How to use andAction method of types Package

Best Ginkgo code snippet using types.andAction

instruction.go

Source:instruction.go Github

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...129func actionBinarySHR(vm *VM) {130 vm.curProto.stack.Replace(shrAction(getTop2(vm)))131}132func actionBinaryAND(vm *VM) {133 vm.curProto.stack.Replace(andAction(getTop2(vm)))134}135func actionBinaryOR(vm *VM) {136 vm.curProto.stack.Replace(orAction(getTop2(vm)))137}138func actionBinaryXOR(vm *VM) {139 vm.curProto.stack.Replace(xorAction(getTop2(vm)))140}141func actionBinaryLE(vm *VM) {142 vm.curProto.stack.Replace(leAction(getTop2(vm)))143}144func actionBinaryGE(vm *VM) {145 vm.curProto.stack.Replace(geAction(getTop2(vm)))146}147func actionBinaryLT(vm *VM) {148 vm.curProto.stack.Replace(ltAction(getTop2(vm)))149}150func actionBinaryGT(vm *VM) {151 vm.curProto.stack.Replace(gtAction(getTop2(vm)))152}153func actionBinaryEQ(vm *VM) {154 vm.curProto.stack.Replace(eqAction(getTop2(vm)))155}156func actionBinaryNE(vm *VM) {157 vm.curProto.stack.Replace(neAction(getTop2(vm)))158}159func actionBinaryLAND(vm *VM) {160 vm.curProto.stack.Replace(landAction(getTop2(vm)))161}162func actionBinaryLOR(vm *VM) {163 vm.curProto.stack.Replace(lorAction(getTop2(vm)))164}165func actionBinaryATTR(vm *VM) {166 key := vm.curProto.stack.Top()167 vm.curProto.stack.Pop()168 obj := vm.curProto.stack.Top()169 if arr, ok := obj.(*types.Array); ok {170 var idx int64171 if idx, ok = key.(int64); !ok {172 vm.exit("array index should be integer")173 }174 if idx > int64(len(arr.Data)) {175 vm.exit("index out of range")176 }177 vm.curProto.stack.Replace(arr.Data[idx])178 return179 }180 if str, ok := obj.(string); ok {181 var idx int64182 if idx, ok = key.(int64); !ok {183 vm.exit("array index should be integer")184 }185 if idx > int64(len(str)) {186 vm.exit("index out of range")187 }188 vm.curProto.stack.Replace(int64(str[idx]))189 return190 }191 if obj, ok := obj.(*types.Object); ok {192 if key == nil {193 vm.exit("map key should not be nil")194 }195 vm.curProto.stack.Replace(obj.Get(key))196 return197 }198 vm.exit("do not support attr access for %T", obj)199}200func actionLoadNil(vm *VM) {201 vm.curProto.stack.Push(nil)202}203func actionLoadConst(vm *VM) {204 vm.curProto.stack.Push(vm.protos[vm.getOpNum()].Consts[vm.getOpNum()])205}206func actionLoadStdConst(vm *VM) {207 vm.curProto.stack.Push(vm.stdlibs[vm.getOpNum()].Consts[vm.getOpNum()])208}209func actionLoadName(vm *VM) {210 vm.curProto.stack.Push(vm.curProto.frame.symbolTable.getValue(vm.getOpNum()))211}212func actionLoadFunc(vm *VM) {213 f := &vm.protos[vm.getOpNum()].Funcs[vm.getOpNum()]214 genClosure(vm, f)215}216func actionLoadStdFunc(vm *VM) {217 f := &vm.stdlibs[vm.getOpNum()].Funcs[vm.getOpNum()]218 genClosure(vm, f)219}220func genClosure(vm *VM, f *proto.FuncProto) {221 if f.UpValueTable == nil {222 table := make([]*types.GsValue, 0, len(f.UpValues))223 for _, nameIdx := range f.UpValues {224 v := vm.curProto.topFrame.symbolTable.values[nameIdx]225 table = append(table, v)226 }227 f.UpValueTable = table228 }229 vm.curProto.stack.Push(&types.Closure{230 Info: f.Info,231 UpValues: f.UpValueTable.