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How to use Execute method of process Package
Best Testkube code snippet using process.Execute
bosapi_test.go
Source:bosapi_test.go 
...274 for _, tCase := range testCases {275 bosapi.PutBucketAcl(tCase.configPath, tCase.bosPath, tCase.canned)276 }277}278type putBucketAclExecuteType struct {279 opType int280 aclJosn []byte281 bucketName string282 canned string283 code BosCliErrorCode284 err string285}286func TestPutBucketAclExecute(t *testing.T) {287 acl := `{"accessControlList": [{"grantee": [{"id": "*"}],"permission": ["READ"]}]}`288 testCases := []putBucketAclExecuteType{289 // 1290 putBucketAclExecuteType{291 opType: 1,292 bucketName: "success",293 aclJosn: []byte(acl),294 code: BOSCLI_OK,295 },296 // 2297 putBucketAclExecuteType{298 opType: 1,299 bucketName: "error",300 aclJosn: []byte(acl),301 err: "error" + acl,302 code: BOSCLI_EMPTY_CODE,303 },304 // 3305 putBucketAclExecuteType{306 opType: 2,307 bucketName: "error",308 canned: "private",309 err: "errorprivate",310 code: BOSCLI_EMPTY_CODE,311 },312 // 4313 putBucketAclExecuteType{314 opType: 2,315 bucketName: "success",316 canned: "private",317 code: BOSCLI_OK,318 },319 }320 for i, tCase := range testCases {321 err, code := bosapi.putBucketAclExecute(tCase.opType, tCase.aclJosn, tCase.bucketName,322 tCase.canned)323 util.ExpectEqual("bosapi.go putBucketAclExecute I", i+1, t.Errorf, tCase.code, code)324 if code != BOSCLI_OK {325 util.ExpectEqual("bosapi.go putBucketAclExecute II", i+1, t.Errorf, tCase.err,326 err.Error())327 }328 }329}330type getBucketAclPreProcessType struct {331 bosPath string332 bucketName string333 code BosCliErrorCode334}335func TestGetBucketAclPreProcess(t *testing.T) {336 testCases := []getBucketAclPreProcessType{337 // 1338 getBucketAclPreProcessType{339 bosPath: "/liup",340 code: BOSCLI_BOSPATH_IS_INVALID,341 },342 // 2343 getBucketAclPreProcessType{344 bosPath: "liup/object",345 code: BOSCLI_BUCKETNAME_CONTAIN_OBJECTNAME,346 },347 // 3348 getBucketAclPreProcessType{349 bosPath: "bos://",350 code: BOSCLI_BUCKETNAME_IS_EMPTY,351 },352 // 4353 getBucketAclPreProcessType{354 bosPath: "bos:/bucket",355 bucketName: "bucket",356 code: BOSCLI_OK,357 },358 }359 for i, tCase := range testCases {360 ret, code := bosapi.getBucketAclPreProcess(tCase.bosPath)361 util.ExpectEqual("bosapi.go getBucketAclPreProcess I", i+1, t.Errorf, tCase.code, code)362 if tCase.code == BOSCLI_OK {363 util.ExpectEqual("bosapi.go getBucketAclPreProcess II", i+1, t.Errorf, tCase.bucketName,364 ret)365 }366 }367}368type getBucketAclExecuteType struct {369 bucketName string370 ownerId string371 err string372}373func TestGetBucketAclExecute(t *testing.T) {374 testCases := []getBucketAclExecuteType{375 // 1376 getBucketAclExecuteType{377 bucketName: "success",378 ownerId: "123",379 },380 // 2381 getBucketAclExecuteType{382 bucketName: "error",383 err: "error",384 },385 // 3386 getBucketAclExecuteType{387 bucketName: "error1",388 err: "error1",389 },390 }391 for i, tCase := range testCases {392 err := bosapi.getBucketAclExecute(tCase.bucketName)393 util.ExpectEqual("bosapi.go getBucketAclExecute I", i+1, t.Errorf, tCase.err == "",394 err == nil)395 if err != nil {396 util.ExpectEqual("bosapi.go getBucketAclExecute II", i+1, t.Errorf, tCase.err,397 err.Error())398 }399 }400}401func TestGetBucketAcl(t *testing.T) {402 bosapi.GetBucketAcl("success")403}404var (405 lifecycle = `406 {407 "rule": [408 {409 "status": "enabled",410 "action": {411 "name": "Transition",412 "storageClass": "STANDARD_IA"413 },414 "resource": [415 "liupeng-bj/*"416 ],417 "id": "sample-rule-transition-1",418 "condition": {419 "time": {420 "dateGreaterThan": "$(lastModified)+P180D"421 }422 },423 "test":"yes"424 },425 {426 "status": "enabled",427 "action": {428 "name": "Transition",429 "storageClass": "COLD"430 },431 "resource": [432 "liupeng-bj/*"433 ],434 "id": "sample-rule-transition-2",435 "condition": {436 "time": {437 "dateGreaterThan": "$(lastModified)+P300D"438 }439 },440 "index":"index.html"441 }442 443 ]444 }445 `446)447type putLifecyclePreProcessType struct {448 configPath string449 bosPath string450 template bool451 bucketName string452 lifecycle []byte453 code BosCliErrorCode454}455func TestPutLifecyclePreProcess(t *testing.T) {456 fd, fileName, err := util.CreateAnRandomFileWithContent("%s", lifecycle)457 if err != nil {458 t.Errorf("create lifecycle test file failed! error: %v", err)459 return460 }461 lifecycleJosn, err := ioutil.ReadAll(fd)462 if err != nil {463 t.Errorf("get lifecycle from file failed! error: %v", err)464 return465 }466 fd.Close()467 defer os.Remove(fileName)468 testCases := []putLifecyclePreProcessType{469 // 1470 putLifecyclePreProcessType{471 bosPath: "/liup",472 code: BOSCLI_BOSPATH_IS_INVALID,473 },474 // 2475 putLifecyclePreProcessType{476 bosPath: "liup/object",477 code: BOSCLI_BUCKETNAME_CONTAIN_OBJECTNAME,478 },479 // 3480 putLifecyclePreProcessType{481 bosPath: "bos://",482 code: BOSCLI_BUCKETNAME_IS_EMPTY,483 },484 // 4485 putLifecyclePreProcessType{486 bosPath: "bos:/bucket",487 configPath: "./lifecycletest",488 code: boscmd.LOCAL_FILE_NOT_EXIST,489 },490 // 5491 putLifecyclePreProcessType{492 bosPath: "bos:/bucket",493 configPath: "./bosapi.go",494 code: BOSCLI_EMPTY_CODE,495 },496 // 6497 putLifecyclePreProcessType{498 bosPath: "bos:/bucket",499 configPath: fileName,500 code: BOSCLI_OK,501 bucketName: "bucket",502 lifecycle: lifecycleJosn,503 },504 // 7505 putLifecyclePreProcessType{506 bosPath: "bos:/bucket",507 code: BOSCLI_PUT_LIFECYCLE_NO_CONFIG_AND_BUCKET,508 },509 }510 for i, tCase := range testCases {511 ret, _, code := bosapi.putLifecyclePreProcess(tCase.configPath, tCase.bosPath,512 tCase.template)513 util.ExpectEqual("bosapi.go putLifecyclePreProcess I", i+1, t.Errorf, tCase.code, code)514 if code == BOSCLI_OK {515 util.ExpectEqual("bosapi.go putLifecyclePreProcess II", i+1, t.Errorf, tCase.bucketName,516 ret.bucketName)517 util.ExpectEqual("bosapi.go putLifecyclePreProcess IV", i+1, t.Errorf, tCase.lifecycle,518 ret.lifecycle)519 }520 }521}522type putLifecycleType struct {523 configPath string524 bosPath string525 template bool526}527func TestPutLifecycle(t *testing.T) {528 fd, fileName, err := util.CreateAnRandomFileWithContent("%s", lifecycle)529 if err != nil {530 t.Errorf("create lifecycle test file failed! error: %v", err)531 return532 }533 fd.Close()534 defer os.Remove(fileName)535 testCases := []putLifecycleType{536 // 1537 putLifecycleType{538 bosPath: "bos:/success",539 configPath: fileName,540 },541 // 2542 putLifecycleType{543 bosPath: "bos:/success",544 configPath: fileName,545 template: true,546 },547 // 3548 putLifecycleType{549 bosPath: "bos:/success",550 template: true,551 },552 }553 for i, tCase := range testCases {554 fmt.Println("\nstart:", i+1)555 bosapi.PutLifecycle(tCase.configPath, tCase.bosPath, tCase.template)556 }557}558type putLifecycleExecuteType struct {559 lifecycleJosn []byte560 bucketName string561 template bool562 code BosCliErrorCode563 err string564}565func TestPutLifecycleExecute(t *testing.T) {566 testCases := []putLifecycleExecuteType{567 // 1568 putLifecycleExecuteType{569 bucketName: "success",570 lifecycleJosn: []byte(lifecycle),571 code: BOSCLI_OK,572 },573 // 2574 putLifecycleExecuteType{575 template: true,576 code: BOSCLI_OK,577 },578 // 3579 putLifecycleExecuteType{580 bucketName: "error",581 lifecycleJosn: []byte(lifecycle),582 err: "error" + lifecycle,583 code: BOSCLI_EMPTY_CODE,584 },585 }586 for i, tCase := range testCases {587 err, code := bosapi.putLifecycleExecute(tCase.lifecycleJosn, tCase.bucketName,588 tCase.template)589 util.ExpectEqual("bosapi.go putLifecycleExecute I", i+1, t.Errorf, tCase.code, code)590 if code != BOSCLI_OK {591 util.ExpectEqual("bosapi.go putLifecycleExecute II", i+1, t.Errorf, tCase.err,592 err.Error())593 }594 }595}596type getLifecyclePreProcessType struct {597 bosPath string598 bucketName string599 code BosCliErrorCode600}601func TestGetLifecyclePreProcess(t *testing.T) {602 testCases := []getLifecyclePreProcessType{603 // 1604 getLifecyclePreProcessType{605 bosPath: "/liup",606 code: BOSCLI_BOSPATH_IS_INVALID,607 },608 // 2609 getLifecyclePreProcessType{610 bosPath: "liup/object",611 code: BOSCLI_BUCKETNAME_CONTAIN_OBJECTNAME,612 },613 // 3614 getLifecyclePreProcessType{615 bosPath: "bos://",616 code: BOSCLI_BUCKETNAME_IS_EMPTY,617 },618 // 4619 getLifecyclePreProcessType{620 bosPath: "bos:/bucket",621 bucketName: "bucket",622 code: BOSCLI_OK,623 },624 }625 for i, tCase := range testCases {626 ret, code := bosapi.getLifecyclePreProcess(tCase.bosPath)627 util.ExpectEqual("bosapi.go getLifecyclePreProcess I", i+1, t.Errorf, tCase.code, code)628 if tCase.code == BOSCLI_OK {629 util.ExpectEqual("bosapi.go getLifecyclePreProcess II", i+1, t.Errorf, tCase.bucketName,630 ret)631 }632 }633}634type getLifecycleExecuteType struct {635 bucketName string636 err string637}638func TestGetLifecycleExecute(t *testing.T) {639 testCases := []getLifecycleExecuteType{640 // 1641 getLifecycleExecuteType{642 bucketName: "success",643 },644 // 2645 getLifecycleExecuteType{646 bucketName: "error",647 err: "error",648 },649 // 3650 getLifecycleExecuteType{651 bucketName: "error1",652 err: "error1",653 },654 }655 for i, tCase := range testCases {656 err := bosapi.getLifecycleExecute(tCase.bucketName)657 util.ExpectEqual("bosapi.go getLifecycleExecute I", i+1, t.Errorf, tCase.err == "",658 err == nil)659 if err != nil {660 util.ExpectEqual("bosapi.go getLifecycleExecute II", i+1, t.Errorf, tCase.err,661 err.Error())662 }663 }664}665func TestGetLifecycle(t *testing.T) {666 bosapi.GetLifecycle("success")667}668type deleteLifecyclePreProcessType struct {669 bosPath string670 bucketName string671 code BosCliErrorCode672}673func TestDeleteLifecyclePreProcess(t *testing.T) {674 testCases := []deleteLifecyclePreProcessType{675 // 1676 deleteLifecyclePreProcessType{677 bosPath: "/liup",678 code: BOSCLI_BOSPATH_IS_INVALID,679 },680 // 2681 deleteLifecyclePreProcessType{682 bosPath: "liup/object",683 code: BOSCLI_BUCKETNAME_CONTAIN_OBJECTNAME,684 },685 // 3686 deleteLifecyclePreProcessType{687 bosPath: "bos://",688 code: BOSCLI_BUCKETNAME_IS_EMPTY,689 },690 // 4691 deleteLifecyclePreProcessType{692 bosPath: "bos:/bucket",693 bucketName: "bucket",694 code: BOSCLI_OK,695 },696 }697 for i, tCase := range testCases {698 ret, code := bosapi.deleteLifecyclePreProcess(tCase.bosPath)699 util.ExpectEqual("bosapi.go deleteLifecyclePreProcess I", i+1, t.Errorf, tCase.code, code)700 if tCase.code == BOSCLI_OK {701 util.ExpectEqual("bosapi.go deleteLifecyclePreProcess II", i+1, t.Errorf,702 tCase.bucketName, ret)703 }704 }705}706type deleteLifecycleExecuteType struct {707 bucketName string708 err string709}710func TestDeleteLifecycleExecute(t *testing.T) {711 testCases := []deleteLifecycleExecuteType{712 // 1713 deleteLifecycleExecuteType{714 bucketName: "success",715 },716 // 2717 deleteLifecycleExecuteType{718 bucketName: "error",719 err: "error",720 },721 // 3722 deleteLifecycleExecuteType{723 bucketName: "error1",724 err: "error1",725 },726 }727 for i, tCase := range