typedef int (JACKSYM_API *jacksym_set_xrun_callback)(jack_client_t*, JackSymXRunCallback, void*); typedef int (JACKSYM_API *jacksym_set_latency_callback)(jack_client_t*, JackSymLatencyCallback, void*); typedef int (JACKSYM_API *jacksym_set_freewheel)(jack_client_t*, int); typedef int (JACKSYM_API *jacksym_set_buffer_size)(jack_client_t*, jack_nframes_t); typedef jack_nframes_t (JACKSYM_API *jacksym_get_sample_rate)(jack_client_t*); typedef jack_nframes_t (JACKSYM_API *jacksym_get_buffer_size)(jack_client_t*); typedef float (JACKSYM_API *jacksym_cpu_load)(jack_client_t*); typedef jack_port_t* (JACKSYM_API *jacksym_port_register)(jack_client_t*, const char*, const char*, ulong, ulong); typedef int (JACKSYM_API *jacksym_port_unregister)(jack_client_t*, jack_port_t*); typedef void* (JACKSYM_API *jacksym_port_get_buffer)(jack_port_t*, jack_nframes_t); typedef const char* (JACKSYM_API *jacksym_port_name)(const jack_port_t*); typedef jack_uuid_t (JACKSYM_API *jacksym_port_uuid)(const jack_port_t*); typedef const char* (JACKSYM_API *jacksym_port_short_name)(const jack_port_t*); typedef int (JACKSYM_API *jacksym_port_flags)(const jack_port_t*); typedef const char* (JACKSYM_API *jacksym_port_type)(const jack_port_t*); typedef int (JACKSYM_API *jacksym_port_is_mine)(const jack_client_t*, const jack_port_t*); typedef int (JACKSYM_API *jacksym_port_connected)(const jack_port_t*); typedef int (JACKSYM_API *jacksym_port_connected_to)(const jack_port_t*, const char*); typedef const char** (JACKSYM_API *jacksym_port_get_connections)(const jack_port_t*); typedef const char** (JACKSYM_API *jacksym_port_get_all_connections)(const jack_client_t*, const jack_port_t*); typedef int (JACKSYM_API *jacksym_port_rename)(jack_client_t*, jack_port_t*, const char*); typedef int (JACKSYM_API *jacksym_port_set_name)(jack_port_t*, const char*); typedef int (JACKSYM_API *jacksym_port_set_alias)(jack_port_t*, const char*); typedef int (JACKSYM_API *jacksym_port_unset_alias)(jack_port_t*, const char*); typedef int (JACKSYM_API *jacksym_port_get_aliases)(const jack_port_t*, char* const aliases[2]); typedef int (JACKSYM_API *jacksym_port_request_monitor)(jack_port_t*, int); typedef int (JACKSYM_API *jacksym_port_request_monitor_by_name)(jack_client_t*, const char*, int); typedef int (JACKSYM_API *jacksym_port_ensure_monitor)(jack_port_t*, int); typedef int (JACKSYM_API *jacksym_port_monitoring_input)(jack_port_t*); typedef int (JACKSYM_API *jacksym_connect)(jack_client_t*, const char*, const char*); typedef int (JACKSYM_API *jacksym_disconnect)(jack_client_t*, const char*, const char*); typedef int (JACKSYM_API *jacksym_port_disconnect)(jack_client_t*, jack_port_t*); typedef int (JACKSYM_API *jacksym_port_name_size)(void); typedef int (JACKSYM_API *jacksym_port_type_size)(void); typedef size_t (JACKSYM_API *jacksym_port_type_get_buffer_size)(jack_client_t*, const char*); typedef void (JACKSYM_API *jacksym_port_get_latency_range)(jack_port_t*, jack_latency_callback_mode_t, jack_latency_range_t*); typedef void (JACKSYM_API *jacksym_port_set_latency_range)(jack_port_t*, jack_latency_callback_mode_t, jack_latency_range_t*); typedef int (JACKSYM_API *jacksym_recompute_total_latencies)(jack_client_t*); typedef const char** (JACKSYM_API *jacksym_get_ports)(jack_client_t*, const char*, const char*, ulong); typedef jack_port_t* (JACKSYM_API *jacksym_port_by_name)(jack_client_t*, const char*); typedef jack_port_t* (JACKSYM_API *jacksym_port_by_id)(jack_client_t*, jack_port_id_t); typedef void (JACKSYM_API *jacksym_free)(void*); typedef uint32_t (JACKSYM_API *jacksym_midi_get_event_count)(void*); typedef int (JACKSYM_API *jacksym_midi_event_get)(jack_midi_event_t*, void*, uint32_t); typedef void (JACKSYM_API *jacksym_midi_clear_buffer)(void*); typedef int (JACKSYM_API *jacksym_midi_event_write)(void*, jack_nframes_t, const jack_midi_data_t*, size_t); typedef jack_midi_data_t* (JACKSYM_API *jacksym_midi_event_reserve)(void*, jack_nframes_t, size_t); typedef int (JACKSYM_API *jacksym_release_timebase)(jack_client_t*); typedef int (JACKSYM_API *jacksym_set_sync_callback)(jack_client_t*, JackSymSyncCallback, void*); typedef int (JACKSYM_API *jacksym_set_sync_timeout)(jack_client_t*, jack_time_t); typedef int (JACKSYM_API *jacksym_set_timebase_callback)(jack_client_t*, int, JackSymTimebaseCallback, void*); typedef int (JACKSYM_API *jacksym_transport_locate)(jack_client_t*, jack_nframes_t); typedef jack_transport_state_t (JACKSYM_API *jacksym_transport_query)(const jack_client_t*, jack_position_t*); typedef jack_nframes_t (JACKSYM_API *jacksym_get_current_transport_frame)(const jack_client_t*); typedef int (JACKSYM_API *jacksym_transport_reposition)(jack_client_t*, const jack_position_t*); typedef void (JACKSYM_API *jacksym_transport_start)(jack_client_t*); typedef void (JACKSYM_API *jacksym_transport_stop)(jack_client_t*); typedef int (JACKSYM_API *jacksym_set_property)(jack_client_t*, jack_uuid_t, const char*, const char*, const char*); typedef int (JACKSYM_API *jacksym_get_property)(jack_uuid_t, const char*, char**, char**); typedef void (JACKSYM_API *jacksym_free_description)(jack_description_t*, int); typedef int (JACKSYM_API *jacksym_get_properties)(jack_uuid_t, jack_description_t*); typedef int (JACKSYM_API *jacksym_get_all_properties)(jack_description_t**); typedef int (JACKSYM_API *jacksym_remove_property)(jack_client_t*, jack_uuid_t, const char*); typedef int (JACKSYM_API *jacksym_remove_properties)(jack_client_t*, jack_uuid_t); typedef int (JACKSYM_API *jacksym_remove_all_properties)(jack_client_t*); typedef int (JACKSYM_API *jacksym_set_property_change_callback)(jack_client_t*, JackSymPropertyChangeCallback, void*); typedef bool (JACKSYM_API *jacksym_set_process_thread)(jack_client_t*, JackSymThreadCallback callback, void*); typedef jack_nframes_t (JACKSYM_API *jacksym_cycle_wait)(jack_client_t*); typedef void (JACKSYM_API *jacksym_cycle_signal)(jack_client_t*, int); #ifdef __WINE__ typedef int (JACKSYM_API *jacksym_thread_creator_t)(pthread_t*, const pthread_attr_t*, void *(*)(void*), void*); typedef void (JACKSYM_API *jacksym_set_thread_creator)(jacksym_thread_creator_t); #endif } // extern "C" // ----------------------------------------------------------------------------- struct JackBridge { lib_t lib; jacksym_get_version get_version_ptr; jacksym_get_version_string get_version_string_ptr; jacksym_client_open client_open_ptr; jacksym_client_close client_close_ptr; jacksym_client_name_size client_name_size_ptr; jacksym_get_client_name get_client_name_ptr; jacksym_client_get_uuid client_get_uuid_ptr; jacksym_get_uuid_for_client_name get_uuid_for_client_name_ptr; jacksym_get_client_name_by_uuid get_client_name_by_uuid_ptr; jacksym_uuid_parse uuid_parse_ptr; jacksym_uuid_unparse uuid_unparse_ptr; jacksym_activate activate_ptr; jacksym_deactivate deactivate_ptr; jacksym_is_realtime is_realtime_ptr; jacksym_set_thread_init_callback set_thread_init_callback_ptr; jacksym_on_shutdown on_shutdown_ptr; jacksym_on_info_shutdown on_info_shutdown_ptr; jacksym_set_process_callback set_process_callback_ptr; jacksym_set_freewheel_callback set_freewheel_callback_ptr; jacksym_set_buffer_size_callback set_buffer_size_callback_ptr; jacksym_set_sample_rate_callback set_sample_rate_callback_ptr; jacksym_set_client_registration_callback set_client_registration_callback_ptr; jacksym_set_port_registration_callback set_port_registration_callback_ptr; jacksym_set_port_rename_callback set_port_rename_callback_ptr; jacksym_set_port_connect_callback set_port_connect_callback_ptr; jacksym_set_graph_order_callback set_graph_order_callback_ptr; jacksym_set_xrun_callback set_xrun_callback_ptr; jacksym_set_latency_callback set_latency_callback_ptr; jacksym_set_freewheel set_freewheel_ptr; jacksym_set_buffer_size set_buffer_size_ptr; jacksym_get_sample_rate get_sample_rate_ptr; jacksym_get_buffer_size get_buffer_size_ptr; jacksym_cpu_load cpu_load_ptr; jacksym_port_register port_register_ptr; jacksym_port_unregister port_unregister_ptr; jacksym_port_get_buffer port_get_buffer_ptr; jacksym_port_name port_name_ptr; jacksym_port_uuid port_uuid_ptr; jacksym_port_short_name port_short_name_ptr; jacksym_port_flags port_flags_ptr; jacksym_port_type port_type_ptr; jacksym_port_is_mine port_is_mine_ptr; jacksym_port_connected port_connected_ptr; jacksym_port_connected_to port_connected_to_ptr; jacksym_port_get_connections port_get_connections_ptr; jacksym_port_get_all_connections