How to use max method of internal Package

Best Ginkgo code snippet using internal.max

internal.go

Source:internal.go Github

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...30 // InternalKeyKindColumnFamilyRangeDelete = 1431 InternalKeyKindRangeDelete = 1532 // InternalKeyKindColumnFamilyBlobIndex = 1633 // InternalKeyKindBlobIndex = 1734 // This maximum value isn't part of the file format. It's unlikely,35 // but future extensions may increase this value.36 //37 // When constructing an internal key to pass to DB.Seek{GE,LE},38 // internalKeyComparer sorts decreasing by kind (after sorting increasing by39 // user key and decreasing by sequence number). Thus, use InternalKeyKindMax,40 // which sorts 'less than or equal to' any other valid internalKeyKind, when41 // searching for any kind of internal key formed by a certain user key and42 // seqNum.43 InternalKeyKindMax InternalKeyKind = 1744 // A marker for an invalid key.45 InternalKeyKindInvalid InternalKeyKind = 25546 // InternalKeySeqNumBatch is a bit that is set on batch sequence numbers47 // which prevents those entries from being excluded from iteration.48 InternalKeySeqNumBatch = uint64(1 << 55)49 // InternalKeySeqNumMax is the largest valid sequence number.50 InternalKeySeqNumMax = uint64(1<<56 - 1)51 // InternalKeyRangeDeleteSentinel is the marker for a range delete sentinel52 // key. This sequence number and kind are used for the upper stable boundary53 // when a range deletion tombstone is the largest key in an sstable. This is54 // necessary because sstable boundaries are inclusive, while the end key of a55 // range deletion tombstone is exclusive.56 InternalKeyRangeDeleteSentinel = (InternalKeySeqNumMax << 8) | InternalKeyKindRangeDelete57)58var internalKeyKindNames = []string{59 InternalKeyKindDelete: "DEL",60 InternalKeyKindSet: "SET",61 InternalKeyKindMerge: "MERGE",62 InternalKeyKindLogData: "LOGDATA",63 InternalKeyKindSingleDelete: "SINGLEDEL",64 InternalKeyKindRangeDelete: "RANGEDEL",65 InternalKeyKindMax: "MAX",66 InternalKeyKindInvalid: "INVALID",67}68func (k InternalKeyKind) String() string {69 if int(k) < len(internalKeyKindNames) {70 return internalKeyKindNames[k]71 }72 return fmt.Sprintf("UNKNOWN:%d", k)73}74// InternalKey is a key used for the in-memory and on-disk partial DBs that75// make up a pebble DB.76//77// It consists of the user key (as given by the code that uses package pebble)78// followed by 8-bytes of metadata:79// - 1 byte for the type of internal key: delete or set,80// - 7 bytes for a uint56 sequence number, in little-endian format.81type InternalKey struct {82 UserKey []byte83 Trailer uint6484}85// InvalidInternalKey is an invalid internal key for which Valid() will return86// false.87var InvalidInternalKey = MakeInternalKey(nil, 0, InternalKeyKindInvalid)88// MakeInternalKey constructs an internal key from a specified user key,89// sequence number and kind.90func MakeInternalKey(userKey []byte, seqNum uint64, kind InternalKeyKind) InternalKey {91 return InternalKey{92 UserKey: userKey,93 Trailer: (seqNum << 8) | uint64(kind),94 }95}96// MakeSearchKey constructs an internal key that is appropriate for searching97// for a the specified user key. The search key contain the maximual sequence98// number and kind ensuring that it sorts before any other internal keys for99// the same user key.100func MakeSearchKey(userKey []byte) InternalKey {101 return InternalKey{102 UserKey: userKey,103 Trailer: (InternalKeySeqNumMax << 8) | uint64(InternalKeyKindMax),104 }105}106// MakeRangeDeleteSentinelKey constructs an internal key that is a range107// deletion sentinel key, used as the upper boundary for an sstable when a108// range deletion is the largest key in an sstable.109func MakeRangeDeleteSentinelKey(userKey []byte) InternalKey {110 return InternalKey{111 UserKey: userKey,112 Trailer: InternalKeyRangeDeleteSentinel,113 }114}115var kindsMap = map[string]InternalKeyKind{116 "DEL": InternalKeyKindDelete,117 "SINGLEDEL": InternalKeyKindSingleDelete,118 "RANGEDEL": InternalKeyKindRangeDelete,119 "SET": InternalKeyKindSet,120 "MERGE": InternalKeyKindMerge,121 "INVALID": InternalKeyKindInvalid,122 "MAX": InternalKeyKindMax,123}124// ParseInternalKey parses the string representation of an internal key. The125// format is <user-key>.