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basic_test.clj
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basic_test.clj
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;;
;; Copyright (c) Two Sigma Open Source, LLC
;;
;; Licensed under the Apache License, Version 2.0 (the "License");
;; you may not use this file except in compliance with the License.
;; You may obtain a copy of the License at
;;
;; http://www.apache.org/licenses/LICENSE-2.0
;;
;; Unless required by applicable law or agreed to in writing, software
;; distributed under the License is distributed on an "AS IS" BASIS,
;; WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
;; See the License for the specific language governing permissions and
;; limitations under the License.
;;
(ns token-syncer.basic-test
(:require [clojure.string :as str]
[clojure.test :refer :all]
[clojure.tools.logging :as log]
[plumbing.core :as pc]
[token-syncer.commands.backup :as backup]
[token-syncer.commands.cleanup :as cleanup]
[token-syncer.commands.ping :as ping]
[token-syncer.commands.restore :as restore]
[token-syncer.commands.syncer :as syncer]
[token-syncer.file-utils :as file-utils]
[token-syncer.main :as main])
(:import (java.util UUID)))
(defn- kitchen-cmd []
(str (System/getenv "WAITER_TEST_KITCHEN_CMD") " -p $PORT0"))
(def basic-description {"cmd" (kitchen-cmd)
"cpus" 1
"mem" 2048
"metric-group" "syncer-test"})
(defn- waiter-urls
"Retrieves urls to the waiter clusters provided in the WAITER_URIS environment variable."
[]
(let [waiter-uris (System/getenv "WAITER_URIS")]
(is waiter-uris)
(-> waiter-uris
(str/split #",")
sort)))
(defn- waiter-url->cluster
"Retrieves the cluster name corresponding to the provided cluster,"
[waiter-url]
(str "cluster-" (hash waiter-url)))
(defn- waiter-api
"Initializes and returns the Waiter API functions."
[]
(main/init-waiter-api {:connection-timeout-ms 5000, :idle-timeout-ms 5000}))
(deftest ^:integration test-environment
(log/info "Running: test-environment")
(testing "verifies presence of environment variables for running integration tests"
(testing "waiter cluster uris"
(log/info "env.WAITER_URIS" (System/getenv "WAITER_URIS"))
(is (System/getenv "WAITER_URIS"))
(is (> (count (waiter-urls)) 1)))
(testing "kitchen command"
(log/info "env.WAITER_TEST_KITCHEN_CMD" (System/getenv "WAITER_TEST_KITCHEN_CMD"))
(is (not (str/blank? (System/getenv "WAITER_TEST_KITCHEN_CMD")))))))
(defn- basic-token-metadata
"Returns the common metadata used in the tests."
[current-time-ms]
{"cluster" "cl.1"
"last-update-time" current-time-ms
"last-update-user" "auth-user"
"owner" "test-user"
"previous" {"last-update-time" (- current-time-ms 30000)
"last-update-user" "another-auth-user"}
"root" "src1"})
(defn- token->etag
"Retrieves the etag for a token on a waiter router."
[{:keys [load-token]} waiter-url token-name]
(-> (load-token waiter-url token-name)
(get :token-etag)))
(defn- cleanup-token
"'Hard' deletes the token on all provided clusters."
[{:keys [hard-delete-token] :as waiter-api} waiter-urls token-name]
(log/info "Cleaning up token:" token-name)
(doseq [waiter-url waiter-urls]
(try
(let [token-etag (token->etag waiter-api waiter-url token-name)]
(hard-delete-token waiter-url token-name token-etag))
(catch Exception _))))
(deftest ^:integration test-token-hard-delete
(testing "token sync hard-delete"
(let [waiter-urls (waiter-urls)
{:keys [load-token store-token] :as waiter-api} (waiter-api)
limit 10
token-name (str "test-token-hard-delete-" (UUID/randomUUID))]
(try
;; ARRANGE
(let [last-update-time-ms (- (System/currentTimeMillis) 10000)
token-metadata (-> (basic-token-metadata last-update-time-ms)
(assoc "deleted" true))
token-description (merge basic-description token-metadata)]
(doseq [waiter-url waiter-urls]
(let [token-etag (token->etag waiter-api waiter-url token-name)]
(store-token waiter-url token-name token-etag token-description)))
(let [token-etag (token->etag waiter-api (first waiter-urls) token-name)]
;; ACT
(let [actual-result (syncer/sync-tokens waiter-api waiter-urls limit)]
;; ASSERT
(let [waiter-sync-result (constantly
{:code :success/hard-delete
