discourse/spec/rails_helper.rb

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# frozen_string_literal: true
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if ENV["COVERAGE"]
require "simplecov"
if ENV["TEST_ENV_NUMBER"]
SimpleCov.command_name "#{SimpleCov.command_name} #{ENV["TEST_ENV_NUMBER"]}"
end
SimpleCov.start "rails" do
add_group "Libraries", %r{^/lib/(?!tasks).*$}
add_group "Scripts", "script"
add_group "Serializers", "app/serializers"
add_group "Services", "app/services"
add_group "Tasks", "lib/tasks"
end
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end
require "rubygems"
require "rbtrace" if RUBY_ENGINE == "ruby"
require "pry"
require "pry-byebug"
require "pry-rails"
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require "fabrication"
require "mocha/api"
require "certified"
require "webmock/rspec"
class RspecErrorTracker
def self.last_exception=(ex)
@ex = ex
end
def self.last_exception
@ex
end
def initialize(app, config = {})
@app = app
end
def call(env)
begin
@app.call(env)
DEV: Output webmock errors in request specs (#14782) * DEV: Output webmock errors in request specs In request specs, if you had not properly mocked an external HTTP call, you would end up with a 500 error with no further information instead of your expected response code, with an rspec output like this: ``` Failures: 1) UploadsController#generate_presigned_put when the store is external generates a presigned URL and creates an external upload stub Failure/Error: expect(response.status).to eq(200) expected: 200 got: 500 (compared using ==) # ./spec/requests/uploads_controller_spec.rb:727:in `block (4 levels) in <top (required)>' # ./spec/rails_helper.rb:280:in `block (2 levels) in <top (required)>' ``` This is not helpful at all when you want to find what you actually failed to mock, which is shown straight away in non-request specs. This commit introduces a rescue_from block in the application controller to log this error, so we have a much nicer output that helps the developer find the issue: ``` Failures: 1) UploadsController#generate_presigned_put when the store is external generates a presigned URL and creates an external upload stub Failure/Error: expect(response.status).to eq(200) expected: 200 got: 500 (compared using ==) # ./spec/requests/uploads_controller_spec.rb:727:in `block (4 levels) in <top (required)>' # ./spec/rails_helper.rb:280:in `block (2 levels) in <top (required)>' # ------------------ # --- Caused by: --- # WebMock::NetConnectNotAllowedError: # Real HTTP connections are disabled. Unregistered request: GET https://s3-upload-bucket.s3.us-west-1.amazonaws.com/?cors with headers {'Accept'=>'*/*', 'Accept-Encoding'=>'', 'Authorization'=>'AWS4-HMAC-SHA256 Credential=some key/20211101/us-west-1/s3/aws4_request, SignedHeaders=host;user-agent;x-amz-content-sha256;x-amz-date, Signature=test', 'Host'=>'s3-upload-bucket.s3.us-west-1.amazonaws.com', 'User-Agent'=>'aws-sdk-ruby3/3.121.2 ruby/2.7.1 x86_64-linux aws-sdk-s3/1.96.1', 'X-Amz-Content-Sha256'=>'test', 'X-Amz-Date'=>'20211101T035113Z'} # # You can stub this request with the following snippet: # # stub_request(:get, "https://s3-upload-bucket.s3.us-west-1.amazonaws.com/?cors"). # with( # headers: { # 'Accept'=>'*/*', # 'Accept-Encoding'=>'', # 'Authorization'=>'AWS4-HMAC-SHA256 Credential=some key/20211101/us-west-1/s3/aws4_request, SignedHeaders=host;user-agent;x-amz-content-sha256;x-amz-date, Signature=test', # 'Host'=>'s3-upload-bucket.s3.us-west-1.amazonaws.com', # 'User-Agent'=>'aws-sdk-ruby3/3.121.2 ruby/2.7.1 x86_64-linux aws-sdk-s3/1.96.1', # 'X-Amz-Content-Sha256'=>'test', # 'X-Amz-Date'=>'20211101T035113Z' # }). # to_return(status: 200, body: "", headers: {}) # # registered request stubs: # # stub_request(:head, "https://s3-upload-bucket.s3.us-west-1.amazonaws.com/") # # ============================================================ ``` * DEV: Require webmock in application controller if rails.env.test * DEV: Rescue from StandardError and NetConnectNotAllowedError
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# This is a little repetitive, but since WebMock::NetConnectNotAllowedError
# and also Mocha::ExpectationError inherit from Exception instead of StandardError
# they do not get captured by the rescue => e shorthand :(
rescue WebMock::NetConnectNotAllowedError, Mocha::ExpectationError, StandardError => e
RspecErrorTracker.last_exception = e
raise e
end
ensure
end
end
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ENV["RAILS_ENV"] ||= "test"
require File.expand_path("../../config/environment", __FILE__)
require "rspec/rails"
require "shoulda-matchers"
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require "sidekiq/testing"
require "test_prof/recipes/rspec/let_it_be"
require "test_prof/before_all/adapters/active_record"
DEV: Minimal first pass of rails system test setup (#16311) This commit introduces rails system tests run with chromedriver, selenium, and headless chrome to our testing toolbox. We use the `webdrivers` gem and `selenium-webdriver` which is what the latest Rails uses so the tests run locally and in CI out of the box. You can use `SELENIUM_VERBOSE_DRIVER_LOGS=1` to show extra verbose logs of what selenium is doing to communicate with the system tests. By default JS logs are verbose so errors from JS are shown when running system tests, you can disable this with `SELENIUM_DISABLE_VERBOSE_JS_LOGS=1` You can use `SELENIUM_HEADLESS=0` to run the system tests inside a chrome browser instead of headless, which can be useful to debug things and see what the spec sees. See note above about `bin/ember-cli` to avoid surprises. I have modified `bin/turbo_rspec` to exclude `spec/system` by default, support for parallel system specs is a little shaky right now and we don't want them slowing down the turbo by default either. ### PageObjects and System Tests To make querying and inspecting parts of the page easier and more reusable inbetween system tests, we are using the concept of [PageObjects](https://www.selenium.dev/documentation/test_practices/encouraged/page_object_models/) in our system tests. A "Page" here is generally corresponds to an overarching ember route, e.g. "Topic" for `/t/324345/some-topic`, and this contains logic for querying components within the topic such as "Posts". I have also split "Modals" into their own entity. Further down the line we may want to explore creating independent "Component" contexts. Capybara DSL should be included in each PageObject class, reference for this can be found at https://rubydoc.info/github/teamcapybara/capybara/master#the-dsl For system tests, since they are so slow, we want to focus on the "happy path" and not do every different possible context and branch check using them. They are meant to be overarching tests that check a number of things are correct using the full stack from JS and ember to rails to ruby and then the database. ### CI Setup Whenever a system spec fails, a screenshot is taken and a build artifact is produced _after the entire CI run is complete_, which can be downloaded from the Actions UI in the repo. Most importantly, a step to build the Ember app using Ember CLI is needed, otherwise the JS assets cannot be found by capybara: ``` - name: Build Ember CLI run: bin/ember-cli --build ``` A new `--build` argument has been added to `bin/ember-cli` for this case, which is not needed locally if you already have the discourse rails server running via `bin/ember-cli -u` since the whole server is built and set up by default. Co-authored-by: David Taylor <david@taylorhq.com>
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require "webdrivers"
require "selenium-webdriver"
require "capybara/rails"
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# The shoulda-matchers gem no longer detects the test framework
# you're using or mixes itself into that framework automatically.
Shoulda::Matchers.configure do |config|
config.integrate do |with|
with.test_framework :rspec
with.library :active_record
with.library :active_model
end
end
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# Requires supporting ruby files with custom matchers and macros, etc,
# in spec/support/ and its subdirectories.
Dir[Rails.root.join("spec/support/**/*.rb")].each { |f| require f }
DEV: Minimal first pass of rails system test setup (#16311) This commit introduces rails system tests run with chromedriver, selenium, and headless chrome to our testing toolbox. We use the `webdrivers` gem and `selenium-webdriver` which is what the latest Rails uses so the tests run locally and in CI out of the box. You can use `SELENIUM_VERBOSE_DRIVER_LOGS=1` to show extra verbose logs of what selenium is doing to communicate with the system tests. By default JS logs are verbose so errors from JS are shown when running system tests, you can disable this with `SELENIUM_DISABLE_VERBOSE_JS_LOGS=1` You can use `SELENIUM_HEADLESS=0` to run the system tests inside a chrome browser instead of headless, which can be useful to debug things and see what the spec sees. See note above about `bin/ember-cli` to avoid surprises. I have modified `bin/turbo_rspec` to exclude `spec/system` by default, support for parallel system specs is a little shaky right now and we don't want them slowing down the turbo by default either. ### PageObjects and System Tests To make querying and inspecting parts of the page easier and more reusable inbetween system tests, we are using the concept of [PageObjects](https://www.selenium.dev/documentation/test_practices/encouraged/page_object_models/) in our system tests. A "Page" here is generally corresponds to an overarching ember route, e.g. "Topic" for `/t/324345/some-topic`, and this contains logic for querying components within the topic such as "Posts". I have also split "Modals" into their own entity. Further down the line we may want to explore creating independent "Component" contexts. Capybara DSL should be included in each PageObject class, reference for this can be found at https://rubydoc.info/github/teamcapybara/capybara/master#the-dsl For system tests, since they are so slow, we want to focus on the "happy path" and not do every different possible context and branch check using them. They are meant to be overarching tests that check a number of things are correct using the full stack from JS and ember to rails to ruby and then the database. ### CI Setup Whenever a system spec fails, a screenshot is taken and a build artifact is produced _after the entire CI run is complete_, which can be downloaded from the Actions UI in the repo. Most importantly, a step to build the Ember app using Ember CLI is needed, otherwise the JS assets cannot be found by capybara: ``` - name: Build Ember CLI run: bin/ember-cli --build ``` A new `--build` argument has been added to `bin/ember-cli` for this case, which is not needed locally if you already have the discourse rails server running via `bin/ember-cli -u` since the whole server is built and set up by default. Co-authored-by: David Taylor <david@taylorhq.com>
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Dir[Rails.root.join("spec/system/page_objects/**/base.rb")].each { |f| require f }
DEV: Minimal first pass of rails system test setup (#16311) This commit introduces rails system tests run with chromedriver, selenium, and headless chrome to our testing toolbox. We use the `webdrivers` gem and `selenium-webdriver` which is what the latest Rails uses so the tests run locally and in CI out of the box. You can use `SELENIUM_VERBOSE_DRIVER_LOGS=1` to show extra verbose logs of what selenium is doing to communicate with the system tests. By default JS logs are verbose so errors from JS are shown when running system tests, you can disable this with `SELENIUM_DISABLE_VERBOSE_JS_LOGS=1` You can use `SELENIUM_HEADLESS=0` to run the system tests inside a chrome browser instead of headless, which can be useful to debug things and see what the spec sees. See note above about `bin/ember-cli` to avoid surprises. I have modified `bin/turbo_rspec` to exclude `spec/system` by default, support for parallel system specs is a little shaky right now and we don't want them slowing down the turbo by default either. ### PageObjects and System Tests To make querying and inspecting parts of the page easier and more reusable inbetween system tests, we are using the concept of [PageObjects](https://www.selenium.dev/documentation/test_practices/encouraged/page_object_models/) in our system tests. A "Page" here is generally corresponds to an overarching ember route, e.g. "Topic" for `/t/324345/some-topic`, and this contains logic for querying components within the topic such as "Posts". I have also split "Modals" into their own entity. Further down the line we may want to explore creating independent "Component" contexts. Capybara DSL should be included in each PageObject class, reference for this can be found at https://rubydoc.info/github/teamcapybara/capybara/master#the-dsl For system tests, since they are so slow, we want to focus on the "happy path" and not do every different possible context and branch check using them. They are meant to be overarching tests that check a number of things are correct using the full stack from JS and ember to rails to ruby and then the database. ### CI Setup Whenever a system spec fails, a screenshot is taken and a build artifact is produced _after the entire CI run is complete_, which can be downloaded from the Actions UI in the repo. Most importantly, a step to build the Ember app using Ember CLI is needed, otherwise the JS assets cannot be found by capybara: ``` - name: Build Ember CLI run: bin/ember-cli --build ``` A new `--build` argument has been added to `bin/ember-cli` for this case, which is not needed locally if you already have the discourse rails server running via `bin/ember-cli -u` since the whole server is built and set up by default. Co-authored-by: David Taylor <david@taylorhq.com>
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Dir[Rails.root.join("spec/system/page_objects/**/*.rb")].each { |f| require f }
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Dir[Rails.root.join("spec/fabricators/*.rb")].each { |f| require f }
require_relative "./helpers/redis_snapshot_helper"
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# Require plugin helpers at plugin/[plugin]/spec/plugin_helper.rb (includes symlinked plugins).
