test/collection_test.rb in jmongo-1.1.1 vs test/collection_test.rb in jmongo-1.1.2
- old
+ new
@@ -1,45 +1,29 @@
require './test/test_helper'
-CONNECTION ||= Mongo::Connection.new(TEST_HOST, TEST_PORT, :op_timeout => 10)
-$db = CONNECTION.db(MONGO_TEST_DB)
+Cfg.connection :op_timeout => 10
+Cfg.db
-VERSION = CONNECTION.server_version
-apr VERSION
-
-def clear_collections
- $db.collection_names.each do |n|
- $db.drop_collection(n) unless n =~ /system/
- end
-end
-
-clear_collections
-
-$test = $db.collection("test")
-
class TestCollection < MiniTest::Unit::TestCase
def setup
- clear_collections
+ Cfg.clear_all
end
def test_capped_method
- $db.drop_collection('normal')
- $db.create_collection('normal')
- assert !$db['normal'].capped?
- $db.drop_collection('normal')
+ Cfg.db.create_collection('normal').insert('x'=>3)
+ assert !Cfg.db['normal'].capped?
- $db.create_collection('c', :capped => true, :size => 100_000)
- assert $db['c'].capped?
- $db.drop_collection('c')
+ Cfg.db.create_collection('c', :capped => true, :size => 100_000).insert('g'=>4)
+ assert Cfg.db['c'].capped?
end
def test_optional_pk_factory
- @coll_default_pk = $db.collection('stuff')
+ @coll_default_pk = Cfg.db.collection('stuff')
assert_equal BSON::ObjectId, @coll_default_pk.pk_factory
- @coll_default_pk = $db.create_collection('more-stuff')
+ @coll_default_pk = Cfg.db.create_collection('more-stuff')
assert_equal BSON::ObjectId, @coll_default_pk.pk_factory
# Create a db with a pk_factory.
@db = Connection.new(ENV['MONGO_RUBY_DRIVER_HOST'] || 'localhost',
ENV['MONGO_RUBY_DRIVER_PORT'] || Connection::DEFAULT_PORT).db(MONGO_TEST_DB, :pk => Object.new)
@@ -54,143 +38,140 @@
def self.create_pk
end
end
def test_pk_factory_on_collection
- @coll2 = Collection.new('foo', $db, :pk => TestPK)
+ @coll2 = Collection.new('foo', Cfg.db, :pk => TestPK)
assert_equal TestPK, @coll2.pk_factory
end
def test_valid_names
assert_raises Mongo::InvalidNSName do
- $db["te$t"]
+ Cfg.db["te$t"]
end
assert_raises Mongo::InvalidNSName do
- $db['$main']
+ Cfg.db['$main']
end
- assert $db['$cmd']
- assert $db['oplog.$main']
+ assert Cfg.db['$cmd']
+ assert Cfg.db['oplog.$main']
end
def test_collection
- assert_kind_of Collection, $db["test"]
- assert_equal $db["test"].name(), $db.collection("test").name()
- assert_equal $db["test"].name(), $db[:test].name()
+ assert_kind_of Collection, Cfg.db["test"]
+ assert_equal Cfg.db["test"].name(), Cfg.db.collection("test").name()
+ assert_equal Cfg.db["test"].name(), Cfg.db[:test].name()
- assert_kind_of Collection, $db["test"]["foo"]
- assert_equal $db["test"]["foo"].name(), $db.collection("test.foo").name()
- assert_equal $db["test"]["foo"].name(), $db["test.foo"].name()
+ assert_kind_of Collection, Cfg.db["test"]["foo"]
+ assert_equal Cfg.db["test"]["foo"].name(), Cfg.db.collection("test.foo").name()
+ assert_equal Cfg.db["test"]["foo"].name(), Cfg.db["test.foo"].name()
- $db["test"]["foo"].remove
- $db["test"]["foo"].insert("x" => 5)
- assert_equal 5, $db.collection("test.foo").find_one()["x"]
+ Cfg.db["test"]["foo"].remove
+ Cfg.db["test"]["foo"].insert("x" => 5)
+ assert_equal 5, Cfg.db.collection("test.foo").find_one()["x"]
end
def test_rename_collection
- $db.drop_collection('foo1')
- $db.drop_collection('bar1')
-
- @col = $db.create_collection('foo1')
+ @col = Cfg.db.create_collection('foo1')
+ @col.insert("x" => 5) #must insert something to actually create collection
assert_equal 'foo1', @col.name
-
@col.rename('bar1')
assert_equal 'bar1', @col.name
end
def test_nil_id
skip("The Java driver does not allow nil _id")
- assert_equal 5, $test.insert({"_id" => 5, "foo" => "bar"}, {:safe => true})
- assert_equal 5, $test.save({"_id" => 5, "foo" => "baz"}, {:safe => true})
- assert_equal nil, $test.find_one("foo" => "bar")
