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client_test.go
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// Copyright 2014-2022 Aerospike, Inc.
//
// Licensed under the Apache License, Version 2.0 (the "License");
// you may not use this file except in compliance with the License.
// You may obtain a copy of the License at
//
// http://www.apache.org/licenses/LICENSE-2.0
//
// Unless required by applicable law or agreed to in writing, software
// distributed under the License is distributed on an "AS IS" BASIS,
// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
// See the License for the specific language governing permissions and
// limitations under the License.
package aerospike_test
import (
"bytes"
"errors"
"fmt"
"math"
"math/rand"
"strconv"
"strings"
"time"
as "github.com/aerospike/aerospike-client-go/v8"
"github.com/aerospike/aerospike-client-go/v8/types"
ast "github.com/aerospike/aerospike-client-go/v8/types"
asub "github.com/aerospike/aerospike-client-go/v8/utils/buffer"
gg "github.com/onsi/ginkgo/v2"
gm "github.com/onsi/gomega"
)
func isJsonObject(ifc interface{}) bool {
switch ifc := ifc.(type) {
case float64, float32, int, int64, uint64:
return true
case []interface{}:
for _, v := range ifc {
switch v.(type) {
case float64, float32, int, int64, uint64:
default:
return false
}
}
return true
case map[string]interface{}:
for _, v := range ifc {
if !isJsonObject(v) {
return false
}
}
return true
default:
return false
}
}
// ALL tests are isolated by SetName and Key, which are 50 random characters
var _ = gg.Describe("Aerospike", func() {
var actualClusterName string
gg.Describe("Client InfoErrorParser", func() {
gg.It("must parse InfoError response strings", func() {
type t struct {
r string
code types.ResultCode
err string
}
responses := []t{
{"invalid", types.SERVER_ERROR, "invalid"},
{"FAIL", types.SERVER_ERROR, "FAIL"},
{"FAiL", types.SERVER_ERROR, "FAiL"},
{"Error", types.SERVER_ERROR, "Error"},
{"ERROR", types.SERVER_ERROR, "ERROR"},
{"ERROR:200", types.INDEX_FOUND, "Index already exists"},
{"FAIL:201", types.INDEX_NOTFOUND, "Index not found"},
{"ERROR:200", types.INDEX_FOUND, "Index already exists"},
{"FAIL:201", types.INDEX_NOTFOUND, "Index not found"},
{"FAIL:201:some message from the server", types.INDEX_NOTFOUND, "some message from the server"},
{"FAIL:some message from the server", types.SERVER_ERROR, "some message from the server"},
{"error:some message from the server", types.SERVER_ERROR, "some message from the server"},
}
for _, r := range responses {
err := as.ParseInfoErrorCode(r.r)
gm.Expect(err).To(gm.HaveOccurred())
gm.Expect(err.(*as.AerospikeError).Msg()).To(gm.Equal(r.err))
gm.Expect(err.Matches(r.code)).To(gm.BeTrue())
}
})
})
gg.Describe("Client Management", func() {
dbHost := as.NewHost(*host, *port)
dbHost.TLSName = *nodeTLSName
gg.It("must open and close the client without a problem", func() {
client, err := as.NewClientWithPolicyAndHost(clientPolicy, dbHost)
gm.Expect(err).ToNot(gm.HaveOccurred())
gm.Expect(client.IsConnected()).To(gm.BeTrue())
time.Sleep(5 * time.Second)
// set actual cluster name
node, err := client.Cluster().GetRandomNode()
gm.Expect(err).ToNot(gm.HaveOccurred())
gm.Expect(node).NotTo(gm.BeNil())
res, err := node.RequestInfo(as.NewInfoPolicy(), "cluster-name")
gm.Expect(err).ToNot(gm.HaveOccurred())
actualClusterName = res["cluster-name"]
stats, err := client.Stats()
gm.Expect(err).ToNot(gm.HaveOccurred())
gm.Expect(len(stats)).To(gm.BeNumerically(">", 0))
for _, nodeStatsIfc := range stats {
// make sure it's a strict map of string => float64 | string => float64
gm.Expect(isJsonObject(nodeStatsIfc)).To(gm.BeTrue())
if nodeStats, ok := nodeStatsIfc.(map[string]interface{}); ok {
gm.Expect(nodeStats["connections-attempts"].(float64)).To(gm.BeNumerically(">=", 1))
gm.Expect(nodeStats["node-added-count"].(float64)).To(gm.BeNumerically(">=", 1))
gm.Expect(nodeStats["partition-map-updates"].(float64)).To(gm.BeNumerically(">=", 1))
gm.Expect(nodeStats["tends-successful"].(float64)).To(gm.BeNumerically(">", 1))
gm.Expect(nodeStats["tends-total"].(float64)).To(gm.BeNumerically(">", 1))