if ENV["LOAD_PLUGINS"] == "1"
Dir[Rails.root.join("plugins/*/spec/plugin_helper.rb")].each { |f| require f }
Dir[Rails.root.join("plugins/*/spec/fabricators/**/*.rb")].each { |f| require f }
DEV: Minimal first pass of rails system test setup (#16311) This commit introduces rails system tests run with chromedriver, selenium, and headless chrome to our testing toolbox. We use the `webdrivers` gem and `selenium-webdriver` which is what the latest Rails uses so the tests run locally and in CI out of the box. You can use `SELENIUM_VERBOSE_DRIVER_LOGS=1` to show extra verbose logs of what selenium is doing to communicate with the system tests. By default JS logs are verbose so errors from JS are shown when running system tests, you can disable this with `SELENIUM_DISABLE_VERBOSE_JS_LOGS=1` You can use `SELENIUM_HEADLESS=0` to run the system tests inside a chrome browser instead of headless, which can be useful to debug things and see what the spec sees. See note above about `bin/ember-cli` to avoid surprises. I have modified `bin/turbo_rspec` to exclude `spec/system` by default, support for parallel system specs is a little shaky right now and we don't want them slowing down the turbo by default either. ### PageObjects and System Tests To make querying and inspecting parts of the page easier and more reusable inbetween system tests, we are using the concept of [PageObjects](https://www.selenium.dev/documentation/test_practices/encouraged/page_object_models/) in our system tests. A "Page" here is generally corresponds to an overarching ember route, e.g. "Topic" for `/t/324345/some-topic`, and this contains logic for querying components within the topic such as "Posts". I have also split "Modals" into their own entity. Further down the line we may want to explore creating independent "Component" contexts. Capybara DSL should be included in each PageObject class, reference for this can be found at https://rubydoc.info/github/teamcapybara/capybara/master#the-dsl For system tests, since they are so slow, we want to focus on the "happy path" and not do every different possible context and branch check using them. They are meant to be overarching tests that check a number of things are correct using the full stack from JS and ember to rails to ruby and then the database. ### CI Setup Whenever a system spec fails, a screenshot is taken and a build artifact is produced _after the entire CI run is complete_, which can be downloaded from the Actions UI in the repo. Most importantly, a step to build the Ember app using Ember CLI is needed, otherwise the JS assets cannot be found by capybara: ``` - name: Build Ember CLI run: bin/ember-cli --build ``` A new `--build` argument has been added to `bin/ember-cli` for this case, which is not needed locally if you already have the discourse rails server running via `bin/ember-cli -u` since the whole server is built and set up by default. Co-authored-by: David Taylor <david@taylorhq.com>
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Dir[Rails.root.join("plugins/*/spec/system/page_objects/**/*.rb")].each { |f| require f }
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end
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# let's not run seed_fu every test
SeedFu.quiet = true if SeedFu.respond_to? :quiet
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SiteSetting.automatically_download_gravatars = false
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SeedFu.seed
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# we need this env var to ensure that we can impersonate in test
# this enable integration_helpers sign_in helper
ENV["DISCOURSE_DEV_ALLOW_ANON_TO_IMPERSONATE"] = "1"
module TestSetup
# This is run before each test and before each before_all block
def self.test_setup(x = nil)
RateLimiter.disable
PostActionNotifier.disable
SearchIndexer.disable
UserActionManager.disable
NotificationEmailer.disable
SiteIconManager.disable
WordWatcher.disable_cache
SiteSetting.provider.all.each { |setting| SiteSetting.remove_override!(setting.name) }
# very expensive IO operations
SiteSetting.automatically_download_gravatars = false
Discourse.clear_readonly!
Sidekiq::Worker.clear_all
I18n.locale = SiteSettings::DefaultsProvider::DEFAULT_LOCALE
RspecErrorTracker.last_exception = nil
if $test_cleanup_callbacks
$test_cleanup_callbacks.reverse_each(&:call)
$test_cleanup_callbacks = nil
end
# in test this is very expensive, we explicitly enable when needed
Topic.update_featured_topics = false
# Running jobs are expensive and most of our tests are not concern with
# code that runs inside jobs. run_later! means they are put on the redis
# queue and never processed.
Jobs.run_later!
# Don't track ApplicationRequests in test mode unless opted in
ApplicationRequest.disable
# Don't queue badge grant in test mode
BadgeGranter.disable_queue
OmniAuth.config.test_mode = false
end
end
TestProf::BeforeAll.configure { |config| config.before(:begin) { TestSetup.test_setup } }
if ENV["PREFABRICATION"] == "0"
module Prefabrication
def fab!(name, &blk)
let!(name, &blk)
end
end
RSpec.configure { |config| config.extend Prefabrication }
else
TestProf::LetItBe.configure { |config| config.alias_to :fab!, refind: true }
end
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RSpec.configure do |config|
config.fail_fast = ENV["RSPEC_FAIL_FAST"] == "1"
config.silence_filter_announcements = ENV["RSPEC_SILENCE_FILTER_ANNOUNCEMENTS"] == "1"
config.extend RedisSnapshotHelper
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config.include Helpers
config.include MessageBus
config.include RSpecHtmlMatchers
config.include IntegrationHelpers, type: :request
DEV: Minimal first pass of rails system test setup (#16311) This commit introduces rails system tests run with chromedriver, selenium, and headless chrome to our testing toolbox. We use the `webdrivers` gem and `selenium-webdriver` which is what the latest Rails uses so the tests run locally and in CI out of the box. You can use `SELENIUM_VERBOSE_DRIVER_LOGS=1` to show extra verbose logs of what selenium is doing to communicate with the system tests. By default JS logs are verbose so errors from JS are shown when running system tests, you can disable this with `SELENIUM_DISABLE_VERBOSE_JS_LOGS=1` You can use `SELENIUM_HEADLESS=0` to run the system tests inside a chrome browser instead of headless, which can be useful to debug things and see what the spec sees. See note above about `bin/ember-cli` to avoid surprises. I have modified `bin/turbo_rspec` to exclude `spec/system` by default, support for parallel system specs is a little shaky right now and we don't want them slowing down the turbo by default either. ### PageObjects and System Tests To make querying and inspecting parts of the page easier and more reusable inbetween system tests, we are using the concept of [PageObjects](https://www.selenium.dev/documentation/test_practices/encouraged/page_object_models/) in our system tests. A "Page" here is generally corresponds to an overarching ember route, e.g. "Topic" for `/t/324345/some-topic`, and this contains logic for querying components within the topic such as "Posts". I have also split "Modals" into their own entity. Further down the line we may want to explore creating independent "Component" contexts. Capybara DSL should be included in each PageObject class, reference for this can be found at https://rubydoc.info/github/teamcapybara/capybara/master#the-dsl For system tests, since they are so slow, we want to focus on the "happy path" and not do every different possible context and branch check using them. They are meant to be overarching tests that check a number of things are correct using the full stack from JS and ember to rails to ruby and then the database. ### CI Setup Whenever a system spec fails, a screenshot is taken and a build artifact is produced _after the entire CI run is complete_, which can be downloaded from the Actions UI in the repo. Most importantly, a step to build the Ember app using Ember CLI is needed, otherwise the JS assets cannot be found by capybara: ``` - name: Build Ember CLI run: bin/ember-cli --build ``` A new `--build` argument has been added to `bin/ember-cli` for this case, which is not needed locally if you already have the discourse rails server running via `bin/ember-cli -u` since the whole server is built and set up by default. Co-authored-by: David Taylor <david@taylorhq.com>
2022-09-27 21:48:16 -04:00
config.include SystemHelpers, type: :system
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config.include WebauthnIntegrationHelpers
config.include SiteSettingsHelpers
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config.include SidekiqHelpers
config.include UploadsHelpers
config.include OneboxHelpers
config.include FastImageHelpers
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config.mock_framework = :mocha
config.order = "random"
config.infer_spec_type_from_file_location!
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# If you're not using ActiveRecord, or you'd prefer not to run each of your
# examples within a transaction, remove the following line or assign false
# instead of true.
config.use_transactional_fixtures = true
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# Sometimes you may have a large string or object that you are comparing
# with some expectation, and you want to see the full diff between actual
# and expected without rspec truncating 90% of the diff. Setting the
# max_formatted_output_length to nil disables this truncation completely.
#
# c.f. https://www.rubydoc.info/gems/rspec-expectations/RSpec/Expectations/Configuration#max_formatted_output_length=-instance_method
if ENV["RSPEC_DISABLE_DIFF_TRUNCATION"]
config.expect_with :rspec do |expectation|
expectation.max_formatted_output_length = nil
end
end
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# If true, the base class of anonymous controllers will be inferred
# automatically. This will be the default behavior in future versions of
# rspec-rails.
config.infer_base_class_for_anonymous_controllers = true
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config.before(:suite) do
CachedCounting.disable
begin
ActiveRecord::Migration.check_pending!
rescue ActiveRecord::PendingMigrationError
raise "There are pending migrations, run RAILS_ENV=test bin/rake db:migrate"
end
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Sidekiq.error_handlers.clear
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# Ugly, but needed until we have a user creator
User.skip_callback(:create, :after, :ensure_in_trust_level_group)
DiscoursePluginRegistry.reset! if ENV["LOAD_PLUGINS"] != "1"
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Discourse.current_user_provider = TestCurrentUserProvider
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SiteSetting.refresh!