- assert_equal "baz", $test.find_one(:_id => 5)["foo"]
+ assert_equal 5, Cfg.test.insert({"_id" => 5, "foo" => "bar"}, {:safe => true})
+ assert_equal 5, Cfg.test.save({"_id" => 5, "foo" => "baz"}, {:safe => true})
+ assert_equal nil, Cfg.test.find_one("foo" => "bar")
+ assert_equal "baz", Cfg.test.find_one(:_id => 5)["foo"]
assert_raises OperationFailure do
- $test.insert({"_id" => 5, "foo" => "bar"}, {:safe => true})
+ Cfg.test.insert({"_id" => 5, "foo" => "bar"}, {:safe => true})
end
- assert_equal nil, $test.insert({"_id" => nil, "foo" => "bar"}, {:safe => true})
- assert_equal nil, $test.save({"_id" => nil, "foo" => "baz"}, {:safe => true})
- assert_equal nil, $test.find_one("foo" => "bar")
- assert_equal "baz", $test.find_one(:_id => nil)["foo"]
+ assert_equal nil, Cfg.test.insert({"_id" => nil, "foo" => "bar"}, {:safe => true})
+ assert_equal nil, Cfg.test.save({"_id" => nil, "foo" => "baz"}, {:safe => true})
+ assert_equal nil, Cfg.test.find_one("foo" => "bar")
+ assert_equal "baz", Cfg.test.find_one(:_id => nil)["foo"]
assert_raises OperationFailure do
- $test.insert({"_id" => nil, "foo" => "bar"}, {:safe => true})
+ Cfg.test.insert({"_id" => nil, "foo" => "bar"}, {:safe => true})
end
assert_raises OperationFailure do
- $test.insert({:_id => nil, "foo" => "bar"}, {:safe => true})
+ Cfg.test.insert({:_id => nil, "foo" => "bar"}, {:safe => true})
end
end
- if VERSION > "1.1"
+ if Cfg.version > "1.1"
def setup_for_distinct
- $test.remove
- $test.insert([{:a => 0, :b => {:c => "a"}},
+ Cfg.test.remove
+ Cfg.test.insert([{:a => 0, :b => {:c => "a"}},
{:a => 1, :b => {:c => "b"}},
{:a => 1, :b => {:c => "c"}},
{:a => 2, :b => {:c => "a"}},
{:a => 3},
{:a => 3}])
end
def test_distinct_queries
setup_for_distinct
- assert_equal [0, 1, 2, 3], $test.distinct(:a).sort
- assert_equal ["a", "b", "c"], $test.distinct("b.c").sort
+ assert_equal [0, 1, 2, 3], Cfg.test.distinct(:a).sort
+ assert_equal ["a", "b", "c"], Cfg.test.distinct("b.c").sort
end
- if VERSION >= "1.2"
+ if Cfg.version >= "1.2"
def test_filter_collection_with_query
setup_for_distinct
- assert_equal [2, 3], $test.distinct(:a, {:a => {"$gt" => 1}}).sort
+ assert_equal [2, 3], Cfg.test.distinct(:a, {:a => {"$gt" => 1}}).sort
end
def test_filter_nested_objects
setup_for_distinct
- assert_equal ["a", "b"], $test.distinct("b.c", {"b.c" => {"$ne" => "c"}}).sort
+ assert_equal ["a", "b"], Cfg.test.distinct("b.c", {"b.c" => {"$ne" => "c"}}).sort
end
end
end
def test_safe_insert
- $test.create_index("hello", :unique => true)
+ Cfg.test.create_index("hello", :unique => true)
a = {"hello" => "world"}
- $test.insert(a)
- $test.insert(a)
- assert($db.get_last_error['err'].include?("11000"))
+ Cfg.test.insert(a)
+ Cfg.test.insert(a)
+ assert(Cfg.db.get_last_error['err'].include?("11000"))
assert_raises OperationFailure do
- $test.insert(a, :safe => true)
+ Cfg.test.insert(a, :safe => true)
end
end
def test_bulk_insert_with_continue_on_error
- if VERSION >= "2.0"
- $test.create_index([["foo", 1]], :unique => true)
+ if Cfg.version >= "2.0"
+ Cfg.test.create_index([["foo", 1]], :unique => true)
docs = []
docs << {:foo => 1}
docs << {:foo => 1}
docs << {:foo => 2}
docs << {:foo => 3}
assert_raises OperationFailure do
- $test.insert(docs, :safe => true)
+ Cfg.test.insert(docs, :safe => true)
end
- assert_equal 1, $test.count
- $test.remove
+ assert_equal 1, Cfg.test.count
+ Cfg.test.remove
docs = []
docs << {:foo => 1}
docs << {:foo => 1}
docs << {:foo => 2}
docs << {:foo => 3}
docs << {:foo => 3}
assert_raises OperationFailure do
- $test.insert(docs, :safe => true, :continue_on_error => true)
+ Cfg.test.insert(docs, :safe => true, :continue_on_error => true)
end
- assert_equal 3, $test.count
+ assert_equal 3, Cfg.test.count
- $test.remove
- $test.drop_index("foo_1")
+ Cfg.test.remove
