* include pebble as built-in plugin
Pebble provides a high-performance alternative to leveldb as the datastore, and will serve as a replacement for badger1.
There are a number of tuning parameters available for tuning pebble's performance to your specific needs. Default values are used for any that are not configured or are set to the parameter's zero-value.
Requires https://github.com/ipfs/go-ds-pebble/pull/39Closes#10347
* docs: remove mention of ipfs-ds-convert. Rationale: https://github.com/ipfs/ipfs-ds-convert/issues/50
* docs: pebbleds profile
* test: meaningful t0025-datastores.sh
* Update config/init.go
* Update docs/config.md
* Do not hard-code zero values into pebble config
Fixes#8492
This introduces "nopfs" as a preloaded plugin into Kubo
with support for denylists from https://github.com/ipfs/specs/pull/383
It automatically makes Kubo watch *.deny files found in:
- /etc/ipfs/denylists
- $XDG_CONFIG_HOME/ipfs/denylists
- $IPFS_PATH/denylists
* test: Gateway.NoFetch and GatewayOverLibp2p
adds missing tests for "no fetch" gateways one can expose,
in both cases the offline mode is done by passing custom
blockservice/exchange into path resolver, which means
global path resolver that has nopfs intercept is not used,
and the content blocking does not happen on these gateways.
* fix: use offline path resolvers where appropriate
this fixes the problem described in
https://github.com/ipfs/kubo/pull/10161#issuecomment-1782175955
by adding explicit offline path resolvers that are backed
by offline exchange, and using them in NoFetch gateways
instead of the default online ones
---------
Co-authored-by: Henrique Dias <hacdias@gmail.com>
Co-authored-by: Marcin Rataj <lidel@lidel.org>
This adds a plugin interface that lets the plugin modify the fx
options that are passed to fx when the app is initialized. This means
plugins can inject their own implementations of IPFS interfaces. This
enables granular customization of go-ipfs behavior by plugins, such
as:
- Bitswap with custom filters (e.g. for CID blocking) Custom interface
- implementations such as Pinner or DAGService
- Dynamic configuration of libp2p ...
One downside of this is that we're exposing the entire dependency
graph, init hooks, initialization, etc. to users, so this comes with a
caveat that we reserve the right to make breaking changes to the graph
structure and initialization logic (although this historically happens
rarely). If these things are changed, we should mention them in
release notes and changelogs though, since they could impact users of
this plugin interface.
I'm not particularly fond of DI frameworks (and neither are some of
the folks work on/near go-ipfs), but it seems unlikely that somebody
will rewrite the dependency wiring and lifecycle hooks of go-ipfs, and
add dynamic extension points, so this seems like a palatable
compromise.
There are also problems that we should clean up in how model the
go-ipfs app in fx, such as:
- We make extensive use of nested fx.Options, which fx itself
discourages because it "limits the user's ability to customize their
application". It should be easy to flatten these out into a single
[]fx.Option slice.
- We pass around a list of opaque libp2p opts, which makes it hard to
customize after-the-fact...we should consider naming each of these
opts and providing them to fx as proper dependencies, so that they can
be explicitly overridden.
- We call fx.Invoke() in some places with anonymous functions. We
should instead only pass exported functions to fx.Invoke(), so that
they have exported names, which would make it easier to remove/augment
the invocations that happen when the app is initialized.
These aren't blocking issues, they just make it harder and more
brittle to customize go-ipfs with this plugin.
This preloads the peerlog plugin in the ipfs binary, but keeps it
disabled by default. To enabled it, set Enabled=true in its config.
The motivation is to simplify building and deploying gateways, and for
them to use binaries that are more similar to release bins.