:details {:etag (str token-etag)
:status 200}})
expected-result {:details {token-name {:latest {:cluster-url (first waiter-urls)
:description token-description
:token-etag token-etag}
:sync-result (pc/map-from-keys waiter-sync-result waiter-urls)}}
:summary {:sync {:failed #{}
:unmodified #{}
:updated #{token-name}}
:tokens {:pending {:count 1 :value #{token-name}}
:previously-synced {:count 0 :value #{}}
:processed {:count 1 :value #{token-name}}
:selected {:count 1 :value #{token-name}}
:total {:count 1 :value #{token-name}}}}}]
(is (= expected-result actual-result))
(doseq [waiter-url waiter-urls]
(let [response (load-token waiter-url token-name)]
(is (= 404 (:status response)) (str waiter-url " responded with " response))))))))
(finally
(cleanup-token waiter-api waiter-urls token-name))))))
(deftest ^:integration test-token-soft-delete
(testing "token sync soft-delete"
(let [waiter-urls (waiter-urls)
{:keys [load-token store-token] :as waiter-api} (waiter-api)
limit 10
token-name (str "test-token-soft-delete-" (UUID/randomUUID))]
(try
;; ARRANGE
(let [current-time-ms (System/currentTimeMillis)
token-metadata (basic-token-metadata current-time-ms)
token-description (merge basic-description token-metadata)]
(store-token (first waiter-urls) token-name nil (assoc token-description "deleted" true))
(doseq [waiter-url (rest waiter-urls)]
(let [last-update-time-ms (- current-time-ms 10000)]
(store-token waiter-url token-name nil
(assoc token-description "last-update-time" last-update-time-ms))))
(let [token-etag (token->etag waiter-api (first waiter-urls) token-name)]
;; ACT
(let [actual-result (syncer/sync-tokens waiter-api waiter-urls limit)]
;; ASSERT
(let [waiter-sync-result (constantly
{:code :success/soft-delete
:details {:etag token-etag
:status 200}})
expected-result {:details {token-name {:latest {:cluster-url (first waiter-urls)
:description (assoc token-description "deleted" true)
:token-etag token-etag}
:sync-result (pc/map-from-keys waiter-sync-result (rest waiter-urls))}}
:summary {:sync {:failed #{}
:unmodified #{}
:updated #{token-name}}
:tokens {:pending {:count 1 :value #{token-name}}
:previously-synced {:count 0 :value #{}}
:processed {:count 1 :value #{token-name}}
:selected {:count 1 :value #{token-name}}
:total {:count 1 :value #{token-name}}}}}]
(is (= expected-result actual-result))
(doseq [waiter-url waiter-urls]
(is (= {:description (assoc token-description "deleted" true)
:headers {"content-type" "application/json"}
:status 200}
(load-token waiter-url token-name))))))))
(finally
(cleanup-token waiter-api waiter-urls token-name))))))
(deftest ^:integration test-token-hard-delete-previously-soft-deleted
(testing "token sync hard-delete previously soft-deleted"
(let [waiter-urls (waiter-urls)
{:keys [load-token store-token] :as waiter-api} (waiter-api)
limit 10
token-name (str "test-token-update-previously-soft-deleted-" (UUID/randomUUID))]
(try
;; ARRANGE
(let [current-time-ms (System/currentTimeMillis)
token-metadata (basic-token-metadata current-time-ms)
token-description (merge basic-description token-metadata)]
(store-token (first waiter-urls) token-name nil (assoc token-description "deleted" true))
(doseq [waiter-url (rest waiter-urls)]
(let [last-update-time-ms (- current-time-ms 10000)]
(store-token waiter-url token-name nil
(assoc token-description
"deleted" true
"last-update-time" last-update-time-ms))))
(let [token-etag (token->etag waiter-api (first waiter-urls) token-name)]
;; ACT
(let [actual-result (syncer/sync-tokens waiter-api waiter-urls limit)]
;; ASSERT
(let [waiter-sync-result (constantly
{:code :success/hard-delete
:details {:etag ""
:status 200}})
expected-result {:details {token-name {:latest {:cluster-url (first waiter-urls)
:description (assoc token-description "deleted" true)
:token-etag token-etag}
:sync-result (pc/map-from-keys waiter-sync-result waiter-urls)}}
:summary {:sync {:failed #{}
:unmodified #{}
:updated #{token-name}}
:tokens {:pending {:count 1 :value #{token-name}}
:previously-synced {:count 0 :value #{}}
:processed {:count 1 :value #{token-name}}
:selected {:count 1 :value #{token-name}}
:total {:count 1 :value #{token-name}}}}}]