<kind>.<seq-num>. If the seq-num starts with a "b" it126// is marked as a batch-seq-num (i.e. the InternalKeySeqNumBatch bit is set).127func ParseInternalKey(s string) InternalKey {128 x := strings.Split(s, ".")129 ukey := x[0]130 kind, ok := kindsMap[x[1]]131 if !ok {132 panic(fmt.Sprintf("unknown kind: %q", x[1]))133 }134 j := 0135 if x[2][0] == 'b' {136 j = 1137 }138 seqNum, _ := strconv.ParseUint(x[2][j:], 10, 64)139 if x[2][0] == 'b' {140 seqNum |= InternalKeySeqNumBatch141 }142 return MakeInternalKey([]byte(ukey), seqNum, kind)143}144// DecodeInternalKey decodes an encoded internal key. See InternalKey.Encode().145func DecodeInternalKey(encodedKey []byte) InternalKey {146 n := len(encodedKey) - 8147 var trailer uint64148 if n >= 0 {149 trailer = binary.LittleEndian.Uint64(encodedKey[n:])150 encodedKey = encodedKey[:n:n]151 } else {152 trailer = uint64(InternalKeyKindInvalid)153 encodedKey = nil154 }155 return InternalKey{156 UserKey: encodedKey,157 Trailer: trailer,158 }159}160// InternalCompare compares two internal keys using the specified comparison161// function. For equal user keys, internal keys compare in descending sequence162// number order. For equal user keys and sequence numbers, internal keys163// compare in descending kind order (though this should never happen in164// practice).165func InternalCompare(userCmp Compare, a, b InternalKey) int {166 if x := userCmp(a.UserKey, b.UserKey); x != 0 {167 return x168 }169 if a.Trailer > b.Trailer {170 return -1171 }172 if a.Trailer < b.Trailer {173 return 1174 }175 return 0176}177// Encode encodes the receiver into the buffer. The buffer must be large enough178// to hold the encoded data. See InternalKey.Size().179func (k InternalKey) Encode(buf []byte) {180 i := copy(buf, k.UserKey)181 binary.LittleEndian.PutUint64(buf[i:], k.Trailer)182}183// EncodeTrailer returns the trailer encoded to an 8-byte array.184func (k InternalKey) EncodeTrailer() [8]byte {185 var buf [8]byte186 binary.LittleEndian.PutUint64(buf[:], k.Trailer)187 return buf188}189// Separator returns a separator key such that k <= x && x < other, where less190// than is consistent with the Compare function. The buf parameter may be used191// to store the returned InternalKey.UserKey, though it is valid to pass a192// nil. See the Separator type for details on separator keys.193func (k InternalKey) Separator(194 cmp Compare, sep Separator, buf []byte, other InternalKey,195) InternalKey {196 buf = sep(buf, k.UserKey, other.UserKey)197 if len(buf) <= len(k.UserKey) && cmp(k.UserKey, buf) < 0 {198 // The separator user key is physically shorter than k.UserKey (if it is199 // longer, we'll continue to use "k"), but logically after. Tack on the max200 // sequence number to the shortened user key. Note that we could tack on201 // any sequence number and kind here to create a valid separator key. We202 // use the max sequence number to match the behavior of LevelDB and203 // RocksDB.204 return MakeInternalKey(buf, InternalKeySeqNumMax, InternalKeyKindMax)205 }206 return k207}208// Successor returns a successor key such that k <= x. A simple implementation209// may return k unchanged. The buf parameter may be used to store the returned210// InternalKey.UserKey, though it is valid to pass a nil.211func (k InternalKey) Successor(cmp Compare, succ Successor, buf []byte) InternalKey {212 buf = succ(buf, k.UserKey)213 if len(buf) <= len(k.UserKey) && cmp(k.UserKey, buf) < 0 {214 // The successor user key is physically shorter that k.UserKey (if it is215 // longer, we'll continue to use "k"), but logically after. Tack on the max216 // sequence number to the shortened user key. Note that we could tack on217 // any sequence number and kind here to create a valid separator key. We218 // use the max sequence number to match the behavior of LevelDB and219 // RocksDB.220 return MakeInternalKey(buf, InternalKeySeqNumMax, InternalKeyKindMax)221 }222 return k223}224// Size returns the encoded size of the key.225func (k InternalKey) Size() int {226 return len(k.UserKey) + 8227}228// SetSeqNum sets the sequence number component of the key.229func (k *InternalKey) SetSeqNum(seqNum uint64) {230 k.Trailer = (seqNum << 8) | (k.Trailer & 0xff)231}232// SeqNum returns the sequence number component of the key....

