This repository (along with https://github.com/MaxF12/anyeyeballs_orchestrator) is the source code required for running the AnyEyeballs test implementation. Its goal is to utilize the widely adopted Happy Eyeballs system to give implicit load balancing control to servers.
Rust version 1.51.0 or later as well as Socket2 version 0.3.19 and toml version 0.5.8 are required for running the client.
Before running the client, the configuration in config.toml has to be updated. The configurable values are:
| Name | Description |
|---|---|
| node | |
| ipv4 | The IPv4 address that the node will serve content on. |
| ipv6 | The IPv6 address that the node will serve content on. |
| port | The port the node will serve content on. |
| connections | The maximum number of allowed concurrent connections to be handled by this node. |
| sleep | The time in seconds each thread will sleep to simulate the serving of a connection. |
| report_interval | The time in seconds after which a new load status report will be sent to the LBM. |
| rtt_threshold | The load threshold which will measure as a reference point to measure the LBM response time. It should have the same value as the load_threshold value on the LBM. |
| lbm | |
| ip | The IP address the LBM uses to listen for incoming packets. |
| port | The port the LBM uses to listen for incoming packets. |
Before running, make sure the orchestrator is already running as well.
To run the client, simply execute "cargo run config.toml" from the AnyEyeballs directory.