port_get_all_connections_ptr; jacksym_port_rename port_rename_ptr; jacksym_port_set_name port_set_name_ptr; jacksym_port_set_alias port_set_alias_ptr; jacksym_port_unset_alias port_unset_alias_ptr; jacksym_port_get_aliases port_get_aliases_ptr; jacksym_port_request_monitor port_request_monitor_ptr; jacksym_port_request_monitor_by_name port_request_monitor_by_name_ptr; jacksym_port_ensure_monitor port_ensure_monitor_ptr; jacksym_port_monitoring_input port_monitoring_input_ptr; jacksym_connect connect_ptr; jacksym_disconnect disconnect_ptr; jacksym_port_disconnect port_disconnect_ptr; jacksym_port_name_size port_name_size_ptr; jacksym_port_type_size port_type_size_ptr; jacksym_port_type_get_buffer_size port_type_get_buffer_size_ptr; jacksym_port_get_latency_range port_get_latency_range_ptr; jacksym_port_set_latency_range port_set_latency_range_ptr; jacksym_recompute_total_latencies recompute_total_latencies_ptr; jacksym_get_ports get_ports_ptr; jacksym_port_by_name port_by_name_ptr; jacksym_port_by_id port_by_id_ptr; jacksym_free free_ptr; jacksym_midi_get_event_count midi_get_event_count_ptr; jacksym_midi_event_get midi_event_get_ptr; jacksym_midi_clear_buffer midi_clear_buffer_ptr; jacksym_midi_event_write midi_event_write_ptr; jacksym_midi_event_reserve midi_event_reserve_ptr; jacksym_release_timebase release_timebase_ptr; jacksym_set_sync_callback set_sync_callback_ptr; jacksym_set_sync_timeout set_sync_timeout_ptr; jacksym_set_timebase_callback set_timebase_callback_ptr; jacksym_transport_locate transport_locate_ptr; jacksym_transport_query transport_query_ptr; jacksym_get_current_transport_frame get_current_transport_frame_ptr; jacksym_transport_reposition transport_reposition_ptr; jacksym_transport_start transport_start_ptr; jacksym_transport_stop transport_stop_ptr; jacksym_set_property set_property_ptr; jacksym_get_property get_property_ptr; jacksym_free_description free_description_ptr; jacksym_get_properties get_properties_ptr; jacksym_get_all_properties get_all_properties_ptr; jacksym_remove_property remove_property_ptr; jacksym_remove_properties remove_properties_ptr; jacksym_remove_all_properties remove_all_properties_ptr; jacksym_set_property_change_callback set_property_change_callback_ptr; jacksym_set_process_thread set_process_thread_ptr; jacksym_cycle_wait cycle_wait_ptr; jacksym_cycle_signal cycle_signal_ptr; #ifdef __WINE__ jacksym_set_thread_creator set_thread_creator_ptr; #endif JackBridge() : lib(nullptr), get_version_ptr(nullptr), get_version_string_ptr(nullptr), client_open_ptr(nullptr), client_close_ptr(nullptr), client_name_size_ptr(nullptr), get_client_name_ptr(nullptr), client_get_uuid_ptr(nullptr), get_uuid_for_client_name_ptr(nullptr), get_client_name_by_uuid_ptr(nullptr), uuid_parse_ptr(nullptr), uuid_unparse_ptr(nullptr), activate_ptr(nullptr), deactivate_ptr(nullptr), is_realtime_ptr(nullptr), set_thread_init_callback_ptr(nullptr), on_shutdown_ptr(nullptr), on_info_shutdown_ptr(nullptr), set_process_callback_ptr(nullptr), set_freewheel_callback_ptr(nullptr), set_buffer_size_callback_ptr(nullptr), set_sample_rate_callback_ptr(nullptr), set_client_registration_callback_ptr(nullptr), set_port_registration_callback_ptr(nullptr), set_port_rename_callback_ptr(nullptr), set_port_connect_callback_ptr(nullptr), set_graph_order_callback_ptr(nullptr), set_xrun_callback_ptr(nullptr), set_latency_callback_ptr(nullptr), set_freewheel_ptr(nullptr), set_buffer_size_ptr(nullptr), get_sample_rate_ptr(nullptr), get_buffer_size_ptr(nullptr), cpu_load_ptr(nullptr), port_register_ptr(nullptr), port_unregister_ptr(nullptr), port_get_buffer_ptr(nullptr), port_name_ptr(nullptr), port_uuid_ptr(nullptr), port_short_name_ptr(nullptr), port_flags_ptr(nullptr), port_type_ptr(nullptr), port_is_mine_ptr(nullptr), port_connected_ptr(nullptr), port_connected_to_ptr(nullptr), port_get_connections_ptr(nullptr), port_get_all_connections_ptr(nullptr), port_rename_ptr(nullptr), port_set_name_ptr(nullptr), port_set_alias_ptr(nullptr), port_unset_alias_ptr(nullptr), port_get_aliases_ptr(nullptr), port_request_monitor_ptr(nullptr), port_request_monitor_by_name_ptr(nullptr), port_ensure_monitor_ptr(nullptr), port_monitoring_input_ptr(nullptr), connect_ptr(nullptr), disconnect_ptr(nullptr), port_disconnect_ptr(nullptr), port_name_size_ptr(nullptr), port_type_size_ptr(nullptr), port_type_get_buffer_size_ptr(nullptr), port_get_latency_range_ptr(nullptr), port_set_latency_range_ptr(nullptr), recompute_total_latencies_ptr(nullptr), get_ports_ptr(nullptr), port_by_name_ptr(nullptr), port_by_id_ptr(nullptr), free_ptr(nullptr), midi_get_event_count_ptr(nullptr), midi_event_get_ptr(nullptr), midi_clear_buffer_ptr(nullptr), midi_event_write_ptr(nullptr), midi_event_reserve_ptr(nullptr), release_timebase_ptr(nullptr), set_sync_callback_ptr(nullptr), set_sync_timeout_ptr(nullptr), set_timebase_callback_ptr(nullptr), transport_locate_ptr(nullptr), transport_query_ptr(nullptr), get_current_transport_frame_ptr(nullptr), transport_reposition_ptr(nullptr), transport_start_ptr(nullptr), transport_stop_ptr(nullptr), set_property_ptr(nullptr), get_property_ptr(nullptr), free_description_ptr(nullptr), get_properties_ptr(nullptr), get_all_properties_ptr(nullptr), remove_property_ptr(nullptr), remove_properties_ptr(nullptr), remove_all_properties_ptr(nullptr), set_property_change_callback_ptr(nullptr), set_process_thread_ptr(nullptr), cycle_wait_ptr(nullptr), cycle_signal_ptr(nullptr) #ifdef __WINE__ , set_thread_creator_ptr(nullptr) #endif { #ifdef HAVE_JACK #if defined(DISTRHO_OS_MAC) const char* const filename = "libjack.dylib"; #elif defined(DISTRHO_OS_WINDOWS) && defined(_WIN64) const char* const filename = "libjack64.dll"; #elif defined(DISTRHO_OS_WINDOWS) const char* const filename = "libjack.dll"; #else const char* const filename = "libjack.so.0"; #endif USE_NAMESPACE_DISTRHO lib = lib_open(filename); if (lib == nullptr) { fprintf(stderr, "Failed to load JACK DLL, reason:\n%s\n", lib_error(filename)); return; } else { fprintf(stdout, "%s loaded successfully!\n", filename); } #define JOIN(a, b) a ## b #define LIB_SYMBOL(NAME) JOIN(NAME, _ptr) = lib_symbol<jacksym_##NAME>(lib, "jack_" #NAME); LIB_SYMBOL(get_version) LIB_SYMBOL(get_version_string) LIB_SYMBOL(client_open) LIB_SYMBOL(client_close) LIB_SYMBOL(client_name_size) LIB_SYMBOL(get_client_name) LIB_SYMBOL(client_get_uuid) LIB_SYMBOL(get_uuid_for_client_name) LIB_SYMBOL(get_client_name_by_uuid) LIB_SYMBOL(uuid_parse) LIB_SYMBOL(uuid_unparse) LIB_SYMBOL(activate) LIB_SYMBOL(deactivate) LIB_SYMBOL(is_realtime) LIB_SYMBOL(set_thread_init_callback) LIB_SYMBOL(on_shutdown) LIB_SYMBOL(on_info_shutdown) LIB_SYMBOL(set_process_callback) LIB_SYMBOL(set_freewheel_callback) LIB_SYMBOL(set_buffer_size_callback) LIB_SYMBOL(set_sample_rate_callback) LIB_SYMBOL(set_client_registration_callback) LIB_SYMBOL(set_port_registration_callback) LIB_SYMBOL(set_port_rename_callback) LIB_SYMBOL(set_port_connect_callback) LIB_SYMBOL(set_graph_order_callback) LIB_SYMBOL(set_xrun_callback) LIB_SYMBOL(set_latency_callback) LIB_SYMBOL(set_freewheel) LIB_SYMBOL(set_buffer_size) LIB_SYMBOL(get_sample_rate) LIB_SYMBOL(get_buffer_size) LIB_SYMBOL(cpu_load) LIB_SYMBOL(port_register) LIB_SYMBOL(port_unregister) LIB_SYMBOL(port_get_buffer) LIB_SYMBOL(port_name) LIB_SYMBOL(port_uuid) LIB_SYMBOL(port_short_name) LIB_SYMBOL(port_flags) LIB_SYMBOL(port_type) LIB_SYMBOL(port_is_mine) LIB_SYMBOL(port_connected) LIB_SYMBOL(port_connected_to) LIB_SYMBOL(port_get_connections) LIB_SYMBOL(port_get_all_connections) LIB_SYMBOL(port_rename) LIB_SYMBOL(port_set_name) LIB_SYMBOL(port_set_alias) LIB_SYMBOL(port_unset_alias) LIB_SYMBOL(port_get_aliases) LIB_SYMBOL(port_request_monitor) LIB_SYMBOL(port_request_monitor_by_name) LIB_SYMBOL(port_ensure_monitor) LIB_SYMBOL(port_monitoring_input) LIB_SYMBOL(connect) LIB_SYMBOL(disconnect) LIB_SYMBOL(port_disconnect) LIB_SYMBOL(port_name_size) LIB_SYMBOL(port_type_size) LIB_SYMBOL(port_type_get_buffer_size) LIB_SYMBOL(port_get_latency_range) LIB_SYMBOL(port_set_latency_range) LIB_SYMBOL(recompute_total_latencies) LIB_SYMBOL(get_ports) LIB_SYMBOL(port_by_name) LIB_SYMBOL(port_by_id) LIB_SYMBOL(free) LIB_SYMBOL(midi_get_event_count) LIB_SYMBOL(midi_event_get) LIB_SYMBOL(midi_clear_buffer) LIB_SYMBOL(midi_event_write) LIB_SYMBOL(midi_event_reserve) LIB_SYMBOL(release_timebase) LIB_SYMBOL(set_sync_callback) LIB_SYMBOL(set_sync_timeout) LIB_SYMBOL(set_timebase_callback) LIB_SYMBOL(transport_locate) LIB_SYMBOL(transport_query) LIB_SYMBOL(get_current_transport_frame) LIB_SYMBOL(transport_reposition) LIB_SYMBOL(transport_start) LIB_SYMBOL(transport_stop) LIB_SYMBOL(set_property) LIB_SYMBOL(get_property) LIB_SYMBOL(free_description) LIB_SYMBOL(get_properties) LIB_SYMBOL(get_all_properties) LIB_SYMBOL(remove_property) LIB_SYMBOL(remove_properties) LIB_SYMBOL(remove_all_properties) LIB_SYMBOL(set_property_change_callback) LIB_SYMBOL(set_process_thread) LIB_SYMBOL(cycle_wait) LIB_SYMBOL(cycle_signal) #ifdef __WINE__ LIB_SYMBOL(set_thread_creator) #endif #endif #undef JOIN #undef LIB_SYMBOL } #ifdef HAVE_JACK ~JackBridge() noexcept { USE_NAMESPACE_DISTRHO if (lib != nullptr) { lib_close(lib); lib = nullptr; } } #endif DISTRHO_DECLARE_NON_COPYABLE(JackBridge); }; static bool usingNativeBridge = false; static bool usingRealJACK = true; static NativeBridge* nativeBridge = nullptr; // ----------------------------------------------------------------------------- static JackBridge& getBridgeInstance() noexcept { static JackBridge bridge; return bridge; } #endif // ! (defined(JACKBRIDGE_DIRECT) || defined(JACKBRIDGE_DUMMY)) // ----------------------------------------------------------------------------- #if defined(__WINE__) && ! defined(JACKBRIDGE_DIRECT) struct WineBridge { void* ptr; JackLatencyCallback latency_cb; JackProcessCallback process_cb; JackThreadInitCallback thread_init_cb; JackGraphOrderCallback graph_order_cb; JackXRunCallback xrun_cb; JackBufferSizeCallback bufsize_cb; JackSampleRateCallback srate_cb; JackPortRegistrationCallback port_reg_cb; JackClientRegistrationCallback client_reg_cb; JackPortConnectCallback port_conn_cb; JackPortRenameCallback port_rename_cb; JackFreewheelCallback freewheel_cb; JackShutdownCallback shutdown_cb; JackInfoShutdownCallback info_shutdown_cb; JackSyncCallback sync_cb; JackTimebaseCallback timebase_cb; JackSessionCallback session_cb; JackPropertyChangeCallback prop_change_cb; JackThreadCallback proc_thread_cb; void* (*creator_func)(void*); void* creator_arg; HANDLE creator_handle; pthread_t creator_pthread; WineBridge() noexcept : ptr(nullptr), latency_cb(nullptr), process_cb(nullptr), thread_init_cb(nullptr), graph_order_cb(nullptr), xrun_cb(nullptr), bufsize_cb(nullptr), srate_cb(nullptr), port_reg_cb(nullptr), client_reg_cb(nullptr), port_conn_cb(nullptr), port_rename_cb(nullptr), freewheel_cb(nullptr), shutdown_cb(nullptr), info_shutdown_cb(nullptr), sync_cb(nullptr), timebase_cb(nullptr), session_cb(nullptr), prop_change_cb(nullptr), proc_thread_cb(nullptr), creator_func(nullptr), creator_arg(nullptr), creator_handle(nullptr), creator_pthread(0) {} static WineBridge& getInstance() noexcept { static WineBridge bridge; return bridge; } void set_latency (JackLatencyCallback cb) noexcept { latency_cb = cb; } void set_process (JackProcessCallback cb) noexcept { process_cb = cb; } void set_thread_init (JackThreadInitCallback cb) noexcept { thread_init_cb = cb; } void set_graph_order (JackGraphOrderCallback cb) noexcept { graph_order_cb = cb; } void set_xrun (JackXRunCallback cb) noexcept { xrun_cb = cb; } void set_bufsize (JackBufferSizeCallback cb) noexcept { bufsize_cb = cb; } void set_srate (JackSampleRateCallback cb) noexcept { srate_cb = cb; } void set_port_reg (JackPortRegistrationCallback cb) noexcept { port_reg_cb = cb; } void set_client_reg (JackClientRegistrationCallback cb) noexcept { client_reg_cb = cb; } void set_port_conn (JackPortConnectCallback cb) noexcept { port_conn_cb = cb; } void set_port_rename (JackPortRenameCallback cb) noexcept { port_rename_cb = cb; } void set_freewheel (JackFreewheelCallback cb) noexcept { freewheel_cb = cb; } void set_shutdown (JackShutdownCallback cb) noexcept { shutdown_cb = cb; } void set_info_shutdown (JackInfoShutdownCallback cb) noexcept { info_shutdown_cb = cb; } void set_sync (JackSyncCallback cb) noexcept { sync_cb = cb; } void set_timebase (JackTimebaseCallback cb) noexcept { timebase_cb = cb; } void set_session (JackSessionCallback cb) noexcept { session_cb = cb; } void set_prop_change (JackPropertyChangeCallback cb) noexcept { prop_change_cb = cb; } void set_process_thread(JackThreadCallback cb) noexcept { proc_thread_cb = cb; } static DWORD WINAPI thread_creator_helper(LPVOID) { WineBridge& inst(getInstance()); inst.creator_pthread = pthread_self(); SetEvent(inst.creator_handle); inst.creator_func(inst.creator_arg); return 0; } static int thread_creator(pthread_t* thread_id, const pthread_attr_t*, void *(*function)(void*), void* arg) { WineBridge& inst(getInstance()); inst.creator_func = function; inst.creator_arg = arg; inst.creator_handle = ::CreateEventW(nullptr, false, false, nullptr); #if 0 ::CreateThread(nullptr, 0, thread_creator_helper, arg, 0, nullptr); #else HANDLE handle = ::CreateThread(nullptr, 0, thread_creator_helper, arg, CREATE_SUSPENDED, nullptr); if (handle == INVALID_HANDLE_VALUE) return 1; // TODO read attrs and decide this ::SetThreadPriority(handle, THREAD_PRIORITY_TIME_CRITICAL); ::ResumeThread(handle); #endif ::WaitForSingleObject(inst.creator_handle, INFINITE); *thread_id = inst.creator_pthread; return 0; } static void latency(jack_latency_callback_mode_t mode, void* arg) { return getInstance().latency_cb(mode, arg); } static int process(jack_nframes_t nframes, void* arg) { return getInstance().process_cb(nframes, arg); } static void thread_init(void* arg) { return getInstance().thread_init_cb(arg); } static int graph_order(void* arg) { return getInstance().graph_order_cb(arg); } static int xrun(void* arg) { return getInstance().xrun_cb(arg); } static int bufsize(jack_nframes_t nframes, void* arg) { return getInstance().bufsize_cb(nframes, arg); } static int srate(jack_nframes_t nframes, void* arg) { return getInstance().srate_cb(nframes, arg); } static void port_reg(jack_port_id_t port, int register_, void* arg) { return getInstance().port_reg_cb(port, register_, arg); } static void client_reg(const char* name, int register_, void* arg) { return getInstance().client_reg_cb(name, register_, arg); } static void port_conn(jack_port_id_t a, jack_port_id_t b, int connect, void* arg) { return getInstance().port_conn_cb(a, b, connect, arg); } static void port_rename(jack_port_id_t port, const char* old_name, const char* new_name, void* arg) { getInstance().port_rename_cb(port, old_name, new_name, arg); } static void freewheel(int starting, void* arg) { return getInstance().freewheel_cb(starting, arg); } static void shutdown(void* arg) { return getInstance().shutdown_cb(arg); } static void info_shutdown(jack_status_t code, const char* reason, void* arg) { return getInstance().info_shutdown_cb(code, reason, arg); } static int sync(jack_transport_state_t state, jack_position_t* pos, void* arg) { return getInstance().sync_cb(state, pos, arg); } static void timebase(jack_transport_state_t state, jack_nframes_t nframes, jack_position_t* pos, int new_pos, void* arg) { return getInstance().timebase_cb(state, nframes, pos, new_pos, arg); } static void session(jack_session_event_t* event, void* arg) { return getInstance().session_cb(event, arg); } static void prop_change(jack_uuid_t subject, const char* key, jack_property_change_t change, void* arg) { return getInstance().prop_change_cb(subject, key, change, arg); } static void* process_thread(void* arg) { return getInstance().proc_thread_cb(arg); } DISTRHO_DECLARE_NON_COPYABLE(WineBridge); }; #endif // __WINE__ && ! JACKBRIDGE_DIRECT // ----------------------------------------------------------------------------- bool jackbridge_is_ok() noexcept { #if defined(JACKBRIDGE_DUMMY) return false; #elif defined(JACKBRIDGE_DIRECT) || defined(DISTRHO_OS_WASM) || defined(RTAUDIO_API_TYPE) return true; #else return (getBridgeInstance().lib != nullptr); #endif } void jackbridge_init() { #if defined(__WINE__) && !defined(JACKBRIDGE_DIRECT) if (getBridgeInstance().set_thread_creator_ptr != nullptr) getBridgeInstance().set_thread_creator_ptr(WineBridge::thread_creator); #endif } // ----------------------------------------------------------------------------- void jackbridge_get_version(int* major_ptr, int* minor_ptr, int* micro_ptr, int* proto_ptr) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_get_version(major_ptr, minor_ptr, micro_ptr, proto_ptr); #else if (usingRealJACK && getBridgeInstance().get_version_ptr != nullptr) return getBridgeInstance().get_version_ptr(major_ptr, minor_ptr, micro_ptr, proto_ptr); #endif if (major_ptr != nullptr) *major_ptr = 0; if (minor_ptr != nullptr) *minor_ptr = 0; if (micro_ptr != nullptr) *micro_ptr = 0; if (proto_ptr != nullptr) *proto_ptr = 0; } const char* jackbridge_get_version_string() { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_get_version_string(); #else if (usingRealJACK && getBridgeInstance().get_version_string_ptr != nullptr) return getBridgeInstance().get_version_string_ptr(); #endif return nullptr; } // ----------------------------------------------------------------------------- jack_client_t* jackbridge_client_open(const char* client_name, uint32_t options, jack_status_t* status) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_client_open(client_name, static_cast<jack_options_t>(options), status); #else #ifndef DISTRHO_OS_WASM if (getBridgeInstance().client_open_ptr != nullptr) if (jack_client_t* const client = getBridgeInstance().client_open_ptr(client_name, static_cast<jack_options_t>(options), status)) return client; #endif static jack_client_t* const kValidClient = (jack_client_t*)0x1; // maybe unused (void)kValidClient; usingNativeBridge = true; usingRealJACK = false; #ifdef DISTRHO_OS_WASM nativeBridge = new WebBridge; if (nativeBridge->open(client_name)) return kValidClient; delete nativeBridge; #endif #if defined(HAVE_RTAUDIO) && defined(RTAUDIO_API_TYPE) nativeBridge = new RtAudioBridge; if (nativeBridge->open(client_name)) return kValidClient; delete nativeBridge; #endif #if defined(HAVE_SDL2) && DISTRHO_PLUGIN_NUM_INPUTS+DISTRHO_PLUGIN_NUM_OUTPUTS > 0 nativeBridge = new SDL2Bridge; if (nativeBridge->open(client_name)) return kValidClient; delete nativeBridge; #endif #endif if (status != nullptr) { int err = JackServerError; #if !(defined(JACKBRIDGE_DUMMY) || defined(JACKBRIDGE_DIRECT)) if (nativeBridge != nullptr) { err #ifdef HAVE_JACK |= #else = #endif JackBridgeNativeFailed; } #endif *status = static_cast<jack_status_t>(err); } return nullptr; } bool jackbridge_client_close(jack_client_t* client) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_client_close(client) == 0); #else if (usingNativeBridge) { if (nativeBridge != nullptr) { nativeBridge->close(); delete nativeBridge; nativeBridge = nullptr; } usingNativeBridge = false; usingRealJACK = true; return true; } if (getBridgeInstance().client_close_ptr != nullptr) return (getBridgeInstance().client_close_ptr(client) == 0); #endif return false; } // ----------------------------------------------------------------------------- int jackbridge_client_name_size() { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_client_name_size(); #else if (usingRealJACK && getBridgeInstance().client_name_size_ptr != nullptr) return getBridgeInstance().client_name_size_ptr(); #endif return 33; } const char* jackbridge_get_client_name(jack_client_t* client) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_get_client_name(client); #else if (usingNativeBridge) return DISTRHO_PLUGIN_NAME; if (getBridgeInstance().get_client_name_ptr != nullptr) return getBridgeInstance().get_client_name_ptr(client); #endif return nullptr; } // ----------------------------------------------------------------------------- char* jackbridge_client_get_uuid(jack_client_t* client) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_client_get_uuid(client); #else if (usingRealJACK) if (const jacksym_client_get_uuid func = getBridgeInstance().client_get_uuid_ptr) return func(client); #endif return nullptr; } char* jackbridge_get_uuid_for_client_name(jack_client_t* client, const char* name) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_get_uuid_for_client_name(client, name); #else if (usingRealJACK) if (getBridgeInstance().get_uuid_for_client_name_ptr != nullptr) return getBridgeInstance().get_uuid_for_client_name_ptr(client, name); #endif return nullptr; } char* jackbridge_get_client_name_by_uuid(jack_client_t* client, const char* uuid) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_get_client_name_by_uuid(client, uuid); #else if (usingRealJACK) if (getBridgeInstance().get_client_name_by_uuid_ptr != nullptr) return getBridgeInstance().get_client_name_by_uuid_ptr(client, uuid); #endif return nullptr; } // ----------------------------------------------------------------------------- bool jackbridge_uuid_parse(const char* buf, jack_uuid_t* uuid) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_uuid_parse(buf, uuid) == 0); #else if (usingRealJACK) if (const jacksym_uuid_parse func = getBridgeInstance().uuid_parse_ptr) return (func(buf, uuid) == 0); #endif return false; } void jackbridge_uuid_unparse(jack_uuid_t uuid, char buf[JACK_UUID_STRING_SIZE]) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) jack_uuid_unparse(uuid, buf); #else if (usingRealJACK) if (const jacksym_uuid_unparse func = getBridgeInstance().uuid_unparse_ptr) return func(uuid, buf); #endif } // ----------------------------------------------------------------------------- bool jackbridge_activate(jack_client_t* client) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_activate(client) == 0); #else if (usingNativeBridge) return nativeBridge->activate(); if (getBridgeInstance().activate_ptr != nullptr) return (getBridgeInstance().activate_ptr(client) == 0); #endif return false; } bool jackbridge_deactivate(jack_client_t* client) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_deactivate(client) == 0); #else if (usingNativeBridge) return nativeBridge->deactivate(); if (getBridgeInstance().deactivate_ptr != nullptr) return (getBridgeInstance().deactivate_ptr(client) == 0); #endif return false; } bool jackbridge_is_realtime(jack_client_t* client) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_is_realtime(client); #else if (usingRealJACK) if (getBridgeInstance().is_realtime_ptr != nullptr) return getBridgeInstance().is_realtime_ptr(client); #endif return false; } // ----------------------------------------------------------------------------- bool jackbridge_set_thread_init_callback(jack_client_t* client, JackThreadInitCallback thread_init_callback, void* arg) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_set_thread_init_callback(client, thread_init_callback, arg) == 0); #else if (usingRealJACK && getBridgeInstance().set_thread_init_callback_ptr != nullptr) { # ifdef __WINE__ WineBridge::getInstance().set_thread_init(thread_init_callback); return (getBridgeInstance().set_thread_init_callback_ptr(client, WineBridge::thread_init, arg) == 0); # else return (getBridgeInstance().set_thread_init_callback_ptr(client, thread_init_callback, arg) == 0); # endif } #endif return false; } void jackbridge_on_shutdown(jack_client_t* client, JackShutdownCallback shutdown_callback, void* arg) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) jack_on_shutdown(client, shutdown_callback, arg); #else if (usingRealJACK && getBridgeInstance().on_shutdown_ptr != nullptr) { # ifdef __WINE__ WineBridge::getInstance().set_shutdown(shutdown_callback); getBridgeInstance().on_shutdown_ptr(client, WineBridge::shutdown, arg); # else getBridgeInstance().on_shutdown_ptr(client, shutdown_callback, arg); # endif } #endif } void jackbridge_on_info_shutdown(jack_client_t* client, JackInfoShutdownCallback shutdown_callback, void* arg) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) jack_on_info_shutdown(client, shutdown_callback, arg); #else if (usingRealJACK && getBridgeInstance().on_info_shutdown_ptr != nullptr) { # ifdef __WINE__ WineBridge::getInstance().set_info_shutdown(shutdown_callback); getBridgeInstance().on_info_shutdown_ptr(client, WineBridge::info_shutdown, arg); # else getBridgeInstance().on_info_shutdown_ptr(client, shutdown_callback, arg); # endif } #endif } bool jackbridge_set_process_callback(jack_client_t* client, JackProcessCallback process_callback, void* arg) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_set_process_callback(client, process_callback, arg) == 0); #else if (usingNativeBridge) { nativeBridge->jackProcessCallback = process_callback; nativeBridge->jackProcessArg = arg; return true; } if (getBridgeInstance().set_process_callback_ptr != nullptr) { # ifdef __WINE__ WineBridge::getInstance().set_process(process_callback); return (getBridgeInstance().set_process_callback_ptr(client, WineBridge::process, arg) == 0); # else return (getBridgeInstance().set_process_callback_ptr(client, process_callback, arg) == 0); # endif } #endif return false; } bool jackbridge_set_freewheel_callback(jack_client_t* client, JackFreewheelCallback freewheel_callback, void* arg) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_set_freewheel_callback(client, freewheel_callback, arg) == 