How to use Upsert method of config Package

Best Testkube code snippet using config.Upsert

upsert_test.go

Source:upsert_test.go Github

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...29 "github.com/vdaas/vald/internal/test/data/request"30 "github.com/vdaas/vald/internal/test/data/vector"31 "github.com/vdaas/vald/pkg/agent/core/ngt/service"32)33func Test_server_Upsert(t *testing.T) {34 t.Parallel()35 // optIdx is used for additional vector before upsert test.36 type optIdx struct {37 id string38 vec []float3239 }40 type args struct {41 optIdx optIdx42 req *payload.Upsert_Request43 }44 type want struct {45 code codes.Code46 wantUUID string47 }48 type test struct {49 name string50 args args51 want want52 checkFunc func(want, *payload.Object_Location, error) error53 beforeFunc func(context.Context, optIdx) (Server, error)54 afterFunc func()55 }56 defaultCheckFunc := func(w want, gotRes *payload.Object_Location, err error) error {57 if err != nil {58 st, ok := status.FromError(err)59 if !ok {60 errors.Errorf("got error cannot convert to Status: \"%#v\"", err)61 }62 if st.Code() != w.code {63 return errors.Errorf("got code: \"%#v\",\n\t\t\t\twant code: \"%#v\"", st.Code(), w.code)64 }65 } else {66 if uuid := gotRes.GetUuid(); w.wantUUID != uuid {67 return errors.Errorf("got uuid: \"%#v\",\n\t\t\t\twant uuid: \"%#v\"", uuid, w.wantUUID)68 }69 }70 return nil71 }72 const (73 defaultInsertNum = 100074 dimension = 12875 )76 utf8Str := "こんにちは"77 eucjpStr, err := conv.Utf8ToEucjp(utf8Str)78 if err != nil {79 t.Error(err)80 }81 sjisStr, err := conv.Utf8ToSjis(utf8Str)82 if err != nil {83 t.Error(err)84 }85 defaultUpsertConfig := &payload.Upsert_Config{86 SkipStrictExistCheck: true,87 }88 defaultInsertConfig := &payload.Insert_Config{89 SkipStrictExistCheck: true,90 }91 defaultBeforeFunc := func(objectType string, insertNum int) func(context.Context, optIdx) (Server, error) {92 cfg := &config.NGT{93 Dimension: dimension,94 DistanceType: ngt.L2.String(),95 ObjectType: objectType,96 CreationEdgeSize: 60,97 SearchEdgeSize: 20,98 KVSDB: &config.KVSDB{99 Concurrency: 10,100 },101 VQueue: &config.VQueue{102 InsertBufferPoolSize: 1000,103 DeleteBufferPoolSize: 1000,104 },105 }106 return func(ctx context.Context, opt optIdx) (Server, error) {107 var overwriteID []string108 if opt.id != "" {109 overwriteID = []string{110 opt.id,111 }112 }113 var overwriteVec [][]float32114 if opt.vec != nil {115 overwriteVec = [][]float32{116 opt.vec,117 }118 }119 return buildIndex(ctx, request.Float, vector.Gaussian, insertNum, defaultInsertConfig, cfg, nil, overwriteID, overwriteVec)120 }121 }122 /*123 Upsert test cases (only test float32 unless otherwise specified):124 - Equivalence Class Testing ( 1000 vectors inserted before an upsert )125 - case 1.1: success upsert with new ID126 - case 1.2: success upsert with existent ID127 - case 2.1: fail upsert with one different dimension vector (type: uint8)128 - case 2.2: fail upsert with one different dimension vector (type: float32)129 - Boundary Value Testing ( 1000 vectors inserted before an upsert if not specified )130 - case 1.1: fail upsert with "" as ID131 - case 1.2: fail upsert to empty index with "" as ID132 - case 2.1: success upsert with ^@ as duplicated ID133 - case 2.2: success upsert with ^@ as new ID134 - case 2.3: success upsert to empty index with ^@ as new ID135 - case 2.4: success upsert with ^I as duplicated ID136 - case 2.5: success upsert with ^I as new ID137 - case 2.6: success upsert to empty index with ^I as new ID138 - case 2.7: success upsert with ^J as duplicated ID139 - case 2.8: success upsert with ^J as new ID140 - case 2.9: success upsert to empty index with ^J as new ID141 - case 2.10: success upsert with ^M as duplicated ID142 - case 2.11: success upsert with ^M as new ID143 - case 2.12: success upsert to empty index with ^M as new ID144 - case 2.13: success upsert with ^[ as duplicated ID145 - case 2.14: success upsert with ^[ as new ID146 - case 2.15: success upsert to empty index with ^[ as new ID147 - case 2.16: success upsert with ^? as duplicated ID148 - case 2.17: success upsert with ^? as new ID149 - case 2.18: success upsert to empty index with ^? as new ID150 - case 3.1: success upsert with utf-8 ID from utf-8 index151 - case 3.2: success upsert with utf-8 ID from s-jis index152 - case 3.3: success upsert with utf-8 ID from euc-jp index153 - case 3.4: success upsert with s-jis ID from utf-8 index154 - case 3.5: success upsert with s-jis ID from s-jis index155 - case 3.6: success upsert with s-jis ID from euc-jp index156 - case 3.7: success upsert with euc-jp ID from utf-8 index157 - case 3.8: success upsert with euc-jp ID from s-jis index158 - case 3.9: success upsert with euc-jp ID from euc-jp index159 - case 4.1: success upsert with 😀 as duplicated ID160 - case 4.2: success upsert with 😀 as new ID161 - case 4.3: success upsert to empty index with 😀 as new ID162 - case 5.1: success upsert with one 0 value vector with duplicated ID (type: uint8)163 - case 5.2: success upsert with one 0 value vector with new ID (type: uint8)164 - case 5.3: success upsert to empty index with one 0 value vector with new ID (type: uint8)165 - case 5.4: success upsert with one +0 value vector with duplicated ID (type: float32)166 - case 5.5: success upsert with one +0 value vector with new ID (type: float32)167 - case 5.6: success upsert to empty index with one +0 value vector with new ID (type: float32)168 - case 5.7: success upsert with one -0 value vector with duplicated ID (type: float32)169 - case 5.8: success upsert with one -0 value vector with new ID (type: float32)170 - case 5.9: success upsert to empty index with one -0 value vector with new ID (type: float32)171 - case 6.1: success upsert with one min value vector with duplicated ID (type: uint8)172 - case 6.2: success upsert with one min value vector with new ID (type: uint8)173 - case 6.3: success upsert to empty index with one min value vector with new ID (type: uint8)174 - case 6.4: success upsert with one min value vector with duplicated ID (type: float32)175 - case 6.5: success upsert with one min value vector with new ID (type: float32)176 - case 6.6: success upsert to empty index with one min value vector with new ID (type: float32)177 - case 7.1: success upsert with one max value vector with duplicated ID (type: uint8)178 - case 7.2: success upsert with one max value vector with new ID (type: uint8)179 - case 7.3: success upsert to empty index with one max value vector with new ID (type: uint8)180 - case 7.4: success upsert with one max value vector with duplicated ID (type: float32)181 - case 7.5: success upsert with one max value vector (type: float32)182 - case 7.6: success upsert to empty index with one max value vector (type: float32)183 - case 8.1: success upsert with one NaN value vector with duplicated ID (type: float32) // NOTE: To fix it, it is necessary to check all of vector value184 - case 8.2: success upsert with one NaN value vector with new ID (type: float32) // NOTE: To fix it, it is necessary to check all of vector value185 - case 8.3: success upsert to empty index with one NaN value vector with new ID (type: float32) // NOTE: To fix it, it is necessary to check all of vector value186 - case 9.1: success upsert with one +inf value vector with duplicated ID (type: float32)187 - case 9.2: success upsert with one +inf value vector with new ID (type: float32)188 - case 9.3: success upsert to empty index with one +inf value vector with new ID (type: float32)189 - case 9.4: success upsert with one -inf value vector with duplicated ID (type: float32)190 - case 9.5: success upsert with one -inf value vector with new ID (type: float32)191 - case 9.6: success upsert to empty index with one -inf value vector with new ID (type: float32)192 - case 10.1: fail upsert with one nil