(is (= expected-result actual-result))
(doseq [waiter-url waiter-urls]
(is (= {:description {}
:headers {"content-type" "application/json"}
:status 404}
(load-token waiter-url token-name))))))))
(finally
(cleanup-token waiter-api waiter-urls token-name))))))
(deftest ^:integration test-token-token-on-single-cluster
(testing "token exists on single cluster"
(let [waiter-urls (waiter-urls)
{:keys [load-token store-token] :as waiter-api} (waiter-api)
limit 10
token-name (str "test-token-token-on-single-cluster-" (UUID/randomUUID))]
(try
;; ARRANGE
(let [current-time-ms (System/currentTimeMillis)
token-metadata (basic-token-metadata current-time-ms)
token-description (merge basic-description token-metadata)]
(store-token (first waiter-urls) token-name nil token-description)
(let [token-etag (token->etag waiter-api (first waiter-urls) token-name)]
;; ACT
(let [actual-result (syncer/sync-tokens waiter-api waiter-urls limit)]
;; ASSERT
(let [waiter-sync-result (constantly
{:code :success/sync-update
:details {:etag token-etag
:status 200}})
expected-result {:details {token-name {:latest {:cluster-url (first waiter-urls)
:description token-description
:token-etag token-etag}
:sync-result (pc/map-from-keys waiter-sync-result (rest waiter-urls))}}
:summary {:sync {:failed #{}
:unmodified #{}
:updated #{token-name}}
:tokens {:pending {:count 1 :value #{token-name}}
:previously-synced {:count 0 :value #{}}
:processed {:count 1 :value #{token-name}}
:selected {:count 1 :value #{token-name}}
:total {:count 1 :value #{token-name}}}}}]
(is (= expected-result actual-result))
(doseq [waiter-url waiter-urls]
(is (= {:description token-description
:headers {"content-type" "application/json"
"etag" token-etag}
:status 200
:token-etag token-etag}
(load-token waiter-url token-name))))))))
(finally
(cleanup-token waiter-api waiter-urls token-name))))))
(deftest ^:integration test-token-already-synced
(testing "token already synced"
(let [waiter-urls (waiter-urls)
{:keys [load-token store-token] :as waiter-api} (waiter-api)
limit 10
token-name (str "test-token-already-synced-" (UUID/randomUUID))]
(try
;; ARRANGE
(let [current-time-ms (System/currentTimeMillis)
token-metadata (basic-token-metadata current-time-ms)
token-description (merge basic-description token-metadata)]
(doseq [waiter-url waiter-urls]
(store-token waiter-url token-name nil token-description))
(let [token-etag (token->etag waiter-api (first waiter-urls) token-name)]
;; ACT
(let [actual-result (syncer/sync-tokens waiter-api waiter-urls limit)]
;; ASSERT
(let [expected-result {:details {}
:summary {:sync {:failed #{}
:unmodified #{}
:updated #{}}
:tokens {:pending {:count 0 :value #{}}
:previously-synced {:count 1 :value #{token-name}}
:processed {:count 0 :value #{}}
:selected {:count 0 :value #{}}
:total {:count 1 :value #{token-name}}}}}]
(is (= expected-result actual-result))
(doseq [waiter-url waiter-urls]
(is (= {:description token-description
:headers {"content-type" "application/json"
"etag" token-etag}
:status 200
:token-etag token-etag}
(load-token waiter-url token-name))))))))
(finally
(cleanup-token waiter-api waiter-urls token-name))))))
(deftest ^:integration test-token-update
(testing "token sync update"
(let [waiter-urls (waiter-urls)
{:keys [load-token store-token] :as waiter-api} (waiter-api)
limit 10
token-name (str "test-token-update-" (UUID/randomUUID))]
(try
;; ARRANGE
(let [current-time-ms (System/currentTimeMillis)
token-metadata (basic-token-metadata current-time-ms)
token-description (merge basic-description token-metadata)]
(let [last-update-time-ms (- current-time-ms 10000)]
(store-token (first waiter-urls) token-name nil token-description)
(doseq [waiter-url (rest waiter-urls)]
(store-token waiter-url token-name nil
(assoc token-description
"cpus" 2
"mem" 2048
"last-update-time" last-update-time-ms))))
(let [token-etag (token->etag waiter-api (first waiter-urls) token-name)]
;; ACT
(let [actual-result (syncer/sync-tokens waiter-api waiter-urls limit)]
;; ASSERT
(let [waiter-sync-result (constantly
{:code :success/sync-update
:details {:etag token-etag
:status 200}})
