This project is an attempt to create a peer-to-peer video monitoring system for Android devices primarily and any other clients implementing the protocol in the future. Any camera enabled Android device may run as a server (p2pcamera app) to accept connections from clients (p2pmonitor app for Android) and stream media data to them. Protocol implies a possibility for clients to control server part requesting available features and managing the camera parameters as if it was local.
##Source code and building The project contains compile-time annotations. While source code gets built without errors, you may find unresolved references during source code overview. In order to eliminate such faulty error highlights consider installing bali-intellij-plugin (an evolution of lombok-intellij-plugin which supports Enum annotations used in this project)
- Android server app
- Server: open camera and display preview
- Server: media encoder
- Server: encoded stream transmission
- Android client app
- Client: media stream reception
- Client: media decoder
- Client: show decoded stream
- Protocol: flash management
- Server: SSDP based port mapping over UPnP
- Create app icons
- Add string localizations
- Remaster enums via
@IntDefor staticbyte->value maps - Refactor
Messageacquisition viaobtain() - Create unit tests
- Client: control frame rotation
- Protocol: capture (high-res) photo on the fly
- Server: stop encoder when last client disconnects
- Server: check ownership of current port mapping before erasing
- Server: detect connection drops/switchovers/IP renewals etc.
- Server: periodic port mapping check and refresh
- Server: fix image freezes on 1st connection / last disconnection on API 25 devices
- Server: fix image turns 90 deg CCW on 1st connection / last disconnection on API 25 devices
- Client: fix image out of sync on slow devices
- Client: add media stream watchdog and connection revival
- Authentication and Authorization
- Payload ciphering
- Secure transport layer
- Server: user management preferences
- Server: collect map of cameras to their characteristics
- Server: screen dimming with configurable timeout
- Protocol: choose desired camera
- Protocol: choose camera resolution
- Protocol: choose AF/MF
- Client & Server: color themes
- Client: action icons
- Client & Server: rotate UI controls instead of screen orientation
- Client: server address & login history
- Server: client statistics (address, connection duration, etc.)
- PC client app
- monitoring data saving
- configurable cleanup period
- automatic connection restoring
- reg as a web camera
- OBS client
- Server: work with several cameras to serve different sources to different clients independently
- Server: per-camera client statistics
- Wrap camera server into foreground service
- Protocol: audio streaming
- Server: choose interface (IP address) to bind to
- Server: choose gateway (external IP address) to forward from