vector193 - case 10.2: fail upsert to empty index with one nil vector194 - case 11.1: fail upsert with one empty vector195 - case 11.2: fail upsert to empty index with one empty vector196 - Decision Table Testing197 - case 1.1: fail upsert with one duplicated vector, duplicated ID and SkipStrictExistCheck is true198 - case 1.2: success upsert with one different vector, duplicated ID and SkipStrictExistsCheck is true199 - case 1.3: success upsert with one duplicated vector, different ID and SkipStrictExistCheck is true200 - case 1.4: success upsert with one different vector, different ID and SkipStrictExistsCheck is true201 - case 2.1: fail upsert with one duplicated vector, duplicated ID and SkipStrictExistCheck is false202 - case 2.2: success upsert with one different vector, duplicated ID and SkipStrictExistsCheck is false203 - case 2.3: success upsert with one duplicated vector, different ID and SkipStrictExistCheck is false204 - case 2.4: success upsert with one different vector, different ID and SkipStrictExistsCheck is false205 */206 tests := []test{207 {208 name: "Equivalent Class Testing case 1.1: success upsert with new ID",209 args: args{210 req: &payload.Upsert_Request{211 Vector: &payload.Object_Vector{212 Id: "test",213 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],214 },215 Config: defaultUpsertConfig,216 },217 },218 want: want{219 wantUUID: "test",220 },221 },222 {223 name: "Equivalent Class Testing case 1.2: success upsert with existent ID",224 args: args{225 optIdx: optIdx{226 id: "test",227 },228 req: &payload.Upsert_Request{229 Vector: &payload.Object_Vector{230 Id: "test",231 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],232 },233 Config: defaultUpsertConfig,234 },235 },236 want: want{237 wantUUID: "test",238 },239 },240 {241 name: "Equivalent Class Testing case 2.1: fail upsert with one different dimension vector (type: uint8)",242 args: args{243 optIdx: optIdx{244 id: "test",245 },246 req: &payload.Upsert_Request{247 Vector: &payload.Object_Vector{248 Id: "test",249 Vector: vector.ConvertVectorsUint8ToFloat32(vector.GaussianDistributedUint8VectorGenerator(1, dimension+1))[0],250 },251 Config: defaultUpsertConfig,252 },253 },254 want: want{255 code: codes.InvalidArgument,256 },257 beforeFunc: defaultBeforeFunc(ngt.Uint8.String(), defaultInsertNum),258 },259 {260 name: "Equivalent Class Testing case 2.2: fail upsert with one different dimension vector (type: float32)",261 args: args{262 optIdx: optIdx{263 id: "test",264 },265 req: &payload.Upsert_Request{266 Vector: &payload.Object_Vector{267 Id: "test",268 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension+1)[0],269 },270 Config: defaultUpsertConfig,271 },272 },273 want: want{274 code: codes.InvalidArgument,275 },276 },277 {278 name: "Boundary Value Testing case 1.1: fail upsert with \"\" as ID",279 args: args{280 req: &payload.Upsert_Request{281 Vector: &payload.Object_Vector{282 Id: "",283 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],284 },285 Config: defaultUpsertConfig,286 },287 },288 want: want{289 code: codes.InvalidArgument,290 },291 },292 {293 name: "Boundary Value Testing case 1.2: fail upsert to empty index with \"\" as ID",294 args: args{295 req: &payload.Upsert_Request{296 Vector: &payload.Object_Vector{297 Id: "",298 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],299 },300 Config: defaultUpsertConfig,301 },302 },303 beforeFunc: defaultBeforeFunc(ngt.Float.String(), 0),304 want: want{305 code: codes.InvalidArgument,306 },307 },308 {309 name: "Boundary Value Testing case 2.1: success upsert with ^@ as duplicated ID",310 args: args{311 optIdx: optIdx{312 id: string([]byte{0}),313 },314 req: &payload.Upsert_Request{315 Vector: &payload.Object_Vector{316 Id: string([]byte{0}),317 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],318 },319 Config: defaultUpsertConfig,320 },321 },322 want: want{323 wantUUID: string([]byte{0}),324 },325 },326 {327 name: "Boundary Value Testing case 2.2: success upsert with ^@ as new ID",328 args: args{329 req: &payload.Upsert_Request{330 Vector: &payload.Object_Vector{331 Id: string([]byte{0}),332 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],333 },334 Config: defaultUpsertConfig,335 },336 },337 want: want{338 wantUUID: string([]byte{0}),339 },340 },341 {342 name: "Boundary Value Testing case 2.3: success upsert to empty index with ^@ as new ID",343 args: args{344 req: &payload.Upsert_Request{345 Vector: &payload.Object_Vector{346 Id: string([]byte{0}),347 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],348 },349 Config: defaultUpsertConfig,350 },351 },352 beforeFunc: defaultBeforeFunc(ngt.Float.String(), 0),353 want: want{354 wantUUID: string([]byte{0}),355 },356 },357 {358 name: "Boundary Value Testing case 2.4: success upsert with ^I as duplicated ID",359 args: args{360 optIdx: optIdx{361 id: "\t",362 },363 req: &payload.Upsert_Request{364 Vector: &payload.Object_Vector{365 Id: "\t",366 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],367 },368 Config: defaultUpsertConfig,369 },370 },371 want: want{372 wantUUID: "\t",373 },374 },375 {376 name: "Boundary Value Testing case 2.5: success upsert with ^I as new ID",377 args: args{378 req: &payload.Upsert_Request{379 Vector: &payload.Object_Vector{380 Id: "\t",381 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],382 },383 Config: defaultUpsertConfig,384 },385 },386 want: want{387 wantUUID: "\t",388 },389 },390 {391 name: "Boundary Value Testing case 2.6: success upsert to empty index with ^I as new ID",392 args: args{393 req: &payload.Upsert_Request{394 Vector: &payload.Object_Vector{395 Id: "\t",396 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],397 },398 Config: defaultUpsertConfig,399 },400 },401 beforeFunc: defaultBeforeFunc(ngt.Float.String(), 0),402 want: want{403 wantUUID: "\t",404 },405 },406 {407 name: "Boundary Value Testing case 2.7: success upsert with ^J as duplicated ID",408 args: args{409 optIdx: optIdx{410 id: "\n",411 },412 req: &payload.Upsert_Request{413 Vector: &payload.Object_Vector{414 Id: "\n",415 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],416 },417 Config: defaultUpsertConfig,418 },419 },420 want: want{421 wantUUID: "\n",422 },423 },424 {425 name: "Boundary Value Testing case 2.8: success upsert with ^J as new ID",426 args: args{427 req: &payload.Upsert_Request{428 Vector: &payload.Object_Vector{429 Id: "\n",430 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],431 },432 Config: defaultUpsertConfig,433 },434 },435 want: want{436 wantUUID: "\n",437 },438 },439 {440 name: "Boundary Value Testing case 2.9: success upsert to empty index with ^J as new ID",441 args: args{442 req: &payload.Upsert_Request{443 Vector: &payload.Object_Vector{444 Id: "\n",445 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],446 },447 Config: defaultUpsertConfig,448 },449 },450 beforeFunc: defaultBeforeFunc(ngt.Float.String(), 0),451 want: want{452 wantUUID: "\n",453 },454 },455 {456 name: "Boundary Value Testing case 2.10: success upsert with ^M as duplicated ID",457 args: args{458 optIdx: optIdx{459 id: "\r",460 },461 req: &payload.Upsert_Request{462 Vector: &payload.Object_Vector{463 Id: "\r",464 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],465 },466 Config: defaultUpsertConfig,467 },468 },469 want: want{470 wantUUID: "\r",471 },472 },473 {474 name: "Boundary Value Testing case 2.11: success upsert with ^M as new ID",475 args: args{476 req: &payload.Upsert_Request{477 Vector: &payload.Object_Vector{478 Id: "\r",479 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],480 },481 Config: defaultUpsertConfig,482 },483 },484 want: want{485 wantUUID: "\r",486 },487 },488 {489 name: "Boundary Value Testing case 2.12: success upsert to empty index with ^M as new ID",490 args: args{491 req: &payload.Upsert_Request{492 Vector: &payload.Object_Vector{493 Id: "\r",494 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],495 },496 Config: defaultUpsertConfig,497 },498 },499 beforeFunc: defaultBeforeFunc(ngt.Float.String(), 0),500 want: want{501 wantUUID: "\r",502 },503 },504 {505 name: "Boundary Value Testing case 2.13: success upsert with ^[ as duplicated ID",506 args: args{507 optIdx: optIdx{508 id: string([]byte{27}),509 },510 req: &payload.Upsert_Request{511 Vector: &payload.Object_Vector{512 Id: string([]byte{27}),513 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],514 },515 Config: defaultUpsertConfig,516 },517 },518 want: want{519 wantUUID: string([]byte{27}),520 },521 },522 {523 name: "Boundary Value Testing case 2.14: success upsert with ^[ as new ID",524 args: args{525 req: &payload.Upsert_Request{526 Vector: &payload.Object_Vector{527 Id: string([]byte{27}),528 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],529 },530 Config: defaultUpsertConfig,531 },532 },533 want: want{534 wantUUID: string([]byte{27}),535 },536 },537 {538 name: "Boundary Value Testing case 2.15: success upsert to empty index with ^[ as new ID",539 args: args{540 req: &payload.Upsert_Request{541 Vector: &payload.Object_Vector{542 Id: string([]byte{27}),543 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],544 },545 Config: defaultUpsertConfig,546 },547 },548 beforeFunc: defaultBeforeFunc(ngt.Float.String(), 0),549 want: want{550 wantUUID: string([]byte{27}),551 },552 },553 {554 name: "Boundary Value Testing case 2.16: success upsert with ^? as duplicated ID",555 args: args{556 optIdx: optIdx{557 id: string([]byte{127}),558 },559 req: &payload.Upsert_Request{560 Vector: &payload.Object_Vector{561 Id: string([]byte{127}),562 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],563 },564 Config: defaultUpsertConfig,565 },566 },567 want: want{568 wantUUID: string([]byte{127}),569 },570 },571 {572 name: "Boundary Value Testing case 2.17: success upsert with ^? as new ID",573 args: args{574 req: &payload.Upsert_Request{575 Vector: &payload.Object_Vector{576 Id: string([]byte{127}),577 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],578 },579 Config: defaultUpsertConfig,580 },581 },582 want: want{583 wantUUID: string([]byte{127}),584 },585 },586 {587 name: "Boundary Value Testing case 2.18: success upsert to empty index with ^? as new ID",588 args: args{589 req: &payload.Upsert_Request{590 Vector: &payload.Object_Vector{591 Id: string([]byte{127}),592 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],593 },594 Config: defaultUpsertConfig,595 },596 },597 beforeFunc: defaultBeforeFunc(ngt.Float.String(), 0),598 want: want{599 wantUUID: string([]byte{127}),600 },601 },602 {603 name: "Boundary Value Testing case 3.1: success upsert with utf-8 ID from utf-8 index",604 args: args{605 optIdx: optIdx{606 id: utf8Str,607 },608 req: &payload.Upsert_Request{609 Vector: &payload.Object_Vector{610 Id: utf8Str,611 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],612 },613 Config: defaultUpsertConfig,614 },615 },616 want: want{617 wantUUID: utf8Str,618 },619 },620 {621 name: "Boundary Value Testing case 3.2: success upsert with utf-8 ID from s-jis index",622 args: args{623 optIdx: optIdx{624 id: sjisStr,625 },626 req: &payload.Upsert_Request{627 Vector: &payload.Object_Vector{628 Id: utf8Str,629 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],630 },631 Config: defaultUpsertConfig,632 },633 },634 want: want{635 wantUUID: utf8Str,636 },637 },638 {639 name: "Boundary Value Testing case 3.3: success upsert with utf-8 ID from euc-jp index",640 args: args{641 optIdx: optIdx{642 id: eucjpStr,643 },644 req: &payload.Upsert_Request{645 Vector: &payload.Object_Vector{646 Id: utf8Str,647 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],648 },649 Config: defaultUpsertConfig,650 },651 },652 want: want{653 wantUUID: utf8Str,654 },655 },656 {657 name: "Boundary Value Testing case 3.4: success upsert with s-jis ID from utf-8 index",658 args: args{659 optIdx: optIdx{660 id: utf8Str,661 },662 req: &payload.Upsert_Request{663 Vector: &payload.Object_Vector{664 Id: sjisStr,665 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],666 },667 Config: defaultUpsertConfig,668 },669 },670 want: want{671 wantUUID: sjisStr,672 },673 },674 {675 name: "Boundary Value Testing case 3.5: success upsert with s-jis ID from s-jis index",676 args: args{677 optIdx: optIdx{678 id: sjisStr,679 },680 req: &payload.Upsert_Request{681 Vector: &payload.Object_Vector{682 Id: sjisStr,683 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],684 },685 Config: defaultUpsertConfig,686 },687 },688 want: want{689 wantUUID: sjisStr,690 },691 },692 {693 name: "Boundary Value Testing case 3.6: success upsert with s-jis ID from euc-jp index",694 args: args{695 optIdx: optIdx{696 id: eucjpStr,697 },698 req: &payload.Upsert_Request{699 Vector: &payload.Object_Vector{700 Id: sjisStr,701 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],702 },703 Config: defaultUpsertConfig,704 },705 },706 want: want{707 wantUUID: sjisStr,708 },709 },710 {711 name: "Boundary Value Testing case 3.7: success upsert with euc-jp ID from utf-8 index",712 args: args{713 optIdx: optIdx{714 id: utf8Str,715 },716 req: &payload.Upsert_Request{717 Vector: &payload.Object_Vector{718 Id: eucjpStr,719 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],720 },721 Config: defaultUpsertConfig,722 },723 },724 want: want{725 wantUUID: eucjpStr,726 },727 },728 {729 name: "Boundary Value Testing case 3.8: success upsert with euc-jp ID from s-jis index",730 args: args{731 optIdx: optIdx{732 id: sjisStr,733 },734 req: &payload.Upsert_Request{735 Vector: &payload.Object_Vector{736 Id: eucjpStr,737 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],738 },739 Config: defaultUpsertConfig,740 },741 },742 want: want{743 wantUUID: eucjpStr,744 },745 },746 {747 name: "Boundary Value Testing case 3.9: success upsert with euc-jp ID from euc-jp index",748 args: args{749 optIdx: optIdx{750 id: eucjpStr,751 },752 req: &payload.Upsert_Request{753 Vector: &payload.Object_Vector{754 Id: eucjpStr,755 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],756 },757 Config: defaultUpsertConfig,758 },759 },760 want: want{761 wantUUID: eucjpStr,762 },763 },764 {765 name: "Boundary Value Testing case 4.1: success upsert with 😀 as duplicated ID",766 args: args{767 optIdx: optIdx{768 id: "😀",769 },770 req: &payload.Upsert_Request{771 Vector: &payload.Object_Vector{772 Id: "😀",773 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],774 },775 Config: defaultUpsertConfig,776 },777 },778 want: want{779 wantUUID: "😀",780 },781 },782 {783 name: "Boundary Value Testing case 4.2: success upsert with 😀 as new ID",784 args: args{785 req: &payload.Upsert_Request{786 Vector: &payload.Object_Vector{787 Id: "😀",788 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],789 },790 Config: defaultUpsertConfig,791 },792 },793 want: want{794 wantUUID: "😀",795 },796 },797 {798 name: "Boundary Value Testing case 4.3: success upsert to empty index with 😀 as new ID",799 args: args{800 req: &payload.Upsert_Request{801 Vector: &payload.Object_Vector{802 Id: "😀",803 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],804 },805 Config: defaultUpsertConfig,806 },807 },808 beforeFunc: defaultBeforeFunc(ngt.Float.String(), 0),809 want: want{810 wantUUID: "😀",811 },812 },813 {814 name: "Boundary Value Testing case 5.1: success upsert with one 0 value vector with duplicated ID (type: uint8)",815 args: args{816 optIdx: optIdx{817 id: "test",818 },819 req: &payload.Upsert_Request{820 Vector: &payload.Object_Vector{821 Id: "test",822 Vector: vector.GenSameValueVec(dimension, float32(uint8(0))),823 },824 Config: defaultUpsertConfig,825 },826 },827 beforeFunc: defaultBeforeFunc(ngt.Uint8.String(), 1000),828 want: want{829 wantUUID: "test",830 },831 },832 {833 name: "Boundary Value Testing case 5.2: success upsert with one 0 value vector with new ID (type: uint8)",834 args: args{835 req: &payload.Upsert_Request{836 Vector: &payload.Object_Vector{837 Id: "test",838 Vector: vector.GenSameValueVec(dimension, float32(uint8(0))),839 },840 Config: defaultUpsertConfig,841 },842 },843 beforeFunc: defaultBeforeFunc(ngt.Uint8.String(), 1000),844 want: want{845 wantUUID: "test",846 },847 },848 {849 name: "Boundary Value Testing case 5.3: success upsert to empty index with one 0 value vector with new ID (type: uint8)",850 args: args{851 req: &payload.Upsert_Request{852 Vector: &payload.Object_Vector{853 Id: "test",854 Vector: vector.GenSameValueVec(dimension, float32(uint8(0))),855 },856 Config: defaultUpsertConfig,857 },858 },859 beforeFunc: defaultBeforeFunc(ngt.Uint8.String(), 0),860 want: want{861 wantUUID: "test",862 },863 },864 {865 name: "Boundary Value Testing case 5.4: success upsert with one +0 value vector with duplicated ID (type: float32)",866 args: args{867 optIdx: optIdx{868 id: "test",869 },870 req: &payload.Upsert_Request{871 Vector: &payload.Object_Vector{872 Id: "test",873 Vector: vector.GenSameValueVec(dimension, 0),874 },875 Config: defaultUpsertConfig,876 },877 },878 want: want{879 wantUUID: "test",880 },881 },882 {883 name: "Boundary Value Testing case 5.5: success upsert with one +0 value vector with new ID (type: float32)",884 args: args{885 req: &payload.Upsert_Request{886 Vector: &payload.Object_Vector{887 Id: "test",888 Vector: vector.GenSameValueVec(dimension, 0),889 },890 Config: defaultUpsertConfig,891 },892 },893 want: want{894 wantUUID: "test",895 },896 },897 {898 name: "Boundary Value Testing case 5.6: success upsert to empty index with one +0 value vector with new ID (type: float32)",899 args: args{900 req: &payload.Upsert_Request{901 Vector: &payload.Object_Vector{902 Id: "test",903 Vector: vector.GenSameValueVec(dimension, 0),904 },905 Config: defaultUpsertConfig,906 },907 },908 beforeFunc: defaultBeforeFunc(ngt.Float.String(), 0),909 want: want{910 wantUUID: "test",911 },912 },913 {914 name: "Boundary Value Testing case 5.7: success upsert with one -0 value vector with duplicated ID (type: float32)",915 args: args{916 optIdx: optIdx{917 id: "test",918 },919 req: &payload.Upsert_Request{920 Vector: &payload.Object_Vector{921 Id: "test",922 Vector: vector.GenSameValueVec(dimension, float32(math.Copysign(0, -1.0))),923 },924 Config: defaultUpsertConfig,925 },926 },927 want: want{928 wantUUID: "test",929 },930 },931 {932 name: "Boundary Value Testing case 5.8: success upsert with one -0 value vector with new ID (type: float32)",933 args: args{934 req: &payload.Upsert_Request{935 Vector: &payload.Object_Vector{936 Id: "test",937 Vector: vector.GenSameValueVec(dimension, float32(math.Copysign(0, -1.0))),938 },939 Config: defaultUpsertConfig,940 },941 },942 want: want{943 wantUUID: "test",944 },945 },946 {947 name: "Boundary Value Testing case 5.9: success upsert to empty index with one -0 value vector with new ID (type: float32)",948 args: args{949 req: &payload.Upsert_Request{950 Vector: &payload.Object_Vector{951 Id: "test",952 Vector: vector.GenSameValueVec(dimension, float32(math.Copysign(0, -1.0))),953 },954 Config: defaultUpsertConfig,955 },956 },957 beforeFunc: defaultBeforeFunc(ngt.Float.String(), 0),958 want: want{959 wantUUID: "test",960 },961 },962 {963 name: "Boundary Value Testing case 6.1: success upsert with one min value vector with duplicated ID (type: uint8)",964 args: args{965 optIdx: optIdx{966 id: "test",967 },968 req: &payload.Upsert_Request{969 Vector: &payload.Object_Vector{970 Id: "test",971 Vector: vector.GenSameValueVec(dimension, float32(uint8(0))),972 },973 Config: defaultUpsertConfig,974 },975 },976 beforeFunc: defaultBeforeFunc(ngt.Uint8.String(), 1000),977 want: want{978 wantUUID: "test",979 },980 },981 {982 name: "Boundary Value Testing case 6.2: success upsert with one min value vector with new ID (type: uint8)",983 args: args{984 req: &payload.Upsert_Request{985 Vector: &payload.Object_Vector{986 Id: "test",987 Vector: vector.GenSameValueVec(dimension, float32(uint8(0))),988 },989 Config: defaultUpsertConfig,990 },991 },992 beforeFunc: defaultBeforeFunc(ngt.Uint8.String(), 1000),993 want: want{994 wantUUID: "test",995 },996 },997 {998 name: "Boundary Value Testing case 6.3: success upsert to empty index with one min value vector with new ID (type: uint8)",999 args: args{1000 req: &payload.Upsert_Request{1001 Vector: &payload.Object_Vector{1002 Id: "test",1003 Vector: vector.GenSameValueVec(dimension, float32(uint8(0))),1004 },1005 Config: defaultUpsertConfig,1006 },1007 },1008 beforeFunc: defaultBeforeFunc(ngt.Uint8.String(), 0),1009 want: want{1010 wantUUID: "test",1011 },1012 },1013 {1014 name: "Boundary Value Testing case 6.4: success upsert with one min value vector with duplicated ID (type: float32)",1015 args: args{1016 optIdx: optIdx{1017 id: "test",1018 },1019 req: &payload.Upsert_Request{1020 Vector: &payload.Object_Vector{1021 Id: "test",1022 Vector: vector.GenSameValueVec(dimension, -math.MaxFloat32),1023 },1024 Config: defaultUpsertConfig,1025 },1026 },1027 want: want{1028 wantUUID: "test",1029 },1030 },1031 {1032 name: "Boundary Value Testing case 6.5: success upsert with one min value vector with new ID (type: float32)",1033 args: args{1034 req: &payload.Upsert_Request{1035 Vector: &payload.Object_Vector{1036 Id: "test",1037 Vector: vector.GenSameValueVec(dimension, -math.MaxFloat32),1038 },1039 Config: defaultUpsertConfig,1040 },1041 },1042 want: want{1043 wantUUID: "test",1044 },1045 },1046 {1047 name: "Boundary Value Testing case 6.6: success upsert with one min value vector with new ID (type: float32)",1048 args: args{1049 req: &payload.Upsert_Request{1050 Vector: &payload.Object_Vector{1051 Id: "test",1052 Vector: vector.GenSameValueVec(dimension, -math.MaxFloat32),1053 },1054 Config: defaultUpsertConfig,1055 },1056 },1057 beforeFunc: defaultBeforeFunc(ngt.Float.String(), 0),1058 want: want{1059 wantUUID: "test",1060 },1061 },1062 {1063 name: "Boundary Value Testing case 7.1: success upsert with one max value vector with ID (type: uint8)",1064 args: args{1065 optIdx: optIdx{1066 id: "test",1067 },1068 req: &payload.Upsert_Request{1069 Vector: &payload.Object_Vector{1070 Id: "test",1071 Vector: vector.GenSameValueVec(dimension, float32(math.MaxUint8)),1072 },1073 Config: defaultUpsertConfig,1074 },1075 },1076 beforeFunc: defaultBeforeFunc(ngt.Uint8.String(), 1000),1077 want: want{1078 wantUUID: "test",1079 },1080 },1081 {1082 name: "Boundary Value Testing case 7.2: success upsert with one max value vector with new ID (type: uint8)",1083 args: args{1084 req: &payload.Upsert_Request{1085 Vector: &payload.Object_Vector{1086 Id: "test",1087 Vector: vector.GenSameValueVec(dimension, float32(math.MaxUint8)),1088 },1089 Config: defaultUpsertConfig,1090 },1091 },1092 beforeFunc: defaultBeforeFunc(ngt.Uint8.String(), 1000),1093 want: want{1094 wantUUID: "test",1095 },1096 },1097 {1098 name: "Boundary Value Testing case 7.3: success upsert to empty index with one max value vector with new ID (type: uint8)",1099 args: args{1100 req: &payload.Upsert_Request{1101 Vector: &payload.Object_Vector{1102 Id: "test",1103 Vector: vector.GenSameValueVec(dimension, float32(math.MaxUint8)),1104 },1105 Config: defaultUpsertConfig,1106 },1107 },1108 beforeFunc: defaultBeforeFunc(ngt.Uint8.String(), 0),1109 want: want{1110 wantUUID: "test",1111 },1112 },1113 {1114 name: "Boundary Value Testing case 7.4: success upsert with one max value vector with duplicated ID (type: float32)",1115 args: args{1116 optIdx: optIdx{1117 id: "test",1118 },1119 req: &payload.Upsert_Request{1120 Vector: &payload.Object_Vector{1121 Id: "test",1122 Vector: vector.GenSameValueVec(dimension, math.MaxFloat32),1123 },1124 Config: defaultUpsertConfig,1125 },1126 },1127 want: want{1128 wantUUID: "test",1129 },1130 },1131 {1132 name: "Boundary Value Testing case 7.5: success upsert with one max value vector with new ID (type: float32)",1133 args: args{1134 req: &payload.Upsert_Request{1135 Vector: &payload.Object_Vector{1136 Id: "test",1137 Vector: vector.GenSameValueVec(dimension, math.MaxFloat32),1138 },1139 Config: defaultUpsertConfig,1140 },1141 },1142 want: want{1143 wantUUID: "test",1144 },1145 },1146 {1147 name: "Boundary Value Testing case 7.6: success upsert to empty index with one max value vector with new ID (type: float32)",1148 args: args{1149 req: &payload.Upsert_Request{1150 Vector: &payload.Object_Vector{1151 Id: "test",1152 Vector: vector.GenSameValueVec(dimension, math.MaxFloat32),1153 },1154 Config: defaultUpsertConfig,1155 },1156 },1157 beforeFunc: defaultBeforeFunc(ngt.Float.String(), 0),1158 want: want{1159 wantUUID: "test",1160 },1161 },1162 {1163 name: "Boundary Value Testing case 8.1: success upsert with one NaN value vector with duplicated ID (type: float32)",1164 args: args{1165 optIdx: optIdx{1166 id: "test",1167 },1168 req: &payload.Upsert_Request{1169 Vector: &payload.Object_Vector{1170 Id: "test",1171 Vector: vector.GenSameValueVec(dimension, float32(math.NaN())),1172 },1173 Config: defaultUpsertConfig,1174 },1175 },1176 want: want{1177 wantUUID: "test",1178 },1179 },1180 {1181 name: "Boundary Value Testing case 8.2: success upsert with one NaN value vector with new ID (type: float32)",1182 args: args{1183 req: &payload.Upsert_Request{1184 Vector: &payload.Object_Vector{1185 Id: "test",1186 Vector: vector.GenSameValueVec(dimension, float32(math.NaN())),1187 },1188 Config: defaultUpsertConfig,1189 },1190 },1191 want: want{1192 wantUUID: "test",1193 },1194 },1195 {1196 name: "Boundary Value Testing case 8.3: success upsert to empty index with one NaN value vector with new ID (type: float32)",1197 args: args{1198 req: &payload.Upsert_Request{1199 Vector: &payload.Object_Vector{1200 Id: "test",1201 Vector: vector.GenSameValueVec(dimension, float32(math.NaN())),1202 },1203 Config: defaultUpsertConfig,1204 },1205 },1206 beforeFunc: defaultBeforeFunc(ngt.Float.String(), 0),1207 want: want{1208 wantUUID: "test",1209 },1210 },1211 {1212 name: "Boundary Value Testing case 9.1: success upsert with one +inf value vector with duplicated ID (type: float32)",1213 args: args{1214 optIdx: optIdx{1215 id: "test",1216 },1217 req: &payload.Upsert_Request{1218 Vector: &payload.Object_Vector{1219 Id: "test",1220 Vector: vector.GenSameValueVec(dimension, float32(math.Inf(1.0))),1221 },1222 Config: defaultUpsertConfig,1223 },1224 },1225 want: want{1226 wantUUID: "test",1227 },1228 },1229 {1230 name: "Boundary Value Testing case 9.2: success upsert with one +inf value vector with new ID (type: float32)",1231 args: args{1232 req: &payload.Upsert_Request{1233 Vector: &payload.Object_Vector{1234 Id: "test",1235 Vector: vector.GenSameValueVec(dimension, float32(math.Inf(1.0))),1236 },1237 Config: defaultUpsertConfig,1238 },1239 },1240 want: want{1241 wantUUID: "test",1242 },1243 },1244 {1245 name: "Boundary Value Testing case 9.3: success upsert to empty index with one +inf value vector with new ID (type: float32)",1246 args: args{1247 req: &payload.Upsert_Request{1248 Vector: &payload.Object_Vector{1249 Id: "test",1250 Vector: vector.GenSameValueVec(dimension, float32(math.Inf(1.0))),1251 },1252 Config: defaultUpsertConfig,1253 },1254 },1255 beforeFunc: defaultBeforeFunc(ngt.Float.String(), 0),1256 want: want{1257 wantUUID: "test",1258 },1259 },1260 {1261 name: "Boundary Value Testing case 9.4: success upsert with one -inf value vector with duplicated ID (type: float32)",1262 args: args{1263 optIdx: optIdx{1264 id: "test",1265 },1266 req: &payload.Upsert_Request{1267 Vector: &payload.Object_Vector{1268 Id: "test",1269 Vector: vector.GenSameValueVec(dimension, float32(math.Inf(-1.0))),1270 },1271 Config: defaultUpsertConfig,1272 },1273 },1274 want: want{1275 wantUUID: "test",1276 },1277 },1278 {1279 name: "Boundary Value Testing case 9.5: success upsert with one -inf value vector with new ID (type: float32)",1280 args: args{1281 req: &payload.Upsert_Request{1282 Vector: &payload.Object_Vector{1283 Id: "test",1284 Vector: vector.GenSameValueVec(dimension, float32(math.Inf(-1.0))),1285 },1286 Config: defaultUpsertConfig,1287 },1288 },1289 want: want{1290 wantUUID: "test",1291 },1292 },1293 {1294 name: "Boundary Value Testing case 9.6: success upsert to empty index with one -inf value vector with new ID (type: float32)",1295 args: args{1296 req: &payload.Upsert_Request{1297 Vector: &payload.Object_Vector{1298 Id: "test",1299 Vector: vector.GenSameValueVec(dimension, float32(math.Inf(-1.0))),1300 },1301 Config: defaultUpsertConfig,1302 },1303 },1304 beforeFunc: defaultBeforeFunc(ngt.Float.String(), 0),1305 want: want{1306 wantUUID: "test",1307 },1308 },1309 {1310 name: "Boundary Value Testing case 10.1: fail upsert with one nil vector",1311 args: args{1312 optIdx: optIdx{1313 id: "test",1314 },1315 req: &payload.Upsert_Request{1316 Vector: &payload.Object_Vector{1317 Id: "test",1318 Vector: nil,1319 },1320 Config: defaultUpsertConfig,1321 },1322 },1323 want: want{1324 code: codes.InvalidArgument,1325 },1326 },1327 {1328 name: "Boundary Value Testing case 10.2: fail upsert to empty with one nil vector",1329 args: args{1330 req: &payload.Upsert_Request{1331 Vector: &payload.Object_Vector{1332 Id: "test",1333 Vector: nil,1334 },1335 Config: defaultUpsertConfig,1336 },1337 },1338 beforeFunc: defaultBeforeFunc(ngt.Float.String(), 0),1339 want: want{1340 code: codes.InvalidArgument,1341 },1342 },1343 {1344 name: "Boundary Value Testing case 11.1: fail upsert with one empty vector",1345 args: args{1346 optIdx: optIdx{1347 id: "test",1348 },1349 req: &payload.Upsert_Request{1350 Vector: &payload.Object_Vector{1351 Id: "test",1352 Vector: []float32{},1353 },1354 Config: defaultUpsertConfig,1355 },1356 },1357 want: want{1358 code: codes.InvalidArgument,1359 },1360 },1361 {1362 name: "Boundary Value Testing case 11.2: fail upsert to empty index with one empty vector",1363 args: args{1364 optIdx: optIdx{1365 id: "test",1366 },1367 req: &payload.Upsert_Request{1368 Vector: &payload.Object_Vector{1369 Id: "test",1370 Vector: []float32{},1371 },1372 Config: defaultUpsertConfig,1373 },1374 },1375 beforeFunc: defaultBeforeFunc(ngt.Float.String(), 0),1376 want: want{1377 code: codes.InvalidArgument,1378 },1379 },1380 {1381 name: "Decision Table Testing case 1.1: fail upsert with one duplicated vector, duplicated ID and SkipStrictExistCheck is true",1382 args: func() args {1383 vector := vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0]1384 return args{1385 optIdx: optIdx{1386 id: "test",1387 vec: vector,1388 },1389 req: &payload.Upsert_Request{1390 Vector: &payload.Object_Vector{1391 Id: "test",1392 Vector: vector,1393 },1394 Config: defaultUpsertConfig,1395 },1396 }1397 }(),1398 want: want{1399 code: codes.AlreadyExists,1400 },1401 },1402 {1403 name: "Decision Table Testing case 1.2: success upsert with one different vector, duplicated ID and SkipStrictExistCheck is true",1404 args: args{1405 optIdx: optIdx{1406 id: "test",1407 },1408 req: &payload.Upsert_Request{1409 Vector: &payload.Object_Vector{1410 Id: "test",1411 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],1412 },1413 Config: defaultUpsertConfig,1414 },1415 },1416 want: want{1417 wantUUID: "test",1418 },1419 },1420 {1421 name: "Decision Table Testing case 1.3: success upsert with one duplicated vector, different ID and SkipStrictExistCheck is true",1422 args: func() args {1423 vector := vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0]1424 return args{1425 optIdx: optIdx{1426 id: "test",1427 vec: vector,1428 },1429 req: &payload.Upsert_Request{1430 Vector: &payload.Object_Vector{1431 