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# Rebase defaults
#
# We nuke the DB storage provider from site settings, so need to yank out the existing settings
# and pretend they are default.
# There are a bunch of settings that are seeded, they must be loaded as defaults
SiteSetting.current.each do |k, v|
# skip setting defaults for settings that are in unloaded plugins
SiteSetting.defaults.set_regardless_of_locale(k, v) if SiteSetting.respond_to? k
end
SiteSetting.provider = TestLocalProcessProvider.new
DEV: Minimal first pass of rails system test setup (#16311) This commit introduces rails system tests run with chromedriver, selenium, and headless chrome to our testing toolbox. We use the `webdrivers` gem and `selenium-webdriver` which is what the latest Rails uses so the tests run locally and in CI out of the box. You can use `SELENIUM_VERBOSE_DRIVER_LOGS=1` to show extra verbose logs of what selenium is doing to communicate with the system tests. By default JS logs are verbose so errors from JS are shown when running system tests, you can disable this with `SELENIUM_DISABLE_VERBOSE_JS_LOGS=1` You can use `SELENIUM_HEADLESS=0` to run the system tests inside a chrome browser instead of headless, which can be useful to debug things and see what the spec sees. See note above about `bin/ember-cli` to avoid surprises. I have modified `bin/turbo_rspec` to exclude `spec/system` by default, support for parallel system specs is a little shaky right now and we don't want them slowing down the turbo by default either. ### PageObjects and System Tests To make querying and inspecting parts of the page easier and more reusable inbetween system tests, we are using the concept of [PageObjects](https://www.selenium.dev/documentation/test_practices/encouraged/page_object_models/) in our system tests. A "Page" here is generally corresponds to an overarching ember route, e.g. "Topic" for `/t/324345/some-topic`, and this contains logic for querying components within the topic such as "Posts". I have also split "Modals" into their own entity. Further down the line we may want to explore creating independent "Component" contexts. Capybara DSL should be included in each PageObject class, reference for this can be found at https://rubydoc.info/github/teamcapybara/capybara/master#the-dsl For system tests, since they are so slow, we want to focus on the "happy path" and not do every different possible context and branch check using them. They are meant to be overarching tests that check a number of things are correct using the full stack from JS and ember to rails to ruby and then the database. ### CI Setup Whenever a system spec fails, a screenshot is taken and a build artifact is produced _after the entire CI run is complete_, which can be downloaded from the Actions UI in the repo. Most importantly, a step to build the Ember app using Ember CLI is needed, otherwise the JS assets cannot be found by capybara: ``` - name: Build Ember CLI run: bin/ember-cli --build ``` A new `--build` argument has been added to `bin/ember-cli` for this case, which is not needed locally if you already have the discourse rails server running via `bin/ember-cli -u` since the whole server is built and set up by default. Co-authored-by: David Taylor <david@taylorhq.com>
2022-09-27 21:48:16 -04:00
WebMock.disable_net_connect!(allow_localhost: true, allow: [Webdrivers::Chromedriver.base_url])
if ENV["CAPBYARA_DEFAULT_MAX_WAIT_TIME"].present?
Capybara.default_max_wait_time = ENV["CAPBYARA_DEFAULT_MAX_WAIT_TIME"].to_i
end
Capybara.threadsafe = true
Capybara.disable_animation = false
# Click offsets is calculated from top left of element
Capybara.w3c_click_offset = false
DEV: Minimal first pass of rails system test setup (#16311) This commit introduces rails system tests run with chromedriver, selenium, and headless chrome to our testing toolbox. We use the `webdrivers` gem and `selenium-webdriver` which is what the latest Rails uses so the tests run locally and in CI out of the box. You can use `SELENIUM_VERBOSE_DRIVER_LOGS=1` to show extra verbose logs of what selenium is doing to communicate with the system tests. By default JS logs are verbose so errors from JS are shown when running system tests, you can disable this with `SELENIUM_DISABLE_VERBOSE_JS_LOGS=1` You can use `SELENIUM_HEADLESS=0` to run the system tests inside a chrome browser instead of headless, which can be useful to debug things and see what the spec sees. See note above about `bin/ember-cli` to avoid surprises. I have modified `bin/turbo_rspec` to exclude `spec/system` by default, support for parallel system specs is a little shaky right now and we don't want them slowing down the turbo by default either. ### PageObjects and System Tests To make querying and inspecting parts of the page easier and more reusable inbetween system tests, we are using the concept of [PageObjects](https://www.selenium.dev/documentation/test_practices/encouraged/page_object_models/) in our system tests. A "Page" here is generally corresponds to an overarching ember route, e.g. "Topic" for `/t/324345/some-topic`, and this contains logic for querying components within the topic such as "Posts". I have also split "Modals" into their own entity. Further down the line we may want to explore creating independent "Component" contexts. Capybara DSL should be included in each PageObject class, reference for this can be found at https://rubydoc.info/github/teamcapybara/capybara/master#the-dsl For system tests, since they are so slow, we want to focus on the "happy path" and not do every different possible context and branch check using them. They are meant to be overarching tests that check a number of things are correct using the full stack from JS and ember to rails to ruby and then the database. ### CI Setup Whenever a system spec fails, a screenshot is taken and a build artifact is produced _after the entire CI run is complete_, which can be downloaded from the Actions UI in the repo. Most importantly, a step to build the Ember app using Ember CLI is needed, otherwise the JS assets cannot be found by capybara: ``` - name: Build Ember CLI run: bin/ember-cli --build ``` A new `--build` argument has been added to `bin/ember-cli` for this case, which is not needed locally if you already have the discourse rails server running via `bin/ember-cli -u` since the whole server is built and set up by default. Co-authored-by: David Taylor <david@taylorhq.com>
2022-09-27 21:48:16 -04:00
Capybara.configure do |capybara_config|
capybara_config.server_host = "localhost"
capybara_config.server_port = 31_337 + ENV["TEST_ENV_NUMBER"].to_i
DEV: Minimal first pass of rails system test setup (#16311) This commit introduces rails system tests run with chromedriver, selenium, and headless chrome to our testing toolbox. We use the `webdrivers` gem and `selenium-webdriver` which is what the latest Rails uses so the tests run locally and in CI out of the box. You can use `SELENIUM_VERBOSE_DRIVER_LOGS=1` to show extra verbose logs of what selenium is doing to communicate with the system tests. By default JS logs are verbose so errors from JS are shown when running system tests, you can disable this with `SELENIUM_DISABLE_VERBOSE_JS_LOGS=1` You can use `SELENIUM_HEADLESS=0` to run the system tests inside a chrome browser instead of headless, which can be useful to debug things and see what the spec sees. See note above about `bin/ember-cli` to avoid surprises. I have modified `bin/turbo_rspec` to exclude `spec/system` by default, support for parallel system specs is a little shaky right now and we don't want them slowing down the turbo by default either. ### PageObjects and System Tests To make querying and inspecting parts of the page easier and more reusable inbetween system tests, we are using the concept of [PageObjects](https://www.selenium.dev/documentation/test_practices/encouraged/page_object_models/) in our system tests. A "Page" here is generally corresponds to an overarching ember route, e.g. "Topic" for `/t/324345/some-topic`, and this contains logic for querying components within the topic such as "Posts". I have also split "Modals" into their own entity. Further down the line we may want to explore creating independent "Component" contexts. Capybara DSL should be included in each PageObject class, reference for this can be found at https://rubydoc.info/github/teamcapybara/capybara/master#the-dsl For system tests, since they are so slow, we want to focus on the "happy path" and not do every different possible context and branch check using them. They are meant to be overarching tests that check a number of things are correct using the full stack from JS and ember to rails to ruby and then the database. ### CI Setup Whenever a system spec fails, a screenshot is taken and a build artifact is produced _after the entire CI run is complete_, which can be downloaded from the Actions UI in the repo. Most importantly, a step to build the Ember app using Ember CLI is needed, otherwise the JS assets cannot be found by capybara: ``` - name: Build Ember CLI run: bin/ember-cli --build ``` A new `--build` argument has been added to `bin/ember-cli` for this case, which is not needed locally if you already have the discourse rails server running via `bin/ember-cli -u` since the whole server is built and set up by default. Co-authored-by: David Taylor <david@taylorhq.com>
2022-09-27 21:48:16 -04:00
end
module IgnoreUnicornCapturedErrors
def raise_server_error!
super
rescue EOFError, Errno::ECONNRESET, Errno::EPIPE, Errno::ENOTCONN => e
# Ignore these exceptions - caused by client. Handled by unicorn in dev/prod
# https://github.com/defunkt/unicorn/blob/d947cb91cf/lib/unicorn/http_server.rb#L570-L573
end
end
Capybara::Session.class_eval { prepend IgnoreUnicornCapturedErrors }
# The valid values for SELENIUM_BROWSER_LOG_LEVEL are:
#
# OFF
# SEVERE
# WARNING
# INFO
# DEBUG
# ALL
browser_log_level = ENV["SELENIUM_BROWSER_LOG_LEVEL"] || "SEVERE"
DEV: Minimal first pass of rails system test setup (#16311) This commit introduces rails system tests run with chromedriver, selenium, and headless chrome to our testing toolbox. We use the `webdrivers` gem and `selenium-webdriver` which is what the latest Rails uses so the tests run locally and in CI out of the box. You can use `SELENIUM_VERBOSE_DRIVER_LOGS=1` to show extra verbose logs of what selenium is doing to communicate with the system tests. By default JS logs are verbose so errors from JS are shown when running system tests, you can disable this with `SELENIUM_DISABLE_VERBOSE_JS_LOGS=1` You can use `SELENIUM_HEADLESS=0` to run the system tests inside a chrome browser instead of headless, which can be useful to debug things and see what the spec sees. See note above about `bin/ember-cli` to avoid surprises. I have modified `bin/turbo_rspec` to exclude `spec/system` by default, support for parallel system specs is a little shaky right now and we don't want them slowing down the turbo by default either. ### PageObjects and System Tests To make querying and inspecting parts of the page easier and more reusable inbetween system tests, we are using the concept of [PageObjects](https://www.selenium.dev/documentation/test_practices/encouraged/page_object_models/) in our system tests. A "Page" here is generally corresponds to an overarching ember route, e.g. "Topic" for `/t/324345/some-topic`, and this contains logic for querying components within the topic such as "Posts". I have also split "Modals" into their own entity. Further down the line we may want to explore creating independent "Component" contexts. Capybara DSL should be included in each PageObject class, reference for this can be found at https://rubydoc.info/github/teamcapybara/capybara/master#the-dsl For system tests, since they are so slow, we want to focus on the "happy path" and not do every different possible context and branch check using them. They are meant to be overarching tests that check a number of things are correct using the full stack from JS and ember to rails to ruby and then the database. ### CI Setup Whenever a system spec fails, a screenshot is taken and a build artifact is produced _after the entire CI run is complete_, which can be downloaded from the Actions UI in the repo. Most importantly, a step to build the Ember app using Ember CLI is needed, otherwise the JS assets cannot be found by capybara: ``` - name: Build Ember CLI run: bin/ember-cli --build ``` A new `--build` argument has been added to `bin/ember-cli` for this case, which is not needed locally if you already have the discourse rails server running via `bin/ember-cli -u` since the whole server is built and set up by default. Co-authored-by: David Taylor <david@taylorhq.com>
2022-09-27 21:48:16 -04:00
chrome_browser_options =
Selenium::WebDriver::Chrome::Options
.new(logging_prefs: { "browser" => browser_log_level, "driver" => "ALL" })
DEV: Minimal first pass of rails system test setup (#16311) This commit introduces rails system tests run with chromedriver, selenium, and headless chrome to our testing toolbox. We use the `webdrivers` gem and `selenium-webdriver` which is what the latest Rails uses so the tests run locally and in CI out of the box. You can use `SELENIUM_VERBOSE_DRIVER_LOGS=1` to show extra verbose logs of what selenium is doing to communicate with the system tests. By default JS logs are verbose so errors from JS are shown when running system tests, you can disable this with `SELENIUM_DISABLE_VERBOSE_JS_LOGS=1` You can use `SELENIUM_HEADLESS=0` to run the system tests inside a chrome browser instead of headless, which can be useful to debug things and see what the spec sees. See note above about `bin/ember-cli` to avoid surprises. I have modified `bin/turbo_rspec` to exclude `spec/system` by default, support for parallel system specs is a little shaky right now and we don't want them slowing down the turbo by default either. ### PageObjects and System Tests To make querying and inspecting parts of the page easier and more reusable inbetween system tests, we are using the concept of [PageObjects](https://www.selenium.dev/documentation/test_practices/encouraged/page_object_models/) in our system tests. A "Page" here is generally corresponds to an overarching ember route, e.g. "Topic" for `/t/324345/some-topic`, and this contains logic for querying components within the topic such as "Posts". I have also split "Modals" into their own entity. Further down the line we may want to explore creating independent "Component" contexts. Capybara DSL should be included in each PageObject class, reference for this can be found at https://rubydoc.info/github/teamcapybara/capybara/master#the-dsl For system tests, since they are so slow, we want to focus on the "happy path" and not do every different possible context and branch check using them. They are meant to be overarching tests that check a number of things are correct using the full stack from JS and ember to rails to ruby and then the database. ### CI Setup Whenever a system spec fails, a screenshot is taken and a build artifact is produced _after the entire CI run is complete_, which can be downloaded from the Actions UI in the repo. Most importantly, a step to build the Ember app using Ember CLI is needed, otherwise the JS assets cannot be found by capybara: ``` - name: Build Ember CLI run: bin/ember-cli --build ``` A new `--build` argument has been added to `bin/ember-cli` for this case, which is not needed locally if you already have the discourse rails server running via `bin/ember-cli -u` since the whole server is built and set up by default. Co-authored-by: David Taylor <david@taylorhq.com>
