How to use Reset method of globals Package

Best Ginkgo code snippet using globals.Reset

space.go

Source:space.go Github

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...58 }59 return spaceRegister60}61func space(spacename string, spaceRegister, shadowSpaceRegister dataformats.SpaceState, in chan dataformats.EntryState, stop chan interface{},62 setReset chan bool, entries map[string]dataformats.EntryState, resetSlot []time.Time) {63 // spaceRegister contains the data to be shared with the clients64 // shadowSpaceRegister is a register copy without adjustments65 once.Do(func() {66 if resetSlot != nil {67 fmt.Printf("*** INFO: Space %v has reset slot set from %v:%v to %v:%v Server Time ***\n",68 spacename, resetSlot[0].Hour(), resetSlot[0].Minute(), resetSlot[1].Hour(), resetSlot[1].Minute())69 } else {70 fmt.Printf("*** INFO: Space %v has not reset slot ***\n", spacename)71 }72 // TODO time check can be removed if a cache is used that has timed preserve of state73 if globals.SaveState {74 if state, err := diskCache.ReadState(spacename); err == nil {75 if time.Now().UnixNano() < state.Ts+int64(globals.MaxStateAge)*1000000000 {76 if state.Id == spacename {77 spaceRegister = state78 } else {79 fmt.Println("*** WARNING: Error reading state for space:", spacename, ". Will assume null state ***")80 }81 } else {82 fmt.Println("*** WARNING: State is too old for space:", spacename, ". Will assume null state ***")83 }84 }85 if state, err := diskCache.ReadShadowState(spacename); err == nil {86 if time.Now().UnixNano() < state.Ts+int64(globals.MaxStateAge)*1000000000 {87 if state.Id == spacename {88 shadowSpaceRegister = state89 } else {90 fmt.Println("*** WARNING: Error reading shadow state for space:", spacename, ". Will assume null state ***")91 }92 } else {93 fmt.Println("*** WARNING: Shadow state is too old for space:", spacename, ". Will assume null state ***")94 }95 }96 }97 })98 defer func() {99 if e := recover(); e != nil {100 fmt.Println(e)101 mlogger.Recovered(globals.SpaceManagerLog,102 mlogger.LoggerData{"spaceManager.space: " + spacename,103 "service terminated and recovered unexpectedly",104 []int{1}, true})105 }106 go space(spacename, spaceRegister, shadowSpaceRegister, in, stop, setReset, entries, resetSlot)107 }()108 if globals.DebugActive {109 fmt.Printf("Space %v has been started\n", spacename)110 }111 mlogger.Info(globals.SpaceManagerLog,112 mlogger.LoggerData{"spaceManager.entry: " + spacename,113 "service started",114 []int{0}, true})115 resetDone := false116 avgsManager.LatestData.RLock()117 calculator := avgsManager.LatestData.Channel[spacename]118 avgsManager.LatestData.RUnlock()119 for calculator == nil {120 fmt.Printf("*** INFO: Space %v waiting for calculator to be ready ***\n", spacename)121 time.Sleep(time.Duration(globals.SettleTime*3) * time.Second)122 avgsManager.LatestData.RLock()123 calculator = avgsManager.LatestData.Channel[spacename]124 avgsManager.LatestData.RUnlock()125 }126 for {127 select {128 case spaceRegister.State = <-setReset:129 shadowSpaceRegister.State = spaceRegister.State130 if globals.DebugActive {131 fmt.Printf("State of space %v set to %v\n", spacename, spaceRegister.State)132 }133 setReset <- spaceRegister.State134 if spaceRegister.State {135 mlogger.Info(globals.SpaceManagerLog,136 mlogger.LoggerData{"spaceManager.space: " + spacename,137 "state set to true",138 []int{0}, true})139 } else {140 