Exceptions indicated.
dk.cst.pedestal.sp.auth
Create inline authorisation logic using SAML assertions. The if-permit and
only-permit macros can be used from both Clojure and ClojureScript.
For route-level authorisation + ahead-of-time checks from within interceptors,
use the permit-request? function from dk.cst.pedestal.sp.interceptors.
Create inline authorisation logic using SAML assertions. The `if-permit` and `only-permit` macros can be used from both Clojure and ClojureScript. For route-level authorisation + ahead-of-time checks from within interceptors, use the `permit-request?` function from `dk.cst.pedestal.sp.interceptors`.
auth-overrideclj/s
(auth-override assertions)Create an auth test override from the assertions map.
During development, the assertions map may contain a :condition key defining an alternative test used to override the conditions of a production system.
Create an auth test override from the `assertions` map. During development, the assertions map may contain a :condition key defining an alternative test used to override the conditions of a production system.
condition->auth-testclj/s
(condition->auth-test condition)Return a function to test an assertions map based on a given condition:
:authenticated - requires authentication to access. :all - can be accessed by anyone, no restrictions apply. :none - no access by anyone under any circumstances. map - allow access when the assertions contain this submap. fn - takes assertions as input and returns true if accessible.
Return a function to test an assertions map based on a given `condition`:
:authenticated - requires authentication to access.
:all - can be accessed by anyone, no restrictions apply.
:none - no access by anyone under any circumstances.
map - allow access when the assertions contain this submap.
fn - takes assertions as input and returns true if accessible.enforce-conditionclj
(enforce-condition request condition)Fail fast if the request assertions do not meet a condition.
Fail fast if the `request` assertions do not meet a `condition`.
if-permitclj/smacro
(if-permit [assertions condition] & body)Checks that assertions satisfies condition. When true, returns the
first clause of body; else returns the second clause.
Checks that `assertions` satisfies `condition`. When true, returns the first clause of `body`; else returns the second clause.
only-permitclj/smacro
(only-permit [assertions condition] & body)Checks that assertions satisfies condition. If true, returns body;
else throws an exception.
Checks that `assertions` satisfies `condition`. If true, returns `body`; else throws an exception.
request->assertionsclj/s
(request->assertions request)safe-decodeclj/s
(safe-decode base64)Decode a URL encoded as base64 via 'safe-encode'.
Decode a URL encoded as `base64` via 'safe-encode'.
safe-encodeclj/s
(safe-encode url)Encode a url as base64 with certain problematic characters replaced.
This encoding should survive any URL encoding/decoding scheme it may be passed
through, ensuring that the input url survives until decoded.
Encode a `url` as base64 with certain problematic characters replaced. This encoding should survive any URL encoding/decoding scheme it may be passed through, ensuring that the input `url` survives until decoded.
saml-pathclj/s
(saml-path paths saml-type & [RelayState])Get the specified saml-type in paths with an encoded RelayState.
Get the specified `saml-type` in `paths` with an encoded `RelayState`.
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