([]*types.GsValue),232 })233}234func actionLoadBuiltin(vm *VM) {235 builtinNum := vm.getOpNum()236 builtinFunc := &builtinFuncs[builtinNum]237 vm.curProto.stack.Push(builtinFunc)238}239func actionLoadAnonymous(vm *VM) {240 f := &vm.protos[vm.getOpNum()].AnonymousFuncs[vm.getOpNum()]241 genClosureForAnonymousFunc(vm, f)242}243func actionLoadStdAnonymous(vm *VM) {244 f := &vm.stdlibs[vm.getOpNum()].AnonymousFuncs[vm.getOpNum()]245 genClosureForAnonymousFunc(vm, f)246}247func genClosureForAnonymousFunc(vm *VM, f *proto.AnonymousFuncProto) {248 closure := &types.Closure{249 Info: f.Info,250 UpValues: make([]*types.GsValue, 0, len(f.UpValues)),251 }252 for _, upValue := range f.UpValues {253 var v *types.GsValue254 if !upValue.DirectDependent {255 v = vm.curProto.frame.upValues[upValue.Index]256 } else {257 v = vm.curProto.frame.symbolTable.values[upValue.Index]258 }259 closure.UpValues = append(closure.UpValues, v)260 }261 vm.curProto.stack.Push(closure)262}263func actionLoadUpValue(vm *VM) {264 vm.curProto.stack.Push(vm.curProto.frame.upValues[vm.getOpNum()].Value)265}266func actionLoadProto(vm *VM) {267 num := vm.getOpNum()268 frame := newProtoFrame(vm.protos[num])269 frame.prev = vm.curProto270 vm.curProto = frame271}272func actionLoadStdlib(vm *VM) {273 num := vm.getOpNum()274 frame := newProtoFrame(vm.stdlibs[num])275 frame.prev = vm.curProto276 vm.curProto = frame277}278func actionStoreName(vm *VM) {279 vm.curProto.frame.symbolTable.setValue(vm.getOpNum(), vm.curProto.stack.Top())280 vm.curProto.stack.Pop()281}282func actionStoreUpValue(vm *VM) {283 vm.curProto.frame.upValues[vm.getOpNum()].Value = vm.curProto.stack.Top()284 vm.curProto.stack.Pop()285}286func actionStoreKV(vm *VM) {287 obj, ok := vm.curProto.frame.symbolTable.top().(*types.Object)288 if !ok {289 vm.exit("STORE_KV: target is not an object")290 }291 val := vm.curProto.stack.Top()292 vm.curProto.stack.Pop()293 key := vm.curProto.stack.Top()294 vm.curProto.stack.Pop()295 obj.Set(key, val)296}297func actionPushNameNil(vm *VM) {298 vm.curProto.frame.symbolTable.pushSymbol(nil)299}300func actionPushName(vm *VM) {301 vm.curProto.frame.symbolTable.pushSymbol(vm.curProto.stack.Top())302 vm.curProto.stack.Pop()303}304func actionCopyStackTop(vm *VM) {305 vm.curProto.frame.symbolTable.pushSymbol(vm.curProto.stack.Top())306}307func actionResizeNameTable(vm *VM) {308 vm.curProto.frame.symbolTable.resizeTo(int(vm.getOpNum()))309}310func actionPopTop(vm *VM) {311 vm.curProto.stack.Pop()312}313func actionStop(vm *VM) {314 vm.Stop()315}316func actionSliceNew(vm *VM) {317 cnt := vm.getOpNum()318 arr := make([]interface{}, cnt)319 for i := int(cnt) - 1; i >= 0; i-- {320 val := vm.curProto.stack.Top()321 vm.curProto.stack.Pop()322 arr[i] = val323 }324 vm.curProto.stack.Push(types.NewArray(arr))325}326func actionNewMap(vm *VM) {327 cnt := vm.getOpNum()328 obj := types.NewObjectN(int(cnt))329 for i := 0; i < int(cnt); i++ {330 val := vm.curProto.stack.Top()331 vm.curProto.stack.Pop()332 key := vm.curProto.stack.Top()333 vm.curProto.stack.Pop()334 if key == nil {335 vm.exit("map key should not be nil")336 }337 obj.Set(key, val)338 }339 