testCases {728 err := bosapi.deleteLifecycleExecute(tCase.bucketName)729 util.ExpectEqual("bosapi.go deleteLifecycleExecute I", i+1, t.Errorf, tCase.err == "",730 err == nil)731 if err != nil {732 util.ExpectEqual("bosapi.go deleteLifecycleExecute II", i+1, t.Errorf, tCase.err,733 err.Error())734 }735 }736}737func TestDeleteLifecycle(t *testing.T) {738 bosapi.DeleteLifecycle("success")739}740type putLoggingPreProcessType struct {741 targetBosPath string742 targetPrefix string743 bosPath string744 targetName string745 bucketName string746 code BosCliErrorCode747}748func TestPutLoggingPreProcess(t *testing.T) {749 testCases := []putLoggingPreProcessType{750 // 1751 putLoggingPreProcessType{752 bosPath: "/liup",753 code: BOSCLI_BOSPATH_IS_INVALID,754 },755 // 2756 putLoggingPreProcessType{757 bosPath: "liup/object",758 code: BOSCLI_BUCKETNAME_CONTAIN_OBJECTNAME,759 },760 // 3761 putLoggingPreProcessType{762 bosPath: "bos://",763 code: BOSCLI_BUCKETNAME_IS_EMPTY,764 },765 // 4766 putLoggingPreProcessType{767 bosPath: "bos:/bucket",768 targetBosPath: "/bos",769 code: BOSCLI_BOSPATH_IS_INVALID,770 },771 // 2772 putLoggingPreProcessType{773 bosPath: "bos:/bucket",774 targetBosPath: "liup/object",775 code: BOSCLI_BUCKETNAME_CONTAIN_OBJECTNAME,776 },777 // 3778 putLoggingPreProcessType{779 bosPath: "bos:/bucket",780 targetBosPath: "bos://",781 code: BOSCLI_PUT_LOG_NO_TARGET_BUCKET,782 },783 // 5784 putLoggingPreProcessType{785 bosPath: "bos:/bucket",786 targetBosPath: "bos:/bucket1/dsf",787 code: BOSCLI_BUCKETNAME_CONTAIN_OBJECTNAME,788 },789 // 6790 putLoggingPreProcessType{791 bosPath: "bos:/bucket",792 targetBosPath: "bos:/bucket1/",793 code: BOSCLI_OK,794 bucketName: "bucket",795 targetName: "bucket1",796 },797 }798 for i, tCase := range testCases {799 bucketName, targetName, code := bosapi.putLoggingPreProcess(tCase.targetBosPath,800 tCase.targetPrefix, tCase.bosPath)801 util.ExpectEqual("bosapi.go putLoggingPreProcess I", i+1, t.Errorf, tCase.code, code)802 if code == BOSCLI_OK {803 util.ExpectEqual("bosapi.go putLoggingPreProcess II", i+1, t.Errorf, tCase.bucketName,804 bucketName)805 util.ExpectEqual("bosapi.go putLoggingPreProcess IV", i+1, t.Errorf, tCase.targetName,806 targetName)807 }808 }809}810type putLoggingType struct {811 targetBosPath string812 targetPrefix string813 bosPath string814}815func TestPutLogging(t *testing.T) {816 testCases := []putLoggingType{817 // 1818 putLoggingType{819 targetBosPath: "bos:/success",820 bosPath: "bos:/success",821 },822 // 2823 putLoggingType{824 targetBosPath: "bos:/success",825 bosPath: "bos:/success",826 targetPrefix: "log",827 },828 }829 for i, tCase := range testCases {830 fmt.Println("\nstart:", i+1)831 bosapi.PutLogging(tCase.targetBosPath, tCase.targetPrefix, tCase.bosPath)832 }833}834type putLoggingExecuteType struct {835 targetName string836 targetPrefix string837 bucketName string838 err string839}840func TestPutLoggingExecute(t *testing.T) {841 testCases := []putLoggingExecuteType{842 // 1843 putLoggingExecuteType{844 bucketName: "success",845 targetName: "success",846 targetPrefix: "log",847 },848 // 2849 putLoggingExecuteType{850 bucketName: "success",851 targetName: "success",852 },853 // 3854 putLoggingExecuteType{855 bucketName: "error",856 targetName: "success",857 targetPrefix: "log",858 err: "errorsuccesslog",859 },860 }861 for i, tCase := range testCases {862 err := bosapi.putLoggingExecute(tCase.targetName, tCase.targetPrefix, tCase.bucketName)863 util.ExpectEqual("bosapi.go putLoggingExecute I", i+1, t.Errorf, tCase.err == "",864 err == nil)865 if tCase.err != "" {866 util.ExpectEqual("bosapi.go putLoggingExecute II", i+1, t.Errorf, tCase.err,867 err.Error())868 }869 }870}871type getLoggingPreProcessType struct {872 bosPath string873 bucketName string874 code BosCliErrorCode875}876func TestGetLoggingPreProcess(t *testing.T) {877 testCases := []getLoggingPreProcessType{878 // 1879 getLoggingPreProcessType{880 bosPath: "/liup",881 code: BOSCLI_BOSPATH_IS_INVALID,882 },883 // 2884 getLoggingPreProcessType{885 bosPath: "liup/object",886 code: BOSCLI_BUCKETNAME_CONTAIN_OBJECTNAME,887 },888 // 3889 getLoggingPreProcessType{890 bosPath: "bos://",891 code: BOSCLI_BUCKETNAME_IS_EMPTY,892 },893 // 4894 getLoggingPreProcessType{895 bosPath: "bos:/bucket",896 bucketName: "bucket",897 code: BOSCLI_OK,898 },899 }900 for i, tCase := range testCases {901 ret, code := bosapi.getLoggingPreProcess(tCase.bosPath)902 util.ExpectEqual("bosapi.go getLoggingPreProcess I", i+1, t.Errorf, tCase.code, code)903 if tCase.code == BOSCLI_OK {904 util.ExpectEqual("bosapi.go getLoggingPreProcess II", i+1, t.Errorf, tCase.bucketName,905 ret)906 }907 }908}909type getLoggingExecuteType struct {910 bucketName string911 err string912}913func TestGetLoggingExecute(t *testing.T) {914 testCases := []getLoggingExecuteType{915 // 1916 getLoggingExecuteType{917 bucketName: "success",918 },919 // 2920 getLoggingExecuteType{921 bucketName: "error",922 err: "error",923 },924 // 3925 getLoggingExecuteType{926 bucketName: "errorlogging",927 err: "errorlogging",928 },929 }930 for i, tCase := range testCases {931 err := bosapi.getLoggingExecute(tCase.bucketName)932 util.ExpectEqual("bosapi.go getLoggingExecute I", i+1, t.Errorf, tCase.err == "",933 err == nil)934 if err != nil {935 util.ExpectEqual("bosapi.go getLoggingExecute II", i+1, t.Errorf, tCase.err,936 err.Error())937 }938 }939}940func TestGetLogging(t *testing.T) {941 bosapi.GetLogging("success")942}943type deleteLoggingPreProcessType struct {944 bosPath string945 bucketName string946 code