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session-ios/Dependencies/SignalRingRTC.framework/PrivateHeaders/ringrtc.h

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/*
*
* Copyright 2019-2021 Signal Messenger, LLC
* SPDX-License-Identifier: AGPL-3.0-only
*
*/
#ifndef CBINDGEN_BINDINGS_H
#define CBINDGEN_BINDINGS_H
/* Warning, this file is autogenerated by cbindgen. Don't modify this manually. */
#include <stdarg.h>
#include <stdbool.h>
#include <stdint.h>
#include <stdlib.h>
#define MINIMUM_BITRATE_BPS 30000
#define MAXIMUM_BITRATE_BPS 2000001
#define MAX_MESSAGE_AGE_SEC 120
/**
* The periodic tick interval. Used to generate stats and to retransmit data channel messages.
*/
#define TICK_PERIOD_SEC 1
/**
* The stats period, how often to get and log them. Assumes tick period is 1 second.
*/
#define STATS_PERIOD_SEC 10
#define MAC_SIZE_BYTES 16
typedef enum LogSeverity {
Verbose,
Info,
Warn,
Error,
None,
} LogSeverity;
/**
* Rust version of WebRTC AdapterType
*/
typedef enum NetworkInterfaceType {
Unknown = 0,
Ethernet = 1,
Wifi = (1 << 1),
Cellular = (1 << 2),
Vpn = (1 << 3),
Loopback = (1 << 4),
Any = (1 << 5),
} NetworkInterfaceType;
typedef enum RffiVideoCodecType {
Vp8 = 8,
H264ConstrainedHigh = 46,
H264ConstrainedBaseline = 40,
} RffiVideoCodecType;
typedef enum SrtpCryptoSuite {
Aes128CmSha1 = 1,
AeadAes128Gcm = 7,
AeadAes256Gcm = 8,
} SrtpCryptoSuite;
typedef enum VideoRotation {
VideoRotation_None = 0,
VideoRotation_Clockwise90 = 90,
VideoRotation_Clockwise180 = 180,
VideoRotation_Clockwise270 = 270,
} VideoRotation;
#if defined(TARGET_OS_ANDROID)
/**
* Incomplete type for C++ JavaMediaStream.
*/
typedef struct RffiJavaMediaStream {
uint8_t _private[0];
} RffiJavaMediaStream;
#endif
/**
* Incomplete type for WebRTC C++ MediaStream.
*/
typedef struct RffiMediaStream {
uint8_t _private[0];
} RffiMediaStream;
/**
* Incomplete type for C++ PeerConnection.
*/
typedef struct RffiPeerConnection {
uint8_t _private[0];
} RffiPeerConnection;
#if defined(TARGET_OS_IOS)
/**
* Structure for passing buffers (strings/bytes) to/from Swift.
*/
typedef struct AppByteSlice {
const uint8_t *bytes;
size_t len;
} AppByteSlice;
#endif
#if defined(TARGET_OS_IOS)
/**
* Log object for interfacing with swift.
*/
typedef struct IosLogger {
void *object;
void (*destroy)(void *object);
void (*log)(void *object, struct AppByteSlice message, struct AppByteSlice file, struct AppByteSlice function, int32_t line, int8_t level);
} IosLogger;
#endif
#if defined(TARGET_OS_IOS)
/**
* Structure for passing multiple Ice Candidates to/from Swift.
*/
typedef struct AppIceCandidateArray {
const struct AppByteSlice *candidates;
size_t count;
} AppIceCandidateArray;
#endif
#if defined(TARGET_OS_IOS)
/**
* Structure for passing name/value strings to/from Swift.
*/
typedef struct AppHeader {
struct AppByteSlice name;
struct AppByteSlice value;
} AppHeader;
#endif
#if defined(TARGET_OS_IOS)
/**
* Structure for passing multiple name/value headers to/from Swift.
*/
typedef struct AppHeaderArray {
const struct AppHeader *headers;
size_t count;
} AppHeaderArray;
#endif
#if defined(TARGET_OS_IOS)
/**
* Structure for passing connection details from the application.
*/
typedef struct AppConnectionInterface {
void *object;
void *pc;
/**
* Swift object clean up method.
*/
void (*destroy)(void *object);
} AppConnectionInterface;
#endif
#if defined(TARGET_OS_IOS)
/**
* Structure for passing media stream instances from the application.
*/
typedef struct AppMediaStreamInterface {
void *object;
/**
* Swift object clean up method.
*/
void (*destroy)(void *object);
/**
* Returns a pointer to a RTCMediaStream object.
*/
void *(*createMediaStream)(void *object, void *nativeStream);
} AppMediaStreamInterface;
#endif
#if defined(TARGET_OS_IOS)
typedef struct AppUuidArray {
const struct AppByteSlice *uuids;
size_t count;
} AppUuidArray;
#endif
#if defined(TARGET_OS_IOS)
/**
* Structure for passing optional u32 values to/from Swift.
*/
typedef struct AppOptionalUInt32 {
uint32_t value;
bool valid;
} AppOptionalUInt32;
#endif
typedef uint32_t ClientId;
typedef uint32_t DemuxId;
#if defined(TARGET_OS_IOS)
/**
* Structure for passing optional bool values to/from Swift.
