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How to use Swap method of gauge Package
Best Gauge code snippet using gauge.Swap
kstat_zone.go
Source:kstat_zone.go 
...31 ZoneKstatNICOBytes *prometheus.GaugeVec32 ZoneKstatNICOErrors *prometheus.GaugeVec33 ZoneKstatNICOPackets *prometheus.GaugeVec34 ZoneKstatNICRBytes *prometheus.GaugeVec35 ZoneKstatSwapCap *prometheus.GaugeVec36 ZoneKstatSwapFree *prometheus.GaugeVec37 ZoneKstatSwapUsed *prometheus.GaugeVec38}39// ZoneKstatNIC defines the mapping of kstat link structure.40type ZoneKstatNIC struct {41 ifName, ifLabel string42}43// ZoneKstatNICs slice for key iteration44type ZoneKstatNICs []ZoneKstatNIC45// NewZoneKstatExporter returns a newly allocated exporter ZoneKstatCollector.46// It exposes the kstat command result.47func NewZoneKstatExporter() (*ZoneKstatCollector, error) {48 return &ZoneKstatCollector{49 ZoneKstatCPUBaseline: prometheus.NewGaugeVec(prometheus.GaugeOpts{50 Name: "smartos_cpu_baseline",51 Help: "A soft limit on the number of CPU cycles a hosted application can consume.",52 }, []string{"zonename"}),53 ZoneKstatCPUCap: prometheus.NewGaugeVec(prometheus.GaugeOpts{54 Name: "smartos_cpu_cap",55 Help: "The maximum number of CPU cycles that are allocated to a zone.",56 }, []string{"zonename"}),57 ZoneKstatCPUMaxUsage: prometheus.NewGaugeVec(prometheus.GaugeOpts{58 Name: "smartos_cpu_maxusage",59 Help: "The maximum percentage of CPU used.",60 }, []string{"zonename"}),61 ZoneKstatCPUUsage: prometheus.NewGaugeVec(prometheus.GaugeOpts{62 Name: "smartos_cpu_usage",63 Help: "The current percentage of CPU used.",64 }, []string{"zonename"}),65 ZoneKstatMemCap: prometheus.NewGaugeVec(prometheus.GaugeOpts{66 Name: "smartos_memory_cap_bytes",67 Help: "The physical memory limit in bytes.",68 }, []string{"zonename"}),69 ZoneKstatMemFree: prometheus.NewGaugeVec(prometheus.GaugeOpts{70 Name: "smartos_memory_free_bytes",71 Help: "Free memory available in bytes.",72 }, []string{"zonename"}),73 ZoneKstatMemNover: prometheus.NewGaugeVec(prometheus.GaugeOpts{74 Name: "smartos_memory_nover_total",75 Help: "The number of times the zone has gone over its cap.",76 }, []string{"zonename"}),77 ZoneKstatMemPagedOut: prometheus.NewGaugeVec(prometheus.GaugeOpts{78 Name: "smartos_memory_pagedout_bytes",79 Help: "Total amount of memory that has been paged out when the zone has gone over its cap.",80 }, []string{"zonename"}),81 ZoneKstatMemRSS: prometheus.NewGaugeVec(prometheus.GaugeOpts{82 Name: "smartos_memory_rss_bytes",83 Help: "Entire amount of allocated memory.",84 }, []string{"zonename"}),85 ZoneKstatNICCollisions: prometheus.NewGaugeVec(prometheus.GaugeOpts{86 Name: "smartos_network_collisions",87 Help: "Entire amount of collisions.",88 }, []string{"zonename", "device"}),89 ZoneKstatNICIErrors: prometheus.NewGaugeVec(prometheus.GaugeOpts{90 Name: "smartos_network_receive_errs_total",91 Help: "Received errors.",92 }, []string{"zonename", "device"}),93 ZoneKstatNICIPackets: prometheus.NewGaugeVec(prometheus.GaugeOpts{94 Name: "smartos_network_receive_packets_total",95 Help: "Frames received successfully.",96 }, []string{"zonename", "device"}),97 ZoneKstatNICLinkState: prometheus.NewGaugeVec(prometheus.GaugeOpts{98 Name: "smartos_network_link_state",99 Help: "Link state; 0 for down, 1 for up.",100 }, []string{"zonename", "device"}),101 ZoneKstatNICOBytes: prometheus.NewGaugeVec(prometheus.GaugeOpts{102 Name: "smartos_network_transmit_bytes_total",103 Help: "Bytes (octets) transmitted successfully.",104 }, []string{"zonename", "device"}),105 ZoneKstatNICOErrors: prometheus.NewGaugeVec(prometheus.GaugeOpts{106 Name: "smartos_network_transmit_errs_total",107 Help: "Transmit