mlogger.Info(globals.SpaceManagerLog,141 mlogger.LoggerData{"spaceManager.space: " + spacename,142 "state set to false",143 []int{0}, true})144 }145 case <-stop:146 if globals.SaveState {147 if err := diskCache.SaveState(spaceRegister); err != nil {148 fmt.Println("Error saving state for space:", spacename)149 } else {150 fmt.Println("Successful saving state for space:", spacename)151 if err := diskCache.SaveShadowState(shadowSpaceRegister); err != nil {152 fmt.Println("Error saving shadow state for space:", spacename)153 } else {154 fmt.Println("Successful saving shadow state for space:", spacename)155 }156 }157 }158 fmt.Println("Closing spaceManager.space:", spacename)159 mlogger.Info(globals.SpaceManagerLog,160 mlogger.LoggerData{"spacxeManager.entry: " + spacename,161 "service stopped",162 []int{0}, true})163 stop <- nil164 case data := <-in:165 if spaceRegister.State {166 // space is enabled167 // we verify if we are in a reset slot168 resetTime := resetSlot != nil169 if resetTime {170 if inTime, err := others.InClosureTime(resetSlot[0], resetSlot[1]); err != nil {171 mlogger.Warning(globals.SpaceManagerLog,172 mlogger.LoggerData{"entryManager.entry: " + spacename,173 "failed to check reset time",174 []int{0}, true})175 continue176 } else {177 resetTime = resetTime && inTime178 }179 }180 if resetTime {181 if !resetDone {182 select {183 case calculator <- dataformats.SpaceState{184 Reset: true,185 }:186 case <-time.After(time.Duration(2*globals.SettleTime) * time.Second):187 if globals.DebugActive {188 fmt.Println("entryManager.entry:", spacename, "failed to reset flows")189 os.Exit(0)190 }191 mlogger.Warning(globals.SpaceManagerLog,192 mlogger.LoggerData{Id: "entryManager.entry: " + spacename,193 Message: "failed to reset flows",194 Data: []int{1}, Aggregate: true})195 }196 resetDone = true197 spaceRegister.Count = 0198 spaceRegister.Ts = time.Now().UnixNano()199 for i, entry := range spaceRegister.Flows {200 entry.Variation = 0201 entry.Flows = make(map[string]dataformats.Flow)202 spaceRegister.Flows[i] = entry203 }204 go func(nd dataformats.SpaceState) {205 _ = coredbs.SaveSpaceData(nd)206 }(spaceRegister)207 }208 // the shadow register is always kept updated209 shadowSpaceRegister = updateRegister(shadowSpaceRegister, data)210 if globals.Shadowing {211 go func(nd dataformats.SpaceState) {212 _ = coredbs.SaveShadowSpaceData(nd)213 }(shadowSpaceRegister)214 }215 } else {216 resetDone = false217 if data.Variation != 0 {218 // data is significant219 // we are in a activity slot220 if _, ok := entries[data.Id]; ok {221 // entry sending data is in the configuration222 data.Reversed = entries[data.Id].Reversed223 timestamp := time.Now().UnixNano()224 // the shadow register is updated with the received data225 shadowSpaceRegister = updateRegister(shadowSpaceRegister, data)226 shadowSpaceRegister.Ts = timestamp227 // the data is updated in case it leads to a negative count if the option is enabled228 if !globals.AcceptNegatives {229 newData := data.Variation230 if data.Reversed {231 newData = -newData232 }233 delta := newData + spaceRegister.Count234 if delta < 0 {235 // the new data brings the final count below zero236 // the total count is updated according to the reversed flag in order to have final count zero237 if data.Reversed {238 data.Variation = spaceRegister.Count239 } else {240 data.Variation = -spaceRegister.Count241 }242 // the new data gate flows are updated according to