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object_manager_test.go
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object_manager_test.go
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package ibclient
import (
"errors"
. "github.com/onsi/ginkgo"
. "github.com/onsi/gomega"
"fmt"
)
type fakeConnector struct {
createObjectObj interface{}
getObjectObj interface{}
getObjectRef string
deleteObjectRef string
updateObjectObj interface{}
updateObjectRef string
resultObject interface{}
fakeRefReturn string
}
func (c *fakeConnector) CreateObject(obj IBObject) (string, error) {
Expect(obj).To(Equal(c.createObjectObj))
return c.fakeRefReturn, nil
}
func (c *fakeConnector) GetObject(obj IBObject, ref string, res interface{}) (err error) {
Expect(obj).To(Equal(c.getObjectObj))
Expect(ref).To(Equal(c.getObjectRef))
if ref == "" {
switch obj.(type) {
case *NetworkView:
*res.(*[]NetworkView) = c.resultObject.([]NetworkView)
case *NetworkContainer:
*res.(*[]NetworkContainer) = c.resultObject.([]NetworkContainer)
case *Network:
*res.(*[]Network) = c.resultObject.([]Network)
case *FixedAddress:
*res.(*[]FixedAddress) = c.resultObject.([]FixedAddress)
case *EADefinition:
*res.(*[]EADefinition) = c.resultObject.([]EADefinition)
case *CapacityReport:
*res.(*[]CapacityReport) = c.resultObject.([]CapacityReport)
case *UpgradeStatus:
*res.(*[]UpgradeStatus) = c.resultObject.([]UpgradeStatus)
case *Member:
*res.(*[]Member) = c.resultObject.([]Member)
case *Grid:
*res.(*[]Grid) = c.resultObject.([]Grid)
case *License:
*res.(*[]License) = c.resultObject.([]License)
case *HostRecord:
*res.(*[]HostRecord) = c.resultObject.([]HostRecord)
case *ZoneDelegated:
*res.(*[]ZoneDelegated) = c.resultObject.([]ZoneDelegated)
}
} else {
switch obj.(type) {
case *NetworkView:
*res.(*NetworkView) = c.resultObject.(NetworkView)
}
}
err = nil
return
}
func (c *fakeConnector) DeleteObject(ref string) (string, error) {
Expect(ref).To(Equal(c.deleteObjectRef))
return c.fakeRefReturn, nil
}
func (c *fakeConnector) UpdateObject(obj IBObject, ref string) (string, error) {
Expect(obj).To(Equal(c.updateObjectObj))
Expect(ref).To(Equal(c.updateObjectRef))
return c.fakeRefReturn, nil
}
var _ = Describe("Object Manager", func() {
Describe("Create Network View", func() {
cmpType := "Docker"
tenantID := "01234567890abcdef01234567890abcdef"
netviewName := "Default View"
fakeRefReturn := "networkview/ZG5zLm5ldHdvcmtfdmlldyQyMw:global_view/false"
nvFakeConnector := &fakeConnector{
createObjectObj: NewNetworkView(NetworkView{Name: netviewName}),
resultObject: NewNetworkView(NetworkView{Name: netviewName, Ref: fakeRefReturn}),
fakeRefReturn: fakeRefReturn,
}
objMgr := NewObjectManager(nvFakeConnector, cmpType, tenantID)
nvFakeConnector.createObjectObj.(*NetworkView).Ea = objMgr.getBasicEA(false)
nvFakeConnector.resultObject.(*NetworkView).Ea = objMgr.getBasicEA(false)
var actualNetworkView *NetworkView
var err error
It("should pass expected NetworkView Object to CreateObject", func() {
actualNetworkView, err = objMgr.CreateNetworkView(netviewName)
})
It("should return expected NetworkView Object", func() {
Expect(actualNetworkView).To(Equal(nvFakeConnector.resultObject))
Expect(err).To(BeNil())
})
})
Describe("Update Network View", func() {
cmpType := "Docker"
tenantID := "01234567890abcdef01234567890abcdef"
netviewName := "Global View"
fakeRefReturn := "networkview/ZG5zLm5ldHdvcmtfdmlldyQyMw:global_view/false"
returnGetObject := NetworkView{Name: netviewName, Ref: fakeRefReturn, Ea: EA{"network-name": "net1", "Lock": "Removed"}}
returnUpdateObject := NetworkView{Name: netviewName, Ref: fakeRefReturn, Ea: EA{"network-name": "net2", "New": "Added"}}
getObjectObj := &NetworkView{}
getObjectObj.returnFields = []string{"extattrs"}
nvFakeConnector := &fakeConnector{
getObjectObj: getObjectObj,
getObjectRef: fakeRefReturn,
fakeRefReturn: fakeRefReturn,