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bandalarm.go

Source:bandalarm.go Github

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1package models2import (3 "fmt"4 "google.golang.org/protobuf/proto" //nolint:gci5 "github.com/SKF/go-pas-client/internal/events"6 models "github.com/SKF/go-pas-client/internal/models"7 "github.com/SKF/go-utility/v2/uuid"8 pas "github.com/SKF/proto/v2/pas"9)10type (11 BandAlarm struct {12 Label string13 MinFrequency BandAlarmFrequency14 MaxFrequency BandAlarmFrequency15 OverallThreshold *BandAlarmOverallThreshold16 }17 BandAlarmFrequency struct {18 ValueType BandAlarmFrequencyValueType19 Value float6420 }21 BandAlarmThreshold struct {22 ValueType BandAlarmThresholdType23 Value float6424 }25 BandAlarmOverallThreshold struct {26 Unit string27 UpperAlert *BandAlarmThreshold28 UpperDanger *BandAlarmThreshold29 }30)31func (b *BandAlarm) FromInternal(internal *models.ModelsBandAlarm) {32 if b == nil || internal == nil {33 return34 }35 b.Label = internal.Label36 b.MinFrequency.FromInternalThreshold(internal.MinFrequency)37 b.MaxFrequency.FromInternalThreshold(internal.MaxFrequency)38 if internal.OverallThreshold != nil {39 b.OverallThreshold = new(BandAlarmOverallThreshold)40 b.OverallThreshold.FromInternal(internal.OverallThreshold)41 }42}43func (b BandAlarm) ToInternal() *models.ModelsBandAlarm {44 bandAlarm := &models.ModelsBandAlarm{45 Label: b.Label,46 OverallThreshold: nil,47 MinFrequency: b.MinFrequency.ToInternal(),48 MaxFrequency: b.MaxFrequency.ToInternal(),49 }50 if b.OverallThreshold != nil {51 bandAlarm.OverallThreshold = b.OverallThreshold.ToInternal()52 }53 return bandAlarm54}55func (b *BandAlarm) FromProto(buf []byte) error {56 if b == nil {57 return nil58 }59 var internal pas.BandAlarm60 if err := proto.Unmarshal(buf, &internal); err != nil {61 return fmt.Errorf("decoding band alarm failed: %w", err)62 }63 b.Label = internal.Label64 b.MinFrequency.FromProto(internal.MinFrequency)65 b.MaxFrequency.FromProto(internal.MaxFrequency)66 if internal.OverallThreshold != nil {67 b.OverallThreshold = new(BandAlarmOverallThreshold)68 b.OverallThreshold.FromProto(internal.OverallThreshold)69 }70 return nil71}72func (f *BandAlarmFrequency) FromInternalThreshold(internal *models.ModelsBandAlarmFrequency) {73 if f == nil || internal == nil {74 return75 }76 if internal.ValueType != nil {77 f.ValueType = BandAlarmFrequencyValueType(*internal.ValueType)78 }79 if internal.Value != nil {80 f.Value = *internal.Value81 }82}83func (f *BandAlarmFrequency) FromInternalAlarmStatus(internal *models.ModelsGetAlarmStatusResponseFrequency) {84 if f == nil || internal == nil {85 return86 }87 if internal.ValueType != nil {88 f.ValueType = BandAlarmFrequencyValueType(*internal.ValueType)89 }90 if internal.Value != nil {91 f.Value = *internal.Value92 }93}94func (f BandAlarmFrequency) ToInternal() *models.ModelsBandAlarmFrequency {95 valueType := int32(f.ValueType)96 return &models.ModelsBandAlarmFrequency{97 ValueType: &valueType,98 Value: &f.Value,99 }100}101func (f *BandAlarmFrequency) FromProto(internal *pas.Frequency) {102 if f == nil || internal == nil {103 return104 }105 f.ValueType = BandAlarmFrequencyValueType(internal.ValueType)106 if internal.Value != nil {107 f.Value = internal.Value.Value108 }109}110func (b *BandAlarmOverallThreshold) FromInternal(internal *models.ModelsBandAlarmOverallThreshold) {111 if b == nil || internal == nil {112 return113 }114 b.Unit = internal.Unit115 if internal.UpperAlert != nil {116 b.UpperAlert = new(BandAlarmThreshold)117 b.UpperAlert.FromInternal(internal.UpperAlert)118 }119 if internal.UpperDanger != nil {120 b.UpperDanger = new(BandAlarmThreshold)121 b.UpperDanger.FromInternal(internal.UpperDanger)122 }123}124func (b BandAlarmOverallThreshold) ToInternal() *models.ModelsBandAlarmOverallThreshold {125 threshold := &models.ModelsBandAlarmOverallThreshold{126 Unit: b.Unit,127 UpperAlert: nil,128 UpperDanger: nil,129 }130 if b.UpperAlert != nil {131 threshold.UpperAlert = b.UpperAlert.ToInternal()132 }133 if b.UpperDanger != nil {134 threshold.UpperDanger = b.UpperDanger.ToInternal()135 }136 return threshold137}138func (b *BandAlarmOverallThreshold) FromProto(internal *pas.BandAlarmOverallThreshold) {139 if b == nil || internal == nil {140 return141 }142 b.Unit = internal.Unit143 if internal.UpperAlert != nil {144 b.UpperAlert = new(BandAlarmThreshold)145 b.UpperAlert.FromProto(internal.UpperAlert)146 }147 if internal.UpperDanger != nil {148 b.UpperDanger = new(BandAlarmThreshold)149 b.UpperDanger.FromProto(internal.UpperDanger)150 }151}152func (t *BandAlarmThreshold) FromInternal(internal *models.ModelsBandAlarmThreshold) {153 if t == nil || internal == nil {154 return155 }156 if internal.ValueType != nil {157 t.ValueType = BandAlarmThresholdType(*internal.ValueType)158 }159 if internal.Value != nil {160 t.Value = *internal.Value161 }162}163func (t BandAlarmThreshold) ToInternal() *models.ModelsBandAlarmThreshold {164 valueType := int32(t.ValueType)165 return &models.ModelsBandAlarmThreshold{166 ValueType: &valueType,167 Value: &t.Value,168 }169}170func (t *BandAlarmThreshold) FromProto(internal *pas.ThresholdValue) {171 if t == nil || internal == nil {172 return173 }174 t.ValueType = BandAlarmThresholdType(internal.ValueType)175 if internal.Value != nil {176 t.Value = internal.Value.Value177 }178}179type (180 BandAlarmStatus struct {181 GenericAlarmStatus182 Label string183 MinFrequency BandAlarmFrequency184 MaxFrequency BandAlarmFrequency185 CalculatedOverall *BandAlarmStatusCalculatedOverall186 }187 BandAlarmStatusCalculatedOverall struct {188 Unit string189 Value float64190 }191)192func (b *BandAlarmStatus) FromInternal(internal *models.ModelsGetAlarmStatusResponseBandAlarm) {193 if b == nil || internal == nil {194 return195 }196 b.Label = internal.Label197 if internal.Status != nil {198 b.Status = AlarmStatusType(*internal.Status)199 }200 b.TriggeringMeasurement = uuid.UUID(internal.TriggeringMeasurement.String())201 if internal.MinFrequency != nil {202 b.MinFrequency.FromInternalAlarmStatus(internal.MinFrequency)203 }204 if internal.MaxFrequency != nil {205 b.MaxFrequency.FromInternalAlarmStatus(internal.MaxFrequency)206 }207 if internal.CalculatedOverall != nil {208 b.CalculatedOverall = &BandAlarmStatusCalculatedOverall{209 Unit: internal.CalculatedOverall.Unit,210 Value: 0,211 }212 if internal.CalculatedOverall.Value != nil {213 b.CalculatedOverall.Value = *internal.CalculatedOverall.Value214 }215 }216}217func (b *BandAlarmStatus) FromEvent(internal events.BandAlarmStatus) {218 if b == nil {219 return220 }221 b.Label = internal.Label222 b.Status = AlarmStatusType(internal.Status)223 b.TriggeringMeasurement = internal.TriggeringMeasurement224 b.MinFrequency = BandAlarmFrequency{225 ValueType: BandAlarmFrequencyValueType(internal.MinFrequency.ValueType),226 Value: internal.MinFrequency.Value,227 }228 b.MaxFrequency = BandAlarmFrequency{229 ValueType: BandAlarmFrequencyValueType(internal.MaxFrequency.ValueType),230 Value: internal.MaxFrequency.Value,231 }232 if internal.CalculatedOverall != nil {233 b.CalculatedOverall = &BandAlarmStatusCalculatedOverall{234 Unit: internal.CalculatedOverall.Unit,235 Value: internal.CalculatedOverall.Value,236 }237 }238}...