*/
typedef struct AppOptionalBool {
bool value;
bool valid;
} AppOptionalBool;
#endif
#if defined(TARGET_OS_IOS)
typedef struct AppRemoteDeviceState {
DemuxId demuxId;
struct AppByteSlice user_id;
bool mediaKeysReceived;
struct AppOptionalBool audioMuted;
struct AppOptionalBool videoMuted;
struct AppOptionalBool presenting;
struct AppOptionalBool sharingScreen;
uint64_t addedTime;
uint64_t speakerTime;
} AppRemoteDeviceState;
#endif
#if defined(TARGET_OS_IOS)
typedef struct AppRemoteDeviceStateArray {
const struct AppRemoteDeviceState *states;
size_t count;
} AppRemoteDeviceStateArray;
#endif
#if defined(TARGET_OS_IOS)
/**
* iOS Interface for communicating with the Swift application.
*/
typedef struct AppInterface {
/**
* Raw Swift object pointer.
*/
void *object;
/**
* Swift object clean up method.
*/
void (*destroy)(void *object);
/**
*
*/
void (*onStartCall)(void *object, const void *remote, uint64_t callId, bool isOutgoing, int32_t callMediaType);
/**
* Swift event callback method.
*/
void (*onEvent)(void *object, const void *remote, int32_t event);
/**
*
*/
void (*onSendOffer)(void *object, uint64_t callId, const void *remote, uint32_t destinationDeviceId, bool broadcast, struct AppByteSlice opaque, int32_t callMediaType);
/**
*
*/
void (*onSendAnswer)(void *object, uint64_t callId, const void *remote, uint32_t destinationDeviceId, bool broadcast, struct AppByteSlice opaque);
/**
*
*/
void (*onSendIceCandidates)(void *object, uint64_t callId, const void *remote, uint32_t destinationDeviceId, bool broadcast, const struct AppIceCandidateArray *candidates);
/**
*
*/
void (*onSendHangup)(void *object, uint64_t callId, const void *remote, uint32_t destinationDeviceId, bool broadcast, int32_t hangupType, uint32_t deviceId, bool useLegacyHangupMessage);
/**
*
*/
void (*onSendBusy)(void *object, uint64_t callId, const void *remote, uint32_t destinationDeviceId, bool broadcast);
/**
*
*/
void (*sendCallMessage)(void *object, struct AppByteSlice recipientUuid, struct AppByteSlice message);
/**
*
*/
void (*sendHttpRequest)(void *object, uint32_t requestId, struct AppByteSlice url, int32_t method, struct AppHeaderArray headerArray, struct AppByteSlice body);
/**
*
*/
struct AppConnectionInterface (*onCreateConnectionInterface)(void *object, void *observer, uint32_t deviceId, void *context, bool enable_dtls, bool enable_rtp_data_channel);
/**
* Request that the application create an application Media Stream object
* associated with the given application Connection object.
*/
struct AppMediaStreamInterface (*onCreateMediaStreamInterface)(void *object, void *connection);
/**
*
*/
void (*onConnectMedia)(void *object, const void *remote, void *context, const void *stream);
/**
*
*/
bool (*onCompareRemotes)(void *object, const void *remote1, const void *remote2);
/**
*
*/
void (*onCallConcluded)(void *object, const void *remote);
/**
*
*/
void (*handlePeekResponse)(void *object, uint32_t requestId, struct AppUuidArray joinedMembers, struct AppByteSlice creator, struct AppByteSlice eraId, struct AppOptionalUInt32 maxDevices, uint32_t deviceCount);
/**
*
*/
void (*requestMembershipProof)(void *object, ClientId clientId);
/**
*
*/
void (*requestGroupMembers)(void *object, ClientId clientId);
/**
*
*/
void (*handleConnectionStateChanged)(void *object, ClientId clientId, int32_t connectionState);
/**
*
*/
void (*handleJoinStateChanged)(void *object, ClientId clientId, int32_t joinState);
/**
*
*/
void (*handleRemoteDevicesChanged)(void *object, ClientId clientId, struct AppRemoteDeviceStateArray remoteDeviceStates);
/**
*
*/
void (*handleIncomingVideoTrack)(void *object, ClientId clientId, DemuxId remoteDemuxId, void *nativeVideoTrack);
/**
*
*/
void (*handlePeekChanged)(void *object, ClientId clientId, struct AppUuidArray joinedMembers, struct AppByteSlice creator, struct AppByteSlice eraId, struct AppOptionalUInt32 maxDevices, uint32_t deviceCount);
/**
*
*/
void (*handleEnded)(void *object, ClientId clientId, int32_t reason);
} AppInterface;
#endif
#if defined(TARGET_OS_IOS)
/**
* Structure for holding call context details on behalf of the application.
*/
typedef struct AppCallContext {
void *object;
/**
* Swift object clean up method.
*/
void (*destroy)(void *object);
} AppCallContext;
#endif
#if defined(TARGET_OS_IOS)
typedef struct AppGroupMemberInfo {
struct AppByteSlice userId;
struct AppByteSlice userIdCipherText;
} AppGroupMemberInfo;
#endif
#if defined(TARGET_OS_IOS)
typedef struct AppGroupMemberInfoArray {
const struct AppGroupMemberInfo *members;
size_t count;
} AppGroupMemberInfoArray;
#endif
#if defined(TARGET_OS_IOS)
/**
* Structure for passing optional u16 values to/from Swift.