}
}
client.Close()
gm.Expect(client.IsConnected()).To(gm.BeFalse())
})
gg.It("must return an error if supplied cluster-name is wrong", func() {
cpolicy := *clientPolicy
cpolicy.ClusterName = "haha"
cpolicy.Timeout = 10 * time.Second
nclient, err := as.NewClientWithPolicyAndHost(&cpolicy, dbHost)
gm.Expect(err).To(gm.HaveOccurred())
gm.Expect(err.Matches(ast.CLUSTER_NAME_MISMATCH_ERROR)).To(gm.BeTrue())
gm.Expect(nclient).To(gm.BeNil())
})
gg.It("must return a client even if cluster-name is wrong, but failIfConnected is false", func() {
cpolicy := *clientPolicy
cpolicy.ClusterName = "haha"
cpolicy.Timeout = 10 * time.Second
cpolicy.FailIfNotConnected = false
nclient, err := as.NewClientWithPolicyAndHost(&cpolicy, dbHost)
gm.Expect(err).To(gm.HaveOccurred())
gm.Expect(err.Matches(ast.CLUSTER_NAME_MISMATCH_ERROR)).To(gm.BeTrue())
gm.Expect(nclient).NotTo(gm.BeNil())
gm.Expect(nclient.IsConnected()).To(gm.BeFalse())
})
gg.It("must connect to the cluster when cluster-name is correct", func() {
nodeCount := len(client.GetNodes())
cpolicy := *clientPolicy
cpolicy.ClusterName = actualClusterName
cpolicy.Timeout = 10 * time.Second
nclient, err := as.NewClientWithPolicyAndHost(&cpolicy, dbHost)
gm.Expect(err).NotTo(gm.HaveOccurred())
gm.Expect(len(nclient.GetNodes())).To(gm.Equal(nodeCount))
})
gg.It("must connect to the cluster using external authentication protocol", func() {
if *authMode != "external" {
gg.Skip("Skipping External Authentication connection...")
}
nodeCount := len(client.GetNodes())
cpolicy := *clientPolicy
cpolicy.Timeout = 10 * time.Second
cpolicy.AuthMode = as.AuthModeExternal
cpolicy.User = "badwan"
cpolicy.Password = "blastoff"
nclient, err := as.NewClientWithPolicyAndHost(&cpolicy, dbHost)
gm.Expect(err).NotTo(gm.HaveOccurred())
gm.Expect(len(nclient.GetNodes())).To(gm.Equal(nodeCount))
})
gg.Context("Rackaware", func() {
gg.It("must connect to the cluster in rackaware mode, and set the RackId = 0, and still get master node for all keys", func() {
cpolicy := *clientPolicy
cpolicy.User = *user
cpolicy.Password = *password
c, err := as.NewClientWithPolicyAndHost(&cpolicy, dbHost)
gm.Expect(err).NotTo(gm.HaveOccurred())
info := info(c, "racks:")
if strings.HasPrefix(strings.ToUpper(info), "ERROR") {
gg.Skip("Skipping RackAware test since it is not supported on this cluster...")
}
cpolicy = *clientPolicy
cpolicy.Timeout = 10 * time.Second
cpolicy.RackAware = true
for rid := 1; rid <= 20; rid++ {
nclient, err := as.NewClientWithPolicyAndHost(&cpolicy, dbHost)
gm.Expect(err).NotTo(gm.HaveOccurred())
wpolicy := as.NewWritePolicy(0, 0)
wpolicy.ReplicaPolicy = as.PREFER_RACK
for i := 0; i < 12; i++ {
key, _ := as.NewKey(*namespace, "test", 1)
partition, err := as.PartitionForWrite(nclient.Cluster(), wpolicy.GetBasePolicy(), key)
gm.Expect(err).NotTo(gm.HaveOccurred())
masterNode, err := partition.GetMasterNode(nclient.Cluster())
gm.Expect(err).NotTo(gm.HaveOccurred())
// node, err := nclient.Cluster().GetReadNode(partition, replicaPolicy, &seq)
node, err := partition.GetNodeRead(nclient.Cluster())
gm.Expect(err).NotTo(gm.HaveOccurred())
gm.Expect(node).NotTo(gm.BeNil())
gm.Expect(node).To(gm.Equal(masterNode))
}
nclient.Close()
}
})
// gg.It("must connect to the cluster in rackaware mode", func() {
// cpolicy := *clientPolicy
// cpolicy.Timeout = 10 * time.Second
// cpolicy.RackAware = true
// rpolicy := as.NewPolicy()
// rpolicy.ReplicaPolicy = as.PREFER_RACK
// for rid := 1; rid <= 20; rid++ {
// cpolicy.RackId = (rid % 2) + 1
// nclient, err := as.NewClientWithPolicyAndHostNewClientWithPolicy(&cpolicy, dbHost)
// gm.Expect(err).NotTo(gm.HaveOccurred())
// for i := 0; i < 12; i++ {
// println(i)
// key, _ := as.NewKey(*namespace, "test", 1)
// partition, err := as.PartitionForRead(nclient.Cluster(), rpolicy.GetBasePolicy(), key)
// gm.Expect(err).NotTo(gm.HaveOccurred())
// node, err := partition.GetNodeRead(nclient.Cluster())
// gm.Expect(err).NotTo(gm.HaveOccurred())
// gm.Expect(node.Rack("test")).To(gm.Equal(cpolicy.RackId))
// }
// nclient.Close()
// }
// })
})
})
