How to use Sort method of stats Package

Best Syzkaller code snippet using stats.Sort

sorter.go

Source:sorter.go Github

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...3 "fmt"4 "sort"5)6const (7 SortCount = "Count"8 SortQuery = "Query"9 SortMaxQueryTime = "MaxQueryTime"10 SortMinQueryTime = "MinQueryTime"11 SortAvgQueryTime = "AvgQueryTime"12 SortSumQueryTime = "SumQueryTime"13 SortPNQueryTime = "PNQueryTime"14 SortMaxLockTime = "MaxLockTime"15 SortMinLockTime = "MinLockTime"16 SortAvgLockTime = "AvgLockTime"17 SortSumLockTime = "SumLockTime"18 SortPNLockTime = "PNLockTime"19 SortMaxRowsSent = "MaxRowsSent"20 SortMinRowsSent = "MinRowsSent"21 SortAvgRowsSent = "AvgRowsSent"22 SortSumRowsSent = "SumRowsSent"23 SortPNRowsSent = "PNRowsSent"24 SortMaxRowsExamined = "MaxRowsExamined"25 SortMinRowsExamined = "MinRowsExamined"26 SortAvgRowsExamined = "AvgRowsExamined"27 SortSumRowsExamined = "SumRowsExamined"28 SortPNRowsExamined = "PNRowsExamined"29 SortMaxRowsAffected = "MaxRowsAffected"30 SortMinRowsAffected = "MinRowsAffected"31 SortAvgRowsAffected = "AvgRowsAffected"32 SortSumRowsAffected = "SumRowsAffected"33 SortPNRowsAffected = "PNRowsAffected"34 SortMaxBytesSent = "MaxBytesSent"35 SortMinBytesSent = "MinBytesSent"36 SortAvgBytesSent = "AvgBytesSent"37 SortSumBytesSent = "SumBytesSent"38 SortPNBytesSent = "PNBytesSent"39)40type SortOptions struct {41 options map[string]string42 sortType string43 percentile int44}45var optionsMap = map[string]string{46 "count": SortCount,47 "query": SortQuery,48 "max-query-time": SortMaxQueryTime,49 "min-query-time": SortMinQueryTime,50 "avg-query-time": SortAvgQueryTime,51 "sum-query-time": SortSumQueryTime,52 "pn-query-time": SortPNQueryTime,53 "max-lock-time": SortMaxLockTime,54 "min-lock-time": SortMinLockTime,55 "avg-lock-time": SortAvgLockTime,56 "sum-lock-time": SortSumLockTime,57 "pn-lock-time": SortPNLockTime,58 "max-rows-sent": SortMaxRowsSent,59 "min-rows-sent": SortMinRowsSent,60 "avg-rows-sent": SortAvgRowsSent,61 "sum-rows-sent": SortSumRowsSent,62 "pn-rows-sent": SortPNRowsSent,63 "max-rows-examined": SortMaxRowsExamined,64 "min-rows-examined": SortMinRowsExamined,65 "avg-rows-examined": SortAvgRowsExamined,66 "sum-rows-examined": SortSumRowsExamined,67 "pn-rows-examined": SortPNRowsExamined,68 "max-rows-affected": SortMaxRowsAffected,69 "min-rows-affected": SortMinRowsAffected,70 "avg-rows-affected": SortAvgRowsAffected,71 "sum-rows-affected": SortSumRowsAffected,72 "pn-rows-affected": SortPNRowsAffected,73 "max-bytes-sent": SortMaxBytesSent,74 "min-bytes-sent": SortMinBytesSent,75 "avg-bytes-sent": SortAvgBytesSent,76 "sum-bytes-sent": SortSumBytesSent,77 "pn-bytes-sent": SortPNBytesSent,78}79func NewSortOptions() *SortOptions {80 return &SortOptions{81 options: optionsMap,82 }83}84func (so *SortOptions) SetAndValidate(opt string) error {85 _, ok := so.options[opt]86 if ok {87 so.sortType = so.options[opt]88 return nil89 }90 var n int91 _, err := fmt.Sscanf(opt, "p%d", &n)92 if err != nil {93 return err94 }95 if n < 0 && n > 100 {96 return fmt.Errorf("enum value must be one of count,query,max-(query-time|lock-time|rows-sent|rows-examined|rows-affected|bytes-sent),min-(query-time|lock-time|rows-sent|rows-examined|rows-affected|bytes-sent),avg-(query-time|lock-time|rows-sent|rows-examined|rows-affected|bytes-sent),sum-(query-time|lock-time|rows-sent|rows-examined|rows-affected|bytes-sent),pN(N = 0 ~ 