vm.curProto.stack.Push(obj)340}341func actionNewEmptyMap(vm *VM) {342 vm.curProto.stack.Push(types.NewObject())343}344func actionAttrAssign(vm *VM) {345 attrAssign(vm, func(ori, val interface{}) interface{} {346 return val347 })348}349func actionAttrAssignAddEq(vm *VM) {350 attrAssign(vm, addAction)351}352func actionAttrAssignSubEq(vm *VM) {353 attrAssign(vm, subAction)354}355func actionAttrAssignMulEq(vm *VM) {356 attrAssign(vm, mulAction)357}358func actionAttrAssignDivEq(vm *VM) {359 attrAssign(vm, divAction)360}361func actionAttrAssignModEq(vm *VM) {362 attrAssign(vm, modAction)363}364func actionAttrAssignAndEq(vm *VM) {365 attrAssign(vm, andAction)366}367func actionAttrAssignXorEq(vm *VM) {368 attrAssign(vm, xorAction)369}370func actionAttrAssignOrEq(vm *VM) {371 attrAssign(vm, orAction)372}373func attrAssign(vm *VM, cb func(ori, val interface{}) interface{}) {374 obj := vm.curProto.stack.Top()375 vm.curProto.stack.Pop()376 key := vm.curProto.stack.Top()377 vm.curProto.stack.Pop()378 val := vm.curProto.stack.Top()379 vm.curProto.stack.Pop()380 if arr, ok := obj.(*types.Array); ok {381 var idx int64382 if idx, ok = key.(int64); !ok {383 vm.exit("array index should be integer")384 }385 if idx > int64(len(arr.Data)) {386 vm.exit("index out of range")387 }388 arr.Data[idx] = cb(arr.Data[idx], val)389 return390 }391 if obj, ok := obj.(*types.Object); ok {392 if key == nil {393 vm.exit("map key should not be nil")394 }395 obj.Set(key, cb(obj.Get(key), val))396 return397 }398 vm.exit("do not support attr assign for %T", obj)399}400func actionAttrAccess(vm *VM) {401 obj := vm.curProto.stack.Top()402 vm.curProto.stack.Pop()403 key := vm.curProto.stack.Top()404 if arr, ok := obj.(*types.Array); ok {405 var idx int64406 if idx, ok = key.(int64); !ok {407 vm.exit("array index should be integer")408 }409 if idx > int64(len(arr.Data)) {410 vm.exit("index out of range")411 }412 vm.curProto.stack.Replace(arr.Data[idx])413 return414 }415 if str, ok := obj.(string); ok {416 var idx int64417 if idx, ok = key.(int64); !ok {418 vm.exit("array index should be integer")419 }420 if idx > int64(len(str)) {421 vm.exit("index out of range")422 }423 vm.curProto.stack.Replace(int64(str[idx]))424 return425 }426 if obj, ok := obj.(*types.Object); ok {427 if key == nil {428 vm.exit("map key should not be nil")429 }430 vm.curProto.stack.Replace(obj.Get(key))431 return432 }433 vm.exit("do not support attr access for %T", obj)434}435func actionJumpRel(vm *VM) {436 steps := vm.getOpNum()437 vm.curProto.frame.pc += steps438}439func actionJumpAbs(vm *VM) {440 vm.curProto.frame.pc = vm.getOpNum()441}442func actionJumpIf(vm *VM) {443 top := vm.curProto.stack.Top()444 vm.curProto.stack.Pop()445 steps := vm.getOpNum()446 if getBool(top) {447 vm.curProto.frame.pc += steps448 }449}450func actionJumpLAnd(vm *VM) {451 steps := vm.getOpNum()452 top := vm.curProto.stack.Top()453 cond := getBool(top)454 if cond {455 vm.curProto.stack.Pop()456 } else {457 vm.curProto.frame.pc += steps458 }459}460func actionJumpLOr(vm *VM) {461 steps := vm.getOpNum()462 top := vm.curProto.stack.Top()463 cond := getBool(top)464 if cond {465 vm.curProto.frame.pc += steps466 } else {467 vm.curProto.stack.Pop()468 }469}470func actionJumpCase(vm *VM) {471 caseCond := vm.curProto.stack.Top()472 vm.curProto.stack.Pop()473 switchCond := vm.curProto.stack.Top()474 steps := vm.getOpNum()475 if eqAction(caseCond, switchCond).