1 /**
2 * Copyright (C) 2024 The Android Open Source Project
3 *
4 * Licensed under the Apache License, Version 2.0 (the "License");
5 * you may not use this file except in compliance with the License.
6 * You may obtain a copy of the License at
7 *
8 * http://www.apache.org/licenses/LICENSE-2.0
9 *
10 * Unless required by applicable law or agreed to in writing, software
11 * distributed under the License is distributed on an "AS IS" BASIS,
12 * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
13 * See the License for the specific language governing permissions and
14 * limitations under the License.
15 */
16
17 #include <RtpReceptionStats.h>
18
19 namespace android
20 {
21
22 namespace telephony
23 {
24
25 namespace imsmedia
26 {
27
RtpReceptionStats()28 RtpReceptionStats::RtpReceptionStats()
29 {
30 setDefaultConfig();
31 }
32
RtpReceptionStats(const int32_t rtpTimestamp,const int32_t rtcpSrTimestamp,const int64_t ntp,const int32_t jitterBuffer,const int32_t roundTripTime)33 RtpReceptionStats::RtpReceptionStats(const int32_t rtpTimestamp, const int32_t rtcpSrTimestamp,
34 const int64_t ntp, const int32_t jitterBuffer, const int32_t roundTripTime)
35 {
36 mRtpTimestamp = rtpTimestamp;
37 mRtcpSrTimestamp = rtcpSrTimestamp;
38 mRtcpSrNtpTimestamp = ntp;
39 mJitterBufferMs = jitterBuffer;
40 mRoundTripTimeMs = roundTripTime;
41 }
42
RtpReceptionStats(const RtpReceptionStats & stats)43 RtpReceptionStats::RtpReceptionStats(const RtpReceptionStats& stats)
44 {
45 mRtpTimestamp = stats.mRtpTimestamp;
46 mRtcpSrTimestamp = stats.mRtcpSrTimestamp;
47 mRtcpSrNtpTimestamp = stats.mRtcpSrNtpTimestamp;
48 mJitterBufferMs = stats.mJitterBufferMs;
49 mRoundTripTimeMs = stats.mRoundTripTimeMs;
50 }
51
~RtpReceptionStats()52 RtpReceptionStats::~RtpReceptionStats() {}
53
operator =(const RtpReceptionStats & stats)54 RtpReceptionStats& RtpReceptionStats::operator=(const RtpReceptionStats& stats)
55 {
56 if (this != &stats)
57 {
58 mRtpTimestamp = stats.mRtpTimestamp;
59 mRtcpSrTimestamp = stats.mRtcpSrTimestamp;
60 mRtcpSrNtpTimestamp = stats.mRtcpSrNtpTimestamp;
61 mJitterBufferMs = stats.mJitterBufferMs;
62 mRoundTripTimeMs = stats.mRoundTripTimeMs;
63 }
64 return *this;
65 }
66
operator ==(const RtpReceptionStats & stats) const67 bool RtpReceptionStats::operator==(const RtpReceptionStats& stats) const
68 {
69 return (mRtpTimestamp == stats.mRtpTimestamp && mRtcpSrTimestamp == stats.mRtcpSrTimestamp &&
70 mRtcpSrNtpTimestamp == stats.mRtcpSrNtpTimestamp &&
71 mJitterBufferMs == stats.mJitterBufferMs && mRoundTripTimeMs == stats.mRoundTripTimeMs);
72 }
73
operator !=(const RtpReceptionStats & stats) const74 bool RtpReceptionStats::operator!=(const RtpReceptionStats& stats) const
75 {
76 return (mRtpTimestamp != stats.mRtpTimestamp || mRtcpSrTimestamp != stats.mRtcpSrTimestamp ||
77 mRtcpSrNtpTimestamp != stats.mRtcpSrNtpTimestamp ||
78 mJitterBufferMs != stats.mJitterBufferMs || mRoundTripTimeMs != stats.mRoundTripTimeMs);
79 }
80
writeToParcel(Parcel * out) const81 status_t RtpReceptionStats::writeToParcel(Parcel* out) const
82 {
83 if (out == nullptr)
84 {
85 return BAD_VALUE;
86 }
87
88 out->writeInt32(mRtpTimestamp);
89 out->writeInt32(mRtcpSrTimestamp);
90 out->writeInt64(mRtcpSrNtpTimestamp);
91 out->writeInt32(mJitterBufferMs);
92 out->writeInt32(mRoundTripTimeMs);
93 return NO_ERROR;
94 }
95
readFromParcel(const Parcel * in)96 status_t RtpReceptionStats::readFromParcel(const Parcel* in)
97 {
98 if (in == nullptr)
99 {
100 return BAD_VALUE;
101 }
102
103 in->readInt32(&mRtpTimestamp);
104 in->readInt32(&mRtcpSrTimestamp);
105 in->readInt64(&mRtcpSrNtpTimestamp);
106 in->readInt32(&mJitterBufferMs);
107 in->readInt32(&mRoundTripTimeMs);
108
109 return NO_ERROR;
110 }
111
getRtpTimestamp()112 int32_t RtpReceptionStats::getRtpTimestamp()
113 {
114 return mRtpTimestamp;
115 }
116
setRtpTimestamp(const int32_t timestamp)117 void RtpReceptionStats::setRtpTimestamp(const int32_t timestamp)
118 {
119 mRtpTimestamp = timestamp;
120 }
121
getRtcpSrTimestamp()122 int32_t RtpReceptionStats::getRtcpSrTimestamp()
123 {
124 return mRtcpSrTimestamp;
125 }
126
setRtcpSrTimestamp(const int32_t timestamp)127 void RtpReceptionStats::setRtcpSrTimestamp(const int32_t timestamp)
128 {
129 mRtcpSrTimestamp = timestamp;
130 }
131
getRtcpSrNtpTimestamp()132 int64_t RtpReceptionStats::getRtcpSrNtpTimestamp()
133 {
134 return mRtcpSrNtpTimestamp;
135 }
136
setRtcpSrNtpTimestamp(const int64_t ntp)137 void RtpReceptionStats::setRtcpSrNtpTimestamp(const int64_t ntp)
138 {
139 mRtcpSrNtpTimestamp = ntp;
140 }
141
getJitterBufferMs()142 int32_t RtpReceptionStats::getJitterBufferMs()
143 {
144 return mJitterBufferMs;
145 }
146
setJitterBufferMs(const int32_t jitterBufferMs)147 void RtpReceptionStats::setJitterBufferMs(const int32_t jitterBufferMs)
148 {
149 mJitterBufferMs = jitterBufferMs;
150 }
151
getRoundTripTimeMs()152 int32_t RtpReceptionStats::getRoundTripTimeMs()
153 {
154 return mRoundTripTimeMs;
155 }
156
setRoundTripTimeMs(const int32_t roundTripTimeMs)157 void RtpReceptionStats::setRoundTripTimeMs(const int32_t roundTripTimeMs)
158 {
159 mRoundTripTimeMs = roundTripTimeMs;
160 }
161
setDefaultConfig()162 void RtpReceptionStats::setDefaultConfig()
163 {
164 mRtpTimestamp = 0;
165 mRtcpSrTimestamp = 0;
166 mRtcpSrNtpTimestamp = 0;
167 mJitterBufferMs = 0;
168 mRoundTripTimeMs = 0;
169 }
170
171 } // namespace imsmedia
172
173 } // namespace telephony
174
175 } // namespace android