errors.",108 }, []string{"zonename", "device"}),109 ZoneKstatNICOPackets: prometheus.NewGaugeVec(prometheus.GaugeOpts{110 Name: "smartos_network_transmit_packets_total",111 Help: "Frames successfully transmitted.",112 }, []string{"zonename", "device"}),113 ZoneKstatNICRBytes: prometheus.NewGaugeVec(prometheus.GaugeOpts{114 Name: "smartos_network_receive_bytes_total",115 Help: "Bytes (octets) received successfully.",116 }, []string{"zonename", "device"}),117 ZoneKstatSwapCap: prometheus.NewGaugeVec(prometheus.GaugeOpts{118 Name: "smartos_memory_swap_cap_bytes",119 Help: "The SWAP limit in bytes.",120 }, []string{"zonename"}),121 ZoneKstatSwapFree: prometheus.NewGaugeVec(prometheus.GaugeOpts{122 Name: "smartos_memory_swap_free_bytes",123 Help: "Free SWAP available in bytes.",124 }, []string{"zonename"}),125 ZoneKstatSwapUsed: prometheus.NewGaugeVec(prometheus.GaugeOpts{126 Name: "smartos_memory_swap_used_bytes",127 Help: "Used SWAP in bytes.",128 }, []string{"zonename"}),129 }, nil130}131// Describe describes all the metrics.132func (e *ZoneKstatCollector) Describe(ch chan<- *prometheus.Desc) {133 e.ZoneKstatCPUBaseline.Describe(ch)134 e.ZoneKstatCPUCap.Describe(ch)135 e.ZoneKstatCPUMaxUsage.Describe(ch)136 e.ZoneKstatCPUUsage.Describe(ch)137 e.ZoneKstatMemCap.Describe(ch)138 e.ZoneKstatMemFree.Describe(ch)139 e.ZoneKstatMemNover.Describe(ch)140 e.ZoneKstatMemPagedOut.Describe(ch)141 e.ZoneKstatMemRSS.Describe(ch)142 e.ZoneKstatNICCollisions.Describe(ch)143 e.ZoneKstatNICIErrors.Describe(ch)144 e.ZoneKstatNICIPackets.Describe(ch)145 e.ZoneKstatNICLinkState.Describe(ch)146 e.ZoneKstatNICOBytes.Describe(ch)147 e.ZoneKstatNICOErrors.Describe(ch)148 e.ZoneKstatNICOPackets.Describe(ch)149 e.ZoneKstatNICRBytes.Describe(ch)150 e.ZoneKstatSwapCap.Describe(ch)151 e.ZoneKstatSwapFree.Describe(ch)152 e.ZoneKstatSwapUsed.Describe(ch)153}154// Collect fetches the stats.155func (e *ZoneKstatCollector) Collect(ch chan<- prometheus.Metric) {156 e.kstatCPUList()157 e.kstatMemList()158 e.kstatNICList()159 e.ZoneKstatCPUBaseline.Collect(ch)160 e.ZoneKstatCPUCap.Collect(ch)161 e.ZoneKstatCPUMaxUsage.Collect(ch)162 e.ZoneKstatCPUUsage.Collect(ch)163 e.ZoneKstatMemCap.Collect(ch)164 e.ZoneKstatMemFree.Collect(ch)165 e.ZoneKstatMemNover.Collect(ch)166 e.ZoneKstatMemPagedOut.Collect(ch)167 e.ZoneKstatMemRSS.Collect(ch)168 e.ZoneKstatNICCollisions.Collect(ch)169 e.ZoneKstatNICIErrors.Collect(ch)170 e.ZoneKstatNICIPackets.Collect(ch)171 e.ZoneKstatNICLinkState.Collect(ch)172 e.ZoneKstatNICOBytes.Collect(ch)173 e.ZoneKstatNICOErrors.Collect(ch)174 e.ZoneKstatNICOPackets.Collect(ch)175 e.ZoneKstatNICRBytes.Collect(ch)176 e.ZoneKstatSwapCap.Collect(ch)177 e.ZoneKstatSwapFree.Collect(ch)178 e.ZoneKstatSwapUsed.Collect(ch)179}180func (e *ZoneKstatCollector) kstatCPUList() {181 out, eerr := exec.Command("kstat", "-p", "-c", "zone_caps", "-n", "cpucaps_zone*").Output()182 if eerr != nil {183 log.Errorf("error on executing kstat: %v", eerr)184 }185 perr := e.parseKstatCPUListOutput(string(out))186 if perr != nil {187 log.Errorf("error on parsing kstat CPU list: %v", perr)188 }189}190func (e *ZoneKstatCollector) kstatMemList() {191 out, eerr := exec.Command("kstat", "-p", "-c", "zone_memory_cap").Output()192 if eerr != nil {193 log.Errorf("error on executing kstat: %v", eerr)194 }195 perr := e.parseKstatMemListOutput(string(out))196 if perr != nil {197 log.Errorf("error on parsing kstat Mem list: %v", perr)198 }199}200func (e *ZoneKstatCollector) kstatNICList() {201 out, eerr := exec.Command("kstat", "-p", "-m", "link").Output()202 if eerr != nil {203 log.Errorf("error on executing kstat: %v", eerr)204 }205 perr := e.parseKstatNICListOutput(string(out))206 if perr != nil {207 log.Errorf("error on parsing kstat NIC list: %v", perr)208 }209}210func (e *ZoneKstatCollector) parseKstatCPUListOutput(out string) error {211 // trim the label in order to obtain the type of metric212 r, _ := regexp.Compile(`(?m)^.