the delta and the reversed flag243 entry := dataformats.EntryState{244 Id: data.Id,245 Ts: data.Ts,246 Variation: data.Variation,247 State: data.State,248 Reversed: data.Reversed,249 Flows: make(map[string]dataformats.Flow),250 }251 for key, value := range data.Flows {252 // since data was duplicated before being sent, we can use a shallow copy253 entry.Flows[key] = value254 }255 // all variations are removed256 for i := range entry.Flows {257 flow := entry.Flows[i]258 flow.Variation = 0259 entry.Flows[i] = flow260 }261 delta = data.Variation262 // the new variation is distributed among all gates in the original data263 finished:264 for delta != 0 {265 for i := range entry.Flows {266 if delta < 0 {267 flow := entry.Flows[i]268 flow.Variation -= 1269 entry.Flows[i] = flow270 delta += 1271 } else if delta > 0 {272 flow := entry.Flows[i]273 flow.Variation += 1274 entry.Flows[i] = flow275 delta -= 1276 } else {277 break finished278 }279 }280 }281 data = entry282 }283 }284 // register is updated with an inspected received data285 spaceRegister = updateRegister(spaceRegister, data)286 // space gets its own timestamp287 spaceRegister.Ts = timestamp288 if globals.DebugActive {289 fmt.Printf("Space %v registry data \n\t%+v\n", spacename, spaceRegister)290 }291 go func(nd dataformats.SpaceState) {292 _ = coredbs.SaveSpaceData(nd)293 }(spaceRegister)294 // we give it little time to transmit the data, it too late data is thrown away295 select {296 case calculator <- spaceRegister:297 case <-time.After(time.Duration(globals.SettleTime) * time.Second):298 if globals.DebugActive {299 fmt.Println("entryManager.entry:", spacename, "data to calculator discarded due to late answer")300 os.Exit(0)301 }302 mlogger.Warning(globals.SpaceManagerLog,303 mlogger.LoggerData{Id: "entryManager.entry: " + spacename,304 Message: "data to calculator discarded due to late answer",305 Data: []int{1}, Aggregate: true})306 }307 if globals.Shadowing {308 go func(nd dataformats.SpaceState) {309 _ = coredbs.SaveShadowSpaceData(nd)310 }(spaceRegister)311 }312 } else {313 mlogger.Warning(globals.SpaceManagerLog,314 mlogger.LoggerData{Id: "entryManager.entry: " + spacename,315 Message: "data from entry " + data.Id + " not in configuration",316 Data: []int{0}, Aggregate: true})317 }318 }319 }320 }321 case <-time.After(time.Duration(globals.ResetPeriod) * time.Minute):322 if spaceRegister.State {323 // space is enabled324 // check if it is a reset interval and act accordingly325 resetTime := resetSlot != nil326 if resetTime {327 if inTime, err := others.InClosureTime(resetSlot[0], resetSlot[1]); err != nil {328 mlogger.Warning(globals.SpaceManagerLog,329 mlogger.LoggerData{"entryManager.entry: " + spacename,330 "failed to check reset time",331 []int{0}, true})332 continue333 } else {334 resetTime = resetTime && inTime335 }336 }337 if resetTime {338 if !resetDone {339 select {340 case calculator <- dataformats.SpaceState{341 Reset: true,342 }:343 case <-time.After(time.Duration(2*globals.SettleTime) * time.Second):344 if globals.DebugActive {345 fmt.Println("entryManager.entry:", spacename, "failed to reset flows")346 os.Exit(0)347 }348 mlogger.Warning(globals.SpaceManagerLog,349 mlogger.LoggerData{Id: "entryManager.entry: " + spacename,350 Message: "failed to reset flows",351 Data: []int{1}, Aggregate: true})352 }353 resetDone = true354 spaceRegister.Count = 0355 spaceRegister.Ts = time.Now().UnixNano()...