BosCliErrorCode947}948func TestDeleteLoggingPreProcess(t *testing.T) {949 testCases := []deleteLoggingPreProcessType{950 // 1951 deleteLoggingPreProcessType{952 bosPath: "/liup",953 code: BOSCLI_BOSPATH_IS_INVALID,954 },955 // 2956 deleteLoggingPreProcessType{957 bosPath: "liup/object",958 code: BOSCLI_BUCKETNAME_CONTAIN_OBJECTNAME,959 },960 // 3961 deleteLoggingPreProcessType{962 bosPath: "bos://",963 code: BOSCLI_BUCKETNAME_IS_EMPTY,964 },965 // 4966 deleteLoggingPreProcessType{967 bosPath: "bos:/bucket",968 bucketName: "bucket",969 code: BOSCLI_OK,970 },971 }972 for i, tCase := range testCases {973 ret, code := bosapi.deleteLoggingPreProcess(tCase.bosPath)974 util.ExpectEqual("bosapi.go deleteLoggingPreProcess I", i+1, t.Errorf, tCase.code, code)975 if tCase.code == BOSCLI_OK {976 util.ExpectEqual("bosapi.go deleteLoggingPreProcess II", i+1, t.Errorf,977 tCase.bucketName, ret)978 }979 }980}981type deleteLoggingExecuteType struct {982 bucketName string983 err string984}985func TestDeleteLoggingExecute(t *testing.T) {986 testCases := []deleteLoggingExecuteType{987 // 1988 deleteLoggingExecuteType{989 bucketName: "success",990 },991 // 2992 deleteLoggingExecuteType{993 bucketName: "error",994 err: "error",995 },996 // 3997 deleteLoggingExecuteType{998 bucketName: "errorlogging",999 err: "errorlogging",1000 },1001 }1002 for i, tCase := range testCases {1003 err := bosapi.deleteLoggingExecute(tCase.bucketName)1004 util.ExpectEqual("bosapi.go deleteLoggingExecute I", i+1, t.Errorf, tCase.err == "",1005 err == nil)1006 if err != nil {1007 util.ExpectEqual("bosapi.go deleteLoggingExecute II", i+1, t.Errorf, tCase.err,1008 err.Error())1009 }1010 }1011}1012func TestDeleteLogging(t *testing.T) {1013 bosapi.DeleteLogging("success")1014}1015type putBucketStorageClassPreProcessType struct {1016 bosPath string1017 storageClass string1018 bucketName string1019 code BosCliErrorCode1020}1021func TestPutBucketStorageClassPreProcess(t *testing.T) {1022 testCases := []putBucketStorageClassPreProcessType{1023 // 11024 putBucketStorageClassPreProcessType{1025 bosPath: "/liup",1026 code: BOSCLI_BOSPATH_IS_INVALID,1027 },1028 // 21029 putBucketStorageClassPreProcessType{1030 bosPath: "liup/object",1031 code: BOSCLI_BUCKETNAME_CONTAIN_OBJECTNAME,1032 },1033 // 31034 putBucketStorageClassPreProcessType{1035 bosPath: "bos://",1036 code: BOSCLI_BUCKETNAME_IS_EMPTY,1037 },1038 // 41039 putBucketStorageClassPreProcessType{1040 bosPath: "bos:/bucket",1041 code: BOSCLI_STORAGE_CLASS_IS_EMPTY,1042 },1043 // 51044 putBucketStorageClassPreProcessType{1045 bosPath: "bos:/bucket",1046 storageClass: "xxx",1047 code: BOSCLI_UNSUPPORT_STORAGE_CLASS,1048 },1049 // 61050 putBucketStorageClassPreProcessType{1051 bosPath: "bos:/bucket",1052 storageClass: "COLD",1053 bucketName: "bucket",1054 code: BOSCLI_OK,1055 },1056 }1057 for i, tCase := range testCases {1058 bucketName, code := bosapi.putBucketStorageClassPreProcess(tCase.bosPath,1059 tCase.storageClass)1060 util.ExpectEqual("bosapi.go putBucketStorageClassPreProcess I", i+1, t.Errorf, tCase.code,1061 code)1062 if code == BOSCLI_OK {1063 util.ExpectEqual("bosapi.go putBucketStorageClassPreProcess II", i+1, t.Errorf,1064 tCase.bucketName, bucketName)1065 }1066 }1067}1068type putBucketStorageClassType struct {1069 bosPath string1070 storageClass string1071}1072func TestPutBucketStorageClass(t *testing.T) {1073 testCases := []putBucketStorageClassType{1074 // 11075 putBucketStorageClassType{1076 bosPath: "bos:/success",1077 storageClass: "COLD",1078 },1079 }1080 for _, tCase := range testCases {1081 bosapi.PutBucketStorageClass(tCase.bosPath, tCase.storageClass)1082 }1083}1084type putBucketStorageClassExecuteType struct {1085 bucketName string1086 storageClass string1087 err string1088}1089func TestPutBucketStorageClassExecute(t *testing.T) {1090 testCases := []putBucketStorageClassExecuteType{1091 // 11092 putBucketStorageClassExecuteType{1093 bucketName: "success",1094 storageClass: "COLD",1095 },1096 // 21097 putBucketStorageClassExecuteType{1098 bucketName: "error",1099 storageClass: "COLD",1100 err: "errorCOLD",1101 },1102 // 31103 putBucketStorageClassExecuteType{1104 bucketName: "error1",1105 storageClass: "COLD",1106 err: "error1COLD",1107 },1108 }1109 for i, tCase := range testCases {1110 err := bosapi.putBucketStorageClassExecute(tCase.bucketName, tCase.storageClass)1111 util.ExpectEqual("bosapi.go putBucketStorageClassExecute I", i+1, t.Errorf, tCase.err == "",1112 err == nil)1113 if tCase.err != "" {1114 util.ExpectEqual("bosapi.go putBucketStorageClassExecute II", i+1, t.Errorf, tCase.err,1115 err.Error())1116 }1117 }1118}1119type getBucketStorageClassPreProcessType struct {1120 bosPath string1121 bucketName string1122 code BosCliErrorCode1123}1124func TestGetBucketStorageClassPreProcess(t *testing.T) {1125 testCases := []getBucketStorageClassPreProcessType{1126 // 11127 getBucketStorageClassPreProcessType{1128 bosPath: "/liup",1129 code: BOSCLI_BOSPATH_IS_INVALID,1130 },1131 // 21132 getBucketStorageClassPreProcessType{1133 bosPath: "liup/object",1134 code: BOSCLI_BUCKETNAME_CONTAIN_OBJECTNAME,1135 },1136 // 31137 getBucketStorageClassPreProcessType{1138 bosPath: "bos://",1139 code: BOSCLI_BUCKETNAME_IS_EMPTY,1140 },1141 // 41142 getBucketStorageClassPreProcessType{1143 bosPath: "bos:/bucket",1144 bucketName: "bucket",1145 code: BOSCLI_OK,1146 },1147 }1148 for i, tCase := range testCases {1149 ret, code := bosapi.getBucketStorageClassPreProcess(tCase.bosPath)1150 util.ExpectEqual("bosapi.go getBucketStorageClassPreProcess I", i+1, t.Errorf, tCase.code,1151 