How to use FieldName method of common Package

Best K6 code snippet using common.FieldName

CommonData.go

Source:CommonData.go

...139	Values   [][]string `json:"values"` // æ°æ®è¡¨140	ValueBuf [][]byte   `json:"-"`      // æ¯ä¸ªvalueå¯¹åºçjsonåç¬¦ä¸²(ç¸å½äºé¢åæåå¥½çåæ¡æ°æ®çjsonStr)141	// è¾å©æ°æ®142	DataCount    int            `json:"-"` // æ°æ®æ»æ¡æ°143	FieldNameMap map[string]int `json:"-"` // æ°æ®åç§°å°æ°æ®ä¸æ çæ å°144	FieldCount   int            `json:"-"` // ä¸æ¡æ°æ®çæ°æ®ä¸ªæ°145}146func NewCommonJsonData() *CommonJsonData {147	this := new(CommonJsonData)148	// this.FieldNameMap = new(map[string]int)149	this.sep = "|"150	return this151}152func NewCommonJsonDataFromFile(filename string) *CommonJsonData {153	this := NewCommonJsonData()154	err := this.DecodeJsonFile(filename)155	if err != nil {156		ShowError(err)157		return nil158	}159	return this160}161// ä»jsonæ ¼å¼ä¸è¯»åç»ä¸æ°æ®162func (this *CommonJsonData) DecodeJsonFile(filename string) error {163	var e error164	f, e := os.Open(filename)165	if e != nil {166		return e167	}168	defer f.Close()169	var buf, jsonBuffer []byte170	bufLen := 1024171	buf = make([]byte, bufLen) // read buf172	var n, count int173	count = 0174	for {175		n, e = f.Read(buf)176		if e != nil || n <= 0 {177			break178		}179		if jsonBuffer == nil { // é¦æ¬¡è¯»å180			if n < bufLen {181				jsonBuffer = buf[0:n]182				break183			}184			jsonBuffer = make([]byte, bufLen<<2)185		}186		jsonBuffer = append(jsonBuffer[0:count], buf[:n]...)187		count += n188	}189	// check uft8 bom190	if CheckUTF8_BOM(jsonBuffer) {191		jsonBuffer = jsonBuffer[UTF8_BOM_LEN:]192	}193	e = json.Unmarshal(jsonBuffer, this)194	if e != nil {195		return e196	}197	this.FileName = filename198	this.JsonStr = string(jsonBuffer)199	// field æ»æ°200	if this.Fields != nil {201		//  field æ´ç202		this.FieldCount = len(this.Fields)203		this.FieldNameMap = make(map[string]int, this.FieldCount)204		for i := 0; i < this.FieldCount; i++ {205			this.FieldNameMap[this.Fields[i]] = i206		}207	} else {208		this.FieldCount = 0209	}210	// æ°æ®æ¡æ°211	if this.Values != nil {212		this.DataCount = len(this.Values)213	} else {214		this.DataCount = 0215	}216	return nil217}218func (this *CommonJsonData) getValue(index int, fieldName string) string {219	var (220		fieldIndex int221		ok         bool222	)223	if index < 0 || index > this.DataCount {224		ShowError("CommonJsonData.getValue() invalid index , fileName=", Color(CL_YELLOW, this.FileName),225			", index=", index, ", DataCount=", this.DataCount)226		return ""227	}228	fieldIndex, ok = this.FieldNameMap[fieldName]229	if !ok {230		ShowError("CommonJsonData.getValue() invalid fieldName , fileName=", Color(CL_YELLOW, this.FileName),231			" ,fieldName=", fieldName)232		return ""233	}234	return this.Values[index][fieldIndex]235}236// ä»æ°æ®éä¸è§£æåºä¸ä¸ª string237func (this *CommonJsonData) ParseString(index int, fieldName string) string {238	return this.getValue(index, fieldName)239}240// ä»æ°æ®éä¸è§£æåºä¸ä¸ªint64241func (this *CommonJsonData) ParseInt64(index int, fieldName string) int64 {242	var (...

