clj-concordion.core
cljtest-reset-concordionclj
(cljtest-reset-concordion f)clojure.test fixture to reset concordion between runs, see reset-concordion!
Usage: (clojure.test/use-fixtures :once cljtest-reset-concordion)
clojure.test fixture to reset concordion between runs, see `reset-concordion!` Usage: `(clojure.test/use-fixtures :once cljtest-reset-concordion)`
deffixturecljmacro
(deffixture name & more)Create a fixture object for a Concordion specification, exposing the functions needed by it, and a clojure.test test to execute the specification.
Params:
- name - a package-prefixed name of the generated fixture class, optionally ending in Fixture (symbol or string) The name is also used to find the specification .md/.html file, just as in a Java/JUnit-based Concordion instrumentation.
- methods - a vector of 1+ functions that will be exposed as methods on the fixture object.
The function parameters and return value may be type-hinted as
^intor^bool, the default being^String(the only 3 types supported by Concordion). - opts - options for Concordion and this. See the spec for
:cc/optsand the README for explanation
Example:
Given the spec math/Addition.md with yields [4](- "?=add(#n1, #n2)")
write (defn ^int add [^int n1, ^int n2] (+ n1 n2) and expose it to the spec. with:
(deffixture math.AdditionFixture [add]).
See concordion instrumenting and coding docs for more details.
Create a fixture object for a Concordion specification, exposing the functions needed by it,
and a clojure.test test to execute the specification.
Params:
- name - a package-prefixed name of the generated fixture class, optionally ending in Fixture (symbol or string)
The name is also used to find the specification .md/.html file, just as in
a Java/JUnit-based Concordion instrumentation.
- methods - a vector of 1+ functions that will be exposed as methods on the fixture object.
The function parameters and return value may be type-hinted as `^int` or `^bool`,
the default being `^String` (the only 3 types supported by Concordion).
- opts - options for Concordion and this. See the spec for `:cc/opts` and the README for explanation
Example:
Given the spec math/Addition.md with `yields [4](- "?=add(#n1, #n2)")`
write `(defn ^int add [^int n1, ^int n2] (+ n1 n2)` and expose it to the spec. with:
`(deffixture math.AdditionFixture [add])`.
See [concordion instrumenting](https://concordion.org/instrumenting/java/markdown/) and
[coding docs](https://concordion.org/coding/java/markdown/) for more details.reset-concordion!clj
(reset-concordion!)Reset the results cache so that all tests will run anew instead of returning old, cached results. Intended for use from a REPL.
Reset the results cache so that all tests will run anew instead of returning old, cached results. Intended for use from a REPL.
test-fixturecljmacro
(test-fixture fname)Test the specification associated with the fixture (by invoking the underlying clojure.test test function). Intended for use from a REPL.
Useful in combination with the :concordion/fail-fast option when you want to
run only the one problematic specification instead of all the specs [in the ns].
Ex.:
(deffixture Xyz {:concordion/fail-fast true}) (test-fixture Xyz)
(Note: It also does reset-concordion! since even if added as a hook, it
wouldn't be invoked.)
Test the specification associated with the fixture
(by invoking the underlying clojure.test test function).
Intended for use from a REPL.
Useful in combination with the `:concordion/fail-fast` option when you want to
run only the one problematic specification instead of all the specs [in the ns].
Ex.:
`(deffixture Xyz {:concordion/fail-fast true}) (test-fixture Xyz)`
(Note: It also does `reset-concordion!` since even if added as a hook, it
wouldn't be invoked.)cljdoc is a website building & hosting documentation for Clojure/Script libraries
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