*/
typedef struct AppOptionalUInt16 {
uint16_t value;
bool valid;
} AppOptionalUInt16;
#endif
#if defined(TARGET_OS_IOS)
typedef struct AppVideoRequest {
DemuxId demux_id;
uint16_t width;
uint16_t height;
struct AppOptionalUInt16 framerate;
} AppVideoRequest;
#endif
#if defined(TARGET_OS_IOS)
typedef struct AppVideoRequestArray {
const struct AppVideoRequest *resolutions;
size_t count;
} AppVideoRequestArray;
#endif
/**
* Rust version of WebRTC RFFI InjectableNetwork
*/
typedef struct RffiInjectableNetwork {
uint8_t _private[0];
} RffiInjectableNetwork;
/**
* Opaque pointer type for an object of C++ origin.
*/
typedef const void *CppObject;
/**
* Rust version of Web RFFI Ip,
* which is like WebRTC IPAddress.
*/
typedef struct RffiIp {
bool v6;
uint8_t address[16];
} RffiIp;
/**
* Rust version of WebRTC RFFI IpPort,
* which is like WebRTC SocketAddress
*/
typedef struct RffiIpPort {
struct RffiIp ip;
uint16_t port;
} RffiIpPort;
/**
* Incomplete type for C++ DataChannelInterface.
*/
typedef struct RffiDataChannel {
uint8_t _private[0];
} RffiDataChannel;
/**
* Incomplete type for C++ VideoTrack.
*/
typedef struct RffiVideoTrack {
uint8_t _private[0];
} RffiVideoTrack;
/**
* Incomplete type for C++ AudioTrack.
*/
typedef struct RffiAudioTrack {
uint8_t _private[0];
} RffiAudioTrack;
/**
* Opaque pointer type for an object of Rust origin.
*/
typedef const void *RustObject;
/**
* Incomplete type for C++ VideoSource.
*/
typedef struct RffiVideoSource {
uint8_t _private[0];
} RffiVideoSource;
/**
* Incomplete type for C++ webrtc::VideoFrameBuffer.
*/
typedef struct RffiVideoFrameBuffer {
uint8_t _private[0];
} RffiVideoFrameBuffer;
/**
* Incomplete type for C++ webrtc::rffi::CreateSessionDescriptionObserverRffi
*/
typedef struct RffiCreateSessionDescriptionObserver {
uint8_t _private[0];
} RffiCreateSessionDescriptionObserver;
/**
* Incomplete type for C++ CreateSessionDescriptionObserverRffi
*/
typedef struct RffiSetSessionDescriptionObserver {
uint8_t _private[0];
} RffiSetSessionDescriptionObserver;
/**
* Incomplete type for SessionDescription, used by
* CreateSessionDescriptionObserver callbacks.
*/
typedef struct RffiSessionDescription {
uint8_t _private[0];
} RffiSessionDescription;
/**
* Incomplete type for C++ PeerConnectionObserver.
*/
typedef struct RffiPeerConnectionObserver {
uint8_t _private[0];
} RffiPeerConnectionObserver;
/**
* Incomplete type for C++ IceGathererInterface.
*/
typedef struct RffiIceGatherer {
uint8_t _private[0];
} RffiIceGatherer;
/**
* Incomplete type for C++ webrtc::rffi::StatsObserverRffi
*/
typedef struct RffiStatsObserver {
uint8_t _private[0];
} RffiStatsObserver;
typedef uint8_t PayloadType;
typedef uint16_t SequenceNumber;
typedef uint32_t Timestamp;
typedef uint32_t Ssrc;
typedef struct RffiAudioEncoderConfig {
uint32_t packet_size_ms;
int32_t bandwidth;
int32_t start_bitrate_bps;
int32_t min_bitrate_bps;
int32_t max_bitrate_bps;
int32_t complexity;
int32_t enable_vbr;
int32_t enable_dtx;
int32_t enable_fec;
} RffiAudioEncoderConfig;
/**
* Incomplete type for C++ PeerConnectionFactory.
*/
typedef struct RffiPeerConnectionFactory {
uint8_t _private[0];
} RffiPeerConnectionFactory;
/**
* Incomplete type for C++ RTCCertificate.