common_import.go

Source:common_import.go

1package rules2import (3	"fmt"4	"github.com/nbkit/mdf/db"5	"strings"6	"github.com/nbkit/mdf/framework/files"7	"github.com/nbkit/mdf/framework/md"8	"github.com/nbkit/mdf/utils"9)10type commonImport struct {11	register *md.MDRule12}13func newCommonImport() *commonImport {14	return &commonImport{15		register: &md.MDRule{Action: "import", Code: "import", Widget: "common", Sequence: 50},16	}17}18func (s *commonImport) Register() *md.MDRule {19	return s.register20}21func (s *commonImport) Exec(flow *utils.FlowContext) {22	logData := &md.MDLog{EntID: flow.EntID(), UserID: flow.UserID(), NodeType: flow.Request.Widget, NodeID: flow.Request.Widget, DataID: flow.Request.Entity}23	md.LogSv().CreateLog(logData.Clone().SetMsg("å¯¼å¥å¼å§======begin======"))24	defer func() {25		md.LogSv().CreateLog(logData.Clone().SetMsg("å¯¼å¥ç»æ"))26	}()27	if flow.Request.Data == nil {28		err := flow.Error("æ²¡æè¦å¯¼å¥çæ°æ®")29		md.LogSv().CreateLog(logData.Clone().SetMsg(err))30		return31	}32	data := flow.Request.Data33	if items, ok := data.([]files.ImportData); ok {34		for _, data := range items {35			s.importMapData(flow, data)36		}37	} else if items, ok := data.(files.ImportData); ok {38		s.importMapData(flow, items)39	}40}41func (s *commonImport) importMapData(flow *utils.FlowContext, data files.ImportData) {42	log := md.LogSv()43	logData := &md.MDLog{EntID: flow.EntID(), UserID: flow.UserID(), NodeType: flow.Request.Widget, NodeID: flow.Request.Widget, DataID: flow.Request.Entity}44	log.CreateLog(logData.Clone().SetMsg(fmt.Sprintf("æ¥æ¶å°éè¦å¯¼å¥çæ°æ®-%sï¼%væ¡", flow.Request.Entity, len(data.Data))))45	entity := md.MDSv().GetEntity(data.EntityCode)46	if entity == nil {47		entity = md.MDSv().GetEntity(flow.Request.Entity)48	}49	if entity == nil {50		log.CreateLog(logData.Clone().SetMsg(fmt.Sprintf("æ²¡æéç½®å¯¼å¥å®ä½ï¼è¯·ç¡®è®¤æ¯å¦éè¦å¯¼å¥,%v", data.SheetName)))51		return52	}53	dbDatas := make([]map[string]interface{}, 0)54	quotedMap := make(map[string]string)55	for _, item := range data.Data {56		dbItem := make(map[string]interface{})57		if v, ok := item[utils.STATE_FIELD]; ok && (v == utils.STATE_TEMP || v == utils.STATE_NORMAL || v == utils.STATE_IGNORED) {58			continue59		}60		for kk, kv := range item {61			field := entity.GetField(kk)62			if field == nil || kv == "" {63				continue64			}65			fieldName := ""66			if field.TypeType == utils.TYPE_ENTITY {67				fieldName = field.DbName + "_id"68				qreq := flow.Copy()69				qreq.Request.Entity = field.TypeID70				qreq.Request.Q = kv71				qreq.Request.Data = item72				if md.MDSv().TakeDataByQ(flow); flow.Error() != nil {73					log.CreateLog(logData.Clone().SetMsg(fmt.Sprintf("æ°æ®[%s]=[%s],æ¥è¯¢å¤±è´¥ï¼%v", qreq.Request.Entity, qreq.Request.Q, flow.Error())))74				} else if v := flow.Response.Get("id"); v != nil {75					dbItem[fieldName] = v76					quotedMap[fieldName] = fieldName77				} else {78					log.CreateLog(logData.Clone().SetMsg(fmt.Sprintf("å³èå¯¹è±¡[%s],æ¾ä¸å°[%s]å¯¹åºæ°æ®!", qreq.Request.Entity, qreq.Request.Q)))79				}80			} else if field.TypeType == utils.TYPE_ENUM {81				fieldName = field.DbName + "_id"82				if vv := md.MDSv().GetEnum(field.Limit, kv); vv != nil {83					dbItem[fieldName] = vv.ID84					quotedMap[fieldName] = fieldName85				} else {86					log.CreateLog(logData.Clone().SetMsg(fmt.Sprintf("å³èæä¸¾[%s],æ¾ä¸å°[%s]å¯¹åºæ°æ®!", field.Limit, kv)))87				}88			} else if field.TypeType == utils.TYPE_SIMPLE {89				fieldName = field.DbName90				if field.TypeID == utils.FIELD_TYPE_BOOL {91					dbItem[fieldName] = utils.ToSBool(files.GetCellValue(kk, item))92					quotedMap[fieldName] = fieldName93				} else if field.TypeID == utils.FIELD_TYPE_DATETIME || field.TypeID == utils.FIELD_TYPE_DATE {94					dbItem[fieldName] = files.GetCellValue(kk, item)95					quotedMap[fieldName] = fieldName96				} else if field.TypeID == utils.FIELD_TYPE_DECIMAL || field.TypeID == utils.FIELD_TYPE_INT {97					dbItem[fieldName] = files.GetCellValue(kk, item)98					quotedMap[fieldName] = fieldName99				} else {100					dbItem[fieldName] = kv101					quotedMap[fieldName] = fieldName102				}103			}104		}105		if field := entity.GetField("ID"); field != nil {106			fieldName := field.DbName107			if _, ok := dbItem[fieldName]; !ok {108				dbItem[fieldName] = utils.GUID()109			}110			quotedMap[fieldName] = fieldName111		}112		if field := entity.GetField("EntID"); field != nil && field.DbName != "" {113			fieldName := field.DbName114			if _, ok := dbItem[fieldName]; !ok {115				dbItem[fieldName] = flow.EntID()116			}117			quotedMap[fieldName] = fieldName118		}119		if field := entity.GetField("CreatedBy"); field != nil && field.DbName != "" {120			fieldName := field.DbName121			if _, ok := dbItem[fieldName]; !ok {122				dbItem[fieldName] = flow.UserID()123			}124			quotedMap[fieldName] = fieldName125		}126		if field := entity.GetField("CreatedAt"); field != nil && field.DbName != "" {127			fieldName := field.DbName128			dbItem[fieldName] = utils.TimeNow()129			quotedMap[fieldName] = fieldName130		}131		if field := entity.GetField("UpdatedAt"); field != nil && field.DbName != "" {132			fieldName := field.DbName133			dbItem[fieldName] = utils.TimeNow()134			quotedMap[fieldName] = fieldName135		}136		if len(dbItem) > 0 {137			dbDatas = append(dbDatas, dbItem)138		}139	}140	quoted := make([]string, 0, len(quotedMap))141	for fk, _ := range quotedMap {142		quoted = append(quoted, fk)143	}144	placeholdersArr := make([]string, 0, len(quotedMap))145	valueVars := make([]interface{}, 0)146	var itemCount uint = 0147	var MaxBatchs uint = 100148	for _, data := range dbDatas {149		itemCount = itemCount + 1150		placeholders := make([]string, 0, len(quoted))151		for _, f := range quoted {152			placeholders = append(placeholders, "?")153			valueVars = append(valueVars, data[f])154		}155		placeholdersArr = append(placeholdersArr, "("+strings.Join(placeholders, ", ")+")")156		if itemCount >= MaxBatchs {157			if err := s.batchInsertSave(entity, quoted, placeholdersArr, valueVars...); err != nil {158				log.CreateLog(logData.Clone().SetMsg(fmt.Sprintf("æ°æ®åºåå¨[%v]æ¡è®°å½åºéäº:%s!", itemCount, err.Error())))159				flow.Error(err)160				return161			}162			itemCount = 0163			placeholdersArr = make([]string, 0, len(quotedMap))164			valueVars = make([]interface{}, 0)165		}166	}167	if itemCount > 0 {168		if err := s.batchInsertSave(entity, quoted, placeholdersArr, valueVars...); err != nil {169			log.CreateLog(logData.Clone().SetMsg(fmt.Sprintf("æ°æ®åºåå¨[%v]æ¡è®°å½åºéäº:%s!", itemCount, err.Error())))170			flow.Error(err)171			return172		}173	}174}175func (s *commonImport) batchInsertSave(entity *md.MDEntity, quoted []string, placeholders []string, valueVars ...interface{}) error {176	var sql = fmt.Sprintf("INSERT INTO %s (%s) VALUES %s", db.Default().Dialect().Quote(entity.TableName), strings.Join(quoted, ", "), strings.Join(placeholders, ", "))177	if err := db.Default().Exec(sql, valueVars...).Error; err != nil {178		return err179	}180	return nil181}...