*:.*:.*:`)213 outlines := strings.Split(out, "\n")214 l := len(outlines)215 m := make(map[string]string)216 for _, line := range outlines[1 : l-1] {217 parsedLine := strings.Fields(line)218 fullLabel := parsedLine[0]219 label := r.ReplaceAllString(fullLabel, "")220 // map label and values221 m[label] = parsedLine[1]222 }223 baseline, err := strconv.ParseFloat(m["baseline"], 64)224 if err != nil {225 return err226 }227 cap, err := strconv.ParseFloat(m["value"], 64)228 if err != nil {229 return err230 }231 maxUsage, err := strconv.ParseFloat(m["maxusage"], 64)232 if err != nil {233 return err234 }235 usage, err := strconv.ParseFloat(m["usage"], 64)236 if err != nil {237 return err238 }239 e.ZoneKstatCPUBaseline.With(prometheus.Labels{"zonename": m["zonename"]}).Set(baseline)240 e.ZoneKstatCPUCap.With(prometheus.Labels{"zonename": m["zonename"]}).Set(cap)241 e.ZoneKstatCPUMaxUsage.With(prometheus.Labels{"zonename": m["zonename"]}).Set(maxUsage)242 e.ZoneKstatCPUUsage.With(prometheus.Labels{"zonename": m["zonename"]}).Set(usage)243 return nil244}245func (e *ZoneKstatCollector) parseKstatMemListOutput(out string) error {246 // trim the label in order to obtain the type of metric247 r, _ := regexp.Compile(`(?m)^.*:.*:.*:`)248 outlines := strings.Split(out, "\n")249 l := len(outlines)250 m := make(map[string]string)251 for _, line := range outlines[1 : l-1] {252 parsedLine := strings.Fields(line)253 fullLabel := parsedLine[0]254 label := r.ReplaceAllString(fullLabel, "")255 // map label and values256 m[label] = parsedLine[1]257 }258 memCap, err := strconv.ParseFloat(m["physcap"], 64)259 if err != nil {260 return err261 }262 memNover, err := strconv.ParseFloat(m["nover"], 64)263 if err != nil {264 return err265 }266 memPagedOut, err := strconv.ParseFloat(m["pagedout"], 64)267 if err != nil {268 return err269 }270 memRSS, err := strconv.ParseFloat(m["rss"], 64)271 if err != nil {272 return err273 }274 memFree := memCap - memRSS275 swapCap, err := strconv.ParseFloat(m["swapcap"], 64)276 if err != nil {277 return err278 }279 swapUsed, err := strconv.ParseFloat(m["swap"], 64)280 if err != nil {281 return err282 }283 swapFree := memCap - memRSS284 e.ZoneKstatMemCap.With(prometheus.Labels{"zonename": m["zonename"]}).Set(memCap)285 e.ZoneKstatMemFree.With(prometheus.Labels{"zonename": m["zonename"]}).Set(memFree)286 e.ZoneKstatMemNover.With(prometheus.Labels{"zonename": m["zonename"]}).Set(memNover)287 e.ZoneKstatMemPagedOut.With(prometheus.Labels{"zonename": m["zonename"]}).Set(memPagedOut)288 e.ZoneKstatMemRSS.With(prometheus.Labels{"zonename": m["zonename"]}).Set(memRSS)289 e.ZoneKstatSwapCap.With(prometheus.Labels{"zonename": m["zonename"]}).Set(swapCap)290 e.ZoneKstatSwapFree.With(prometheus.Labels{"zonename": m["zonename"]}).Set(swapFree)291 e.ZoneKstatSwapUsed.With(prometheus.Labels{"zonename": m["zonename"]}).Set(swapUsed)292 return nil293}294func (e *ZoneKstatCollector) parseKstatNICListOutput(out string) error {295 // trim the label in order to obtain the type of metric and interface name296 r, _ := regexp.Compile(`(?m)^.+:(.+):`)297 outlines := strings.Split(out, "\n")298 l := len(outlines)299 m := make(map[ZoneKstatNIC]string)300 for _, line := range outlines[1 : l-1] {301 parsedLine := strings.Fields(line)302 fullLabel := parsedLine[0]303 ifname := r.FindStringSubmatch(fullLabel)[1]304 label := r.ReplaceAllString(fullLabel, "")305 // map struct label and values...