*/
typedef struct RffiCertificate {
uint8_t _private[0];
} RffiCertificate;
typedef struct RffiIceServer {
const char *username;
const char *password;
const char *const *urls;
uintptr_t urls_size;
} RffiIceServer;
typedef struct RffiVideoCodec {
enum RffiVideoCodecType type;
uint32_t level;
} RffiVideoCodec;
typedef struct RffiConnectionParametersV4 {
const char *ice_ufrag;
const char *ice_pwd;
const struct RffiVideoCodec *receive_video_codecs;
uintptr_t receive_video_codecs_size;
} RffiConnectionParametersV4;
#define INVALID_CLIENT_ID 0
#if defined(TARGET_OS_ANDROID)
jobject Java_org_signal_ringrtc_CallManager_ringrtcGetBuildInfo(JNIEnv env, JClass _class);
#endif
#if defined(TARGET_OS_ANDROID)
void Java_org_signal_ringrtc_CallManager_ringrtcInitialize(JNIEnv env, JClass _class);
#endif
#if defined(TARGET_OS_ANDROID)
jlong Java_org_signal_ringrtc_CallManager_ringrtcCreateCallManager(JNIEnv env,
JClass _class,
JObject jni_call_manager);
#endif
#if defined(TARGET_OS_ANDROID)
jlong Java_org_signal_ringrtc_CallManager_ringrtcCreatePeerConnection(JNIEnv env,
JObject _object,
jlong peer_connection_factory,
jlong native_connection,
JObject jni_rtc_config,
JObject jni_media_constraints,
bool enable_dtls,
bool enable_rtp_data_channel);
#endif
#if defined(TARGET_OS_ANDROID)
void Java_org_signal_ringrtc_CallManager_ringrtcCall(JNIEnv env,
JObject _object,
jlong call_manager,
JObject jni_remote,
jint call_media_type,
jint local_device);
#endif
#if defined(TARGET_OS_ANDROID)
void Java_org_signal_ringrtc_CallManager_ringrtcProceed(JNIEnv env,
JObject _object,
jlong call_manager,
jlong call_id,
JObject jni_call_context,
jint bandwidth_mode);
#endif
#if defined(TARGET_OS_ANDROID)
void Java_org_signal_ringrtc_CallManager_ringrtcMessageSent(JNIEnv env,
JObject _object,
jlong call_manager,
jlong call_id);
#endif
#if defined(TARGET_OS_ANDROID)
void Java_org_signal_ringrtc_CallManager_ringrtcMessageSendFailure(JNIEnv env,
JObject _object,
jlong call_manager,
jlong call_id);
#endif
#if defined(TARGET_OS_ANDROID)
void Java_org_signal_ringrtc_CallManager_ringrtcHangup(JNIEnv env,
JObject _object,
jlong call_manager);
#endif
#if defined(TARGET_OS_ANDROID)
void Java_org_signal_ringrtc_CallManager_ringrtcReceivedAnswer(JNIEnv env,
JObject _object,
jlong call_manager,
jlong call_id,
jint remote_device,
jbyteArray opaque,
jboolean remote_supports_multi_ring,
jbyteArray sender_identity_key,
jbyteArray receiver_identity_key);
#endif
#if defined(TARGET_OS_ANDROID)
void Java_org_signal_ringrtc_CallManager_ringrtcReceivedOffer(JNIEnv env,
JObject _object,
jlong call_manager,
jlong call_id,
JObject jni_remote,
jint remote_device,
jbyteArray opaque,
jlong message_age_sec,
jint call_media_type,
jint local_device,
jboolean remote_supports_multi_ring,
jboolean jni_is_local_device_primary,
jbyteArray sender_identity_key,
jbyteArray receiver_identity_key);
#endif
#if defined(TARGET_OS_ANDROID)
void Java_org_signal_ringrtc_CallManager_ringrtcReceivedIceCandidates(JNIEnv env,
JObject _object,
jlong call_manager,
jlong call_id,
jint remote_device,
JObject jni_ice_candidates);
#endif
#if defined(TARGET_OS_ANDROID)
void Java_org_signal_ringrtc_CallManager_ringrtcReceivedHangup(JNIEnv env,
JObject _object,
jlong call_manager,
jlong call_id,
jint remote_device,
jint hangup_type,
jint device_id);
#endif
#if defined(TARGET_OS_ANDROID)
void Java_org_signal_ringrtc_CallManager_ringrtcReceivedBusy(JNIEnv env,
JObject _object,
jlong call_manager,
jlong call_id,
jint remote_device);
#endif
#if defined(TARGET_OS_ANDROID)
void Java_org_signal_ringrtc_CallManager_ringrtcReceivedCallMessage(JNIEnv env,
JObject _object,
jlong call_manager,
jbyteArray sender_uuid,
jint sender_device_id,
jint local_device_id,
jbyteArray message,
jlong message_age_sec);
#endif
#if defined(TARGET_OS_ANDROID)
void Java_org_signal_ringrtc_CallManager_ringrtcReceivedHttpResponse(JNIEnv env,
JObject _object,
jlong call_manager,
jlong request_id,
jint status_code,
jbyteArray body);
#endif
#if defined(TARGET_OS_ANDROID)
void Java_org_signal_ringrtc_CallManager_ringrtcHttpRequestFailed(JNIEnv env,
JObject _object,
jlong call_manager,
jlong request_id);
#endif
#if defined(TARGET_OS_ANDROID)
void Java_org_signal_ringrtc_CallManager_ringrtcAcceptCall(JNIEnv env,
JObject _object,
jlong call_manager,
jlong call_id);
