How to use NewSuite method of internal Package

Best Ginkgo code snippet using internal.NewSuite

suites_test.go

Source:suites_test.go

1package jess2import (3	"errors"4	"fmt"5	"strings"6	"testing"7	"github.com/safing/jess/hashtools"8	"github.com/safing/jess/tools"9)10func getSuite(t *testing.T, suiteID string) (suite *Suite) {11	t.Helper()12	suite, ok := GetSuite(suiteID)13	if !ok {14		t.Fatalf("suite %s does not exist", suiteID)15		return nil16	}17	return suite18}19func TestSuites(t *testing.T) {20	t.Parallel()21	for _, suite := range Suites() {22		err := suiteBullshitCheck(suite)23		if err != nil {24			t.Errorf("suite %s has incorrect property: %s", suite.ID, err)25			continue26		}27		envelope, err := setupEnvelopeAndTrustStore(t, suite)28		if err != nil {29			t.Errorf("failed to setup test envelope for suite %s: %s", suite.ID, err)30			continue31		}32		if envelope == nil {33			t.Errorf("suite %s has an invalid toolset", suite.ID)34			continue35		}36		session, err := envelope.Correspondence(testTrustStore)37		if err != nil {38			t.Errorf("failed to init session for suite %s: %s", suite.ID, err)39			continue40		}41		letter, err := session.Close([]byte(testData1))42		if err != nil {43			tErrorf(t, "suite %s failed to close (1): %s", suite.ID, err)44			continue45		}46		msg, err := letter.ToJSON()47		if err != nil {48			tErrorf(t, "suite %s failed to json encode (1): %s", suite.ID, err)49			continue50		}51		// test 2: open52		letter2, err := LetterFromJSON(msg)53		if err != nil {54			tErrorf(t, "suite %s failed to json decode (2): %s", suite.ID, err)55			continue56		}57		origData2, err := letter2.Open(envelope.suite.Provides, testTrustStore)58		if err != nil {59			tErrorf(t, "suite %s failed to open (2): %s", suite.ID, err)60			continue61		}62		if string(origData2) != testData1 {63			tErrorf(t, "%v original data mismatch (2): %s", suite.ID, string(origData2))64			continue65		}66		// test 2.1: verify67		letter21, err := LetterFromJSON(msg)68		if err != nil {69			tErrorf(t, "suite %s failed to json decode (2): %s", suite.ID, err)70			continue71		}72		if len(letter21.Signatures) > 0 {73			err = letter21.Verify(envelope.suite.Provides, testTrustStore)74			if err != nil {75				tErrorf(t, "suite %s failed to verify (2): %s", suite.ID, err)76				continue77			}78		}79	}80}81func suiteBullshitCheck(suite *Suite) error { //nolint:maintidx82	// pre checks83	if suite.Provides == nil {84		return errors.New("provides no requirement attributes")85	}86	if suite.SecurityLevel == 0 {87		return errors.New("does not specify security level")88	}89	// create session struct for holding information90	s := &Session{91		envelope: &Envelope{92			suite: suite,93		},94		toolRequirements: newEmptyRequirements(),95	}96	// check if we are assuming we have a key97	assumeKey := strings.Contains(suite.ID, "key")98	if assumeKey {99		s.toolRequirements.Add(SenderAuthentication)100		s.toolRequirements.Add(RecipientAuthentication)101	}102	// tool check loop: start103	for i, toolID := range suite.Tools {104		// =====================================105		// tool check loop: check for duplicates106		// =====================================107		for j, dupeToolID := range suite.Tools {108			if i != j && toolID == dupeToolID {109				return fmt.Errorf("cannot use tool %s twice, each tool may be only specified once", toolID)110			}111		}112		// ====================================113		