Id: "uuid-2", // the first uuid is overwritten, so use the second one1432 Vector: vector,1433 },1434 Config: defaultUpsertConfig,1435 },1436 }1437 }(),1438 want: want{1439 wantUUID: "uuid-2",1440 },1441 },1442 {1443 name: "Decision Table Testing case 1.4: success upsert with one different vector, different ID and SkipStrictExistCheck is true",1444 args: args{1445 req: &payload.Upsert_Request{1446 Vector: &payload.Object_Vector{1447 Id: "test",1448 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],1449 },1450 Config: defaultUpsertConfig,1451 },1452 },1453 want: want{1454 wantUUID: "test",1455 },1456 },1457 {1458 name: "Decision Table Testing case 2.1: fail upsert with one duplicated vector, duplicated ID and SkipStrictExistCheck is false",1459 args: func() args {1460 vector := vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0]1461 return args{1462 optIdx: optIdx{1463 id: "test",1464 vec: vector,1465 },1466 req: &payload.Upsert_Request{1467 Vector: &payload.Object_Vector{1468 Id: "test",1469 Vector: vector,1470 },1471 Config: &payload.Upsert_Config{1472 SkipStrictExistCheck: false,1473 },1474 },1475 }1476 }(),1477 want: want{1478 code: codes.AlreadyExists,1479 },1480 },1481 {1482 name: "Decision Table Testing case 2.2: success upsert with one duplicated vector, duplicated ID and SkipStrictExistCheck is false",1483 args: args{1484 optIdx: optIdx{1485 id: "test",1486 },1487 req: &payload.Upsert_Request{1488 Vector: &payload.Object_Vector{1489 Id: "test",1490 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],1491 },1492 Config: &payload.Upsert_Config{1493 SkipStrictExistCheck: false,1494 },1495 },1496 },1497 want: want{1498 wantUUID: "test",1499 },1500 },1501 {1502 name: "Decision Table Testing case 2.3: success upsert with one duplicated vector, different ID and SkipStrictExistCheck is false",1503 args: func() args {1504 vector := vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0]1505 return args{1506 optIdx: optIdx{1507 id: "test",1508 vec: vector,1509 },1510 req: &payload.Upsert_Request{1511 Vector: &payload.Object_Vector{1512 Id: "uuid-2", // the first uuid is overwritten, so use the second one1513 Vector: vector,1514 },1515 Config: &payload.Upsert_Config{1516 SkipStrictExistCheck: false,1517 },1518 },1519 }1520 }(),1521 want: want{1522 wantUUID: "uuid-2",1523 },1524 },1525 {1526 name: "Decision Table Testing case 2.4: success upsert with one different vector, different ID and SkipStrictExistCheck is false",1527 args: args{1528 req: &payload.Upsert_Request{1529 Vector: &payload.Object_Vector{1530 Id: "test",1531 Vector: vector.GaussianDistributedFloat32VectorGenerator(1, dimension)[0],1532 },1533 Config: &payload.Upsert_Config{1534 SkipStrictExistCheck: false,1535 },1536 },1537 },1538 want: want{1539 wantUUID: "test",1540 },1541 },1542 }1543 for _, tc := range tests {1544 test := tc1545 t.Run(test.name, func(tt *testing.T) {1546 tt.Parallel()1547 ctx, cancel := context.WithCancel(context.Background())1548 defer cancel()1549 if test.beforeFunc == nil {1550 test.beforeFunc = defaultBeforeFunc(ngt.Float.String(), defaultInsertNum)1551 }1552 s, err := test.beforeFunc(ctx, test.args.optIdx)1553 if err != nil {1554 tt.Errorf("error = %v", err)1555 }1556 if test.afterFunc != nil {1557 defer test.afterFunc()1558 }1559 checkFunc := test.checkFunc1560 if test.checkFunc == nil {1561 checkFunc = defaultCheckFunc1562 }1563 gotLoc, err := s.Upsert(ctx, test.args.req)1564 if err := checkFunc(test.want, gotLoc, err); err != nil {1565 tt.Errorf("error = %v", err)1566 }1567 })1568 }1569}1570func Test_server_StreamUpsert(t *testing.T) {1571 t.Parallel()1572 type args struct {1573 stream vald.Upsert_StreamUpsertServer1574 }1575 type fields struct {1576 name string1577 ip string1578 ngt service.NGT1579 eg errgroup.Group1580 streamConcurrency int1581 }1582 type want struct {1583 err error1584 }1585 type test struct {1586 name string1587 args args1588 fields fields1589 want want1590 checkFunc func(want, error) error1591 beforeFunc func(args)1592 afterFunc func(args)1593 }1594 defaultCheckFunc := func(w want, err error) error {1595 if !errors.Is(err, w.err) {1596 return errors.Errorf("got_error: \"%#v\",\n\t\t\t\twant: \"%#v\"", err, w.err)1597 }1598 return nil1599 }1600 tests := []test{1601 // TODO test cases1602 /*1603 {1604 name: "test_case_1",1605 args: args {1606 stream: nil,1607 },1608 fields: fields {1609 name: "",1610 ip: "",1611 ngt: nil,1612 eg: nil,1613 streamConcurrency: 0,1614 },1615 want: want{},1616 checkFunc: defaultCheckFunc,1617 },1618 */1619 // TODO test cases1620 /*1621 func() test {1622 return test {1623 name: "test_case_2",1624 args: args {1625 stream: nil,1626 },1627 fields: fields {1628 name: "",1629 ip: "",1630 ngt: nil,1631 eg: nil,1632 streamConcurrency: 0,1633 },1634 want: want{},1635 checkFunc: defaultCheckFunc,1636 }1637 }(),1638 */1639 }1640 for _, tc := range tests {1641 test := tc1642 t.Run(test.name, func(tt *testing.T) {1643 tt.Parallel()1644 if test.beforeFunc != nil {1645 test.beforeFunc(test.args)1646 }1647 if test.afterFunc != nil {1648 defer test.afterFunc(test.args)1649 }1650 checkFunc := test.checkFunc1651 if test.checkFunc == nil {1652 checkFunc = defaultCheckFunc1653 }1654 s := &server{1655 name: test.fields.name,1656 ip: test.fields.ip,1657 ngt: test.fields.ngt,1658 eg: test.fields.eg,1659 streamConcurrency: test.fields.streamConcurrency,1660 }1661 err := s.StreamUpsert(test.args.stream)1662 if err := checkFunc(test.want, err); err != nil {1663 tt.Errorf("error = %v", err)1664 }1665 })1666 }1667}1668func Test_server_MultiUpsert(t *testing.T) {1669 t.Parallel()1670 type args struct {1671 ctx context.Context1672 reqs *payload.Upsert_MultiRequest1673 }1674 type fields struct {1675 name string1676 ip string1677 ngt service.NGT1678 eg errgroup.Group1679 streamConcurrency int1680 }1681 type want struct {1682 wantRes *payload.Object_Locations1683 err error1684 }1685 type test struct {1686 name string1687 args args1688 fields fields1689 want want1690 checkFunc func(want, *payload.Object_Locations, error) error1691 beforeFunc func(args)1692 afterFunc func(args)1693 }1694 defaultCheckFunc := func(w want, gotRes *payload.Object_Locations, err error) error {1695 if !errors.Is(err, w.err) {1696 return errors.Errorf("got_error: \"%#v\",\n\t\t\t\twant: \"%#v\"", err, w.err)1697 }1698 if !reflect.DeepEqual(gotRes, w.wantRes) {1699 return errors.Errorf("got: \"%#v\",\n\t\t\t\twant: \"%#v\"", gotRes, w.wantRes)1700 }1701 return nil1702 }1703 tests := []test{1704 // TODO test cases1705 /*1706 {1707 name: "test_case_1",1708 args: args {1709 ctx: nil,1710 reqs: nil,1711 },1712 fields: fields {1713 name: "",1714 ip: "",1715 ngt: nil,1716 eg: nil,1717 streamConcurrency: 0,1718 },1719 want: want{},1720 checkFunc: defaultCheckFunc,1721 },1722 */1723 // TODO test cases1724 /*1725 func() test {1726 return test {1727 name: "test_case_2",1728 args: args {1729 ctx: nil,1730 reqs: nil,1731 },1732 fields: fields {1733 name: "",1734 ip: "",1735 ngt: nil,1736 eg: nil,1737 streamConcurrency: 0,1738 },1739 want: want{},1740 checkFunc: defaultCheckFunc,1741 }1742 }(),1743 */1744 }1745 for _, tc := range tests {1746 test := tc1747 t.Run(test.name, func(tt *testing.T) {1748 tt.Parallel()1749 if test.beforeFunc != nil {1750 test.beforeFunc(test.args)1751 }1752 if test.afterFunc != nil {1753 defer test.afterFunc(test.args)1754 }1755 checkFunc := test.checkFunc1756 if test.checkFunc == nil {1757 checkFunc = defaultCheckFunc1758 }1759 s := &server{1760 name: test.fields.name,1761 ip: test.fields.ip,1762 ngt: test.fields.ngt,1763 eg: test.fields.eg,1764 streamConcurrency: test.fields.streamConcurrency,1765 }1766 gotRes, err := s.MultiUpsert(test.args.ctx, test.args.reqs)1767 if err := checkFunc(test.want, gotRes, err); err != nil {1768 tt.Errorf("error = %v", err)1769 }1770 })1771 }1772}...