100)-(query-time|lock-time|rows-sent|rows-examined|rows-affected|bytes-sent),stddev, got '%s'", opt)97 }98 so.sortType = so.options["pn"]99 so.percentile = n100 return nil101}102func (so *SortOptions) SortType() string {103 return so.sortType104}105func (so *SortOptions) Percentile() int {106 return so.percentile107}108func (qs *QueryStats) Sort(sortOptions *SortOptions, reverse bool) {109 switch sortOptions.sortType {110 case SortCount:111 qs.SortCount(reverse)112 case SortQuery:113 qs.SortQuery(reverse)114 // query time115 case SortMaxQueryTime:116 qs.SortMaxQueryTime(reverse)117 case SortMinQueryTime:118 qs.SortMinQueryTime(reverse)119 case SortSumQueryTime:120 qs.SortSumQueryTime(reverse)121 case SortAvgQueryTime:122 qs.SortAvgQueryTime(reverse)123 case SortPNQueryTime:124 qs.SortPNQueryTime(reverse)125 // lock time126 case SortMaxLockTime:127 qs.SortMaxLockTime(reverse)128 case SortMinLockTime:129 qs.SortMinLockTime(reverse)130 case SortSumLockTime:131 qs.SortSumLockTime(reverse)132 case SortAvgLockTime:133 qs.SortAvgLockTime(reverse)134 case SortPNLockTime:135 qs.SortPNLockTime(reverse)136 // rows sent137 case SortMaxRowsSent:138 qs.SortMaxRowsSent(reverse)139 case SortMinRowsSent:140 qs.SortMinRowsSent(reverse)141 case SortSumRowsSent:142 qs.SortSumRowsSent(reverse)143 case SortAvgRowsSent:144 qs.SortAvgRowsSent(reverse)145 case SortPNRowsSent:146 qs.SortPNRowsSent(reverse)147 // rows examined148 case SortMaxRowsExamined:149 qs.SortMaxRowsExamined(reverse)150 case SortMinRowsExamined:151 qs.SortMinRowsExamined(reverse)152 case SortSumRowsExamined:153 qs.SortSumRowsExamined(reverse)154 case SortAvgRowsExamined:155 qs.SortAvgRowsExamined(reverse)156 case SortPNRowsExamined:157 qs.SortPNRowsExamined(reverse)158 // rows affected159 case SortMaxRowsAffected:160 qs.SortMaxRowsAffected(reverse)161 case SortMinRowsAffected:162 qs.SortMinRowsAffected(reverse)163 case SortSumRowsAffected:164 qs.SortSumRowsAffected(reverse)165 case SortAvgRowsAffected:166 qs.SortAvgRowsAffected(reverse)167 case SortPNRowsAffected:168 qs.SortPNRowsAffected(reverse)169 // bytes sent170 case SortMaxBytesSent:171 qs.SortMaxBytesSent(reverse)172 case SortMinBytesSent:173 qs.SortMinBytesSent(reverse)174 case SortSumBytesSent:175 qs.SortSumBytesSent(reverse)176 case SortAvgBytesSent:177 qs.SortAvgBytesSent(reverse)178 case SortPNBytesSent:179 qs.SortPNBytesSent(reverse)180 default:181 qs.SortCount(reverse)182 }183}184func (qs *QueryStats) SortCount(reverse bool) {185 if reverse {186 sort.Slice(qs.stats, func(i, j int) bool {187 return qs.stats[i].Count() > qs.stats[j].Count()188 })189 } else {190 sort.Slice(qs.stats, func(i, j int) bool {191 return qs.stats[i].Count() < qs.stats[j].Count()192 })193 }194}195func (qs *QueryStats) SortQuery(reverse bool) {196 if reverse {197 sort.Slice(qs.stats, func(i, j int) bool {198 return qs.stats[i].Query > qs.stats[j].Query199 })200 } else {201 sort.Slice(qs.stats, func(i, j int) bool {202 return qs.stats[i].Query < qs.stats[j].Query203 })204 }205}206// query time207func (qs *QueryStats) SortMaxQueryTime(reverse bool) {208 if reverse {209 sort.Slice(qs.stats, func(i, j int) bool {210 return qs.stats[i].MaxQueryTime() > qs.stats[j].MaxQueryTime()211 })212 } else {213 sort.Slice(qs.stats, func(i, j int) bool {214 return qs.stats[i].MaxQueryTime() < qs.stats[j].MaxQueryTime()215 })216 }217}218func (qs *QueryStats) SortMinQueryTime(reverse bool) {219 if