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sensorBGReset.go

Source:sensorBGReset.go Github

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...8 "strconv"9 "strings"10 "time"11)12func sensorBGReset(forceReset chan string, rst chan interface{}) {13 // return true is successful14 resetFn := func(channels SensorChannel) bool {15 cmd := []byte{CmdAPI["rstbg"].Cmd}16 cmd = append(cmd, codings.Crc8(cmd))17 var res []byte18 select {19 case channels.Commands <- cmd:20 select {21 case res = <-channels.Commands:22 case <-time.After(time.Duration(globals.SensorTimeout) * time.Second):23 case <-rst:24 fmt.Println("Closing sensorManager.sensorBGReset")25 mlogger.Info(globals.SensorManagerLog,26 mlogger.LoggerData{"sensorManager.sensorBGReset",27 "service stopped",28 []int{0}, true})29 rst <- nil30 }31 case <-time.After(time.Duration(globals.SensorTimeout) * time.Second):32 }33 return res != nil34 }35 mlogger.Info(globals.SensorManagerLog,36 mlogger.LoggerData{"sensorManager.sensorBGReset",37 "service started",38 []int{0}, true})39 if globals.ResetSlot != "" {40 var start, stop time.Time41 period := strings.Split(globals.ResetSlot, " ")42 valid := false43 if v, e := time.Parse(globals.TimeLayout, strings.Trim(period[0], " ")); e == nil {44 start = v45 if v, e = time.Parse(globals.TimeLayout, strings.Trim(period[1], " ")); e == nil {46 stop = v47 valid = true48 }49 }50 if valid {51 if globals.DebugActive {52 fmt.Printf("*** INFO: sensor reset is set from %v tp %v\n", start, stop)53 }54 var channels []SensorChannel55 var macs []string56 done := false57 for {58 select {59 case <-rst:60 fmt.Println("Closing sensorManager.sensorBGReset")61 mlogger.Info(globals.SensorManagerLog,62 mlogger.LoggerData{"sensorManager.sensorBGReset",63 "service stopped",64 []int{0}, true})65 rst <- nil66 return67 case mac := <-forceReset:68 // an answer is not needed back to the reset commander69 ActiveSensors.RLock()70 chs, ok := ActiveSensors.Mac[mac]71 ActiveSensors.RUnlock()72 if ok {73 // reset74 if !resetFn(chs) {75 mlogger.Warning(globals.SensorManagerLog,76 mlogger.LoggerData{"sensorManager.sensorBGReset: mac " + mac,77 "reset has failed",78 []int{1}, true})79 }80 } else {81 mlogger.Warning(globals.SensorManagerLog,82 mlogger.LoggerData{"sensorManager.sensorBGReset: mac " + mac,83 "reset skipped as sensor not active",84 []int{0}, true})85 }86 case <-time.After(time.Duration(globals.ResetPeriod) * time.Minute):87 if doIt, e := others.InClosureTime(start, stop); e == nil {88 // then cycle among all devices till all are reset89 if doIt && !done {90 // we are in the reset interval and we still need to reset91 if channels == nil {92 // in this case we need to load the list of devices to be reset93 ActiveSensors.RLock()94 for k, v := range ActiveSensors.Mac {95 macs = append(macs, k)96 channels = append(channels, v)97 }98 ActiveSensors.RUnlock()99 }100 var channelsLeft []SensorChannel101 var macsLeft []string102 // try to reset all devices103 for i, el := range channels {104 if !resetFn(el) {105 channelsLeft = append(channelsLeft, el)106 macsLeft = append(macsLeft, macs[i])107 } else {108 if globals.DebugActive {109 fmt.Println("sensorManager.sensorBGReset:", macs[i],110 "BG reset executed")111 }112 mlogger.Info(globals.SensorManagerLog,113 mlogger.LoggerData{"sensorManager.sensorBGReset: " + macs[i],114 "BG reset executed",115 []int{0}, true})116 }117 }118 if channelsLeft != nil {119 copy(channels, channelsLeft)120 copy(macs, macsLeft)121 } else {122 channels = nil123 macs = nil124 }125 if channelsLeft == nil {126 done = true127 }128 } else {129 if !doIt {130 done = false131 if channels != nil {132 mlogger.Warning(globals.SensorManagerLog,133 mlogger.LoggerData{"sensorManager.sensorBGReset",134 "service failed for " + strconv.Itoa(len(channels)) + " sensors",135 []int{}, false})136 channels = nil137 }138 }139 }140 } else {141 // error142 mlogger.Error(globals.SensorManagerLog,143 mlogger.LoggerData{"sensorManager.sensorBGReset",144 "service failed to initialised new loop",145 []int{1}, true})146 }147 }148 }149 }150 }151 if globals.DebugActive {152 fmt.Println("*** WARNING: periodic sensor reset is disabled ***")153 }154 // we only listed to reset and forceReset155 for {156 select {157 case <-rst:158 fmt.Println("Closing sensorManager.sensorBGReset")159 mlogger.Info(globals.SensorManagerLog,160 mlogger.LoggerData{"sensorManager.sensorBGReset",161 "service stopped",162 []int{0}, true})163 rst <- nil164 return165 case mac := <-forceReset:166 // an answer is not needed back to the reset commander167 ActiveSensors.RLock()168 chs, ok := ActiveSensors.Mac[mac]169 ActiveSensors.RUnlock()170 if ok {171 // reset172 if !resetFn(chs) {173 mlogger.Warning(globals.SensorManagerLog,174 mlogger.LoggerData{"sensorManager.sensorBGReset: mac " + mac,175 "reset has failed",176 []int{1}, true})177 }178 } else {179 mlogger.Warning(globals.SensorManagerLog,180 mlogger.LoggerData{"sensorManager.sensorBGReset: mac " + mac,181 "reset skipped as sensor not active",182 []int{0}, true})183 }184 }185 }186}...