selector.go

Source:selector.go

1package instruction2import "github.com/lwpyr/goscript/common"3func SelectorLhs(constructor common.Constructor, fieldName string, oneOfs []string) common.Instruction {4	if len(oneOfs) > 0 {5		return func(m *common.Memory, stk *common.Stack) {6			ptr := stk.Top().(*interface{})7			if *ptr == nil {8				*ptr = constructor()9			}10			for _, name := range oneOfs {11				MessageReset(*ptr, name)12			}13			ptr = MessageGetPtr(*ptr, fieldName)14			stk.Set(0, ptr)15			stk.Pc++16		}17	} else {18		return func(m *common.Memory, stk *common.Stack) {19			ptr := stk.Top().(*interface{})20			if *ptr == nil {21				*ptr = constructor()22			}23			ptr = MessageGetPtr(*ptr, fieldName)24			stk.Set(0, ptr)25			stk.Pc++26		}27	}28}29func Selector(fieldName string) common.Instruction {30	return func(m *common.Memory, stk *common.Stack) {31		if stk.Top() != nil {32			stk.Set(0, MessageGet(stk.Top(), fieldName))33		}34		stk.Pc++35	}36}37func SelectorEnum(fieldName string) common.Instruction {38	return func(m *common.Memory, stk *common.Stack) {39		if stk.Top() != nil {40			stk.Set(0, stk.Top().(map[string]int32)[fieldName])41		}42		stk.Pc++43	}44}...