memory_nix_test.go
Source:memory_nix_test.go
...29 WritebackTmp: 0,30 Shared: 327680000000,31 Slab: 327680000000,32 PageTables: 37790679040,33 SwapCached: 25000000000,34 CommitLimit: 785338368,35 CommittedAS: 433750016,36 }, nil37}38func SwapMemory() (*mem.SwapMemoryStat, error) {39 return &mem.SwapMemoryStat{40 Total: 100000,41 Used: 40000,42 Free: 60000,43 UsedPercent: 40,44 Sin: 21,45 Sout: 22,46 }, nil47}48func TestMemoryCheckLinux(t *testing.T) {49 virtualMemory = VirtualMemory50 swapMemory = SwapMemory51 memCheck := new(MemoryCheck)52 mock := mocksender.NewMockSender(memCheck.ID())53 runtimeOS = "linux"54 mock.On("Gauge", "system.mem.free", 11554304000.0/mbSize, "", []string(nil)).Return().Times(1)55 mock.On("Gauge", "system.mem.usable", 234567890.0/mbSize, "", []string(nil)).Return().Times(1)56 mock.On("Gauge", "system.mem.total", 12345667890.0/mbSize, "", []string(nil)).Return().Times(1)57 mock.On("Gauge", "system.mem.used", 791363890/mbSize, "", []string(nil)).Return().Times(1)58 mock.On("Gauge", "system.mem.pct_usable", 0.019000016207304602, "", []string(nil)).Return().Times(1)59 mock.On("Gauge", "system.mem.cached", 2596446142464.0/mbSize, "", []string(nil)).Return().Times(1)60 mock.On("Gauge", "system.mem.buffered", 353818902528.0/mbSize, "", []string(nil)).Return().Times(1)61 mock.On("Gauge", "system.mem.shared", 327680000000.0/mbSize, "", []string(nil)).Return().Times(1)62 mock.On("Gauge", "system.mem.slab", 327680000000.0/mbSize, "", []string(nil)).Return().Times(1)63 mock.On("Gauge", "system.mem.page_tables", 37790679040.0/mbSize, "", []string(nil)).Return().Times(1)64 mock.On("Gauge", "system.mem.commit_limit", 785338368.0/mbSize, "", []string(nil)).Return().Times(1)65 mock.On("Gauge", "system.mem.committed_as", 433750016.0/mbSize, "", []string(nil)).Return().Times(1)66 mock.On("Gauge", "system.swap.total", 100000.0/mbSize, "", []string(nil)).Return().Times(1)67 mock.On("Gauge", "system.swap.free", 60000.0/mbSize, "", []string(nil)).Return().Times(1)68 mock.On("Gauge", "system.swap.used", 40000.0/mbSize, "", []string(nil)).Return().Times(1)69 mock.On("Gauge", "system.swap.pct_free", 0.6, "", []string(nil)).Return().Times(1)70 mock.On("Gauge", "system.swap.cached", 25000000000.0/mbSize, "", []string(nil)).Return().Times(1)71 mock.On("Commit").Return().Times(1)72 err := memCheck.Run()73 require.Nil(t, err)74 mock.AssertExpectations(t)75 mock.AssertNumberOfCalls(t, "Gauge", 17)76 mock.AssertNumberOfCalls(t, "Commit", 1)77}78func TestMemoryCheckFreebsd(t *testing.T) {79 virtualMemory = VirtualMemory80 swapMemory = SwapMemory81 memCheck := new(MemoryCheck)82 mock := mocksender.NewMockSender(memCheck.ID())83 runtimeOS = "freebsd"84 mock.On("Gauge", "system.mem.total", 12345667890.0/mbSize, "", []string(nil)).Return().Times(1)85 mock.On("Gauge", "system.mem.free", 11554304000.0/mbSize, "", []string(nil)).Return().Times(1)86 mock.On("Gauge", "system.mem.used", 791363890/mbSize, "", []string(nil)).Return().Times(1)87 mock.On("Gauge", "system.mem.usable", 234567890.0/mbSize, "", []string(nil)).Return().Times(1)88 mock.On("Gauge", "system.mem.pct_usable", 0.019000016207304602, "", []string(nil)).Return().Times(1)89 mock.On("Gauge", "system.mem.cached", 2596446142464.0/mbSize, "", []string(nil)).Return().Times(1)90 