src/include/com/amazonaws/kinesis/video/webrtcclient/Stats.h (64 lines):
	- line 219: DOUBLE availableOutgoingBitrate; //!< TODO: Total available bit rate for all the outgoing RTP streams on this candidate pair. Calculated by
	- line 221: DOUBLE availableIncomingBitrate; //!< TODO: Total available bit rate for all the outgoing RTP streams on this candidate pair. Calculated by
	- line 302: // TODO: transportId not yet populated
	- line 306: // TODO: codecId not yet populated
	- line 335: DOMString mediaSourceId;         //!< TODO ID representing the current media source
	- line 336: DOMString senderId;              //!< TODO The stats ID used to look up the RTCAudioSenderStats or RTCVideoSenderStats object sending this stream
	- line 337: DOMString remoteId;              //!< TODO ID to look up the remote RTCRemoteInboundRtpStreamStats object for the same SSRC
	- line 338: DOMString rid;                   //!< TODO Exposes the rid encoding parameter of this RTP stream if it has been set, otherwise it is undefined
	- line 356: INT32 fecPacketsSent; //!< TODO Total number of RTP FEC packets sent for this SSRC. Can also be incremented while sending FEC packets in band
	- line 365: UINT64 qpSum;            //!< TODO Only valid for video. The sum of the QP values of frames encoded by this sender. QP value depends on the codec
	- line 366: UINT64 totalSamplesSent; //!< TODO Only valid for audio. The total number of samples that have been sent over this RTP stream
	- line 367: UINT64 samplesEncodedWithSilk; //!< TODO Only valid for audio and when the audio codec is Opus. Represnets only SILK portion of codec
	- line 368: UINT64 samplesEncodedWithCelt; //!< TODO Only valid for audio and when the audio codec is Opus. Represnets only CELT portion of codec
	- line 394: INT64 packetsLost; //!< TODO Total number of RTP packets lost for this SSRC. Calculated as defined in [RFC3550] section 6.4.1. Note that because
	- line 400: UINT64 packetsRepaired; //!< TODO The cumulative number of lost RTP packets repaired after applying an error-resilience mechanism [XRBLOCK-STATS].
	- line 401: UINT64 burstPacketsLost;      //!< TODO The cumulative number of RTP packets lost during loss bursts, Appendix A (c) of [RFC6958].
	- line 402: UINT64 burstPacketsDiscarded; //!< TODO The cumulative number of RTP packets discarded during discard bursts, Appendix A (b) of [RFC7003].
	- line 403: UINT32 burstLossCount; //!< TODO The cumulative number of bursts of lost RTP packets, Appendix A (e) of [RFC6958].     [RFC3611] recommends a Gmin
	- line 405: UINT32 burstDiscardCount; //!< TODO The cumulative number of bursts of discarded RTP packets, Appendix A (e) of [RFC8015].
	- line 406: DOUBLE burstLossRate;     //!< TODO The fraction of RTP packets lost during bursts to the total number of RTP packets expected in the bursts. As
	- line 408: DOUBLE burstDiscardRate;  //!< TODO The fraction of RTP packets discarded during bursts to the total number of RTP packets expected in bursts. As
	- line 410: DOUBLE gapLossRate; //!< TODO The fraction of RTP packets lost during the gap periods. Appendix A (b) of [RFC7004], however, the actual value is
	- line 412: DOUBLE gapDiscardRate;    //!< TODO The fraction of RTP packets discarded during the gap periods. Appendix A (f) of [RFC7004], however, the actual
	- line 417: UINT32 partialFramesLost; //!< TODO Only valid for video. The cumulative number of partial frames lost. The measurement begins when the receiver
	- line 433: DOMString trackId;    //!< TODO The identifier of the stats object representing the receiving track, an RTCReceiverAudioTrackAttachmentStats or
	- line 435: DOMString receiverId; //!< TODO The stats ID used to look up the RTCAudioReceiverStats or RTCVideoReceiverStats object receiving this stream.
	- line 436: DOMString remoteId;   //!< TODO The remoteId is used for looking up the remote RTCRemoteOutboundRtpStreamStats object for the same SSRC.
	- line 437: UINT32 framesDecoded; //!< TODO Only valid for video. It represents the total number of frames correctly decoded for this RTP stream, i.e., frames
	- line 439: UINT32 keyFramesDecoded; //!< TODO Only valid for video. It represents the total number of key frames, such as key frames in VP8 [RFC6386] or
	- line 442: UINT16 frameWidth;       //!< TODO Only valid for video. Represents the width of the last decoded frame. Before the first frame is decoded this
	- line 444: UINT16 frameHeight;      //!< TODO Only valid for video. Represents the height of the last decoded frame. Before the first frame is decoded this
	- line 446: UINT8 frameBitDepth; //!< TODO Only valid for video. Represents the bit depth per pixel of the last decoded frame. Typical values are 24, 30, or
