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as_parser_test.go
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as_parser_test.go
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package info
import (
"errors"
"testing"
"time"
"github.com/go-logr/logr"
"github.com/stretchr/testify/suite"
"go.uber.org/mock/gomock"
aero "github.com/aerospike/aerospike-client-go/v7"
lib "github.com/tanmayja/aerospike-management-lib"
)
type AsParserTestSuite struct {
suite.Suite
asinfo *AsInfo
ctrl *gomock.Controller
mockConn *MockConnection
}
func (s *AsParserTestSuite) SetupTest() {
s.ctrl = gomock.NewController(s.T())
mockConnFact := NewMockConnectionFactory(s.ctrl)
s.mockConn = NewMockConnection(s.ctrl)
policy := &aero.ClientPolicy{}
host := &aero.Host{}
mockConnFact.EXPECT().NewConnection(policy, host).Return(s.mockConn, nil).AnyTimes()
s.mockConn.EXPECT().IsConnected().Return(true).AnyTimes()
s.mockConn.EXPECT().Login(policy).Return(nil).AnyTimes()
s.mockConn.EXPECT().SetTimeout(gomock.Any(), time.Second*100).AnyTimes()
s.mockConn.EXPECT().Close().Return().AnyTimes()
s.asinfo = NewAsInfoWithConnFactory(logr.Discard(), host, policy, mockConnFact)
}
func (s *AsParserTestSuite) TestAsInfoGetAsConfig() {
testCases := []struct {
context string
coreInfoResp map[string]string
req []string
resp map[string]string
expected lib.Stats
}{
{
"service",
nil,
[]string{"get-config:context=service"},
map[string]string{"get-config:context=service": "advertise-ipv6=false;auto-pin=none;batch-index-threads=8;batch-max-buffers-per-queue=255;batch-max-unused-buffers=256"},
lib.Stats{"service": lib.Stats{"advertise-ipv6": false, "auto-pin": "none", "batch-index-threads": int64(8), "batch-max-buffers-per-queue": int64(255), "batch-max-unused-buffers": int64(256)}},
},
{
"network",
nil,
[]string{"get-config:context=network"},
map[string]string{"get-config:context=network": "service.access-port=0;service.address=any;service.alternate-access-port=0;service.port=3000"},
lib.Stats{"network": lib.Stats{"service.access-port": int64(0), "service.address": "any", "service.alternate-access-port": int64(0), "service.port": int64(3000)}},
},
{
"namespaces",
map[string]string{"namespaces": "test;bar"},
[]string{"get-config:context=namespace;id=test", "get-config:context=namespace;id=bar"},
map[string]string{"get-config:context=namespace;id=test": "allow-ttl-without-nsup=false;background-query-max-rps=10000;conflict-resolution-policy=generation;conflict-resolve-writes=false", "get-config:context=namespace;id=bar": "allow-ttl-without-nsup=true;background-query-max-rps=10000;conflict-resolution-policy=generation;conflict-resolve-writes=false"},
lib.Stats{"namespaces": lib.Stats{"test": lib.Stats{"allow-ttl-without-nsup": false, "background-query-max-rps": int64(10000), "conflict-resolution-policy": "generation", "conflict-resolve-writes": false}, "bar": lib.Stats{"allow-ttl-without-nsup": true, "background-query-max-rps": int64(10000), "conflict-resolution-policy": "generation", "conflict-resolve-writes": false}}},
},
{
"sets",
map[string]string{"namespaces": "test;bar"},
[]string{"sets/test", "sets/bar"},
map[string]string{"sets/test": "ns=test:set=testset:objects=1:tombstones=0:memory_data_bytes=311142:device_data_bytes=0:truncate_lut=0:sindexes=0:index_populating=false:truncating=false:disable-eviction=false:enable-index=false:stop-writes-count=1:stop-writes-size=1;", "sets/bar": "ns=test:set=testset:objects=2:tombstones=0:memory_data_bytes=311142:device_data_bytes=0:truncate_lut=0:sindexes=0:index_populating=false:truncating=false:disable-eviction=false:enable-index=false:stop-writes-count=2:stop-writes-size=2;"},
lib.Stats{"namespaces": lib.Stats{"test": lib.Stats{"sets": lib.Stats{"testset": lib.Stats{"disable-eviction": false, "enable-index": false, "stop-writes-count": int64(1), "stop-writes-size": int64(1)}}}, "bar": lib.Stats{"sets": lib.Stats{"testset": lib.Stats{"disable-eviction": false, "enable-index": false, "stop-writes-count": int64(2), "stop-writes-size": int64(2)}}}}},
