del: 将go版本的内容删除，只保留处理日志功能
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102
README.md
102
README.md
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# OmniSocketGo
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# OmniSocketC
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Linux only. Go 1.22.
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Linux-only C11 implementation of the UDP/KCP transport stack from `OmniSocketGo`.
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如果目标机器只运行 `server`，只需要编译并拷贝 `server` 二进制。
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如果目标机器只运行 `peer`，只需要编译并拷贝 `peer` 二进制。
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`go build ./cmd/server` 和 `go build ./cmd/peer` 会把各自依赖到的功能一起编译进最终二进制，不需要再单独编译 `cmd/internal/...` 包。
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- `server` 二进制会包含它依赖到的转发、协议、传输等代码
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- `peer` 二进制会包含它依赖到的注册、交互发送、接收落盘、协议、传输等代码
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- 只有没有被这个可执行程序引用的其他命令，才不在该二进制里，比如 `cmd/latencysummary`
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This subtree is intentionally standalone. The Go code stays in place as the behavior reference, while the C implementation builds its own binaries under `c/bin/`.
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## Build
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按目标架构分别编译。
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mkdir -p bin
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go build -o bin/server ./cmd/server
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go build -o bin/peer ./cmd/peer
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go build -o bin/latencysummary ./cmd/latencysummary
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### Linux amd64
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```bash
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CGO_ENABLED=0 GOOS=linux GOARCH=amd64 go build -o bin/server-linux-amd64 ./cmd/server
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```
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### Linux arm64
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```bash
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CGO_ENABLED=0 GOOS=linux GOARCH=arm64 go build -o bin/peer-linux-arm64 ./cmd/peer
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```
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### Linux armv7
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```bash
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CGO_ENABLED=0 GOOS=linux GOARCH=arm GOARM=7 go build -o bin/server-linux-armv7 ./cmd/server
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CGO_ENABLED=0 GOOS=linux GOARCH=arm GOARM=7 go build -o bin/peer-linux-armv7 ./cmd/peer
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cd c
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make
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```
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Build outputs:
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- `c/bin/udpserver`
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- `c/bin/udppeer`
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- `c/bin/udpping`
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- `c/bin/udprelay`
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- `c/bin/kcpserver`
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- `c/bin/kcppeer`
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- `c/bin/kcpping`
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## Run On Different Machines
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`server D` 所在机器监听 `0.0.0.0:10909`。
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Server `D` runs the KCP hub on `0.0.0.0:10909`:
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```bash
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go run cmd/kcpserver/ -listen 0.0.0.0:10909
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-kcp-ts-debug-log logs/d-kcp-ts.jsonl -kcp-session-stats-log logs/d-kcp-stats.jsonl
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./c/bin/kcpserver -listen 0.0.0.0:10909 \
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-kcp-ts-debug-log logs/d-kcp-ts.jsonl \
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-kcp-session-stats-log logs/d-kcp-stats.jsonl
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```
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`relay server C` 所在机器
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Relay `C` runs a raw UDP forwarder to `D`:
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```bash
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go run ./cmd/kcpserver/ -mode=relay -listen 0.0.0.0:10909 -relay-remote 172.21.32.15:10909
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2>&1 | tee logs/c.stdout.log
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./c/bin/kcpserver -mode=relay -listen 0.0.0.0:10909 -relay-remote 172.21.32.15:10909
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```
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### peer-a (A)
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Peer `A` dials `D` through relay `C`:
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```bash
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go run ./cmd/kcppeer/ -id peer-a -server 172.21.32.15:10909 -relay-via 106.55.173.235:10909 -inbox-dir inbox/a
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-latency-log logs/a-latency.jsonl -kcp-ts-debug-log logs/a-kcp-ts.jsonl -kcp-session-stats-log logs/a-kcp-stats.jsonl
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go run ./cmd/kcpping/ -id peer-a -server 106.55.173.235:10909 -echo
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./c/bin/kcppeer -id peer-a -server 172.21.32.15:10909 -relay-via 106.55.173.235:10909 \
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-inbox-dir inbox/a \
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-latency-log logs/a-latency.jsonl \
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-kcp-ts-debug-log logs/a-kcp-ts.jsonl \
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-kcp-session-stats-log logs/a-kcp-stats.jsonl
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```
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### peer-b (B)
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Peer `B` dials `D` directly:
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```bash
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go run ./cmd/kcppeer/ -id peer-b -server 81.70.156.140:10909 -inbox-dir inbox/b
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./c/bin/kcppeer -id peer-b -server 81.70.156.140:10909 \
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-inbox-dir inbox/b \
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-latency-log logs/b-latency.jsonl \
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-kcp-ts-debug-log logs/b-kcp-ts.jsonl \
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-kcp-session-stats-log logs/b-kcp-stats.jsonl
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```
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-latency-log logs/b-latency.jsonl -kcp-ts-debug-log logs/b-kcp-ts.jsonl -kcp-session-stats-log logs/b-kcp-stats.jsonl
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Optional ping / echo tools:
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go run ./cmd/kcpping -id peer-b -server 81.70.156.140:10909 -to peer-a -count 20 -interval 100ms
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```bash
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./c/bin/kcpping -id peer-a -server 106.55.173.235:10909 -echo
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./c/bin/kcpping -id peer-b -server 81.70.156.140:10909 -to peer-a -count 20 -interval 100ms
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./c/bin/udpserver -listen 0.0.0.0:9001
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./c/bin/udppeer -id peer-a -server 127.0.0.1:9001
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./c/bin/udpping -id pinger -server 127.0.0.1:9001 -to peer-a -count 20
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```
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## Interactive Commands
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`peer` 启动后可以在终端里持续使用同一条长连接发送多次消息。
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`udppeer` and `kcppeer` support the same interactive shell:
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```text
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help
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text peer-b hello
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text peer-a hi
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file peer-a /tmp/test125.bin
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file peer-a /tmp/test5.bin
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quit
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```
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### 自动化拉取更新汇总数据
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cd /home/limingjie/LMJ_Work/OmniSocketGo
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./scripts/refresh-latency-summary.sh
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## Notes
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- The C project targets Linux only.
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- It preserves the Go wire format for UDP datagrams and KCP stream frames.
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- It keeps runtime JSONL logging, UDP TX timestamp debug, KCP packet debug, and KCP session stats.
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- Offline `latencysummary` and HTML chart generation are intentionally not migrated.
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- No automated C tests are included in this subtree; validation is expected to happen on Linux via `make` and manual smoke tests.
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