2022-09-27 21:48:16 -04:00
.tap do |options|
options.add_argument("--window-size=1400,1400")
options.add_argument("--no-sandbox")
options.add_argument("--disable-dev-shm-usage")
options.add_argument("--mute-audio")
DEV: Minimal first pass of rails system test setup (#16311) This commit introduces rails system tests run with chromedriver, selenium, and headless chrome to our testing toolbox. We use the `webdrivers` gem and `selenium-webdriver` which is what the latest Rails uses so the tests run locally and in CI out of the box. You can use `SELENIUM_VERBOSE_DRIVER_LOGS=1` to show extra verbose logs of what selenium is doing to communicate with the system tests. By default JS logs are verbose so errors from JS are shown when running system tests, you can disable this with `SELENIUM_DISABLE_VERBOSE_JS_LOGS=1` You can use `SELENIUM_HEADLESS=0` to run the system tests inside a chrome browser instead of headless, which can be useful to debug things and see what the spec sees. See note above about `bin/ember-cli` to avoid surprises. I have modified `bin/turbo_rspec` to exclude `spec/system` by default, support for parallel system specs is a little shaky right now and we don't want them slowing down the turbo by default either. ### PageObjects and System Tests To make querying and inspecting parts of the page easier and more reusable inbetween system tests, we are using the concept of [PageObjects](https://www.selenium.dev/documentation/test_practices/encouraged/page_object_models/) in our system tests. A "Page" here is generally corresponds to an overarching ember route, e.g. "Topic" for `/t/324345/some-topic`, and this contains logic for querying components within the topic such as "Posts". I have also split "Modals" into their own entity. Further down the line we may want to explore creating independent "Component" contexts. Capybara DSL should be included in each PageObject class, reference for this can be found at https://rubydoc.info/github/teamcapybara/capybara/master#the-dsl For system tests, since they are so slow, we want to focus on the "happy path" and not do every different possible context and branch check using them. They are meant to be overarching tests that check a number of things are correct using the full stack from JS and ember to rails to ruby and then the database. ### CI Setup Whenever a system spec fails, a screenshot is taken and a build artifact is produced _after the entire CI run is complete_, which can be downloaded from the Actions UI in the repo. Most importantly, a step to build the Ember app using Ember CLI is needed, otherwise the JS assets cannot be found by capybara: ``` - name: Build Ember CLI run: bin/ember-cli --build ``` A new `--build` argument has been added to `bin/ember-cli` for this case, which is not needed locally if you already have the discourse rails server running via `bin/ember-cli -u` since the whole server is built and set up by default. Co-authored-by: David Taylor <david@taylorhq.com>
2022-09-27 21:48:16 -04:00
end
Capybara.register_driver :selenium_chrome do |app|
Capybara::Selenium::Driver.new(app, browser: :chrome, options: chrome_browser_options)
DEV: Minimal first pass of rails system test setup (#16311) This commit introduces rails system tests run with chromedriver, selenium, and headless chrome to our testing toolbox. We use the `webdrivers` gem and `selenium-webdriver` which is what the latest Rails uses so the tests run locally and in CI out of the box. You can use `SELENIUM_VERBOSE_DRIVER_LOGS=1` to show extra verbose logs of what selenium is doing to communicate with the system tests. By default JS logs are verbose so errors from JS are shown when running system tests, you can disable this with `SELENIUM_DISABLE_VERBOSE_JS_LOGS=1` You can use `SELENIUM_HEADLESS=0` to run the system tests inside a chrome browser instead of headless, which can be useful to debug things and see what the spec sees. See note above about `bin/ember-cli` to avoid surprises. I have modified `bin/turbo_rspec` to exclude `spec/system` by default, support for parallel system specs is a little shaky right now and we don't want them slowing down the turbo by default either. ### PageObjects and System Tests To make querying and inspecting parts of the page easier and more reusable inbetween system tests, we are using the concept of [PageObjects](https://www.selenium.dev/documentation/test_practices/encouraged/page_object_models/) in our system tests. A "Page" here is generally corresponds to an overarching ember route, e.g. "Topic" for `/t/324345/some-topic`, and this contains logic for querying components within the topic such as "Posts". I have also split "Modals" into their own entity. Further down the line we may want to explore creating independent "Component" contexts. Capybara DSL should be included in each PageObject class, reference for this can be found at https://rubydoc.info/github/teamcapybara/capybara/master#the-dsl For system tests, since they are so slow, we want to focus on the "happy path" and not do every different possible context and branch check using them. They are meant to be overarching tests that check a number of things are correct using the full stack from JS and ember to rails to ruby and then the database. ### CI Setup Whenever a system spec fails, a screenshot is taken and a build artifact is produced _after the entire CI run is complete_, which can be downloaded from the Actions UI in the repo. Most importantly, a step to build the Ember app using Ember CLI is needed, otherwise the JS assets cannot be found by capybara: ``` - name: Build Ember CLI run: bin/ember-cli --build ``` A new `--build` argument has been added to `bin/ember-cli` for this case, which is not needed locally if you already have the discourse rails server running via `bin/ember-cli -u` since the whole server is built and set up by default. Co-authored-by: David Taylor <david@taylorhq.com>
2022-09-27 21:48:16 -04:00
end
Capybara.register_driver :selenium_chrome_headless do |app|
chrome_browser_options.add_argument("--headless")
Capybara::Selenium::Driver.new(app, browser: :chrome, options: chrome_browser_options)
DEV: Minimal first pass of rails system test setup (#16311) This commit introduces rails system tests run with chromedriver, selenium, and headless chrome to our testing toolbox. We use the `webdrivers` gem and `selenium-webdriver` which is what the latest Rails uses so the tests run locally and in CI out of the box. You can use `SELENIUM_VERBOSE_DRIVER_LOGS=1` to show extra verbose logs of what selenium is doing to communicate with the system tests. By default JS logs are verbose so errors from JS are shown when running system tests, you can disable this with `SELENIUM_DISABLE_VERBOSE_JS_LOGS=1` You can use `SELENIUM_HEADLESS=0` to run the system tests inside a chrome browser instead of headless, which can be useful to debug things and see what the spec sees. See note above about `bin/ember-cli` to avoid surprises. I have modified `bin/turbo_rspec` to exclude `spec/system` by default, support for parallel system specs is a little shaky right now and we don't want them slowing down the turbo by default either. ### PageObjects and System Tests To make querying and inspecting parts of the page easier and more reusable inbetween system tests, we are using the concept of [PageObjects](https://www.selenium.dev/documentation/test_practices/encouraged/page_object_models/) in our system tests. A "Page" here is generally corresponds to an overarching ember route, e.g. "Topic" for `/t/324345/some-topic`, and this contains logic for querying components within the topic such as "Posts". I have also split "Modals" into their own entity. Further down the line we may want to explore creating independent "Component" contexts. Capybara DSL should be included in each PageObject class, reference for this can be found at https://rubydoc.info/github/teamcapybara/capybara/master#the-dsl For system tests, since they are so slow, we want to focus on the "happy path" and not do every different possible context and branch check using them. They are meant to be overarching tests that check a number of things are correct using the full stack from JS and ember to rails to ruby and then the database. ### CI Setup Whenever a system spec fails, a screenshot is taken and a build artifact is produced _after the entire CI run is complete_, which can be downloaded from the Actions UI in the repo. Most importantly, a step to build the Ember app using Ember CLI is needed, otherwise the JS assets cannot be found by capybara: ``` - name: Build Ember CLI run: bin/ember-cli --build ``` A new `--build` argument has been added to `bin/ember-cli` for this case, which is not needed locally if you already have the discourse rails server running via `bin/ember-cli -u` since the whole server is built and set up by default. Co-authored-by: David Taylor <david@taylorhq.com>
2022-09-27 21:48:16 -04:00
end
mobile_chrome_browser_options =
Selenium::WebDriver::Chrome::Options
.new(logging_prefs: { "browser" => "INFO", "driver" => "ALL" })
.tap do |options|
UX: improves composer and thread panel (#21210) This pull request is a full overhaul of the chat-composer and contains various improvements to the thread panel. They have been grouped in the same PR as lots of improvements/fixes to the thread panel needed an improved composer. This is meant as a first step. ### New features included in this PR - A resizable side panel - A clear dropzone area for uploads - A simplified design for image uploads, this is only a first step towards more redesign of this area in the future ### Notable fixes in this PR - Correct placeholder in thread panel - Allows to edit the last message of a thread with arrow up - Correctly focus composer when replying to a message - The reply indicator is added instantly in the channel when starting a thread - Prevents a large variety of bug where the composer could bug and prevent sending message or would clear your input while it has content ### Technical notes To achieve this PR, three important changes have been made: - `<ChatComposer>` has been fully rewritten and is now a glimmer component - The chat composer now takes a `ChatMessage` as input which can directly be used in other operations, it simplifies a lot of logic as we are always working a with a `ChatMessage` - `TextareaInteractor` has been created to wrap the existing `TextareaTextManipulation` mixin, it will make future migrations easier and allow us to have a less polluted `<ChatComposer>` Note ".chat-live-pane" has been renamed ".chat-channel" Design for upload dropzone is from @chapoi
2023-04-25 04:23:03 -04:00
options.add_argument("--window-size=390,960")
options.add_argument("--no-sandbox")
options.add_argument("--disable-dev-shm-usage")
options.add_emulation(device_name: "iPhone 12 Pro")
options.add_argument("--mute-audio")
end
Capybara.register_driver :selenium_mobile_chrome do |app|
Capybara::Selenium::Driver.new(app, browser: :chrome, options: mobile_chrome_browser_options)
end
Capybara.register_driver :selenium_mobile_chrome_headless do |app|
mobile_chrome_browser_options.add_argument("--headless")
Capybara::Selenium::Driver.new(app, browser: :chrome, options: mobile_chrome_browser_options)
end
if ENV["ELEVATED_UPLOADS_ID"]
DB.exec "SELECT setval('uploads_id_seq', 10000)"
else
DB.exec "SELECT setval('uploads_id_seq', 1)"
end
2017-08-09 17:50:59 -04:00
end
class TestLocalProcessProvider < SiteSettings::LocalProcessProvider
attr_accessor :current_site
def initialize
super
self.current_site = "test"
end
end
DEV: Minimal first pass of rails system test setup (#16311) This commit introduces rails system tests run with chromedriver, selenium, and headless chrome to our testing toolbox. We use the `webdrivers` gem and `selenium-webdriver` which is what the latest Rails uses so the tests run locally and in CI out of the box. You can use `SELENIUM_VERBOSE_DRIVER_LOGS=1` to show extra verbose logs of what selenium is doing to communicate with the system tests. By default JS logs are verbose so errors from JS are shown when running system tests, you can disable this with `SELENIUM_DISABLE_VERBOSE_JS_LOGS=1` You can use `SELENIUM_HEADLESS=0` to run the system tests inside a chrome browser instead of headless, which can be useful to debug things and see what the spec sees. See note above about `bin/ember-cli` to avoid surprises. I have modified `bin/turbo_rspec` to exclude `spec/system` by default, support for parallel system specs is a little shaky right now and we don't want them slowing down the turbo by default either. ### PageObjects and System Tests To make querying and inspecting parts of the page easier and more reusable inbetween system tests, we are using the concept of [PageObjects](https://www.selenium.dev/documentation/test_practices/encouraged/page_object_models/) in our system tests. A "Page" here is generally corresponds to an overarching ember route, e.g. "Topic" for `/t/324345/some-topic`, and this contains logic for querying components within the topic such as "Posts". I have also split "Modals" into their own entity. Further down the line we may want to explore creating independent "Component" contexts. Capybara DSL should be included in each PageObject class, reference for this can be found at https://rubydoc.info/github/teamcapybara/capybara/master#the-dsl For system tests, since they are so slow, we want to focus on the "happy path" and not do every different possible context and branch check using them. They are meant to be overarching tests that check a number of things are correct using the full stack from JS and ember to rails to ruby and then the database. ### CI Setup Whenever a system spec fails, a screenshot is taken and a build artifact is produced _after the entire CI run is complete_, which can be downloaded from the Actions UI in the repo. Most importantly, a step to build the Ember app using Ember CLI is needed, otherwise the JS assets cannot be found by capybara: ``` - name: Build Ember CLI run: bin/ember-cli --build ``` A new `--build` argument has been added to `bin/ember-cli` for this case, which is not needed locally if you already have the discourse rails server running via `bin/ember-cli -u` since the whole server is built and set up by default. Co-authored-by: David Taylor <david@taylorhq.com>
2022-09-27 21:48:16 -04:00
config.after :each do |example|
if example.exception && ex = RspecErrorTracker.last_exception