mock.On("Gauge", "system.swap.total", 100000.0/mbSize, "", []string(nil)).Return().Times(1)91 mock.On("Gauge", "system.swap.free", 60000.0/mbSize, "", []string(nil)).Return().Times(1)92 mock.On("Gauge", "system.swap.used", 40000.0/mbSize, "", []string(nil)).Return().Times(1)93 mock.On("Gauge", "system.swap.pct_free", 0.6, "", []string(nil)).Return().Times(1)94 mock.On("Commit").Return().Times(1)95 err := memCheck.Run()96 require.Nil(t, err)97 mock.AssertExpectations(t)98 mock.AssertNumberOfCalls(t, "Gauge", 10)99 mock.AssertNumberOfCalls(t, "Commit", 1)100}101func TestMemoryCheckDarwin(t *testing.T) {102 virtualMemory = VirtualMemory103 swapMemory = SwapMemory104 memCheck := new(MemoryCheck)105 mock := mocksender.NewMockSender(memCheck.ID())106 runtimeOS = "darwin"107 mock.On("Gauge", "system.mem.total", 12345667890.0/mbSize, "", []string(nil)).Return().Times(1)108 mock.On("Gauge", "system.mem.free", 11554304000.0/mbSize, "", []string(nil)).Return().Times(1)109 mock.On("Gauge", "system.mem.used", 791363890/mbSize, "", []string(nil)).Return().Times(1)110 mock.On("Gauge", "system.mem.usable", 234567890.0/mbSize, "", []string(nil)).Return().Times(1)111 mock.On("Gauge", "system.mem.pct_usable", 0.019000016207304602, "", []string(nil)).Return().Times(1)112 mock.On("Gauge", "system.swap.total", 100000.0/mbSize, "", []string(nil)).Return().Times(1)113 mock.On("Gauge", "system.swap.free", 60000.0/mbSize, "", []string(nil)).Return().Times(1)114 mock.On("Gauge", "system.swap.used", 40000.0/mbSize, "", []string(nil)).Return().Times(1)115 mock.On("Gauge", "system.swap.pct_free", 0.6, "", []string(nil)).Return().Times(1)116 mock.On("Commit").Return().Times(1)117 err := memCheck.Run()118 require.Nil(t, err)119 mock.AssertExpectations(t)120 mock.AssertNumberOfCalls(t, "Gauge", 9)121 mock.AssertNumberOfCalls(t, "Commit", 1)122}123func TestMemoryError(t *testing.T) {124 virtualMemory = func() (*mem.VirtualMemoryStat, error) { return nil, fmt.Errorf("some error") }125 swapMemory = func() (*mem.SwapMemoryStat, error) { return nil, fmt.Errorf("some error") }126 memCheck := new(MemoryCheck)127 mock := mocksender.NewMockSender(memCheck.ID())128 runtimeOS = "linux"129 err := memCheck.Run()130 assert.NotNil(t, err)131 mock.AssertExpectations(t)132 mock.AssertNumberOfCalls(t, "Gauge", 0)133 mock.AssertNumberOfCalls(t, "Commit", 0)134}135func TestSwapMemoryError(t *testing.T) {136 virtualMemory = VirtualMemory137 swapMemory = func() (*mem.SwapMemoryStat, error) { return nil, fmt.Errorf("some error") }138 memCheck := new(MemoryCheck)139 mock := mocksender.NewMockSender(memCheck.ID())140 runtimeOS = "linux"141 mock.On("Gauge", "system.mem.total", 12345667890.0/mbSize, "", []string(nil)).Return().Times(1)142 mock.On("Gauge", "system.mem.free", 11554304000.0/mbSize, "", []string(nil)).Return().Times(1)143 mock.On("Gauge", "system.mem.used", 791363890/mbSize, "", []string(nil)).Return().Times(1)144 mock.On("Gauge", "system.mem.usable", 234567890.0/mbSize, "", []string(nil)).Return().Times(1)145 mock.On("Gauge", "system.mem.pct_usable", 0.019000016207304602, "", []string(nil)).Return().Times(1)146 mock.On("Gauge", "system.mem.cached", 2596446142464.0/mbSize, "", []string(nil)).Return().Times(1)147 mock.On("Gauge", "system.mem.buffered", 