Project
Reverse Dependencies for rack
The projects listed here declare rack as a runtime or development dependency
0.0
Framework to automate responses for infrastructure events.
Ocular allows to easily create small scripts which are triggered from multiple different event sources and which can then execute scripts commanding all kinds of infrastructure, do remote command execution, execute AWS API calls, modify databases and so on.
The goal is that a new script could be written really quickly to automate a previously manual infrastructure maintenance job instead of doing the manual job yet another time. Scripts are written in Ruby with a simple Ocular DSL which allows the script to easily respond to multitude different events.
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0.0
A simple gem to check the health of a site
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Activity
0.0
OMF's Aggregate manager with SFA and new REST API.
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Activity
0.0
OMF's Web based control and visualization framework.
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Activity
0.0
omgdav exposes an existing MogileFS domain over WebDAV. There is
absolutely no commitment or modification needed to your existing
MogileFS installation to try omgdav in read-only mode.
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Activity
0.0
OMGF provides an HTTP interface for {MogileFS}[http://mogilefs.org],
allowing clients to connect to MogileFS without needing specialized
libraries to interface with MogileFS. Currently, HystericalRaisins
is supported. OMGF is short for "OMGFiles", an anagram for "MogileFS".
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Activity
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OmniAuth strategy for Bolt
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Activity
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OmniAuth strategy for Citadele Banklink
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Activity
0.0
an OmniAuth strategy for authenticating with deX
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Activity
0.0
OmniAuth strategy for Luminor (DNB) Link
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Activity
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OmniAuth strategy for GlobaliD
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Activity
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OmniAuth strategy for Lightning Network
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0.0
This strategy allows you to pass auth hash values directly to an auth endpoint and forwards them directly to your callback(s). The end goal of this is to provide more flexibility when writing login helpers in development/test environments while still utilizing your OmniAuth callback(s).
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Activity
0.0
Protects your Rails app from Omniauth request phase CSRF vulnerability.
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Activity
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OmniAuth strategy for Swedbank Banklink
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Activity
0.0
A generalized Rack middleware for importing group contacts from gmail.
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0.0
A generalized framework for multiple-provider webhooks subscriptions.
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Activity
0.0
Payment gateway abstraction for rack applications. Think omniauth for off-site payment.
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Activity
0.0
Another LaMe Web Frame-work
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Activity
0.0
A Rack middleware to make URLs in one-page webapps easier.
In a couple of recent projects, I've needed to avoid full page
refreshes as much as possible. In the first, I wanted to keep an
embedded music player active while the user was browsing. In the
second, I just wanted fancier transitions between pages.
It's possible to do this in an ad-hoc way, but I very quickly got
tired of hacking things together. Enter Onesie.
Onesie congealed from these requirements:
* I want a one-page web app,
* But I want the back button to work,
* And I want search engines to still index some stuff,
* And I (mostly) don't want to change the way I write a Rails/Sinatra app.
If someone visits <tt>http://example.org/meta/contact</tt>, I want
them to be redirected to <tt>http://example.org/blah/#/meta/contact</tt>,
but after the redirection I still want the original route to be
rendered for search engine indexing, etc.
When Onesie gets a request, it looks to see if under your preferred
one-page app path ("blah" in the example above). If it's not, Onesie
sets the current request's path in the session and redirects to your
app path.
If a request is under the one-page app path, the "real" request's path
is retrieved from the session and used for subsequent routing and
rendering. This means that, as above, a request for
http://example.org/meta/contact
Will be redirected to
http://example.org/blah/#/meta/contact
But still render the correct action in the wrapped app, even though
URL fragments aren't passed to the server.
This is a terrible explanation. I'll write a sample app or something
soon.
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