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未验证 提交 1877a8bd 编写于 作者: O openharmony_ci 提交者： Gitee
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!4854 新增视频硬编callback接口功能用例 

Merge pull request !4854 from ling990/ling990
上级 953e30f8 12b676be
隐藏空白更改
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Showing with 801 addition and 0 deletion
multimedia/media/media_js_standard/videoEncoder/src/main/js/test/VideoEncoderHardwareFuncCallbackTest.test.js 0 → 100644
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/*
* Copyright (C) 2022 Huawei Device Co., Ltd.
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
import media from '@ohos.multimedia.media'
import fileio from '@ohos.fileio'
import {describe, beforeAll, beforeEach, afterEach, afterAll, it, expect} from 'deccjsunit/index'
import * as mediaTestBase from '../../../../../MediaTestBase.js';
describe('videoHardwareEncoderFuncCallback', function () {
let videoEncodeProcessor;
let surfaceID = '';
let outputQueue = [];
let videoDecodeProcessor = null;
let frameCountIn = 0;
let timestamp = 0;
let isCodecData = true;
let inputEosFlag = false;
const events = require('events');
const eventEmitter = new events.EventEmitter();
let ES_FRAME_SIZE = [];
let fdRead;
let position = 0;
let DECinputCnt = 0;
let DECoutputCnt = 0;
let ENCoutputCnt = 0;
let outputCntDec = 0;
let outputCntEnc = 0;
let frameThreshold = 0.1;
let needSetEos = true;
let isInputEnd = false;
let outputEncEos = false;
let isFormatSame = true;
let pixelFormat = 0;
let mediaDescription = {
'width': 320,
'height': 240,
'pixel_format': 2,
'frame_rate': 60,
}
let mediaDescription2 = {
'width': 320,
'height': 240,
'pixel_format': 2,
'frame_rate': 60,
'max_input_size': 150000,
}
let mime = 'video/avc';
let srcPath = 'out_320_240_10s.h264'
const H264_FRAME_SIZE_60FPS_320 =
[ 2106, 11465, 321, 72, 472, 68, 76, 79, 509, 90, 677, 88, 956, 99, 347, 77, 452, 681, 81, 1263, 94, 106, 97,
998, 97, 797, 93, 1343, 150, 116, 117, 926, 1198, 128, 110, 78, 1582, 158, 135, 112, 1588, 165, 132,
128, 1697, 168, 149, 117, 1938, 170, 141, 142, 1830, 106, 161, 122, 1623, 160, 154, 156, 1998, 230,
177, 139, 1650, 186, 128, 134, 1214, 122, 1411, 120, 1184, 128, 1591, 195, 145, 105, 1587, 169, 140,
118, 1952, 177, 150, 161, 1437, 159, 123, 1758, 180, 165, 144, 1936, 214, 191, 175, 2122, 180, 179,
160, 1927, 161, 184, 119, 1973, 218, 210, 129, 1962, 196, 127, 154, 2308, 173, 127, 1572, 142, 122];
let lockFlag = false;
let needRelease = false;
let needStop = false;
let needFlush = false;
let needReset = false;
let needGetMediaDes = true;
beforeAll(async function() {
console.info('beforeAll case 1');
})
beforeEach(async function() {
console.info('beforeEach case');
await msleep(1000).then(() => {
}, failCallback).catch(failCatch);
DECinputCnt = 0;
DECoutputCnt = 0;
ENCoutputCnt = 0;
frameCountIn = 0;
timestamp = 0;
isCodecData = true;
inputEosFlag = false;
position = 0;
outputCntDec = 0;
outputCntEnc = 0;
needSetEos = true;
isInputEnd = false;
outputEncEos = false;
lockFlag = false;
needRelease = false;
needStop = false;
needFlush = false;
needReset = false;
needGetMediaDes = true;
})
afterEach(async function() {
console.info('afterEach case');
if (videoEncodeProcessor != null){
await videoEncodeProcessor.release().then(() => {
console.info("case release videoDecodeProcessor success");
}, failCallback).catch(failCatch);
videoEncodeProcessor = null;
}
if (videoDecodeProcessor != null){