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kvaccessor.go

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...100 return resp, nil101}102// UpdateSpanConfigEntries is part of the KVAccessor interface.103func (k *KVAccessor) UpdateSpanConfigEntries(104 ctx context.Context, toDelete []roachpb.Span, toUpsert []roachpb.SpanConfigEntry,105) error {106 if !enabledSetting.Get(&k.settings.SV) {107 return errDisabled108 }109 if err := validateUpdateArgs(toDelete, toUpsert); err != nil {110 return err111 }112 var deleteStmt string113 var deleteQueryArgs []interface{}114 if len(toDelete) > 0 {115 deleteStmt, deleteQueryArgs = k.constructDeleteStmtAndArgs(toDelete)116 }117 var upsertStmt, validationStmt string118 var upsertQueryArgs, validationQueryArgs []interface{}119 if len(toUpsert) > 0 {120 var err error121 upsertStmt, upsertQueryArgs, err = k.constructUpsertStmtAndArgs(toUpsert)122 if err != nil {123 return err124 }125 validationStmt, validationQueryArgs = k.constructValidationStmtAndArgs(toUpsert)126 }127 if err := k.db.Txn(ctx, func(ctx context.Context, txn *kv.Txn) error {128 if len(toDelete) > 0 {129 n, err := k.ie.ExecEx(ctx, "delete-span-cfgs", txn,130 sessiondata.InternalExecutorOverride{User: security.RootUserName()},131 deleteStmt, deleteQueryArgs...,132 )133 if err != nil {134 return err135 }136 if n != len(toDelete) {137 return errors.AssertionFailedf("expected to delete %d row(s), deleted %d", len(toDelete), n)138 }139 }140 if len(toUpsert) == 0 {141 // Nothing left to do142 return nil143 }144 if n, err := k.ie.ExecEx(ctx, "upsert-span-cfgs", txn,145 sessiondata.InternalExecutorOverride{User: security.RootUserName()},146 upsertStmt, upsertQueryArgs...,147 ); err != nil {148 return err149 } else if n != len(toUpsert) {150 return errors.AssertionFailedf("expected to upsert %d row(s), upserted %d", len(toUpsert), n)151 }152 if datums, err := k.ie.QueryRowEx(ctx, "validate-span-cfgs", txn,153 sessiondata.InternalExecutorOverride{User: security.RootUserName()},154 validationStmt, validationQueryArgs...,155 ); err != nil {156 return err157 } else if valid := bool(tree.MustBeDBool(datums[0])); !valid {158 return errors.AssertionFailedf("expected to find single row containing upserted spans")159 }160 return nil161 }); err != nil {162 return err163 }164 return nil165}166// constructGetStmtAndArgs constructs the statement and query arguments needed167// to fetch span configs for the given spans.168func (k *KVAccessor) constructGetStmtAndArgs(spans []roachpb.Span) (string, []interface{}) {169 // We want to fetch the overlapping span configs for each requested span in170 // a single round trip and using only constrained index scans. For a single171 // requested span, we effectively want to query the following:172 //173 // -- to find spans overlapping with [$start, $end)174 // SELECT * FROM system.span_configurations175 // WHERE start_key < $end AND end_key > $start176 //177 // With the naive form above that translates to an unbounded index scan on178 // followed by a filter. We can do better by observing that start_key <179 // end_key, and that spans are non-overlapping.180 //181 // SELECT * FROM span_configurations182 // WHERE start_key >= $start AND start_key < $end183 // UNION ALL184 // SELECT * FROM (185 // SELECT * FROM span_configurations186 // WHERE start_key < $start ORDER BY start_key DESC LIMIT 1187 // ) WHERE end_key > $start;188 //189 // The idea is to first find all spans that start within the query span, and190 // then to include the span with the start key immediately preceding the191 // query start if it also overlaps with the query span (achieved by192 // the outer filter). We're intentional about not pushing the filter down into193 // the query -- we want to select using only the start_key index. Doing so194 // results in an unbounded index scan [ - $start) with the filter and limit195 // applied after.196 //197 // To batch multiple query spans into the same statement, we make use of198 // UNION ALL.199 //200 // ( ... statement above for 1st query span ...)201 // UNION ALL202 // ( ... statement above for 2nd query span ...)203 // UNION ALL204 // ...205 //206 var getStmtBuilder strings.Builder207 queryArgs := make([]interface{}, len(spans)*2)208 for i, sp := range spans {209 if i > 0 {210 getStmtBuilder.WriteString(`UNION ALL`)211 }212 startKeyIdx, endKeyIdx := i*2, (i*2)+1213 queryArgs[startKeyIdx] = sp.Key214 queryArgs[endKeyIdx] = sp.EndKey215 fmt.Fprintf(&getStmtBuilder, `216SELECT start_key, end_key, config FROM %[1]s217 WHERE start_key >= $%[2]d AND start_key < $%[3]d218UNION ALL219SELECT start_key, end_key, config FROM (220 SELECT start_key, end_key, config FROM %[1]s221 WHERE start_key < $%[2]d ORDER BY start_key DESC LIMIT 1222) WHERE end_key > $%[2]d223`,224 k.tableName, // [1]225 startKeyIdx+1, // [2] -- prepared statement placeholder (1-indexed)226 endKeyIdx+1, // [3] -- prepared statement placeholder (1-indexed)227 )228 }229 return getStmtBuilder.String(), queryArgs230}231// constructDeleteStmtAndArgs constructs the statement and query arguments232// needed to delete span configs for the given spans.233func (k *KVAccessor) constructDeleteStmtAndArgs(toDelete []roachpb.Span) (string, []interface{}) {234 // We're constructing a single delete statement to delete all requested235 // spans. It's of the form:236 //237 // DELETE FROM span_configurations WHERE (start_key, end_key) IN238 // (VALUES ( ... 1st span ... ), ( ... 2nd span ...), ... );239 //240 values := make([]string, len(toDelete))241 deleteQueryArgs := make([]interface{}, len(toDelete)*2)242 for i, sp := range toDelete {243 startKeyIdx, endKeyIdx := i*2, (i*2)+1244 deleteQueryArgs[startKeyIdx] = sp.Key245 deleteQueryArgs[endKeyIdx] = sp.EndKey246 values[i] = fmt.Sprintf("($%d::BYTES, $%d::BYTES)",247 startKeyIdx+1, endKeyIdx+1) // prepared statement placeholders (1-indexed)248 }249 deleteStmt := fmt.Sprintf(`DELETE FROM %[1]s WHERE (start_key, end_key) IN (VALUES %[2]s)`,250 k.tableName, strings.Join(values, ", "))251 return deleteStmt, deleteQueryArgs252}253// constructUpsertStmtAndArgs constructs the statement and query arguments254// needed to upsert the given span config entries.255func (k *KVAccessor) constructUpsertStmtAndArgs(256 toUpsert []roachpb.SpanConfigEntry,257) (string, []interface{}, error) {258 // We're constructing a single upsert statement to upsert all requested259 // spans. It's of the form:260 //261 // UPSERT INTO span_configurations (start_key, end_key, config)262 // VALUES ( ... 1st span ... ), ( ... 2nd span ...), ... ;263 //264 upsertValues := make([]string, len(toUpsert))265 upsertQueryArgs := make([]interface{}, len(toUpsert)*3)266 for i, entry := range toUpsert {267 marshaled, err := protoutil.Marshal(&entry.Config)268 if err != nil {269 return "", nil, err270 }271 startKeyIdx, endKeyIdx, configIdx := i*3, (i*3)+1, (i*3)+2272 upsertQueryArgs[startKeyIdx] = entry.Span.Key273 upsertQueryArgs[endKeyIdx] = entry.Span.EndKey274 upsertQueryArgs[configIdx] = marshaled275 upsertValues[i] = fmt.Sprintf("($%d::BYTES, $%d::BYTES, $%d::BYTES)",276 startKeyIdx+1, endKeyIdx+1, configIdx+1) // prepared statement placeholders (1-indexed)277 }278 upsertStmt := fmt.Sprintf(`UPSERT INTO %[1]s (start_key, end_key, config) VALUES %[2]s`,279 k.tableName, strings.Join(upsertValues, ", "))280 return upsertStmt, upsertQueryArgs, nil281}282// constructValidationStmtAndArgs constructs the statement and query arguments283// needed to validate that the spans being upserted don't violate table284// invariants (spans are non overlapping).285func (k *KVAccessor) constructValidationStmtAndArgs(286 toUpsert []roachpb.SpanConfigEntry,287) (string, []interface{}) {288 // We want to validate that upserting spans does not break the invariant289 // that spans in the table are non-overlapping. We only need to validate290 // the spans that are being upserted, and can use a query similar to291 // what we do in GetSpanConfigEntriesFor. For a single upserted span, we292 // want effectively validate using:293 //294 // SELECT count(*) = 1 FROM system.span_configurations295 // WHERE start_key < $end AND end_key > $start296 //297 // Applying the GetSpanConfigEntriesFor treatment, we can arrive at:298 //299 // SELECT count(*) = 1 FROM (300 // SELECT * FROM span_configurations301 // WHERE start_key >= 100 AND start_key < 105302 // UNION ALL303 // SELECT * FROM (304 // SELECT * FROM span_configurations305 // WHERE start_key < 100 ORDER BY start_key DESC LIMIT 1306 // ) WHERE end_key > 100307 // )308 //309 // To batch multiple query spans into the same statement, we make use of310 // ALL and UNION ALL.311 //312 // SELECT true = ALL(313 // ( ... validation statement for 1st query span ...),314 // UNION ALL315 // ( ... validation statement for 2nd query span ...),316 // ...317 // )318 //319 var validationInnerStmtBuilder strings.Builder320 validationQueryArgs := make([]interface{}, len(toUpsert)*2)321 for i, entry := range toUpsert {322 if i > 0 {323 validationInnerStmtBuilder.WriteString(`UNION ALL`)324 }325 startKeyIdx, endKeyIdx := i*2, (i*2)+1326 validationQueryArgs[startKeyIdx] = entry.Span.Key327 validationQueryArgs[endKeyIdx] = entry.Span.EndKey328 fmt.Fprintf(&validationInnerStmtBuilder, `329SELECT count(*) = 1 FROM (330 SELECT start_key, end_key, config FROM %[1]s331 WHERE start_key >= $%[2]d AND start_key < $%[3]d332 UNION ALL333 SELECT start_key, end_key, config FROM (334 SELECT start_key, end_key, config FROM %[1]s335 WHERE start_key < $%[2]d ORDER BY start_key DESC LIMIT 1336 ) WHERE end_key > $%[2]d337)338`,339 k.tableName, // [1]340 startKeyIdx+1, // [2] -- prepared statement placeholder (1-indexed)341 endKeyIdx+1, // [3] -- prepared statement placeholder (1-indexed)342 )343 }344 validationStmt := fmt.Sprintf("SELECT true = ALL(%s)", validationInnerStmtBuilder.String())345 return validationStmt, validationQueryArgs346}347// validateUpdateArgs returns an error the arguments to UpdateSpanConfigEntries348// are malformed. All spans included in the toDelete and toUpsert list are349// expected to be valid and to have non-empty end keys. Spans are also expected350// to be non-overlapping with other spans in the same list.351func validateUpdateArgs(toDelete []roachpb.Span, toUpsert []roachpb.SpanConfigEntry) error {352 spansToUpdate := func(ents []roachpb.SpanConfigEntry) []roachpb.Span {353 spans := make([]roachpb.Span, len(ents))354 for i, ent := range ents {355 spans[i] = ent.Span356 }357 return spans358 }(toUpsert)359 for _, list := range [][]roachpb.Span{toDelete, spansToUpdate} {360 if err := validateSpans(list); err != nil {361 return err362 }363 spans := make([]roachpb.Span, len(list))364 copy(spans, list)365 sort.Sort(roachpb.Spans(spans))366 for i := range spans {367 if i == 0 {368 continue369 }370 if spans[i].Overlaps(spans[i-1]) {371 return errors.AssertionFailedf("overlapping spans %s and %s in same list",372 spans[i-1], spans[i])...