},
{
"dcs",
map[string]string{"build": "5.0.0.0", "dcs": "DC1;DC2"},
nil,
nil,
lib.Stats{},
},
{
"security",
nil,
[]string{"get-config:context=security"},
map[string]string{
"get-config:context=security": "enable-ldap=false;enable-security=true;ldap-login-threads=8;privilege-refresh-period=300;ldap.disable-tls=false;ldap.polling-period=300",
},
lib.Stats{"security": lib.Stats{"enable-ldap": false, "enable-security": true, "ldap-login-threads": int64(8), "privilege-refresh-period": int64(300), "ldap.disable-tls": false, "ldap.polling-period": int64(300)}},
},
{
"logging",
map[string]string{"logs": "0:/var/log/aerospike.log;1:stderr"},
[]string{"log/0", "log/1"},
map[string]string{
"log/0": "misc:CRITICAL;alloc:CRITICAL;arenax:CRITICAL;hardware:CRITICAL;msg:CRITICAL;rbuffer:CRITICAL;socket:CRITICAL;tls:CRITICAL;vmapx:CRITICAL",
"log/1": "misc:CRITICAL;alloc:CRITICAL;arenax:CRITICAL;hardware:CRITICAL;msg:CRITICAL;rbuffer:CRITICAL;socket:CRITICAL;tls:CRITICAL;vmapx:CRITICAL",
},
lib.Stats{"logging": lib.Stats{
"/var/log/aerospike.log": lib.Stats{"misc": "CRITICAL", "alloc": "CRITICAL", "arenax": "CRITICAL", "hardware": "CRITICAL", "msg": "CRITICAL", "rbuffer": "CRITICAL", "socket": "CRITICAL", "tls": "CRITICAL", "vmapx": "CRITICAL"},
"stderr": lib.Stats{"misc": "CRITICAL", "alloc": "CRITICAL", "arenax": "CRITICAL", "hardware": "CRITICAL", "msg": "CRITICAL", "rbuffer": "CRITICAL", "socket": "CRITICAL", "tls": "CRITICAL", "vmapx": "CRITICAL"},
}},
},
{
"racks",
nil,
[]string{"racks:"},
map[string]string{
"racks:": "ns=test:rack_0=1B;ns=bar:rack_0=2B;",
},
lib.Stats{"racks": []lib.Stats{
{"ns": "test", "rack_0": "1B"},
{"ns": "bar", "rack_0": "2B"},
}},
},
// Add more test cases here
}
for _, tc := range testCases {
s.Run(tc.context, func() {
// Call GetAsInfo with the input from the test case
s.mockConn.EXPECT().RequestInfo([]string{"namespaces", "get-config:context=xdr", "sindex/", "logs", "build"}).Return(tc.coreInfoResp, nil)
if tc.req != nil {
s.mockConn.EXPECT().RequestInfo(tc.req).Return(tc.resp, nil)
}
result, err := s.asinfo.GetAsConfig(tc.context)
s.Assert().Nil(err)
s.Assert().Equal(tc.expected, result)
})
}
}
func (s *AsParserTestSuite) TestAsInfoGetAsConfigXDR5Enabled() {
context := "xdr"
coreInfoResp := map[string]string{"build": "5.0.0.0"}
// Call GetAsInfo with the input from the test case
s.mockConn.EXPECT().RequestInfo([]string{"namespaces", "get-config:context=xdr", "sindex/", "logs", "build"}).Return(coreInfoResp, nil)
s.mockConn.EXPECT().RequestInfo([]string{"get-config:context=xdr"}).Return(map[string]string{"get-config:context=xdr": "dcs=DC1,DC2;src-id=0;trace-sample=0"}, nil)
s.mockConn.EXPECT().RequestInfo([]string{"get-config:context=xdr;dc=DC1"}).Return(map[string]string{"get-config:context=xdr;dc=DC1": "auth-mode=none;auth-password-file=null;auth-user=null;connector=false;max-recoveries-interleaved=0;node-address-port=;period-ms=100;tls-name=null;use-alternate-access-address=false;namespaces=test"}, nil)
s.mockConn.EXPECT().RequestInfo([]string{"get-config:context=xdr;dc=DC2"}).Return(map[string]string{"get-config:context=xdr;dc=DC2": "auth-mode=none;auth-password-file=null;auth-user=null;connector=false;max-recoveries-interleaved=0;node-address-port=;period-ms=100;tls-name=null;use-alternate-access-address=false;namespaces=bar"}, nil)
s.mockConn.EXPECT().RequestInfo([]string{"get-config:context=xdr;dc=DC2;namespace=bar", "get-config:context=xdr;dc=DC1;namespace=test"}).Return(map[string]string{"get-config:context=xdr;dc=DC1;namespace=test": "enabled=true;bin-policy=all;compression-level=1;compression-threshold=128;delay-ms=0;enable-compression=false;forward=false;hot-key-ms=100;ignored-bins=", "get-config:context=xdr;dc=DC2;namespace=bar": "enabled=true;bin-policy=all;compression-level=1;compression-threshold=128;delay-ms=0;enable-compression=false;forward=false;hot-key-ms=100;ignored-bins="}, nil)