await videoDecodeProcessor.release().then(() => {
console.info("case release videoDecodeProcessor success");
}, failCallback).catch(failCatch);
videoDecodeProcessor = null;
}
await fileio.close(fdRead);
})
afterAll(function() {
console.info('afterAll case');
})
let failCallback = function(err) {
console.info('case callback err : ' + err);
expect(err).assertUndefined();
}
let failCatch = function(err) {
console.info('case catch err : ' + err);
expect(err).assertUndefined();
}
function msleep(ms) {
return new Promise((resolve) => setTimeout(resolve, ms));
}
function sleep(time) {
return new Promise((resolve) => setTimeout(resolve, time));
}
function getContent(buf, poi, len) {
console.info("case start get content");
console.info("case start get content length is: " + len);
let lengthreal = -1;
try {
if (poi == -1) {
lengthreal = fileio.readSync(fdRead, buf, {length:len});
} else {
lengthreal = fileio.readSync(fdRead, buf, {length:len, position: poi});
}
console.info('case lengthreal is :' + lengthreal);
} catch(e) {
console.info('case getContent error :' + e);
}
}
async function getFdRead(pathName, done) {
await mediaTestBase.getFdRead(pathName, done).then((fdNumber) => {
fdRead = fdNumber;
})
}
async function dequeueOutputs(done) {
while (outputQueue.length > 0 && !outputEncEos) {
let outputObject = outputQueue.shift();
outputCntEnc += 1;
if (outputObject.flags == 1) {
if (outputCntEnc == 1) {
console.info('in case ENC ERROR, first output is EOS');
expect().assertFail();
}
outputEncEos = true;
console.info('in case ENC: output EOS');
eventEmitter.emit('endOfEos', done);
} else {
console.info('in case ENC not last frame, continue');
if (!lockFlag) {
videoEncodeProcessor.freeOutputBuffer(outputObject, (err) => {
if (typeof(err) == 'undefined') {
console.info('in case ENC release output success');
ENCoutputCnt += 1;
console.info('in case ENC: ENCoutputCnt is ' + ENCoutputCnt);
} else {
console.info(`in case release output called,errMessage is ${err.message}`);
}
});
}
}
}
}
function setCallbackEnc(done) {
console.info('case callback');
videoEncodeProcessor.on('newOutputData', async(outBuffer) => {
console.info('in case ENC outputBufferAvailable');
if (needGetMediaDes) {
videoEncodeProcessor.getOutputMediaDescription().then((MediaDescription) => {
console.info("get OutputMediaDescription success");
console.info('get outputMediaDescription : ' + MediaDescription);
needGetMediaDes = false;
}, failCallback).catch(failCatch);
}
console.info('in case ENC outBuffer.flags: ' + outBuffer.flags);
outputQueue.push(outBuffer);
dequeueOutputs(done);
});
videoEncodeProcessor.on('error',(err) => {
console.info('case error called,errName is' + err);
});
videoEncodeProcessor.on('streamChanged',(format) => {
console.info('Output format changed: ' + format);
});
}
function setCallbackDec() {
console.info('in case: setCallback in');
videoDecodeProcessor.on('needInputData', async (inBuffer) => {
console.info('in case DEC: inputBufferAvailable inBuffer.index: '+ inBuffer.index);
enqueueInputs(inBuffer);
});
videoDecodeProcessor.on('newOutputData', async (outBuffer) => {
console.info('in case DEC: outputBufferAvailable outBuffer.flags: '+ outBuffer.flags);
outputCntDec += 1;
if (outBuffer.flags == 1) {
if (outputCntDec == 1) {
console.info('in case DEC ERROR, first output is EOS');
expect().assertFail();
} else {
await videoEncodeProcessor.notifyEndOfStream();
}
}
if (outBuffer.flags == 0 && !lockFlag) {