resultObject: returnGetObject,
updateObjectObj: &returnUpdateObject,
updateObjectRef: fakeRefReturn,
}
objMgr := NewObjectManager(nvFakeConnector, cmpType, tenantID)
var err error
It("should pass expected updated object to UpdateObject", func() {
addEA := EA{"network-name": "net2", "New": "Added"}
delEA := EA{"Lock": "Removed"}
err = objMgr.UpdateNetworkViewEA(fakeRefReturn, addEA, delEA)
})
It("should updated the GetObject with new EA and with no error", func() {
Expect(returnGetObject).To(Equal(returnUpdateObject))
Expect(err).To(BeNil())
})
})
Describe("Create Network Container", func() {
cmpType := "Docker"
tenantID := "01234567890abcdef01234567890abcdef"
netviewName := "Default View"
cidr := "43.0.11.0/24"
fakeRefReturn := "networkcontainer/ZG5zLm5ldHdvcmtfdmlldyQyMw:global_view/false"
ncFakeConnector := &fakeConnector{
createObjectObj: NewNetworkContainer(NetworkContainer{NetviewName: netviewName, Cidr: cidr}),
resultObject: NewNetworkContainer(NetworkContainer{NetviewName: netviewName, Cidr: cidr, Ref: fakeRefReturn}),
fakeRefReturn: fakeRefReturn,
}
objMgr := NewObjectManager(ncFakeConnector, cmpType, tenantID)
ncFakeConnector.createObjectObj.(*NetworkContainer).Ea = objMgr.getBasicEA(true)
ncFakeConnector.resultObject.(*NetworkContainer).Ea = objMgr.getBasicEA(true)
var actualNetworkContainer *NetworkContainer
var err error
It("should pass expected NetworkContainer Object to CreateObject", func() {
actualNetworkContainer, err = objMgr.CreateNetworkContainer(netviewName, cidr)
})
It("should return expected NetworkContainer Object", func() {
Expect(actualNetworkContainer).To(Equal(ncFakeConnector.resultObject))
Expect(err).To(BeNil())
})
})
Describe("Create Network", func() {
cmpType := "Docker"
tenantID := "01234567890abcdef01234567890abcdef"
netviewName := "default_view"
cidr := "43.0.11.0/24"
networkName := "private-net"
fakeRefReturn := "network/ZG5zLm5ldHdvcmskODkuMC4wLjAvMjQvMjU:43.0.11.0/24/default_view"
nwFakeConnector := &fakeConnector{
createObjectObj: NewNetwork(Network{NetviewName: netviewName, Cidr: cidr}),
resultObject: NewNetwork(Network{NetviewName: netviewName, Cidr: cidr, Ref: fakeRefReturn}),
fakeRefReturn: fakeRefReturn,
}
objMgr := NewObjectManager(nwFakeConnector, cmpType, tenantID)
nwFakeConnector.createObjectObj.(*Network).Ea = objMgr.getBasicEA(true)
nwFakeConnector.createObjectObj.(*Network).Ea["Network Name"] = networkName
nwFakeConnector.resultObject.(*Network).Ea = objMgr.getBasicEA(true)
nwFakeConnector.resultObject.(*Network).Ea["Network Name"] = networkName
var actualNetwork *Network
var err error
It("should pass expected Network Object to CreateObject", func() {
actualNetwork, err = objMgr.CreateNetwork(netviewName, cidr, networkName)
})
It("should return expected Network Object", func() {
Expect(actualNetwork).To(Equal(nwFakeConnector.resultObject))
Expect(err).To(BeNil())
})
})
Describe("Allocate Network", func() {
cmpType := "Docker"
tenantID := "01234567890abcdef01234567890abcdef"
netviewName := "default_view"
cidr := "142.0.22.0/24"
prefixLen := uint(24)
networkName := "private-net"
fakeRefReturn := fmt.Sprintf("network/ZG5zLm5ldHdvcmskODkuMC4wLjAvMjQvMjU:%s/%s", cidr, netviewName)
anFakeConnector := &fakeConnector{
createObjectObj: NewNetwork(Network{
NetviewName: netviewName,
Cidr: fmt.Sprintf("func:nextavailablenetwork:%s,%s,%d", cidr, netviewName, prefixLen),
}),
resultObject: BuildNetworkFromRef(fakeRefReturn),
fakeRefReturn: fakeRefReturn,
}
objMgr := NewObjectManager(anFakeConnector, cmpType, tenantID)
anFakeConnector.createObjectObj.(*Network).Ea = objMgr.getBasicEA(true)
anFakeConnector.createObjectObj.(*Network).Ea["Network Name"] = networkName
var actualNetwork *Network
var err error
It("should pass expected Network Object to CreateObject", func() {
actualNetwork, err = objMgr.AllocateNetwork(netviewName, cidr, prefixLen, networkName)