expected-result {:details {token-name {:latest {:cluster-url (first waiter-urls)
:description token-description
:token-etag token-etag}
:sync-result (pc/map-from-keys waiter-sync-result (rest waiter-urls))}}
:summary {:sync {:failed #{}
:unmodified #{}
:updated #{token-name}}
:tokens {:pending {:count 1 :value #{token-name}}
:previously-synced {:count 0 :value #{}}
:processed {:count 1 :value #{token-name}}
:selected {:count 1 :value #{token-name}}
:total {:count 1 :value #{token-name}}}}}]
(is (= expected-result actual-result))
(doseq [waiter-url waiter-urls]
(is (= {:description token-description
:headers {"content-type" "application/json"
"etag" token-etag}
:status 200
:token-etag token-etag}
(load-token waiter-url token-name))))))))
(finally
(cleanup-token waiter-api waiter-urls token-name))))))
(deftest ^:integration test-token-update-maintenance-mode
(testing "token sync token enabled maintenance mode"
(let [waiter-urls (waiter-urls)
{:keys [load-token store-token] :as waiter-api} (waiter-api)
limit 10
token-name (str "test-token-maintenance-mode-" (UUID/randomUUID))]
(try
;; ARRANGE
(let [current-time-ms (System/currentTimeMillis)
token-metadata (basic-token-metadata current-time-ms)
token-description (merge basic-description token-metadata)
maintenance-config {"message" "custom maintenance message"}]
(store-token (first waiter-urls) token-name nil (assoc token-description "maintenance" maintenance-config))
(doseq [waiter-url (rest waiter-urls)]
(let [last-update-time-ms (- current-time-ms 10000)]
(store-token waiter-url token-name nil
(assoc token-description "last-update-time" last-update-time-ms))))
(let [token-etag (token->etag waiter-api (first waiter-urls) token-name)]
;; ACT
(let [actual-result (syncer/sync-tokens waiter-api waiter-urls limit)]
;; ASSERT
(let [waiter-sync-result (constantly
{:code :success/sync-update
:details {:etag token-etag
:status 200}})
expected-result {:details {token-name {:latest {:cluster-url (first waiter-urls)
:description (assoc
token-description
"maintenance" maintenance-config)
:token-etag token-etag}
:sync-result (pc/map-from-keys waiter-sync-result (rest waiter-urls))}}
:summary {:sync {:failed #{}
:unmodified #{}
:updated #{token-name}}
:tokens {:pending {:count 1 :value #{token-name}}
:previously-synced {:count 0 :value #{}}
:processed {:count 1 :value #{token-name}}
:selected {:count 1 :value #{token-name}}
:total {:count 1 :value #{token-name}}}}}]
(is (= expected-result actual-result))
(doseq [waiter-url waiter-urls]
(is (= {:description (assoc token-description "maintenance" maintenance-config)
:headers {"content-type" "application/json"
"etag" token-etag}
:status 200
:token-etag token-etag}
(load-token waiter-url token-name))))))))
(finally
(cleanup-token waiter-api waiter-urls token-name))))
(testing "token sync token disabled maintenance mode"
(let [waiter-urls (waiter-urls)
{:keys [load-token store-token] :as waiter-api} (waiter-api)
limit 10
token-name (str "test-token-maintenance-mode-" (UUID/randomUUID))]
(try
;; ARRANGE
(let [current-time-ms (System/currentTimeMillis)
token-metadata (basic-token-metadata current-time-ms)
token-description (merge basic-description token-metadata)
maintenance-config {"message" "custom maintenance message"}]
(store-token (first waiter-urls) token-name nil token-description)
(doseq [waiter-url (rest waiter-urls)]
(let [last-update-time-ms (- current-time-ms 10000)]
(store-token waiter-url token-name nil
(assoc token-description
"last-update-time" last-update-time-ms
"maintenance" maintenance-config))))
(let [token-etag (token->etag waiter-api (first waiter-urls) token-name)]
;; ACT
(let [actual-result (syncer/sync-tokens waiter-api waiter-urls limit)]
;; ASSERT
(let [waiter-sync-result (constantly
{:code :success/sync-update
:details {:etag token-etag
:status 200}})
expected-result {:details {token-name {:latest {:cluster-url (first waiter-urls)
:description token-description
:token-etag token-etag}
:sync-result (pc/map-from-keys waiter-sync-result (rest waiter-urls))}}
:summary {:sync {:failed #{}
:unmodified #{}
:updated #{token-name}}
:tokens {:pending {:count 1 :value #{token-name}}