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logger_test.go

Source:logger_test.go Github

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1/*2 Licensed to the Apache Software Foundation (ASF) under one3 or more contributor license agreements. See the NOTICE file4 distributed with this work for additional information5 regarding copyright ownership. The ASF licenses this file6 to you under the Apache License, Version 2.0 (the7 "License"); you may not use this file except in compliance8 with the License. You may obtain a copy of the License at9 http://www.apache.org/licenses/LICENSE-2.010 Unless required by applicable law or agreed to in writing, software11 distributed under the License is distributed on an "AS IS" BASIS,12 WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.13 See the License for the specific language governing permissions and14 limitations under the License.15*/16package log17import (18 "sync"19 "testing"20 "go.uber.org/zap"21 "go.uber.org/zap/zapcore"22 "gotest.tools/assert"23)24// This test sets the global zap logger. This must be undone to make sure no side25// effects on other tests are caused by running this test.26func TestIsNopLogger(t *testing.T) {27 // reset the global vars and zap logger28 defer resetGlobals()29 testLogger, err := zap.NewDevelopment()30 assert.NilError(t, err, "Dev logger init failed with error")31 assert.Equal(t, false, isNopLogger(testLogger))32 testLogger = zap.NewNop()33 assert.Equal(t, true, isNopLogger(testLogger))34 testLogger = zap.L()35 assert.Equal(t, true, isNopLogger(testLogger))36 testLogger, err = zap.NewProduction()37 assert.NilError(t, err, "Prod logger init failed with error")38 zap.ReplaceGlobals(testLogger)39 assert.Equal(t, false, isNopLogger(testLogger))40 assert.Equal(t, false, isNopLogger(zap.L()))41}42// Since we test the function IsDebugEnabled() we set the logger global var.43// It has not triggered the once.Do() so we just need to make sure we clean up the44// global var.45func TestIsDebugEnabled(t *testing.T) {46 // reset the global vars and zap logger47 defer resetGlobals()48 zapConfig := zap.Config{49 Level: zap.NewAtomicLevelAt(zapcore.DebugLevel),50 Encoding: "console",51 }52 var err error53 logger, err = zapConfig.Build()54 assert.NilError(t, err, "debug level logger create failed")55 assert.Equal(t, true, IsDebugEnabled())56 zapConfig = zap.Config{57 Level: zap.NewAtomicLevelAt(zapcore.InfoLevel),58 Encoding: "console",59 }60 logger, err = zapConfig.Build()61 assert.NilError(t, err, "info level logger create failed")62 assert.Equal(t, false, IsDebugEnabled())63}64// reset the global vars and the global logger in zap65func resetGlobals() {66 logger = nil67 config = nil68 once = sync.Once{}69 zap.ReplaceGlobals(zap.NewNop())70}71// This test triggers the once.Do() and will have an impact on other tests in this file.72// resetGlobals() will not undo the impact this test has.73func TestCreateConfig(t *testing.T) {74 defer resetGlobals()75 // direct call76 zapConfig := createConfig()77 localLogger, err := zapConfig.Build()78 assert.NilError(t, err, "default config logger create failed")79 assert.Equal(t, true, localLogger.Core().Enabled(zap.DebugLevel))80 // indirect call to init logger81 assert.Assert(t, logger == nil, "global logger should not have been set %v", logger)82 localLogger = Logger()83 assert.Assert(t, localLogger != nil, "returned logger should have been not nil")84 // default log level is debug85 assert.Equal(t, true, IsDebugEnabled())86 // change log level to info87 InitAndSetLevel(zap.InfoLevel)88 assert.Equal(t, false, IsDebugEnabled())89}90func TestInitializeLogger(t *testing.T) {91 defer resetGlobals()92 