})
It("should return expected Network Object", func() {
Expect(actualNetwork).To(Equal(anFakeConnector.resultObject))
Expect(err).To(BeNil())
})
})
Describe("Allocate Specific IP", func() {
cmpType := "Docker"
tenantID := "01234567890abcdef01234567890abcdef"
netviewName := "private"
cidr := "53.0.0.0/24"
ipAddr := "53.0.0.21"
macAddr := "01:23:45:67:80:ab"
vmID := "93f9249abc039284"
vmName := "dummyvm"
name := "testvm"
fakeRefReturn := fmt.Sprintf("fixedaddress/ZG5zLmJpbmRfY25h:%s/private", ipAddr)
asiFakeConnector := &fakeConnector{
createObjectObj: NewFixedAddress(FixedAddress{
NetviewName: netviewName,
Cidr: cidr,
IPAddress: ipAddr,
Mac: macAddr,
Name: name,
}),
resultObject: NewFixedAddress(FixedAddress{
NetviewName: netviewName,
Cidr: cidr,
IPAddress: GetIPAddressFromRef(fakeRefReturn),
Mac: macAddr,
Ref: fakeRefReturn,
Name: name,
}),
fakeRefReturn: fakeRefReturn,
}
objMgr := NewObjectManager(asiFakeConnector, cmpType, tenantID)
ea := objMgr.getBasicEA(true)
asiFakeConnector.createObjectObj.(*FixedAddress).Ea = ea
asiFakeConnector.createObjectObj.(*FixedAddress).Ea["VM ID"] = vmID
asiFakeConnector.createObjectObj.(*FixedAddress).Ea["VM Name"] = vmName
asiFakeConnector.resultObject.(*FixedAddress).Ea = ea
asiFakeConnector.resultObject.(*FixedAddress).Ea["VM ID"] = vmID
asiFakeConnector.resultObject.(*FixedAddress).Ea["VM Name"] = vmName
var actualIP *FixedAddress
var err error
It("should pass expected Fixed Address Object to CreateObject", func() {
actualIP, err = objMgr.AllocateIP(netviewName, cidr, ipAddr, macAddr, name, ea)
})
It("should return expected Fixed Address Object", func() {
Expect(actualIP).To(Equal(asiFakeConnector.resultObject))
Expect(err).To(BeNil())
})
})
Describe("Allocate Next Available IP", func() {
cmpType := "Docker"
tenantID := "01234567890abcdef01234567890abcdef"
netviewName := "private"
cidr := "53.0.0.0/24"
ipAddr := fmt.Sprintf("func:nextavailableip:%s,%s", cidr, netviewName)
macAddr := "01:23:45:67:80:ab"
vmID := "93f9249abc039284"
name := "testvm"
vmName := "dummyvm"
resultIP := "53.0.0.32"
fakeRefReturn := fmt.Sprintf("fixedaddress/ZG5zLmJpbmRfY25h:%s/private", resultIP)
aniFakeConnector := &fakeConnector{
createObjectObj: NewFixedAddress(FixedAddress{
NetviewName: netviewName,
Cidr: cidr,
IPAddress: ipAddr,
Mac: macAddr,
Name: name,
}),
resultObject: NewFixedAddress(FixedAddress{
NetviewName: netviewName,
Cidr: cidr,
IPAddress: resultIP,
Mac: macAddr,
Ref: fakeRefReturn,
Name: name,
}),
fakeRefReturn: fakeRefReturn,
}
objMgr := NewObjectManager(aniFakeConnector, cmpType, tenantID)
ea := objMgr.getBasicEA(true)
aniFakeConnector.createObjectObj.(*FixedAddress).Ea = ea
aniFakeConnector.createObjectObj.(*FixedAddress).Ea["VM ID"] = vmID
aniFakeConnector.createObjectObj.(*FixedAddress).Ea["VM Name"] = vmName
aniFakeConnector.resultObject.(*FixedAddress).Ea = ea
aniFakeConnector.resultObject.(*FixedAddress).Ea["VM ID"] = vmID
aniFakeConnector.resultObject.(*FixedAddress).Ea["VM Name"] = vmName
var actualIP *FixedAddress
var err error
It("should pass expected Fixed Address Object to CreateObject", func() {
actualIP, err = objMgr.AllocateIP(netviewName, cidr, ipAddr, macAddr, name, ea)
})
It("should return expected Fixed Address Object", func() {
Expect(actualIP).To(Equal(aniFakeConnector.resultObject))
Expect(err).To(BeNil())
})
})
Describe("Allocate next available host Record without dns", func() {
cmpType := "Docker"
tenantID := "01234567890abcdef01234567890abcdef"
netviewName := "private"
cidr := "53.0.0.0/24"
macAddr := "01:23:45:67:80:ab"
ipAddr := fmt.Sprintf("func:nextavailableip:%s,%s", cidr, netviewName)
vmID := "93f9249abc039284"
vmName := "dummyvm"
recordName := "test"
enabledns := false
dnsView := "default"
fakeRefReturn := fmt.Sprintf("record:host/ZG5zLmJpbmRfY25h:%s/%20%20", recordName)
resultIPV4Addrs := NewHostRecordIpv4Addr(HostRecordIpv4Addr{Ipv4Addr: ipAddr, Mac: macAddr})