0); #else if (usingRealJACK && getBridgeInstance().set_freewheel_callback_ptr != nullptr) { # ifdef __WINE__ WineBridge::getInstance().set_freewheel(freewheel_callback); return (getBridgeInstance().set_freewheel_callback_ptr(client, WineBridge::freewheel, arg) == 0); # else return (getBridgeInstance().set_freewheel_callback_ptr(client, freewheel_callback, arg) == 0); # endif } #endif return false; } bool jackbridge_set_buffer_size_callback(jack_client_t* client, JackBufferSizeCallback bufsize_callback, void* arg) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_set_buffer_size_callback(client, bufsize_callback, arg) == 0); #else if (usingNativeBridge) { nativeBridge->bufferSizeCallback = bufsize_callback; nativeBridge->jackBufferSizeArg = arg; return true; } if (getBridgeInstance().set_buffer_size_callback_ptr != nullptr) { # ifdef __WINE__ WineBridge::getInstance().set_bufsize(bufsize_callback); return (getBridgeInstance().set_buffer_size_callback_ptr(client, WineBridge::bufsize, arg) == 0); # else return (getBridgeInstance().set_buffer_size_callback_ptr(client, bufsize_callback, arg) == 0); # endif } #endif return false; } bool jackbridge_set_sample_rate_callback(jack_client_t* client, JackSampleRateCallback srate_callback, void* arg) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_set_sample_rate_callback(client, srate_callback, arg) == 0); #else if (usingRealJACK && getBridgeInstance().set_sample_rate_callback_ptr != nullptr) { # ifdef __WINE__ WineBridge::getInstance().set_srate(srate_callback); return (getBridgeInstance().set_sample_rate_callback_ptr(client, WineBridge::srate, arg) == 0); # else return (getBridgeInstance().set_sample_rate_callback_ptr(client, srate_callback, arg) == 0); # endif } #endif return false; } bool jackbridge_set_client_registration_callback(jack_client_t* client, JackClientRegistrationCallback registration_callback, void* arg) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_set_client_registration_callback(client, registration_callback, arg) == 0); #else if (usingRealJACK && getBridgeInstance().set_client_registration_callback_ptr != nullptr) { # ifdef __WINE__ WineBridge::getInstance().set_client_reg(registration_callback); return (getBridgeInstance().set_client_registration_callback_ptr(client, WineBridge::client_reg, arg) == 0); # else return (getBridgeInstance().set_client_registration_callback_ptr(client, registration_callback, arg) == 0); # endif } #endif return false; } bool jackbridge_set_port_registration_callback(jack_client_t* client, JackPortRegistrationCallback registration_callback, void *arg) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_set_port_registration_callback(client, registration_callback, arg) == 0); #else if (usingRealJACK && getBridgeInstance().set_port_registration_callback_ptr != nullptr) { # ifdef __WINE__ WineBridge::getInstance().set_port_reg(registration_callback); return (getBridgeInstance().set_port_registration_callback_ptr(client, WineBridge::port_reg, arg) == 0); # else return (getBridgeInstance().set_port_registration_callback_ptr(client, registration_callback, arg) == 0); # endif } #endif return false; } bool jackbridge_set_port_rename_callback(jack_client_t* client, JackPortRenameCallback rename_callback, void* arg) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_set_port_rename_callback(client, rename_callback, arg) == 0); #else if (usingRealJACK && getBridgeInstance().set_port_rename_callback_ptr != nullptr) { # ifdef __WINE__ WineBridge::getInstance().set_port_rename(rename_callback); return (getBridgeInstance().set_port_rename_callback_ptr(client, WineBridge::port_rename, arg) == 0); # else return (getBridgeInstance().set_port_rename_callback_ptr(client, rename_callback, arg) == 0); # endif } #endif return false; } bool jackbridge_set_port_connect_callback(jack_client_t* client, JackPortConnectCallback connect_callback, void* arg) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_set_port_connect_callback(client, connect_callback, arg) == 0); #else if (usingRealJACK && getBridgeInstance().set_port_connect_callback_ptr != nullptr) { # ifdef __WINE__ WineBridge::getInstance().set_port_conn(connect_callback); return (getBridgeInstance().set_port_connect_callback_ptr(client, WineBridge::port_conn, arg) == 0); # else return (getBridgeInstance().set_port_connect_callback_ptr(client, connect_callback, arg) == 0); # endif } #endif return false; } bool jackbridge_set_graph_order_callback(jack_client_t* client, JackGraphOrderCallback graph_callback, void* arg) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_set_graph_order_callback(client, graph_callback, arg) == 0); #else if (usingRealJACK && getBridgeInstance().set_graph_order_callback_ptr != nullptr) { # ifdef __WINE__ WineBridge::getInstance().set_graph_order(graph_callback); return (getBridgeInstance().set_graph_order_callback_ptr(client, WineBridge::graph_order, arg) == 0); # else return (getBridgeInstance().set_graph_order_callback_ptr(client, graph_callback, arg) == 0); # endif } #endif return false; } bool jackbridge_set_xrun_callback(jack_client_t* client, JackXRunCallback xrun_callback, void* arg) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_set_xrun_callback(client, xrun_callback, arg) == 0); #else if (usingRealJACK && getBridgeInstance().set_xrun_callback_ptr != nullptr) { # ifdef __WINE__ WineBridge::getInstance().set_xrun(xrun_callback); return (getBridgeInstance().set_xrun_callback_ptr(client, WineBridge::xrun, arg) == 0); # else return (getBridgeInstance().set_xrun_callback_ptr(client, xrun_callback, arg) == 0); # endif } #endif return false; } bool jackbridge_set_latency_callback(jack_client_t* client, JackLatencyCallback latency_callback, void* arg) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_set_latency_callback(client, latency_callback, arg) == 0); #else if (usingRealJACK && getBridgeInstance().set_latency_callback_ptr != nullptr) { # ifdef __WINE__ WineBridge::getInstance().set_latency(latency_callback); return (getBridgeInstance().set_latency_callback_ptr(client, WineBridge::latency, arg) == 0); # else return (getBridgeInstance().set_latency_callback_ptr(client, latency_callback, arg) == 0); # endif } #endif return false; } // ----------------------------------------------------------------------------- bool jackbridge_set_freewheel(jack_client_t* client, bool onoff) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_set_freewheel(client, onoff); #else if (usingRealJACK) if (getBridgeInstance().set_freewheel_ptr != nullptr) return getBridgeInstance().set_freewheel_ptr(client, onoff); #endif return false; } bool jackbridge_set_buffer_size(jack_client_t* client, jack_nframes_t nframes) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_set_buffer_size(client, nframes); #else if (usingNativeBridge) return nativeBridge->requestBufferSizeChange(nframes); if (getBridgeInstance().set_buffer_size_ptr != nullptr) return getBridgeInstance().set_buffer_size_ptr(client, nframes); #endif return false; } // ----------------------------------------------------------------------------- jack_nframes_t jackbridge_get_sample_rate(jack_client_t* client) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_get_sample_rate(client); #else if (usingNativeBridge) return nativeBridge->sampleRate; if (getBridgeInstance().get_sample_rate_ptr != nullptr) return getBridgeInstance().get_sample_rate_ptr(client); #endif return 0; } jack_nframes_t jackbridge_get_buffer_size(jack_client_t* client) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_get_buffer_size(client); #else if (usingNativeBridge) return nativeBridge->bufferSize; if (getBridgeInstance().get_buffer_size_ptr != nullptr) return getBridgeInstance().get_buffer_size_ptr(client); #endif return 0; } float jackbridge_cpu_load(jack_client_t* client) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_cpu_load(client); #else if (usingRealJACK) if (getBridgeInstance().cpu_load_ptr != nullptr) return getBridgeInstance().cpu_load_ptr(client); #endif return 0.0f; } // ----------------------------------------------------------------------------- jack_port_t* jackbridge_port_register(jack_client_t* client, const char* port_name, const char* type, uint64_t flags, uint64_t buffer_size) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_port_register(client, port_name, type, flags, buffer_size); #else if (usingNativeBridge) return