#endif
#if defined(TARGET_OS_ANDROID)
jobject Java_org_signal_ringrtc_CallManager_ringrtcGetActiveConnection(JNIEnv env,
JObject _object,
jlong call_manager);
#endif
#if defined(TARGET_OS_ANDROID)
jobject Java_org_signal_ringrtc_CallManager_ringrtcGetActiveCallContext(JNIEnv env,
JObject _object,
jlong call_manager);
#endif
#if defined(TARGET_OS_ANDROID)
void Java_org_signal_ringrtc_CallManager_ringrtcSetVideoEnable(JNIEnv env,
JObject _object,
jlong call_manager,
jboolean enable);
#endif
#if defined(TARGET_OS_ANDROID)
void Java_org_signal_ringrtc_CallManager_ringrtcUpdateBandwidthMode(JNIEnv env,
JObject _object,
jlong call_manager,
jint bandwidth_mode);
#endif
#if defined(TARGET_OS_ANDROID)
void Java_org_signal_ringrtc_CallManager_ringrtcDrop(JNIEnv env,
JObject _object,
jlong call_manager,
jlong call_id);
#endif
#if defined(TARGET_OS_ANDROID)
void Java_org_signal_ringrtc_CallManager_ringrtcReset(JNIEnv env,
JObject _object,
jlong call_manager);
#endif
#if defined(TARGET_OS_ANDROID)
void Java_org_signal_ringrtc_CallManager_ringrtcClose(JNIEnv env,
JObject _object,
jlong call_manager);
#endif
#if defined(TARGET_OS_ANDROID)
void Java_org_signal_ringrtc_CallManager_ringrtcPeekGroupCall(JNIEnv env,
JObject _object,
jlong call_manager,
jlong request_id,
JString sfu_url,
jbyteArray membership_proof,
jbyteArray jni_serialized_group_members);
#endif
#if defined(TARGET_OS_ANDROID)
jlong Java_org_signal_ringrtc_GroupCall_ringrtcCreateGroupCallClient(JNIEnv env,
JObject _object,
jlong call_manager,
jbyteArray group_id,
JString sfu_url,
jlong native_audio_track,
jlong native_video_track);
#endif
#if defined(TARGET_OS_ANDROID)
void Java_org_signal_ringrtc_GroupCall_ringrtcDeleteGroupCallClient(JNIEnv env,
JObject _object,
jlong call_manager,
jlong client_id);
#endif
#if defined(TARGET_OS_ANDROID)
void Java_org_signal_ringrtc_GroupCall_ringrtcConnect(JNIEnv env,
JObject _object,
jlong call_manager,
jlong client_id);
#endif
#if defined(TARGET_OS_ANDROID)
void Java_org_signal_ringrtc_GroupCall_ringrtcJoin(JNIEnv env,
JObject _object,
jlong call_manager,
jlong client_id);
#endif
#if defined(TARGET_OS_ANDROID)
void Java_org_signal_ringrtc_GroupCall_ringrtcLeave(JNIEnv env,
JObject _object,
jlong call_manager,
jlong client_id);
#endif
#if defined(TARGET_OS_ANDROID)
void Java_org_signal_ringrtc_GroupCall_ringrtcDisconnect(JNIEnv env,
JObject _object,
jlong call_manager,
jlong client_id);
#endif
#if defined(TARGET_OS_ANDROID)
void Java_org_signal_ringrtc_GroupCall_ringrtcSetOutgoingAudioMuted(JNIEnv env,
JObject _object,
jlong call_manager,
jlong client_id,
bool muted);
#endif
#if defined(TARGET_OS_ANDROID)
void Java_org_signal_ringrtc_GroupCall_ringrtcSetOutgoingVideoMuted(JNIEnv env,
JObject _object,
jlong call_manager,
jlong client_id,
bool muted);
#endif
#if defined(TARGET_OS_ANDROID)
void Java_org_signal_ringrtc_GroupCall_ringrtcResendMediaKeys(JNIEnv env,
JObject _object,
jlong call_manager,
jlong client_id);
#endif
#if defined(TARGET_OS_ANDROID)
void Java_org_signal_ringrtc_GroupCall_ringrtcSetBandwidthMode(JNIEnv env,
JObject _object,
jlong call_manager,
jlong client_id,
jint bandwidth_mode);
#endif
#if defined(TARGET_OS_ANDROID)
void Java_org_signal_ringrtc_GroupCall_ringrtcRequestVideo(JNIEnv env,
JObject _object,
jlong call_manager,
jlong client_id,
JObject jni_rendered_resolutions);
#endif
#if defined(TARGET_OS_ANDROID)
void Java_org_signal_ringrtc_GroupCall_ringrtcSetGroupMembers(JNIEnv env,
JObject _object,
jlong call_manager,
jlong client_id,
jbyteArray jni_serialized_group_members);
#endif
#if defined(TARGET_OS_ANDROID)
void Java_org_signal_ringrtc_GroupCall_ringrtcSetMembershipProof(JNIEnv env,
JObject _object,
jlong call_manager,
jlong client_id,
jbyteArray proof);
#endif
#if defined(TARGET_OS_ANDROID)
extern const struct RffiJavaMediaStream *Rust_createJavaMediaStream(const struct RffiMediaStream *rffi_media_stream);
#endif
#if defined(TARGET_OS_ANDROID)
extern void Rust_freeJavaMediaStream(const struct RffiJavaMediaStream *rffi_java_media_stream);
#endif
#if defined(TARGET_OS_ANDROID)
extern jobject Rust_getJavaMediaStreamObject(const struct RffiJavaMediaStream *rffi_java_media_stream);
#endif
#if defined(TARGET_OS_ANDROID)
/**
* Export the nativeCreatepeerconnection() call from the
* org.webrtc.PeerConnectionFactory class.
