forked from redis/redis-rb
/
sets.rb
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/
sets.rb
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# frozen_string_literal: true
module Lint
module Sets
def test_sadd
assert_equal true, r.sadd("foo", "s1")
assert_equal true, r.sadd("foo", "s2")
assert_equal false, r.sadd("foo", "s1")
assert_equal ["s1", "s2"], r.smembers("foo").sort
end
def test_variadic_sadd
target_version "2.3.9" do # 2.4-rc6
assert_equal 2, r.sadd("foo", ["s1", "s2"])
assert_equal 1, r.sadd("foo", ["s1", "s2", "s3"])
assert_equal ["s1", "s2", "s3"], r.smembers("foo").sort
end
end
def test_srem
r.sadd("foo", "s1")
r.sadd("foo", "s2")
assert_equal true, r.srem("foo", "s1")
assert_equal false, r.srem("foo", "s3")
assert_equal ["s2"], r.smembers("foo")
end
def test_variadic_srem
target_version "2.3.9" do # 2.4-rc6
r.sadd("foo", "s1")
r.sadd("foo", "s2")
r.sadd("foo", "s3")
assert_equal 1, r.srem("foo", ["s1", "aaa"])
assert_equal 0, r.srem("foo", ["bbb", "ccc", "ddd"])
assert_equal 1, r.srem("foo", ["eee", "s3"])
assert_equal ["s2"], r.smembers("foo")
end
end
def test_spop
r.sadd "foo", "s1"
r.sadd "foo", "s2"
assert ["s1", "s2"].include?(r.spop("foo"))
assert ["s1", "s2"].include?(r.spop("foo"))
assert_nil r.spop("foo")
end
def test_spop_with_positive_count
target_version "3.2.0" do
r.sadd "foo", "s1"
r.sadd "foo", "s2"
r.sadd "foo", "s3"
r.sadd "foo", "s4"
pops = r.spop("foo", 3)
assert !(["s1", "s2", "s3", "s4"] & pops).empty?
assert_equal 3, pops.size
assert_equal 1, r.scard("foo")
end
end
def test_scard
assert_equal 0, r.scard("foo")
r.sadd "foo", "s1"
assert_equal 1, r.scard("foo")
r.sadd "foo", "s2"
assert_equal 2, r.scard("foo")
end
def test_sismember
assert_equal false, r.sismember("foo", "s1")
r.sadd "foo", "s1"
assert_equal true, r.sismember("foo", "s1")
assert_equal false, r.sismember("foo", "s2")
end
def test_smismember
target_version("6.2") do
assert_equal [false], r.smismember("foo", "s1")
r.sadd "foo", "s1"
assert_equal [true], r.smismember("foo", "s1")
r.sadd "foo", "s3"
assert_equal [true, false, true], r.smismember("foo", "s1", "s2", "s3")
end
end
def test_smembers
assert_equal [], r.smembers("foo")
r.sadd "foo", "s1"
r.sadd "foo", "s2"
assert_equal ["s1", "s2"], r.smembers("foo").sort
end
def test_srandmember
r.sadd "foo", "s1"
r.sadd "foo", "s2"
4.times do
assert ["s1", "s2"].include?(r.srandmember("foo"))
end
assert_equal 2, r.scard("foo")
end
def test_srandmember_with_positive_count
r.sadd "foo", "s1"
r.sadd "foo", "s2"
r.sadd "foo", "s3"
r.sadd "foo", "s4"
4.times do
assert !(["s1", "s2", "s3", "s4"] & r.srandmember("foo", 3)).empty?
assert_equal 3, r.srandmember("foo", 3).size
end
assert_equal 4, r.scard("foo")
end
def test_srandmember_with_negative_count
r.sadd "foo", "s1"
r.sadd "foo", "s2"
r.sadd "foo", "s3"
r.sadd "foo", "s4"
4.times do
assert !(["s1", "s2", "s3", "s4"] & r.srandmember("foo", -6)).empty?
