require 'test/unit' require 'open3' class TestOpen3 < Test::Unit::TestCase RUBY = EnvUtil.rubybin def test_exit_status Open3.popen3(RUBY, '-e', 'exit true') {|i,o,e,t| assert_equal(true, t.value.success?) } Open3.popen3(RUBY, '-e', 'exit false') {|i,o,e,t| assert_equal(false, t.value.success?) } end def test_stdin Open3.popen3(RUBY, '-e', 'exit STDIN.gets.chomp == "t"') {|i,o,e,t| i.puts 't' assert_equal(true, t.value.success?) } Open3.popen3(RUBY, '-e', 'exit STDIN.gets.chomp == "t"') {|i,o,e,t| i.puts 'f' assert_equal(false, t.value.success?) } end def test_stdout Open3.popen3(RUBY, '-e', 'STDOUT.print "foo"') {|i,o,e,t| assert_equal("foo", o.read) } end def test_stderr Open3.popen3(RUBY, '-e', 'STDERR.print "bar"') {|i,o,e,t| assert_equal("bar", e.read) } end def test_block r = Open3.popen3(RUBY, '-e', 'STDOUT.print STDIN.read') {|i,o,e,t| i.print "baz" i.close assert_equal("baz", o.read) "qux" } assert_equal("qux", r) end def test_noblock i,o,e,t = Open3.popen3(RUBY, '-e', 'STDOUT.print STDIN.read') i.print "baz" i.close assert_equal("baz", o.read) ensure i.close if !i.closed? o.close if !o.closed? e.close if !e.closed? t.join end def test_commandline commandline = "echo quux\n" Open3.popen3(commandline) {|i,o,e,t| assert_equal("quux\n", o.read) } end def test_pid Open3.popen3(RUBY, '-e', 'print $$') {|i,o,e,t| pid = o.read.to_i assert_equal(pid, t[:pid]) assert_equal(pid, t.pid) } end def test_env result = Open3.popen3({'A' => 'B', 'C' => 'D'}, RUBY, '-e' 'p ENV["A"]') do |i, out, err, thr| output = out.read assert_equal("\"B\"\n", output) end end def with_pipe r, w = IO.pipe yield r, w ensure r.close if !r.closed? w.close if !w.closed? end def with_reopen(io, arg) old = io.dup io.reopen(arg) yield old ensure io.reopen(old) old.close if old && !old.closed? end def test_popen2 with_pipe {|r, w| with_reopen(STDERR, w) {|old| w.close Open3.popen2(RUBY, '-e', 's=STDIN.read; STDOUT.print s+"o"; STDERR.print s+"e"') {|i,o,t| assert_kind_of(Thread, t) i.print "z" i.close STDERR.reopen(old) assert_equal("zo", o.read) assert_equal("ze", r.read) } } } end def test_popen2e with_pipe {|r, w| with_reopen(STDERR, w) {|old| w.close Open3.popen2e(RUBY, '-e', 's=STDIN.read; STDOUT.print s+"o"; STDOUT.flush; STDERR.print s+"e"') {|i,o,t| assert_kind_of(Thread, t) i.print "y" i.close STDERR.reopen(old) assert_equal("yoye", o.read) assert_equal("", r.read) } } } end def test_capture3 o, e, s = Open3.capture3(RUBY, '-e', 'i=STDIN.read; print i+"o"; STDOUT.flush; STDERR.print i+"e"', :stdin_data=>"i") assert_equal("io", o) assert_equal("ie", e) assert(s.success?) end def test_capture3_flip o, e, s = Open3.capture3(RUBY, '-e', 'STDOUT.sync=true; 1000.times { print "o"*1000; STDERR.print "e"*1000 }') assert_equal("o"*1000000, o) assert_equal("e"*1000000, e) assert(s.success?) end def test_capture2 o, s = Open3.capture2(RUBY, '-e', 'i=STDIN.read; print i+"o"', :stdin_data=>"i") assert_equal("io", o) assert(s.success?) end def test_capture2e oe, s = Open3.capture2e(RUBY, '-e', 'i=STDIN.read; print i+"o"; STDOUT.flush; STDERR.print i+"e"', :stdin_data=>"i") assert_equal("ioie", oe) assert(s.success?) end def test_capture3_stdin_data o, e, s = Open3.capture3(RUBY, '-e', '', :stdin_data=>"z"*(1024*1024)) assert_equal("", o) assert_equal("", e) assert(s.success?) end def test_capture2_stdin_data o, s = Open3.capture2(RUBY, '-e', '', :stdin_data=>"z"*(1024*1024)) assert_equal("", o) assert(s.success?) end def test_capture2e_stdin_data oe, s = Open3.capture2e(RUBY, '-e', '', :stdin_data=>"z"*(1024*1024)) assert_equal("", oe) assert(s.success?) end def test_pipeline_rw Open3.pipeline_rw([RUBY, '-e', 'print STDIN.read + "1"'], [RUBY, '-e', 'print STDIN.read + "2"']) {|i,o,ts| assert_kind_of(IO, i) assert_kind_of(IO, o) assert_kind_of(Array, ts) assert_equal(2, ts.length) ts.each {|t| assert_kind_of(Thread, t) } i.print "0" i.close assert_equal("012", o.read) ts.each {|t| assert(t.value.success?) } } end def test_pipeline_r Open3.pipeline_r([RUBY, '-e', 'print "1"'], [RUBY, '-e', 'print STDIN.read + "2"']) {|o,ts| assert_kind_of(IO, o) assert_kind_of(Array, ts) assert_equal(2, ts.length) ts.each {|t| assert_kind_of(Thread, t) } assert_equal("12", o.read) ts.each {|t| assert(t.value.success?) } } end def test_pipeline_w command = [RUBY, '-e', 's=STDIN.read; print s[1..-1]; exit s[0] == ?t'] str = 'ttftff' Open3.pipeline_w(*[command]*str.length) {|i,ts| assert_kind_of(IO, i) assert_kind_of(Array, ts) assert_equal(str.length, ts.length) ts.each {|t| assert_kind_of(Thread, t) } i.print str i.close ts.each_with_index {|t, ii| assert_equal(str[ii] == ?t, t.value.success?) } } end def test_pipeline_start command = [RUBY, '-e', 's=STDIN.read; print s[1..-1]; exit s[0] == ?t'] str = 'ttftff' Open3.pipeline_start([RUBY, '-e', 'print ARGV[0]', str], *([command]*str.length)) {|ts| assert_kind_of(Array, ts) assert_equal(str.length+1, ts.length) ts.each {|t| assert_kind_of(Thread, t) } ts.each_with_index {|t, i| if i == 0 assert(t.value.success?) else assert_equal(str[i-1] == ?t, t.value.success?) end } } end def test_pipeline_start_noblock ts = Open3.pipeline_start([RUBY, '-e', '']) assert_kind_of(Array, ts) assert_equal(1, ts.length) ts.each {|t| assert_kind_of(Thread, t) } t = ts[0] assert(t.value.success?) end def test_pipeline command = [RUBY, '-e', 's=STDIN.read; print s[1..-1]; exit s[0] == ?t'] str = 'ttftff' ss = Open3.pipeline([RUBY, '-e', 'print ARGV[0]', str], *([command]*str.length)) assert_kind_of(Array, ss) assert_equal(str.length+1, ss.length) ss.each {|s| assert_kind_of(Process::Status, s) } ss.each_with_index {|s, i| if i == 0 assert(s.success?) else assert_equal(str[i-1] == ?t, s.success?) end } end end