await videoDecodeProcessor.renderOutputData(outBuffer).then(() => {
DECoutputCnt += 1;
console.info('in case DEC: DECoutputCnt is ' + DECoutputCnt);
}, failCallback).catch(failCatch);
}
});
videoDecodeProcessor.on('error',(err) => {
console.info('in case: error called,errName is' + err);
});
videoDecodeProcessor.on('streamChanged',(format) => {
console.info('in case DEC: Output format changed: ' + format.toString()); v
});
console.info('in case DEC: setCallback out');
}
/* push inputbuffers into codec */
async function enqueueInputs(inputObject) {
if (inputEosFlag == false && isInputEnd == false) {
console.log('in case DEC: not see input EOS');
if (frameCountIn < ES_FRAME_SIZE.length) {
getContent(inputObject.data, position, ES_FRAME_SIZE[frameCountIn]);
inputObject.timeMs = timestamp;
inputObject.offset = 0;
inputObject.length = ES_FRAME_SIZE[frameCountIn];
position = position + ES_FRAME_SIZE[frameCountIn];
console.info('in case: frameCountIn ' + frameCountIn);
frameCountIn++;
timestamp += 16.67;
}
if (isCodecData) {
inputObject.flags = 8;
isCodecData = false;
timestamp = 0;
} else if (frameCountIn >= ES_FRAME_SIZE.length - 1) {
if (needSetEos) {
inputObject.flags = 1;
inputEosFlag = true;
} else {
isInputEnd = true;
}
} else {
inputObject.flags = 4;
}
videoDecodeProcessor.pushInputData(inputObject).then(() => {
console.info('in case DEC: queueInput success ');
DECinputCnt += 1;
console.info('in case DEC: DECinputCnt is ' + DECinputCnt);
}, failCallback).catch(failCatch);
}
}
function resetReadParam() {
console.info('case read from start');
position = 0;
inputEosFlag = false;
frameCountIn = 0;
isCodecData = true;
}
function resetStateParam() {
console.info('case init state parameter');
outputCntEnc = 0;
DECinputCnt = 0;
DECoutputCnt = 0;
ENCoutputCnt = 0;
outputEncEos = false;
needSetEos = true;
isInputEnd = false;
needRelease = false;
needStop = false;
needFlush = false;
needReset = false;
}
eventEmitter.on('toCreateVideoEnc', (encFormat, decFormat, mediaDescriptionEnc, mediaDescriptionDec, done) => {
media.createVideoEncoderByMime(encFormat, (err, processor) => {
expect(err).assertUndefined();
if (typeof(processor) != 'undefined') {
console.info('in case ENC : create createVideoEncoderByMime success');
videoEncodeProcessor = processor;
eventEmitter.emit('toCreateVideoDec', decFormat, mediaDescriptionEnc, mediaDescriptionDec, done);
} else {
console.info('case create createVideoEncoderByMime fail');
expect().assertFail();
done();
}
});
});
eventEmitter.on('toConfigureEnc', (mediaDescriptionEnc, mediaDescriptionDec, done) => {
console.info('in case ENC: configure in');
videoEncodeProcessor.configure(mediaDescriptionEnc, async(err) => {
expect(err).assertUndefined();
console.info('in case ENC: configure success');
setCallbackEnc(done);
eventEmitter.emit('toConfigureDec', mediaDescriptionDec, done);
});
});
eventEmitter.on('toGetInputSurface', (done) => {
videoEncodeProcessor.getInputSurface((err, inputSurface) => {
expect(err).assertUndefined();
if (inputSurface != undefined) {
surfaceID = inputSurface;
console.info('in case ENC: getInputSurface success, surfaceID ' + surfaceID);
eventEmitter.emit('toSetOutputSurface');
} else {
console.info('in case ENC: inputSurface is undefined');
expect(inputSurface != undefined).assertTrue();
done();
}
})
});
eventEmitter.on('toPrepareEnc', () => {
videoEncodeProcessor.prepare((err) => {
expect(err).assertUndefined();
console.info('in case ENC: prepare success');
