Sha256: 37899f001a253caa51de4f4fb4caece14f21240875cafbf53b44c8d461e911d1
Contents?: true
Size: 1.45 KB
Versions: 4
Compression:
Stored size: 1.45 KB
Contents
require 'spec_helper' module Alf module Operator::Relational describe Quota do let(:operator_class){ Quota } it_should_behave_like("An operator class") let(:input) {[ {:a => "via_method", :time => 1}, {:a => "via_method", :time => 2}, {:a => "via_method", :time => 3}, {:a => "via_reader", :time => 4}, {:a => "via_reader", :time => 2}, ]} let(:expected) {[ {:a => "via_method", :time => 1, :time_sum => 1, :time_max => 1}, {:a => "via_method", :time => 2, :time_sum => 3, :time_max => 2}, {:a => "via_method", :time => 3, :time_sum => 6, :time_max => 3}, {:a => "via_reader", :time => 2, :time_sum => 2, :time_max => 2}, {:a => "via_reader", :time => 4, :time_sum => 6, :time_max => 4}, ]} subject{ operator.to_a } describe "When factored with commandline args" do let(:opts){ ['--by=a', "--order=time"] } let(:aggs){ ["time_sum", "sum(:time)", "time_max", "max(:time)"] } let(:operator){ Quota.run(opts + ["--"] + aggs) } before{ operator.pipe(input) } it { should == expected } end describe "When factored with Lispy" do let(:aggs){{:time_sum => Aggregator.sum(:time), :time_max => Aggregator.max(:time)}} let(:operator){ Lispy.quota(input, [:a], [:time], aggs) } it { should == expected } end end end end
Version data entries
4 entries across 4 versions & 1 rubygems