reverse {220 sort.Slice(qs.stats, func(i, j int) bool {221 return qs.stats[i].MinQueryTime() > qs.stats[j].MinQueryTime()222 })223 } else {224 sort.Slice(qs.stats, func(i, j int) bool {225 return qs.stats[i].MinQueryTime() < qs.stats[j].MinQueryTime()226 })227 }228}229func (qs *QueryStats) SortAvgQueryTime(reverse bool) {230 if reverse {231 sort.Slice(qs.stats, func(i, j int) bool {232 return qs.stats[i].AvgQueryTime() > qs.stats[j].AvgQueryTime()233 })234 } else {235 sort.Slice(qs.stats, func(i, j int) bool {236 return qs.stats[i].AvgQueryTime() < qs.stats[j].AvgQueryTime()237 })238 }239}240func (qs *QueryStats) SortSumQueryTime(reverse bool) {241 if reverse {242 sort.Slice(qs.stats, func(i, j int) bool {243 return qs.stats[i].SumQueryTime() > qs.stats[j].SumQueryTime()244 })245 } else {246 sort.Slice(qs.stats, func(i, j int) bool {247 return qs.stats[i].SumQueryTime() < qs.stats[j].SumQueryTime()248 })249 }250}251func (qs *QueryStats) SortPNQueryTime(reverse bool) {252 if reverse {253 sort.Slice(qs.stats, func(i, j int) bool {254 return qs.stats[i].PNQueryTime(qs.sortOptions.percentile) > qs.stats[j].PNQueryTime(qs.sortOptions.percentile)255 })256 } else {257 sort.Slice(qs.stats, func(i, j int) bool {258 return qs.stats[i].PNQueryTime(qs.sortOptions.percentile) < qs.stats[j].PNQueryTime(qs.sortOptions.percentile)259 })260 }261}262// lock time263func (qs *QueryStats) SortMaxLockTime(reverse bool) {264 if reverse {265 sort.Slice(qs.stats, func(i, j int) bool {266 return qs.stats[i].MaxLockTime() > qs.stats[j].MaxLockTime()267 })268 } else {269 sort.Slice(qs.stats, func(i, j int) bool {270 return qs.stats[i].MaxLockTime() < qs.stats[j].MaxLockTime()271 })272 }273}274func (qs *QueryStats) SortMinLockTime(reverse bool) {275 if reverse {276 sort.Slice(qs.stats, func(i, j int) bool {277 return qs.stats[i].MinLockTime() > qs.stats[j].MinLockTime()278 })279 } else {280 sort.Slice(qs.stats, func(i, j int) bool {281 return qs.stats[i].MinLockTime() < qs.stats[j].MinLockTime()282 })283 }284}285func (qs *QueryStats) SortAvgLockTime(reverse bool) {286 if reverse {287 sort.Slice(qs.stats, func(i, j int) bool {288 return qs.stats[i].AvgLockTime() > qs.stats[j].AvgLockTime()289 })290 } else {291 sort.Slice(qs.stats, func(i, j int) bool {292 return qs.stats[i].AvgLockTime() < qs.stats[j].AvgLockTime()293 })294 }295}296func (qs *QueryStats) SortSumLockTime(reverse bool) {297 if reverse {298 sort.Slice(qs.stats, func(i, j int) bool {299 return qs.stats[i].SumLockTime() > qs.stats[j].SumLockTime()300 })301 } else {302 sort.Slice(qs.stats, func(i, j int) bool {303 return qs.stats[i].SumLockTime() < qs.stats[j].SumLockTime()304 })305 }306}307func (qs *QueryStats) SortPNLockTime(reverse bool) {308 if reverse {309 sort.Slice(qs.stats, func(i, j int) bool {310 return qs.stats[i].PNLockTime(qs.sortOptions.percentile) > qs.stats[j].PNLockTime(qs.sortOptions.percentile)311 })312 } else {313 sort.Slice(qs.stats, func(i, j int) bool {314 return qs.stats[i].PNLockTime(qs.sortOptions.percentile) < qs.stats[j].PNLockTime(qs.sortOptions.percentile)315 })316 }317}318// rows sent319func (qs *QueryStats) SortMaxRowsSent(reverse bool) {320 if reverse {321 sort.Slice(qs.stats, func(i, j int) bool {322 return qs.stats[i].MaxRowsSent() > qs.stats[j].MaxRowsSent()323 })324 } else {325 sort.Slice(qs.stats, func(i, j int) bool {326 return qs.stats[i].MaxRowsSent() < qs.stats[j].MaxRowsSent()327 })328 }329}330func (qs *QueryStats) SortMinRowsSent(reverse bool) {331 if reverse {332 sort.Slice(qs.stats, func(i, j int) bool {333 return qs.stats[i].MinRowsSent() > qs.stats[j].MinRowsSent()334 })335 } else {336 sort.Slice(qs.stats, func(i, j int) bool {337 return qs.stats[i].MinRowsSent() < qs.stats[j].MinRowsSent()338 })339 }340}341func (qs *QueryStats) SortAvgRowsSent(reverse bool) {342 if reverse {343 sort.Slice(qs.stats, func(i, j int) bool {344 return qs.stats[i].AvgRowsSent() > qs.stats[j].AvgRowsSent()345 })346 } else {347 sort.Slice(qs.stats, func(i, j int) bool {348 return qs.stats[i].AvgRowsSent() < qs.stats[j].AvgRowsSent()349 })350 }351}352func (qs *QueryStats) SortSumRowsSent(reverse bool) {353 if reverse {354 sort.Slice(qs.stats, func(i, j int) bool {355 return qs.stats[i].SumRowsSent() > qs.stats[j].SumRowsSent()356 })357 } else {358 sort.Slice(qs.stats, func(i, j int) bool {359 return qs.stats[i].SumRowsSent() < qs.stats[j].SumRowsSent()360 })361 }362}363func (qs *QueryStats) SortPNRowsSent(reverse bool) {364 if reverse {365 sort.Slice(qs.stats, func(i, j int) bool {366 return qs.stats[i].PNRowsSent(qs.sortOptions.percentile) > qs.stats[j].PNRowsSent(qs.sortOptions.percentile)367 })368 } else {369 sort.Slice(qs.stats, func(i, j int) bool {370 return qs.stats[i].PNRowsSent(qs.sortOptions.percentile) < qs.stats[j].PNRowsSent(qs.sortOptions.percentile)371 })372 }373}374// rows examined375func (qs *QueryStats) SortMaxRowsExamined(reverse bool) {376 if reverse {377 sort.Slice(qs.stats, func(i, j int) bool {378 return qs.stats[i].MaxRowsExamined() > qs.stats[j].MaxRowsExamined()379 })380 } else {381 sort.Slice(qs.stats, func(i, j int) bool {382 return qs.stats[i].MaxRowsExamined() < qs.stats[j].MaxRowsExamined()383 })384 }385}386func (qs *QueryStats) SortMinRowsExamined(reverse bool) {387 if reverse {388 sort.Slice(qs.stats, func(i, j int) bool {389 return qs.stats[i].MinRowsExamined() > qs.stats[j].MinRowsExamined()390 })391 } else {392 sort.Slice(qs.stats, func(i, j int) bool {393 return qs.stats[i].MinRowsExamined() < qs.stats[j].MinRowsExamined()394 })395 }396}397func (qs *QueryStats) SortAvgRowsExamined(reverse bool) {398 if reverse {399 sort.Slice(qs.stats, func(i, j int) bool {400 return qs.stats[i].AvgRowsExamined() > qs.stats[j].AvgRowsExamined()401 })402 } else {403 sort.Slice(qs.stats, func(i, j int) bool {404 return qs.stats[i].AvgRowsExamined() < qs.stats[j].AvgRowsExamined()405 })406 }407}408func (qs *QueryStats) SortSumRowsExamined(reverse bool) {409 if reverse {410 sort.Slice(qs.stats, func(i, j int) bool {411 return qs.stats[i].SumRowsExamined() > qs.stats[j].SumRowsExamined()412 })413 } else {414 sort.Slice(qs.stats, func(i, j int) bool {415 return qs.stats[i].SumRowsExamined() < qs.stats[j].SumRowsExamined()416 })417 }418}419func (qs *QueryStats) SortPNRowsExamined(reverse bool) {420 if reverse {421 sort.Slice(qs.stats, func(i, j int) bool {422 return qs.stats[i].PNRowsExamined(qs.sortOptions.percentile) > qs.stats[j].PNRowsExamined(qs.sortOptions.percentile)423 })424 } else {425 sort.Slice(qs.stats, func(i, j int) bool {426 return qs.stats[i].PNRowsExamined(qs.sortOptions.percentile) < qs.stats[j].PNRowsExamined(qs.sortOptions.percentile)427 })428 }429}430// rows affected431func (qs *QueryStats) SortMaxRowsAffected(reverse bool) {432 if reverse {433 sort.Slice(qs.stats, func(i, j int) bool {434 return