eventEmitter.emit('toStartEnc');
});
});
eventEmitter.on('toStartEnc', () => {
videoEncodeProcessor.start((err) => {
expect(err).assertUndefined();
console.info('in case ENC: start success');
eventEmitter.emit('toPrepareDec');
});
});
eventEmitter.on('toFlushEnc', () => {
lockFlag = true;
videoEncodeProcessor.flush((err) => {
expect(err).assertUndefined();
console.info('in case ENC: flush success');
lockFlag = false;
});
});
eventEmitter.on('toStopEnc', () => {
videoEncodeProcessor.stop((err) => {
expect(err).assertUndefined();
console.info('in case ENC: stop success');
});
});
eventEmitter.on('toResetEnc', () => {
videoEncodeProcessor.reset((err) => {
expect(err).assertUndefined();
console.info('in case ENC: reset success');
});
});
eventEmitter.on('toReleaseEnc', () => {
videoEncodeProcessor.release((err) => {
expect(err).assertUndefined();
console.info('in case ENC: release success');
videoEncodeProcessor = null;
});
});
eventEmitter.on('toCreateVideoDec', (decFormat, mediaDescriptionEnc, mediaDescriptionDec, done) => {
media.createVideoDecoderByMime(decFormat, (err, processor) => {
expect(err).assertUndefined();
if (typeof(processor) != 'undefined') {
console.info('in case DEC: create createVideoDecoderByMime success');
videoDecodeProcessor = processor;
eventEmitter.emit('toConfigureEnc', mediaDescriptionEnc, mediaDescriptionDec, done);
} else {
console.info('case create createVideoDecoderByMime fail');
expect().assertFail();
done();
}
});
})
eventEmitter.on('toConfigureDec', (mediaDescriptionDec, done) => {
console.info('in case DEC: configure in');
videoDecodeProcessor.configure(mediaDescriptionDec, async(err) => {
expect(err).assertUndefined();
console.info('in case DEC: configure success');
setCallbackDec(done);
eventEmitter.emit('toGetInputSurface', done);
});
});
eventEmitter.on('toSetOutputSurface', () => {
videoDecodeProcessor.setOutputSurface(surfaceID, false, (err) => {
expect(err).assertUndefined();
console.info('in case DEC: setOutputSurface success. surfaceID ' + surfaceID);
eventEmitter.emit('toPrepareEnc');
})
});
eventEmitter.on('toPrepareDec', () => {
videoDecodeProcessor.prepare((err) => {
expect(err).assertUndefined();
console.info('in case DEC: prepare success');
eventEmitter.emit('toStartDec');
});
});
eventEmitter.on('toStartDec', () => {
videoDecodeProcessor.start((err) => {
expect(err).assertUndefined();
console.info('in case DEC: start success');
});
});
async function toStartDec() {
await videoDecodeProcessor.start().then(() => {
console.info("in case DEC: start success");
}, failCallback).catch(failCatch);
}
async function toStartEnc() {
await videoEncodeProcessor.start().then(() => {
console.info("in case ENC: start success");
}, failCallback).catch(failCatch);
}
async function toFlushDec() {
lockFlag = true;
await videoDecodeProcessor.flush().then(() => {
console.info("in case DEC: flush success");
lockFlag = false;
}, failCallback).catch(failCatch);
}
async function toStopDec() {
lockFlag = true;
await videoDecodeProcessor.stop().then(() => {
console.info("in case DEC: stop success");
lockFlag = false;
}, failCallback).catch(failCatch);
}
async function toResetDec() {
await videoDecodeProcessor.reset().then(() => {
console.info("in case DEC: reset success");
}, failCallback).catch(failCatch);
}
async function toReleaseDec() {
await videoDecodeProcessor.release().then(() => {
console.info("case release videoDecodeProcessor success");
videoDecodeProcessor = null;