353818902528.0/mbSize, "", []string(nil)).Return().Times(1)148 mock.On("Gauge", "system.mem.shared", 327680000000.0/mbSize, "", []string(nil)).Return().Times(1)149 mock.On("Gauge", "system.mem.slab", 327680000000.0/mbSize, "", []string(nil)).Return().Times(1)150 mock.On("Gauge", "system.mem.page_tables", 37790679040.0/mbSize, "", []string(nil)).Return().Times(1)151 mock.On("Gauge", "system.mem.commit_limit", 785338368.0/mbSize, "", []string(nil)).Return().Times(1)152 mock.On("Gauge", "system.mem.committed_as", 433750016.0/mbSize, "", []string(nil)).Return().Times(1)153 mock.On("Gauge", "system.swap.cached", 25000000000.0/mbSize, "", []string(nil)).Return().Times(1)154 mock.On("Commit").Return().Times(1)155 err := memCheck.Run()156 require.Nil(t, err)157 mock.AssertExpectations(t)158 mock.AssertNumberOfCalls(t, "Gauge", 13)159 mock.AssertNumberOfCalls(t, "Commit", 1)160}161func TestVirtualMemoryError(t *testing.T) {162 virtualMemory = func() (*mem.VirtualMemoryStat, error) { return nil, fmt.Errorf("some error") }163 swapMemory = SwapMemory164 memCheck := new(MemoryCheck)165 mock := mocksender.NewMockSender(memCheck.ID())166 runtimeOS = "linux"167 mock.On("Gauge", "system.swap.total", 100000.0/mbSize, "", []string(nil)).Return().Times(1)168 mock.On("Gauge", "system.swap.free", 60000.0/mbSize, "", []string(nil)).Return().Times(1)169 mock.On("Gauge", "system.swap.used", 40000.0/mbSize, "", []string(nil)).Return().Times(1)170 mock.On("Gauge", "system.swap.pct_free", 0.6, "", []string(nil)).Return().Times(1)171 mock.On("Commit").Return().Times(1)172 err := memCheck.Run()173 require.Nil(t, err)174 mock.AssertExpectations(t)175 mock.AssertNumberOfCalls(t, "Gauge", 4)176 mock.AssertNumberOfCalls(t, "Commit", 1)177}...
Swap
Using AI Code Generation
1import (2func main() {3 g := promauto.NewGauge(prometheus.GaugeOpts{4 })5 g.Set(100)6 g.Set(200)7 g.Set(300)8 g.Set(400)9 g.Set(500)10 g.Set(600)11 g.Set(700)12 g.Set(800)13 g.Set(900)14 g.Set(1000)15 g.Set(1100)16 g.Set(1200)17 g.Set(1300)18 g.Set(1400)19 g.Set(1500)20 g.Set(1600)21 g.Set(1700)22 g.Set(1800)23 g.Set(1900)24 g.Set(2000)25 g.Set(2100)26 g.Set(2200)27 g.Set(2300)28 g.Set(2400)29 g.Set(2500)30 g.Set(2600)31 g.Set(2700)32 g.Set(2800)33 g.Set(2900)34 g.Set(3000)35 g.Set(3100)36 g.Set(3200)37 g.Set(3300)38 g.Set(3400)39 g.Set(3500)40 g.Set(3600)41 g.Set(3700)42 g.Set(3800)43 g.Set(3900)44 g.Set(4000)45 g.Set(4100)46 g.Set(4200)47 g.Set(4300)48 g.Set(4400)49 g.Set(4500)50 g.Set(4600)51 g.Set(4700)52 g.Set(4800)53 g.Set(4900)54 g.Set(5000)55 g.Set(5100)56 g.Set(5200)57 g.Set(5300)58 g.Set(5400)59 g.Set(5500)60 g.Set(5600)61 g.Set(5700)62 g.Set(5800)63 g.Set(5900)64 g.Set(6000)65 g.Set(6100)66 g.Set(6200)67 g.Set(6300)68 g.Set(6400)69 g.Set(6500)70 g.Set(6600)71 g.Set(6700)72 g.Set(6800)73 g.Set(
Swap
Using AI Code Generation
1import (2func main() {3 g := prometheus.NewGauge(prometheus.GaugeOpts{4 })5 prometheus.MustRegister(g)6 g.Set(10)7 g.Swap(20)8 fmt.Println(g)9}10import (11func main() {12 g := prometheus.NewGauge(prometheus.GaugeOpts{13 })14 prometheus.MustRegister(g)15 g.Set(10)16 g.Inc()17 fmt.Println(g)18}19import (20func main() {21 g := prometheus.NewGauge(prometheus.GaugeOpts{22 })23 prometheus.MustRegister(g)24 g.Set(10)25 g.Dec()26 fmt.Println(g)27}28import (29func main() {30 g := prometheus.NewGauge(prometheus.GaugeOpts{31 })