enableDNS := new(bool)
*enableDNS = enabledns
aniFakeConnector := &fakeConnector{
createObjectObj: NewHostRecord(HostRecord{
Name: recordName,
View: dnsView,
EnableDns: enableDNS,
NetworkView: netviewName,
Ipv4Addrs: []HostRecordIpv4Addr{*resultIPV4Addrs},
}),
getObjectRef: fakeRefReturn,
getObjectObj: NewHostRecord(HostRecord{
Name: recordName,
View: dnsView,
EnableDns: enableDNS,
NetworkView: netviewName,
Ipv4Addrs: []HostRecordIpv4Addr{*resultIPV4Addrs},
Ref: fakeRefReturn,
}),
resultObject: NewHostRecord(HostRecord{
Name: recordName,
View: dnsView,
EnableDns: enableDNS,
NetworkView: netviewName,
Ipv4Addrs: []HostRecordIpv4Addr{*resultIPV4Addrs},
Ref: fakeRefReturn,
}),
fakeRefReturn: fakeRefReturn,
}
objMgr := NewObjectManager(aniFakeConnector, cmpType, tenantID)
ea := objMgr.getBasicEA(true)
aniFakeConnector.createObjectObj.(*HostRecord).Ea = ea
aniFakeConnector.createObjectObj.(*HostRecord).Ea["VM ID"] = vmID
aniFakeConnector.createObjectObj.(*HostRecord).Ea["VM Name"] = vmName
aniFakeConnector.resultObject.(*HostRecord).Ea = ea
aniFakeConnector.resultObject.(*HostRecord).Ea["VM ID"] = vmID
aniFakeConnector.resultObject.(*HostRecord).Ea["VM Name"] = vmName
aniFakeConnector.getObjectObj.(*HostRecord).Ea = ea
aniFakeConnector.getObjectObj.(*HostRecord).Ea["VM ID"] = vmID
aniFakeConnector.getObjectObj.(*HostRecord).Ea["VM Name"] = vmName
var actualRecord *HostRecord
var err error
It("should pass expected host record Object to CreateObject", func() {
actualRecord, err = objMgr.CreateHostRecord(enabledns, recordName, netviewName, dnsView, cidr, ipAddr, macAddr, ea)
})
It("should return expected host record Object", func() {
Expect(actualRecord).To(Equal(aniFakeConnector.resultObject))
Expect(err).To(BeNil())
})
})
Describe("Allocate next available host Record with dns", func() {
cmpType := "Docker"
tenantID := "01234567890abcdef01234567890abcdef"
netviewName := "private"
cidr := "53.0.0.0/24"
macAddr := "01:23:45:67:80:ab"
ipAddr := fmt.Sprintf("func:nextavailableip:%s,%s", cidr, netviewName)
vmID := "93f9249abc039284"
vmName := "dummyvm"
recordName := "test"
enabledns := true
dnsView := "default"
fakeRefReturn := fmt.Sprintf("record:host/ZG5zLmJpbmRfY25h:%s/%20%20", recordName)
resultIPV4Addrs := NewHostRecordIpv4Addr(HostRecordIpv4Addr{Ipv4Addr: ipAddr, Mac: macAddr})
enableDNS := new(bool)
*enableDNS = enabledns
aniFakeConnector := &fakeConnector{
createObjectObj: NewHostRecord(HostRecord{
Name: recordName,
View: dnsView,
EnableDns: enableDNS,
NetworkView: netviewName,
Ipv4Addrs: []HostRecordIpv4Addr{*resultIPV4Addrs},
}),
getObjectRef: fakeRefReturn,
getObjectObj: NewHostRecord(HostRecord{
Name: recordName,
View: dnsView,
EnableDns: enableDNS,
NetworkView: netviewName,
Ipv4Addrs: []HostRecordIpv4Addr{*resultIPV4Addrs},
Ref: fakeRefReturn,
}),
resultObject: NewHostRecord(HostRecord{
Name: recordName,
View: dnsView,
EnableDns: enableDNS,
NetworkView: netviewName,
Ipv4Addrs: []HostRecordIpv4Addr{*resultIPV4Addrs},
Ref: fakeRefReturn,
}),
fakeRefReturn: fakeRefReturn,
}
objMgr := NewObjectManager(aniFakeConnector, cmpType, tenantID)
ea := objMgr.getBasicEA(true)
aniFakeConnector.createObjectObj.(*HostRecord).Ea = ea
aniFakeConnector.createObjectObj.(*HostRecord).Ea["VM ID"] = vmID
aniFakeConnector.createObjectObj.(*HostRecord).Ea["VM Name"] = vmName
aniFakeConnector.resultObject.(*HostRecord).Ea = ea
aniFakeConnector.resultObject.(*HostRecord).Ea["VM ID"] = vmID
aniFakeConnector.resultObject.(*HostRecord).Ea["VM Name"] = vmName
aniFakeConnector.getObjectObj.(*HostRecord).Ea = ea
aniFakeConnector.getObjectObj.(*HostRecord).Ea["VM ID"] = vmID
aniFakeConnector.getObjectObj.(*HostRecord).Ea["VM Name"] = vmName
var actualRecord *HostRecord
var err error
It("should pass expected host record Object to CreateObject", func() {