}, failCallback).catch(failCatch);
}
function checkFormat(done) {
if (!isFormatSame) {
console.info('case decoder and encoder pixelformat is not the same');
expect().assertFail();
done();
}
}
eventEmitter.on('endOfEos', async(done) => {
expect(outputEncEos).assertTrue();
expect(DECoutputCnt).assertClose(ES_FRAME_SIZE.length, frameThreshold);
expect(ENCoutputCnt).assertClose(ES_FRAME_SIZE.length, frameThreshold);
if (needRelease) {
videoEncodeProcessor.release(async(err) => {
expect(err).assertUndefined();
console.info('in case ENC: release success');
videoEncodeProcessor = null;
await toReleaseDec();
done();
});
} else if (needStop) {
eventEmitter.emit('stopAtEos');
} else if (needFlush) {
eventEmitter.emit('flushAtEos');
} else if (needReset) {
eventEmitter.emit('resetAtEos');
} else {
eventEmitter.emit('releaseAtEos');
}
});
/* *
* @tc.number : SUB_MEDIA_VIDEO_HARDWARE_ENCODER_FUNCTION_CALLBACK_00_0100
* @tc.name : 000.test video software encoder capbility
* @tc.desc : basic encode function
* @tc.size : MediumTest
* @tc.type : Function test
* @tc.level : Level0
*/
it('SUB_MEDIA_VIDEO_HARDWARE_ENCODER_FUNCTION_CALLBACK_00_0100', 0, async function (done) {
console.info("test video encoder capbility");
let supportedEncForm = [];
let supportedDecForm = [];
await media.createVideoEncoderByMime(mime).then((processor) => {
if (typeof (processor) != 'undefined') {
videoEncodeProcessor = processor;
console.info('in case ENC: createVideoEncoderByMime success');
} else {
console.info('in case ENC: createVideoEncoderByMime fail');
expect().assertFail();
done();
}
})
await videoEncodeProcessor.getVideoEncoderCaps().then((videoCaps) => {
console.info("case get getVideoEncoderCaps success");
supportedEncForm = videoCaps.supportedFormats;
console.info('case supportedEncForm is ' + supportedEncForm);
console.info('case supportedEncForm.length is ' + supportedEncForm.length);
if (supportedEncForm.length == 0) {
isFormatSame = false;
}
}, failCallback).catch(failCatch);
await media.createVideoDecoderByMime(mime).then((processor) => {
if (typeof (processor) != 'undefined') {
videoDecodeProcessor = processor;
console.info('in case : createVideoDecoderByMime success');
} else {
console.info('in case : createVideoDecoderByMime fail');
expect().assertFail();
done();
}
}, failCallback).catch(failCatch);
await videoDecodeProcessor.getVideoDecoderCaps().then((videoCaps) => {
console.info("case get getVideoEncoderCaps success");
supportedDecForm = videoCaps.supportedFormats;
console.info('case supportedDecForm is ' + supportedDecForm);
console.info('case supportedDecForm.length is ' + supportedDecForm.length);
if (supportedDecForm.length == 0) {
isFormatSame = false;
}
}, failCallback).catch(failCatch);
let formatPoi = -1;
if (isFormatSame) {
for(var item of supportedEncForm) {
formatPoi = supportedDecForm.indexOf(item);
if (formatPoi != -1) {
pixelFormat = item;
console.info("case pixelFormat is " + pixelFormat);
break;
}
}
if (formatPoi == -1) {
isFormatSame = false;
} else {
mediaDescription.pixel_format = pixelFormat;
mediaDescription2.pixel_format = pixelFormat;
console.info("case mediaDescription is " + JSON.stringify(mediaDescription));
console.info("case mediaDescription2 is " + JSON.stringify(mediaDescription2));
}
}
await videoEncodeProcessor.release().then(() => {
console.info("case release videoEncodeProcessor success");
videoEncodeProcessor = null;
}, failCallback).catch(failCatch);
await toReleaseDec();
done();