:previously-synced {:count 0 :value #{}}
:processed {:count 1 :value #{token-name}}
:selected {:count 1 :value #{token-name}}
:total {:count 1 :value #{token-name}}}}}]
(is (= expected-result actual-result))
(doseq [waiter-url waiter-urls]
(is (= {:description token-description
:headers {"content-type" "application/json"
"etag" token-etag}
:status 200
:token-etag token-etag}
(load-token waiter-url token-name))))))))
(finally
(cleanup-token waiter-api waiter-urls token-name)))))))
(deftest ^:integration test-token-different-owners-but-same-root
(testing "token sync update with different owners but same root"
(let [waiter-urls (waiter-urls)
{:keys [load-token store-token] :as waiter-api} (waiter-api)
limit 10
token-name (str "test-token-different-owners-but-same-root-" (UUID/randomUUID))]
(try
;; ARRANGE
(let [current-time-ms (System/currentTimeMillis)
last-update-time-ms (- current-time-ms 10000)]
(doall
(map-indexed
(fn [index waiter-url]
(store-token waiter-url token-name nil
(assoc basic-description
"cluster" (waiter-url->cluster waiter-url)
"cpus" (inc index)
"last-update-time" (- last-update-time-ms index)
"last-update-user" (str "auth-user-" index)
"owner" (str "test-user-" index)
"previous" {"last-update-time" (- current-time-ms 30000)
"last-update-user" "foo-user"}
"root" "common-root")))
waiter-urls))
(let [token-etag (token->etag waiter-api (first waiter-urls) token-name)]
;; ACT
(let [actual-result (syncer/sync-tokens waiter-api waiter-urls limit)]
;; ASSERT
(let [latest-description (assoc basic-description
"cluster" (waiter-url->cluster (first waiter-urls))
"cpus" 1
"last-update-time" last-update-time-ms
"last-update-user" "auth-user-0"
"owner" "test-user-0"
"previous" {"last-update-time" (- current-time-ms 30000)
"last-update-user" "foo-user"}
"root" "common-root")
waiter-sync-result (constantly
{:code :success/sync-update
:details {:etag token-etag
:status 200}})
expected-result {:details {token-name {:latest {:cluster-url (first waiter-urls)
:description latest-description
:token-etag token-etag}
:sync-result (pc/map-from-keys waiter-sync-result (rest waiter-urls))}}
:summary {:sync {:failed #{}
:unmodified #{}
:updated #{token-name}}
:tokens {:pending {:count 1 :value #{token-name}}
:previously-synced {:count 0 :value #{}}
:processed {:count 1 :value #{token-name}}
:selected {:count 1 :value #{token-name}}
:total {:count 1 :value #{token-name}}}}}]
(is (= expected-result actual-result))
(doseq [waiter-url waiter-urls]
(is (= {:description latest-description
:headers {"content-type" "application/json"
"etag" token-etag}
:status 200
:token-etag token-etag}
(load-token waiter-url token-name))))))))
(finally
(cleanup-token waiter-api waiter-urls token-name))))))
(deftest ^:integration test-token-different-roots-and-last-update-user
(testing "token sync update with different roots"
(let [waiter-urls (waiter-urls)
{:keys [load-token store-token] :as waiter-api} (waiter-api)
limit 10
token-name (str "test-token-diff-root-diff-user" (UUID/randomUUID))]
(try
;; ARRANGE
(let [current-time-ms (System/currentTimeMillis)
last-update-time-ms (- current-time-ms 10000)]
(doall
(map-indexed
(fn [index waiter-url]
(store-token waiter-url token-name nil
(assoc basic-description
"cluster" (waiter-url->cluster waiter-url)
"cpus" (inc index)
"last-update-time" (- last-update-time-ms index)
"last-update-user" (str "auth-user-" index)
"owner" "test-user"
"previous" {"last-update-time" (- current-time-ms 30000)
"last-update-user" "foo-user"}
"root" waiter-url)))
waiter-urls))
(let [token-etag (token->etag waiter-api (first waiter-urls) token-name)]
;; ACT
(let [actual-result (syncer/sync-tokens waiter-api waiter-urls limit)]
;; ASSERT
(let [latest-description (assoc basic-description
"cluster" (waiter-url->cluster (first waiter-urls))
"cpus" 1
"last-update-time" last-update-time-ms
"last-update-user" "auth-user-0"
"owner" "test-user"
"previous" {"last-update-time" (- current-time-ms 30000)
"last-update-user" "foo-user"}
"root" (first waiter-urls))
sync-result (->> (rest waiter-urls)
(map-indexed
(fn [index waiter-url]
[waiter-url
{:code :error/root-mismatch
:details {:cluster (assoc basic-description
