func matchLrpAuction(offerAggregates [][]*mesos.Offer, lrpAuction *auctiontypes.LRPAuction) (int, []*mesos.Offer) {
lrpAuction.Attempts++
for i, offers := range offerAggregates {
if getOffersMem(offers) > float64(lrpAuction.MemoryMB) &&
getOffersCpu(offers) > taskCpuAllocation &&
getOffersDisk(offers) > float64(lrpAuction.DiskMB) {
lrpAuction.Winner = offers[0].SlaveId.GetValue()
lrpAuction.WaitDuration = time.Now().Sub(lrpAuction.QueueTime)
offers[0].Resources = append(offers[0].Resources,
util.NewScalarResource("mem", float64(-lrpAuction.MemoryMB)),
util.NewScalarResource("cpu", -taskCpuAllocation),
util.NewScalarResource("disk", float64(-lrpAuction.DiskMB)))
return i, offers
}
}
lrpAuction.PlacementError = rep.ErrorInsufficientResources.Error()
return -1, nil
}
results = s.Schedule(auctiontypes.AuctionRequest{LRPs: []auctiontypes.LRPAuction{startAuction}})
})
It("picks the best cell for the job", func() {
Expect(clients["A-cell"].PerformCallCount()).To(Equal(0))
Expect(clients["B-cell"].PerformCallCount()).To(Equal(0))
Expect(clients["C-cell"].PerformCallCount()).To(Equal(1))
startsToC := clients["C-cell"].PerformArgsForCall(0).LRPs
Expect(startsToC).To(ConsistOf(startAuction.LRP))
})
It("marks the start auction as succeeded", func() {
setLRPWinner("C-cell", &startAuction)
startAuction.WaitDuration = time.Minute
Expect(results.SuccessfulLRPs).To(ConsistOf(startAuction))
Expect(results.FailedLRPs).To(BeEmpty())
})
})
})
})
Context("with an existing LRP (zone balancing)", func() {
BeforeEach(func() {
startAuction = BuildLRPAuction("pg-3", "domain", 1, linuxRootFSURL, 10, 10, clock.Now())
})
Context("when it picks a winner", func() {
BeforeEach(func() {
clock.Increment(time.Minute)