*/
extern jlong Java_org_webrtc_PeerConnectionFactory_nativeCreatePeerConnection(JNIEnv env,
JClass class_,
jlong factory,
JObject rtcConfig,
JObject constraints,
jlong nativeObserver,
JObject sslCertificateVerifier,
jboolean enable_dtls,
jboolean enable_rtp_data_channel);
#endif
#if defined(TARGET_OS_ANDROID)
extern const struct RffiPeerConnection *Rust_getPeerConnectionFromJniOwnedPeerConnection(int64_t jni_owned_pc);
#endif
#if defined(TARGET_OS_IOS)
void *ringrtcInitialize(struct IosLogger logObject);
#endif
#if defined(TARGET_OS_IOS)
void *ringrtcCreate(void *appCallManager, struct AppInterface appInterface);
#endif
#if defined(TARGET_OS_IOS)
void *ringrtcCall(void *callManager,
const void *appRemote,
int32_t callMediaType,
uint32_t appLocalDevice);
#endif
#if defined(TARGET_OS_IOS)
void *ringrtcProceed(void *callManager,
uint64_t callId,
struct AppCallContext appCallContext,
int32_t bandwidthMode);
#endif
#if defined(TARGET_OS_IOS)
void *ringrtcMessageSent(void *callManager, uint64_t callId);
#endif
#if defined(TARGET_OS_IOS)
void *ringrtcMessageSendFailure(void *callManager, uint64_t callId);
#endif
#if defined(TARGET_OS_IOS)
void *ringrtcHangup(void *callManager);
#endif
#if defined(TARGET_OS_IOS)
void *ringrtcReceivedAnswer(void *callManager,
uint64_t callId,
uint32_t senderDeviceId,
struct AppByteSlice opaque,
bool senderSupportsMultiRing,
struct AppByteSlice senderIdentityKey,
struct AppByteSlice receiverIdentityKey);
#endif
#if defined(TARGET_OS_IOS)
void *ringrtcReceivedOffer(void *callManager,
uint64_t callId,
const void *remotePeer,
uint32_t senderDeviceId,
struct AppByteSlice opaque,
uint64_t messageAgeSec,
int32_t callMediaType,
uint32_t receiverDeviceId,
bool senderSupportsMultiRing,
bool receiverDeviceIsPrimary,
struct AppByteSlice senderIdentityKey,
struct AppByteSlice receiverIdentityKey);
#endif
#if defined(TARGET_OS_IOS)
void *ringrtcReceivedIceCandidates(void *callManager,
uint64_t callId,
uint32_t senderDeviceId,
const struct AppIceCandidateArray *appIceCandidateArray);
#endif
#if defined(TARGET_OS_IOS)
void *ringrtcReceivedHangup(void *callManager,
uint64_t callId,
uint32_t remoteDevice,
int32_t hangupType,
uint32_t deviceId);
#endif
#if defined(TARGET_OS_IOS)
void *ringrtcReceivedBusy(void *callManager, uint64_t callId, uint32_t remoteDevice);
#endif
#if defined(TARGET_OS_IOS)
void ringrtcReceivedCallMessage(void *callManager,
struct AppByteSlice senderUuid,
uint32_t senderDeviceId,
uint32_t localDeviceId,
struct AppByteSlice message,
uint64_t messageAgeSec);
#endif
#if defined(TARGET_OS_IOS)
void ringrtcReceivedHttpResponse(void *callManager,
uint32_t requestId,
uint16_t statusCode,
struct AppByteSlice body);
#endif
#if defined(TARGET_OS_IOS)
void ringrtcHttpRequestFailed(void *callManager, uint32_t requestId);
#endif
#if defined(TARGET_OS_IOS)
void *ringrtcAccept(void *callManager, uint64_t callId);
#endif
#if defined(TARGET_OS_IOS)
void *ringrtcGetActiveConnection(void *callManager);
#endif
#if defined(TARGET_OS_IOS)
void *ringrtcGetActiveCallContext(void *callManager);
#endif
#if defined(TARGET_OS_IOS)
void *ringrtcSetVideoEnable(void *callManager, bool enable);
#endif
#if defined(TARGET_OS_IOS)
void ringrtcUpdateBandwidthMode(void *callManager, int32_t bandwidthMode);
#endif
#if defined(TARGET_OS_IOS)
void *ringrtcDrop(void *callManager, uint64_t callId);
#endif
#if defined(TARGET_OS_IOS)
void *ringrtcReset(void *callManager);
#endif
#if defined(TARGET_OS_IOS)
void *ringrtcClose(void *callManager);
#endif
#if defined(TARGET_OS_IOS)
void ringrtcPeekGroupCall(void *callManager,
uint32_t requestId,
struct AppByteSlice sfuUrl,
struct AppByteSlice proof,
const struct AppGroupMemberInfoArray *appGroupMemberInfoArray);
#endif
#if defined(TARGET_OS_IOS)
ClientId ringrtcCreateGroupCallClient(void *callManager,
struct AppByteSlice groupId,
struct AppByteSlice sfuUrl,
const void *nativeAudioTrack,
const void *nativeVideoTrack);
#endif
#if defined(TARGET_OS_IOS)
void ringrtcDeleteGroupCallClient(void *callManager, ClientId clientId);
#endif
#if defined(TARGET_OS_IOS)
void ringrtcConnect(void *callManager, ClientId clientId);
#endif
#if defined(TARGET_OS_IOS)
void ringrtcJoin(void *callManager, ClientId clientId);
#endif
#if defined(TARGET_OS_IOS)
void ringrtcLeave(void *callManager, ClientId clientId);
#endif
#if defined(TARGET_OS_IOS)
void ringrtcDisconnect(void *callManager, ClientId clientId);
#endif
#if defined(TARGET_OS_IOS)
void ringrtcSetOutgoingAudioMuted(void *callManager, ClientId clientId, bool muted);
