cs_comments_service/spec/spec_helper.rb

404 строки
14 KiB
Ruby

ENV["SINATRA_ENV"] = "test"
require 'simplecov'
SimpleCov.start
if ENV['CI']=='true'
require 'codecov'
SimpleCov.formatter = SimpleCov::Formatter::Codecov
end
require File.join(File.dirname(__FILE__), '..', 'app')
require 'rack/test'
require 'sinatra'
require 'yajl'
require 'support/database_cleaner'
require 'support/elasticsearch'
require 'support/factory_girl'
require 'webmock/rspec'
WebMock.allow_net_connect!
# setup test environment
set :environment, :test
set :run, false
set :raise_errors, true
set :logging, false
Mongoid.logger.level = Logger::WARN
Mongo::Logger.logger.level = ENV["ENABLE_MONGO_DEBUGGING"] ? Logger::DEBUG : Logger::WARN
Delayed::Worker.delay_jobs = false
def app
Sinatra::Application
end
TEST_API_KEY = 'comments-service-test-api-key'
CommentService.config[:api_key] = TEST_API_KEY
def set_api_key_header
current_session.header "X-Edx-Api-Key", TEST_API_KEY
end
RSpec.configure do |config|
config.include Rack::Test::Methods
config.treat_symbols_as_metadata_keys_with_true_values = true
config.filter_run focus: true
config.run_all_when_everything_filtered = true
end
Mongoid.configure do |config|
config.connect_to "cs_comments_service_test"
end
def parse(text)
Yajl::Parser.parse text
end
def create_test_user(id)
User.create!(external_id: id.to_s, username: "user#{id}")
end
# Add the given body of text to the list of blocked texts/hashes.
def block_post_body(body='blocked post')
body = body.strip.downcase.gsub(/[^a-z ]/, '').gsub(/\s+/, ' ')
blocked_hash = Digest::MD5.hexdigest(body)
Content.mongo_client[:blocked_hash].insert_one(hash: blocked_hash)
# reload the global holding the blocked hashes
CommentService.blocked_hashes = Content.mongo_client[:blocked_hash].find(nil, projection: {hash: 1}).map do |d|
d['hash']
end
blocked_hash
end
def init_without_subscriptions
commentable = Commentable.new("question_1")
users = (1..10).map { |id| create_test_user(id) }
user = users.first
thread = CommentThread.new(title: "I can't solve this problem", body: "can anyone help me?", course_id: "1", commentable_id: commentable.id)
thread.thread_type = :discussion
thread.author = user
thread.save!
user.subscribe(thread)
comment = thread.comments.new(body: "this problem is so easy", course_id: "1")
comment.author = user
comment.save!
comment1 = comment.children.new(body: "not for me!", course_id: "1")
comment1.author = user
comment1.comment_thread = thread
comment1.save!
comment2 = comment1.children.new(body: "not for me neither!", course_id: "1")
comment2.author = user
comment2.comment_thread = thread
comment2.save!
comment = thread.comments.new(body: "see the textbook on page 69. it's quite similar", course_id: "1")
comment.author = user
comment.save!
comment1 = comment.children.new(body: "thank you!", course_id: "1")
comment1.author = user
comment1.comment_thread = thread
comment1.save!
thread = CommentThread.new(title: "This problem is wrong", body: "it is unsolvable", course_id: "2", commentable_id: commentable.id)
thread.thread_type = :discussion
thread.author = user
thread.save!
user.subscribe(thread)
comment = thread.comments.new(body: "how do you know?", course_id: "1")
comment.author = user
comment.save!
comment1 = comment.children.new(body: "because blablabla", course_id: "1")
comment1.author = user
comment1.comment_thread = thread
comment1.save!
comment = thread.comments.new(body: "no wonder I can't solve it", course_id: "1")
comment.author = user
comment.save!
comment1 = comment.children.new(body: "+1", course_id: "1")
comment1.author = user
comment1.comment_thread = thread
comment1.save!
thread = CommentThread.new(title: "Our super secret discussion", body: "no one can see us", course_id: "2", commentable_id: commentable.id)
thread.thread_type = :discussion
thread.context = :standalone
thread.author = user
thread.save!
user.subscribe(thread)
thread = CommentThread.new(title: "I don't know what to say", body: "lol", course_id: "2", commentable_id: "something else")
thread.thread_type = :discussion
thread.author = users[1]
thread.save!
comment = thread.comments.new(body: "i am objectionable", course_id: "2")
comment.author = users[2]
comment.abuse_flaggers = [users[3]._id]
comment.save!