code)1152 if tCase.code == BOSCLI_OK {1153 util.ExpectEqual("bosapi.go getBucketStorageClassPreProcess II", i+1, t.Errorf,1154 tCase.bucketName, ret)1155 }1156 }1157}1158type getBucketStorageClassExecuteType struct {1159 bucketName string1160 err string1161}1162func TestGetBucketStorageClassExecute(t *testing.T) {1163 testCases := []getBucketStorageClassExecuteType{1164 // 11165 getBucketStorageClassExecuteType{1166 bucketName: "success",1167 },1168 // 21169 getBucketStorageClassExecuteType{1170 bucketName: "error",1171 err: "error",1172 },1173 // 31174 getBucketStorageClassExecuteType{1175 bucketName: "errorcold",1176 err: "errorcold",1177 },1178 }1179 for i, tCase := range testCases {1180 err := bosapi.getBucketStorageClassExecute(tCase.bucketName)1181 util.ExpectEqual("bosapi.go getBucketStorageClassExecute I", i+1, t.Errorf, tCase.err == "",1182 err == nil)1183 if err != nil {1184 util.ExpectEqual("bosapi.go getBucketStorageClassExecute II", i+1, t.Errorf, tCase.err,1185 err.Error())1186 }1187 }1188}1189func TestGetBucketStorageClass(t *testing.T) {1190 bosapi.GetBucketStorageClass("success")1191}...
keyspace_test.go
Source:keyspace_test.go
...93 }94 if err := clusterForKSTest.StartKeyspace(*keyspaceSharded, []string{"-80", "80-"}, 1, false); err != nil {95 return 196 }97 if err := clusterForKSTest.VtctlclientProcess.ExecuteCommand("RebuildKeyspaceGraph", keyspaceShardedName); err != nil {98 return 199 }100 // Start unsharded keyspace101 keyspaceUnsharded := &cluster.Keyspace{102 Name: keyspaceUnshardedName,103 SchemaSQL: sqlSchema,104 }105 if err := clusterForKSTest.StartKeyspace(*keyspaceUnsharded, []string{keyspaceUnshardedName}, 1, false); err != nil {106 return 1107 }108 if err := clusterForKSTest.VtctlclientProcess.ExecuteCommand("RebuildKeyspaceGraph", keyspaceUnshardedName); err != nil {109 return 1110 }111 // Start vtgate112 if err := clusterForKSTest.StartVtgate(); err != nil {113 return 1114 }115 return m.Run()116 }()117 os.Exit(exitCode)118}119// TestDurabilityPolicyField tests that the DurabilityPolicy field of a keyspace can be set during creation, read and updated later120// from vtctld server and the vtctl binary121func TestDurabilityPolicyField(t *testing.T) {122 vtctldClientProcess := cluster.VtctldClientProcessInstance("localhost", clusterForKSTest.VtctldProcess.GrpcPort, clusterForKSTest.TmpDirectory)123 out, err := vtctldClientProcess.ExecuteCommandWithOutput("CreateKeyspace", "ks_durability", "--durability-policy=semi_sync")124 require.NoError(t, err, out)125 checkDurabilityPolicy(t, "semi_sync")126 out, err = vtctldClientProcess.ExecuteCommandWithOutput("SetKeyspaceDurabilityPolicy", "ks_durability", "--durability-policy=none")127 require.NoError(t, err, out)128 checkDurabilityPolicy(t, "none")129 out, err = vtctldClientProcess.ExecuteCommandWithOutput("DeleteKeyspace", "ks_durability")130 require.NoError(t, err, out)131 out, err = clusterForKSTest.VtctlProcess.ExecuteCommandWithOutput("CreateKeyspace", "--", "--durability-policy=semi_sync", "ks_durability")132 require.NoError(t, err, out)133 checkDurabilityPolicy(t, "semi_sync")134 out, err = clusterForKSTest.VtctlProcess.ExecuteCommandWithOutput("DeleteKeyspace", "ks_durability")135 require.NoError(t, err, out)136}137func checkDurabilityPolicy(t *testing.T, durabilityPolicy string) {138 var keyspace topodata.Keyspace139 out, err := clusterForKSTest.VtctlclientProcess.ExecuteCommandWithOutput("GetKeyspace", "ks_durability")140 require.NoError(t, err, out)141 err = json.Unmarshal([]byte(out), &keyspace)142 require.NoError(t, err)143 require.Equal(t, keyspace.DurabilityPolicy, durabilityPolicy)144}145func TestGetSrvKeyspaceNames(t *testing.T) {146 defer cluster.PanicHandler(t)147 output, err := clusterForKSTest.VtctlclientProcess.ExecuteCommandWithOutput("GetSrvKeyspaceNames", cell)148 require.Nil(t, err)149 assert.Contains(t, strings.Split(output, "\n"), keyspaceUnshardedName)150 assert.Contains(t, strings.Split(output, "\n"), keyspaceShardedName)151}152func TestGetSrvKeyspacePartitions(t *testing.T) {153 defer cluster.PanicHandler(t)154 shardedSrvKeyspace := getSrvKeyspace(t, cell, keyspaceShardedName)155 otherShardRefFound := false156 for _, partition := range shardedSrvKeyspace.Partitions {157 if servedTypes[partition.ServedType] {158 for _, shardRef := range partition.ShardReferences {159 assert.True(t, shardRef.Name == "-80" || shardRef.Name == "80-")160 }161 } else {162 otherShardRefFound = true163 }164 }165 assert.True(t, !otherShardRefFound)166 unShardedSrvKeyspace := getSrvKeyspace(t, cell, keyspaceUnshardedName)167 otherShardRefFound = false168 for _, partition := range unShardedSrvKeyspace.Partitions {169 if servedTypes[partition.ServedType] {170 for _, shardRef := range partition.ShardReferences {171 assert.True(t, shardRef.Name == keyspaceUnshardedName)172 }173 } else {174 otherShardRefFound = true175 }176 }177 assert.True(t, !otherShardRefFound)178}179func TestShardNames(t *testing.T) {180 defer cluster.PanicHandler(t)181 output, err := clusterForKSTest.VtctlclientProcess.ExecuteCommandWithOutput("GetSrvKeyspace", cell, keyspaceShardedName)182 require.Nil(t, err)183 var srvKeyspace topodata.SrvKeyspace184 err = json.Unmarshal([]byte(output), &srvKeyspace)185 require.Nil(t, err)186}187func TestGetKeyspace(t *testing.T) {188 defer cluster.PanicHandler(t)189 output, err := clusterForKSTest.VtctlclientProcess.ExecuteCommandWithOutput("GetKeyspace", keyspaceUnshardedName)190 require.Nil(t, err)191 var keyspace topodata.Keyspace192 err = json.Unmarshal([]byte(output), &keyspace)193 