# magic in a cause if we have none
DEV: Minimal first pass of rails system test setup (#16311) This commit introduces rails system tests run with chromedriver, selenium, and headless chrome to our testing toolbox. We use the `webdrivers` gem and `selenium-webdriver` which is what the latest Rails uses so the tests run locally and in CI out of the box. You can use `SELENIUM_VERBOSE_DRIVER_LOGS=1` to show extra verbose logs of what selenium is doing to communicate with the system tests. By default JS logs are verbose so errors from JS are shown when running system tests, you can disable this with `SELENIUM_DISABLE_VERBOSE_JS_LOGS=1` You can use `SELENIUM_HEADLESS=0` to run the system tests inside a chrome browser instead of headless, which can be useful to debug things and see what the spec sees. See note above about `bin/ember-cli` to avoid surprises. I have modified `bin/turbo_rspec` to exclude `spec/system` by default, support for parallel system specs is a little shaky right now and we don't want them slowing down the turbo by default either. ### PageObjects and System Tests To make querying and inspecting parts of the page easier and more reusable inbetween system tests, we are using the concept of [PageObjects](https://www.selenium.dev/documentation/test_practices/encouraged/page_object_models/) in our system tests. A "Page" here is generally corresponds to an overarching ember route, e.g. "Topic" for `/t/324345/some-topic`, and this contains logic for querying components within the topic such as "Posts". I have also split "Modals" into their own entity. Further down the line we may want to explore creating independent "Component" contexts. Capybara DSL should be included in each PageObject class, reference for this can be found at https://rubydoc.info/github/teamcapybara/capybara/master#the-dsl For system tests, since they are so slow, we want to focus on the "happy path" and not do every different possible context and branch check using them. They are meant to be overarching tests that check a number of things are correct using the full stack from JS and ember to rails to ruby and then the database. ### CI Setup Whenever a system spec fails, a screenshot is taken and a build artifact is produced _after the entire CI run is complete_, which can be downloaded from the Actions UI in the repo. Most importantly, a step to build the Ember app using Ember CLI is needed, otherwise the JS assets cannot be found by capybara: ``` - name: Build Ember CLI run: bin/ember-cli --build ``` A new `--build` argument has been added to `bin/ember-cli` for this case, which is not needed locally if you already have the discourse rails server running via `bin/ember-cli -u` since the whole server is built and set up by default. Co-authored-by: David Taylor <david@taylorhq.com>
2022-09-27 21:48:16 -04:00
unless example.exception.cause
class << example.exception
attr_accessor :cause
end
DEV: Minimal first pass of rails system test setup (#16311) This commit introduces rails system tests run with chromedriver, selenium, and headless chrome to our testing toolbox. We use the `webdrivers` gem and `selenium-webdriver` which is what the latest Rails uses so the tests run locally and in CI out of the box. You can use `SELENIUM_VERBOSE_DRIVER_LOGS=1` to show extra verbose logs of what selenium is doing to communicate with the system tests. By default JS logs are verbose so errors from JS are shown when running system tests, you can disable this with `SELENIUM_DISABLE_VERBOSE_JS_LOGS=1` You can use `SELENIUM_HEADLESS=0` to run the system tests inside a chrome browser instead of headless, which can be useful to debug things and see what the spec sees. See note above about `bin/ember-cli` to avoid surprises. I have modified `bin/turbo_rspec` to exclude `spec/system` by default, support for parallel system specs is a little shaky right now and we don't want them slowing down the turbo by default either. ### PageObjects and System Tests To make querying and inspecting parts of the page easier and more reusable inbetween system tests, we are using the concept of [PageObjects](https://www.selenium.dev/documentation/test_practices/encouraged/page_object_models/) in our system tests. A "Page" here is generally corresponds to an overarching ember route, e.g. "Topic" for `/t/324345/some-topic`, and this contains logic for querying components within the topic such as "Posts". I have also split "Modals" into their own entity. Further down the line we may want to explore creating independent "Component" contexts. Capybara DSL should be included in each PageObject class, reference for this can be found at https://rubydoc.info/github/teamcapybara/capybara/master#the-dsl For system tests, since they are so slow, we want to focus on the "happy path" and not do every different possible context and branch check using them. They are meant to be overarching tests that check a number of things are correct using the full stack from JS and ember to rails to ruby and then the database. ### CI Setup Whenever a system spec fails, a screenshot is taken and a build artifact is produced _after the entire CI run is complete_, which can be downloaded from the Actions UI in the repo. Most importantly, a step to build the Ember app using Ember CLI is needed, otherwise the JS assets cannot be found by capybara: ``` - name: Build Ember CLI run: bin/ember-cli --build ``` A new `--build` argument has been added to `bin/ember-cli` for this case, which is not needed locally if you already have the discourse rails server running via `bin/ember-cli -u` since the whole server is built and set up by default. Co-authored-by: David Taylor <david@taylorhq.com>
2022-09-27 21:48:16 -04:00
example.exception.cause = ex
end
end
unfreeze_time
ActionMailer::Base.deliveries.clear
2019-01-08 21:53:38 -05:00
if ActiveRecord::Base.connection_pool.stat[:busy] > 1
raise ActiveRecord::Base.connection_pool.stat.inspect
end
end
config.after(:suite) do
FileUtils.remove_dir(file_from_fixtures_tmp_folder, true) if SpecSecureRandom.value
end
config.before :each, &TestSetup.method(:test_setup)
2013-02-05 14:16:51 -05:00
config.around :each do |example|
before_event_count = DiscourseEvent.events.values.sum(&:count)
example.run
after_event_count = DiscourseEvent.events.values.sum(&:count)
expect(before_event_count).to eq(after_event_count),
"DiscourseEvent registrations were not cleaned up"
end
config.before :each do
# This allows DB.transaction_open? to work in tests. See lib/mini_sql_multisite_connection.rb
DB.test_transaction = ActiveRecord::Base.connection.current_transaction
end
# Match the request hostname to the value in `database.yml`
DEV: Minimal first pass of rails system test setup (#16311) This commit introduces rails system tests run with chromedriver, selenium, and headless chrome to our testing toolbox. We use the `webdrivers` gem and `selenium-webdriver` which is what the latest Rails uses so the tests run locally and in CI out of the box. You can use `SELENIUM_VERBOSE_DRIVER_LOGS=1` to show extra verbose logs of what selenium is doing to communicate with the system tests. By default JS logs are verbose so errors from JS are shown when running system tests, you can disable this with `SELENIUM_DISABLE_VERBOSE_JS_LOGS=1` You can use `SELENIUM_HEADLESS=0` to run the system tests inside a chrome browser instead of headless, which can be useful to debug things and see what the spec sees. See note above about `bin/ember-cli` to avoid surprises. I have modified `bin/turbo_rspec` to exclude `spec/system` by default, support for parallel system specs is a little shaky right now and we don't want them slowing down the turbo by default either. ### PageObjects and System Tests To make querying and inspecting parts of the page easier and more reusable inbetween system tests, we are using the concept of [PageObjects](https://www.selenium.dev/documentation/test_practices/encouraged/page_object_models/) in our system tests. A "Page" here is generally corresponds to an overarching ember route, e.g. "Topic" for `/t/324345/some-topic`, and this contains logic for querying components within the topic such as "Posts". I have also split "Modals" into their own entity. Further down the line we may want to explore creating independent "Component" contexts. Capybara DSL should be included in each PageObject class, reference for this can be found at https://rubydoc.info/github/teamcapybara/capybara/master#the-dsl For system tests, since they are so slow, we want to focus on the "happy path" and not do every different possible context and branch check using them. They are meant to be overarching tests that check a number of things are correct using the full stack from JS and ember to rails to ruby and then the database. ### CI Setup Whenever a system spec fails, a screenshot is taken and a build artifact is produced _after the entire CI run is complete_, which can be downloaded from the Actions UI in the repo. Most importantly, a step to build the Ember app using Ember CLI is needed, otherwise the JS assets cannot be found by capybara: ``` - name: Build Ember CLI run: bin/ember-cli --build ``` A new `--build` argument has been added to `bin/ember-cli` for this case, which is not needed locally if you already have the discourse rails server running via `bin/ember-cli -u` since the whole server is built and set up by default. Co-authored-by: David Taylor <david@taylorhq.com>
2022-09-27 21:48:16 -04:00
config.before(:all, type: %i[request multisite system]) { host! "test.localhost" }
config.before(:each, type: %i[request multisite system]) { host! "test.localhost" }
last_driven_by = nil
config.before(:each, type: :system) do |example|
if example.metadata[:js]
driver = [:selenium]
driver << :mobile if example.metadata[:mobile]
driver << :chrome
driver << :headless unless ENV["SELENIUM_HEADLESS"] == "0"
driven_by driver.join("_").to_sym
DEV: Minimal first pass of rails system test setup (#16311) This commit introduces rails system tests run with chromedriver, selenium, and headless chrome to our testing toolbox. We use the `webdrivers` gem and `selenium-webdriver` which is what the latest Rails uses so the tests run locally and in CI out of the box. You can use `SELENIUM_VERBOSE_DRIVER_LOGS=1` to show extra verbose logs of what selenium is doing to communicate with the system tests. By default JS logs are verbose so errors from JS are shown when running system tests, you can disable this with `SELENIUM_DISABLE_VERBOSE_JS_LOGS=1` You can use `SELENIUM_HEADLESS=0` to run the system tests inside a chrome browser instead of headless, which can be useful to debug things and see what the spec sees. See note above about `bin/ember-cli` to avoid surprises. I have modified `bin/turbo_rspec` to exclude `spec/system` by default, support for parallel system specs is a little shaky right now and we don't want them slowing down the turbo by default either. ### PageObjects and System Tests To make querying and inspecting parts of the page easier and more reusable inbetween system tests, we are using the concept of [PageObjects](https://www.selenium.dev/documentation/test_practices/encouraged/page_object_models/) in our system tests. A "Page" here is generally corresponds to an overarching ember route, e.g. "Topic" for `/t/324345/some-topic`, and this contains logic for querying components within the topic such as "Posts". I have also split "Modals" into their own entity. Further down the line we may want to explore creating independent "Component" contexts. Capybara DSL should be included in each PageObject class, reference for this can be found at https://rubydoc.info/github/teamcapybara/capybara/master#the-dsl For system tests, since they are so slow, we want to focus on the "happy path" and not do every different possible context and branch check using them. They are meant to be overarching tests that check a number of things are correct using the full stack from JS and ember to rails to ruby and then the database. ### CI Setup Whenever a system spec fails, a screenshot is taken and a build artifact is produced _after the entire CI run is complete_, which can be downloaded from the Actions UI in the repo. Most importantly, a step to build the Ember app using Ember CLI is needed, otherwise the JS assets cannot be found by capybara: ``` - name: Build Ember CLI run: bin/ember-cli --build ``` A new `--build` argument has been added to `bin/ember-cli` for this case, which is not needed locally if you already have the discourse rails server running via `bin/ember-cli -u` since the whole server is built and set up by default. Co-authored-by: David Taylor <david@taylorhq.com>
2022-09-27 21:48:16 -04:00
end
setup_system_test
end
config.after(:each, type: :system) do |example|
lines = RSpec.current_example.metadata[:extra_failure_lines]
DEV: Minimal first pass of rails system test setup (#16311) This commit introduces rails system tests run with chromedriver, selenium, and headless chrome to our testing toolbox. We use the `webdrivers` gem and `selenium-webdriver` which is what the latest Rails uses so the tests run locally and in CI out of the box. You can use `SELENIUM_VERBOSE_DRIVER_LOGS=1` to show extra verbose logs of what selenium is doing to communicate with the system tests. By default JS logs are verbose so errors from JS are shown when running system tests, you can disable this with `SELENIUM_DISABLE_VERBOSE_JS_LOGS=1` You can use `SELENIUM_HEADLESS=0` to run the system tests inside a chrome browser instead of headless, which can be useful to debug things and see what the spec sees. See note above about `bin/ember-cli` to avoid surprises. I have modified `bin/turbo_rspec` to exclude `spec/system` by default, support for parallel system specs is a little shaky right now and we don't want them slowing down the turbo by default either. ### PageObjects and System Tests To make querying and inspecting parts of the page easier and more reusable inbetween system tests, we are using the concept of [PageObjects](https://www.selenium.dev/documentation/test_practices/encouraged/page_object_models/) in our system tests. A "Page" here is generally corresponds to an overarching ember route, e.g. "Topic" for `/t/324345/some-topic`, and this contains logic for querying components within the topic such as "Posts". I have also split "Modals" into their own entity. Further down the line we may want to explore creating independent "Component" contexts. Capybara DSL should be included in each PageObject class, reference for this can be found at https://rubydoc.info/github/teamcapybara/capybara/master#the-dsl For system tests, since they are so slow, we want to focus on the "happy path" and not do every different possible context and branch check using them. They are meant to be overarching tests that check a number of things are correct using the full stack from JS and ember to rails to ruby and then the database. ### CI Setup Whenever a system spec fails, a screenshot is taken and a build artifact is produced _after the entire CI run is complete_, which can be downloaded from the Actions UI in the repo. Most importantly, a step to build the Ember app using Ember CLI is needed, otherwise the JS assets cannot be found by capybara: ``` - name: Build Ember CLI run: bin/ember-cli --build ``` A new `--build` argument has been added to `bin/ember-cli` for this case, which is not needed locally if you already have the discourse rails server running via `bin/ember-cli -u` since the whole server is built and set up by default. Co-authored-by: David Taylor <david@taylorhq.com>