// tool check loop: parse, prep and get114		// ====================================115		var (116			hashTool  *hashtools.HashTool117			hashSumFn func() ([]byte, error)118		)119		// parse ID for args120		var arg string121		if strings.Contains(toolID, "(") {122			splitted := strings.Split(toolID, "(")123			toolID = splitted[0]124			arg = strings.Trim(splitted[1], "()")125		}126		// get tool127		tool, err := tools.Get(toolID)128		if err != nil {129			return fmt.Errorf("the specified tool %s could not be found", toolID)130		}131		// create logic instance and add to logic and state lists132		logic := tool.Factory()133		s.all = append(s.all, logic)134		if tool.Info.HasOption(tools.OptionHasState) {135			s.toolsWithState = append(s.toolsWithState, logic)136		}137		// ============================================================138		// tool check loop: assign tools to queues and add requirements139		// ============================================================140		switch tool.Info.Purpose {141		case tools.PurposeKeyDerivation:142			if s.kdf != nil {143				return fmt.Errorf("cannot use %s, you may only specify one key derivation tool and %s was already specified", tool.Info.Name, s.kdf.Info().Name)144			}145			s.kdf = logic146		case tools.PurposePassDerivation:147			if s.passDerivator != nil {148				return fmt.Errorf("cannot use %s, you may only specify one password derivation tool and %s was already specified", tool.Info.Name, s.passDerivator.Info().Name)149			}150			s.passDerivator = logic151			s.toolRequirements.Add(SenderAuthentication)152			s.toolRequirements.Add(RecipientAuthentication)153		case tools.PurposeKeyExchange:154			s.keyExchangers = append(s.keyExchangers, logic)155			s.toolRequirements.Add(RecipientAuthentication)156		case tools.PurposeKeyEncapsulation:157			s.keyEncapsulators = append(s.keyEncapsulators, logic)158			s.toolRequirements.Add(RecipientAuthentication)159		case tools.PurposeSigning:160			s.signers = append(s.signers, logic)161			s.toolRequirements.Add(SenderAuthentication)162		case tools.PurposeIntegratedCipher:163			s.integratedCiphers = append(s.integratedCiphers, logic)164			s.toolRequirements.Add(Confidentiality)165			s.toolRequirements.Add(Integrity)166		case tools.PurposeCipher:167			s.ciphers = append(s.ciphers, logic)168			s.toolRequirements.Add(Confidentiality)169		case tools.PurposeMAC:170			s.macs = append(s.macs, logic)171			s.toolRequirements.Add(Integrity)172		}173		// =============================================174		// tool check loop: process options, get hashers175		// =============================================176		for _, option := range tool.Info.Options {177			switch option {178			case tools.OptionNeedsManagedHasher:179				// get managed hasher list180				var managedHashers map[string]*managedHasher181				switch tool.Info.Purpose {182				case tools.PurposeMAC:183					if s.managedMACHashers == nil {184						s.managedMACHashers = make(map[string]*managedHasher)185					}186					managedHashers = s.managedMACHashers187				case tools.PurposeSigning:188					if s.managedSigningHashers == nil {189						s.managedSigningHashers = make(map[string]*managedHasher)190					}191					managedHashers = s.managedSigningHashers192				default:193					return fmt.Errorf("only MAC and Signing tools may use managed hashers")194				}195				// get or assign a new managed hasher196				mngdHasher, ok := managedHashers[arg]197				if !ok {198					// get hashtool199					ht, err := hashtools.Get(arg)200					if err != nil {201						return fmt.Errorf("the specified hashtool for %s(%s) could not be found", toolID, arg)202					}203					// save to managed hashers204					mngdHasher = &managedHasher{205						tool: ht,206						hash: ht.New(),207					}208					managedHashers[arg] = mngdHasher209				}210				hashTool = mngdHasher.tool211				hashSumFn = mngdHasher.Sum212			case tools.OptionNeedsDedicatedHasher:213				hashTool, err = hashtools.Get(arg)214				if err != nil {215					return fmt.Errorf("the specified hashtool for %s(%s) could not be found", toolID, arg)216				}217			}218		}219		// ================================220		// tool check loop: initialize tool221		// ================================222		// init tool223		logic.Init(224			tool,225			&Helper{226				session: s,227				info:    tool.Info,228			},229			hashTool,230			hashSumFn,231		)232		// ===============================================233		// tool check loop: calc and check security levels234		// ===============================================235		err = s.calcAndCheckSecurityLevel(logic, nil)236		if err != nil {237			return err238		}239	} // tool check loop: end240	// ============241	// final checks242	// ============243	// check requirements requirements244	if s.toolRequirements.Empty() {245		return errors.New("suite does not provide any security attributes")246	}247	// check if we have recipient auth without confidentiality248	if s.toolRequirements.Has(RecipientAuthentication) &&249		!s.toolRequirements.Has(Confidentiality) {250		return errors.New("having recipient authentication without confidentiality does not make sense")251	}252	// check if we have confidentiality without integrity253	if s.toolRequirements.Has(Confidentiality) &&254		!s.toolRequirements.Has(Integrity) {255		return errors.New("having confidentiality without integrity does not make sense")256	}257	// check if we are missing a kdf, but need one258	if s.kdf == nil && len(s.signers) != len(s.envelope.suite.Tools) {259		return errors.New("missing a key derivation tool")260	}261	// check if have a kdf, even if we don't need one262	if len(s.integratedCiphers) == 0 &&263		len(s.ciphers) == 0 &&264		len(s.macs) == 0 &&265		s.kdf != nil {266		return errors.New("key derivation tool specified, but not needed")267	}268	// ======================================269	// check if values match suite definition270	// ======================================271	// check if security level matches272	if s.SecurityLevel != suite.SecurityLevel {273		return fmt.Errorf("suite has incorrect security level: %d (expected %d)", suite.SecurityLevel, s.SecurityLevel)274	}275	// check if requirements match276	if s.toolRequirements.SerializeToNoSpec() != suite.Provides.SerializeToNoSpec() {277		return fmt.Errorf(278			"suite has incorrect attributes: no %s (expected no %s)",279			suite.Provides.SerializeToNoSpec(),280			s.toolRequirements.SerializeToNoSpec(),281		)282	}283	// ========================================================284	// check if computeSuiteAttributes returns the same results285	// ========================================================286	computedSuite := computeSuiteAttributes(suite.Tools, assumeKey)287	if computedSuite == nil {288		return errors.New("internal error: could not compute suite attributes")289	