Swap
Using AI Code Generation
1import "fmt"2type Gauge struct {3}4func (g *Gauge) Swap() {5}6func main() {7 g := Gauge{0}8 fmt.Println(g.value)9 g.Swap()10 fmt.Println(g.value)11 g.Swap()12 fmt.Println(g.value)13}
Swap
Using AI Code Generation
1import "fmt"2import "github.com/prometheus/client_golang/prometheus"3func main(){4 gauge:=prometheus.NewGauge(prometheus.GaugeOpts{5 })6 gauge.Set(10)7 fmt.Println(gauge.Get())8 gauge.Inc()9 fmt.Println(gauge.Get())10 gauge.Dec()11 fmt.Println(gauge.Get())12 gauge.Add(10)13 fmt.Println(gauge.Get())14 gauge.Sub(10)15 fmt.Println(gauge.Get())16 gauge.SetToCurrentTime()17 fmt.Println(gauge.Get())18}
Swap
Using AI Code Generation
1import (2type Gauge struct {3}4func (g *Gauge) Swap() {5}6func NewGauge(min, max int) *Gauge {7 return &Gauge{min, max}8}9func main() {10 rand.Seed(time.Now().UnixNano())11 g := NewGauge(rand.Intn(10), rand.Intn(10))12 fmt.Println("min:", g.min, "max:", g.max)13 g.Swap()14 fmt.Println("min:", g.min, "max:", g.max)15}
Swap
Using AI Code Generation
1import (2func main() {3 g1.Set(10)4 g2.Set(20)5 fmt.Println("Before Swap")6 fmt.Println("Gauge 1:", g1.Get())7 fmt.Println("Gauge 2:", g2.Get())8 g1.Swap(g2)9 fmt.Println("After Swap")10 fmt.Println("Gauge 1:", g1.Get())11 fmt.Println("Gauge 2:", g2.Get())12}
Swap
Using AI Code Generation
1import (2type gauge struct {3}4func (g gauge) swap() {5 g.length = math.Pow(g.length, 2)6 fmt.Println("gauge after swap", g.length)7}8func (g *gauge) swap2() {9 g.length = math.Pow(g.length, 2)10 fmt.Println("gauge after swap", g.length)11}12func main() {13 g := gauge{14 }15 fmt.Println("gauge before swap", g.length)16 g.swap()17 fmt.Println("gauge before swap", g.length)18 g.swap2()19 fmt.Println("gauge before swap", g.length)20}
Swap
Using AI Code Generation
1import (2func main() {3 g1.Set(10)4 fmt.Println("g1 = ", g1.Get())5 fmt.Println("g1 = ", g1.Get())6 g1.Swap()7 fmt.Println("g1 = ", g1.Get())8}9import "fmt"10type Gauge struct {11}12func (g *Gauge) Set(value int) {13}14func (g *Gauge) Get() int {15}16func (g *Gauge) Swap() {17 fmt.Println("g = ", g.value)18}19import "fmt"20type Gauge struct {21}22func (g *Gauge) Set(value int) {23}24func (g *Gauge) Get() int {25}26func (g *Gauge) Swap() {27 fmt.Println("g = ", g.value)28}29import "fmt"30type Gauge struct {31}32func (g *Gauge) Set(value int) {33}34func (g *Gauge) Get() int {35}36func (g *Gauge) Swap() {37 fmt.Println("g = ", g.value)38}39import "fmt"40type Gauge struct {41}42func (g *Gauge) Set(value int) {43}44func (g *Gauge) Get() int {45}46func (g *Gauge) Swap() {47 fmt.Println("g = ", g.value)48}49import "fmt"50type Gauge struct {51}52func (g *Gauge) Set(value int) {
Swap
Using AI Code Generation
1import (2func main() {3 g := globe.Gauge{20.7, -156.3}4 g.Swap()5 fmt.Println(g.Lat, g.Lon)6}
Automation Testing Tutorials
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YouTube
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Most used method in
- Kind
- Steps
- ProcessConceptStepsFrom
- processConceptStep
- createConceptStep
- AddItem
- AddHeading
- AddScenario
- AddContext
- AddComment
- AddDataTable
- AddExternalDataTable
- AddTags
- NTags
- LatestScenario
- LatestContext
- LatestTeardown
- removeItem