2022-09-27 21:48:16 -04:00
# This is disabled by default because it is super verbose,
# if you really need to dig into how selenium is communicating
# for system tests then enable it.
if ENV["SELENIUM_VERBOSE_DRIVER_LOGS"]
lines << "~~~~~~~ DRIVER LOGS ~~~~~~~"
DEV: Minimal first pass of rails system test setup (#16311) This commit introduces rails system tests run with chromedriver, selenium, and headless chrome to our testing toolbox. We use the `webdrivers` gem and `selenium-webdriver` which is what the latest Rails uses so the tests run locally and in CI out of the box. You can use `SELENIUM_VERBOSE_DRIVER_LOGS=1` to show extra verbose logs of what selenium is doing to communicate with the system tests. By default JS logs are verbose so errors from JS are shown when running system tests, you can disable this with `SELENIUM_DISABLE_VERBOSE_JS_LOGS=1` You can use `SELENIUM_HEADLESS=0` to run the system tests inside a chrome browser instead of headless, which can be useful to debug things and see what the spec sees. See note above about `bin/ember-cli` to avoid surprises. I have modified `bin/turbo_rspec` to exclude `spec/system` by default, support for parallel system specs is a little shaky right now and we don't want them slowing down the turbo by default either. ### PageObjects and System Tests To make querying and inspecting parts of the page easier and more reusable inbetween system tests, we are using the concept of [PageObjects](https://www.selenium.dev/documentation/test_practices/encouraged/page_object_models/) in our system tests. A "Page" here is generally corresponds to an overarching ember route, e.g. "Topic" for `/t/324345/some-topic`, and this contains logic for querying components within the topic such as "Posts". I have also split "Modals" into their own entity. Further down the line we may want to explore creating independent "Component" contexts. Capybara DSL should be included in each PageObject class, reference for this can be found at https://rubydoc.info/github/teamcapybara/capybara/master#the-dsl For system tests, since they are so slow, we want to focus on the "happy path" and not do every different possible context and branch check using them. They are meant to be overarching tests that check a number of things are correct using the full stack from JS and ember to rails to ruby and then the database. ### CI Setup Whenever a system spec fails, a screenshot is taken and a build artifact is produced _after the entire CI run is complete_, which can be downloaded from the Actions UI in the repo. Most importantly, a step to build the Ember app using Ember CLI is needed, otherwise the JS assets cannot be found by capybara: ``` - name: Build Ember CLI run: bin/ember-cli --build ``` A new `--build` argument has been added to `bin/ember-cli` for this case, which is not needed locally if you already have the discourse rails server running via `bin/ember-cli -u` since the whole server is built and set up by default. Co-authored-by: David Taylor <david@taylorhq.com>
2022-09-27 21:48:16 -04:00
page.driver.browser.logs.get(:driver).each { |log| lines << log.message }
lines << "~~~~~ END DRIVER LOGS ~~~~~"
DEV: Minimal first pass of rails system test setup (#16311) This commit introduces rails system tests run with chromedriver, selenium, and headless chrome to our testing toolbox. We use the `webdrivers` gem and `selenium-webdriver` which is what the latest Rails uses so the tests run locally and in CI out of the box. You can use `SELENIUM_VERBOSE_DRIVER_LOGS=1` to show extra verbose logs of what selenium is doing to communicate with the system tests. By default JS logs are verbose so errors from JS are shown when running system tests, you can disable this with `SELENIUM_DISABLE_VERBOSE_JS_LOGS=1` You can use `SELENIUM_HEADLESS=0` to run the system tests inside a chrome browser instead of headless, which can be useful to debug things and see what the spec sees. See note above about `bin/ember-cli` to avoid surprises. I have modified `bin/turbo_rspec` to exclude `spec/system` by default, support for parallel system specs is a little shaky right now and we don't want them slowing down the turbo by default either. ### PageObjects and System Tests To make querying and inspecting parts of the page easier and more reusable inbetween system tests, we are using the concept of [PageObjects](https://www.selenium.dev/documentation/test_practices/encouraged/page_object_models/) in our system tests. A "Page" here is generally corresponds to an overarching ember route, e.g. "Topic" for `/t/324345/some-topic`, and this contains logic for querying components within the topic such as "Posts". I have also split "Modals" into their own entity. Further down the line we may want to explore creating independent "Component" contexts. Capybara DSL should be included in each PageObject class, reference for this can be found at https://rubydoc.info/github/teamcapybara/capybara/master#the-dsl For system tests, since they are so slow, we want to focus on the "happy path" and not do every different possible context and branch check using them. They are meant to be overarching tests that check a number of things are correct using the full stack from JS and ember to rails to ruby and then the database. ### CI Setup Whenever a system spec fails, a screenshot is taken and a build artifact is produced _after the entire CI run is complete_, which can be downloaded from the Actions UI in the repo. Most importantly, a step to build the Ember app using Ember CLI is needed, otherwise the JS assets cannot be found by capybara: ``` - name: Build Ember CLI run: bin/ember-cli --build ``` A new `--build` argument has been added to `bin/ember-cli` for this case, which is not needed locally if you already have the discourse rails server running via `bin/ember-cli -u` since the whole server is built and set up by default. Co-authored-by: David Taylor <david@taylorhq.com>
2022-09-27 21:48:16 -04:00
end
# Recommended that this is not disabled, since it makes debugging
# failed system tests a lot trickier.
if ENV["SELENIUM_DISABLE_VERBOSE_JS_LOGS"].blank?