#endif
#if defined(TARGET_OS_IOS)
void ringrtcSetOutgoingVideoMuted(void *callManager, ClientId clientId, bool muted);
#endif
#if defined(TARGET_OS_IOS)
void ringrtcResendMediaKeys(void *callManager, ClientId clientId);
#endif
#if defined(TARGET_OS_IOS)
void ringrtcSetBandwidthMode(void *callManager, ClientId clientId, int32_t bandwidthMode);
#endif
#if defined(TARGET_OS_IOS)
void ringrtcRequestVideo(void *callManager,
ClientId clientId,
const struct AppVideoRequestArray *appVideoRequestArray);
#endif
#if defined(TARGET_OS_IOS)
void ringrtcSetGroupMembers(void *callManager,
ClientId clientId,
const struct AppGroupMemberInfoArray *appGroupMemberInfoArray);
#endif
#if defined(TARGET_OS_IOS)
void ringrtcSetMembershipProof(void *callManager, ClientId clientId, struct AppByteSlice proof);
#endif
extern void Rust_InjectableNetwork_SetSender(const struct RffiInjectableNetwork *network,
CppObject sender);
extern void Rust_InjectableNetwork_AddInterface(const struct RffiInjectableNetwork *network,
const char *name,
enum NetworkInterfaceType typ,
struct RffiIp ip,
uint16_t preference);
extern void Rust_InjectableNetwork_RemoveInterface(const struct RffiInjectableNetwork *network,
const char *name);
extern void Rust_InjectableNetwork_ReceiveUdp(const struct RffiInjectableNetwork *network,
struct RffiIpPort source,
struct RffiIpPort dest,
const uint8_t *data,
uintptr_t size);
extern bool Rust_dataChannelSend(const struct RffiDataChannel *data_channel,
const uint8_t *buffer,
size_t len,
bool binary);
extern void Rust_setLogger(CppObject cbs, enum LogSeverity min_severity);
extern uint32_t Rust_getTrackIdAsUint32(const struct RffiVideoTrack *track);
extern void Rust_setAudioTrackEnabled(const struct RffiAudioTrack *track, bool enabled);
extern void Rust_setVideoTrackEnabled(const struct RffiVideoTrack *track, bool enabled);
extern void Rust_setVideoTrackContentHint(const struct RffiVideoTrack *track, bool is_screenshare);
extern const struct RffiVideoTrack *Rust_getFirstVideoTrack(const struct RffiMediaStream *stream);
extern void Rust_addVideoSink(const struct RffiVideoTrack *track, RustObject obj, CppObject cb);
extern void Rust_pushVideoFrame(const struct RffiVideoSource *source,
const struct RffiVideoFrameBuffer *buffer);
extern const struct RffiVideoFrameBuffer *Rust_createVideoFrameBufferFromRgba(uint32_t width,
uint32_t height,
const uint8_t *rgba_buffer);
extern void Rust_convertVideoFrameBufferToRgba(const struct RffiVideoFrameBuffer *buffer,
uint8_t *rgba_buffer);
extern const struct RffiVideoFrameBuffer *Rust_copyAndRotateVideoFrameBuffer(const struct RffiVideoFrameBuffer *buffer,
enum VideoRotation rotation);
extern void Rust_createOffer(const struct RffiPeerConnection *peer_connection,
const struct RffiCreateSessionDescriptionObserver *csd_observer);
extern void Rust_setLocalDescription(const struct RffiPeerConnection *peer_connection,
const struct RffiSetSessionDescriptionObserver *ssd_observer,
const struct RffiSessionDescription *local_description);
extern void Rust_createAnswer(const struct RffiPeerConnection *peer_connection,
const struct RffiCreateSessionDescriptionObserver *csd_observer);
extern void Rust_setRemoteDescription(const struct RffiPeerConnection *peer_connection,
const struct RffiSetSessionDescriptionObserver *ssd_observer,
const struct RffiSessionDescription *remote_description);
extern void Rust_setOutgoingMediaEnabled(const struct RffiPeerConnection *peer_connection,
bool enabled);
extern bool Rust_setIncomingMediaEnabled(const struct RffiPeerConnection *peer_connection,
bool enabled);
extern const struct RffiDataChannel *Rust_createSignalingDataChannel(const struct RffiPeerConnection *peer_connection,
const struct RffiPeerConnectionObserver *pc_observer);
extern bool Rust_addIceCandidateFromSdp(const struct RffiPeerConnection *peer_connection,
const char *sdp);
extern bool Rust_addIceCandidateFromServer(const struct RffiPeerConnection *peer_connection,
struct RffiIp ip,
uint16_t port,
bool tcp);
extern const struct RffiIceGatherer *Rust_createSharedIceGatherer(const struct RffiPeerConnection *peer_connection);
extern bool Rust_useSharedIceGatherer(const struct RffiPeerConnection *peer_connection,
const struct RffiIceGatherer *ice_gatherer);
extern void Rust_getStats(const struct RffiPeerConnection *peer_connection,
const struct RffiStatsObserver *stats_observer);
extern void Rust_setSendBitrates(const struct RffiPeerConnection *peer_connection,
int32_t min_bitrate_bps,