nativeBridge->registerPort(type, flags); if (getBridgeInstance().port_register_ptr != nullptr) return getBridgeInstance().port_register_ptr(client, port_name, type, static_cast<ulong>(flags), static_cast<ulong>(buffer_size)); #endif return nullptr; } bool jackbridge_port_unregister(jack_client_t* client, jack_port_t* port) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_port_unregister(client, port) == 0); #else if (usingRealJACK) if (getBridgeInstance().port_unregister_ptr != nullptr) return (getBridgeInstance().port_unregister_ptr(client, port) == 0); #endif return false; } void* jackbridge_port_get_buffer(jack_port_t* port, jack_nframes_t nframes) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_port_get_buffer(port, nframes); #else if (usingNativeBridge) return nativeBridge->getPortBuffer(port); if (getBridgeInstance().port_get_buffer_ptr != nullptr) return getBridgeInstance().port_get_buffer_ptr(port, nframes); #endif return nullptr; } // ----------------------------------------------------------------------------- const char* jackbridge_port_name(const jack_port_t* port) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_port_name(port); #else if (usingRealJACK) if (getBridgeInstance().port_name_ptr != nullptr) return getBridgeInstance().port_name_ptr(port); #endif return nullptr; } jack_uuid_t jackbridge_port_uuid(const jack_port_t* port) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_port_uuid(port); #else if (usingRealJACK) if (getBridgeInstance().port_uuid_ptr != nullptr) return getBridgeInstance().port_uuid_ptr(port); #endif return 0; } const char* jackbridge_port_short_name(const jack_port_t* port) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_port_short_name(port); #else if (usingRealJACK) if (getBridgeInstance().port_short_name_ptr != nullptr) return getBridgeInstance().port_short_name_ptr(port); #endif return nullptr; } int jackbridge_port_flags(const jack_port_t* port) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_port_flags(port); #else if (usingRealJACK) if (getBridgeInstance().port_flags_ptr != nullptr) return getBridgeInstance().port_flags_ptr(port); #endif return 0x0; } const char* jackbridge_port_type(const jack_port_t* port) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_port_type(port); #else if (usingRealJACK) if (getBridgeInstance().port_type_ptr != nullptr) return getBridgeInstance().port_type_ptr(port); #endif return nullptr; } bool jackbridge_port_is_mine(const jack_client_t* client, const jack_port_t* port) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_port_is_mine(client, port); #else if (usingRealJACK) if (getBridgeInstance().port_is_mine_ptr != nullptr) return getBridgeInstance().port_is_mine_ptr(client, port); #endif return false; } int jackbridge_port_connected(const jack_port_t* port) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_port_connected(port); #else if (usingRealJACK) if (getBridgeInstance().port_connected_ptr != nullptr) return getBridgeInstance().port_connected_ptr(port); #endif return 0; } bool jackbridge_port_connected_to(const jack_port_t* port, const char* port_name) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_port_connected_to(port, port_name); #else if (usingRealJACK) if (getBridgeInstance().port_connected_to_ptr != nullptr) return getBridgeInstance().port_connected_to_ptr(port, port_name); #endif return false; } const char** jackbridge_port_get_connections(const jack_port_t* port) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_port_get_connections(port); #else if (usingRealJACK) if (getBridgeInstance().port_get_connections_ptr != nullptr) return getBridgeInstance().port_get_connections_ptr(port); #endif return nullptr; } const char** jackbridge_port_get_all_connections(const jack_client_t* client, const jack_port_t* port) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_port_get_all_connections(client, port); #else if (usingRealJACK) if (getBridgeInstance().port_get_all_connections_ptr != nullptr) return getBridgeInstance().port_get_all_connections_ptr(client, port); #endif return nullptr; } // ----------------------------------------------------------------------------- bool jackbridge_port_rename(jack_client_t* client, jack_port_t* port, const char* port_name) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_port_rename(client, port, port_name) == 0); #else if (usingNativeBridge) return false; // Try new API first if (getBridgeInstance().port_rename_ptr != nullptr) return (getBridgeInstance().port_rename_ptr(client, port, port_name) == 0); // Try old API if using JACK2 if (getBridgeInstance().get_version_string_ptr != nullptr && getBridgeInstance().port_set_name_ptr != nullptr) return (getBridgeInstance().port_set_name_ptr(port, port_name) == 0); #endif return false; } bool jackbridge_port_set_alias(jack_port_t* port, const char* alias) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_port_set_alias(port, alias) == 0); #else if (usingRealJACK) if (getBridgeInstance().port_set_alias_ptr != nullptr) return (getBridgeInstance().port_set_alias_ptr(port, alias) == 0); #endif return false; } bool jackbridge_port_unset_alias(jack_port_t* port, const char* alias) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_port_unset_alias(port, alias) == 0); #else if (usingRealJACK) if (getBridgeInstance().port_unset_alias_ptr != nullptr) return (getBridgeInstance().port_unset_alias_ptr(port, alias) == 0); #endif return false; } int jackbridge_port_get_aliases(const jack_port_t* port, char* const aliases[2]) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_port_get_aliases(port, aliases) == 0); #else if (usingRealJACK) if (getBridgeInstance().port_get_aliases_ptr != nullptr) return getBridgeInstance().port_get_aliases_ptr(port, aliases); #endif return 0; } // ----------------------------------------------------------------------------- bool jackbridge_port_request_monitor(jack_port_t* port, bool onoff) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_port_request_monitor(port, onoff) == 0); #else if (usingRealJACK) if (getBridgeInstance().port_request_monitor_ptr != nullptr) return (getBridgeInstance().port_request_monitor_ptr(port, onoff) == 0); #endif return false; } bool jackbridge_port_request_monitor_by_name(jack_client_t* client, const char* port_name, bool onoff) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_port_request_monitor_by_name(client, port_name, onoff) == 0); #else if (usingRealJACK) if (getBridgeInstance().port_request_monitor_by_name_ptr != nullptr) return (getBridgeInstance().port_request_monitor_by_name_ptr(client, port_name, onoff) == 0); #endif return false; } bool jackbridge_port_ensure_monitor(jack_port_t* port, bool onoff) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_port_ensure_monitor(port, onoff) == 0); #else if (usingRealJACK) if (getBridgeInstance().port_ensure_monitor_ptr != nullptr) return (getBridgeInstance().port_ensure_monitor_ptr(port, onoff) == 0); #endif return false; } bool jackbridge_port_monitoring_input(jack_port_t* port) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_port_monitoring_input(port); #else if (usingRealJACK) if (getBridgeInstance().port_monitoring_input_ptr != nullptr) return getBridgeInstance().port_monitoring_input_ptr(port); #endif return false; } // ----------------------------------------------------------------------------- bool jackbridge_connect(jack_client_t* client, const char* source_port, const char* destination_port) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_connect(client, source_port, destination_port) == 0); #else if (usingRealJACK && getBridgeInstance().connect_ptr != nullptr) { const int ret = getBridgeInstance().connect_ptr(client, source_port, destination_port); return ret == 0 || ret == EEXIST; } #endif return false; } bool jackbridge_disconnect(jack_client_t* client, const char* source_port, const char* destination_port) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_disconnect(client, source_port, destination_port) == 0); #else if (usingRealJACK) if (getBridgeInstance().disconnect_ptr != nullptr) return (getBridgeInstance().disconnect_ptr(client, source_port, destination_port) == 0); #endif return false; } bool jackbridge_port_disconnect(jack_client_t* client, jack_port_t* port) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_port_disconnect(client, port) == 0); #else if (usingRealJACK) if (getBridgeInstance().port_disconnect_ptr != nullptr) return (getBridgeInstance().port_disconnect_ptr(client, port) == 