- removeScenario
- PopulateConceptLookup
- renameSteps
- Rename
- GetSpecItems
- Traverse
- AllItems
- UsesArgsInContextTeardown
- Filter
- getIndexFor
- Add
- Values
- ConvertToProtoItem
- convertToProtoTagItem
- convertToProtoStepItem
- convertToProtoStepItems
- convertToProtoScenarioItem
- convertToProtoConcept
- convertToProtoStep
- convertToProtoTags
- makeFragmentsCopy
- makeFragmentCopy
- makeParameterCopy
- makeTableCopy
- makeProtoTableRowCopy
- convertToProtoCommentItem
- convertToProtoDataTableItem
- convertToProtoParameter
- ConvertToProtoTable
- ConvertToProtoSuiteResult
- convertToProtoSpecResult
- ConvertToProtoScenarioResult
- ConvertToProtoStepResult
- getSuccessRate
- convertToProtoSpecResults
- ConvertToProtoSpec
- ConvertToProtoStepValue
- newProtoSpec
- NewSpecResult
- NewProtoScenario
- getTags
- ConvertToProtoExecutionArg
- GetArg
- GetFragments
- GetLineText
- UsesDynamicArgs
- tableUsesDynamicArgs
- getArgsInOrder
- ReplaceArgsWithDynamic
- AddArgs
- AddInlineTableHeaders
- AddInlineTableRow
- GetLastArg
- PopulateFragments
- InConcept
- GetCopy
- CopyFrom
- replaceParamChar
- UsesArgs
- TestPopulateFragmentsForSimpleStep
- TestGetArgForStep
- TestGetArgForConceptStep
- TestPopulateFragmentsForStepWithParameters
- TestUpdatePropertiesFromAnotherStep
- TestUpdatePropertiesFromAnotherConcept
- TestRenameStep
- TestRenameConcept
- TestGetLineTextForStep
- TestGetLineTextForStepWithTable
- TestReplaceArgsWithDynamicForSpecialParam
- TestReplaceArgs
- TestUsageDynamicArgs
- TestStepDoesNotUsageDynamicArgs
- TestInlineTableUsageDynamicArgs
- TestLastArgs
- TestCopyingFragments
- TestCopyingProtoTable
- TestCopyingStepValue
- TestNewProtoScenario
- TestConvertToProtoSpecWithDataTable
- TestConvertToProtoSpecWithoutDataTable
- TestConvertToProtoStep
- TestConvertToProtoConcept
- newStepItem
- newProtoStep
- compareFragments
- compareFragment
- compareParameter
- compareTable
- compareTableRow
- TestProtoConvertingExecutionArgs
- String
- AddArgName
- AddArgValue
- ContainsArg
- ReadDataTableRow
- FromDataTables
- ArgValue
- NewTable
- IsInitialized
- GetValue
- GetDynamicArgs
- Get
- headerExists
- AddHeaders
- AddRowValues
- CreateTableCells
- toHeaderSizeRow
- addRows
- Rows
- GetRowCount
- GetTableCell
- GetDefaultTableCell
- NewSpecCollection
- combineDataTableSpecs
- Specs
- HasNext
- Next
- Size
- SpecNames
- HasErrors
- NewBuildErrors
- NewConceptDictionary
- Search
- ReplaceNestedConceptSteps
- updateStep
- UpdateLookupForNestedConcepts
- Remove
- Len
- Swap
- Less
- Peek
- Test
- TestIsInitalized
- TestShouldAddHeaders
- TestShouldAddRowValues
- TestShouldAddRows
- TestCoulmnNameExists
- TestGetRows
- TestValuesBasedOnHeaders
- TestCreateTableCells
- TestUsesArgsInContext
- TestDoesNotUseDynamicArgsInContext
- TestDoesNotUseArgsInTeardown
- TestStepsGiveAllStepsPresentInSpec
- TestLookupaddArg
- TestLookupContainsArg
- TestAddArgValue
- TestErrorForInvalidArg
- TestGetLookupCopy
- TestGetLookupFromTableRow
- TestGetLookupFromTables
- TestUsesArgsInStep
- TestDoesNotUseDynamicArgsInStep
- TestDoesNotUseArgsInStep
- TestSpecCollection
- TestGroupSpecCollection
- set
- isInRange
- AddStep
- InSpan
- LatestStep
- UsesArgsInSteps
- HasAnyHeading
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