require.Nil(t, err)194}195func TestDeleteKeyspace(t *testing.T) {196 defer cluster.PanicHandler(t)197 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("CreateKeyspace", "test_delete_keyspace")198 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("CreateShard", "test_delete_keyspace/0")199 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("InitTablet", "--", "--keyspace=test_delete_keyspace", "--shard=0", "zone1-0000000100", "primary")200 // Can't delete keyspace if there are shards present.201 err := clusterForKSTest.VtctlclientProcess.ExecuteCommand("DeleteKeyspace", "test_delete_keyspace")202 require.Error(t, err)203 // Can't delete shard if there are tablets present.204 err = clusterForKSTest.VtctlclientProcess.ExecuteCommand("DeleteShard", "--", "--even_if_serving", "test_delete_keyspace/0")205 require.Error(t, err)206 // Use recursive DeleteShard to remove tablets.207 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("DeleteShard", "--", "--even_if_serving", "--recursive", "test_delete_keyspace/0")208 // Now non-recursive DeleteKeyspace should work.209 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("DeleteKeyspace", "test_delete_keyspace")210 // Start over and this time use recursive DeleteKeyspace to do everything.211 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("CreateKeyspace", "test_delete_keyspace")212 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("CreateShard", "test_delete_keyspace/0")213 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("InitTablet", "--", "--port=1234", "--keyspace=test_delete_keyspace", "--shard=0", "zone1-0000000100", "primary")214 // Create the serving/replication entries and check that they exist,215 // so we can later check they're deleted.216 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("RebuildKeyspaceGraph", "test_delete_keyspace")217 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("GetShardReplication", cell, "test_delete_keyspace/0")218 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("GetSrvKeyspace", cell, "test_delete_keyspace")219 // Recursive DeleteKeyspace220 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("DeleteKeyspace", "--", "--recursive", "test_delete_keyspace")221 // Check that everything is gone.222 err = clusterForKSTest.VtctlclientProcess.ExecuteCommand("GetKeyspace", "test_delete_keyspace")223 require.Error(t, err)224 err = clusterForKSTest.VtctlclientProcess.ExecuteCommand("GetShard", "test_delete_keyspace/0")225 require.Error(t, err)226 err = clusterForKSTest.VtctlclientProcess.ExecuteCommand("GetTablet", "zone1-0000000100")227 require.Error(t, err)228 err = clusterForKSTest.VtctlclientProcess.ExecuteCommand("GetShardReplication", cell, "test_delete_keyspace/0")229 require.Error(t, err)230 err = clusterForKSTest.VtctlclientProcess.ExecuteCommand("GetSrvKeyspace", cell, "test_delete_keyspace")231 require.Error(t, err)232}233// TODO: Fix this test, not running in CI234// TODO: (ajm188) if this test gets fixed, the flags need to be updated to comply with VEP-4 as well.235// tells that in zone2 after deleting shard, there is no shard #264 and in zone1 there is only 1 #269236/*func RemoveKeyspaceCell(t *testing.T) {237 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("CreateKeyspace", "test_delete_keyspace_removekscell")238 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("CreateShard", "test_delete_keyspace_removekscell/0")239 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("CreateShard", "test_delete_keyspace_removekscell/1")240 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("InitTablet", "--port=1234", "-keyspace=test_delete_keyspace_removekscell", "--shard=0", "zone1-0000000100", "primary")241 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("InitTablet", "--port=1234", "-keyspace=test_delete_keyspace_removekscell", "--shard=1", "zone1-0000000101", "primary")242 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("InitTablet", "--port=1234", "-keyspace=test_delete_keyspace_removekscell", "--shard=0", "zone2-0000000100", "replica")243 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("InitTablet", "--port=1234", "-keyspace=test_delete_keyspace_removekscell", "--shard=1", "zone2-0000000101", "replica")244 // Create the serving/replication entries and check that they exist, so we can later check they're deleted.245 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("RebuildKeyspaceGraph", "test_delete_keyspace_removekscell")246 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("GetShardReplication", "zone2", "test_delete_keyspace_removekscell/0")247 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("GetShardReplication", "zone2", "test_delete_keyspace_removekscell/1")248 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("GetSrvKeyspace", "zone2", "test_delete_keyspace_removekscell")249 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("GetSrvKeyspace", "zone1", "test_delete_keyspace_removekscell")250 // Just remove the shard from one cell (including tablets),251 // but leaving the global records and other cells/shards alone.252 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("RemoveShardCell", "--recursive", "test_delete_keyspace_removekscell/0", "zone2")253 //Check that the shard is gone from zone2.254 srvKeyspaceZone2 := getSrvKeyspace(t, cell2, "test_delete_keyspace_removekscell")255 for _, partition := range srvKeyspaceZone2.Partitions {256 assert.Equal(t, len(partition.ShardReferences), 1)257 }258 srvKeyspaceZone1 := getSrvKeyspace(t, cell, "test_delete_keyspace_removekscell")259 