| Name |
Description |
| AdvancedSend |
Advanced send demonstrates how to send and receive more complicated objects. Note that arrays of primitive types are serialised differently from arrays of non-primitives. This is done to achieve better performance and lower memory usage |
| AdvancedSend.BinaryFormatterCustomObject |
|
| AdvancedSend.JSONSerializerCustomObject |
|
| AdvancedSend.ProtobufCustomObject |
|
| BasicSend |
Networking in only 11 lines (not including comments and white space of course). Note: This example deliberately includes no validation or exception handling in order to keep it as short as possible (i.e. it's easy to break). |
| DFSTest |
|
| ExampleHelper |
Provides implementation shared across examples |
| IntermediateSend |
IntermediateSend demonstrates how to send and receive primitive objects (ints, strings etc). This example aims to bridge the gap between the relatively simple BasicSend and much more extensive AdvancedSend |
| NLogLogger |
An example implementation of an external logging framework, in this case NLog. Uses a simple configuration that logs to console (DEBUG log level and above) and to a file (All log Levels). |
| PeerDiscoveryExample |
|
| Program |
|
| RPCExample |
An example which demonstrates Remote Procedure Calls using NetworkComms.Net |
| RPCExample.ClientExampleInstance |
We are going to isolate the server and client example to demonstrate that the client never has to see the implementation used for IMath |
| RPCExample.MathEventArgs |
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| RPCExample.ServerExampleInstance |
We are going to isolate the server and client example to demonstrate that the client never has to see the implementation used for IMath |
| RPCExample.ServerExampleInstance.MathClass |
|
| SSLExample |
Example which demonstrates the ability to establish SSL encrypted TCP connections |
| SpeedTest |
Used for testing the performance of networks |
| UnmanagedConnectionExample |
Advanced test demonstrates how to send and receive more complicated objects. Note that arrays of primitive types are serialised differently from arrays of non-primitives. This is done to achieve better performance and lower memory usage |