It's jid with jq.

You can drill down interactively by using jq filtering queries.

jiq uses jq internally, and it requires you to have jq in your PATH.

If you prefer, there's an experimental, standalone, purely client-side web version of this on https://jq.alhur.es/jiq/.

Either prebuilt binary for your system (and make sure to chmod +x it first) or install/compile with Go:

go install github.com/fiatjaf/jiq/cmd/jiq@latest

If you don't have jq installed, follow instructions at https://stedolan.github.io/jq/download/ and make sure to put it in your PATH.

• simple example
• advanced usage examples
• with curl

Execute the following command:

echo '{"aa":"2AA2","bb":{"aaa":[123,"cccc",[1,2]],"c":321}}'| jiq

Then jiq will be running. Now you can dig JSON data incrementally.

When you enter .bb.aaa[2], you will see the following.

[jq]> .bb.aaa[2]
[
  1,
  2
]

If you press Enter now it will output

[
  1,
  2
]

and exit (if you want all the output in a single line you can either call jiq -c or pipe it into jq as jiq | jq -c .).

If you have ever used jq, you'll be familiar with these:

echo '{"economists": [{"id": 1, "name": "menger"}, {"id": 2, "name": "mises"}, {"name": "hayek", "id": 3}]}' | jiq

Now try writing .economists | "\(.[0].name), \(.[1].name) and \(.[2].name) are economists." or [.economists.[].id], or even .economists | map({key: "\(.id)", value: .name}) | from_entries

Sample for using RDAP data.

curl -s http://rdg.afilias.info/rdap/domain/example.info | jiq

-q : print the jq filter instead of the resulting filtered JSON to stdout (if you plan to use this with jq later)

Plus all the arguments jq accepts -- they will affect both the JSON output inside jiq and the output that is printed to stdout (beware that some may cause bugs).

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