前言

最近自己在研究有关于流媒体播放的技术，网上资料甚少。出于开源精神以及在查阅资料得到各位大佬的帮助，故将自己的心得写下记录，便于分享以及日后维护。
在此极力感谢并推荐雷神（雷霄骅）
个人博客：https://blog.csdn.net/leixiaohua1020

系统组成

一个完整的流媒体系统大致需要三个部分组成：编码器、流服务器和播放器。

编码器通过对内容来源（如MP3文件或者麦克风输入）进行编码，并将编码过的内容发送到流服务器；流服务器再将它们发布到Internet，这样客户端的播放器只要连接到流服务器就可以进行在线播放了。

而本次搭建过程是基于RTMP协议完成。

RTMP协议简介

RTMP播放过程
播放一个RTMP协议的流媒体需要经过以下几个步骤：握手，建立连接，建立流，播放。
RTMP连接都是以握手作为开始的。

1：建立连接阶段用于建立客户端与服务器之间的“网络连接”；
2：建立流阶段用于建立客户端与服务器之间的“网络流”；
3：播放阶段用于传输视音频数据。

Red5 概述

Red5 是一个采用 Java 开发开源的 Flash 流媒体服务器。免费开源使软件更加容易扩展，下载后你可以对源代码进行修改；更加经济，比起 FMS 高昂的费用，Red5 能为一般的应用节约大笔费用；同时服务器端的 Java 面向对象语言比起 FMS 服务器端的 ActionScript2 语言更加成熟。鉴于 Red5 的种种优势，推出不久便被广大用户所接受。

Red 5 支持:

把音频（MP3）和视频（FLV, F4V, MP4, 3GP）转换成播放流；
录制客户端播放流, 把摄像头，麦克风等传入的音频视频录制保存到服务器；
共享对象；
现场直播流发布；
远程调用；
协议:RTMP, RTMPT, RTMPS, and RTMPE。

Red5 服务器搭建

JDK自行安装_本文不做演示

可参考：https://jingyan.baidu.com/article/6dad5075d1dc40a123e36ea3.html

下载Red5：（本人使用版本：1.0.10）
官网：http://red5.org/
GitHub：https://github.com/Red5/red5-server/releases

