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new 0.2.6 Apr 19, 2024
0.2.5 Feb 22, 2024

#194 in Command line utilities

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MIT license

2.5K SLoC


doge is a fork of dog.

Say thanks!

A screenshot of dog making a DNS request

Doge can look up!

doge is a command-line DNS client, like dig forked from the amazing work done here. It has colourful output, understands normal command-line argument syntax, supports the DNS-over-TLS and DNS-over-HTTPS protocols, and can emit JSON. I belive this is an amazing project and should be improved on.


doge example.net                          Query a domain using default settings
doge example.net MX                       ...looking up MX records instead
doge example.net MX @              ...using a specific nameserver instead
doge example.net MX @ -T           ...using TCP rather than UDP
doge exapple.net MX @ -p 53        ...using a nonstandart port
doge -q example.net -t MX -n -T   As above, but using explicit arguments

Command-line options

Query options

<arguments>              Human-readable host names, nameservers, types, or classes
-q, --query=HOST         Host name or domain name to query
-t, --type=TYPE          Type of the DNS record being queried (A, MX, NS...)
-n, --nameserver=ADDR    Address of the nameserver to send packets to
-p, --port=PORT            Port options for sending queries on nonstandart ports
--class=CLASS            Network class of the DNS record being queried (IN, CH, HS)

Sending options

--edns=SETTING           Whether to OPT in to EDNS (disable, hide, show)
--txid=NUMBER            Set the transaction ID to a specific value
-Z=TWEAKS                Set uncommon protocol-level tweaks

Protocol options

-U, --udp                Use the DNS protocol over UDP
-T, --tcp                Use the DNS protocol over TCP
-S, --tls                Use the DNS-over-TLS protocol
-H, --https              Use the DNS-over-HTTPS protocol

Output options

-1, --short              Short mode: display nothing but the first result
-J, --json               Display the output as JSON
--color, --colour=WHEN   When to colourise the output (always, automatic, never)
--seconds                Do not format durations, display them as seconds
--time                   Print how long the response took to arrive


Currently: To install dog, you can download a pre-compiled binary, or you can compile it from source. You may be able to install dog using your OS’s package manager, depending on your platform.

Project existence

I am not a rust expert at all, Honestly I'm the opposite, just learning codding. I used [`dog`](https://github.com/ogham/dog) on my arch system and a few random *nix
Laptops that I perpetually fix and break . As such part of this progect will be outside of my skill set or ability to work on currently. Things such as :
    *Windows support as a whole
    *MACOS support as a whole (I'm never buying a mac so this won't be touched by me) I'll merge PRs if thats you thing
    *Docker is magic as far as im concerned. I'm working on learning how to practically use it, but for now I wouldn't hold my breath

If any of these are things you want to see make a PR and I'll read and merge it, Be on the lookout for some potentially dumb questions from me.


This is currelty a Work in progress

$ cargo install dns-doge


Binary downloads of doge are available from the releases section on GitHub for 64-bit Windows, macOS, and Linux targets. They contain the compiled executable, the manual page, and shell completions.


doge is written in Rust. I working on rustc version 1.76.0 you should be running this version or newer. The recommended way to install Rust for development is from the official download page, using rustup.

To build, download the source code and run:

$ cargo build
$ cargo test
  • The just command runner can be used to run some helpful development commands, in a manner similar to make. Run just --list to get an overview of what’s available.

  • If you are compiling a copy for yourself, be sure to run cargo build --release or just build-release to benefit from release-mode optimisations. Copy the resulting binary, which will be in the target/release directory, into a folder in your $PATH. /usr/local/bin is usually a good choice.

  • To compile and install the manual pages, you will need pandoc. The just man command will compile the Markdown into manual pages, which it will place in the target/man directory. To use them, copy them into a directory that man will read. /usr/local/share/man is usually a good choice.

Container image

These may still work but they will be unstable as I might break them.

To build the container image of doge, you can use Docker or Kaniko. Here an example using Docker:

$ docker build -t doge .

You can then run it using the following command:

$ docker run -it --rm doge

To run dog directly, you can then define the following alias:

$ alias doge="docker run -it --rm doge"

End-to-end testing

doge has an integration test suite written as Specsheet check documents. If you have a copy installed, you can run:

$ just xtests

Specsheet will test the compiled binary by making DNS requests over the network, checking that doge returns the correct results and does not crash. Note that this will expose your IP address. For more information, read the xtests README.

Feature toggles

doge has three Cargo features that can be switched off to remove functionality. While doing so makes doge less useful, it results in a smaller binary that takes less time to build.

There are three feature toggles available, all of which are active by default:

  • with_idna, which enables IDNA processing
  • with_tls, which enables DNS-over-TLS
  • with_https, which enables DNS-over-HTTPS (requires with_tls)

Use cargo to build a binary that uses feature toggles. For example, to disable TLS and HTTPS support but keep IDNA support enabled, you can run:

$ cargo build --no-default-features --features=with_idna

The list of features that have been disabled can be checked at runtime as part of the --version string.


For documentation on how to use doge, see the dog website: https://dns.lookup.dog/ Eventually I will make a new one


doge’s source code is licenced under the MIT. If this is wrong please email me at dwhitfield@ramfield.net


~187K SLoC