0); #endif return false; } // ----------------------------------------------------------------------------- int jackbridge_port_name_size() { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_port_name_size(); #else if (usingRealJACK) if (getBridgeInstance().port_name_size_ptr != nullptr) return getBridgeInstance().port_name_size_ptr(); #endif return 256; } int jackbridge_port_type_size() { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_port_type_size(); #else if (usingRealJACK) if (getBridgeInstance().port_type_size_ptr != nullptr) return getBridgeInstance().port_type_size_ptr(); #endif return 32; } uint32_t jackbridge_port_type_get_buffer_size(jack_client_t* client, const char* port_type) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return static_cast<uint32_t>(jack_port_type_get_buffer_size(client, port_type)); #else if (usingRealJACK) if (getBridgeInstance().port_type_get_buffer_size_ptr != nullptr) return static_cast<uint32_t>(getBridgeInstance().port_type_get_buffer_size_ptr(client, port_type)); #endif return 0; } // ----------------------------------------------------------------------------- void jackbridge_port_get_latency_range(jack_port_t* port, uint32_t mode, jack_latency_range_t* range) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_port_get_latency_range(port, static_cast<jack_latency_callback_mode_t>(mode), range); #else if (usingRealJACK) if (getBridgeInstance().port_get_latency_range_ptr != nullptr) return getBridgeInstance().port_get_latency_range_ptr(port, static_cast<jack_latency_callback_mode_t>(mode), range); #endif range->min = 0; range->max = 0; } void jackbridge_port_set_latency_range(jack_port_t* port, uint32_t mode, jack_latency_range_t* range) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) jack_port_set_latency_range(port, static_cast<jack_latency_callback_mode_t>(mode), range); #else if (usingRealJACK) if (getBridgeInstance().port_set_latency_range_ptr != nullptr) getBridgeInstance().port_set_latency_range_ptr(port, static_cast<jack_latency_callback_mode_t>(mode), range); #endif } bool jackbridge_recompute_total_latencies(jack_client_t* client) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_recompute_total_latencies(client) == 0); #else if (usingRealJACK) if (getBridgeInstance().recompute_total_latencies_ptr != nullptr) return (getBridgeInstance().recompute_total_latencies_ptr(client) == 0); #endif return false; } // ----------------------------------------------------------------------------- const char** jackbridge_get_ports(jack_client_t* client, const char* port_name_pattern, const char* type_name_pattern, uint64_t flags) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_get_ports(client, port_name_pattern, type_name_pattern, flags); #else if (usingRealJACK) if (getBridgeInstance().get_ports_ptr != nullptr) return getBridgeInstance().get_ports_ptr(client, port_name_pattern, type_name_pattern, static_cast<ulong>(flags)); #endif return nullptr; } jack_port_t* jackbridge_port_by_name(jack_client_t* client, const char* port_name) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_port_by_name(client, port_name); #else if (usingRealJACK) if (getBridgeInstance().port_by_name_ptr != nullptr) return getBridgeInstance().port_by_name_ptr(client, port_name); #endif return nullptr; } jack_port_t* jackbridge_port_by_id(jack_client_t* client, jack_port_id_t port_id) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_port_by_id(client, port_id); #else if (usingRealJACK) if (getBridgeInstance().port_by_id_ptr != nullptr) return getBridgeInstance().port_by_id_ptr(client, port_id); #endif return nullptr; } // ----------------------------------------------------------------------------- void jackbridge_free(void* ptr) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_free(ptr); #else if (usingRealJACK) if (getBridgeInstance().free_ptr != nullptr) return getBridgeInstance().free_ptr(ptr); // just in case std::free(ptr); #endif } // ----------------------------------------------------------------------------- uint32_t jackbridge_midi_get_event_count(void* port_buffer) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_midi_get_event_count(port_buffer); #else if (usingNativeBridge) return nativeBridge->getEventCount(); if (getBridgeInstance().midi_get_event_count_ptr != nullptr) return getBridgeInstance().midi_get_event_count_ptr(port_buffer); #endif return 0; } bool jackbridge_midi_event_get(jack_midi_event_t* event, void* port_buffer, uint32_t event_index) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_midi_event_get(event, port_buffer, event_index) == 0); #else if (usingNativeBridge) return nativeBridge->getEvent(event); if (getBridgeInstance().midi_event_get_ptr != nullptr) return (getBridgeInstance().midi_event_get_ptr(event, port_buffer, event_index) == 0); #endif return false; } void jackbridge_midi_clear_buffer(void* port_buffer) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) jack_midi_clear_buffer(port_buffer); #else if (usingNativeBridge) return nativeBridge->clearEventBuffer(); if (getBridgeInstance().midi_clear_buffer_ptr != nullptr) getBridgeInstance().midi_clear_buffer_ptr(port_buffer); #endif } bool jackbridge_midi_event_write(void* port_buffer, jack_nframes_t time, const jack_midi_data_t* data, uint32_t data_size) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_midi_event_write(port_buffer, time, data, data_size) == 0); #else if (usingNativeBridge) return nativeBridge->writeEvent(time, data, data_size); if (getBridgeInstance().midi_event_write_ptr != nullptr) return (getBridgeInstance().midi_event_write_ptr(port_buffer, time, data, data_size) == 0); #endif return false; } jack_midi_data_t* jackbridge_midi_event_reserve(void* port_buffer, jack_nframes_t time, uint32_t data_size) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_midi_event_reserve(port_buffer, time, data_size); #else if (usingRealJACK) if (getBridgeInstance().midi_event_reserve_ptr != nullptr) return getBridgeInstance().midi_event_reserve_ptr(port_buffer, time, data_size); #endif return nullptr; } // ----------------------------------------------------------------------------- bool jackbridge_release_timebase(jack_client_t* client) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_release_timebase(client) == 0); #else if (usingRealJACK) if (getBridgeInstance().release_timebase_ptr != nullptr) return (getBridgeInstance().release_timebase_ptr(client) == 0); #endif return false; } bool jackbridge_set_sync_callback(jack_client_t* client, JackSyncCallback sync_callback, void* arg) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_set_sync_callback(client, sync_callback, arg) == 0); #else if (usingRealJACK && getBridgeInstance().set_sync_callback_ptr != nullptr) { # ifdef __WINE__ WineBridge::getInstance().set_sync(sync_callback); return (getBridgeInstance().set_sync_callback_ptr(client, WineBridge::sync, arg) == 0); # else return (getBridgeInstance().set_sync_callback_ptr(client, sync_callback, arg) == 0); # endif } #endif return false; } bool jackbridge_set_sync_timeout(jack_client_t* client, jack_time_t timeout) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_set_sync_timeout(client, timeout) == 0); #else if (usingRealJACK) if (getBridgeInstance().set_sync_timeout_ptr != nullptr) return (getBridgeInstance().set_sync_timeout_ptr(client, timeout) == 0); #endif return false; } bool jackbridge_set_timebase_callback(jack_client_t* client, bool conditional, JackTimebaseCallback timebase_callback, void* arg) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_set_timebase_callback(client, conditional, timebase_callback, arg) == 0); #else if (usingRealJACK && getBridgeInstance().set_timebase_callback_ptr != nullptr) { # ifdef __WINE__ WineBridge::getInstance().set_timebase(timebase_callback); return (getBridgeInstance().set_timebase_callback_ptr(client, conditional, WineBridge::timebase, arg) == 0); # else return (getBridgeInstance().set_timebase_callback_ptr(client, conditional, timebase_callback, arg) == 0); # endif } #endif return false; } bool jackbridge_transport_locate(jack_client_t* client, jack_nframes_t frame) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_transport_locate(client, frame) == 0); #else if (usingRealJACK) if (getBridgeInstance().transport_locate_ptr != nullptr) return (getBridgeInstance().transport_locate_ptr(client, frame) == 0); #endif return false; } uint32_t jackbridge_transport_query(const