for _, partition := range srvKeyspaceZone1.Partitions {260 assert.Equal(t, len(partition.ShardReferences), 2)261 }262 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("RebuildKeyspaceGraph", "test_delete_keyspace_removekscell")263 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("GetKeyspace", "test_delete_keyspace_removekscell")264 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("GetShard", "test_delete_keyspace_removekscell/0")265 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("GetTablet", "zone1-0000000100")266 err := clusterForKSTest.VtctlclientProcess.ExecuteCommand("GetTablet", "zone2-0000000100")267 require.Error(t, err)268 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("GetTablet", "zone2-0000000101")269 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("GetShardReplication", "zone1", "test_delete_keyspace_removekscell/0")270 err = clusterForKSTest.VtctlclientProcess.ExecuteCommand("GetShardReplication", "zone2", "test_delete_keyspace_removekscell/0")271 require.Error(t, err)272 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("GetShardReplication", "zone2", "test_delete_keyspace_removekscell/1")273 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("GetSrvKeyspace", "zone2", "test_delete_keyspace_removekscell")274 // Add it back to do another test.275 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("InitTablet", "--port=1234", "--keyspace=test_delete_keyspace_removekscell", "--shard=0", "zone2-0000000100", "replica")276 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("RebuildKeyspaceGraph", "test_delete_keyspace_removekscell")277 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("GetShardReplication", "zone2", "test_delete_keyspace_removekscell/0")278 // Now use RemoveKeyspaceCell to remove all shards.279 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("RemoveKeyspaceCell", "-recursive", "test_delete_keyspace_removekscell", "zone2")280 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("RebuildKeyspaceGraph", "test_delete_keyspace_removekscell")281 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("GetShardReplication", "zone1", "test_delete_keyspace_removekscell/0")282 err = clusterForKSTest.VtctlclientProcess.ExecuteCommand("GetShardReplication", "zone2", "test_delete_keyspace_removekscell/0")283 require.Error(t, err)284 err = clusterForKSTest.VtctlclientProcess.ExecuteCommand("GetShardReplication", "zone2", "test_delete_keyspace_removekscell/1")285 require.Error(t, err)286 // Clean up287 _ = clusterForKSTest.VtctlclientProcess.ExecuteCommand("DeleteKeyspace", "-recursive", "test_delete_keyspace_removekscell")288} */289func TestShardCountForAllKeyspaces(t *testing.T) {290 defer cluster.PanicHandler(t)291 testShardCountForKeyspace(t, keyspaceUnshardedName, 1)292 testShardCountForKeyspace(t, keyspaceShardedName, 2)293}294func testShardCountForKeyspace(t *testing.T, keyspace string, count int) {295 srvKeyspace := getSrvKeyspace(t, cell, keyspace)296 // for each served type PRIMARY REPLICA RDONLY, the shard ref count should match297 for _, partition := range srvKeyspace.Partitions {298 if servedTypes[partition.ServedType] {299 assert.Equal(t, len(partition.ShardReferences), count)300 }301 }302}303func TestShardNameForAllKeyspaces(t *testing.T) {304 defer cluster.PanicHandler(t)305 testShardNameForKeyspace(t, keyspaceUnshardedName, []string{"test_ks_unsharded"})306 testShardNameForKeyspace(t, keyspaceShardedName, []string{"-80", "80-"})307}308func testShardNameForKeyspace(t *testing.T, keyspace string, shardNames []string) {309 srvKeyspace := getSrvKeyspace(t, cell, keyspace)310 // for each served type PRIMARY REPLICA RDONLY, the shard ref count should match311 for _, partition := range srvKeyspace.Partitions {312 if servedTypes[partition.ServedType] {313 for _, shardRef := range partition.ShardReferences {314 assert.Contains(t, shardNames, shardRef.Name)315 }316 }317 }318}319func TestKeyspaceToShardName(t *testing.T) {320 defer cluster.PanicHandler(t)321 var id []byte322 srvKeyspace := getSrvKeyspace(t, cell, keyspaceShardedName)323 // for each served type PRIMARY REPLICA RDONLY, the shard ref count should match324 for _, partition := range srvKeyspace.Partitions {325 if partition.ServedType == topodata.TabletType_PRIMARY {326 for _, shardRef := range partition.ShardReferences {327 shardKIDs := shardKIdMap[shardRef.Name]328 for _, kid := range shardKIDs {329 id = packKeyspaceID(kid)330 assert.True(t, bytes.Compare(shardRef.KeyRange.Start, id) <= 0 &&331 (len(shardRef.KeyRange.End) == 0 || bytes.Compare(id, shardRef.KeyRange.End) < 0))332 }333 }334 }335 }336 srvKeyspace = getSrvKeyspace(t, cell, keyspaceUnshardedName)337 for _, partition := range srvKeyspace.Partitions {338 if partition.ServedType == topodata.TabletType_PRIMARY {339 for _, shardRef := range partition.ShardReferences {340 assert.Equal(t, shardRef.Name, keyspaceUnshardedName)341 }342 }343 }344}345// packKeyspaceID packs this into big-endian and returns byte[] to do a byte-wise comparison.346func packKeyspaceID(keyspaceID uint64) []byte {347 var keybytes [8]byte348 binary.BigEndian.PutUint64(keybytes[:], keyspaceID)349 return (keybytes[:])350}351func getSrvKeyspace(t *testing.T, cell string, ksname string) *topodata.SrvKeyspace {352 output, err := clusterForKSTest.VtctlclientProcess.ExecuteCommandWithOutput("GetSrvKeyspace", cell, ksname)353 require.Nil(t, err)354 var srvKeyspace topodata.SrvKeyspace355 err = json.Unmarshal([]byte(output), &srvKeyspace)356 require.Nil(t, err)357 return &srvKeyspace358}...