}290	if suite.SecurityLevel != computedSuite.SecurityLevel {291		return fmt.Errorf("internal error: computeSuiteAttributes error: security level: suite=%d computed=%d", suite.SecurityLevel, computedSuite.SecurityLevel)292	}293	if suite.Provides.SerializeToNoSpec() != computedSuite.Provides.SerializeToNoSpec() {294		return fmt.Errorf(295			"internal error: computeSuiteAttributes error: attributes: suite=no %s compute=no %s)",296			suite.Provides.SerializeToNoSpec(),297			computedSuite.Provides.SerializeToNoSpec(),298		)299	}300	return nil301}302func computeSuiteAttributes(toolIDs []string, assumeKey bool) *Suite {303	newSuite := &Suite{304		Provides:      newEmptyRequirements(),305		SecurityLevel: 0,306	}307	// if we have a key308	if assumeKey {309		newSuite.Provides.Add(SenderAuthentication)310		newSuite.Provides.Add(RecipientAuthentication)311	}312	// check all security levels and collect attributes313	for _, toolID := range toolIDs {314		// ====================================315		// tool check loop: parse, prep and get316		// ====================================317		var hashTool *hashtools.HashTool318		// parse ID for args319		var arg string320		if strings.Contains(toolID, "(") {321			splitted := strings.Split(toolID, "(")322			toolID = splitted[0]323			arg = strings.Trim(splitted[1], "()")324		}325		// get tool326		tool, err := tools.Get(toolID)327		if err != nil {328			return nil329		}330		// create logic instance and add to logic and state lists331		logic := tool.Factory()332		// ===================================333		// tool check loop: collect attributes334		// ===================================335		switch tool.Info.Purpose {336		case tools.PurposePassDerivation:337			newSuite.Provides.Add(SenderAuthentication)338			newSuite.Provides.Add(RecipientAuthentication)339		case tools.PurposeKeyExchange:340			newSuite.Provides.Add(RecipientAuthentication)341		case tools.PurposeKeyEncapsulation:342			newSuite.Provides.Add(RecipientAuthentication)343		case tools.PurposeSigning:344			newSuite.Provides.Add(SenderAuthentication)345		case tools.PurposeIntegratedCipher:346			newSuite.Provides.Add(Confidentiality)347			newSuite.Provides.Add(Integrity)348		case tools.PurposeCipher:349			newSuite.Provides.Add(Confidentiality)350		case tools.PurposeMAC:351			newSuite.Provides.Add(Integrity)352		}353		// =============================================354		// tool check loop: process options, get hashers355		// =============================================356		for _, option := range tool.Info.Options {357			switch option {358			case tools.OptionNeedsManagedHasher,359				tools.OptionNeedsDedicatedHasher:360				hashTool, err = hashtools.Get(arg)361				if err != nil {362					return nil363				}364			}365		}366		// ================================367		// tool check loop: initialize tool368		// ================================369		// init tool370		logic.Init(371			tool,372			&Helper{373				info: tool.Info,374			},375			hashTool,376			nil,377		)378		// =======================================379		// tool check loop: compute security level380		// =======================================381		toolSecurityLevel, err := logic.SecurityLevel(nil)382		if err != nil {383			return nil384		}385		if newSuite.SecurityLevel == 0 || toolSecurityLevel < newSuite.SecurityLevel {386			newSuite.SecurityLevel = toolSecurityLevel387		}388	}389	return newSuite390}...