"cluster" (waiter-url->cluster waiter-url)
"cpus" (+ index 2)
"last-update-time" (- last-update-time-ms index 1)
"last-update-user" (str "auth-user-" (inc index))
"owner" "test-user"
"previous" {"last-update-time" (- current-time-ms 30000)
"last-update-user" "foo-user"}
"root" waiter-url)
:latest latest-description}}]))
(into {}))
expected-result {:details {token-name {:latest {:cluster-url (first waiter-urls)
:description latest-description
:token-etag token-etag}
:sync-result sync-result}}
:summary {:sync {:failed #{token-name}
:unmodified #{}
:updated #{}}
:tokens {:pending {:count 1 :value #{token-name}}
:previously-synced {:count 0 :value #{}}
:processed {:count 1 :value #{token-name}}
:selected {:count 1 :value #{token-name}}
:total {:count 1 :value #{token-name}}}}}]
(is (= expected-result actual-result))
(doall
(map-indexed
(fn [index waiter-url]
(let [token-last-modified-time (- last-update-time-ms index)
token-etag (token->etag waiter-api waiter-url token-name)]
(is (= {:description (assoc basic-description
"cluster" (waiter-url->cluster waiter-url)
"cpus" (inc index)
"last-update-time" token-last-modified-time
"last-update-user" (str "auth-user-" index)
"owner" "test-user"
"previous" {"last-update-time" (- current-time-ms 30000)
"last-update-user" "foo-user"}
"root" waiter-url)
:headers {"content-type" "application/json"
"etag" token-etag}
:status 200
:token-etag token-etag}
(load-token waiter-url token-name)))))
waiter-urls))))))
(finally
(cleanup-token waiter-api waiter-urls token-name))))))
(deftest ^:integration test-token-different-roots-but-same-last-update-user
(testing "token sync update with different roots"
(let [waiter-urls (waiter-urls)
{:keys [load-token store-token] :as waiter-api} (waiter-api)
limit 10
token-name (str "diff-root-same-user" (UUID/randomUUID))]
(try
;; ARRANGE
(let [current-time-ms (System/currentTimeMillis)
last-update-time-ms (- current-time-ms 10000)]
(doall
(map-indexed
(fn [index waiter-url]
(store-token waiter-url token-name nil
(assoc basic-description
"cluster" (waiter-url->cluster waiter-url)
"cpus" (inc index)
"last-update-time" (- last-update-time-ms index)
"last-update-user" "auth-user"
"owner" "test-user"
"previous" {"last-update-time" (- current-time-ms 30000)
"last-update-user" "foo-user"}
"root" waiter-url)))
waiter-urls))
(let [token-etag (token->etag waiter-api (first waiter-urls) token-name)]
;; ACT
(let [actual-result (syncer/sync-tokens waiter-api waiter-urls limit)]
;; ASSERT
(let [latest-description (assoc basic-description
"cluster" (waiter-url->cluster (first waiter-urls))
"cpus" 1
"last-update-time" last-update-time-ms
"last-update-user" "auth-user"
"owner" "test-user"
"previous" {"last-update-time" (- current-time-ms 30000)
"last-update-user" "foo-user"}
"root" (first waiter-urls))
sync-result (->> (rest waiter-urls)
(map
(fn [waiter-url]
[waiter-url
{:code :success/sync-update
:details {:etag token-etag
:status 200}}]))
(into {}))
expected-result {:details {token-name {:latest {:cluster-url (first waiter-urls)
:description latest-description
:token-etag token-etag}
:sync-result sync-result}}
:summary {:sync {:failed #{}
:unmodified #{}
:updated #{token-name}}
:tokens {:pending {:count 1 :value #{token-name}}
:previously-synced {:count 0 :value #{}}
:processed {:count 1 :value #{token-name}}
:selected {:count 1 :value #{token-name}}
:total {:count 1 :value #{token-name}}}}}]
(is (= expected-result actual-result))
(doall
(map
(fn [waiter-url]
(let [token-etag (token->etag waiter-api waiter-url token-name)]
(is (= {:description latest-description
:headers {"content-type" "application/json"
"etag" token-etag}
:status 200
:token-etag token-etag}
(load-token waiter-url token-name)))))
waiter-urls))))))
(finally
(cleanup-token waiter-api waiter-urls token-name))))))
(deftest ^:integration test-token-different-roots-and-deleted
(testing "token sync hard-delete deleted tokens with different different roots"
(let [waiter-urls (waiter-urls)
{:keys [load-token store-token] :as waiter-api} (waiter-api)
limit 10
token-name (str "test-token-different-roots-and-deleted-" (UUID/randomUUID))]
(try
;; ARRANGE