(bool) {476 vm.curProto.frame.pc += steps477 }478}479func callFunc(closure *types.Closure, vm *VM, argCnt uint32, wantRtnCnt int) {480 // generate a new function call frame481 frame := &stackFrame{482 pc: 0,483 prev: vm.curProto.frame,484 symbolTable: newSymbolTable(),485 wantRetCnt: wantRtnCnt,486 text: closure.Info.Text,487 upValues: closure.UpValues,488 }489 vm.curProto.frame = frame490 parCnt := uint32(len(closure.Info.Parameters))491 // if arguments is fewer than parameters, push several nil values to make up492 for argCnt < parCnt {493 vm.curProto.stack.Push(closure.Info.Parameters[argCnt].Default)494 argCnt++495 }496 if closure.Info.VaArgs {497 // collect VaArgs498 i := argCnt - parCnt499 arr := make([]interface{}, i)500 for i > 0 {501 i--502 arr[i] = vm.curProto.stack.Top()503 vm.curProto.stack.Pop()504 argCnt--505 }506 vm.curProto.stack.Push(types.NewArray(arr))507 } else {508 // pop out extra arguments509 for argCnt > parCnt {510 vm.curProto.stack.Pop()511 argCnt--512 }513 }514}515func callBuiltin(_func *builtinFunc, vm *VM, argCnt uint32, wantRtnCnt int) {516 vm.curCallingBuiltin = _func.name517 realRtnCnt := _func.handler(int(argCnt), vm)518 if vm.builtinFuncFailed {519 vm.builtinFuncFailed = false520 return521 }522 for wantRtnCnt < realRtnCnt {523 vm.curProto.stack.Pop()524 wantRtnCnt++525 }526 for wantRtnCnt > realRtnCnt {527 vm.curProto.stack.Push(nil)528 wantRtnCnt--529 }530}531func call(_func interface{}, vm *VM, argCnt uint32, wantRtnCnt int) {532 switch _func := _func.(type) {533 case *types.Closure:534 callFunc(_func, vm, argCnt, wantRtnCnt)535 case *builtinFunc:536 callBuiltin(_func, vm, argCnt, wantRtnCnt)537 default:538 vm.exit("top of stack is not a function, but a %s", getType(_func))539 }540}541func actionCall(vm *VM) {542 text := vm.curProto.frame.text543 wantRtnCnt := int(text[vm.curProto.frame.pc])544 vm.curProto.frame.pc++545 argCnt := uint32(text[vm.curProto.frame.pc])546 vm.curProto.frame.pc++547 _func := vm.curProto.stack.pop()548 call(_func, vm, argCnt, wantRtnCnt)549}550func actionReturn(vm *VM) {551 realRtnCnt := int(vm.getOpNum())552 wantRtnCnt := vm.curProto.frame.wantRetCnt553 for wantRtnCnt < realRtnCnt {554 vm.curProto.stack.Pop()555 wantRtnCnt++556 }557 for wantRtnCnt > realRtnCnt {558 vm.curProto.stack.Push(nil)559 wantRtnCnt--560 }561 if vm.curProto.frame.prev == nil {562 vm.Stop()563 }564 vm.curProto.frame.symbolTable = nil565 vm.curProto.frame = vm.curProto.frame.prev566}567func actionRotTwo(vm *VM) {568 top := len(vm.curProto.stack.Buf) - 1569 s := vm.curProto.stack570 s.Buf[top], s.Buf[top-1] = s.Buf[top-1], s.Buf[top]571}572func actionExport(vm *VM) {573 var val interface{}574 if len(vm.curProto.stack.Buf) != 0 {575 val = vm.curProto.stack.Top()576 }577 vm.curProto = vm.curProto.prev578 vm.curProto.stack.Push(val)579}580func actionTry(vm *VM) {581 steps := vm.getOpNum()582 addr := vm.curProto.frame.pc + steps583 vm.curProto.frame.pushTryInfo(addr, uint32(len(vm.curProto.frame.symbolTable.values)))584}585func actionEndTry(vm *VM) {586 vm.curProto.frame.popTryInfo()587}588func Execute(vm *VM, ins byte) {589 actions[ins](vm)590}591func getBool(val interface{}) bool {592 if v, ok := val.