+ Cfg.test.drop_index("foo_1")
end
end
def test_maximum_insert_size
skip("The Java driver does not enforce a maximum")
@@ -198,541 +179,542 @@
16.times do
docs << {'foo' => 'a' * 1_000_000}
end
assert_raises InvalidOperation do
- $test.insert(docs)
+ Cfg.test.insert(docs)
end
end
def test_update
- id1 = $test.save("x" => 5)
- $test.update({}, {"$inc" => {"x" => 1}})
- assert_equal 1, $test.count()
- assert_equal 6, $test.find_one(:_id => id1)["x"]
+ id1 = Cfg.test.save("x" => 5)
+ Cfg.test.update({}, {"$inc" => {"x" => 1}})
+ assert_equal 1, Cfg.test.count()
+ assert_equal 6, Cfg.test.find_one(:_id => id1)["x"]
- id2 = $test.save("x" => 1)
- $test.update({"x" => 6}, {"$inc" => {"x" => 1}})
- assert_equal 7, $test.find_one(:_id => id1)["x"]
- assert_equal 1, $test.find_one(:_id => id2)["x"]
+ id2 = Cfg.test.save("x" => 1)
+ Cfg.test.update({"x" => 6}, {"$inc" => {"x" => 1}})
+ assert_equal 7, Cfg.test.find_one(:_id => id1)["x"]
+ assert_equal 1, Cfg.test.find_one(:_id => id2)["x"]
end
def test_multi_update
- $test.save("num" => 10)
- $test.save("num" => 10)
- $test.save("num" => 10)
- assert_equal 3, $test.count
+ Cfg.test.save("num" => 10)
+ Cfg.test.save("num" => 10)
+ Cfg.test.save("num" => 10)
+ assert_equal 3, Cfg.test.count
- $test.update({"num" => 10}, {"$set" => {"num" => 100}}, :multi => true)
- $test.find.each do |doc|
+ Cfg.test.update({"num" => 10}, {"$set" => {"num" => 100}}, :multi => true)
+ Cfg.test.find.each do |doc|
assert_equal 100, doc["num"]
end
end
def test_upsert
- $test.update({"page" => "/"}, {"$inc" => {"count" => 1}}, :upsert => true)
- $test.update({"page" => "/"}, {"$inc" => {"count" => 1}}, :upsert => true)
+ Cfg.test.update({"page" => "/"}, {"$inc" => {"count" => 1}}, :upsert => true)
+ Cfg.test.update({"page" => "/"}, {"$inc" => {"count" => 1}}, :upsert => true)
- assert_equal 1, $test.count()
- assert_equal 2, $test.find_one()["count"]
+ assert_equal 1, Cfg.test.count()
+ assert_equal 2, Cfg.test.find_one()["count"]
end
def test_safe_update
- $test.create_index("x", :unique => true)
- $test.insert("x" => 5)
- $test.insert("x" => 10)
+ Cfg.test.create_index("x", :unique => true)
+ Cfg.test.insert("x" => 5)
+ Cfg.test.insert("x" => 10)
# Can update an indexed collection.
- $test.update({}, {"$inc" => {"x" => 1}})
- assert !$db.error?
+ Cfg.test.update({}, {"$inc" => {"x" => 1}})
+ assert !Cfg.db.error?
# Can't duplicate an index.
assert_raises OperationFailure do
- $test.update({}, {"x" => 10}, :safe => true)
+ Cfg.test.update({}, {"x" => 10}, :safe => true)
end
end
def test_safe_save
- $test.create_index("hello", :unique => true)
+ Cfg.test.create_index("hello", :unique => true)
- $test.save("hello" => "world")
- $test.save("hello" => "world")
+ Cfg.test.save("hello" => "world")
+ Cfg.test.save("hello" => "world")
assert_raises OperationFailure do
- $test.save({"hello" => "world"}, :safe => true)
+ Cfg.test.save({"hello" => "world"}, :safe => true)
end
end
def test_safe_remove
- @conn = standard_connection
+ @conn = Cfg.new_connection
@db = @conn[MONGO_TEST_DB]
@test = @db['test-safe-remove']
@test.save({:a => 50})
assert_equal 1, @test.remove({}, :safe => true)["n"]
@test.drop
end
def test_remove_return_value
- assert_equal true, $test.remove({})
+ assert_equal true, Cfg.test.remove({})
end
def test_count
- assert_equal 0, $test.count
- $test.save(:x => 1)
- $test.save(:x => 2)
- assert_equal 2, $test.count
+ assert_equal 0, Cfg.test.count
+ Cfg.test.save(:x => 1)
+ Cfg.test.save(:x => 2)
+ assert_equal 2, Cfg.test.count
- assert_equal 1, $test.count(:query => {:x => 1})
- assert_equal 1, $test.count(:limit => 1)
- assert_equal 0, $test.count(:skip => 2)
+ assert_equal 1, Cfg.test.count(:query => {:x => 1})
+ assert_equal 1, Cfg.test.count(:limit => 1)
+ assert_equal 0, Cfg.test.count(:skip => 2)