actualRecord, err = objMgr.CreateHostRecord(enabledns, recordName, netviewName, dnsView, cidr, ipAddr, macAddr, ea)
})
It("should return expected host record Object", func() {
Expect(actualRecord).To(Equal(aniFakeConnector.resultObject))
Expect(err).To(BeNil())
})
})
Describe("Allocate specific host Record without dns", func() {
cmpType := "Docker"
tenantID := "01234567890abcdef01234567890abcdef"
netviewName := "private"
cidr := "53.0.0.0/24"
macAddr := "01:23:45:67:80:ab"
ipAddr := "53.0.0.1"
vmID := "93f9249abc039284"
vmName := "dummyvm"
enabledns := false
dnsView := "default"
recordName := "test"
fakeRefReturn := fmt.Sprintf("record:host/ZG5zLmJpbmRfY25h:%s/%20%20", recordName)
resultIPV4Addrs := NewHostRecordIpv4Addr(HostRecordIpv4Addr{Ipv4Addr: ipAddr, Mac: macAddr})
enableDNS := new(bool)
*enableDNS = enabledns
aniFakeConnector := &fakeConnector{
createObjectObj: NewHostRecord(HostRecord{
Name: recordName,
View: dnsView,
EnableDns: enableDNS,
NetworkView: netviewName,
Ipv4Addrs: []HostRecordIpv4Addr{*resultIPV4Addrs},
}),
getObjectRef: fakeRefReturn,
getObjectObj: NewHostRecord(HostRecord{
Name: recordName,
EnableDns: enableDNS,
View: dnsView,
NetworkView: netviewName,
Ipv4Addrs: []HostRecordIpv4Addr{*resultIPV4Addrs},
Ref: fakeRefReturn,
}),
resultObject: NewHostRecord(HostRecord{
Name: recordName,
EnableDns: enableDNS,
View: dnsView,
NetworkView: netviewName,
Ipv4Addrs: []HostRecordIpv4Addr{*resultIPV4Addrs},
Ref: fakeRefReturn,
}),
fakeRefReturn: fakeRefReturn,
}
objMgr := NewObjectManager(aniFakeConnector, cmpType, tenantID)
ea := objMgr.getBasicEA(true)
aniFakeConnector.createObjectObj.(*HostRecord).Ea = ea
aniFakeConnector.createObjectObj.(*HostRecord).Ea["VM ID"] = vmID
aniFakeConnector.createObjectObj.(*HostRecord).Ea["VM Name"] = vmName
aniFakeConnector.resultObject.(*HostRecord).Ea = ea
aniFakeConnector.resultObject.(*HostRecord).Ea["VM ID"] = vmID
aniFakeConnector.resultObject.(*HostRecord).Ea["VM Name"] = vmName
aniFakeConnector.getObjectObj.(*HostRecord).Ea = ea
aniFakeConnector.getObjectObj.(*HostRecord).Ea["VM ID"] = vmID
aniFakeConnector.getObjectObj.(*HostRecord).Ea["VM Name"] = vmName
var actualRecord *HostRecord
var err error
It("should pass expected host record Object to CreateObject", func() {
actualRecord, err = objMgr.CreateHostRecord(enabledns, recordName, netviewName, dnsView, cidr, ipAddr, macAddr, ea)
})
It("should return expected host record Object", func() {
Expect(actualRecord).To(Equal(aniFakeConnector.resultObject))
Expect(err).To(BeNil())
})
})
Describe("Allocate specific host Record with dns", func() {
cmpType := "Docker"
tenantID := "01234567890abcdef01234567890abcdef"
netviewName := "private"
cidr := "53.0.0.0/24"
macAddr := "01:23:45:67:80:ab"
ipAddr := "53.0.0.1"
vmID := "93f9249abc039284"
vmName := "dummyvm"
enabledns := true
dnsView := "default"
recordName := "test"
fakeRefReturn := fmt.Sprintf("record:host/ZG5zLmJpbmRfY25h:%s/%20%20", recordName)
resultIPV4Addrs := NewHostRecordIpv4Addr(HostRecordIpv4Addr{Ipv4Addr: ipAddr, Mac: macAddr})
enableDNS := new(bool)
*enableDNS = enabledns
aniFakeConnector := &fakeConnector{
createObjectObj: NewHostRecord(HostRecord{
Name: recordName,
View: dnsView,
EnableDns: enableDNS,
NetworkView: netviewName,
Ipv4Addrs: []HostRecordIpv4Addr{*resultIPV4Addrs},
}),
getObjectRef: fakeRefReturn,
getObjectObj: NewHostRecord(HostRecord{
Name: recordName,
EnableDns: enableDNS,
View: dnsView,
NetworkView: netviewName,
Ipv4Addrs: []HostRecordIpv4Addr{*resultIPV4Addrs},
Ref: fakeRefReturn,
}),
resultObject: NewHostRecord(HostRecord{
Name: recordName,
EnableDns: enableDNS,
View: dnsView,
NetworkView: netviewName,
Ipv4Addrs: []HostRecordIpv4Addr{*resultIPV4Addrs},
Ref: fakeRefReturn,
}),
fakeRefReturn: fakeRefReturn,
}
objMgr := NewObjectManager(aniFakeConnector, cmpType, tenantID)
ea := objMgr.getBasicEA(true)
aniFakeConnector.createObjectObj.(*HostRecord).Ea = ea