gg.Describe("Data operations on native types", func() {
// connection data
var err error
var ns = *namespace
var set = randString(50)
var key *as.Key
var wpolicy = as.NewWritePolicy(0, 0)
var rpolicy = as.NewPolicy()
var bpolicy = as.NewBatchPolicy()
var rec *as.Record
if *useReplicas {
rpolicy.ReplicaPolicy = as.MASTER_PROLES
}
gg.BeforeEach(func() {
key, err = as.NewKey(ns, set, randString(50))
gm.Expect(err).ToNot(gm.HaveOccurred())
})
gg.Context("PutPayload operations", func() {
gg.It("must put a record", func() {
key, err = as.NewKey(ns, set, 0)
gm.Expect(err).ToNot(gm.HaveOccurred())
binMap := as.BinMap{
"Aerospike": "value",
"Aerospike1": "value2",
}
wcmd, err := as.NewWriteCommand(nil, wpolicy, key, nil, binMap)
gm.Expect(err).ToNot(gm.HaveOccurred())
err = wcmd.WriteBuffer(&wcmd)
gm.Expect(err).ToNot(gm.HaveOccurred())
payload := wcmd.Buffer()
client.Delete(nil, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
err = client.PutPayload(nil, key, payload)
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err := client.Get(nil, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
gm.Expect(rec.Bins).To(gm.Equal(binMap))
})
gg.It("must delete a record", func() {
key, err = as.NewKey(ns, set, 0)
gm.Expect(err).ToNot(gm.HaveOccurred())
binMap := as.BinMap{
"Aerospike": "value",
"Aerospike1": "value2",
}
err := client.Put(nil, key, binMap)
gm.Expect(err).ToNot(gm.HaveOccurred())
exists, err := client.Exists(nil, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
gm.Expect(exists).To(gm.BeTrue())
dcmd, err := as.NewDeleteCommand(nil, wpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
err = dcmd.WriteBuffer(dcmd)
gm.Expect(err).ToNot(gm.HaveOccurred())
payload := dcmd.Buffer()
err = client.PutPayload(nil, key, payload)
gm.Expect(err).ToNot(gm.HaveOccurred())
exists, err = client.Exists(nil, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
gm.Expect(exists).To(gm.BeFalse())
})
})
gg.Context("Put operations", func() {
gg.Context("Expiration values", func() {
gg.It("must return 30d if set to TTLServerDefault", func() {
wpolicy := as.NewWritePolicy(0, as.TTLServerDefault)
bin := as.NewBin("Aerospike", "value")
rec, err = client.Operate(wpolicy, key, as.PutOp(bin), as.GetOp())
gm.Expect(err).ToNot(gm.HaveOccurred())
defaultTTL, err := strconv.Atoi(nsInfo(ns, "default-ttl"))
gm.Expect(err).ToNot(gm.HaveOccurred())
switch defaultTTL {
case 0:
gm.Expect(rec.Expiration).To(gm.Equal(uint32(math.MaxUint32)))
default:
gm.Expect(rec.Expiration).To(gm.Equal(uint32(defaultTTL)))
}
})
gg.It("must return TTLDontExpire if set to TTLDontExpire", func() {
wpolicy := as.NewWritePolicy(0, as.TTLDontExpire)
bin := as.NewBin("Aerospike", "value")
err = client.PutBins(wpolicy, key, bin)
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err = client.Get(rpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
gm.Expect(rec.Expiration).To(gm.Equal(uint32(as.TTLDontExpire)))
})
gg.It("must not change the TTL if set to TTLDontUpdate", func() {
wpolicy := as.NewWritePolicy(0, as.TTLServerDefault)
bin := as.NewBin("Aerospike", "value")
err = client.PutBins(wpolicy, key, bin)
gm.Expect(err).ToNot(gm.HaveOccurred())
time.Sleep(3 * time.Second)
wpolicy = as.NewWritePolicy(0, as.TTLDontUpdate)
bin = as.NewBin("Aerospike", "value")
err = client.PutBins(wpolicy, key, bin)
gm.Expect(err).ToNot(gm.HaveOccurred())
defaultTTL, err := strconv.Atoi(nsInfo(ns, "default-ttl"))
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err = client.Get(rpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
switch defaultTTL {
case 0:
gm.Expect(rec.Expiration).To(gm.Equal(uint32(math.MaxUint32)))
default:
gm.Expect(rec.Expiration).To(gm.BeNumerically("<=", uint32(defaultTTL-3))) // default expiration on server is set to 30d
}
})
})
gg.Context("Bins with `nil` values should be deleted", func() {
gg.It("must save a key with SINGLE bin", func() {
bin := as.NewBin("Aerospike", "value")
bin1 := as.NewBin("Aerospike1", "value2") // to avoid deletion of key
err = client.PutBins(wpolicy, key, bin, bin1)
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err = client.Get(rpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