end
# Note: #size is just an alias for #count.
def test_size
- assert_equal 0, $test.count
- assert_equal $test.size, $test.count
- $test.save("x" => 1)
- $test.save("x" => 2)
- assert_equal $test.size, $test.count
+ assert_equal 0, Cfg.test.count
+ assert_equal Cfg.test.size, Cfg.test.count
+ Cfg.test.save("x" => 1)
+ Cfg.test.save("x" => 2)
+ assert_equal Cfg.test.size, Cfg.test.count
end
def test_no_timeout_option
assert_raises ArgumentError, "Timeout can be set to false only when #find is invoked with a block." do
- $test.find({}, :timeout => false)
+ Cfg.test.find({}, :timeout => false)
end
- $test.find({}, :timeout => false) do |cursor|
+ Cfg.test.find({}, :timeout => false) do |cursor|
assert_equal 0, cursor.count
end
- $test.save("x" => 1)
- $test.save("x" => 2)
- $test.find({}, :timeout => false) do |cursor|
+ Cfg.test.save("x" => 1)
+ Cfg.test.save("x" => 2)
+ Cfg.test.find({}, :timeout => false) do |cursor|
assert_equal 2, cursor.count
end
end
def test_default_timeout
- cursor = $test.find
+ cursor = Cfg.test.find
assert_equal true, cursor.timeout
end
def test_fields_as_hash
- $test.save(:a => 1, :b => 1, :c => 1)
+ Cfg.test.save(:a => 1, :b => 1, :c => 1)
- doc = $test.find_one({:a => 1}, :fields => {:b => 0})
+ doc = Cfg.test.find_one({:a => 1}, :fields => {:b => 0})
assert_nil doc['b']
assert doc['a']
assert doc['c']
- doc = $test.find_one({:a => 1}, :fields => {:a => 1, :b => 1})
+ doc = Cfg.test.find_one({:a => 1}, :fields => {:a => 1, :b => 1})
assert_nil doc['c']
assert doc['a']
assert doc['b']
assert_raises Mongo::OperationFailure do
- $test.find_one({:a => 1}, :fields => {:a => 1, :b => 0})
+ Cfg.test.find_one({:a => 1}, :fields => {:a => 1, :b => 0})
end
end
- if VERSION >= "1.5.1"
+ if Cfg.version >= "1.5.1"
def test_fields_with_slice
- $test.save({:foo => [1, 2, 3, 4, 5, 6], :test => 'slice'})
+ Cfg.test.save({:foo => [1, 2, 3, 4, 5, 6], :test => 'slice'})
- doc = $test.find_one({:test => 'slice'}, :fields => {'foo' => {'$slice' => [0, 3]}})
+ doc = Cfg.test.find_one({:test => 'slice'}, :fields => {'foo' => {'$slice' => [0, 3]}})
assert_equal [1, 2, 3], doc['foo']
- $test.remove
+ Cfg.test.remove
end
end
def test_find_one
- id = $test.save("hello" => "world", "foo" => "bar")
+ id = Cfg.test.save("hello" => "world", "foo" => "bar")
- assert_equal "world", $test.find_one()["hello"]
- assert_equal $test.find_one(id), $test.find_one()
- assert_equal $test.find_one(nil), $test.find_one()
- assert_equal $test.find_one({}), $test.find_one()
- assert_equal $test.find_one("hello" => "world"), $test.find_one()
- assert_equal $test.find_one(BSON::OrderedHash["hello", "world"]), $test.find_one()
+ assert_equal "world", Cfg.test.find_one()["hello"]
+ assert_equal Cfg.test.find_one(id), Cfg.test.find_one()
+ assert_equal Cfg.test.find_one(nil), Cfg.test.find_one()
+ assert_equal Cfg.test.find_one({}), Cfg.test.find_one()
+ assert_equal Cfg.test.find_one("hello" => "world"), Cfg.test.find_one()
+ assert_equal Cfg.test.find_one(BSON::OrderedHash["hello", "world"]), Cfg.test.find_one()
- assert $test.find_one(nil, :fields => ["hello"]).include?("hello")
- assert !$test.find_one(nil, :fields => ["foo"]).include?("hello")
- assert_equal ["_id"], $test.find_one(nil, :fields => []).keys()
+ assert Cfg.test.find_one(nil, :fields => ["hello"]).include?("hello")
+ assert !Cfg.test.find_one(nil, :fields => ["foo"]).include?("hello")
+ assert_equal ["_id"], Cfg.test.find_one(nil, :fields => []).keys()
- assert_equal nil, $test.find_one("hello" => "foo")
- assert_equal nil, $test.find_one(BSON::OrderedHash["hello", "foo"])
- assert_equal nil, $test.find_one(ObjectId.new)
+ assert_equal nil, Cfg.test.find_one("hello" => "foo")
+ assert_equal nil, Cfg.test.find_one(BSON::OrderedHash["hello", "foo"])
+ assert_equal nil, Cfg.test.find_one(ObjectId.new)
assert_raises TypeError do
- $test.find_one(6)
+ Cfg.test.find_one(6)
end
end
def test_insert_adds_id
doc = {"hello" => "world"}
- $test.insert(doc)
- assert(doc.include?(:_id))
+ Cfg.test.insert(doc)
+ assert(doc.include?(:_id) || doc.include?('_id'))
docs = [{"hello" => "world"}, {"hello" => "world"}]
- $test.insert(docs)
+ Cfg.test.insert(docs)
docs.each do |d|
- assert(d.include?(:_id))
+ assert(d.include?(:_id) || doc.include?('_id'))
end
end
def test_save_adds_id
doc = {"hello" => "world"}
- $test.save(doc)
- assert(doc.include?(:_id))
+ Cfg.test.save(doc)
+ assert(doc.include?(:_id) || doc.include?('_id'))
end
def test_optional_find_block
10.times do |i|
- $test.save("i" => i)
+ Cfg.test.save("i" => i)
end
x = nil
- $test.find("i" => 2) { |cursor|
+ Cfg.test.find("i" => 2) { |cursor|
x = cursor.count()
}
assert_equal 1, x
i = 0
- $test.find({}, :skip => 5) do |cursor|
+ Cfg.test.find({}, :skip => 5) do |cursor|
cursor.each do |doc|
i = i + 1
end
end
assert_equal 5, i
c = nil
- $test.find() do |cursor|
+ Cfg.test.find() do |cursor|
c = cursor
end
assert c.closed?