下载后解压到自己的固定文件夹，如图：
在这里插入图片描述
可以选择在conf/red5.properties文件下修改IP和端口号

# Socket policy
policy.host=0.0.0.0
policy.port=843# HTTP
http.host=192.168.1.115	//可在此修改HTTP  IP地址
http.port=5080
https.port=5443
http.URIEncoding=UTF-8
http.max_headers_size=8192
http.max_keep_alive_requests=-1
http.max_threads=20
http.acceptor_thread_count=10
http.processor_cache=20# RTMP
rtmp.host=192.168.1.115		//可在此修改IP地址
rtmp.port=1935
rtmp.io_threads=8
rtmp.send_buffer_size=65536
rtmp.receive_buffer_size=65536
rtmp.ping_interval=1000
rtmp.max_inactivity=60000
rtmp.max_handshake_time=5000
rtmp.tcp_nodelay=true
rtmp.tcp_keepalive=false
rtmp.default_server_bandwidth=10000000
rtmp.default_client_bandwidth=10000000
rtmp.client_bandwidth_limit_type=2
rtmp.bandwidth_detection=false
rtmp.encoder_base_tolerance=5000
rtmp.encoder_drop_live_future=false
# traffic optimization hinting. to disable set traffic class set to -1
# low delay + high throughput == 24 (0x18)
rtmp.traffic_class=-1
# requested maximum length of the queue of incoming connections
rtmp.backlog=32
# the interval (seconds) between each throughput calculation
rtmp.thoughput_calc_interval=15
# enable use of the default mina acceptor
rtmp.default_acceptor=true
# socket i/o pool sizes used when default acceptor is disabled
rtmp.initial_pool_size=0
rtmp.max_pool_size=2
rtmp.max_processor_pool_size=8
rtmp.executor_keepalive_time=60000
mina.logfilter.enable=false
# scheduler configs (per application)
rtmp.scheduler.pool_size=8
rtmp.deadlockguard.sheduler.pool_size=8
# message executor configs (per application) - adjust these as needed if you get tasks rejected
rtmp.executor.core_pool_size=4
rtmp.executor.max_pool_size=32
rtmp.executor.queue_capacity=64
# drop audio packets when queue is almost full, to disable this, set to 0
rtmp.executor.queue_size_to_drop_audio_packets=60
# maximum amount of time allotted to process a single rtmp message / packet in milliseconds, set it as 0 to disable timeout
rtmp.max_handling_time=2000
# connection tweaks - dont modify unless you know what you're doing
rtmp.channel.initial.capacity=3
rtmp.channel.concurrency.level=1
rtmp.stream.initial.capacity=1
rtmp.stream.concurrency.level=1
rtmp.pending.calls.initial.capacity=3
rtmp.pending.calls.concurrency.level=1
rtmp.reserved.streams.initial.capacity=1
rtmp.reserved.streams.concurrency.level=1
# maximum packet size allowed in bytes
rtmp.max_packet_size=3145728# RTMPS
rtmps.host=0.0.0.0
rtmps.port=8443
rtmps.ping_interval=5000
rtmps.max_inactivity=60000
rtmps.max_keep_alive_requests=-1
rtmps.max_threads=8
rtmps.acceptor_thread_count=2
rtmps.processor_cache=20
# RTMPS Key and Trust store parameters
rtmps.keystorepass=password
rtmps.keystorefile=conf/keystore.jks
rtmps.truststorepass=password
rtmps.truststorefile=conf/truststore.jks# RTMPT
rtmpt.host=0.0.0.0
rtmpt.port=8088
rtmpt.ping_interval=5000
rtmpt.max_inactivity=60000
rtmpt.max_handshake_time=5000
rtmpt.max_keep_alive_requests=-1
rtmpt.max_threads=8
rtmpt.acceptor_thread_count=2
rtmpt.processor_cache=20
rtmpt.encoder_base_tolerance=5000
rtmpt.encoder_drop_live_future=true
# better setting for streaming media
rtmpt.target_reponse_size=32768
# best setting for small messages or shared objects
#rtmpt.target_reponse_size=8192
# max incoming messages to process at a time. the most that FP appears to send is 166
rtmpt.max_in_msg_process=166
# max time in millis that we will wait when offering data to the in or out queue
rtmpt.max_queue_offer_time=125
# max offer attempts
rtmpt.max_queue_offer_attempts=4# Debug proxy (needs to be activated in red5-core.xml)
proxy.source_host=127.0.0.1
proxy.source_port=1936
proxy.destination_host=127.0.0.1
proxy.destination_port=1935# JMX
jmx.rmi.host=localhost
jmx.rmi.port=9999
jmx.rmi.sport=9998
jmx.rmi.port.remoteobjects=
jmx.keystorepass=password
jmx.mina.monitor.enable=false
jmx.mina.poll.interval=1000
# Whether to always create the registry in-process, not attempting to 
# locate an existing registry at the specified port. Set to "true" in order
# to avoid the overhead of locating an existing registry when you always intend
# to create a new registry in any case.
jmx.registry.create=true
# Whether or not the MBeanServerFactoryBean should attempt to locate a running 
# MBeanServer before creating one
jmx.reuse.existing.server=true
# Whether to register the MBeanServer with the MBeanServerFactory, making it 
# available through MBeanServerFactory.findMBeanServer()
jmx.register.factory=true
# Whether any threads started for the JMXConnectorServer should be started as daemon threads
jmx.daemon=true
# Whether the JMXConnectorServer should be started in a separate thread
jmx.threaded=true# Server properties
# max events to send in a single update
so.max.events.per.update=64
so.scheduler.pool_size=4
keyframe.cache.entry.max=500
war.deploy.server.check.interval=600000
fileconsumer.delayed.write=true
fileconsumer.queue.size=120
fileconsumer.wait.for.keyframe=true
subscriberstream.buffer.check.interval=5000
subscriberstream.underrun.trigger=100
subscriberstream.max.pending.frames=10
subscriberstream.max.sequential.frames=10
broadcaststream.auto.record=false

启动red5.bat
在这里插入图片描述