if example.exception
skip_js_errors = false
DEV: Minimal first pass of rails system test setup (#16311) This commit introduces rails system tests run with chromedriver, selenium, and headless chrome to our testing toolbox. We use the `webdrivers` gem and `selenium-webdriver` which is what the latest Rails uses so the tests run locally and in CI out of the box. You can use `SELENIUM_VERBOSE_DRIVER_LOGS=1` to show extra verbose logs of what selenium is doing to communicate with the system tests. By default JS logs are verbose so errors from JS are shown when running system tests, you can disable this with `SELENIUM_DISABLE_VERBOSE_JS_LOGS=1` You can use `SELENIUM_HEADLESS=0` to run the system tests inside a chrome browser instead of headless, which can be useful to debug things and see what the spec sees. See note above about `bin/ember-cli` to avoid surprises. I have modified `bin/turbo_rspec` to exclude `spec/system` by default, support for parallel system specs is a little shaky right now and we don't want them slowing down the turbo by default either. ### PageObjects and System Tests To make querying and inspecting parts of the page easier and more reusable inbetween system tests, we are using the concept of [PageObjects](https://www.selenium.dev/documentation/test_practices/encouraged/page_object_models/) in our system tests. A "Page" here is generally corresponds to an overarching ember route, e.g. "Topic" for `/t/324345/some-topic`, and this contains logic for querying components within the topic such as "Posts". I have also split "Modals" into their own entity. Further down the line we may want to explore creating independent "Component" contexts. Capybara DSL should be included in each PageObject class, reference for this can be found at https://rubydoc.info/github/teamcapybara/capybara/master#the-dsl For system tests, since they are so slow, we want to focus on the "happy path" and not do every different possible context and branch check using them. They are meant to be overarching tests that check a number of things are correct using the full stack from JS and ember to rails to ruby and then the database. ### CI Setup Whenever a system spec fails, a screenshot is taken and a build artifact is produced _after the entire CI run is complete_, which can be downloaded from the Actions UI in the repo. Most importantly, a step to build the Ember app using Ember CLI is needed, otherwise the JS assets cannot be found by capybara: ``` - name: Build Ember CLI run: bin/ember-cli --build ``` A new `--build` argument has been added to `bin/ember-cli` for this case, which is not needed locally if you already have the discourse rails server running via `bin/ember-cli -u` since the whole server is built and set up by default. Co-authored-by: David Taylor <david@taylorhq.com>
2022-09-27 21:48:16 -04:00
if example.exception.kind_of?(RSpec::Core::MultipleExceptionError)
lines << "~~~~~~~ SYSTEM TEST ERRORS ~~~~~~~"
DEV: Minimal first pass of rails system test setup (#16311) This commit introduces rails system tests run with chromedriver, selenium, and headless chrome to our testing toolbox. We use the `webdrivers` gem and `selenium-webdriver` which is what the latest Rails uses so the tests run locally and in CI out of the box. You can use `SELENIUM_VERBOSE_DRIVER_LOGS=1` to show extra verbose logs of what selenium is doing to communicate with the system tests. By default JS logs are verbose so errors from JS are shown when running system tests, you can disable this with `SELENIUM_DISABLE_VERBOSE_JS_LOGS=1` You can use `SELENIUM_HEADLESS=0` to run the system tests inside a chrome browser instead of headless, which can be useful to debug things and see what the spec sees. See note above about `bin/ember-cli` to avoid surprises. I have modified `bin/turbo_rspec` to exclude `spec/system` by default, support for parallel system specs is a little shaky right now and we don't want them slowing down the turbo by default either. ### PageObjects and System Tests To make querying and inspecting parts of the page easier and more reusable inbetween system tests, we are using the concept of [PageObjects](https://www.selenium.dev/documentation/test_practices/encouraged/page_object_models/) in our system tests. A "Page" here is generally corresponds to an overarching ember route, e.g. "Topic" for `/t/324345/some-topic`, and this contains logic for querying components within the topic such as "Posts". I have also split "Modals" into their own entity. Further down the line we may want to explore creating independent "Component" contexts. Capybara DSL should be included in each PageObject class, reference for this can be found at https://rubydoc.info/github/teamcapybara/capybara/master#the-dsl For system tests, since they are so slow, we want to focus on the "happy path" and not do every different possible context and branch check using them. They are meant to be overarching tests that check a number of things are correct using the full stack from JS and ember to rails to ruby and then the database. ### CI Setup Whenever a system spec fails, a screenshot is taken and a build artifact is produced _after the entire CI run is complete_, which can be downloaded from the Actions UI in the repo. Most importantly, a step to build the Ember app using Ember CLI is needed, otherwise the JS assets cannot be found by capybara: ``` - name: Build Ember CLI run: bin/ember-cli --build ``` A new `--build` argument has been added to `bin/ember-cli` for this case, which is not needed locally if you already have the discourse rails server running via `bin/ember-cli -u` since the whole server is built and set up by default. Co-authored-by: David Taylor <david@taylorhq.com>
2022-09-27 21:48:16 -04:00
example.exception.all_exceptions.each { |ex| lines << ex.message }
lines << "~~~~~ END SYSTEM TEST ERRORS ~~~~~"
DEV: Minimal first pass of rails system test setup (#16311) This commit introduces rails system tests run with chromedriver, selenium, and headless chrome to our testing toolbox. We use the `webdrivers` gem and `selenium-webdriver` which is what the latest Rails uses so the tests run locally and in CI out of the box. You can use `SELENIUM_VERBOSE_DRIVER_LOGS=1` to show extra verbose logs of what selenium is doing to communicate with the system tests. By default JS logs are verbose so errors from JS are shown when running system tests, you can disable this with `SELENIUM_DISABLE_VERBOSE_JS_LOGS=1` You can use `SELENIUM_HEADLESS=0` to run the system tests inside a chrome browser instead of headless, which can be useful to debug things and see what the spec sees. See note above about `bin/ember-cli` to avoid surprises. I have modified `bin/turbo_rspec` to exclude `spec/system` by default, support for parallel system specs is a little shaky right now and we don't want them slowing down the turbo by default either. ### PageObjects and System Tests To make querying and inspecting parts of the page easier and more reusable inbetween system tests, we are using the concept of [PageObjects](https://www.selenium.dev/documentation/test_practices/encouraged/page_object_models/) in our system tests. A "Page" here is generally corresponds to an overarching ember route, e.g. "Topic" for `/t/324345/some-topic`, and this contains logic for querying components within the topic such as "Posts". I have also split "Modals" into their own entity. Further down the line we may want to explore creating independent "Component" contexts. Capybara DSL should be included in each PageObject class, reference for this can be found at https://rubydoc.info/github/teamcapybara/capybara/master#the-dsl For system tests, since they are so slow, we want to focus on the "happy path" and not do every different possible context and branch check using them. They are meant to be overarching tests that check a number of things are correct using the full stack from JS and ember to rails to ruby and then the database. ### CI Setup Whenever a system spec fails, a screenshot is taken and a build artifact is produced _after the entire CI run is complete_, which can be downloaded from the Actions UI in the repo. Most importantly, a step to build the Ember app using Ember CLI is needed, otherwise the JS assets cannot be found by capybara: ``` - name: Build Ember CLI run: bin/ember-cli --build ``` A new `--build` argument has been added to `bin/ember-cli` for this case, which is not needed locally if you already have the discourse rails server running via `bin/ember-cli -u` since the whole server is built and set up by default. Co-authored-by: David Taylor <david@taylorhq.com>
2022-09-27 21:48:16 -04:00
skip_js_errors = true
end
if !skip_js_errors
lines << "~~~~~~~ JS LOGS ~~~~~~~"
logs = page.driver.browser.logs.get(:browser)
if logs.empty?
lines << "(no logs)"
else
logs.each { |log| lines << log.message }
DEV: Minimal first pass of rails system test setup (#16311) This commit introduces rails system tests run with chromedriver, selenium, and headless chrome to our testing toolbox. We use the `webdrivers` gem and `selenium-webdriver` which is what the latest Rails uses so the tests run locally and in CI out of the box. You can use `SELENIUM_VERBOSE_DRIVER_LOGS=1` to show extra verbose logs of what selenium is doing to communicate with the system tests. By default JS logs are verbose so errors from JS are shown when running system tests, you can disable this with `SELENIUM_DISABLE_VERBOSE_JS_LOGS=1` You can use `SELENIUM_HEADLESS=0` to run the system tests inside a chrome browser instead of headless, which can be useful to debug things and see what the spec sees. See note above about `bin/ember-cli` to avoid surprises. I have modified `bin/turbo_rspec` to exclude `spec/system` by default, support for parallel system specs is a little shaky right now and we don't want them slowing down the turbo by default either. ### PageObjects and System Tests To make querying and inspecting parts of the page easier and more reusable inbetween system tests, we are using the concept of [PageObjects](https://www.selenium.dev/documentation/test_practices/encouraged/page_object_models/) in our system tests. A "Page" here is generally corresponds to an overarching ember route, e.g. "Topic" for `/t/324345/some-topic`, and this contains logic for querying components within the topic such as "Posts". I have also split "Modals" into their own entity. Further down the line we may want to explore creating independent "Component" contexts. Capybara DSL should be included in each PageObject class, reference for this can be found at https://rubydoc.info/github/teamcapybara/capybara/master#the-dsl For system tests, since they are so slow, we want to focus on the "happy path" and not do every different possible context and branch check using them. They are meant to be overarching tests that check a number of things are correct using the full stack from JS and ember to rails to ruby and then the database. ### CI Setup Whenever a system spec fails, a screenshot is taken and a build artifact is produced _after the entire CI run is complete_, which can be downloaded from the Actions UI in the repo. Most importantly, a step to build the Ember app using Ember CLI is needed, otherwise the JS assets cannot be found by capybara: ``` - name: Build Ember CLI run: bin/ember-cli --build ``` A new `--build` argument has been added to `bin/ember-cli` for this case, which is not needed locally if you already have the discourse rails server running via `bin/ember-cli -u` since the whole server is built and set up by default. Co-authored-by: David Taylor <david@taylorhq.com>
2022-09-27 21:48:16 -04:00
end
lines << "~~~~~ END JS LOGS ~~~~~"
DEV: Minimal first pass of rails system test setup (#16311) This commit introduces rails system tests run with chromedriver, selenium, and headless chrome to our testing toolbox. We use the `webdrivers` gem and `selenium-webdriver` which is what the latest Rails uses so the tests run locally and in CI out of the box. You can use `SELENIUM_VERBOSE_DRIVER_LOGS=1` to show extra verbose logs of what selenium is doing to communicate with the system tests. By default JS logs are verbose so errors from JS are shown when running system tests, you can disable this with `SELENIUM_DISABLE_VERBOSE_JS_LOGS=1` You can use `SELENIUM_HEADLESS=0` to run the system tests inside a chrome browser instead of headless, which can be useful to debug things and see what the spec sees. See note above about `bin/ember-cli` to avoid surprises. I have modified `bin/turbo_rspec` to exclude `spec/system` by default, support for parallel system specs is a little shaky right now and we don't want them slowing down the turbo by default either. ### PageObjects and System Tests To make querying and inspecting parts of the page easier and more reusable inbetween system tests, we are using the concept of [PageObjects](https://www.selenium.dev/documentation/test_practices/encouraged/page_object_models/) in our system tests. A "Page" here is generally corresponds to an overarching ember route, e.g. "Topic" for `/t/324345/some-topic`, and this contains logic for querying components within the topic such as "Posts". I have also split "Modals" into their own entity. Further down the line we may want to explore creating independent "Component" contexts. Capybara DSL should be included in each PageObject class, reference for this can be found at https://rubydoc.info/github/teamcapybara/capybara/master#the-dsl For system tests, since they are so slow, we want to focus on the "happy path" and not do every different possible context and branch check using them. They are meant to be overarching tests that check a number of things are correct using the full stack from JS and ember to rails to ruby and then the database. ### CI Setup Whenever a system spec fails, a screenshot is taken and a build artifact is produced _after the entire CI run is complete_, which can be downloaded from the Actions UI in the repo. Most importantly, a step to build the Ember app using Ember CLI is needed, otherwise the JS assets cannot be found by capybara: ``` - name: Build Ember CLI run: bin/ember-cli --build ``` A new `--build` argument has been added to `bin/ember-cli` for this case, which is not needed locally if you already have the discourse rails server running via `bin/ember-cli -u` since the whole server is built and set up by default. Co-authored-by: David Taylor <david@taylorhq.com>
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end
end
end
Discourse.redis.flushdb
DEV: Minimal first pass of rails system test setup (#16311) This commit introduces rails system tests run with chromedriver, selenium, and headless chrome to our testing toolbox. We use the `webdrivers` gem and `selenium-webdriver` which is what the latest Rails uses so the tests run locally and in CI out of the box. You can use `SELENIUM_VERBOSE_DRIVER_LOGS=1` to show extra verbose logs of what selenium is doing to communicate with the system tests. By default JS logs are verbose so errors from JS are shown when running system tests, you can disable this with `SELENIUM_DISABLE_VERBOSE_JS_LOGS=1` You can use `SELENIUM_HEADLESS=0` to run the system tests inside a chrome browser instead of headless, which can be useful to debug things and see what the spec sees. See note above about `bin/ember-cli` to avoid surprises. I have modified `bin/turbo_rspec` to exclude `spec/system` by default, support for parallel system specs is a little shaky right now and we don't want them slowing down the turbo by default either. ### PageObjects and System Tests To make querying and inspecting parts of the page easier and more reusable inbetween system tests, we are using the concept of [PageObjects](https://www.selenium.dev/documentation/test_practices/encouraged/page_object_models/) in our system tests. A "Page" here is generally corresponds to an overarching ember route, e.g. "Topic" for `/t/324345/some-topic`, and this contains logic for querying components within the topic such as "Posts". I have also split "Modals" into their own entity. Further down the line we may want to explore creating independent "Component" contexts. Capybara DSL should be included in each PageObject class, reference for this can be found at https://rubydoc.info/github/teamcapybara/capybara/master#the-dsl For system tests, since they are so slow, we want to focus on the "happy path" and not do every different possible context and branch check using them. They are meant to be overarching tests that check a number of things are correct using the full stack from JS and ember to rails to ruby and then the database. ### CI Setup Whenever a system spec fails, a screenshot is taken and a build artifact is produced _after the entire CI run is complete_, which can be downloaded from the Actions UI in the repo. Most importantly, a step to build the Ember app using Ember CLI is needed, otherwise the JS assets cannot be found by capybara: ``` - name: Build Ember CLI run: bin/ember-cli --build ``` A new `--build` argument has been added to `bin/ember-cli` for this case, which is not needed locally if you already have the discourse rails server running via `bin/ember-cli -u` since the whole server is built and set up by default. Co-authored-by: David Taylor <david@taylorhq.com>
2022-09-27 21:48:16 -04:00
end
config.before(:each, type: :multisite) do
Rails.configuration.multisite = true # rubocop:disable Discourse/NoDirectMultisiteManipulation
RailsMultisite::ConnectionManagement.config_filename = "spec/fixtures/multisite/two_dbs.yml"
RailsMultisite::ConnectionManagement.establish_connection(db: "default")
end
config.after(:each, type: :multisite) do
ActiveRecord::Base.clear_all_connections!