	- line 448: DOUBLE framesPerSecond; //!< TODO Only valid for video. The number of decoded frames in the last second.
	- line 449: UINT64 qpSum;           //!< TODO Only valid for video. The sum of the QP values of frames decoded by this receiver. The count of frames is in
	- line 453: DOUBLE totalDecodeTime; //!< TODO Total number of seconds that have been spent decoding the framesDecoded frames of this stream. The average
	- line 456: DOUBLE totalInterFrameDelay; //!< TODO Sum of the interframe delays in seconds between consecutively decoded frames, recorded just after a frame
	- line 460: DOUBLE totalSquaredInterFrameDelay; //!< TODO Sum of the squared interframe delays in seconds between consecutively decoded frames, recorded just
	- line 464: BOOL voiceActivityFlag; //!< TODO Only valid for audio. Whether the last RTP packet whose frame was delivered to the RTCRtpReceiver's
	- line 471: DOUBLE averageRtcpInterval; //!< TODO The average RTCP interval between two consecutive compound RTCP packets. This is calculated by the sending
	- line 477: UINT64 fecPacketsReceived;  //!< TODO Total number of RTP FEC packets received for this SSRC. This counter can also be incremented when receiving
	- line 480: fecPacketsDiscarded;  //!< TODO Total number of RTP FEC packets received for this SSRC where the error correction payload was discarded by the
	- line 487: UINT64 packetsDuplicated; //!< TODO The cumulative number of packets discarded because they are duplicated. Duplicate packets are not counted in
	- line 493: UINT32 nackCount; //!< TODO Count the total number of Negative ACKnowledgement (NACK) packets sent by this receiver.
	- line 494: UINT32 firCount;  //!< TODO Only valid for video. Count the total number of Full Intra Request (FIR) packets sent by this receiver.
	- line 495: UINT32 pliCount;  //!< TODO Only valid for video. Count the total number of Picture Loss Indication (PLI) packets sent by this receiver.
	- line 496: UINT32 sliCount;  //!< TODO Only valid for video. Count the total number of Slice Loss Indication (SLI) packets sent by this receiver.
	- line 497: DOMHighResTimeStamp estimatedPlayoutTimestamp; //!< TODO This is the estimated playout time of this receiver's track.
	- line 498: DOUBLE jitterBufferDelay; //!< TODO It is the sum of the time, in seconds, each audio sample or video frame takes from the time it is received and
	- line 500: UINT64 jitterBufferEmittedCount; //!< TODO The total number of audio samples or video frames that have come out of the jitter buffer (increasing
	- line 502: UINT64 totalSamplesReceived; //!< TODO Only valid for audio. The total number of samples that have been received on this RTP stream. This includes
	- line 504: UINT64 samplesDecodedWithSilk; //!< TODO Only valid for audio and when the audio codec is Opus. The total number of samples decoded by the SILK
	- line 506: UINT64 samplesDecodedWithCelt; //!< TODO Only valid for audio and when the audio codec is Opus. The total number of samples decoded by the CELT
	- line 508: UINT64 concealedSamples; //!< TODO Only valid for audio. The total number of samples that are concealed samples. A concealed sample is a sample
	- line 510: UINT64 silentConcealedSamples; //!< TODO Only valid for audio. The total number of concealed samples inserted that are "silent".
	- line 511: UINT64 concealmentEvents; //!< TODO Only valid for audio. The number of concealment events. This counter increases every time a concealed sample
	- line 513: UINT64 insertedSamplesForDeceleration; //!< TODO Only valid for audio. When playout is slowed down, this counter is increased by the difference
	- line 515: UINT64 removedSamplesForAcceleration; //!< TODO Only valid for audio. When playout is sped up, this counter is increased by the difference between
	- line 517: DOUBLE audioLevel; //!< TODO Only valid for audio. Represents the audio level of the receiving track. For audio levels of tracks attached locally,
	- line 521: DOUBLE totalAudioEnergy; //!< TODO Only valid for audio. Represents the audio energy of the receiving track. For audio energy of tracks attached
	- line 523: DOUBLE totalSamplesDuration; //!< TODO Only valid for audio. Represents the audio duration of the receiving track. For audio durations of tracks
	- line 527: DOMString decoderImplementation; //!<  TODO Identifies the decoder implementation used. This is useful for diagnosing interoperability issues.
	- line 536: RTC_DATA_CHANNEL_STATE_CLOSING,    //!< TODO: Set the state to closed after adding onClosing handler to data channel
	- line 537: RTC_DATA_CHANNEL_STATE_CLOSED      //!< TODO: Set the state to closed after adding onClose handler to data channel
	- line 547: DOMString transportId;        //!< TODO: A stats object reference for the transport used to carry this datachannel.


