netstat

--netstatv1.16.0

Converts `netstat` command output to JSON

LinuxmacOSFreeBSDcommandslurpable

$ netstat | jc-rs --netstat

A real pair

From the reference corpus (ubuntu-18.04/netstat-i.json). The left pane is the input the fixture ships; the right pane is the corpus's expected JSON. CI compares jc-rs with it field by field under the published differential. Hover a value to see where it came from.

netstatubuntu-18.04

Kernel Interface table
Iface      MTU    RX-OK RX-ERR RX-DRP RX-OVR    TX-OK TX-ERR TX-DRP TX-OVR Flg
ens33     1500      245      0      0 0           197      0      0      0 BMRU
lo       65536       94      0      0 0            94      0      0      0 LRU

expected outputjson

[
  {
    "iface": "ens33",
    "mtu": 1500,
    "rx_ok": 245,
    "rx_err": 0,
    "rx_drp": 0,
    "rx_ovr": 0,
    "tx_ok": 197,
    "tx_err": 0,
    "tx_drp": 0,
    "tx_ovr": 0,
    "flg": "BMRU",
    "kind": "interface"
  },
  {
    "iface": "lo",
    "mtu": 65536,
    "rx_ok": 94,
    "rx_err": 0,
    "rx_drp": 0,
    "rx_ovr": 0,
    "tx_ok": 94,
    "tx_err": 0,
    "tx_drp": 0,
    "tx_ovr": 0,
    "flg": "LRU",
    "kind": "interface"
  }
]

Fixture coverage

37/37oracle-valid pairs match under the published structural JSON comparison

Magic syntax

jc-rs netstatjc-rs runs the command itself and parses what it prints. Recognised for: `netstat`

Source: crates/jc-rs-parsers/src/network/netstat.rs. jc-rs targets the schemas defined by the original Python tool. Fixture coverage above is the measured evidence for this parser; test the inputs your pipeline depends on. Compare