gm.Expect(rec.Bins[bin.Name]).To(gm.Equal(bin.Value.GetObject()))
bin2 := as.NewBin("Aerospike", nil)
err = client.PutBins(wpolicy, key, bin2)
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err = client.Get(rpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
// Key should not exist
_, exists := rec.Bins[bin.Name]
gm.Expect(exists).To(gm.Equal(false))
})
gg.It("must save a key with MULTIPLE bins", func() {
bin1 := as.NewBin("Aerospike1", "nil")
bin2 := as.NewBin("Aerospike2", "value")
bin3 := as.NewBin("Aerospike3", "value")
err = client.PutBins(wpolicy, key, bin1, bin2, bin3)
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err = client.Get(rpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
bin2nil := as.NewBin("Aerospike2", nil)
bin3nil := as.NewBin("Aerospike3", nil)
err = client.PutBins(wpolicy, key, bin2nil, bin3nil)
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err = client.Get(rpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
// Key should not exist
_, exists := rec.Bins[bin2.Name]
gm.Expect(exists).To(gm.Equal(false))
_, exists = rec.Bins[bin3.Name]
gm.Expect(exists).To(gm.Equal(false))
})
gg.It("must save a key with MULTIPLE bins using a BinMap", func() {
bin1 := as.NewBin("Aerospike1", "nil")
bin2 := as.NewBin("Aerospike2", "value")
bin3 := as.NewBin("Aerospike3", "value")
err = client.Put(wpolicy, key, as.BinMap{bin1.Name: bin1.Value, bin2.Name: bin2.Value, bin3.Name: bin3.Value})
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err = client.Get(rpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
bin2nil := as.NewBin("Aerospike2", nil)
bin3nil := as.NewBin("Aerospike3", nil)
err = client.Put(wpolicy, key, as.BinMap{bin2nil.Name: bin2nil.Value, bin3nil.Name: bin3nil.Value})
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err = client.Get(rpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
// Key should not exist
_, exists := rec.Bins[bin2.Name]
gm.Expect(exists).To(gm.Equal(false))
_, exists = rec.Bins[bin3.Name]
gm.Expect(exists).To(gm.Equal(false))
})
})
gg.Context("Bins with `string` values", func() {
gg.It("must save a key with SINGLE bin", func() {
bin := as.NewBin("Aerospike", "Awesome")
err = client.PutBins(wpolicy, key, bin)
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err = client.Get(rpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
gm.Expect(rec.Bins[bin.Name]).To(gm.Equal(bin.Value.GetObject()))
})
gg.It("must save a key with MULTIPLE bins", func() {
bin1 := as.NewBin("Aerospike1", "Awesome1")
bin2 := as.NewBin("Aerospike2", "")
err = client.PutBins(wpolicy, key, bin1, bin2)
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err = client.Get(rpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
gm.Expect(rec.Bins[bin1.Name]).To(gm.Equal(bin1.Value.GetObject()))
gm.Expect(rec.Bins[bin2.Name]).To(gm.Equal(bin2.Value.GetObject()))
})
})
gg.Context("Bins with `int8` and `uint8` values", func() {
gg.It("must save a key with SINGLE bin", func() {
bin := as.NewBin("Aerospike", int8(rand.Intn(math.MaxInt8)))
err = client.PutBins(wpolicy, key, bin)
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err = client.Get(rpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
gm.Expect(rec.Bins[bin.Name]).To(gm.Equal(bin.Value.GetObject()))
})
gg.It("must save a key with MULTIPLE bins", func() {
bin1 := as.NewBin("Aerospike1", int8(math.MaxInt8))
bin2 := as.NewBin("Aerospike2", int8(math.MinInt8))
bin3 := as.NewBin("Aerospike3", uint8(math.MaxUint8))
err = client.PutBins(wpolicy, key, bin1, bin2, bin3)
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err = client.Get(rpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
gm.Expect(rec.Bins[bin1.Name]).To(gm.Equal(bin1.Value.GetObject()))
gm.Expect(rec.Bins[bin2.Name]).To(gm.Equal(bin2.Value.GetObject()))
gm.Expect(rec.Bins[bin3.Name]).To(gm.Equal(bin3.Value.GetObject()))
})
})
gg.Context("Bins with `int16` and `uint16` values", func() {
gg.It("must save a key with SINGLE bin", func() {
bin := as.NewBin("Aerospike", int16(rand.Intn(math.MaxInt16)))