zapConfig := zap.Config{93 Level: zap.NewAtomicLevelAt(zapcore.InfoLevel),94 Encoding: "console",95 }96 localLogger, err := zapConfig.Build()97 assert.NilError(t, err, "failed to create local logger")98 localLogger2, err2 := zapConfig.Build()99 assert.NilError(t, err2, "failed to create local logger")100 InitializeLogger(localLogger, &zapConfig)101 assert.Equal(t, Logger(), localLogger)102 // second initialization should not do anything103 InitializeLogger(localLogger2, &zapConfig)104 assert.Equal(t, Logger(), localLogger)105}106func TestChangeValidLogLevel(t *testing.T) {107 defer resetGlobals()108 zapConfig := zap.Config{109 Level: zap.NewAtomicLevelAt(zapcore.InfoLevel),110 Encoding: "console",111 }112 localLogger, err := zapConfig.Build()113 assert.NilError(t, err, "failed to create local logger")114 InitializeLogger(localLogger, &zapConfig)115 err = SetLogLevel("DEBUG")116 assert.NilError(t, err, "failed to change log level")117 assert.Equal(t, zapConfig.Level.Level(), zapcore.DebugLevel)118 // set again to see that we keep DEBUG without issues119 err = SetLogLevel("DEBUG")120 assert.NilError(t, err, "failed to change log level")121 assert.Equal(t, zapConfig.Level.Level(), zapcore.DebugLevel)122}123func TestChangeInvalidLogLevel(t *testing.T) {124 defer resetGlobals()125 zapConfig := zap.Config{126 Level: zap.NewAtomicLevelAt(zapcore.InfoLevel),127 Encoding: "console",128 }129 localLogger, err := zapConfig.Build()130 assert.NilError(t, err, "default config logger create failed")131 InitializeLogger(localLogger, &zapConfig)132 err = SetLogLevel("INVALID")133 assert.Error(t, err, "failed to change log level, old level active")134}...

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Reset

Using AI Code Generation

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1import (2func main() {3 mc := memcache.New("localhost:11211")4 mc.Set(&memcache.Item{Key: "foo", Value: []byte("my value")})5 fmt.Println("Set foo to my value")6 item, err := mc.Get("foo")7 if err != nil {8 fmt.Println("Error getting foo")9 } else {10 fmt.Println("Got foo: ", string(item.Value))11 }12 mc.Delete("foo")13 fmt.Println("Deleted foo")14 item, err = mc.Get("foo")15 if err != nil {16 fmt.Println("Error getting foo")17 } else {18 fmt.Println("Got foo: ", string(item.Value))19 }20}21This is a very simple tutorial on how to use memcached with Go. Memcached is a free and open source, high-performance, distributed memory object caching system, generic in nature, but intended for use in speeding up dynamic web applications by alleviating database load. It is used to speed up dynamic web applications by alleviating database load. Memcached is an in-memory key-value store for small chunks of arbitrary data (strings, objects) from results of database calls, API calls, or page rendering. Memcached is simple yet powerful. It is often described as an “object cache”, since it can store almost any kind of data. Memcached is commonly used to speed up dynamic database-driven websites by caching data and objects in RAM to reduce the number of times an external data source (such as a database or API) must be read. Memcached is a free and open source, high-performance, distributed memory object caching system, generic in nature, but intended for use in speeding up dynamic web applications by alleviating database load. It is used to speed up dynamic web applications by alleviating database load. Memcached is an in-memory key-value store for small chunks of arbitrary data (strings, objects) from results of database calls, API calls, or page rendering. Memcached is simple yet powerful. It is often described as an “object cache”, since it can