(bool); ok {593 return v594 }595 if v, ok := val.(int64); ok {596 return v != 0597 }598 if v, ok := val.(float64); ok {599 return v != 0600 }601 return val != nil602}603func boolToInt(v bool) int64 {604 if v {605 return 1606 }607 return 0608}609func boolToFloat(v bool) float64 {610 if v {611 return 1612 }613 return 0614}615func addAction(v1, v2 interface{}) interface{} {616 return binaryAction(v1, v2, addInt, addFloat, addBool, addString)617}618func subAction(v1, v2 interface{}) interface{} {619 return binaryAction(v1, v2, subInt, subFloat, subBool, nil)620}621func mulAction(v1, v2 interface{}) interface{} {622 return binaryAction(v1, v2, mulInt, mulFloat, mulBool, nil)623}624func divAction(v1, v2 interface{}) interface{} {625 return binaryAction(v1, v2, divInt, divFloat, nil, nil)626}627func idivAction(v1, v2 interface{}) interface{} {628 return binaryAction(v1, v2, idivInt, idivFloat, nil, nil)629}630func modAction(v1, v2 interface{}) interface{} {631 return binaryAction(v1, v2, modInt, modFloat, nil, nil)632}633func andAction(v1, v2 interface{}) interface{} {634 return binaryAction(v1, v2, andInt, nil, nil, nil)635}636func orAction(v1, v2 interface{}) interface{} {637 return binaryAction(v1, v2, orInt, nil, nil, nil)638}639func xorAction(v1, v2 interface{}) interface{} {640 return binaryAction(v1, v2, xorInt, nil, nil, nil)641}642func shrAction(v1, v2 interface{}) interface{} {643 return binaryAction(v1, v2, shrInt, nil, nil, nil)644}645func shlAction(v1, v2 interface{}) interface{} {646 return binaryAction(v1, v2, shlInt, nil, nil, nil)647}648func leAction(v1, v2 interface{}) interface{} {649 return binaryAction(v1, v2, leInt, leFloat, leBool, leString)650}651func geAction(v1, v2 interface{}) interface{} {652 return binaryAction(v1, v2, geInt, geFloat, geBool, geString)653}654func ltAction(v1, v2 interface{}) interface{} {655 return binaryAction(v1, v2, ltInt, ltFloat, ltBool, ltString)656}657func gtAction(v1, v2 interface{}) interface{} {658 return binaryAction(v1, v2, gtInt, gtFloat, gtBool, gtString)659}660func eqAction(v1, v2 interface{}) interface{} {661 return binaryAction(v1, v2, eqInt, eqFloat, eqBool, eqString)662}663func neAction(v1, v2 interface{}) interface{} {664 return binaryAction(v1, v2, neInt, neFloat, neBool, neString)665}666func landAction(v1, v2 interface{}) interface{} {667 return binaryAction(v1, v2, landInt, landFloat, landBool, landString)668}669func lorAction(v1, v2 interface{}) interface{} {670 return binaryAction(v1, v2, lorInt, lorFloat, lorBool, lorString)671}672func binaryAction(v1, v2 interface{}, intOP func(a, b int64) interface{},673 floatOP func(a, b float64) interface{}, boolOP func(a, b bool) interface{},674 stringOP func(a, b string) interface{}) interface{} {675 if v1 == nil || v2 == nil {676 return boolOP(getBool(v1), getBool(v2))677 }678 var result interface{}679 switch v1 := v1.(type) {680 case int64:...