adder.go

Source:adder.go

1package api2import (3  "context"4  "errors"5  "fmt"6  "github.com/xpwu/go-log/log"7  "net/http"8  "path"9  "reflect"10  "strings"11)12type base struct {13  newSuite     SuiteCreator14  method       reflect.Method15  requestType  reflect.Type16  responseType reflect.Type17}18func (base *base) Process(ctx context.Context, request *Request) (response *Response) {19  response = NewResponse(request)20  response.HttpStatus = http.StatusInternalServerError21  apiReq := reflect.New(base.requestType)22  var apiRes interface{} = &struct{}{}23  suite := base.newSuite()24  if suite.SetUp(ctx, request, apiReq.Interface()) {25    in := []reflect.Value{reflect.ValueOf(suite), reflect.ValueOf(ctx), apiReq}26    out := base.method.Func.Call(in)27    if len(out) != 1 {28      request.Terminate(errors.New("len(out) != 1, ä¸æ»¡è¶³suite api çè¾åºè¦æ±ï¼è¯·æ£æ¥ä»£ç "))29    }30    apiRes = out[0].Interface()31    response.HttpStatus = http.StatusOK32  }33  suite.TearDown(ctx, apiRes, response)34  return35}36// åè§suiteçæ³¨éè¯´æ37const preAPI = "API"38func Add(newSuite SuiteCreator) {39  add(newSuite, Register)40}41func errStr(method, reason string) string {42  return fmt.Sprintf(43    "%s has %s prefix, but %s. NOT add this method to server",44    method, preAPI, reason)45}46func add(newSuite SuiteCreator, register func(uri string, api API)) {47  logger := log.NewLogger()48  suite := newSuite()49  typ := reflect.TypeOf(suite)50  logger.PushPrefix(fmt.Sprintf("add suite(name:%s) to server. ", typ.Elem().Name()))51  defer logger.PopPrefix()52  for i := 0; i < typ.NumMethod(); i++ {53    // Method must be exported.54    method := typ.Method(i)55    if method.PkgPath != "" {56      continue57    }58    mName := method.Name59    if !strings.HasPrefix(mName, preAPI) {60      continue61    }62    mName = mName[len(preAPI):]63    mType := method.Type64    // Method needs three ins: receiver, ctx, request.65    if mType.NumIn() != 3 {66      log.Warning(errStr(method.Name, "it does have two parameters"))67      continue68    }69    // first must implement Context70    argType := mType.In(1)71    if !argType.Implements(reflect.TypeOf((*context.Context)(nil)).Elem()) {72      log.Warning(errStr(method.Name, "the first parameter is not a context.Context"))73      continue74    }75    // second must be ptr76    reqType := mType.In(2)77    if reqType.Kind() != reflect.Ptr {78      log.Warning(errStr(method.Name, "the second parameter is not a pointer type"))79      continue80    }81    reqType = reqType.Elem()82    // return must be prt83    if mType.NumOut() != 1 {84      log.Warning(errStr(method.Name, "it does not have one return value"))85      continue86    }87    returnType := mType.Out(0)88    if returnType.Kind() != reflect.Ptr {89      log.Warning(errStr(method.Name, "the return parameter is not a pointer type"))90      continue91    }92    returnType = returnType.Elem()93    b := &base{newSuite: newSuite, method: method,94      requestType: reqType, responseType: returnType}95    // å å¥'/', è¡¨ç¤ºä¸éè¦å¸¦ä¸hostä¸èµ·å¹éãåè§ net/http/server ä¸å¯¹hostçè¯´æ96    register(path.Join("/", suite.MappingPreUri(), mName), b)97    // å¤§å°åé½å å¥98    if 'A' <= mName[0] && mName[0] <= 'Z' {99      register(path.Join("/", suite.MappingPreUri(), strings.ToLower(mName[0:1])+mName[1:]), b)100    }101  }102}...

globals_test.go

Source:globals_test.go

1package globals_test2import (3	"testing"4	"github.com/onsi/ginkgo/extensions/globals"5	"github.com/onsi/ginkgo/internal/global"6)7func TestGlobals(t *testing.T) {8	global.InitializeGlobals()9	oldSuite := global.Suite10	if oldSuite == nil {11		t.Error("global.Suite was nil")12	}13	globals.Reset()14	newSuite := global.Suite15	if newSuite == nil {16		t.Error("new global.Suite was nil")17	}18	if oldSuite == newSuite {19		t.Error("got the same suite but expected it to be different!")20	}21}...

NewSuite

Using AI Code Generation

1func main() {2    suite := internal.NewSuite()3    suite.Test()4}5func main() {6    suite := internal.NewSuite()7    suite.Test()8}9func main() {10    suite := internal.NewSuite()11    suite.Test()12}13func main() {14    suite := internal.NewSuite()15    suite.Test()16}17func main() {18    suite := internal.NewSuite()19    suite.Test()20}21func main() {22    suite := internal.NewSuite()23    suite.Test()24}25func main() {26    suite := internal.NewSuite()27    suite.Test()28}29func main() {30    suite := internal.NewSuite()31    suite.Test()32}33func main() {34    suite := internal.NewSuite()35    suite.Test()36}37func main() {38    suite := internal.NewSuite()39    suite.Test()40}41func main() {42    suite := internal.NewSuite()43    suite.Test()44}45func main() {46    suite := internal.NewSuite()47    suite.Test()48}49func main() {50    suite := internal.NewSuite()51    suite.Test()52}53func main() {54    suite := internal.NewSuite()55    suite.Test()56}57func main() {58    suite := internal.NewSuite()59    suite.Test()60}