end
def test_map_reduce
- $test << { "user_id" => 1 }
- $test << { "user_id" => 2 }
+ Cfg.test << { "user_id" => 1 }
+ Cfg.test << { "user_id" => 2 }
m = "function() { emit(this.user_id, 1); }"
r = "function(k,vals) { return 1; }"
- res = $test.map_reduce(m, r, :out => 'foo');
+ res = Cfg.test.map_reduce(m, r, :out => 'foo');
assert res.find_one({"_id" => 1})
assert res.find_one({"_id" => 2})
end
def test_map_reduce_with_code_objects
- $test << { "user_id" => 1 }
- $test << { "user_id" => 2 }
+ Cfg.test << { "user_id" => 1 }
+ Cfg.test << { "user_id" => 2 }
m = Code.new("function() { emit(this.user_id, 1); }")
r = Code.new("function(k,vals) { return 1; }")
- res = $test.map_reduce(m, r, :out => 'foo');
+ res = Cfg.test.map_reduce(m, r, :out => 'foo');
assert res.find_one({"_id" => 1})
assert res.find_one({"_id" => 2})
end
def test_map_reduce_with_options
- $test << { "user_id" => 1 }
- $test << { "user_id" => 2 }
- $test << { "user_id" => 3 }
+ Cfg.test << { "user_id" => 1 }
+ Cfg.test << { "user_id" => 2 }
+ Cfg.test << { "user_id" => 3 }
m = Code.new("function() { emit(this.user_id, 1); }")
r = Code.new("function(k,vals) { return 1; }")
- res = $test.map_reduce(m, r, :query => {"user_id" => {"$gt" => 1}}, :out => 'foo');
+ res = Cfg.test.map_reduce(m, r, :query => {"user_id" => {"$gt" => 1}}, :out => 'foo');
assert_equal 2, res.count
assert res.find_one({"_id" => 2})
assert res.find_one({"_id" => 3})
end
def test_map_reduce_with_raw_response
- $test << { "user_id" => 1 }
- $test << { "user_id" => 2 }
- $test << { "user_id" => 3 }
+ Cfg.test << { "user_id" => 1 }
+ Cfg.test << { "user_id" => 2 }
+ Cfg.test << { "user_id" => 3 }
m = Code.new("function() { emit(this.user_id, 1); }")
r = Code.new("function(k,vals) { return 1; }")
- res = $test.map_reduce(m, r, :raw => true, :out => 'foo')
+ res = Cfg.test.map_reduce(m, r, :raw => true, :out => 'foo')
assert res["result"]
assert res["counts"]
assert res["timeMillis"]
end
def test_map_reduce_with_output_collection
- $test << { "user_id" => 1 }
- $test << { "user_id" => 2 }
- $test << { "user_id" => 3 }
+ Cfg.test << { "user_id" => 1 }
+ Cfg.test << { "user_id" => 2 }
+ Cfg.test << { "user_id" => 3 }
output_collection = "test-map-coll"
m = Code.new("function() { emit(this.user_id, 1); }")
r = Code.new("function(k,vals) { return 1; }")
- res = $test.map_reduce(m, r, :raw => true, :out => output_collection)
+ res = Cfg.test.map_reduce(m, r, :raw => true, :out => output_collection)
assert_equal output_collection, res["result"]
assert res["counts"]
assert res["timeMillis"]
end
- if VERSION >= "1.8.0"
+ if Cfg.version >= "1.8.0"
def test_map_reduce_with_collection_merge
- $test << {:user_id => 1}
- $test << {:user_id => 2}
+ Cfg.test << {:user_id => 1}
+ Cfg.test << {:user_id => 2}
output_collection = "test-map-coll"
m = Code.new("function() { emit(this.user_id, {count: 1}); }")
r = Code.new("function(k,vals) { var sum = 0;" +
" vals.forEach(function(v) { sum += v.count;} ); return {count: sum}; }")
- res = $test.map_reduce(m, r, :out => output_collection)
+ res = Cfg.test.map_reduce(m, r, :out => output_collection)
- $test.remove
- $test << {:user_id => 3}
- res = $test.map_reduce(m, r, :out => {:merge => output_collection})
+ Cfg.test.remove
+ Cfg.test << {:user_id => 3}
+ res = Cfg.test.map_reduce(m, r, :out => {:merge => output_collection})
assert res.find.to_a.any? {|doc| doc["_id"] == 3 && doc["value"]["count"] == 1}
- $test.remove
- $test << {:user_id => 3}
- res = $test.map_reduce(m, r, :out => {:reduce => output_collection})
+ Cfg.test.remove
+ Cfg.test << {:user_id => 3}
+ res = Cfg.test.map_reduce(m, r, :out => {:reduce => output_collection})
assert res.find.to_a.any? {|doc| doc["_id"] == 3 && doc["value"]["count"] == 2}
assert_raises ArgumentError do
- $test.map_reduce(m, r, :out => {:inline => 1})
+ Cfg.test.map_reduce(m, r, :out => {:inline => 1})
end
- $test.map_reduce(m, r, :raw => true, :out => {:inline => 1})
+ Cfg.test.map_reduce(m, r, :raw => true, :out => {:inline => 1})
assert res["results"]
end
end
- if VERSION > "1.3.0"
+ if Cfg.version > "1.3.0"
def test_find_and_modify
- $test << { :a => 1, :processed => false }
- $test << { :a => 2, :processed => false }
- $test << { :a => 3, :processed => false }
+ Cfg.test << { :a => 1, :processed => false }
+ Cfg.test << { :a => 2, :processed => false }
+ Cfg.test << { :a => 3, :processed => false }
- $test.find_and_modify(:query => {}, :sort => [['a', -1]], :update => {"$set" => {:processed => true}})