err = client.PutBins(wpolicy, key, bin)
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err = client.Get(rpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
gm.Expect(rec.Bins[bin.Name]).To(gm.Equal(bin.Value.GetObject()))
})
gg.It("must save a key with MULTIPLE bins", func() {
bin1 := as.NewBin("Aerospike1", int16(math.MaxInt16))
bin2 := as.NewBin("Aerospike2", int16(math.MinInt16))
bin3 := as.NewBin("Aerospike3", uint16(math.MaxUint16))
err = client.PutBins(wpolicy, key, bin1, bin2, bin3)
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err = client.Get(rpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
gm.Expect(rec.Bins[bin1.Name]).To(gm.Equal(bin1.Value.GetObject()))
gm.Expect(rec.Bins[bin2.Name]).To(gm.Equal(bin2.Value.GetObject()))
gm.Expect(rec.Bins[bin3.Name]).To(gm.Equal(bin3.Value.GetObject()))
})
})
gg.Context("Bins with `int` and `uint` values", func() {
gg.It("must save a key with SINGLE bin", func() {
bin := as.NewBin("Aerospike", rand.Int())
err = client.PutBins(wpolicy, key, bin)
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err = client.Get(rpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
gm.Expect(rec.Bins[bin.Name]).To(gm.Equal(bin.Value.GetObject()))
})
gg.It("must save a key with MULTIPLE bins; uint of > MaxInt32 will always result in LongValue", func() {
bin1 := as.NewBin("Aerospike1", math.MaxInt32)
bin2, bin3 := func() (*as.Bin, *as.Bin) {
if asub.Arch32Bits {
return as.NewBin("Aerospike2", int(math.MinInt32)),
as.NewBin("Aerospike3", uint(math.MaxInt32))
}
return as.NewBin("Aerospike2", int(math.MinInt64)),
as.NewBin("Aerospike3", uint(math.MaxInt64))
}()
err = client.PutBins(wpolicy, key, bin1, bin2, bin3)
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err = client.Get(rpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
gm.Expect(rec.Bins[bin1.Name]).To(gm.Equal(bin1.Value.GetObject()))
if asub.Arch64Bits {
gm.Expect(rec.Bins[bin2.Name].(int)).To(gm.Equal(bin2.Value.GetObject()))
gm.Expect(int64(rec.Bins[bin3.Name].(int))).To(gm.Equal(bin3.Value.GetObject()))
} else {
gm.Expect(rec.Bins[bin2.Name]).To(gm.Equal(bin2.Value.GetObject()))
gm.Expect(rec.Bins[bin3.Name]).To(gm.Equal(bin3.Value.GetObject()))
}
})
})
gg.Context("Bins with `int64` only values (uint64 is supported via type cast to int64) ", func() {
gg.It("must save a key with SINGLE bin", func() {
bin := as.NewBin("Aerospike", rand.Int63())
err = client.PutBins(wpolicy, key, bin)
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err = client.Get(rpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
if asub.Arch64Bits {
gm.Expect(int64(rec.Bins[bin.Name].(int))).To(gm.Equal(bin.Value.GetObject()))
} else {
gm.Expect(rec.Bins[bin.Name]).To(gm.Equal(bin.Value.GetObject()))
}
})
gg.It("must save a key with MULTIPLE bins", func() {
bin1 := as.NewBin("Aerospike1", math.MaxInt64)
bin2 := as.NewBin("Aerospike2", math.MinInt64)
err = client.PutBins(wpolicy, key, bin1, bin2)
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err = client.Get(rpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
gm.Expect(rec.Bins[bin1.Name]).To(gm.Equal(bin1.Value.GetObject()))
gm.Expect(rec.Bins[bin2.Name]).To(gm.Equal(bin2.Value.GetObject()))
})
})
gg.Context("Bins with `float32` only values", func() {
gg.It("must save a key with SINGLE bin", func() {
bin := as.NewBin("Aerospike", rand.Float32())
err = client.PutBins(wpolicy, key, bin)
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err = client.Get(rpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
gm.Expect(float64(rec.Bins[bin.Name].(float64))).To(gm.Equal(bin.Value.GetObject()))
})
gg.It("must save a key with MULTIPLE bins", func() {
bin1 := as.NewBin("Aerospike1", math.MaxFloat32)
bin2 := as.NewBin("Aerospike2", -math.MaxFloat32)
err = client.PutBins(wpolicy, key, bin1, bin2)
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err = client.Get(rpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
gm.Expect(rec.Bins[bin1.Name]).To(gm.Equal(bin1.Value.GetObject()))
gm.Expect(rec.Bins[bin2.Name]).To(gm.Equal(bin2.Value.GetObject()))
})
})