aniFakeConnector.createObjectObj.(*HostRecord).Ea["VM ID"] = vmID
aniFakeConnector.createObjectObj.(*HostRecord).Ea["VM Name"] = vmName
aniFakeConnector.resultObject.(*HostRecord).Ea = ea
aniFakeConnector.resultObject.(*HostRecord).Ea["VM ID"] = vmID
aniFakeConnector.resultObject.(*HostRecord).Ea["VM Name"] = vmName
aniFakeConnector.getObjectObj.(*HostRecord).Ea = ea
aniFakeConnector.getObjectObj.(*HostRecord).Ea["VM ID"] = vmID
aniFakeConnector.getObjectObj.(*HostRecord).Ea["VM Name"] = vmName
var actualRecord *HostRecord
var err error
It("should pass expected host record Object to CreateObject", func() {
actualRecord, err = objMgr.CreateHostRecord(enabledns, recordName, netviewName, dnsView, cidr, ipAddr, macAddr, ea)
})
It("should return expected host record Object", func() {
Expect(actualRecord).To(Equal(aniFakeConnector.resultObject))
Expect(err).To(BeNil())
})
})
Describe("Allocate specific A Record ", func() {
cmpType := "Docker"
tenantID := "01234567890abcdef01234567890abcdef"
netviewName := "private"
cidr := "53.0.0.0/24"
ipAddr := "53.0.0.1"
vmID := "93f9249abc039284"
vmName := "dummyvm"
dnsView := "default"
recordName := "test"
fakeRefReturn := fmt.Sprintf("record:a/ZG5zLmJpbmRfY25h:%s/%20%20", recordName)
aniFakeConnector := &fakeConnector{
createObjectObj: NewRecordA(RecordA{
Name: recordName,
View: dnsView,
Ipv4Addr: ipAddr,
}),
getObjectRef: fakeRefReturn,
getObjectObj: NewRecordA(RecordA{
Name: recordName,
View: dnsView,
Ipv4Addr: ipAddr,
Ref: fakeRefReturn,
}),
resultObject: NewRecordA(RecordA{
Name: recordName,
View: dnsView,
Ipv4Addr: ipAddr,
Ref: fakeRefReturn,
}),
fakeRefReturn: fakeRefReturn,
}
objMgr := NewObjectManager(aniFakeConnector, cmpType, tenantID)
ea := objMgr.getBasicEA(true)
aniFakeConnector.createObjectObj.(*RecordA).Ea = ea
aniFakeConnector.createObjectObj.(*RecordA).Ea["VM ID"] = vmID
aniFakeConnector.createObjectObj.(*RecordA).Ea["VM Name"] = vmName
aniFakeConnector.resultObject.(*RecordA).Ea = ea
aniFakeConnector.resultObject.(*RecordA).Ea["VM ID"] = vmID
aniFakeConnector.resultObject.(*RecordA).Ea["VM Name"] = vmName
aniFakeConnector.getObjectObj.(*RecordA).Ea = ea
aniFakeConnector.getObjectObj.(*RecordA).Ea["VM ID"] = vmID
aniFakeConnector.getObjectObj.(*RecordA).Ea["VM Name"] = vmName
var actualRecord *RecordA
var err error
It("should pass expected A record Object to CreateObject", func() {
actualRecord, err = objMgr.CreateARecord(netviewName, dnsView, recordName, cidr, ipAddr, ea)
})
It("should return expected A record Object", func() {
Expect(actualRecord).To(Equal(aniFakeConnector.resultObject))
Expect(err).To(BeNil())
})
})
Describe("Allocate next available A Record ", func() {
cmpType := "Docker"
tenantID := "01234567890abcdef01234567890abcdef"
netviewName := "private"
cidr := "53.0.0.0/24"
ipAddr := fmt.Sprintf("func:nextavailableip:%s,%s", cidr, netviewName)
vmID := "93f9249abc039284"
vmName := "dummyvm"
dnsView := "default"
recordName := "test"
fakeRefReturn := fmt.Sprintf("record:a/ZG5zLmJpbmRfY25h:%s/%20%20", recordName)
aniFakeConnector := &fakeConnector{
createObjectObj: NewRecordA(RecordA{
Name: recordName,
View: dnsView,
Ipv4Addr: ipAddr,
}),
getObjectRef: fakeRefReturn,
getObjectObj: NewRecordA(RecordA{
Name: recordName,
View: dnsView,
Ipv4Addr: ipAddr,
Ref: fakeRefReturn,
}),
resultObject: NewRecordA(RecordA{
Name: recordName,
View: dnsView,
Ipv4Addr: ipAddr,
Ref: fakeRefReturn,
}),
fakeRefReturn: fakeRefReturn,
}
objMgr := NewObjectManager(aniFakeConnector, cmpType, tenantID)
ea := objMgr.getBasicEA(true)
aniFakeConnector.createObjectObj.(*RecordA).Ea = ea
aniFakeConnector.createObjectObj.(*RecordA).Ea["VM ID"] = vmID
aniFakeConnector.createObjectObj.(*RecordA).Ea["VM Name"] = vmName
aniFakeConnector.resultObject.(*RecordA).Ea = ea
aniFakeConnector.resultObject.(*RecordA).Ea["VM ID"] = vmID
aniFakeConnector.resultObject.(*RecordA).Ea["VM Name"] = vmName