qs.stats[i].MaxRowsAffected() > qs.stats[j].MaxRowsAffected()435 })436 } else {437 sort.Slice(qs.stats, func(i, j int) bool {438 return qs.stats[i].MaxRowsAffected() < qs.stats[j].MaxRowsAffected()439 })440 }441}442func (qs *QueryStats) SortMinRowsAffected(reverse bool) {443 if reverse {444 sort.Slice(qs.stats, func(i, j int) bool {445 return qs.stats[i].MinRowsAffected() > qs.stats[j].MinRowsAffected()446 })447 } else {448 sort.Slice(qs.stats, func(i, j int) bool {449 return qs.stats[i].MinRowsAffected() < qs.stats[j].MinRowsAffected()450 })451 }452}453func (qs *QueryStats) SortAvgRowsAffected(reverse bool) {454 if reverse {455 sort.Slice(qs.stats, func(i, j int) bool {456 return qs.stats[i].AvgRowsAffected() > qs.stats[j].AvgRowsAffected()457 })458 } else {459 sort.Slice(qs.stats, func(i, j int) bool {460 return qs.stats[i].AvgRowsAffected() < qs.stats[j].AvgRowsAffected()461 })462 }463}464func (qs *QueryStats) SortSumRowsAffected(reverse bool) {465 if reverse {466 sort.Slice(qs.stats, func(i, j int) bool {467 return qs.stats[i].SumRowsAffected() > qs.stats[j].SumRowsAffected()468 })469 } else {470 sort.Slice(qs.stats, func(i, j int) bool {471 return qs.stats[i].SumRowsAffected() < qs.stats[j].SumRowsAffected()472 })473 }474}475func (qs *QueryStats) SortPNRowsAffected(reverse bool) {476 if reverse {477 sort.Slice(qs.stats, func(i, j int) bool {478 return qs.stats[i].PNRowsAffected(qs.sortOptions.percentile) > qs.stats[j].PNRowsAffected(qs.sortOptions.percentile)479 })480 } else {481 sort.Slice(qs.stats, func(i, j int) bool {482 return qs.stats[i].PNRowsAffected(qs.sortOptions.percentile) < qs.stats[j].PNRowsAffected(qs.sortOptions.percentile)483 })484 }485}486// bytes sent487func (qs *QueryStats) SortMaxBytesSent(reverse bool) {488 if reverse {489 sort.Slice(qs.stats, func(i, j int) bool {490 return qs.stats[i].MaxBytesSent() > qs.stats[j].MaxBytesSent()491 })492 } else {493 sort.Slice(qs.stats, func(i, j int) bool {494 return qs.stats[i].MaxBytesSent() < qs.stats[j].MaxBytesSent()495 })496 }497}498func (qs *QueryStats) SortMinBytesSent(reverse bool) {499 if reverse {500 sort.Slice(qs.stats, func(i, j int) bool {501 return qs.stats[i].MinBytesSent() > qs.stats[j].MinBytesSent()502 })503 } else {504 sort.Slice(qs.stats, func(i, j int) bool {505 return qs.stats[i].MinBytesSent() < qs.stats[j].MinBytesSent()506 })507 }508}509func (qs *QueryStats) SortAvgBytesSent(reverse bool) {510 if reverse {511 sort.Slice(qs.stats, func(i, j int) bool {512 return qs.stats[i].AvgBytesSent() > qs.stats[j].AvgBytesSent()513 })514 } else {515 sort.Slice(qs.stats, func(i, j int) bool {516 return qs.stats[i].AvgBytesSent() < qs.stats[j].AvgBytesSent()517 })518 }519}520func (qs *QueryStats) SortSumBytesSent(reverse bool) {521 if reverse {522 sort.Slice(qs.stats, func(i, j int) bool {523 return qs.stats[i].SumBytesSent() > qs.stats[j].SumBytesSent()524 })525 } else {526 sort.Slice(qs.stats, func(i, j int) bool {527 return qs.stats[i].SumBytesSent() < qs.stats[j].SumBytesSent()528 })529 }530}531func (qs *QueryStats) SortPNBytesSent(reverse bool) {532 if reverse {533 sort.Slice(qs.stats, func(i, j int) bool {534 return qs.stats[i].PNBytesSent(qs.sortOptions.percentile) > qs.stats[j].PNBytesSent(qs.sortOptions.percentile)535 })536 } else {537 sort.Slice(qs.stats, func(i, j int) bool {538 return qs.stats[i].PNBytesSent(qs.sortOptions.percentile) < qs.stats[j].PNBytesSent(qs.sortOptions.percentile)539 })540 }541}...

