})
Expect(err).ToNot(HaveOccurred())
Expect(string((<-stream).Data)).To(Equal("hello\n"))
Expect(string((<-stream).Data)).To(Equal("goodbye\n"))
Expect(*(<-stream).ExitStatus).To(Equal(uint32(42)))
})
Context("and then attaching to it", func() {
It("sends output back in chunks until stopped", func(done Done) {
processID, _, err := container.Run(warden.ProcessSpec{
Script: "sleep 2; echo hello; sleep 0.5; echo goodbye; sleep 0.5; exit 42",
})
Expect(err).ToNot(HaveOccurred())
stream, err := container.Attach(processID)
Expect(string((<-stream).Data)).To(Equal("hello\n"))
Expect(string((<-stream).Data)).To(Equal("goodbye\n"))
Expect(*(<-stream).ExitStatus).To(Equal(uint32(42)))
close(done)
}, 10.0)
})
Context("and then sending a Stop request", func() {
It("terminates all running processes", func() {
_, stream, err := container.Run(warden.ProcessSpec{
Script: `exec ruby -e 'trap("TERM") { exit 42 }; while true; sleep 1; end'`,
})
stream <- warden.ProcessStream{
Source: warden.ProcessStreamSourceStderr,
Data: []byte("stderr data"),
}
exitStatus := uint32(123)
stream <- warden.ProcessStream{
ExitStatus: &exitStatus,
}
close(stream)
return stream, nil
}
stream, err := container.Attach(42)
Ω(err).ShouldNot(HaveOccurred())
Ω(fakeConnection.AttachedProcesses("some-handle")).Should(ContainElement(uint32(42)))
Ω(<-stream).Should(Equal(warden.ProcessStream{
Source: warden.ProcessStreamSourceStdout,
Data: []byte("stdout data"),
}))
Ω(<-stream).Should(Equal(warden.ProcessStream{
Source: warden.ProcessStreamSourceStderr,
Data: []byte("stderr data"),
}))
exitStatus := uint32(123)