NewSuite

Using AI Code Generation

1import (2func TestGinkgo(t *testing.T) {3    gomega.RegisterFailHandler(ginkgo.Fail)4    ginkgo.RunSpecs(t, "Ginkgo Suite")5}6import (7func TestGinkgo(t *testing.T) {8    gomega.RegisterFailHandler(ginkgo.Fail)9    ginkgo.RunSpecs(t, "Ginkgo Suite")10}11import (12func TestGinkgo(t *testing.T) {13    gomega.RegisterFailHandler(ginkgo.Fail)14    ginkgo.RunSpecs(t, "Ginkgo Suite")15}16import (17func TestGinkgo(t *testing.T) {18    gomega.RegisterFailHandler(ginkgo.Fail)19    ginkgo.RunSpecs(t, "Ginkgo Suite")20}21import (22func TestGinkgo(t *testing.T) {23    gomega.RegisterFailHandler(ginkgo.Fail)24    ginkgo.RunSpecs(t, "Ginkgo Suite")25}26import (27func TestGinkgo(t *testing.T) {28    gomega.RegisterFailHandler(ginkgo.Fail)29    ginkgo.RunSpecs(t, "

NewSuite

Using AI Code Generation

1func NewSuite() *Suite {2   return new(Suite)3}4func NewSuite() *Suite {5   return new(Suite)6}7func NewSuite() *Suite {8   return new(Suite)9}10func NewSuite() *Suite {11   return new(Suite)12}13func NewSuite() *Suite {14   return new(Suite)15}16func NewSuite() *Suite {17   return new(Suite)18}19func NewSuite() *Suite {20   return new(Suite)21}22func NewSuite() *Suite {23   return new(Suite)24}25func NewSuite() *Suite {26   return new(Suite)27}28func NewSuite() *Suite {29   return new(Suite)30}31func NewSuite() *Suite {32   return new(Suite)33}34func NewSuite() *Suite {35   return new(Suite)36}37func NewSuite() *Suite {38   return new(Suite)39}40func NewSuite() *Suite {41   return new(Suite)42}43func NewSuite() *Suite {44   return new(Suite)45}46func NewSuite() *Suite {47   return new(Suite)48}

NewSuite

Using AI Code Generation

1func main() {2    s := internal.NewSuite("test")3    s.Run()4}5type Suite struct {6}7func NewSuite(name string) *Suite {8    return &Suite{name}9}10func (s *Suite) Run() {11    println("Running suite", s.Name)12}13type Suite struct {14}15func NewSuite(name string) *Suite {16    return &Suite{name}17}18func (s *Suite) Run() {19    println("Running suite", s.Name)20}

NewSuite

Using AI Code Generation

1import (2func main() {3	fmt.Println(test2.NewSuite())4}5import (6func NewSuite() string {7	fmt.Println("I am in test2")8}9import (10func NewSuite() string {11	fmt.Println("I am in test3")12	return test2.NewSuite()13}14import (15func NewSuite() string {16	fmt.Println("I am in test4")17	return test3.NewSuite()18}19import (20func NewSuite() string {21	fmt.Println("I am in test5")22	return test4.NewSuite()23}24import (25func main() {26	fmt.Println(test5.NewSuite())27}

NewSuite

Using AI Code Generation

1import (2func main() {3	s := internal.NewSuite()4	fmt.Println(s)5}6type Suite struct {7}8func NewSuite() *Suite {9	return &Suite{}10}11import (12func TestNewSuite(t *testing.T) {13	s := NewSuite()14	fmt.Println(s)15}

NewSuite

Using AI Code Generation

1import (2func main() {3	fmt.Println("Hello World!")4	s := internal.NewSuite()5	s.Add("hello")6	s.Add("world")7	s.Add("!")8	fmt.Println(s)9}10type Suite struct {11}12func NewSuite() *Suite {13	return &Suite{words: make([]string, 0)}14}15func (s *Suite) Add(word string) {16	s.words = append(s.words, word)17}18func (s *Suite) String() string {19	return "Suite: " + strings.Join(s.words, " ")20}

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