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stats.go

Source:stats.go Github

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...99func WriteScriptStats(category, ns, name string, pt, ptDrop, ptError uint64, cost int64, err error) {100 _plstats.WriteScriptStats(category, ns, name, pt, ptDrop, ptError, cost, err)101}102func ReadStats() []ScriptStatsROnly {103 ret := SortStatsROnly(_plstats.ReadStats())104 sort.Sort(ret)105 return ret106}107func StatsKey(category, ns, name string) string {108 return category + "::" + ns + "::" + name109}110type SortStatsROnly []ScriptStatsROnly111func (s SortStatsROnly) Less(i, j int) bool {112 si := s[i]113 sj := s[j]114 if si.Deleted != sj.Deleted {115 if !si.Deleted {116 return true117 } else {118 return false119 }120 }121 if si.Enable != sj.Enable {122 if si.Enable {123 return true124 } else {125 return false126 }127 }128 if si.Pt != sj.Pt {129 if si.Pt > sj.Pt {130 return true131 } else {132 return false133 }134 }135 if si.Name != sj.Name {136 return sort.StringsAreSorted([]string{si.Name, sj.Name})137 }138 if si.Category != sj.Category {139 return sort.StringsAreSorted([]string{si.Category, sj.Category})140 }141 if si.NS != sj.NS {142 return sort.StringsAreSorted([]string{si.NS, sj.NS})143 }144 return false145}146func (s SortStatsROnly) Swap(i, j int) {147 s[i], s[j] = s[j], s[i]148}149func (s SortStatsROnly) Len() int {150 return len(s)151}...