aniFakeConnector.getObjectObj.(*RecordA).Ea = ea
aniFakeConnector.getObjectObj.(*RecordA).Ea["VM ID"] = vmID
aniFakeConnector.getObjectObj.(*RecordA).Ea["VM Name"] = vmName
var actualRecord *RecordA
var err error
It("should pass expected A record Object to CreateObject", func() {
actualRecord, err = objMgr.CreateARecord(netviewName, dnsView, recordName, cidr, ipAddr, ea)
})
It("should return expected A record Object", func() {
Expect(actualRecord).To(Equal(aniFakeConnector.resultObject))
Expect(err).To(BeNil())
})
})
Describe("Allocate specific PTR Record ", func() {
cmpType := "Docker"
tenantID := "01234567890abcdef01234567890abcdef"
netviewName := "private"
cidr := "53.0.0.0/24"
ipAddr := "53.0.0.1"
vmID := "93f9249abc039284"
vmName := "dummyvm"
dnsView := "default"
recordName := "test"
fakeRefReturn := fmt.Sprintf("record:ptr/ZG5zLmJpbmRfY25h:%s/%20%20", recordName)
aniFakeConnector := &fakeConnector{
createObjectObj: NewRecordPTR(RecordPTR{
PtrdName: recordName,
View: dnsView,
Ipv4Addr: ipAddr,
}),
getObjectRef: fakeRefReturn,
getObjectObj: NewRecordPTR(RecordPTR{
PtrdName: recordName,
View: dnsView,
Ipv4Addr: ipAddr,
Ref: fakeRefReturn,
}),
resultObject: NewRecordPTR(RecordPTR{
PtrdName: recordName,
View: dnsView,
Ipv4Addr: ipAddr,
Ref: fakeRefReturn,
}),
fakeRefReturn: fakeRefReturn,
}
objMgr := NewObjectManager(aniFakeConnector, cmpType, tenantID)
ea := objMgr.getBasicEA(true)
aniFakeConnector.createObjectObj.(*RecordPTR).Ea = ea
aniFakeConnector.createObjectObj.(*RecordPTR).Ea["VM ID"] = vmID
aniFakeConnector.createObjectObj.(*RecordPTR).Ea["VM Name"] = vmName
aniFakeConnector.resultObject.(*RecordPTR).Ea = ea
aniFakeConnector.resultObject.(*RecordPTR).Ea["VM ID"] = vmID
aniFakeConnector.resultObject.(*RecordPTR).Ea["VM Name"] = vmName
aniFakeConnector.getObjectObj.(*RecordPTR).Ea = ea
aniFakeConnector.getObjectObj.(*RecordPTR).Ea["VM ID"] = vmID
aniFakeConnector.getObjectObj.(*RecordPTR).Ea["VM Name"] = vmName
var actualRecord *RecordPTR
var err error
It("should pass expected PTR record Object to CreateObject", func() {
actualRecord, err = objMgr.CreatePTRRecord(netviewName, dnsView, recordName, cidr, ipAddr, ea)
})
It("should return expected PTR record Object", func() {
Expect(actualRecord).To(Equal(aniFakeConnector.resultObject))
Expect(err).To(BeNil())
})
})
Describe("Allocate next available PTR Record ", func() {
cmpType := "Docker"
tenantID := "01234567890abcdef01234567890abcdef"
netviewName := "private"
cidr := "53.0.0.0/24"
ipAddr := fmt.Sprintf("func:nextavailableip:%s,%s", cidr, netviewName)
vmID := "93f9249abc039284"
vmName := "dummyvm"
dnsView := "default"
recordName := "test"
fakeRefReturn := fmt.Sprintf("record:ptr/ZG5zLmJpbmRfY25h:%s/%20%20", recordName)
aniFakeConnector := &fakeConnector{
createObjectObj: NewRecordPTR(RecordPTR{
PtrdName: recordName,
View: dnsView,
Ipv4Addr: ipAddr,
}),
getObjectRef: fakeRefReturn,
getObjectObj: NewRecordPTR(RecordPTR{
PtrdName: recordName,
View: dnsView,
Ipv4Addr: ipAddr,
Ref: fakeRefReturn,
}),
resultObject: NewRecordPTR(RecordPTR{
PtrdName: recordName,
View: dnsView,
Ipv4Addr: ipAddr,
Ref: fakeRefReturn,
}),
fakeRefReturn: fakeRefReturn,
}
objMgr := NewObjectManager(aniFakeConnector, cmpType, tenantID)
ea := objMgr.getBasicEA(true)
aniFakeConnector.createObjectObj.(*RecordPTR).Ea = ea
aniFakeConnector.createObjectObj.(*RecordPTR).Ea["VM ID"] = vmID
aniFakeConnector.createObjectObj.(*RecordPTR).Ea["VM Name"] = vmName
aniFakeConnector.resultObject.(*RecordPTR).Ea = ea
aniFakeConnector.resultObject.(*RecordPTR).Ea["VM ID"] = vmID
aniFakeConnector.resultObject.(*RecordPTR).Ea["VM Name"] = vmName
aniFakeConnector.getObjectObj.(*RecordPTR).Ea = ea
aniFakeConnector.getObjectObj.(*RecordPTR).Ea["VM ID"] = vmID
aniFakeConnector.getObjectObj.(*RecordPTR).Ea["VM Name"] = vmName
var actualRecord *RecordPTR
var err error