Comment.all.each do |c|
user.vote(c, :up) # make the first user always vote up for convenience
users[2, 9].each { |user| user.vote(c, [:up, :down].sample) }
end
CommentThread.all.each do |c|
user.vote(c, :up) # make the first user always vote up for convenience
users[2, 9].each { |user| user.vote(c, [:up, :down].sample) }
end
block_post_body
end
# this method is used to test results produced using the helper function handle_threads_query
# which is used in multiple areas of the API
def check_thread_result(user, thread, hash, is_json=false)
expected_keys = %w(id thread_type title body course_id commentable_id created_at updated_at context)
expected_keys += %w(anonymous anonymous_to_peers at_position_list closed user_id)
expected_keys += %w(username votes abuse_flaggers tags type group_id pinned)
expected_keys += %w(comments_count unread_comments_count read endorsed last_activity_at)
# these keys are checked separately, when desired, using check_thread_response_paging.
actual_keys = hash.keys - [
"children", "endorsed_responses", "non_endorsed_responses", "resp_skip",
"resp_limit", "resp_total", "non_endorsed_resp_total"
]
actual_keys.sort.should == expected_keys.sort
hash["title"].should == thread.title
hash["body"].should == thread.body
hash["course_id"].should == thread.course_id
hash["anonymous"].should == thread.anonymous
hash["anonymous_to_peers"].should == thread.anonymous_to_peers
hash["commentable_id"].should == thread.commentable_id
hash["at_position_list"].should == thread.at_position_list
hash["closed"].should == thread.closed
hash["user_id"].should == thread.author.id
hash["username"].should == thread.author.username
hash["votes"]["point"].should == thread.votes["point"]
hash["votes"]["count"].should == thread.votes["count"]
hash["votes"]["up_count"].should == thread.votes["up_count"]
hash["votes"]["down_count"].should == thread.votes["down_count"]
hash["abuse_flaggers"].should == thread.abuse_flaggers
hash["tags"].should == []
hash["type"].should == "thread"
hash["group_id"].should == thread.group_id
hash["pinned"].should == thread.pinned?
hash["endorsed"].should == thread.endorsed?
hash["comments_count"].should == thread.comments.length
hash["context"] = thread.context
if is_json
hash["id"].should == thread._id.to_s
hash["created_at"].should == thread.created_at.utc.strftime("%Y-%m-%dT%H:%M:%SZ")
hash["updated_at"].should == thread.updated_at.utc.strftime("%Y-%m-%dT%H:%M:%SZ")
hash["last_activity_at"].should == thread.last_activity_at.utc.strftime("%Y-%m-%dT%H:%M:%SZ")
else
hash["created_at"].should == thread.created_at
hash["updated_at"].should == thread.updated_at
hash["last_activity_at"].should == thread.last_activity_at
end
if user.nil?
hash["unread_comments_count"].should == thread.comments.length
hash["read"].should == false
else
expected_unread_cnt = thread.comments.length # initially assume nothing has been read
read_states = user.read_states.where(course_id: thread.course_id).to_a
if read_states.length == 1
read_date = read_states.first.last_read_times[thread.id.to_s]
if read_date
thread.comments.each do |c|
if c.updated_at < read_date
expected_unread_cnt -= 1
end
end
hash["read"].should == (read_date >= thread.updated_at)
else
hash["read"].should == false
end
end
hash["unread_comments_count"].should == expected_unread_cnt
end
end
def check_thread_result_json(user, thread, json_response)
check_thread_result(user, thread, json_response, true)
end
def check_unread_thread_result_json(thread, json_response)
# when thread is unread we do not check if thread matches the user read states data
# and explicitly asserts `read` to false; hence pass user=nil
check_thread_result(nil, thread, json_response, true)
end
def check_thread_response_paging(thread, hash, resp_skip=0, resp_limit=nil, is_json=false, recursive=false)
case thread.thread_type
when "discussion"
check_discussion_response_paging(thread, hash, resp_skip, resp_limit, is_json, recursive)
when "question"
check_question_response_paging(thread, hash, resp_skip, resp_limit, is_json, recursive)
end
end
def check_comment(comment, hash, is_json, recursive=false)
hash["id"].should == (is_json ? comment.id.to_s : comment.id) # Convert from ObjectId if necessary
hash["body"].should == comment.body
hash["user_id"].should == comment.author_id
hash["username"].should == comment.author_username
hash["endorsed"].should == comment.endorsed
hash["endorsement"].should == comment.endorsement
children = Comment.where({"parent_id" => comment.id}).sort({"sk" => 1}).to_a
hash["child_count"].should == children.length
if recursive
hash["children"].length.should == children.length
hash["children"].each_with_index do |child_hash, i|
check_comment(children[i], child_hash, is_json)
end
end
end
def check_discussion_response_paging(thread, hash, resp_skip=0, resp_limit=nil, is_json=false, recursive=false)
all_responses = thread.root_comments.sort({"sk" => 1}).to_a
total_responses = all_responses.length
hash["resp_total"].should == total_responses
expected_responses = resp_limit.nil? ?