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utils.go

Source:utils.go Github

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...41 return true42 }43 return false44}45func SelectSortedNode(nodes []*livekit.Node, sortBy string) (*livekit.Node, error) {46 if sortBy == "" {47 return nil, ErrSortByNotSet48 }49 // Return a node based on what it should be sorted by for priority50 switch sortBy {51 case "random":52 idx := funk.RandomInt(0, len(nodes))53 return nodes[idx], nil54 case "sysload":55 sort.Slice(nodes, func(i, j int) bool {56 return GetNodeSysload(nodes[i]) < GetNodeSysload(nodes[j])57 })58 return nodes[0], nil59 case "cpuload":60 sort.Slice(nodes, func(i, j int) bool {61 return nodes[i].Stats.CpuLoad < nodes[j].Stats.CpuLoad62 })63 return nodes[0], nil64 case "rooms":65 sort.Slice(nodes, func(i, j int) bool {66 return nodes[i].Stats.NumRooms < nodes[j].Stats.NumRooms67 })68 return nodes[0], nil69 case "clients":70 sort.Slice(nodes, func(i, j int) bool {71 return nodes[i].Stats.NumClients < nodes[j].Stats.NumClients72 })73 return nodes[0], nil74 case "tracks":75 sort.Slice(nodes, func(i, j int) bool {76 return nodes[i].Stats.NumTracksIn+nodes[i].Stats.NumTracksOut < nodes[j].Stats.NumTracksIn+nodes[j].Stats.NumTracksOut77 })78 return nodes[0], nil79 case "bytespersec":80 sort.Slice(nodes, func(i, j int) bool {81 return nodes[i].Stats.BytesInPerSec+nodes[i].Stats.BytesOutPerSec < nodes[j].Stats.BytesInPerSec+nodes[j].Stats.BytesOutPerSec82 })83 return nodes[0], nil84 default:85 return nil, ErrSortByUnknown86 }87}...

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Sort

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1import (2func main() {3 ages := []int{35, 15, 25, 45}4 sort.Ints(ages)5 fmt.Println(ages)6}

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1import (2func main() {3 s := []string{"c", "a", "b"}4 sort.Strings(s)5 fmt.Println("Strings:", s)6 i := []int{7, 2, 4}7 sort.Ints(i)8 fmt.Println("Ints:", i)9 b := sort.IntsAreSorted(i)10 fmt.Println("Sorted:", b)11}

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1import (2func main() {3 s := []float64{5.6, 8.9, 2.3, 9.87}4 sort.Float64s(s)5 fmt.Println(s)6}

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1import (2type stats struct {3}4func (s stats) Sort() {5 sort.Float64s(s.arr)6}7func (s stats) Min() float64 {8}9func (s stats) Max() float64 {10 return s.arr[len(s.arr)-1]11}12func (s stats) Mean() float64 {13 for _, value := range s.arr {14 }15 return sum / float64(len(s.arr))16}17func (s stats) Median() float64 {18 if len(s.arr)%2 == 0 {19 median = (s.arr[len(s.arr)/2-1] + s.arr[len(s.arr)/2]) / 220 } else {21 median = s.arr[len(s.arr)/2]22 }23}24func (s stats) Mode() float64 {25 for _, value := range s.arr {26 for _, value1 := range s.arr {27 if value == value1 {28 }29 }30 if count > maxCount {31 }32 }33}34func (s stats) Variance() float64 {35 mean := s.Mean()36 for _, value := range s.arr {37 sum += math.Pow((value - mean), 2)38 }

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1import (2func main() {3 str := []string{"Zeno", "John", "Al", "Jenny"}4 sort.Strings(str)5 fmt.Println(str)6 s := []int{7, 4, 8, 2, 9, 19, 12, 32, 3}7 sort.Ints(s)8 fmt.Println(s)9 fmt.Println(sort.IntsAreSorted(s))10 f := []float64{7.7, 4.4, 8.8, 2.2, 9.9, 19.19, 12.12, 32.32, 3.3}11 sort.Float64s(f)12 fmt.Println(f)13 fmt.Println(sort.Float64sAreSorted(f))14}

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1import (2func main() {3 data := []float64{1.0, 2.0, 3.0, 4.0, 5.0}4 sort.Float64s(data)5 fmt.Println(data)6}

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1import (2func main() {3 a := []float64{1.2, 3.4, 1.3, 2.3, 3.3, 3.1, 1.1, 2.1, 2.2, 3.2}4 sort.Float64s(a)5 fmt.Println(a)6}

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1import (2func main() {3 s := []float64{12.2, 2.5, 8.6, 1.5, 9.7, 5.8, 7.6, 3.5, 4.8, 10.9}4 sort.Float64s(s)5 fmt.Println(s)6}

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Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.

LambdaTest Learning Hubs:

YouTube

You could also refer to video tutorials over LambdaTest YouTube channel to get step by step demonstration from industry experts.

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