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label_filter.go

Source:label_filter.go Github

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...29}30func notAction(filter LabelFilter) LabelFilter {31 return func(labels []string) bool { return !filter(labels) }32}33func andAction(a, b LabelFilter) LabelFilter {34 return func(labels []string) bool { return a(labels) && b(labels) }35}36func orAction(a, b LabelFilter) LabelFilter {37 return func(labels []string) bool { return a(labels) || b(labels) }38}39type lfToken uint40const (41 lfTokenInvalid lfToken = iota42 lfTokenRoot43 lfTokenOpenGroup44 lfTokenCloseGroup45 lfTokenNot46 lfTokenAnd47 lfTokenOr48 lfTokenRegexp49 lfTokenLabel50 lfTokenEOF51)52func (l lfToken) Precedence() int {53 switch l {54 case lfTokenRoot, lfTokenOpenGroup:55 return 056 case lfTokenOr:57 return 158 case lfTokenAnd:59 return 260 case lfTokenNot:61 return 362 }63 return -164}65func (l lfToken) String() string {66 switch l {67 case lfTokenRoot:68 return "ROOT"69 case lfTokenOpenGroup:70 return "("71 case lfTokenCloseGroup:72 return ")"73 case lfTokenNot:74 return "!"75 case lfTokenAnd:76 return "&&"77 case lfTokenOr:78 return "||"79 case lfTokenRegexp:80 return "/regexp/"81 case lfTokenLabel:82 return "label"83 case lfTokenEOF:84 return "EOF"85 }86 return "INVALID"87}88type treeNode struct {89 token lfToken90 location int91 value string92 parent *treeNode93 leftNode *treeNode94 rightNode *treeNode95}96func (tn *treeNode) setRightNode(node *treeNode) {97 tn.rightNode = node98 node.parent = tn99}100func (tn *treeNode) setLeftNode(node *treeNode) {101 tn.leftNode = node102 node.parent = tn103}104func (tn *treeNode) firstAncestorWithPrecedenceLEQ(precedence int) *treeNode {105 if tn.token.Precedence() <= precedence {106 return tn107 }108 return tn.parent.firstAncestorWithPrecedenceLEQ(precedence)109}110func (tn *treeNode) firstUnmatchedOpenNode() *treeNode {111 if tn.token == lfTokenOpenGroup {112 return tn113 }114 if tn.parent == nil {115 return nil116 }117 return tn.parent.firstUnmatchedOpenNode()118}119func (tn *treeNode) constructLabelFilter(input string) (LabelFilter, error) {120 switch tn.token {121 case lfTokenOpenGroup:122 return nil, GinkgoErrors.SyntaxErrorParsingLabelFilter(input, tn.location, "Mismatched '(' - could not find matching ')'.")123 case lfTokenLabel:124 return matchLabelAction(tn.value), nil125 case lfTokenRegexp:126 re, err := regexp.Compile(tn.value)127 if err != nil {128 return nil, GinkgoErrors.SyntaxErrorParsingLabelFilter(input, tn.location, fmt.Sprintf("RegExp compilation error: %s", err))129 }130 return matchLabelRegexAction(re), nil131 }132 if tn.rightNode == nil {133 return nil, GinkgoErrors.SyntaxErrorParsingLabelFilter(input, -1, "Unexpected EOF.")134 }135 rightLF, err := tn.rightNode.constructLabelFilter(input)136 if err != nil {137 return nil, err138 }139 switch tn.token {140 case lfTokenRoot, lfTokenCloseGroup:141 return rightLF, nil142 case lfTokenNot:143 return notAction(rightLF), nil144 }145 if tn.leftNode == nil {146 return nil, GinkgoErrors.SyntaxErrorParsingLabelFilter(input, tn.location, fmt.Sprintf("Malformed tree - '%s' is missing left operand.", tn.token))147 }148 leftLF, err := tn.leftNode.constructLabelFilter(input)149 if err != nil {150 return nil, err151 }152 switch tn.token {153 case lfTokenAnd:154 return andAction(leftLF, rightLF), nil155 case lfTokenOr:156 return orAction(leftLF, rightLF), nil157 }158 return nil, GinkgoErrors.SyntaxErrorParsingLabelFilter(input, tn.location, fmt.Sprintf("Invalid token '%s'.", tn.token))159}160func (tn *treeNode) tokenString() string {161 out := fmt.Sprintf("<%s", tn.token)162 if tn.value != "" {163 out += " | " + tn.value164 }165 out += ">"166 return out167}168func (tn *treeNode) toString(indent int) string {...