assert_equal 6, r.srandmember("foo", -6).size
end
assert_equal 4, r.scard("foo")
end
def test_smove
r.sadd 'foo', 's1'
r.sadd 'bar', 's2'
assert r.smove('foo', 'bar', 's1')
assert r.sismember('bar', 's1')
end
def test_sinter
r.sadd 'foo', 's1'
r.sadd 'foo', 's2'
r.sadd 'bar', 's2'
assert_equal ['s2'], r.sinter('foo', 'bar')
end
def test_variadic_smove_expand
r.sadd('{1}foo', 's1')
r.sadd('{1}foo', 's2')
r.sadd('{1}foo', 's3')
r.sadd('{1}bar', 's3')
r.sadd('{1}bar', 's4')
r.sadd('{1}bar', 's5')
assert_equal true, r.smove('{1}foo', '{1}bar', 's2')
end
def test_variadic_sinter_expand
r.sadd('{1}foo', 's1')
r.sadd('{1}foo', 's2')
r.sadd('{1}foo', 's3')
r.sadd('{1}bar', 's3')
r.sadd('{1}bar', 's4')
r.sadd('{1}bar', 's5')
assert_equal %w[s3], r.sinter('{1}foo', '{1}bar')
end
def test_sinterstore
r.sadd 'foo', 's1'
r.sadd 'foo', 's2'
r.sadd 'bar', 's2'
r.sinterstore('baz', 'foo', 'bar')
assert_equal ['s2'], r.smembers('baz')
end
def test_variadic_sinterstore_expand
r.sadd('{1}foo', 's1')
r.sadd('{1}foo', 's2')
r.sadd('{1}foo', 's3')
r.sadd('{1}bar', 's3')
r.sadd('{1}bar', 's4')
r.sadd('{1}bar', 's5')
assert_equal 1, r.sinterstore('{1}baz', '{1}foo', '{1}bar')
end
def test_sunion
r.sadd 'foo', 's1'
r.sadd 'foo', 's2'
r.sadd 'bar', 's2'
r.sadd 'bar', 's3'
assert_equal %w[s1 s2 s3], r.sunion('foo', 'bar').sort
end
def test_variadic_sunion_expand
r.sadd('{1}foo', 's1')
r.sadd('{1}foo', 's2')
r.sadd('{1}foo', 's3')
r.sadd('{1}bar', 's3')
r.sadd('{1}bar', 's4')
r.sadd('{1}bar', 's5')
assert_equal %w[s1 s2 s3 s4 s5], r.sunion('{1}foo', '{1}bar').sort
end
def test_sunionstore
r.sadd 'foo', 's1'
r.sadd 'foo', 's2'
r.sadd 'bar', 's2'
r.sadd 'bar', 's3'
r.sunionstore('baz', 'foo', 'bar')
assert_equal %w[s1 s2 s3], r.smembers('baz').sort
end
def test_variadic_sunionstore_expand
r.sadd('{1}foo', 's1')
r.sadd('{1}foo', 's2')
r.sadd('{1}foo', 's3')
r.sadd('{1}bar', 's3')
r.sadd('{1}bar', 's4')
r.sadd('{1}bar', 's5')
assert_equal 5, r.sunionstore('{1}baz', '{1}foo', '{1}bar')
end
def test_sdiff
r.sadd 'foo', 's1'
r.sadd 'foo', 's2'
r.sadd 'bar', 's2'
r.sadd 'bar', 's3'
assert_equal ['s1'], r.sdiff('foo', 'bar')
assert_equal ['s3'], r.sdiff('bar', 'foo')
end
def test_variadic_sdiff_expand
r.sadd('{1}foo', 's1')
r.sadd('{1}foo', 's2')
r.sadd('{1}foo', 's3')
r.sadd('{1}bar', 's3')
r.sadd('{1}bar', 's4')
r.sadd('{1}bar', 's5')
assert_equal %w[s1 s2], r.sdiff('{1}foo', '{1}bar').sort
end
def test_sdiffstore
r.sadd 'foo', 's1'
r.sadd 'foo', 's2'
r.sadd 'bar', 's2'
r.sadd 'bar', 's3'
r.sdiffstore('baz', 'foo', 'bar')
assert_equal ['s1'], r.smembers('baz')
end
def test_variadic_sdiffstore_expand
r.sadd('{1}foo', 's1')
r.sadd('{1}foo', 's2')
r.sadd('{1}foo', 's3')
r.sadd('{1}bar', 's3')
r.sadd('{1}bar', 's4')
r.sadd('{1}bar', 's5')
assert_equal 2, r.sdiffstore('{1}baz', '{1}foo', '{1}bar')
end
def test_sscan
r.sadd('foo', %w[1 2 3 foo foobar feelsgood])
assert_equal %w[0 feelsgood foo foobar], r.sscan('foo', 0, match: 'f*').flatten.sort
end
end
end