})
/* *
* @tc.number : SUB_MEDIA_VIDEO_HARDWARE_ENCODER_FUNCTION_CALLBACK_01_0100
* @tc.name : 001.test release after last frame
* @tc.desc : basic encode function
* @tc.size : MediumTest
* @tc.type : Function test
* @tc.level : Level1
*/
it('SUB_MEDIA_VIDEO_HARDWARE_ENCODER_FUNCTION_CALLBACK_01_0100', 0, async function (done) {
checkFormat(done);
console.info("case test release after last frame");
ES_FRAME_SIZE = H264_FRAME_SIZE_60FPS_320;
isCodecData = true;
needSetEos = true;
needRelease = true;
await getFdRead(srcPath);
eventEmitter.emit('toCreateVideoEnc', mime, mime, mediaDescription, mediaDescription2, done);
})
/* *
* @tc.number : SUB_MEDIA_VIDEO_HARDWARE_ENCODER_FUNCTION_CALLBACK_01_0200
* @tc.name : 002.test stop at running state and restart
* @tc.desc : basic encode function
* @tc.size : MediumTest
* @tc.type : Function test
* @tc.level : Level1
*/
it('SUB_MEDIA_VIDEO_HARDWARE_ENCODER_FUNCTION_CALLBACK_01_0200', 0, async function (done) {
checkFormat(done);
console.info("test stop at runnning state and restart");
ES_FRAME_SIZE = H264_FRAME_SIZE_60FPS_320;
isCodecData = true;
needSetEos = false;
await getFdRead(srcPath);
eventEmitter.emit('toCreateVideoEnc', mime, mime, mediaDescription, mediaDescription2, done);
await sleep(5000);
await toStopDec();
await sleep(2000);
expect(outputEncEos).assertFalse();
videoEncodeProcessor.stop(async(err) => {
expect(err).assertUndefined();
console.info('in case ENC: stop success');
expect(DECoutputCnt).assertClose(ENCoutputCnt, frameThreshold);
await sleep(2000);
eventEmitter.emit('startEncAfterStopAtRunning');
});
eventEmitter.on('startEncAfterStopAtRunning', () => {
videoEncodeProcessor.start(async(err) => {
expect(err).assertUndefined();
console.info('in case ENC: start again after stop at running state success');
resetReadParam();
resetStateParam();
needRelease = true;
eventEmitter.emit('toStartDec');
});
});
})
/* *
* @tc.number : SUB_MEDIA_VIDEO_HARDWARE_ENCODER_FUNCTION_CALLBACK_01_0300
* @tc.name : 003.test stop at EOS and restart
* @tc.desc : basic encode function
* @tc.size : MediumTest
* @tc.type : Function test
* @tc.level : Level1
*/
it('SUB_MEDIA_VIDEO_HARDWARE_ENCODER_FUNCTION_CALLBACK_01_0300', 0, async function (done) {
checkFormat(done);
console.info('case test stop at EOS and restart');
ES_FRAME_SIZE = H264_FRAME_SIZE_60FPS_320;
isCodecData = true;
needSetEos = true;
needStop = true;
await getFdRead(srcPath);
eventEmitter.emit('toCreateVideoEnc', mime, mime, mediaDescription, mediaDescription2, done);
eventEmitter.on('stopAtEos', () => {
videoEncodeProcessor.stop(async(err) => {
expect(err).assertUndefined();
console.info('in case ENC: stop success');
await sleep(2000);
eventEmitter.emit('startEncAfterStopAtEos');
});
});
eventEmitter.on('startEncAfterStopAtEos', () => {
videoEncodeProcessor.start(async(err) => {
expect(err).assertUndefined();
console.info('in case ENC: start again after stop at running state success');
resetReadParam();
resetStateParam();
needRelease = true;
await toFlushDec();
await toStartDec();
});
});
})
/* *
* @tc.number : SUB_MEDIA_VIDEO_HARDWARE_ENCODER_FUNCTION_CALLBACK_01_0400
* @tc.name : 004.test flush at running state
* @tc.desc : basic encode function
* @tc.size : MediumTest
* @tc.type : Function test
* @tc.level : Level1
*/
it('SUB_MEDIA_VIDEO_HARDWARE_ENCODER_FUNCTION_CALLBACK_01_0400', 0, async function (done) {
checkFormat(done);
console.info('case test flush at running state');