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key.go

Source:key.go Github

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1// Copyright (c) 2012, Suryandaru Triandana <syndtr@gmail.com>2// All rights reserved.3//4// Use of this source code is governed by a BSD-style license that can be5// found in the LICENSE file.6package leveldb7import (8 "encoding/binary"9 "fmt"10 "github.com/syndtr/goleveldb/leveldb/errors"11 "github.com/syndtr/goleveldb/leveldb/storage"12)13// ErrInternalKeyCorrupted records internal key corruption.14type ErrInternalKeyCorrupted struct {15 Ikey []byte16 Reason string17}18func (e *ErrInternalKeyCorrupted) Error() string {19 return fmt.Sprintf("leveldb: internal key %q corrupted: %s", e.Ikey, e.Reason)20}21func newErrInternalKeyCorrupted(ikey []byte, reason string) error {22 return errors.NewErrCorrupted(storage.FileDesc{}, &ErrInternalKeyCorrupted{append([]byte{}, ikey...), reason})23}24type keyType uint25func (kt keyType) String() string {26 switch kt {27 case keyTypeDel:28 return "d"29 case keyTypeVal:30 return "v"31 }32 return fmt.Sprintf("<invalid:%#x>", uint(kt))33}34// Value types encoded as the last component of internal keys.35// Don't modify; this value are saved to disk.36const (37 keyTypeDel = keyType(0)38 keyTypeVal = keyType(1)39)40// keyTypeSeek defines the keyType that should be passed when constructing an41// internal key for seeking to a particular sequence number (since we42// sort sequence numbers in decreasing order and the value type is43// embedded as the low 8 bits in the sequence number in internal keys,44// we need to use the highest-numbered ValueType, not the lowest).45const keyTypeSeek = keyTypeVal46const (47 // Maximum value possible for sequence number; the 8-bits are48 // used by value type, so its can packed together in single49 // 64-bit integer.50 keyMaxSeq = (uint64(1) << 56) - 151 // Maximum value possible for packed sequence number and type.52 keyMaxNum = (keyMaxSeq << 8) | uint64(keyTypeSeek)53)54// Maximum number encoded in bytes.55var keyMaxNumBytes = make([]byte, 8)56func init() {57 binary.LittleEndian.PutUint64(keyMaxNumBytes, keyMaxNum)58}59type internalKey []byte60func makeInternalKey(dst, ukey []byte, seq uint64, kt keyType) internalKey {61 if seq > keyMaxSeq {62 panic("leveldb: invalid sequence number")63 } else if kt > keyTypeVal {64 panic("leveldb: invalid type")65 }66 dst = ensureBuffer(dst, len(ukey)+8)67 copy(dst, ukey)68 binary.LittleEndian.PutUint64(dst[len(ukey):], (seq<<8)|uint64(kt))69 return internalKey(dst)70}71func parseInternalKey(ik []byte) (ukey []byte, seq uint64, kt keyType, err error) {72 if len(ik) < 8 {73 return nil, 0, 0, newErrInternalKeyCorrupted(ik, "invalid length")74 }75 num := binary.LittleEndian.Uint64(ik[len(ik)-8:])76 seq, kt = uint64(num>>8), keyType(num&0xff)77 if kt > keyTypeVal {78 return nil, 0, 0, newErrInternalKeyCorrupted(ik, "invalid type")79 }80 ukey = ik[:len(ik)-8]81 return82}83func validInternalKey(ik []byte) bool {84 _, _, _, err := parseInternalKey(ik)85 return err == nil86}87func (ik internalKey) assert() {88 if ik == nil {89 panic("leveldb: nil internalKey")90 }91 if len(ik) < 8 {92 panic(fmt.Sprintf("leveldb: internal key %q, len=%d: invalid length", []byte(ik), len(ik)))93 }94}95func (ik internalKey) ukey() []byte {96 ik.assert()97 return ik[:len(ik)-8]98}99func (ik internalKey) num() uint64 {100 ik.assert()101 return binary.LittleEndian.Uint64(ik[len(ik)-8:])102}103func (ik internalKey) parseNum() (seq uint64, kt keyType) {104 num := ik.num()105 seq, kt = uint64(num>>8), keyType(num&0xff)106 if kt > keyTypeVal {107 panic(fmt.Sprintf("leveldb: internal key %q, len=%d: invalid type %#x", []byte(ik), len(ik), kt))108 }109 return110}111func (ik internalKey) String() string {112 if ik == nil {113 return "<nil>"114 }115 if ukey, seq, kt, err := parseInternalKey(ik); err == nil {116 return fmt.Sprintf("%s,%s%d", shorten(string(ukey)), kt, seq)117 }118 return fmt.Sprintf("<invalid:%#x>", []byte(ik))119}...