It("should pass expected PTR record Object to CreateObject", func() {
actualRecord, err = objMgr.CreatePTRRecord(netviewName, dnsView, recordName, cidr, ipAddr, ea)
})
It("should return expected PTR record Object", func() {
Expect(actualRecord).To(Equal(aniFakeConnector.resultObject))
Expect(err).To(BeNil())
})
})
Describe("Allocate CNAME Record ", func() {
cmpType := "Docker"
tenantID := "01234567890abcdef01234567890abcdef"
canonical := "test-canonical"
dnsView := "default"
vmID := "93f9249abc039284"
vmName := "dummyvm"
recordName := "test"
fakeRefReturn := fmt.Sprintf("record:cname/ZG5zLmJpbmRfY25h:%s/%20%20", recordName)
aniFakeConnector := &fakeConnector{
createObjectObj: NewRecordCNAME(RecordCNAME{
Name: recordName,
View: dnsView,
Canonical: canonical,
}),
getObjectRef: fakeRefReturn,
getObjectObj: NewRecordCNAME(RecordCNAME{
Name: recordName,
View: dnsView,
Canonical: canonical,
Ref: fakeRefReturn,
}),
resultObject: NewRecordCNAME(RecordCNAME{
Name: recordName,
View: dnsView,
Canonical: canonical,
Ref: fakeRefReturn,
}),
fakeRefReturn: fakeRefReturn,
}
objMgr := NewObjectManager(aniFakeConnector, cmpType, tenantID)
ea := objMgr.getBasicEA(true)
aniFakeConnector.createObjectObj.(*RecordCNAME).Ea = ea
aniFakeConnector.createObjectObj.(*RecordCNAME).Ea["VM ID"] = vmID
aniFakeConnector.createObjectObj.(*RecordCNAME).Ea["VM Name"] = vmName
aniFakeConnector.resultObject.(*RecordCNAME).Ea = ea
aniFakeConnector.resultObject.(*RecordCNAME).Ea["VM ID"] = vmID
aniFakeConnector.resultObject.(*RecordCNAME).Ea["VM Name"] = vmName
aniFakeConnector.getObjectObj.(*RecordCNAME).Ea = ea
aniFakeConnector.getObjectObj.(*RecordCNAME).Ea["VM ID"] = vmID
aniFakeConnector.getObjectObj.(*RecordCNAME).Ea["VM Name"] = vmName
var actualRecord *RecordCNAME
var err error
It("should pass expected CNAME record Object to CreateObject", func() {
actualRecord, err = objMgr.CreateCNAMERecord(canonical, recordName, dnsView, ea)
})
It("should return expected CNAME record Object", func() {
Expect(actualRecord).To(Equal(aniFakeConnector.resultObject))
Expect(err).To(BeNil())
})
})
Describe("Allocate TXT Record ", func() {
cmpType := "Docker"
tenantID := "01234567890abcdef01234567890abcdef"
text := "test-text"
dnsView := "default"
recordName := "test"
ttl := 30
fakeRefReturn := fmt.Sprintf("record:txt/ZG5zLmJpbmRfY25h:%s/%20%20", recordName)
aniFakeConnector := &fakeConnector{
createObjectObj: NewRecordTXT(RecordTXT{
Name: recordName,
Text: text,
TTL: ttl,
View: dnsView,
}),
getObjectRef: fakeRefReturn,
getObjectObj: NewRecordTXT(RecordTXT{
Name: recordName,
Text: text,
View: dnsView,
Ref: fakeRefReturn,
}),
resultObject: NewRecordTXT(RecordTXT{
Name: recordName,
Text: text,
View: dnsView,
TTL: ttl,
Ref: fakeRefReturn,
}),
fakeRefReturn: fakeRefReturn,
}
objMgr := NewObjectManager(aniFakeConnector, cmpType, tenantID)
var actualRecord *RecordTXT
var err error
It("should pass expected TXT record Object to CreateObject", func() {
actualRecord, err = objMgr.CreateTXTRecord(recordName, text, 30, dnsView)
})
It("should return expected TXT record Object", func() {
Expect(actualRecord).To(Equal(aniFakeConnector.resultObject))
Expect(err).To(BeNil())
})
})
Describe("Create EA Definition", func() {
cmpType := "Docker"
tenantID := "01234567890abcdef01234567890abcdef"
comment := "Test Extensible Attribute"
flags := "CGV"
listValues := []EADefListValue{"True", "False"}
name := "TestEA"
eaType := "string"
allowedTypes := []string{"arecord", "aaarecord", "ptrrecord"}
ead := EADefinition{
Name: name,
Comment: comment,
Flags: flags,
ListValues: listValues,
Type: eaType,
AllowedObjectTypes: allowedTypes}
fakeRefReturn := "extensibleattributedef/ZG5zLm5ldHdvcmtfdmlldyQyMw:TestEA"
eadFakeConnector := &fakeConnector{
createObjectObj: NewEADefinition(ead),
resultObject: NewEADefinition(ead),
fakeRefReturn: fakeRefReturn,
}
eadFakeConnector.resultObject.(*EADefinition).Ref = fakeRefReturn