int32_t start_bitrate_bps,
int32_t max_bitrate_bps);
extern bool Rust_sendRtp(const struct RffiPeerConnection *peer_connection,
PayloadType pt,
SequenceNumber seqnum,
Timestamp timestamp,
Ssrc ssrc,
const uint8_t *payload_data,
uintptr_t payload_size);
extern bool Rust_receiveRtp(const struct RffiPeerConnection *peer_connection, PayloadType pt);
extern void Rust_configureAudioEncoders(const struct RffiPeerConnection *peer_connection,
const struct RffiAudioEncoderConfig *config);
extern void Rust_closePeerConnection(const struct RffiPeerConnection *peer_connection);
extern const struct RffiPeerConnectionFactory *Rust_createPeerConnectionFactory(bool use_injectable_network);
extern const struct RffiInjectableNetwork *Rust_getInjectableNetwork(const struct RffiPeerConnectionFactory *factory);
extern const struct RffiPeerConnection *Rust_createPeerConnection(const struct RffiPeerConnectionFactory *factory,
const struct RffiPeerConnectionObserver *observer,
const struct RffiCertificate *certificate,
bool hide_ip,
struct RffiIceServer ice_server,
const struct RffiAudioTrack *outgoing_audio_track,
const struct RffiVideoTrack *outgoing_video_track,
bool enable_dtls,
bool enable_rtp_data_channel);
extern const struct RffiAudioTrack *Rust_createAudioTrack(const struct RffiPeerConnectionFactory *factory);
extern const struct RffiVideoSource *Rust_createVideoSource(const struct RffiPeerConnectionFactory *factory);
extern const struct RffiVideoTrack *Rust_createVideoTrack(const struct RffiPeerConnectionFactory *factory,
const struct RffiVideoSource *source);
extern const struct RffiCertificate *Rust_generateCertificate(void);
extern bool Rust_computeCertificateFingerprintSha256(const struct RffiCertificate *cert,
uint8_t (*fingerprint)[32]);
extern int16_t Rust_getAudioPlayoutDevices(const struct RffiPeerConnectionFactory *factory);
extern int32_t Rust_getAudioPlayoutDeviceName(const struct RffiPeerConnectionFactory *factory,
uint16_t index,
char *out_name,
char *out_uuid);
extern bool Rust_setAudioPlayoutDevice(const struct RffiPeerConnectionFactory *factory,
uint16_t index);
extern int16_t Rust_getAudioRecordingDevices(const struct RffiPeerConnectionFactory *factory);
extern int32_t Rust_getAudioRecordingDeviceName(const struct RffiPeerConnectionFactory *factory,
uint16_t index,
char *out_name,
char *out_uuid);
extern bool Rust_setAudioRecordingDevice(const struct RffiPeerConnectionFactory *factory,
uint16_t index);
extern const struct RffiPeerConnectionObserver *Rust_createPeerConnectionObserver(RustObject cc_ptr,
CppObject pc_observer_cb,
bool enable_frame_encryption);
extern void Rust_addRef(CppObject ref_counted_pointer);
extern void Rust_releaseRef(CppObject ref_counted_pointer);
extern const struct RffiSetSessionDescriptionObserver *Rust_createSetSessionDescriptionObserver(RustObject ssd_observer,
const void *ssd_observer_cb);
extern const struct RffiCreateSessionDescriptionObserver *Rust_createCreateSessionDescriptionObserver(RustObject csd_observer,
const void *csd_observer_cb);
extern const char *Rust_toSdp(const struct RffiSessionDescription *offer);
extern struct RffiSessionDescription *Rust_answerFromSdp(const char *sdp);
extern struct RffiSessionDescription *Rust_offerFromSdp(const char *sdp);
extern bool Rust_disableDtlsAndSetSrtpKey(struct RffiSessionDescription *session_description,
enum SrtpCryptoSuite crypto_suite,
const uint8_t *key_ptr,
size_t key_len,
const uint8_t *salt_ptr,
size_t salt_len);
extern struct RffiConnectionParametersV4 *Rust_sessionDescriptionToV4(const struct RffiSessionDescription *session_description);
extern void Rust_releaseV4(struct RffiConnectionParametersV4 *session_description);
extern struct RffiSessionDescription *Rust_sessionDescriptionFromV4(bool offer,
const struct RffiConnectionParametersV4 *v4);
extern struct RffiSessionDescription *Rust_localDescriptionForGroupCall(const char *ice_ufrag,
const char *ice_pwd,
const uint8_t (*_dtls_fingerprint_sha256)[32],
uint32_t demux_id);
extern struct RffiSessionDescription *Rust_remoteDescriptionForGroupCall(const char *ice_ufrag,
const char *ice_pwd,
const uint8_t (*_dtls_fingerprint_sha256)[32],
const uint32_t *demux_ids_data,
size_t demux_ids_len);
extern void Rust_releaseSessionDescription(struct RffiSessionDescription *sdi);
extern const struct RffiStatsObserver *Rust_createStatsObserver(RustObject stats_observer,
const void *stats_observer_cbs);
#endif /* CBINDGEN_BINDINGS_H */
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