gg.Context("Bins with `float64` only values", func() {
gg.It("must save a key with SINGLE bin", func() {
bin := as.NewBin("Aerospike", rand.Float64())
err = client.PutBins(wpolicy, key, bin)
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err = client.Get(rpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
gm.Expect(float64(rec.Bins[bin.Name].(float64))).To(gm.Equal(bin.Value.GetObject()))
})
gg.It("must save a key with MULTIPLE bins", func() {
bin1 := as.NewBin("Aerospike1", math.MaxFloat64)
bin2 := as.NewBin("Aerospike2", -math.MaxFloat64)
err = client.PutBins(wpolicy, key, bin1, bin2)
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err = client.Get(rpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
gm.Expect(rec.Bins[bin1.Name]).To(gm.Equal(bin1.Value.GetObject()))
gm.Expect(rec.Bins[bin2.Name]).To(gm.Equal(bin2.Value.GetObject()))
})
})
gg.Context("Bins with `bool` only values", func() {
gg.It("must save a key with SINGLE bin", func() {
bin := as.NewBin("Aerospike", as.BoolValue(true))
err = client.PutBins(wpolicy, key, bin)
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err = client.Get(rpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
gm.Expect(bool(rec.Bins[bin.Name].(bool))).To(gm.Equal(bin.Value.GetObject()))
})
gg.It("must save a key with MULTIPLE bins", func() {
bin1 := as.NewBin("Aerospike1", as.BoolValue(true))
bin2 := as.NewBin("Aerospike2", as.BoolValue(false))
err = client.PutBins(wpolicy, key, bin1, bin2)
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err = client.Get(rpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
gm.Expect(rec.Bins[bin1.Name]).To(gm.Equal(bin1.Value.GetObject()))
gm.Expect(rec.Bins[bin2.Name]).To(gm.Equal(bin2.Value.GetObject()))
})
})
gg.Context("Bins with complex types", func() {
gg.Context("Bins with BLOB type", func() {
gg.It("must save and retrieve Bins with AerospikeBlobs type", func() {
person := &testBLOB{name: "SomeDude"}
bin := as.NewBin("Aerospike1", person)
err = client.PutBins(wpolicy, key, bin)
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err = client.Get(rpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
})
})
gg.Context("Bins with LIST type", func() {
gg.It("must save a key with Array Types", func() {
// All int types and sizes should be encoded into an int64,
// unless if they are of type uint64, which always encodes to uint64
// regardless of the values inside
intList := []interface{}{math.MinInt64, math.MinInt64 + 1}
for i := uint(0); i < 64; i++ {
intList = append(intList, -(1 << i))
intList = append(intList, -(1<<i)-1)
intList = append(intList, -(1<<i)+1)
intList = append(intList, 1<<i)
intList = append(intList, (1<<i)-1)
intList = append(intList, (1<<i)+1)
}
intList = append(intList, -1)
intList = append(intList, 0)
intList = append(intList, int64(1))
intList = append(intList, math.MaxInt64-1)
intList = append(intList, math.MaxInt64)
// intList = append(intList, uint64(math.MaxInt64+1))
// intList = append(intList, uint64(math.MaxUint64-1))
// intList = append(intList, uint64(math.MaxUint64))
bin0 := as.NewBin("Aerospike0", intList)
bin1 := as.NewBin("Aerospike1", []interface{}{math.MinInt8, 0, 1, 2, 3, math.MaxInt8})
bin2 := as.NewBin("Aerospike2", []interface{}{math.MinInt16, 0, 1, 2, 3, math.MaxInt16})
bin3 := as.NewBin("Aerospike3", []interface{}{math.MinInt32, 0, 1, 2, 3, math.MaxInt32})
bin4 := as.NewBin("Aerospike4", []interface{}{math.MinInt64, 0, 1, 2, 3, math.MaxInt64})
bin5 := as.NewBin("Aerospike5", []interface{}{0, 1, 2, 3, math.MaxUint8})
bin6 := as.NewBin("Aerospike6", []interface{}{0, 1, 2, 3, math.MaxUint16})
bin7 := as.NewBin("Aerospike7", []interface{}{0, 1, 2, 3, math.MaxUint32})
bin8 := as.NewBin("Aerospike8", []interface{}{"", "\n", "string"})
bin9 := as.NewBin("Aerospike9", []interface{}{"", 1, nil, true, false, uint64(math.MaxUint64), math.MaxFloat32, math.MaxFloat64, as.NewGeoJSONValue(`{ "type": "Point", "coordinates": [0.00, 0.00] }"`), []interface{}{1, 2, 3}})
// complex type, consisting different arrays
bin10 := as.NewBin("Aerospike10", []interface{}{
nil,
bin0.Value.GetObject(),
bin1.Value.GetObject(),