(let [current-time-ms (System/currentTimeMillis)
last-update-time-ms (- current-time-ms 10000)]
(doall
(map-indexed
(fn [index waiter-url]
(store-token waiter-url token-name nil
(assoc basic-description
"cluster" (waiter-url->cluster waiter-url)
"cpus" (inc index)
"deleted" true
"last-update-time" (- last-update-time-ms index)
"last-update-user" "auth-user"
"owner" "test-user"
"previous" {"last-update-time" (- current-time-ms 30000)
"last-update-user" "foo-user"}
"root" waiter-url)))
waiter-urls))
(let [token-etag (token->etag waiter-api (first waiter-urls) token-name)]
;; ACT
(let [actual-result (syncer/sync-tokens waiter-api waiter-urls limit)]
;; ASSERT
(let [latest-description (assoc basic-description
"cluster" (waiter-url->cluster (first waiter-urls))
"cpus" 1
"deleted" true
"last-update-time" last-update-time-ms
"last-update-user" "auth-user"
"owner" "test-user"
"previous" {"last-update-time" (- current-time-ms 30000)
"last-update-user" "foo-user"}
"root" (first waiter-urls))
sync-result (pc/map-from-keys
(constantly
{:code :success/hard-delete
:details {:etag ""
:status 200}})
waiter-urls)
expected-result {:details {token-name {:latest {:cluster-url (first waiter-urls)
:description latest-description
:token-etag token-etag}
:sync-result sync-result}}
:summary {:sync {:failed #{}
:unmodified #{}
:updated #{token-name}}
:tokens {:pending {:count 1 :value #{token-name}}
:previously-synced {:count 0 :value #{}}
:processed {:count 1 :value #{token-name}}
:selected {:count 1 :value #{token-name}}
:total {:count 1 :value #{token-name}}}}}]
(is (= expected-result actual-result))
(doall
(map
(fn [waiter-url]
(is (= {:description {}
:headers {"content-type" "application/json"}
:status 404}
(load-token waiter-url token-name))))
waiter-urls))))))
(finally
(cleanup-token waiter-api waiter-urls token-name))))))
(deftest ^:integration test-token-same-user-params-but-different-root-and-last-update-user
(testing "token sync update with different difference only in roots and last-update-user"
(let [waiter-urls (waiter-urls)
{:keys [load-token store-token] :as waiter-api} (waiter-api)
limit 10
token-name (str "test-token-same-user-params-but-different-root-and-last-update-user-" (UUID/randomUUID))]
(try
;; ARRANGE
(let [current-time-ms (System/currentTimeMillis)
last-update-time-ms (- current-time-ms 10000)]
(doall
(map-indexed
(fn [index waiter-url]
(store-token waiter-url token-name nil
(assoc basic-description
"cluster" (waiter-url->cluster waiter-url)
"last-update-time" (- last-update-time-ms index)
"last-update-user" (str "auth-user-" index)
"owner" "test-user"
"previous" {"last-update-time" (- current-time-ms 30000)
"last-update-user" "foo-user"}
"root" waiter-url)))
waiter-urls))
(let [token-etag (token->etag waiter-api (first waiter-urls) token-name)]
;; ACT
(let [actual-result (syncer/sync-tokens waiter-api waiter-urls limit)]
;; ASSERT
(let [latest-description (assoc basic-description
"cluster" (waiter-url->cluster (first waiter-urls))
"last-update-time" last-update-time-ms
"last-update-user" "auth-user-0"
"owner" "test-user"
"previous" {"last-update-time" (- current-time-ms 30000)
"last-update-user" "foo-user"}
"root" (first waiter-urls))
sync-result (pc/map-from-keys
(constantly {:code :error/token-sync
:details {:message "token contents match, but were edited by different users"}})
(rest waiter-urls))
expected-result {:details {token-name {:latest {:cluster-url (first waiter-urls)
:description latest-description
:token-etag token-etag}
:sync-result sync-result}}
:summary {:sync {:failed #{token-name}
:unmodified #{}
:updated #{}}
:tokens {:pending {:count 1 :value #{token-name}}
:previously-synced {:count 0 :value #{}}
:processed {:count 1 :value #{token-name}}
:selected {:count 1 :value #{token-name}}
:total {:count 1 :value #{token-name}}}}}]
(is (= expected-result actual-result))
(doall
(map-indexed
(fn [index waiter-url]
(let [token-etag (token->etag waiter-api waiter-url token-name)]
(is (= {:description (assoc basic-description
"cluster" (waiter-url->cluster waiter-url)
"last-update-time" (- last-update-time-ms index)
"last-update-user" (str "auth-user-" index)