+ Cfg.test.find_and_modify(:query => {}, :sort => [['a', -1]], :update => {"$set" => {:processed => true}})
- assert $test.find_one({:a => 3})['processed']
+ assert Cfg.test.find_one({:a => 3})['processed']
end
def test_find_and_modify_with_invalid_options
- $test << { :a => 1, :processed => false }
- $test << { :a => 2, :processed => false }
- $test << { :a => 3, :processed => false }
+ Cfg.test << { :a => 1, :processed => false }
+ Cfg.test << { :a => 2, :processed => false }
+ Cfg.test << { :a => 3, :processed => false }
assert_raises Mongo::OperationFailure do
- $test.find_and_modify(:blimey => {})
+ Cfg.test.find_and_modify(:blimey => {})
end
end
end
- if VERSION >= "1.3.5"
+ if Cfg.version >= "1.3.5"
def test_coll_stats
- $test << {:n => 1}
- $test.create_index("n")
- stats = $test.stats
- assert_equal "#{MONGO_TEST_$db}.test", stats['ns']
+ Cfg.test << {:n => 1}
+ Cfg.test.create_index("n")
+ stats = Cfg.test.stats
+ assert_equal "#{MONGO_TEST_DB}.test", stats['ns']
end
end
def test_saving_dates_pre_epoch
begin
- $test.save({'date' => Time.utc(1600)})
- assert_in_delta Time.utc(1600), $test.find_one()["date"], 2
+ Cfg.test.save({'date' => Time.utc(1600)})
+ assert_in_delta Time.utc(1600), Cfg.test.find_one()["date"], 2
rescue ArgumentError
# See note in test_date_before_epoch (BSONTest)
end
end
def test_save_symbol_find_string
- $test.save(:foo => :mike, :foo1 => 'mike')
+ Cfg.test.save(:foo => :mike, :foo1 => 'mike')
- assert_equal :mike, $test.find_one(:foo => :mike)["foo"]
- assert_equal :mike, $test.find_one("foo" => :mike)["foo"]
- assert_equal 'mike', $test.find_one("foo" => :mike)["foo1"]
+ assert_equal :mike, Cfg.test.find_one(:foo => :mike)["foo"]
+ assert_equal :mike, Cfg.test.find_one("foo" => :mike)["foo"]
+ assert_equal 'mike', Cfg.test.find_one("foo" => :mike)["foo1"]
- assert_equal :mike, $test.find_one(:foo => "mike")["foo"]
- assert_equal :mike, $test.find_one("foo" => "mike")["foo"]
+ assert_equal :mike, Cfg.test.find_one(:foo => "mike")["foo"]
+ assert_equal :mike, Cfg.test.find_one("foo" => "mike")["foo"]
end
def test_limit_and_skip
10.times do |i|
- $test.save(:foo => i)
+ Cfg.test.save(:foo => i)
end
- assert_equal 5, $test.find({}, :skip => 5).next_document()["foo"]
- assert_equal nil, $test.find({}, :skip => 10).next_document()
+ assert_equal 5, Cfg.test.find({}, :skip => 5).next_document()["foo"]
+ assert_equal nil, Cfg.test.find({}, :skip => 10).next_document()
- assert_equal 5, $test.find({}, :limit => 5).to_a.length
+ assert_equal 5, Cfg.test.find({}, :limit => 5).to_a.length
- assert_equal 3, $test.find({}, :skip => 3, :limit => 5).next_document()["foo"]
- assert_equal 5, $test.find({}, :skip => 3, :limit => 5).to_a.length
+ assert_equal 3, Cfg.test.find({}, :skip => 3, :limit => 5).next_document()["foo"]
+ assert_equal 5, Cfg.test.find({}, :skip => 3, :limit => 5).to_a.length
end
def test_large_limit
2000.times do |i|
- $test.insert("x" => i, "y" => "mongomongo" * 1000)
+ Cfg.test.insert("x" => i, "y" => "mongomongo" * 1000)
end
- assert_equal 2000, $test.count
+ assert_equal 2000, Cfg.test.count
i = 0
y = 0
- $test.find({}, :limit => 1900).each do |doc|
+ Cfg.test.find({}, :limit => 1900).each do |doc|
i += 1
y += doc["x"]
end
assert_equal 1900, i
assert_equal 1804050, y
end
def test_small_limit
- $test.insert("x" => "hello world")
- $test.insert("x" => "goodbye world")
+ Cfg.test.insert("x" => "hello world")
+ Cfg.test.insert("x" => "goodbye world")
- assert_equal 2, $test.count
+ assert_equal 2, Cfg.test.count
x = 0
- $test.find({}, :limit => 1).each do |doc|
+ Cfg.test.find({}, :limit => 1).each do |doc|
x += 1
assert_equal "hello world", doc["x"]
end
assert_equal 1, x
end
def test_find_with_transformer
klass = Struct.new(:id, :a)
transformer = Proc.new { |doc| klass.new(doc['_id'], doc['a']) }
- cursor = $test.find({}, :transformer => transformer)
+ cursor = Cfg.test.find({}, :transformer => transformer)
assert_equal(transformer, cursor.transformer)
end
def test_find_one_with_transformer
klass = Struct.new(:id, :a)
transformer = Proc.new { |doc| klass.new(doc['_id'], doc['a']) }
- id = $test.insert('a' => 1)
- doc = $test.find_one(id, :transformer => transformer)
+ id = Cfg.test.insert('a' => 1)
+ doc = Cfg.test.find_one(id, :transformer => transformer)
assert_instance_of(klass, doc)
end
def test_ensure_index
- $test.drop_indexes
- $test.insert("x" => "hello world")
- assert_equal 1, $test.index_information.keys.count #default index
+ Cfg.test.drop_indexes
+ Cfg.test.insert("x" => "hello world")
+ assert_equal 1, Cfg.test.index_information.keys.count #default index