bin2.Value.GetObject(),
bin3.Value.GetObject(),
bin4.Value.GetObject(),
bin5.Value.GetObject(),
bin6.Value.GetObject(),
bin7.Value.GetObject(),
bin8.Value.GetObject(),
bin9.Value.GetObject(),
map[interface{}]interface{}{
1: []byte{0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15},
// [3]int{0, 1, 2}: []interface{}{"string", 12, nil},
// [3]string{"0", "1", "2"}: []interface{}{"string", 12, nil},
15: nil,
int8(math.MaxInt8): int8(math.MaxInt8),
int64(math.MinInt64): int64(math.MinInt64),
int64(math.MaxInt64): int64(math.MaxInt64),
// uint64(math.MaxUint64): uint64(math.MaxUint64),
// float32(-math.MaxFloat32): float32(-math.MaxFloat32),
// float64(-math.MaxFloat64): float64(-math.MaxFloat64),
// float32(math.MaxFloat32): float32(math.MaxFloat32),
// float64(math.MaxFloat64): float64(math.MaxFloat64),
"true": true,
"false": false,
"string": map[interface{}]interface{}{ /*nil: "string",*/ "string": 19}, // map to complex array
// nil: []interface{}{18, 41}, // array to complex map
"GeoJSON": as.NewGeoJSONValue(`{ "type": "Point", "coordinates": [0.00, 0.00] }"`), // bit-sign test
"intList": intList,
},
})
err = client.PutBins(wpolicy, key, bin0, bin1, bin2, bin3, bin4, bin5, bin6, bin7, bin8, bin9, bin10)
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err = client.Get(rpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
arraysEqual(rec.Bins[bin0.Name], bin0.Value.GetObject())
arraysEqual(rec.Bins[bin1.Name], bin1.Value.GetObject())
arraysEqual(rec.Bins[bin2.Name], bin2.Value.GetObject())
arraysEqual(rec.Bins[bin3.Name], bin3.Value.GetObject())
arraysEqual(rec.Bins[bin4.Name], bin4.Value.GetObject())
arraysEqual(rec.Bins[bin5.Name], bin5.Value.GetObject())
arraysEqual(rec.Bins[bin6.Name], bin6.Value.GetObject())
arraysEqual(rec.Bins[bin7.Name], bin7.Value.GetObject())
arraysEqual(rec.Bins[bin8.Name], bin8.Value.GetObject())
arraysEqual(rec.Bins[bin9.Name], bin9.Value.GetObject())
arraysEqual(rec.Bins[bin10.Name], bin10.Value.GetObject())
})
}) // context list
gg.Context("Bins with MAP type", func() {
gg.It("must save a key with Array Types", func() {
// complex type, consisting different maps
bin1 := as.NewBin("Aerospike1", map[interface{}]interface{}{
0: "",
int32(math.MaxInt32): randString(100),
int32(math.MinInt32): randString(100),
})
bin2 := as.NewBin("Aerospike2", map[interface{}]interface{}{
15: nil,
"true": true,
"false": false,
int8(math.MaxInt8): int8(math.MaxInt8),
int64(math.MinInt64): int64(math.MinInt64),
int64(math.MaxInt64): int64(math.MaxInt64),
// uint64(math.MaxUint64): uint64(math.MaxUint64),
// float32(-math.MaxFloat32): float32(-math.MaxFloat32),
// float64(-math.MaxFloat64): float64(-math.MaxFloat64),
// float32(math.MaxFloat32): float32(math.MaxFloat32),
// float64(math.MaxFloat64): float64(math.MaxFloat64),
"string": map[interface{}]interface{}{ /*nil: "string",*/ "string": 19}, // map to complex array
// nil: []interface{}{18, 41}, // array to complex map
"longString": strings.Repeat("s", 32911), // bit-sign test
"GeoJSON": as.NewGeoJSONValue(`{ "type": "Point", "coordinates": [0.00, 0.00] }"`), // bit-sign test
})
err = client.PutBins(wpolicy, key, bin1, bin2)
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err = client.Get(rpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
mapsEqual(rec.Bins[bin1.Name], bin1.Value.GetObject())
mapsEqual(rec.Bins[bin2.Name], bin2.Value.GetObject())
})
}) // context map
}) // context complex types
}) // put context
gg.Context("Get operations", func() {
gg.It("must get only requested bins", func() {
bins := as.BinMap{
"bin1": 1,
"bin2": 2,
"bin3": 3,
"bin4": 4,
}
err := client.Put(wpolicy, key, bins)
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err := client.Get(rpolicy, key, "bin1", "bin2")
gm.Expect(err).ToNot(gm.HaveOccurred())
gm.Expect(len(rec.Bins)).To(gm.Equal(2))
gm.Expect(rec.Bins).To(gm.Equal(as.BinMap{"bin1": 1, "bin2": 2}))
})
})
gg.Context("Append operations", func() {
bin := as.NewBin("Aerospike", randString(rand.Intn(100)))
gg.BeforeEach(func() {
err = client.PutBins(wpolicy, key, bin)
gm.Expect(err).ToNot(gm.HaveOccurred())
