})
Describe("NetOut", func() {
netOutRule := garden.NetOutRule{
Protocol: garden.ProtocolTCP,
Ports: []garden.PortRange{
garden.PortRangeFromPort(13253),
},
}
itRetries(func() error {
return conn.NetOut("la-contineur", netOutRule)
}, func(err error) {
innerConnection.NetOutReturns(err)
}, func() int {
return innerConnection.NetOutCallCount()
}, func() {
It("calls through to garden", func() {
Ω(innerConnection.NetOutCallCount()).Should(Equal(1))
handle, calledNetOutRule := innerConnection.NetOutArgsForCall(0)
Ω(handle).Should(Equal("la-contineur"))
Ω(calledNetOutRule).Should(Equal(netOutRule))
})
})
})
Describe("CurrentBandwidthLimits", func() {
handle := "suitcase"
limits := garden.BandwidthLimits{
})
Describe("NetOut", func() {
netOutRule := garden.NetOutRule{
Protocol: garden.ProtocolTCP,
Ports: []garden.PortRange{
garden.PortRangeFromPort(13253),
},
}
itRetries(func() error {
return conn.NetOut("la-contineur", netOutRule)
}, func(err error) {
innerConnection.NetOutReturns(err)
}, func() int {
return innerConnection.NetOutCallCount()
}, func() {
It("calls through to garden", func() {
Expect(innerConnection.NetOutCallCount()).To(Equal(1))
handle, calledNetOutRule := innerConnection.NetOutArgsForCall(0)
Expect(handle).To(Equal("la-contineur"))
Expect(calledNetOutRule).To(Equal(netOutRule))
})
})
})
Describe("CurrentBandwidthLimits", func() {
handle := "suitcase"
limits := garden.BandwidthLimits{