ES_FRAME_SIZE = H264_FRAME_SIZE_60FPS_320;
isCodecData = true;
needSetEos = false;
await getFdRead(srcPath);
eventEmitter.emit('toCreateVideoEnc', mime, mime, mediaDescription, mediaDescription2, done);
await sleep(5000);
expect(outputEncEos).assertFalse();
lockFlag = true;
videoEncodeProcessor.flush(async(err) => {
expect(err).assertUndefined();
console.info('in case ENC: flush at running success');
resetReadParam();
resetStateParam();
needRelease = true;
await toStartEnc();
await toFlushDec();
await toStartDec();
});
})
/* *
* @tc.number : SUB_MEDIA_VIDEO_HARDWARE_ENCODER_FUNCTION_CALLBACK_01_0500
* @tc.name : 005.test flush at eos state
* @tc.desc : basic encode function
* @tc.size : MediumTest
* @tc.type : Function test
* @tc.level : Level0
*/
it('SUB_MEDIA_VIDEO_HARDWARE_ENCODER_FUNCTION_CALLBACK_01_0500', 0, async function (done) {
checkFormat(done);
console.info("case test flush at eos state");
ES_FRAME_SIZE = H264_FRAME_SIZE_60FPS_320;
isCodecData = true;
needSetEos = true;
needFlush = true;
await getFdRead(srcPath);
eventEmitter.emit('toCreateVideoEnc', mime, mime, mediaDescription, mediaDescription2, done);
eventEmitter.once('flushAtEos', async() => {
lockFlag = true;
videoEncodeProcessor.flush(async(err) => {
expect(err).assertUndefined();
console.info('in case ENC: flush at EOS success');
resetReadParam();
resetStateParam();
needRelease = true;
await toStartEnc();
await toFlushDec();
await toStartDec();
});
});
})
/* *
* @tc.number : SUB_MEDIA_VIDEO_HARDWARE_ENCODER_FUNCTION_CALLBACK_01_0600
* @tc.name : 006.test reconfigure
* @tc.desc : basic encode function
* @tc.size : MediumTest
* @tc.type : Function test
* @tc.level : Level0
*/
it('SUB_MEDIA_VIDEO_HARDWARE_ENCODER_FUNCTION_CALLBACK_01_0600', 0, async function (done) {
checkFormat(done);
console.info("case test reconfigure");
ES_FRAME_SIZE = H264_FRAME_SIZE_60FPS_320;
isCodecData = true;
needSetEos = true;
needReset = true;
await getFdRead(srcPath);
eventEmitter.emit('toCreateVideoEnc', mime, mime, mediaDescription, mediaDescription2, done);
eventEmitter.once('resetAtEos', async() => {
videoEncodeProcessor.reset(async(err) => {
expect(err).assertUndefined();
console.info('in case ENC: reset success');
await toResetDec();
resetReadParam();
resetStateParam();
needRelease = true;
eventEmitter.emit('toConfigureEnc', mediaDescription, mediaDescription2, done);
});
});
})
/* *
* @tc.number : SUB_MEDIA_VIDEO_HARDWARE_ENCODER_FUNCTION_CALLBACK_01_0700
* @tc.name : 007.test recreate videoencoder
* @tc.desc : basic encode function
* @tc.size : MediumTest
* @tc.type : Function test
* @tc.level : Level0
*/
it('SUB_MEDIA_VIDEO_HARDWARE_ENCODER_FUNCTION_CALLBACK_01_0700', 0, async function (done) {
checkFormat(done);
console.info('case test recreate videoencoder');
ES_FRAME_SIZE = H264_FRAME_SIZE_60FPS_320;
isCodecData = true;
needSetEos = true;
await getFdRead(srcPath);
eventEmitter.emit('toCreateVideoEnc', mime, mime, mediaDescription, mediaDescription2, done);
eventEmitter.once('releaseAtEos', async() => {
videoEncodeProcessor.release(async(err) => {
expect(err).assertUndefined();
console.info('in case ENC: release success');
videoEncodeProcessor = null;
await toReleaseDec();
resetReadParam();
resetStateParam();
needRelease = true;
await fileio.close(fdRead);
await getFdRead(srcPath);
eventEmitter.emit('toCreateVideoEnc', mime, mime, mediaDescription, mediaDescription2, done);
});
});
})
})
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