mentat/test/datomish/test.cljs

(ns datomish.test
  (:require
   [doo.runner :refer-macros [doo-tests doo-all-tests]]
   [cljs.test :as t :refer-macros [is are deftest testing]]
   datomish.promise-sqlite-test
   datomish.test.util
   datomish.test.transforms
   datomish.test.query
   datomish.test.core
   datomish.test-macros-test))

(doo-tests
  'datomish.promise-sqlite-test
  'datomish.test.util
  'datomish.test.transforms
  'datomish.test.query
  'datomish.test-macros-test)
Add lein-doo to run ClojureScript tests. 2016-07-06 01:55:55 +00:00			`(ns datomish.test`
			`(:require`
Add an async and async testing framework. This is a well-worn idea: use a `promise-channel` of `[result nil]` or `[nil error]` pairs. The `go-pair` and `<?` macros handle catching exceptions (important, given that synchronous CLJ code expects to throw rather than return an error promise or similar), allowing code like: ``` (go-pair (let [result (<? (pair-chan-fn))] (when (not result) (throw (Exception. "No result!"))) (transform result))) ``` to be expressed naturally. These are the equivalents of `async` and `await` in JS. The implementation is complicated by significant incompatibilities between CLJ and CLJS. The solution presented here takes care to separate the macro definitions into CLJ. Sadly, this requires namespacing the per-environment symbols explicitly; but we hope to minimize such code in files like this. The most significant restriction to this approach is that consumers must require the transitive dependencies of the macro-defining modules. See the included tests (both CLJ and CLJS) for the appropriate incantations (for pair-chan, core.async, and test). 2016-07-11 23:48:40 +00:00			`[doo.runner :refer-macros [doo-tests doo-all-tests]]`
			`[cljs.test :as t :refer-macros [is are deftest testing]]`
Add an SQLite connection abstraction. 2016-07-12 05:02:53 +00:00			`datomish.promise-sqlite-test`
First pass at translating Datalog queries into SQL. Signed-off-by: Richard Newman <rnewman@twinql.com> 2016-07-06 23:55:12 +00:00			`datomish.test.util`
			`datomish.test.transforms`
			`datomish.test.query`
			`datomish.test.core`
Add an async and async testing framework. This is a well-worn idea: use a `promise-channel` of `[result nil]` or `[nil error]` pairs. The `go-pair` and `<?` macros handle catching exceptions (important, given that synchronous CLJ code expects to throw rather than return an error promise or similar), allowing code like: ``` (go-pair (let [result (<? (pair-chan-fn))] (when (not result) (throw (Exception. "No result!"))) (transform result))) ``` to be expressed naturally. These are the equivalents of `async` and `await` in JS. The implementation is complicated by significant incompatibilities between CLJ and CLJS. The solution presented here takes care to separate the macro definitions into CLJ. Sadly, this requires namespacing the per-environment symbols explicitly; but we hope to minimize such code in files like this. The most significant restriction to this approach is that consumers must require the transitive dependencies of the macro-defining modules. See the included tests (both CLJ and CLJS) for the appropriate incantations (for pair-chan, core.async, and test). 2016-07-11 23:48:40 +00:00			`datomish.test-macros-test))`
Add lein-doo to run ClojureScript tests. 2016-07-06 01:55:55 +00:00
Add an SQLite connection abstraction. 2016-07-12 05:02:53 +00:00			`(doo-tests`
			`'datomish.promise-sqlite-test`
First pass at translating Datalog queries into SQL. Signed-off-by: Richard Newman <rnewman@twinql.com> 2016-07-06 23:55:12 +00:00			`'datomish.test.util`
			`'datomish.test.transforms`
			`'datomish.test.query`
Add an SQLite connection abstraction. 2016-07-12 05:02:53 +00:00			`'datomish.test-macros-test)`