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andAction

Using AI Code Generation

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1import (2func main() {3 fmt.Println(types.And(true, true))4}5import (6func main() {7 fmt.Println(types.Or(true, false))8}9import (10func main() {11 fmt.Println(types.Not(true))12}13import (14func main() {15 fmt.Println(types.Xor(true, false))16}17import (18func main() {19 fmt.Println(types.Nor(true, false))20}21import (22func main() {23 fmt.Println(types.Nand(true, false))24}25import (26func main() {27 fmt.Println(types.Equals(1, 1))28}29import (

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andAction

Using AI Code Generation

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1import "fmt"2func main() {3 fmt.Println(x.andAction(true, true))4 fmt.Println(x.andAction(true, false))5 fmt.Println(x.andAction(false, true))6 fmt.Println(x.andAction(false, false))7}8type types struct {9}10func (t types) andAction(a bool, b bool) bool {11}12import "fmt"13func main() {14 fmt.Println(x.orAction(true, true))15 fmt.Println(x.orAction(true, false))16 fmt.Println(x.orAction(false, true))17 fmt.Println(x.orAction(false, false))18}19type types struct {20}21func (t types) orAction(a bool, b bool) bool {22}23import "fmt"24func main() {25 fmt.Println(x.notAction(true))26 fmt.Println(x.notAction(false))27}28type types struct {29}30func (t types) notAction(a bool) bool {31}32import "fmt"33func main() {34 fmt.Println(x.incrementAction(1))35 fmt.Println(x.incrementAction(2))36 fmt.Println(x.incrementAction(3))37 fmt.Println(x.incrementAction(4))38}39type types struct {40}41func (t types) incrementAction(a int) int {42}

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andAction

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1import "fmt"2func main() {3 a.andAction()4}5import "fmt"6func main() {7 a.andAction()8}9import "fmt"10func main() {11 a.andAction()12}13import "fmt"14func main() {15 a.andAction()16}17import "fmt"18func main() {19 a.andAction()20}21import "fmt"22func main() {23 a.andAction()24}25import "fmt"26func main() {27 a.andAction()28}29import "fmt"30func main() {31 a.andAction()32}33import "fmt"34func main() {35 a.andAction()36}37import "fmt"38func main() {39 a.andAction()40}41import "fmt"42func main() {43 a.andAction()44}45import "fmt"46func main() {47 a.andAction()48}49import "fmt"50func main() {