expected := lib.Stats{"xdr": lib.Stats{
"src-id": int64(0),
"trace-sample": int64(0),
"dcs": lib.Stats{
"DC1": lib.Stats{"auth-mode": "none", "auth-password-file": "null", "auth-user": "null", "connector": false, "max-recoveries-interleaved": int64(0), "node-address-port": "", "period-ms": int64(100), "tls-name": "null", "use-alternate-access-address": false, "namespaces": lib.Stats{
"test": lib.Stats{"enabled": true, "bin-policy": "all", "compression-level": int64(1), "compression-threshold": int64(128), "delay-ms": int64(0), "enable-compression": false, "forward": false, "hot-key-ms": int64(100), "ignored-bins": ""},
}},
"DC2": lib.Stats{"auth-mode": "none", "auth-password-file": "null", "auth-user": "null", "connector": false, "max-recoveries-interleaved": int64(0), "node-address-port": "", "period-ms": int64(100), "tls-name": "null", "use-alternate-access-address": false, "namespaces": lib.Stats{
"bar": lib.Stats{"enabled": true, "bin-policy": "all", "compression-level": int64(1), "compression-threshold": int64(128), "delay-ms": int64(0), "enable-compression": false, "forward": false, "hot-key-ms": int64(100), "ignored-bins": ""},
}},
},
}}
result, err := s.asinfo.GetAsConfig(context)
s.Assert().Nil(err)
s.Assert().Equal(expected, result)
}
func (s *AsParserTestSuite) TestAsInfoGetAsConfigXDR5Disabled() {
context := "xdr"
coreInfoResp := map[string]string{"build": "5.0.0.0"}
// Call GetAsInfo with the input from the test case
s.mockConn.EXPECT().RequestInfo([]string{"namespaces", "get-config:context=xdr", "sindex/", "logs", "build"}).Return(coreInfoResp, nil)
s.mockConn.EXPECT().RequestInfo([]string{"get-config:context=xdr"}).Return(map[string]string{"get-config:context=xdr": "dcs=;src-id=0;trace-sample=0"}, nil)
expected := lib.Stats{"xdr": lib.Stats{
"src-id": int64(0),
"trace-sample": int64(0),
"dcs": lib.Stats{},
}}
result, err := s.asinfo.GetAsConfig(context)
s.Assert().Nil(err)
s.Assert().Equal(expected, result)
}
func TestAsParserTestSuite(t *testing.T) {
suite.Run(t, new(AsParserTestSuite))
}
func TestNewAsInfo_ConnectionError(t *testing.T) {
ctrl := gomock.NewController(t)
mockConnFact := NewMockConnectionFactory(ctrl)
expectedErr := &aero.AerospikeError{ResultCode: 1}
policy := &aero.ClientPolicy{}
host := &aero.Host{}
mockConnFact.EXPECT().NewConnection(policy, host).Return(nil, expectedErr).AnyTimes()
asinfo := NewAsInfoWithConnFactory(logr.Discard(), host, policy, mockConnFact)
r, actualErr := asinfo.RequestInfo("connection will fail")
if r != nil {
t.Errorf("Expected nil response, got %v", r)
}
if errors.Is(actualErr, expectedErr) == false {
t.Errorf("Expected error %v, got %v", expectedErr, actualErr)
}
}
func TestNewAsInfo_NotAuthenticatedError(t *testing.T) {
ctrl := gomock.NewController(t)
mockConnFact := NewMockConnectionFactory(ctrl)
mockConn := NewMockConnection(ctrl)
policy := &aero.ClientPolicy{}
host := &aero.Host{}
mockConnFact.EXPECT().NewConnection(policy, host).Return(mockConn, nil).AnyTimes()
mockConn.EXPECT().IsConnected().Return(true).AnyTimes()
mockConn.EXPECT().Login(policy).Return(nil).AnyTimes()
mockConn.EXPECT().SetTimeout(gomock.Any(), time.Second*100).AnyTimes()
mockConn.EXPECT().Close().Return().AnyTimes()
mockConn.EXPECT().RequestInfo([]string{"auth will fail"}).Return(map[string]string{"ERROR:80:not authenticated": ""}, nil)
maxInfoRetries = 1 // Should be configurable
asinfo := NewAsInfoWithConnFactory(logr.Discard(), host, policy, mockConnFact)
r, acutalErr := asinfo.RequestInfo("auth will fail")
if r != nil {
t.Errorf("Expected nil response, got %v", r)
}
if errors.Is(acutalErr, ErrConnNotAuthenticated) == false {
t.Errorf("Expected error %v, got %v", ErrConnNotAuthenticated, acutalErr)
}
}