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Reset

Using AI Code Generation

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1import (2func main() {3 globals.Reset()4 fmt.Println(globals.Get())5}6import (7func main() {8 globals.Set(1)9 fmt.Println(globals.Get())10}11import (12func main() {13 resp, err := http.Get(url)14 if err != nil {15 fmt.Println(err)16 }17 defer resp.Body.Close()18 body, err := ioutil.ReadAll(resp.Body)19 if err != nil {20 fmt.Println(err)21 }22 re := regexp.MustCompile("href=\"([^\"]+)\"")23 links := re.FindAllStringSubmatch(string(body), -1)24 for _, link := range links {25 fmt.Println(link[1])26 }27}28import (29func main() {30 resp, err := http.Get(url)31 if err != nil {32 fmt.Println(err)33 }34 defer resp.Body.Close()35 body, err := ioutil.ReadAll(resp.Body)36 if err != nil {37 fmt.Println(err)38 }

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Reset

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1import (2func main() {3 fmt.Println(globals.Get("a"))4 globals.Reset()5 fmt.Println(globals.Get("a"))6}

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1import (2func main() {3 conf, err := config.NewConfig("ini", "conf/app.conf")4 if err != nil {5 fmt.Println("error reading configuration file")6 }7 fmt.Println(conf.String("global::appname"))8 conf.Set("global::appname", "new app name")9 conf.SaveConfigFile("conf/app.conf")10 fmt.Println(conf.String("global::appname"))11}

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Reset

Using AI Code Generation

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1import "fmt"2func main() {3 fmt.Println("Hello, playground")4 globals.Reset()5 fmt.Println("Hello, playground")6}7func Reset() {8}

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Reset

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1import (2func main() {3 g.Reset()4 fmt.Println(g)5}6import (7func main() {8 g.Reset()9 fmt.Println(g)10}11{0 0 0}12{0 0 0}13type Globals struct {14}15func (g *Globals) Reset() {16}17import (18func main() {19 g.Reset()20 fmt.Println(g)21}22import (23func main() {24 g.Reset()25 fmt.Println(g)26}27{0 0 0}28{0 0 0}

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Reset

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1import (2func main() {3 globals.Set("name", "Akshay")4 fmt.Println(globals.Get("name"))5 globals.Reset()6 fmt.Println(globals.Get("name"))7}

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Reset

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1import (2func main() {3 globals.Reset()4 fmt.Println("Values after reset")5 fmt.Println("First Name: " + globals.FirstName)6 fmt.Println("Last Name: " + globals.LastName)7 fmt.Println("Age: " + globals.Age)8 fmt.Println("Address: " + globals.Address)9 fmt.Println("City: " + globals.City)10 fmt.Println("State: " + globals.State)11 fmt.Println("Zip: " + globals.Zip)12}13How to use the import statement in Go?14How to use the import statement in Go?

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1import (2func main() {3 globals.SetVar("Hello")4 fmt.Println(globals.GetVar())5 globals.Reset()6 fmt.Println(globals.GetVar())7}8func Reset() {9}10import (11func main() {12 globals.SetVar("Hello")13 fmt.Println(globals.GetVar())14 globals.Reset()15 fmt.Println(globals.GetVar())16}

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