Rails.configuration.multisite = false # rubocop:disable Discourse/NoDirectMultisiteManipulation
RailsMultisite::ConnectionManagement.clear_settings!
ActiveRecord::Base.establish_connection
end
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class TestCurrentUserProvider < Auth::DefaultCurrentUserProvider
def log_on_user(user, session, cookies, opts = {})
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session[:current_user_id] = user.id
super
end
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def log_off_user(session, cookies)
session[:current_user_id] = nil
super
end
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end
# Normally we `use_transactional_fixtures` to clear out a database after a test
# runs. However, this does not apply to tests done for multisite. The second time
# a test runs you can end up with stale data that breaks things. This method will
# force a rollback after using a multisite connection.
def test_multisite_connection(name)
RailsMultisite::ConnectionManagement.with_connection(name) do
ActiveRecord::Base.transaction(joinable: false) do
yield
raise ActiveRecord::Rollback
end
end
end
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end
class TrackTimeStub
def self.stubbed
false
end
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end
def before_next_spec(&callback)
($test_cleanup_callbacks ||= []) << callback
end
def global_setting(name, value)
GlobalSetting.reset_s3_cache!
GlobalSetting.stubs(name).returns(value)
before_next_spec { GlobalSetting.reset_s3_cache! }
end
def set_cdn_url(cdn_url)
global_setting :cdn_url, cdn_url
Rails.configuration.action_controller.asset_host = cdn_url
ActionController::Base.asset_host = cdn_url
before_next_spec do
Rails.configuration.action_controller.asset_host = nil
ActionController::Base.asset_host = nil
end
end
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def freeze_time(now = Time.now)
time = now
datetime = now
if Time === now
datetime = now.to_datetime
elsif DateTime === now
time = now.to_time
else
datetime = DateTime.parse(now.to_s)
time = Time.parse(now.to_s)
end
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if block_given?
raise "nested freeze time not supported" if TrackTimeStub.stubbed
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end
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DateTime.stubs(:now).returns(datetime)
Time.stubs(:now).returns(time)
Date.stubs(:today).returns(datetime.to_date)
TrackTimeStub.stubs(:stubbed).returns(true)
if block_given?
begin
yield
ensure
unfreeze_time
end
else
time
end
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end
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def unfreeze_time
DateTime.unstub(:now)
Time.unstub(:now)
Date.unstub(:today)
TrackTimeStub.unstub(:stubbed)
end
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def file_from_fixtures(filename, directory = "images")
SpecSecureRandom.value ||= SecureRandom.hex
FileUtils.mkdir_p(file_from_fixtures_tmp_folder) unless Dir.exist?(file_from_fixtures_tmp_folder)
tmp_file_path = File.join(file_from_fixtures_tmp_folder, SecureRandom.hex << filename)
FileUtils.cp("#{Rails.root}/spec/fixtures/#{directory}/#{filename}", tmp_file_path)
File.new(tmp_file_path)
end
def file_from_fixtures_tmp_folder
File.join(Dir.tmpdir, "rspec_#{Process.pid}_#{SpecSecureRandom.value}")
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end
def has_trigger?(trigger_name)
DB.exec(<<~SQL) != 0
SELECT 1
FROM INFORMATION_SCHEMA.TRIGGERS
WHERE trigger_name = '#{trigger_name}'
SQL
end
def silence_stdout
STDOUT.stubs(:write)
yield
ensure
STDOUT.unstub(:write)
end
def track_log_messages
old_logger = Rails.logger
logger = Rails.logger = FakeLogger.new
yield logger
logger
ensure
Rails.logger = old_logger
end
FEATURE: Apply rate limits per user instead of IP for trusted users (#14706) Currently, Discourse rate limits all incoming requests by the IP address they originate from regardless of the user making the request. This can be frustrating if there are multiple users using Discourse simultaneously while sharing the same IP address (e.g. employees in an office). This commit implements a new feature to make Discourse apply rate limits by user id rather than IP address for users at or higher than the configured trust level (1 is the default). For example, let's say a Discourse instance is configured to allow 200 requests per minute per IP address, and we have 10 users at trust level 4 using Discourse simultaneously from the same IP address. Before this feature, the 10 users could only make a total of 200 requests per minute before they got rate limited. But with the new feature, each user is allowed to make 200 requests per minute because the rate limits are applied on user id rather than the IP address. The minimum trust level for applying user-id-based rate limits can be configured by the `skip_per_ip_rate_limit_trust_level` global setting. The default is 1, but it can be changed by either adding the `DISCOURSE_SKIP_PER_IP_RATE_LIMIT_TRUST_LEVEL` environment variable with the desired value to your `app.yml`, or changing the setting's value in the `discourse.conf` file. Requests made with API keys are still rate limited by IP address and the relevant global settings that control API keys rate limits. Before this commit, Discourse's auth cookie (`_t`) was simply a 32 characters string that Discourse used to lookup the current user from the database and the cookie contained no additional information about the user. However, we had to change the cookie content in this commit so we could identify the user from the cookie without making a database query before the rate limits logic and avoid introducing a bottleneck on busy sites. Besides the 32 characters auth token, the cookie now includes the user id, trust level and the cookie's generation date, and we encrypt/sign the cookie to prevent tampering. Internal ticket number: t54739.
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# this takes a string and returns a copy where 2 different
# characters are swapped.
# e.g.
# swap_2_different_characters("abc") => "bac"
# swap_2_different_characters("aac") => "caa"
def swap_2_different_characters(str)
swap1 = 0
swap2 = str.split("").find_index { |c| c != str[swap1] }
# if the string is made up of 1 character
return str if !swap2
str = str.dup
str[swap1], str[swap2] = str[swap2], str[swap1]
str
end
def create_request_env(path: nil)
env = Rails.application.env_config.dup
env.merge!(Rack::MockRequest.env_for(path)) if path
env
end
def create_auth_cookie(token:, user_id: nil, trust_level: nil, issued_at: Time.current)
FEATURE: Apply rate limits per user instead of IP for trusted users (#14706) Currently, Discourse rate limits all incoming requests by the IP address they originate from regardless of the user making the request. This can be frustrating if there are multiple users using Discourse simultaneously while sharing the same IP address (e.g. employees in an office). This commit implements a new feature to make Discourse apply rate limits by user id rather than IP address for users at or higher than the configured trust level (1 is the default). For example, let's say a Discourse instance is configured to allow 200 requests per minute per IP address, and we have 10 users at trust level 4 using Discourse simultaneously from the same IP address. Before this feature, the 10 users could only make a total of 200 requests per minute before they got rate limited. But with the new feature, each user is allowed to make 200 requests per minute because the rate limits are applied on user id rather than the IP address. The minimum trust level for applying user-id-based rate limits can be configured by the `skip_per_ip_rate_limit_trust_level` global setting. The default is 1, but it can be changed by either adding the `DISCOURSE_SKIP_PER_IP_RATE_LIMIT_TRUST_LEVEL` environment variable with the desired value to your `app.yml`, or changing the setting's value in the `discourse.conf` file. Requests made with API keys are still rate limited by IP address and the relevant global settings that control API keys rate limits. Before this commit, Discourse's auth cookie (`_t`) was simply a 32 characters string that Discourse used to lookup the current user from the database and the cookie contained no additional information about the user. However, we had to change the cookie content in this commit so we could identify the user from the cookie without making a database query before the rate limits logic and avoid introducing a bottleneck on busy sites. Besides the 32 characters auth token, the cookie now includes the user id, trust level and the cookie's generation date, and we encrypt/sign the cookie to prevent tampering. Internal ticket number: t54739.
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data = { token: token, user_id: user_id, trust_level: trust_level, issued_at: issued_at.to_i }
jar = ActionDispatch::Cookies::CookieJar.build(ActionDispatch::TestRequest.create, {})
jar.encrypted[:_t] = { value: data }
CGI.escape(jar[:_t])
FEATURE: Apply rate limits per user instead of IP for trusted users (#14706) Currently, Discourse rate limits all incoming requests by the IP address they originate from regardless of the user making the request. This can be frustrating if there are multiple users using Discourse simultaneously while sharing the same IP address (e.g. employees in an office). This commit implements a new feature to make Discourse apply rate limits by user id rather than IP address for users at or higher than the configured trust level (1 is the default). For example, let's say a Discourse instance is configured to allow 200 requests per minute per IP address, and we have 10 users at trust level 4 using Discourse simultaneously from the same IP address. Before this feature, the 10 users could only make a total of 200 requests per minute before they got rate limited. But with the new feature, each user is allowed to make 200 requests per minute because the rate limits are applied on user id rather than the IP address. The minimum trust level for applying user-id-based rate limits can be configured by the `skip_per_ip_rate_limit_trust_level` global setting. The default is 1, but it can be changed by either adding the `DISCOURSE_SKIP_PER_IP_RATE_LIMIT_TRUST_LEVEL` environment variable with the desired value to your `app.yml`, or changing the setting's value in the `discourse.conf` file. Requests made with API keys are still rate limited by IP address and the relevant global settings that control API keys rate limits. Before this commit, Discourse's auth cookie (`_t`) was simply a 32 characters string that Discourse used to lookup the current user from the database and the cookie contained no additional information about the user. However, we had to change the cookie content in this commit so we could identify the user from the cookie without making a database query before the rate limits logic and avoid introducing a bottleneck on busy sites. Besides the 32 characters auth token, the cookie now includes the user id, trust level and the cookie's generation date, and we encrypt/sign the cookie to prevent tampering. Internal ticket number: t54739.
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end
def decrypt_auth_cookie(cookie)
ActionDispatch::Cookies::CookieJar.build(
ActionDispatch::TestRequest.create,
{ _t: cookie },
).encrypted[
:_t
].with_indifferent_access
FEATURE: Apply rate limits per user instead of IP for trusted users (#14706) Currently, Discourse rate limits all incoming requests by the IP address they originate from regardless of the user making the request. This can be frustrating if there are multiple users using Discourse simultaneously while sharing the same IP address (e.g. employees in an office). This commit implements a new feature to make Discourse apply rate limits by user id rather than IP address for users at or higher than the configured trust level (1 is the default). For example, let's say a Discourse instance is configured to allow 200 requests per minute per IP address, and we have 10 users at trust level 4 using Discourse simultaneously from the same IP address. Before this feature, the 10 users could only make a total of 200 requests per minute before they got rate limited. But with the new feature, each user is allowed to make 200 requests per minute because the rate limits are applied on user id rather than the IP address. The minimum trust level for applying user-id-based rate limits can be configured by the `skip_per_ip_rate_limit_trust_level` global setting. The default is 1, but it can be changed by either adding the `DISCOURSE_SKIP_PER_IP_RATE_LIMIT_TRUST_LEVEL` environment variable with the desired value to your `app.yml`, or changing the setting's value in the `discourse.conf` file. Requests made with API keys are still rate limited by IP address and the relevant global settings that control API keys rate limits. Before this commit, Discourse's auth cookie (`_t`) was simply a 32 characters string that Discourse used to lookup the current user from the database and the cookie contained no additional information about the user. However, we had to change the cookie content in this commit so we could identify the user from the cookie without making a database query before the rate limits logic and avoid introducing a bottleneck on busy sites. Besides the 32 characters auth token, the cookie now includes the user id, trust level and the cookie's generation date, and we encrypt/sign the cookie to prevent tampering. Internal ticket number: t54739.
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end
class SpecSecureRandom
class << self
attr_accessor :value
end
end