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1import "internal/math"2func main() {3 fmt.Println(math.Max(2,3))4}5import "internal/math"6func main() {7 fmt.Println(math.Max(2,3))8}9 /usr/local/go/src/internal/math (from $GOROOT)10 /home/sayantan/go/src/internal/math (from $GOPATH)

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

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max

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1import (2func main() {3 fmt.Println("The max number is:", math.Max(12.3, 45.6))4}5func Max(a, b float64) float64 {6 if a > b {7 }8}9import (10func main() {11 fmt.Println("The max number is:", mymath.Max(12.3, 45.6))12}13import (14func main() {15 fmt.Println("The max number is:", mymath.Max(12.3, 45.6))16}17import (18func main() {19 fmt.Println("The max number is:",

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1import (2func main() {3 fmt.Println("Hello, playground")4 fmt.Println(x.Max(y))5}6import (7func main() {8 fmt.Println("Hello, playground")9 fmt.Println(x.Max(y))10}11import (12func main() {13 fmt.Println("Hello, playground")14 fmt.Println(x.Max(y))15}16import (17func main() {18 fmt.Println("Hello, playground")19 fmt.Println(x.Max(y))20}21func (x Int) Max(y Int) Int {22 if x > y {23 }24}25func (x

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1import (2func main() {3 fmt.Println(math.Max(2, 3))4}5We can also import the entire package using the following syntax:6import "math"7import (8func main() {9 fmt.Println(math.Max(2, 3))10}11Package Description archive/zip Provides support for reading and writing ZIP archives. bufio Provides buffered I/O. bytes Provides functions for the manipulation of byte slices. compress/bzip2 Provides support for the bzip2 algorithm, as specified in RFC 1950. compress/flate Provides support for the DEFLATE algorithm, as specified in RFC 1951. compress/gzip Provides support for the gzip file format, as specified in RFC 1952. compress/lzw Provides support for the Lempel-Ziv-Welch compressed data format, as specified in ANSI X3.159-1989. compress/zlib Provides support for the zlib file format, as specified in RFC 1950. container/heap Provides heap operations. container/list Provides a doubly linked list. container/ring Provides ring buffer operations. context Provides a type for propagating cancellation signals. crypto/aes Provides an implementation of AES encryption as specified in U.S. Federal Information Processing Standards Publication 197. crypto/cipher Provides common block cipher modes that can be wrapped around low-level block cipher implementations. crypto/des Provides an implementation of DES encryption as specified in U.S. Federal Information Processing Standards Publication 46. crypto/dsa Provides an implementation of the Digital Signature Algorithm as defined in FIPS PUB 186-2. crypto/ecdsa Provides an implementation of the Elliptic Curve Digital Signature Algorithm as defined in ANSI X9.62. crypto/elliptic Provides implementations of elliptic curves. crypto/hmac Provides an implementation of the keyed-Hash Message Authentication Code (HMAC) as defined in U.S. Federal Information Processing Standards Publication 198. crypto/md5 Provides an implementation of the MD5 hash algorithm as defined in RFC 1321. crypto/rand Provides a cryptographically secure random number generator. crypto/rc4 Provides an implementation of the RC4

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1import (2func main() {3 fmt.Println(math.Max(10, 20))4}5func Max(a, b int) int {6 if a > b {7 }8}9func Min(a, b int) int {10 if a < b {11 }12}13import (14func main() {15 fmt.Println(math.Max(10, 20))16}17func Max(a, b int) int {18 if a > b {19 }20}21func Min(a, b int) int {22 if a < b {23 }24}

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