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andAction

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1import "fmt"2func main() {3 a.andAction()4}5import "fmt"6func main() {7 a.orAction()8}9import "fmt"10func main() {11 a.xorAction()12}13import "fmt"14func main() {15 a.notAction()16}17import "fmt"18func main() {19 a.leftShiftAction()20}21import "fmt"22func main() {23 a.rightShiftAction()24}25import "fmt"26func main() {27 a.bitClearAction()28}29import "fmt"30func main() {31 a.bitSetAction()32}33import "fmt"34func main() {35 a.bitTestAction()36}37import "fmt"38func main() {39 a.bitToggleAction()40}41import "fmt"42func main() {43 a.bitClearRightAction()44}45import "fmt"46func main() {47 a.bitClearLeftAction()48}

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andAction

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1import (2func main() {3 var a interface{} = 104 var b interface{} = 205 var c interface{} = 306 var d interface{} = 407 var e interface{} = 508 var f interface{} = 609 var g interface{} = 7010 var h interface{} = 8011 var i interface{} = 9012 var j interface{} = 10013 var k interface{} = 11014 var l interface{} = 12015 var m interface{} = 13016 var n interface{} = 14017 var o interface{} = 15018 var p interface{} = 16019 var q interface{} = 17020 var r interface{} = 18021 var s interface{} = 19022 var t interface{} = 20023 var u interface{} = 21024 var v interface{} = 22025 var w interface{} = 23026 var x interface{} = 24027 var y interface{} = 25028 var z interface{} = 26029 var aa interface{} = 27030 var bb interface{} = 28031 var cc interface{} = 29032 var dd interface{} = 30033 var ee interface{} = 31034 var ff interface{} = 32035 var gg interface{} = 33036 var hh interface{} = 34037 var ii interface{} = 35038 var jj interface{} = 36039 var kk interface{} = 37040 var ll interface{} = 38041 var mm interface{} = 39042 var nn interface{} = 40043 var oo interface{} = 41044 var pp interface{} = 42045 var qq interface{} = 43046 var rr interface{} = 44047 var ss interface{} = 45048 var tt interface{} = 46049 var uu interface{} = 47050 var vv interface{} = 48051 var ww interface{} = 49052 var xx interface{} = 50053 var yy interface{} = 51054 var zz interface{} = 52055 var aaa interface{} =

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andAction

Using AI Code Generation

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1import (2func main() {3 fmt.Println("Hello, playground")4 fmt.Println(types.AndAction(true, true))5 fmt.Println(types.AndAction(true, false))6 fmt.Println(types.AndAction(false, true))7 fmt.Println(types.AndAction(false, false))8}

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andAction

Using AI Code Generation

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1import (2func main() {3 types.AndAction()4 fmt.Println("Hello World")5}6import (7func AndAction() {8 fmt.Printf("Line 1 - Value of c is %d9 fmt.Printf("Line 2 - Value of c is %d10}11import (12func TestAndAction(t *testing.T) {13 AndAction()14}15import (16func main() {17 types.OrAction()18 fmt.Println("Hello World")19}20import (21func OrAction() {22 fmt.Printf("Line 1 - Value of c is %d

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andAction

Using AI Code Generation

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1import "fmt"2import "github.com/pskumar4488/types"3func main() {4 fmt.Println("Hello")5 fmt.Println(types.AndAction(true, true))6 fmt.Println(types.AndAction(true, false))7 fmt.Println(types.AndAction(false, true))8 fmt.Println(types.AndAction(false, false))9}

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andAction

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1import (2func main() {3 fmt.Println("Hello, playground")4 typesObj := types.Types{}5 typesObj.AndAction()6}

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