all_responses.drop(resp_skip) :
all_responses.drop(resp_skip).take(resp_limit)
hash["children"].length.should == expected_responses.length
hash["children"].each_with_index do |response_hash, i|
check_comment(expected_responses[i], response_hash, is_json, recursive)
end
hash["resp_skip"].to_i.should == resp_skip
if resp_limit.nil?
hash["resp_limit"].should be_nil
else
hash["resp_limit"].to_i.should == resp_limit
end
end
def check_question_response_paging(thread, hash, resp_skip=0, resp_limit=nil, is_json=false, recursive=false)
all_responses = thread.root_comments.sort({"sk" => 1}).to_a
endorsed_responses, non_endorsed_responses = all_responses.partition { |resp| resp.endorsed }
hash["endorsed_responses"].length.should == endorsed_responses.length
hash["endorsed_responses"].each_with_index do |response_hash, i|
check_comment(endorsed_responses[i], response_hash, is_json, recursive)
end
hash["non_endorsed_resp_total"] == non_endorsed_responses.length
expected_non_endorsed_responses = resp_limit.nil? ?
non_endorsed_responses.drop(resp_skip) :
non_endorsed_responses.drop(resp_skip).take(resp_limit)
hash["non_endorsed_responses"].length.should == expected_non_endorsed_responses.length
hash["non_endorsed_responses"].each_with_index do |response_hash, i|
check_comment(expected_non_endorsed_responses[i], response_hash, is_json, recursive)
end
total_responses = endorsed_responses.length + non_endorsed_responses.length
hash["resp_total"].should == total_responses
hash["resp_skip"].to_i.should == resp_skip
if resp_limit.nil?
hash["resp_limit"].should be_nil
else
hash["resp_limit"].to_i.should == resp_limit
end
end
def check_thread_response_paging_json(thread, hash, resp_skip=0, resp_limit=nil, recursive=false)
check_thread_response_paging(thread, hash, resp_skip, resp_limit, true, recursive)
end
# general purpose factory helpers
def make_thread(author, text, course_id, commentable_id, thread_type=:discussion, context=:course)
thread = CommentThread.new(title: text, body: text, course_id: course_id, commentable_id: commentable_id)
thread.thread_type = thread_type
thread.author = author
thread.context = context
thread.save!
thread
end
def make_comment(author, parent, text)
if parent.is_a?(CommentThread)
coll = parent.comments
thread = parent
else
coll = parent.children
thread = parent.comment_thread
parent.set(child_count: coll.length + 1)
end
comment = coll.new(body: text, course_id: parent.course_id)
comment.author = author
comment.comment_thread = thread
comment.save!
comment
end
# add standalone threads and comments to the @threads and @comments hashes
# using the namespace "standalone t#{index}" for threads and "standalone t#{index} c#{i}" for comments
# takes an index param if used within an iterator, otherwise will namespace using 0 for thread index
# AKA this will overwrite "standalone t0" each time it is called.
def make_standalone_thread_with_comments(author, index=0)
thread = make_thread(
author,
"standalone thread #{index}",
DFLT_COURSE_ID,
"pdq",
:discussion,
:standalone
)
3.times do |i|
@comments["standalone t#{index} c#{i}"] = make_comment(author, thread, "stand alone comment #{i}")
end
@threads["standalone t#{index}"] = thread
end
DFLT_COURSE_ID = "xyz"
def setup_10_threads
User.all.delete
Content.all.delete
@threads = {}
@comments = {}
@users = {}
10.times do |i|
author = create_test_user(i+100)
@users["u#{i+100}"] = author
thread = make_thread(author, "t#{i}", DFLT_COURSE_ID, "pdq")
@threads["t#{i}"] = thread
5.times do |j|
comment = make_comment(author, thread, "t#{i} c#{j}")
@comments["t#{i} c#{j}"] = comment
end
end
@default_order = 10.times.map { |i| "t#{i}" }.reverse
end
# Creates a CommentThread with a Comment, and nested child Comment.
# The author of the thread is subscribed to the thread.
def create_comment_thread_and_comments
# Create a new comment thread, and subscribe the author to the thread
thread = create(:comment_thread, :subscribe_author)
# Create a comment along with a nested child comment
comment = create(:comment, comment_thread: thread)
create(:comment, parent: comment)
comment.set(child_count: 1)
thread
end