Execute
Using AI Code Generation
1import (2func main() {3 cmd := exec.Command("ls", "-l")4 out, err := cmd.Output()5 if err != nil {6 fmt.Println(err)7 }8 fmt.Println(string(out))9}10import (11func main() {12 cmd := exec.Command("ls", "-l")13 out, err := cmd.CombinedOutput()14 if err != nil {15 fmt.Println(err)16 }17 fmt.Println(string(out))18}19import (20func main() {21 cmd := exec.Command("ls", "-l")22 err := cmd.Start()23 if err != nil {24 fmt.Println(err)25 }26 fmt.Println("Command started")27}
Execute
Using AI Code Generation
1import (2func main() {3 cmd := exec.Command("ls", "-ltr")4 stdout, err := cmd.Output()5 if err != nil {6 fmt.Println(err.Error())7 }8 fmt.Println(string(stdout))9}10import (11func main() {12 cmd := exec.Command("ls", "-ltr")13 stdout, err := cmd.StdoutPipe()14 if err != nil {15 fmt.Println(err.Error())16 }17 if err := cmd.Start(); err != nil {18 fmt.Println(err.Error())19 }20 bytes, err := io.ReadAll(stdout)21 if err != nil {22 fmt.Println(err.Error())23 }24 if err := cmd.Wait(); err != nil {25 fmt.Println(err.Error())26 }27 fmt.Println(string(bytes))28}29import (30func main() {31 cmd := exec.Command("ls", "-ltr")32 stdout, err := cmd.StdoutPipe()33 if err != nil {34 fmt.Println(err.Error())35 }36 if err := cmd.Start(); err != nil {37 fmt.Println(err.Error())38 }39 bytes := make([]byte, 100)40 for {41 n, err := stdout.Read(bytes)42 if err != nil {43 if err != io.EOF {44 fmt.Println(err.Error())45 }46 }47 fmt.Print(string(bytes[:n]))48 }49 if err := cmd.Wait(); err != nil {50 fmt.Println(err.Error())51 }52}53import (54func main() {55 cmd := exec.Command("ls", "-ltr")56 stdout, err := cmd.StdoutPipe()57 if err != nil {58 fmt.Println(err.Error())59 }
Execute
Using AI Code Generation
1import (2func main() {3 cmd := exec.Command("ls", "-l")4 stdout, err := cmd.Output()5 if err != nil {6 fmt.Println(err.Error())7 }8 fmt.Println(string(stdout))9}10import (11func main() {12 cmd := exec.Command("ls", "-l")13 err := cmd.Run()14 if err != nil {15 fmt.Println(err.Error())16 }17 fmt.Println("Command Successfully Executed")18}19import (20func main() {21 cmd := exec.Command("ls", "-l")22 err := cmd.Start()23 if err != nil {24 fmt.Println(err.Error())25 }26 fmt.Println("Command Successfully Executed")27}28import (29func main() {30 cmd := exec.Command("ls", "-l")31 err := cmd.Start()32 if err != nil {33 fmt.Println(err.Error())34 }35 err = cmd.Wait()36 if err != nil {37 fmt.Println(err.Error())38 }39 fmt.Println("Command Successfully Executed")40}41import (42func main() {43 cmd := exec.Command("ls", "-l")44 stdout, err := cmd.CombinedOutput()45 if err != nil {46 fmt.Println(err.Error())47 }48 fmt.Println(string(stdout))49}50import (51func main() {52 cmd := exec.Command("ls", "-l")53 stdout, err := cmd.StdoutPipe()54 if err != nil {55 fmt.Println(err.Error())56 }57 if err := cmd.Start();
Execute
Using AI Code Generation
1import (2func main() {3 cmd := exec.Command("ls", "-l")4 out, err := cmd.Output()5 if err != nil {6 fmt.Println(err)7 }8 fmt.Println(string(out))9}10import (11func main() {12 cmd := exec.Command("ls", "-l")13 err := cmd.Start()14 if err != nil {15 fmt.Println(err)16 }17}18import (19func main() {20 cmd := exec.Command("ls", "-l")21 err := cmd.Run()22 if err != nil {23 fmt.Println(err)24 }25}26import (27func main() {28 cmd := exec.Command("ls", "-l")29 stdout, err := cmd.StdoutPipe()30 if err != nil {31 fmt.Println(err)32 }33 err = cmd.Start()34 if err != nil {35 fmt.Println(err)36 }37 out, err := ioutil.ReadAll(stdout)38 if err != nil {39 fmt.Println(err)40 }41 fmt.Println(string(out))42}43import (44func main() {45 cmd := exec.Command("cat")46 stdin, err := cmd.StdinPipe()47 if err != nil {48 fmt.Println(err)49 }50 err = cmd.Start()51 if err != nil {52 fmt.Println(err)53 }54 io.WriteString(stdin, "Hello world")55 io.WriteString(stdin, "Hello world")56 io.WriteString(stdin, "Hello world")57 stdin.Close()58}59import (60func main() {61 cmd := exec.Command("ls", "-l")62 stderr, err := cmd.StderrPipe()63 if err != nil {64 fmt.Println(err)65 }66 err = cmd.Start()67 if err != nil {68 fmt.Println(err)69 }
Execute
Using AI Code Generation
1import (2func main() {3 cmd := exec.Command("ls", "-l")4 err := cmd.Run()5 if err != nil {6 fmt.Println(err)7 }8 fmt.Println(out.String())9}
Execute
Using AI Code Generation
1import (2func main() {3 cmd := exec.Command("cmd", "/c", "dir")4 stdout, err := cmd.Output()5 if err != nil {6 fmt.Println(err.Error())7 }8 fmt.Println(s
Execute
Using AI Code Generation
1import (2func main() {3 cmd := exec.Command("ping", "google.com")4 err := cmd.Run()5 if err != nil {6 log.Fatal(err)7 }8 fmt.Println("Command successfully executed")9}10import (11func main() {12 cmd := exec.Command("ping", "google.com")13 out, err := cmd.Output()14 if err != nil {15 log.Fatal(err)16 }17 fmt.Println(string(out))18}
Execute
Using AI Code Generation
1import (2func main() {3 cmd := exec.Command("ls", "-a", "-l", "-h")4 cmdOutput := &bytes.Buffer{}5 if err != nil {6 fmt.Fprintln(os.Stderr, "There was an error running ls command: ", err)7 os.Exit(1)8 }9 fmt.Println(cmdOutput.String())10}
Execute
Using AI Code Generation
1import (2func main() {3 cmd := exec.Command("ls", "-ltr")4 err := cmd.Run()5 if err != nil {6 fmt.Println(err)7 }8}9import (10func main() {11 cmd := exec.Command("ls", "-ltr")12 out, err := cmd.Output()13 if err != nil {14 fmt.Println(err)15 }16 fmt.Println(string(out))17}
Execute
Using AI Code Generation
1import (2func main() {3 out, err := exec.Command("dir").Output()4 if err != nil {5 fmt.Printf("%s", err)6 }7 fmt.Println("The date is", string(out))8}
Automation Testing Tutorials
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