"owner" "test-user"
"previous" {"last-update-time" (- current-time-ms 30000)
"last-update-user" "foo-user"}
"root" waiter-url)
:headers {"content-type" "application/json"
"etag" token-etag}
:status 200
:token-etag token-etag}
(load-token waiter-url token-name)))))
waiter-urls))))))
(finally
(cleanup-token waiter-api waiter-urls token-name))))))
(deftest ^:integration test-token-same-user-params-and-last-update-user-but-different-root
(testing "token sync update with different difference only in roots"
(let [waiter-urls (waiter-urls)
{:keys [load-token store-token] :as waiter-api} (waiter-api)
limit 10
token-name (str "test-token-same-user-params-and-last-update-user-but-different-root-" (UUID/randomUUID))]
(try
;; ARRANGE
(let [current-time-ms (System/currentTimeMillis)
last-update-time-ms (- current-time-ms 10000)]
(doall
(map-indexed
(fn [index waiter-url]
(store-token waiter-url token-name nil
(assoc basic-description
"cluster" (waiter-url->cluster waiter-url)
"last-update-time" (- last-update-time-ms index)
"last-update-user" "auth-user"
"owner" "test-user"
"previous" {"last-update-time" (- current-time-ms 30000)
"last-update-user" "foo-user"}
"root" waiter-url)))
waiter-urls))
(let [token-etag (token->etag waiter-api (first waiter-urls) token-name)]
;; ACT
(let [actual-result (syncer/sync-tokens waiter-api waiter-urls limit)]
;; ASSERT
(let [latest-description (assoc basic-description
"cluster" (waiter-url->cluster (first waiter-urls))
"last-update-time" last-update-time-ms
"last-update-user" "auth-user"
"owner" "test-user"
"previous" {"last-update-time" (- current-time-ms 30000)
"last-update-user" "foo-user"}
"root" (first waiter-urls))
sync-result (pc/map-from-keys
(constantly {:code :success/skip-token-sync})
(rest waiter-urls))
expected-result {:details {token-name {:latest {:cluster-url (first waiter-urls)
:description latest-description
:token-etag token-etag}
:sync-result sync-result}}
:summary {:sync {:failed #{}
:unmodified #{}
:updated #{token-name}}
:tokens {:pending {:count 1 :value #{token-name}}
:previously-synced {:count 0 :value #{}}
:processed {:count 1 :value #{token-name}}
:selected {:count 1 :value #{token-name}}
:total {:count 1 :value #{token-name}}}}}]
(is (= expected-result actual-result))
(doall
(map-indexed
(fn [index waiter-url]
(let [token-etag (token->etag waiter-api waiter-url token-name)]
(is (= {:description (assoc basic-description
"cluster" (waiter-url->cluster waiter-url)
"last-update-time" (- last-update-time-ms index)
"last-update-user" "auth-user"
"owner" "test-user"
"previous" {"last-update-time" (- current-time-ms 30000)
"last-update-user" "foo-user"}
"root" waiter-url)
:headers {"content-type" "application/json"
"etag" token-etag}
:status 200
:token-etag token-etag}
(load-token waiter-url token-name)))))
waiter-urls))))))
(finally
(cleanup-token waiter-api waiter-urls token-name))))))
(deftest ^:integration test-ping-tokens
(testing "token ping on clusters"
(let [waiter-urls (waiter-urls)
queue-timeout-ms 120000
{:keys [store-token] :as waiter-api} (waiter-api)]
(testing "successful health check"
(let [token-name (str "test-ping-tokens-" (UUID/randomUUID))]
(try
;; ARRANGE
(doall
(map (fn [waiter-url]
(->> (assoc basic-description
"health-check-url" "/status"
"idle-timeout-mins" 2
"run-as-user" "*"
"version" "lorem-ipsum")
(store-token waiter-url token-name nil)))
waiter-urls))
;; ACT
(let [actual-result (ping/ping-token waiter-api waiter-urls token-name queue-timeout-ms)]
;; ASSERT
(let [expected-result {:details
(pc/map-from-keys
(fn [cluster-url]
{:exit-code 0
:message (str "successfully pinged token " token-name " on " cluster-url
", reason: health check returned status code 200")})
waiter-urls)
:exit-code 0
:message (str "pinging token " token-name " on "
(-> waiter-urls vec println with-out-str str/trim)
" was successful")
:token token-name}]
(is (= expected-result actual-result))))
(finally
(cleanup-token waiter-api waiter-urls token-name)))))
(testing "unsuccessful health check"
(let [token-name (str "test-ping-tokens-" (UUID/randomUUID))]
(try
;; ARRANGE
(doall
(map (fn [waiter-url]
(->> (assoc basic-description