libsecret/gosecret

Table of Contents

1. Backwards Compatability/Drop-In Replacement Support
2. New Developer API
- 2.1. Status
3. SecretService Concepts
4. Usage

This project is originally forked from go-libsecret due to:

Lack of response from the developer
Complete lack of documentation
Poor, ineffecient, or just plain antipattern design
Missing functionality

and as such, hopefully this library should serve as a more effective libsecret/SecretService interface.

1. Backwards Compatability/Drop-In Replacement Support

Version series v0.X.X of this library promises full and non-breaking backwards support of API interaction with the original project. The only changes should be internal optimizations, adding documentation, some file reorganizing, adding Golang module support, etc. — all transparent from the library API itself.

To use this library as a replacement without significantly modifying your code, you can simply use a replace directive:

go.mod

// ...
replace (
	github.com/gsterjov/go-libsecret dev => r00t2.io/gosecret v0
)

and then run go mod tidy.

2. New Developer API

Starting from v1.0.0 onwards, entirely breaking changes can be assumed from the original project.

To use the new version,

import (
	`r00t2.io/gosecret/v1`
)

To reflect the absolute breaking changes, the module name changes as well from libsecret to gosecret.

2.1. Status

The new API is underway, and all functionality in V0 is present. However, It’s not "complete". PRs welcome, of course, but this will be an ongoing effort for a bit of time.

3. SecretService Concepts

For reference:

A Service allows one to operate on/with Session objects.
A Session allows one to operate on/with Collection objects.
A Collection allows one to operate on/with Item objects.
An Item allows one to operate on/with Secrets. (Secrets are considered "terminating objects" in this model, and contain actual secret value(s) and metadata).

Various interactions are handled by Prompts.

So the object hierarchy in theory looks kind of like this:

Service
├─ Session "A"
│	├─ Collection "A.1"
│	│	├─ Item "A.1.a"
│	│	│	├─ Secret "A_1_a_I"
│	│	│	└─ Secret "A_1_a_II"
│	│	└─ Item "A.1.b"
│	│		├─ Secret "A_1_b_I"
│	│		└─ Secret "A_1_b_II"
│	└─ Collection "A.2"
│		├─ Item "A.2.a"
│		│	├─ Secret "A_2_a_I"
│		│	└─ Secret "A_2_a_II"
│		└─ Item "A.2.b"
│			├─ Secret "A_2_b_I"
│			└─ Secret "A_2_b_II"
└─ Session "B"
	├─ Collection "B.1"
	│	├─ Item "B.1.a"
	│	│	├─ Secret "B_1_a_I"
	│	│	└─ Secret "B_1_a_II"
	│	└─ Item "B.1.b"
	│		├─ Secret "B_1_b_I"
	│		└─ Secret "B_1_b_II"
	└─ Collection "B.2"#
		├─ Item "B.2.a"
		│	├─ Secret "B_2_a_I"
		│	└─ Secret "B_2_a_II"
		└─ Item "B.2.b"
			├─ Secret "B_2_b_I"
			└─ Secret "B_2_b_II"

And so on.

In practice, however, most users will only have two Session types:

a default "system" one, and
a temporary one that may or may not exist, running in memory for the current login session

and a single Collection, named login (and aliased to default, usually).

4. Usage

Full documentation can be found via inline documentation. Either via the pkg.go.dev documentation or godoc (or go doc) in the source root.

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