- $test.ensure_index([["x", Mongo::DESCENDING]], {})
- assert_equal 2, $test.index_information.keys.count
- assert $test.index_information.keys.include? "x_-1"
+ Cfg.test.ensure_index([["x", Mongo::DESCENDING]], {})
+ assert_equal 2, Cfg.test.index_information.keys.count
+ assert Cfg.test.index_information.keys.include? "x_-1"
- $test.ensure_index([["x", Mongo::ASCENDING]])
- assert $test.index_information.keys.include? "x_1"
+ Cfg.test.ensure_index([["x", Mongo::ASCENDING]])
+ assert Cfg.test.index_information.keys.include? "x_1"
- $test.ensure_index([["type", 1], ["date", -1]])
- assert $test.index_information.keys.include? "type_1_date_-1"
+ Cfg.test.ensure_index([["type", 1], ["date", -1]])
+ assert Cfg.test.index_information.keys.include? "type_1_date_-1"
- $test.drop_index("x_1")
- assert_equal 3, $test.index_information.keys.count
- $test.drop_index("x_-1")
- assert_equal 2, $test.index_information.keys.count
+ Cfg.test.drop_index("x_1")
+ assert_equal 3, Cfg.test.index_information.keys.count
+ Cfg.test.drop_index("x_-1")
+ assert_equal 2, Cfg.test.index_information.keys.count
- $test.ensure_index([["x", Mongo::DESCENDING]], {})
- assert_equal 3, $test.index_information.keys.count
- assert $test.index_information.keys.include? "x_-1"
+ Cfg.test.ensure_index([["x", Mongo::DESCENDING]], {})
+ assert_equal 3, Cfg.test.index_information.keys.count
+ assert Cfg.test.index_information.keys.include? "x_-1"
# Make sure that drop_index expires cache properly
- $test.ensure_index([['a', 1]])
- assert $test.index_information.keys.include?("a_1")
- $test.drop_index("a_1")
- assert !$test.index_information.keys.include?("a_1")
- $test.ensure_index([['a', 1]])
- assert $test.index_information.keys.include?("a_1")
- $test.drop_index("a_1")
+ Cfg.test.ensure_index([['a', 1]])
+ assert Cfg.test.index_information.keys.include?("a_1")
+ Cfg.test.drop_index("a_1")
+ assert !Cfg.test.index_information.keys.include?("a_1")
+ Cfg.test.ensure_index([['a', 1]])
+ assert Cfg.test.index_information.keys.include?("a_1")
+ Cfg.test.drop_index("a_1")
end
end
require 'minitest/spec'
+describe "Collection" do
+ before do
+ Cfg.clear_all
+ end
+
describe "Grouping" do
before do
- $test.remove
- $test.save("a" => 1)
- $test.save("b" => 1)
+ Cfg.test.save("a" => 1)
+ Cfg.test.save("b" => 1)
@initial = {"count" => 0}
@reduce_function = "function (obj, prev) { prev.count += inc_value; }"
@grp_opts = {:initial => @initial, :reduce => BSON::Code.new(@reduce_function, {"inc_value" => 1})}
end
it "should fail if missing required options" do
- lambda { $test.group(:initial => {}) }.must_raise Mongo::MongoArgumentError
- lambda { $test.group(:reduce => "foo") }.must_raise Mongo::MongoArgumentError
+ lambda { Cfg.test.group(:initial => {}) }.must_raise Mongo::MongoArgumentError
+ lambda { Cfg.test.group(:reduce => "foo") }.must_raise Mongo::MongoArgumentError
end
it "should group results using eval form" do
@grp_opts[:reduce] = BSON::Code.new(@reduce_function, {"inc_value" => 0.5})
- $test.group( @grp_opts )[0]["count"].must_equal 1
+ Cfg.test.group( @grp_opts )[0]["count"].must_equal 1
@grp_opts[:reduce] = BSON::Code.new(@reduce_function, {"inc_value" => 1})
- $test.group( @grp_opts )[0]["count"].must_equal 2
+ Cfg.test.group( @grp_opts )[0]["count"].must_equal 2
@grp_opts[:reduce] = BSON::Code.new(@reduce_function, {"inc_value" => 2})
- $test.group( @grp_opts )[0]["count"].must_equal 4
+ Cfg.test.group( @grp_opts )[0]["count"].must_equal 4
end
it "should finalize grouped results" do
@grp_opts[:finalize] = "function(doc) {doc.f = doc.count + 200; }"
- $test.group( @grp_opts )[0]["f"].must_equal 202
+ Cfg.test.group( @grp_opts )[0]["f"].must_equal 202
end
end
describe "Grouping with key" do
before do
- $test.remove
- $test.save("a" => 1, "pop" => 100)
- $test.save("a" => 1, "pop" => 100)
- $test.save("a" => 2, "pop" => 100)
- $test.save("a" => 2, "pop" => 100)
+ Cfg.test.save("a" => 1, "pop" => 100)
+ Cfg.test.save("a" => 1, "pop" => 100)
+ Cfg.test.save("a" => 2, "pop" => 100)
+ Cfg.test.save("a" => 2, "pop" => 100)
@initial = {"count" => 0, "foo" => 1}
@reduce_function = "function (obj, prev) { prev.count += obj.pop; }"
end
it "should group" do
- result = $test.group(:key => ['a'], :initial => @initial, :reduce => @reduce_function)
+ result = Cfg.test.group(:key => ['a'], :initial => @initial, :reduce => @reduce_function)
true.must_equal result.all? { |r| r['count'] == 200 }
end
end
describe "Grouping with a key function" do
before do
- $test.remove
- $test.save("a" => 1)