jack_client_t* client, jack_position_t* pos) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_transport_query(client, pos); #else if (usingRealJACK) if (getBridgeInstance().transport_query_ptr != nullptr) return getBridgeInstance().transport_query_ptr(client, pos); #endif if (pos != nullptr) { // invalidate std::memset(pos, 0, sizeof(*pos)); pos->unique_1 = 0; pos->unique_2 = 1; } return JackTransportStopped; } jack_nframes_t jackbridge_get_current_transport_frame(const jack_client_t* client) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_get_current_transport_frame(client); #else if (usingRealJACK) if (getBridgeInstance().get_current_transport_frame_ptr != nullptr) return getBridgeInstance().get_current_transport_frame_ptr(client); #endif return 0; } bool jackbridge_transport_reposition(jack_client_t* client, const jack_position_t* pos) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_transport_reposition(client, pos) == 0); #else if (usingRealJACK) if (getBridgeInstance().transport_reposition_ptr != nullptr) return (getBridgeInstance().transport_reposition_ptr(client, pos) == 0); #endif return false; } void jackbridge_transport_start(jack_client_t* client) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) jack_transport_start(client); #else if (usingRealJACK) if (getBridgeInstance().transport_start_ptr != nullptr) getBridgeInstance().transport_start_ptr(client); #endif } void jackbridge_transport_stop(jack_client_t* client) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) jack_transport_stop(client); #else if (usingRealJACK) if (getBridgeInstance().transport_stop_ptr != nullptr) getBridgeInstance().transport_stop_ptr(client); #endif } // ----------------------------------------------------------------------------- bool jackbridge_set_property(jack_client_t* client, jack_uuid_t subject, const char* key, const char* value, const char* type) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_set_property(client, subject, key, value, type) == 0); #else if (usingRealJACK) if (getBridgeInstance().set_property_ptr != nullptr) return (getBridgeInstance().set_property_ptr(client, subject, key, value, type) == 0); #endif return false; } bool jackbridge_get_property(jack_uuid_t subject, const char* key, char** value, char** type) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_get_property(subject, key, value, type) == 0); #else if (usingRealJACK) if (getBridgeInstance().get_property_ptr != nullptr) return (getBridgeInstance().get_property_ptr(subject, key, value, type) == 0); #endif return false; } void jackbridge_free_description(jack_description_t* desc, bool free_description_itself) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) jack_free_description(desc, free_description_itself); #else if (usingRealJACK) if (getBridgeInstance().free_description_ptr != nullptr) getBridgeInstance().free_description_ptr(desc, free_description_itself); #endif } bool jackbridge_get_properties(jack_uuid_t subject, jack_description_t* desc) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_get_properties(subject, desc) == 0); #else if (usingRealJACK) if (getBridgeInstance().get_properties_ptr != nullptr) return (getBridgeInstance().get_properties_ptr(subject, desc) == 0); #endif return false; } bool jackbridge_get_all_properties(jack_description_t** descs) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_get_all_properties(descs) == 0); #else if (usingRealJACK) if (getBridgeInstance().get_all_properties_ptr != nullptr) return (getBridgeInstance().get_all_properties_ptr(descs) == 0); #endif return false; } bool jackbridge_remove_property(jack_client_t* client, jack_uuid_t subject, const char* key) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_remove_property(client, subject, key) == 0); #else if (usingRealJACK) if (getBridgeInstance().remove_property_ptr != nullptr) return (getBridgeInstance().remove_property_ptr(client, subject, key) == 0); #endif return false; } int jackbridge_remove_properties(jack_client_t* client, jack_uuid_t subject) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_remove_properties(client, subject); #else if (usingRealJACK) if (getBridgeInstance().remove_properties_ptr != nullptr) return getBridgeInstance().remove_properties_ptr(client, subject); #endif return 0; } bool jackbridge_remove_all_properties(jack_client_t* client) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_remove_all_properties(client) == 0); #else if (usingRealJACK) if (getBridgeInstance().remove_all_properties_ptr != nullptr) return (getBridgeInstance().remove_all_properties_ptr(client) == 0); #endif return false; } bool jackbridge_set_property_change_callback(jack_client_t* client, JackPropertyChangeCallback callback, void* arg) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_set_property_change_callback(client, callback, arg) == 0); #else if (usingRealJACK && getBridgeInstance().set_property_change_callback_ptr != nullptr) { # ifdef __WINE__ WineBridge::getInstance().set_prop_change(callback); return (getBridgeInstance().set_property_change_callback_ptr(client, WineBridge::prop_change, arg) == 0); # else return (getBridgeInstance().set_property_change_callback_ptr(client, callback, arg) == 0); # endif } #endif return false; } bool jackbridge_set_process_thread(jack_client_t* client, JackThreadCallback callback, void* arg) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return (jack_set_process_thread(client, callback, arg) == 0); #else if (usingRealJACK && getBridgeInstance().set_process_thread_ptr != nullptr) { # ifdef __WINE__ WineBridge::getInstance().set_process_thread(callback); return (getBridgeInstance().set_process_thread_ptr(client, WineBridge::process_thread, arg) == 0); # else return (getBridgeInstance().set_process_thread_ptr(client, callback, arg) == 0); # endif } #endif return false; } jack_nframes_t jackbridge_cycle_wait(jack_client_t* client) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) return jack_cycle_wait(client); #else if (usingRealJACK) if (getBridgeInstance().cycle_wait_ptr != nullptr) return getBridgeInstance().cycle_wait_ptr(client); #endif return 0; } void jackbridge_cycle_signal(jack_client_t* client, int status) { #if defined(JACKBRIDGE_DUMMY) #elif defined(JACKBRIDGE_DIRECT) jack_cycle_signal(client, status); #else if (usingRealJACK) if (getBridgeInstance().cycle_signal_ptr != nullptr) getBridgeInstance().cycle_signal_ptr(client, status); #endif } // ----------------------------------------------------------------------------- #ifndef JACKBRIDGE_SKIP_NATIVE_UTILS START_NAMESPACE_DISTRHO bool isUsingNativeAudio() noexcept { #if defined(JACKBRIDGE_DUMMY) || defined(JACKBRIDGE_DIRECT) return false; #else return usingNativeBridge; #endif } bool supportsAudioInput() { #if !(defined(JACKBRIDGE_DUMMY) || defined(JACKBRIDGE_DIRECT)) if (usingNativeBridge) return nativeBridge->supportsAudioInput(); #endif return false; } bool supportsBufferSizeChanges() { #if !(defined(JACKBRIDGE_DUMMY) || defined(JACKBRIDGE_DIRECT)) if (usingNativeBridge) return nativeBridge->supportsBufferSizeChanges(); #endif return false; } bool supportsMIDI() { #if !(defined(JACKBRIDGE_DUMMY) || defined(JACKBRIDGE_DIRECT)) if (usingNativeBridge) return nativeBridge->supportsMIDI(); #endif return false; } bool isAudioInputEnabled() { #if !(defined(JACKBRIDGE_DUMMY) || defined(JACKBRIDGE_DIRECT)) if (usingNativeBridge) return nativeBridge->isAudioInputEnabled(); #endif return false; } bool isMIDIEnabled() { #if !(defined(JACKBRIDGE_DUMMY) || defined(JACKBRIDGE_DIRECT)) if (usingNativeBridge) return nativeBridge->isMIDIEnabled(); #endif return false; } uint getBufferSize() { #if !(defined(JACKBRIDGE_DUMMY) || defined(JACKBRIDGE_DIRECT)) if (usingNativeBridge) return nativeBridge->getBufferSize(); #endif return 0; } bool requestAudioInput() { #if !(defined(JACKBRIDGE_DUMMY) || defined(JACKBRIDGE_DIRECT)) if (usingNativeBridge) return nativeBridge->requestAudioInput(); #endif return false; } bool requestBufferSizeChange(const uint newBufferSize) { #if !(defined(JACKBRIDGE_DUMMY) || defined(JACKBRIDGE_DIRECT)) if (usingNativeBridge) return nativeBridge->requestBufferSizeChange(newBufferSize); #endif return false; } bool requestMIDI() { #if !(defined(JACKBRIDGE_DUMMY) || defined(JACKBRIDGE_DIRECT)) if (usingNativeBridge) return nativeBridge->requestMIDI(); #endif return false; } END_NAMESPACE_DISTRHO #endif // JACKBRIDGE_SKIP_NATIVE_UTILS // -----------------------------------------------------------------------------