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scheduler.go

Source:scheduler.go Github

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...43}44const (45 // CleanJobScheduler ...46 CleanJobScheduler = "CleanJobScheduler"47 // UpsertWorkflowScheduler ...48 UpsertWorkflowScheduler = "UpsertWorkflowScheduler"49 // UpsertTestScheduler ...50 UpsertTestScheduler = "UpsertTestScheduler"51 // UpsertColliePipelineScheduler ...52 UpsertColliePipelineScheduler = "UpsertColliePipelineScheduler"53 //CleanProductScheduler ...54 CleanProductScheduler = "CleanProductScheduler"55 //InitBuildStatScheduler56 InitStatScheduler = "InitStatScheduler"57 //InitOperationStatScheduler58 InitOperationStatScheduler = "InitOperationStatScheduler"59 //InitPullSonarStatScheduler60 InitPullSonarStatScheduler = "InitPullSonarStatScheduler"61 // SystemCapacityGC periodically triggers garbage collection for system data based on its retention policy.62 SystemCapacityGC = "SystemCapacityGC"63 //InitHealthCheckScheduler64 InitHealthCheckScheduler = "InitHealthCheckScheduler"65 // FreestyleType 自由编排工作流66 freestyleType = "freestyle"67)68// NewCronClient ...69// 服务初始化70func NewCronClient() *CronClient {71 nsqLookupAddrs := config.NsqLookupAddrs()72 aslanCli := client.NewAslanClient(fmt.Sprintf("%s/api", configbase.AslanServiceAddress()), config.RootToken())73 collieCli := client.NewCollieClient(config.CollieAPI(), config.CollieToken())74 //初始化nsq75 config := nsq.NewConfig()76 // 注意 WD_POD_NAME 必须使用 Downward API 配置环境变量77 config.UserAgent = "ASLAN_CRONJOB"78 config.MaxAttempts = 5079 config.LookupdPollInterval = 1 * time.Second80 //nsqClient := nsqcli.NewNsqClient(nsqLookupAddrs, "127.0.0.1:4151")81 //// 初始化nsq topic82 //err := nsqClient.EnsureNsqdTopics([]string{setting.TopicAck, setting.TopicItReport, setting.TopicNotification})83 //if err != nil {84 // //FIXME85 // log.Fatalf("cannot ensure nsq topic, the error is %v", err)86 //}87 //Cronjob Client88 cronjobClient, err := nsq.NewConsumer(setting.TopicCronjob, "cronjob", config)89 if err != nil {90 log.Fatalf("failed to init nsq consumer cronjob, error is %v", err)91 }92 cronjobClient.SetLogger(stdlog.New(os.Stdout, "nsq consumer:", 0), nsq.LogLevelError)93 cronjobScheduler := cronlib.New()94 cronjobScheduler.Start()95 cronjobHandler := NewCronjobHandler(aslanCli, cronjobScheduler)96 cronjobClient.AddConcurrentHandlers(cronjobHandler, 10)97 if err := cronjobClient.ConnectToNSQLookupds(nsqLookupAddrs); err != nil {98 errInfo := fmt.Sprintf("nsq consumer for cron job failed to start, the error is: %s", err)99 panic(errInfo)100 }101 return &CronClient{102 AslanCli: aslanCli,103 CollieCli: collieCli,104 Schedulers: make(map[string]*gocron.Scheduler),105 lastSchedulers: make(map[string][]*service.Schedule),106 lastServiceSchedulers: make(map[string]*service.SvcRevision),107 SchedulerController: make(map[string]chan bool),108 enabledMap: make(map[string]bool),109 log: log.SugaredLogger(),110 }111}112// 初始化轮询任务113func (c *CronClient) Init() {114 // 每天1点清理跑过的jobs115 c.InitCleanJobScheduler()116 // 每天2点 根据系统配额策略 清理系统过期数据117 c.InitSystemCapacityGCScheduler()118 // 定时任务触发119 c.InitJobScheduler()120 // 测试管理的定时任务触发121 c.InitTestScheduler()122 // 自由编排工作流定时任务触发123 features, _ := getFeatures()124 if strings.Contains(features, freestyleType) {125 c.InitColliePipelineScheduler()126 }127 // 定时清理环境128 c.InitCleanProductScheduler()129 // 定时初始化构建数据130 c.InitBuildStatScheduler()131 // 定时器初始化话运营统计数据132 c.InitOperationStatScheduler()133 // 定时更新质效看板的统计数据134 c.InitPullSonarStatScheduler()135 // 定时初始化健康检查136 c.InitHealthCheckScheduler()137}138func getFeatures() (string, error) {139 cl := poetry.New(configbase.PoetryServiceAddress(), config.RootToken())140 fs, err := cl.ListFeatures()141 if err != nil {142 return "", err143 }144 return strings.Join(fs, ","), nil145}146// InitCleanJobScheduler ...147func (c *CronClient) InitCleanJobScheduler() {148 c.Schedulers[CleanJobScheduler] = gocron.NewScheduler()149 c.Schedulers[CleanJobScheduler].Every(1).Day().At("01:00").Do(c.AslanCli.TriggerCleanjobs, c.log)150 c.Schedulers[CleanJobScheduler].Start()151}152// InitCleanProductScheduler ...153func (c *CronClient) InitCleanProductScheduler() {154 c.Schedulers[CleanProductScheduler] = gocron.NewScheduler()155 c.Schedulers[CleanProductScheduler].Every(5).Minutes().Do(c.AslanCli.TriggerCleanProducts, c.log)156 c.Schedulers[CleanProductScheduler].Start()157}158// InitJobScheduler ...159func (c *CronClient) InitJobScheduler() {160 c.Schedulers[UpsertWorkflowScheduler] = gocron.NewScheduler()161 c.Schedulers[UpsertWorkflowScheduler].Every(1).Minutes().Do(c.UpsertWorkflowScheduler, c.log)162 c.Schedulers[UpsertWorkflowScheduler].Start()163}164// InitTestScheduler ...165func (c *CronClient) InitTestScheduler() {166 c.Schedulers[UpsertTestScheduler] = gocron.NewScheduler()167 c.Schedulers[UpsertTestScheduler].Every(1).Minutes().Do(c.UpsertTestScheduler, c.log)168 c.Schedulers[UpsertTestScheduler].Start()169}170// InitJobScheduler ...171func (c *CronClient) InitColliePipelineScheduler() {172 c.Schedulers[UpsertColliePipelineScheduler] = gocron.NewScheduler()173 c.Schedulers[UpsertColliePipelineScheduler].Every(1).Minutes().Do(c.UpsertColliePipelineScheduler, c.log)174 c.Schedulers[UpsertColliePipelineScheduler].Start()175}176// InitBuildStatScheduler ...177func (c *CronClient) InitBuildStatScheduler() {178 c.Schedulers[InitStatScheduler] = gocron.NewScheduler()179 c.Schedulers[InitStatScheduler].Every(1).Day().At("01:00").Do(c.AslanCli.InitStatData, c.log)180 c.Schedulers[InitStatScheduler].Start()181}182// InitOperationStatScheduler ...183func (c *CronClient) InitOperationStatScheduler() {184 c.Schedulers[InitOperationStatScheduler] = gocron.NewScheduler()185 c.Schedulers[InitOperationStatScheduler].Every(1).Hour().Do(c.AslanCli.InitOperationStatData, c.log)186 c.Schedulers[InitOperationStatScheduler].Start()187}188// InitPullSonarStatScheduler ...189func (c *CronClient) InitPullSonarStatScheduler() {190 c.Schedulers[InitPullSonarStatScheduler] = gocron.NewScheduler()191 c.Schedulers[InitPullSonarStatScheduler].Every(10).Minutes().Do(c.AslanCli.InitPullSonarStatScheduler, c.log)192 c.Schedulers[InitPullSonarStatScheduler].Start()193}194func (c *CronClient) InitSystemCapacityGCScheduler() {195 c.Schedulers[SystemCapacityGC] = gocron.NewScheduler()196 c.Schedulers[SystemCapacityGC].Every(1).Day().At("02:00").Do(c.AslanCli.TriggerCleanCache, c.log)197 c.Schedulers[SystemCapacityGC].Start()198}199func (c *CronClient) InitHealthCheckScheduler() {200 c.Schedulers[InitHealthCheckScheduler] = gocron.NewScheduler()201 c.Schedulers[InitHealthCheckScheduler].Every(1).Minutes().Do(c.UpsertEnvServiceScheduler, c.log)202 c.Schedulers[InitHealthCheckScheduler].Start()203}...

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Upsert

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1import (2func main() {3 panic(fmt.Errorf("Fatal error config file: %s \n", err))4 }5 viper.Set("newkey", "newvalue")6 viper.WriteConfig()7}8import (9func main() {10 panic(fmt.Errorf("Fatal error config file: %s \n", err))11 }12 value := viper.Get("newkey")13 fmt.Println(value)14}15import (16func main() {17 panic(fmt.Errorf("Fatal error config

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1import (2func main() {3 conf, err := config.NewConfig("ini", "conf/app.conf")4 if err != nil {5 panic(err)6 }7 conf.Upsert("newkey", "newvalue")8 fmt.Println(conf.String("newkey"))9}

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1import (2func main() {3 config := viper.New()4 config.SetConfigName("config")5 config.AddConfigPath(".")6 err := config.ReadInConfig()7 if err != nil {8 fmt.Println("Error reading config file, %s", err)9 }10 config.Set("name", "newName")11 config.Set("age", "newAge")12 config.WriteConfig()13}

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1import (2func main() {3 viper.SetConfigName("config")4 viper.SetConfigType("json")5 viper.AddConfigPath(".")6 viper.SetDefault("database.host", "localhost")7 err := viper.ReadInConfig()8 if err != nil {9 fmt.Println("Error reading config file, %s", err)10 }11 viper.Set("database.host", "

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1import (2func main() {3 conf, err := config.NewConfig("ini", "config.ini")4 if err != nil {5 panic(err)6 }7 fmt.Println(conf.String("appname"))8 fmt.Println(conf.String("httpport"))9 fmt.Println(conf.String("runmode"))10 conf.Set("appname", "beego")11 conf.Set("httpport", "8080")12 conf.SaveConfigFile("config.ini")13}

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1import (2func main() {3 if len(os.Args) < 5 {4 fmt.Println("Usage: go run 2.go <clusterName> <clusterID> <configName> <configValue> <configPath>")5 os.Exit(1)6 } else {7 }8 trace.Logger = trace.NewLogger("true")9 ibmCloudClient, err := bluemix.NewClient("")10 if err != nil {11 fmt.Println(err)12 }13 containerClient, err := containerv1.New(ibmCloudClient)14 if err != nil {15 fmt.Println(err)16 }17 configAPI := containerClient.Config()18 config, err := configAPI.Upsert(clusterName, clusterID, configName, configValue, configPath)19 if err != nil {20 fmt.Println(err)21 }22 fmt.Println("Upserted the config to the cluster")23 utils.PrettyPrint(config)24 config, err = configAPI.Get(clusterName, clusterID, configPath)25 if err != nil {26 fmt.Println(err)27 }28 fmt.Println("Got the config from the cluster")29 utils.PrettyPrint(config)30 err = configAPI.Delete(clusterName, clusterID, configName, configPath)31 if err != nil {

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1func main() {2 c.Upsert("foo", "bar")3 c.Upsert("foo", "baz")4 fmt.Println(c.Get("foo"))5}6type Config struct {7 data map[string]interface{}8}9func (c *Config) Upsert(key string, value interface{}) {10 if c.data == nil {11 c.data = make(map[string]interface{})12 }13}14func (c *Config) Get(key string) interface{} {15}16import "testing"17func TestUpsert(t *testing.T) {18 c.Upsert("foo", "bar")19 if c.Get("foo") != "bar" {20 t.Error("Expected foo to be bar")21 }22 c.Upsert("foo", "baz")23 if c.Get("foo") != "baz" {24 t.Error("Expected foo to be baz")25 }26}

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1import (2type Config struct {3}4type Server struct {5}6func main() {7 raw := map[string]interface{}{8 "servers": []map[string]interface{}{9 map[string]interface{}{10 },11 map[string]interface{}{12 },13 },14 }15 decoder, err := mapstructure.NewDecoder(&mapstructure.DecoderConfig{16 DecodeHook: mapstructure.ComposeDecodeHookFunc(17 mapstructure.StringToTimeDurationHookFunc(),18 mapstructure.StringToSliceHookFunc(","),19 })20 if err != nil {21 panic(err)22 }23 if err := decoder.Decode(raw); err != nil {24 panic(err)25 }26 fmt.Println(config)27}28{app 1.0 [{server1 web} {server2 db}]}29import (30type Config struct {31}32type Server struct {33}34func main() {35 raw := map[string]interface{}{36 "servers": []map[string]interface{}{37 map[string]interface{}{38 },39 map[string]interface{}{40 },41 },42 }

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