- $test.save("a" => 2)
- $test.save("a" => 3)
- $test.save("a" => 4)
- $test.save("a" => 5)
+ Cfg.test.save("a" => 1)
+ Cfg.test.save("a" => 2)
+ Cfg.test.save("a" => 3)
+ Cfg.test.save("a" => 4)
+ Cfg.test.save("a" => 5)
@initial = {"count" => 0}
@keyf = "function (doc) { if(doc.a % 2 == 0) { return {even: true}; } else {return {odd: true}} };"
@reduce = "function (obj, prev) { prev.count += 1; }"
end
it "should group results" do
- results = $test.group(:keyf => @keyf, :initial => @initial, :reduce => @reduce).sort {|a, b| a['count'] <=> b['count']}
+ results = Cfg.test.group(:keyf => @keyf, :initial => @initial, :reduce => @reduce).sort {|a, b| a['count'] <=> b['count']}
true.must_equal results[0]['even'] && results[0]['count'] == 2.0
true.must_equal results[1]['odd'] && results[1]['count'] == 3.0
end
it "should group filtered results" do
- results = $test.group(:keyf => @keyf, :cond => {:a => {'$ne' => 2}},
+ results = Cfg.test.group(:keyf => @keyf, :cond => {:a => {'$ne' => 2}},
:initial => @initial, :reduce => @reduce).sort {|a, b| a['count'] <=> b['count']}
true.must_equal results[0]['even'] && results[0]['count'] == 1.0
true.must_equal results[1]['odd'] && results[1]['count'] == 3.0
end
end
describe "A collection with two records" do
before do
- @collection = $db.collection('test-collection')
- @collection.remove
+ @collection = Cfg.db.collection('test-collection')
@collection.insert({:name => "Jones"})
@collection.insert({:name => "Smith"})
end
it "should have two records" do
@@ -755,12 +737,11 @@
end
end
describe "Drop index " do
before do
- $db.drop_collection('test-collection')
- @collection = $db.collection('test-collection')
+ @collection = Cfg.db.collection('test-collection')
end
it "should drop an index" do
@collection.create_index([['a', Mongo::ASCENDING]])
assert @collection.index_information['a_1']
@@ -790,14 +771,14 @@
end
end
describe "Creating indexes " do
before do
- $db.drop_collection('geo')
- $db.drop_collection('test-collection')
- @collection = $db.collection('test-collection')
- @geo = $db.collection('geo')
+ Cfg.db.drop_collection('test-collection')
+ @collection = Cfg.db.collection('test-collection')
+ @collection.insert({:aaa => 1})
+ @geo = Cfg.db.collection('geo')
end
it "should create index using symbols" do
@collection.create_index :foo, :name => :bar
@geo.create_index :goo, :name => :baz
@@ -815,19 +796,22 @@
assert @geo.index_information['loc_2d']
end
it "should create a unique index" do
@collection.create_index([['a', Mongo::ASCENDING]], :unique => true)
- assert @collection.index_information['a_1']['unique'] == true
+ info = @collection.index_information['a_1']
+ assert info
+ assert info['unique']
end
it "should drop duplicates" do
@collection.insert({:a => 1})
@collection.insert({:a => 1})
- assert_equal 2, @collection.find({:a => 1}).count
+ assert_equal 2, @collection.count(:query => {:a => 1})
@collection.create_index([['a', Mongo::ASCENDING]], :unique => true, :dropDups => true)
assert_equal 1, @collection.find({:a => 1}).count
+ assert_equal 1, @collection.find({:a => 1}).count
end
it "should drop duplicates with ruby-like drop_dups key" do
@collection.insert({:a => 1})
@collection.insert({:a => 1})
@@ -843,11 +827,11 @@
@collection.ensure_index([['a', Mongo::ASCENDING]], :unique => true, :drop_dups => true)
assert_equal 1, @collection.find({:a => 1}).count
end
it "should create an index in the background" do
- if VERSION > '1.3.1'
+ if Cfg.version > '1.3.1'
@collection.create_index([['b', Mongo::ASCENDING]], :background => true)
assert @collection.index_information['b_1']['background'] == true
else
assert true
end
@@ -894,12 +878,12 @@
end
end
# describe "Capped collections" do
# before do
- # $db.drop_collection('log')
- # @capped = $db.create_collection('log', :capped => true, :size => 1024)
+ # Cfg.db.drop_collection('log')
+ # @capped = Cfg.db.create_collection('log', :capped => true, :size => 1024)
# 10.times { |n| @capped.insert({:n => n}) }
# end
# it "should find using a standard cursor" do
@@ -911,11 +895,11 @@
# @capped.insert({:n => 100})
# assert_nil cursor.next_document
# end
# it "should fail tailable cursor on a non-capped collection" do
- # col = $db['regular-collection']
+ # col = Cfg.db['regular-collection']
# col.insert({:a => 1000})
# tail = Cursor.new(col, :tailable => true, :order => [['$natural', 1]])
# assert_raises OperationFailure do
# tail.next_document
# end
@@ -929,5 +913,6 @@
# assert_nil tail.next_document
# @capped.insert({:n => 100})
# assert tail.next_document
# end
# end
+end