})
gg.It("must append to a SINGLE bin", func() {
appbin := as.NewBin(bin.Name, randString(rand.Intn(100)))
err = client.AppendBins(wpolicy, key, appbin)
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err = client.Get(rpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
gm.Expect(rec.Bins[bin.Name]).To(gm.Equal(bin.Value.GetObject().(string) + appbin.Value.GetObject().(string)))
})
gg.It("must append to a SINGLE bin using a BinMap", func() {
appbin := as.NewBin(bin.Name, randString(rand.Intn(100)))
err = client.Append(wpolicy, key, as.BinMap{bin.Name: appbin.Value})
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err = client.Get(rpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
gm.Expect(rec.Bins[bin.Name]).To(gm.Equal(bin.Value.GetObject().(string) + appbin.Value.GetObject().(string)))
})
}) // append context
gg.Context("Prepend operations", func() {
bin := as.NewBin("Aerospike", randString(rand.Intn(100)))
gg.BeforeEach(func() {
err = client.PutBins(wpolicy, key, bin)
gm.Expect(err).ToNot(gm.HaveOccurred())
})
gg.It("must Prepend to a SINGLE bin", func() {
appbin := as.NewBin(bin.Name, randString(rand.Intn(100)))
err = client.PrependBins(wpolicy, key, appbin)
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err = client.Get(rpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
gm.Expect(rec.Bins[bin.Name]).To(gm.Equal(appbin.Value.GetObject().(string) + bin.Value.GetObject().(string)))
})
gg.It("must Prepend to a SINGLE bin using a BinMap", func() {
appbin := as.NewBin(bin.Name, randString(rand.Intn(100)))
err = client.Prepend(wpolicy, key, as.BinMap{bin.Name: appbin.Value})
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err = client.Get(rpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
gm.Expect(rec.Bins[bin.Name]).To(gm.Equal(appbin.Value.GetObject().(string) + bin.Value.GetObject().(string)))
})
}) // prepend context
gg.Context("Add operations", func() {
bin := as.NewBin("Aerospike", rand.Intn(math.MaxInt16))
gg.BeforeEach(func() {
err = client.PutBins(wpolicy, key, bin)
gm.Expect(err).ToNot(gm.HaveOccurred())
})
gg.It("must Add to a SINGLE bin", func() {
addBin := as.NewBin(bin.Name, rand.Intn(math.MaxInt16))
err = client.AddBins(wpolicy, key, addBin)
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err = client.Get(rpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
gm.Expect(rec.Bins[bin.Name]).To(gm.Equal(addBin.Value.GetObject().(int) + bin.Value.GetObject().(int)))
})
gg.It("must Add to a SINGLE bin using a BinMap", func() {
addBin := as.NewBin(bin.Name, rand.Intn(math.MaxInt16))
err = client.Add(wpolicy, key, as.BinMap{addBin.Name: addBin.Value})
gm.Expect(err).ToNot(gm.HaveOccurred())
rec, err = client.Get(rpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
gm.Expect(rec.Bins[bin.Name]).To(gm.Equal(addBin.Value.GetObject().(int) + bin.Value.GetObject().(int)))
})
}) // add context
gg.Context("Delete operations", func() {
bin := as.NewBin("Aerospike", rand.Intn(math.MaxInt16))
gg.BeforeEach(func() {
err = client.PutBins(wpolicy, key, bin)
gm.Expect(err).ToNot(gm.HaveOccurred())
})
gg.It("must Delete a non-existing key", func() {
var nxkey *as.Key
nxkey, err = as.NewKey(ns, set, randString(50))
gm.Expect(err).ToNot(gm.HaveOccurred())
var existed bool
existed, err = client.Delete(wpolicy, nxkey)
gm.Expect(err).ToNot(gm.HaveOccurred())
gm.Expect(existed).To(gm.Equal(false))
})
gg.It("must Delete an existing key", func() {
var existed bool
existed, err = client.Delete(wpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
gm.Expect(existed).To(gm.Equal(true))
existed, err = client.Exists(rpolicy, key)
gm.Expect(err).ToNot(gm.HaveOccurred())
gm.Expect(existed).To(gm.Equal(false))
})
}) // Delete context
gg.Context("Touch operations", func() {
bin := as.NewBin("Aerospike", rand.Intn(math.MaxInt16))
gg.BeforeEach(func() {
err = client.PutBins(wpolicy, key, bin)
gm.Expect(err).ToNot(gm.HaveOccurred())
})
gg.It("must Touch a non-existing key", func() {
var nxkey *as.Key
nxkey, err = as.NewKey(ns, set, randString(50))
gm.Expect(err).ToNot(gm.HaveOccurred())