src/source/PeerConnection/Rtcp.c (6 lines):
	- line 5: // TODO handle FIR packet https://tools.ietf.org/html/rfc2032#section-5.2.1
	- line 30: // TODO handle SLI packet https://tools.ietf.org/html/rfc4585#section-6.3.2
	- line 52: // TODO better sender report handling https://tools.ietf.org/html/rfc3550#section-6.4.1
	- line 62: // TODO: handle sender report containing receiver report blocks
	- line 93: // TODO: handle multiple receiver report blocks
	- line 186: // TODO: handle lost twcc report packets


src/source/Ice/IceAgent.c (5 lines):
	- line 654: bytesDiscarded = bufferLen; // This includes header and padding. TODO: update length to remove header and padding
	- line 662: // TODO: use a better estimate of actual time when packet was sent
	- line 1815: // TODO: Stop skipping IPv6. Since we're allowing IPv6 remote candidates from iceAgentAddRemoteCandidate for host candidates,
	- line 2324: // TODO FIXME real source of randomness
	- line 2563: // TODO send error packet


src/source/PeerConnection/PeerConnection.c (4 lines):
	- line 304: // TODO: handle multi-packet frames
	- line 340: // TODO: Fill frame flag and track id and index if we need to, currently those are not used by RtcRtpTransceiver
	- line 366: // TODO: handle multi-packet frames
	- line 1241: // TODO: Add ssrc duplicate detection here not only relying on RAND()


src/source/Signaling/LwsApiCalls.c (3 lines):
	- line 89: // TODO: Attempt to get more meaningful service return code
	- line 345: // TODO: Attempt to get more meaningful service return code
	- line 839: // TODO: In the future parse out the creation time but currently we don't need it


src/source/Ice/IceAgent.h (2 lines):
	- line 123: DOUBLE availableOutgoingBitrate; //!< TODO: Total available bit rate for all the outgoing RTP streams on this candidate pair. Calculated by
	- line 125: DOUBLE availableIncomingBitrate; //!< TODO: Total available bit rate for all the outgoing RTP streams on this candidate pair. Calculated by


src/source/Ice/TurnConnection.c (2 lines):
	- line 903: /* TODO: add plain TCP once it becomes available. */
	- line 1349: // TODO: Return back the error check


src/source/PeerConnection/Rtp.c (2 lines):
	- line 195: UINT64 randomRtpTimeoffset = 0; // TODO: spec requires random rtp time offset
	- line 310: // TODO is frame considered discarded when at least one of its packets is discarded or all of its packets discarded?


src/source/Ice/Network.c (2 lines):
	- line 236: // TODO: Properly handle the non-portable sin_len field if needed per https://issues.amazon.com/KinesisVideo-4952
	- line 246: // TODO: Properly handle the non-portable sin6_len field if needed per https://issues.amazon.com/KinesisVideo-4952


src/source/PeerConnection/Retransmitter.c (1 line):
	- line 69: // TODO it is not very clear from the spec whether nackCount is number of packets received or number of rtp packets lost reported in nack packets


src/source/Ice/IceUtils.c (1 line):
	- line 220: // TODO after getIceServerConfig no longer give turn: ips, do TLS only for turns:


src/source/Stun/Stun.c (1 line):
	- line 143: // TODO refactor this check, we have it for every attribute.


src/source/PeerConnection/SessionDescription.c (1 line):
	- line 566: // TODO: If level asymmetry is allowed, consider sending back DEFAULT_H264_FMTP instead of the received fmtp value.


src/source/Rtp/Codecs/RtpH264Payloader.c (1 line):
	- line 244: // TODO: Add support for Aggregate Packets https://tools.ietf.org/html/rfc6184#section-5.7


src/source/Crypto/Dtls_mbedtls.c (1 line):
	- line 429: // TODO: Use the 0th certificate for now