FieldName

Using AI Code Generation

1import (2func main() {3 fmt.Println(common.FieldName())4}5func FieldName() string {6}

FieldName

Using AI Code Generation

1import (2func main() {3    fmt.Println(golcommon.FieldName())4}5import (6func main() {7    fmt.Println(golcommon.FieldName())8}9func FieldName() string {10}11import (12func TestFieldName(t *testing.T) {13    if FieldName() != "FieldName" {14        t.Error("FieldName() does not return FieldName")15    }16}17import (18func main() {19    fmt.Println(golcommon.FieldName())20}21import (22func main() {23    fmt.Println(golcommon.FieldName())24}25As you can see, the package is not imported again, because it

FieldName

Using AI Code Generation

1func main() {2  fmt.Println(common.FieldName())3}4func main() {5  fmt.Println(common.FieldName())6}7func main() {8  fmt.Println(common.FieldName())9}10func main() {11  fmt.Println(common.FieldName())12}13func main() {14  fmt.Println(common.FieldName())15}16func main() {17  fmt.Println(common.FieldName())18}19func main() {20  fmt.Println(common.FieldName())21}22func main() {23  fmt.Println(common.FieldName())24}25func main() {26  fmt.Println(common.FieldName())27}28func main() {29  fmt.Println(common.FieldName())30}31func main() {32  fmt.Println(common.FieldName())33}34func main() {35  fmt.Println(common.FieldName())36}37func main() {38  fmt.Println(common.FieldName())39}

FieldName

Using AI Code Generation

1import (2func main() {3	fmt.Println(common.FieldName())4}5import (6func main() {7	fmt.Println(common.FieldName())8}9import (10func main() {11	fmt.Println(common.FieldName())12}13import (14func main() {15	fmt.Println(common.FieldName())16}

FieldName

Using AI Code Generation

1import (2func main() {3    fmt.Println(c.FieldName())4}5type Common struct {6}7func (c Common) FieldName() string {8}9import (10func main() {11    fmt.Println(c.FieldName())12}13type Common struct {14}15func (c Common) FieldName() string {16}17import (18func main() {19    fmt.Println(c.FieldName())20}21type Common struct {22}23func (c Common) FieldName() string {24}25import (26func main() {27    fmt.Println(c.FieldName())28}

FieldName

Using AI Code Generation

1import (2func main() {3    fmt.Println(common.FieldName())4}5import (6func FieldName() string {7    var s struct {8    }9    return reflect.TypeOf(s).Field(0).Name10}11I have a package that defines a struct with a field, and a method that returns the name of that field. I want to use that method in a different package, but I don't want to copy the entire struct definition into the other package. I would like to be able to just import the first package and use the method. The method uses reflect, so it can't be a constant.Is there any way to do this without copying the struct definition?Here's a simple example of what I'm trying to do:

FieldName

Using AI Code Generation

1import (2func main() {3	fmt.Println(stringutil.FieldName())4}5import (6func main() {7	fmt.Println(stringutil.FieldName())8}9import (10func main() {11	fmt.Println(common.FieldName())12}13import (14func main() {15	fmt.Println(stringutil.FieldName())16}17import (18func main() {19	fmt.Println(common.FieldName())20}

FieldName

Using AI Code Generation

1import "fmt"2import "github.com/GoLangTraining/common"3func main() {4    fmt.Println(common.FieldName)5}6import "fmt"7import "github.com/GoLangTraining/common"8func main() {9    fmt.Println(common.FieldName)10}11import "fmt"12import "github.com/GoLangTraining/common"13func main() {14    fmt.Println(common.FunctionName())15}16import "fmt"17import "github.com/GoLangTraining/common"18func main() {19    fmt.Println(common.FunctionName())20}21import "fmt"22import "github.com/GoLangTraining/common"23func main() {24    fmt.Println(common.FunctionName())25}26import "fmt"27import "github.com/GoLangTraining/common"28func main() {29    fmt.Println(common.FunctionName())30}31import "fmt"32import "github.com/GoLangTraining/common"33func main() {34    fmt.Println(common.FunctionName())35}

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