How to use NotifyPlugins method of plugin Package

Best Gauge code snippet using plugin.NotifyPlugins

controller_loop.go

Source:controller_loop.go

1package controller2import (3	"context"4	"encoding/binary"5	"log"6	"runtime"7	"github.com/zllovesuki/G14Manager/system/atkacpi"8	kb "github.com/zllovesuki/G14Manager/system/keyboard"9	"github.com/zllovesuki/G14Manager/system/plugin"10	"github.com/zllovesuki/G14Manager/system/power"11	"github.com/zllovesuki/G14Manager/util"12	"github.com/pkg/errors"13)14func (c *Controller) handleACPINotification(haltCtx context.Context) {15	for {16		select {17		case acpi := <-c.acpiCh:18			switch acpi {19			case 87, 88, 207: // ignore these events20				continue21			/*case 87:22				log.Println("acpi: On battery")23			case 88:24				log.Println("acpi: On AC power")25				// this is when you plug in the 180W charger26				// However, plugging in the USB C PD will not show 88 (might need to detect it in user space)27				// there's also this mysterious 207 code, that only pops up when 180W charger is plugged in/unplugged*/28			case 123:29				log.Println("acpi: Power input changed")30				c.workQueueCh[fnCheckCharger].noisy <- false // indicating non initial (continuous) check31			case 233:32				log.Println("acpi: On Lid Open/Close")33			default:34				log.Printf("acpi: Unknown %d\n", acpi)35			}36		case <-haltCtx.Done():37			log.Println("[controller] exiting handleACPINotification")38			return39		}40	}41}42func (c *Controller) handlePowerEvent(haltCtx context.Context) {43	for {44		select {45		case ev := <-c.powerEvCh:46			switch ev {47			case power.PBT_APMRESUMESUSPEND:48				// ignore this event49			case power.PBT_APMSUSPEND:50				log.Println("[controller] housekeeping before suspend")51				c.workQueueCh[fnBeforeSuspend].noisy <- struct{}{}52			case power.PBT_APMRESUMEAUTOMATIC:53				log.Println("[controller] housekeeping after suspend")54				c.workQueueCh[fnAfterSuspend].noisy <- struct{}{}55			}56		case <-haltCtx.Done():57			log.Println("[controller] exiting handlePowerEvent")58			return59		}60	}61}62func (c *Controller) handleKeyPress(haltCtx context.Context) {63	for {64		select {65		case keyCode := <-c.keyCodeCh:66			switch keyCode {67			case kb.KeyROG:68				log.Println("hid: ROG Key Pressed (debounced)")69				c.workQueueCh[fnUtilityKey].noisy <- struct{}{}70			case kb.KeyFnF5:71				log.Println("hid: Fn + F5 Pressed (debounced)")72				c.workQueueCh[fnThermalProfile].noisy <- struct{}{}73			case kb.KeyVolDown:74				log.Println("hid: volume down Pressed")75			case kb.KeyVolUp:76				log.Println("hid: volume up Pressed")77			case kb.KeyFnC:78				log.Println("[controller] request to disable gpu")79				c.notifyPlugins(plugin.EvtSentinelDisableGPU, nil)80			case kb.KeyFnV:81				log.Println("[controller] request to enable gpu")82				c.notifyPlugins(plugin.EvtSentinelEnableGPU, nil)83			case kb.KeyRFKill:84				log.Println("[controller] request to cycle refresh rate")85				c.notifyPlugins(plugin.EvtSentinelCycleRefreshRate, nil)86			case87				kb.KeyLCDUp,88				kb.KeyLCDDown,89				kb.KeySleep:90				c.workQueueCh[fnHwCtrl].noisy <- keyCode91			case92				kb.KeyMuteMic,93				kb.KeyTpadToggle,94				kb.KeyFnLeft,95				kb.KeyFnRight,96				kb.KeyFnUp,97				kb.KeyFnDown:98				c.notifyPlugins(plugin.EvtKeyboardFn, keyCode)99			default:100				log.Printf("hid: Unknown %d\n", keyCode)101			}102		case <-haltCtx.Done():103			log.Println("[controller] exiting handleKeyPress")104			return105		}106	}107}108func (c *Controller) handleWorkQueue(haltCtx context.Context) {109	defer func() {110		if r := recover(); r != nil {111			err := r.(error)112			c.errorCh <- err113		}114	}()115	runtime.LockOSThread()116	defer runtime.UnlockOSThread()117	for {118		select {119		case ev := <-c.workQueueCh[fnUtilityKey].clean:120			log.Printf("[controller] ROG Key pressed %d times\n", ev.Counter)121			c.notifyPlugins(plugin.EvtSentinelUtilityKey, ev.Counter)122		case ev := <-c.workQueueCh[fnThermalProfile].clean:123			log.Printf("[controller] Fn + F5 pressed %d times\n", ev.Counter)124			c.notifyPlugins(plugin.EvtSentinelCycleThermalProfile, ev.Counter)125		case ev := <-c.workQueueCh[fnCheckCharger].clean:126			function := make([]byte, 4)127			binary.LittleEndian.PutUint32(function, atkacpi.DstsCheckCharger)128			status, err := c.Config.WMI.Evaluate(atkacpi.DSTS, function)129			if err != nil {130				c.errorCh <- errors.New("[controller] cannot check charger status")131				return132			}133			isInitialCheck := ev.Data.(bool)134			switch binary.LittleEndian.Uint32(status[0:4]) {135			case 0x0:136				log.Println("[controller] charger is not plugged in")137				if !isInitialCheck {138					c.workQueueCh[fnAutoThermal].noisy <- chargerUnplugged139				}140			case 0x10001:141				log.Println("[controller] 180W charger plugged in")142				if !isInitialCheck {143					c.workQueueCh[fnAutoThermal].noisy <- chargerPluggedIn144				}145			case 0x10002:146				log.Println("[controller] USB-C PD charger plugged in")147				if !isInitialCheck {148					c.workQueueCh[fnAutoThermal].noisy <- chargerPluggedIn149				}150			}151		case ev := <-c.workQueueCh[fnAutoThermal].clean:152			pluggedInStatus := ev.Data.(chargerStatus)153			if pluggedInStatus == chargerPluggedIn {154				c.notifyPlugins(plugin.EvtChargerPluggedIn, nil)155			} else {156				c.notifyPlugins(plugin.EvtChargerUnplugged, nil)157			}158		case <-c.workQueueCh[fnPersistConfigs].clean:159			if err := c.Config.Registry.Save(); err != nil {160				c.errorCh <- errors.Wrap(err, "[controller] error saving to registry")161				return162			}163		case <-c.workQueueCh[fnApplyConfigs].clean:164			// load configs from registry and try to reapply165			if err := c.Config.Registry.Load(); err != nil {166				c.errorCh <- errors.Wrap(err, "[controller] error loading configurations from registry")167				return168			}169			if err := c.Config.Registry.Apply(); err != nil {170				c.errorCh <- errors.Wrap(err, "[controller] error applying configurations")171				return172			}173		case ev := <-c.workQueueCh[fnHwCtrl].clean:174			keyCode := ev.Data.(uint32)175			args := make([]byte, 8)176			log.Printf("hwCtrl: notification from keypress on %d\n", keyCode)177			binary.LittleEndian.PutUint32(args[0:], atkacpi.DevsHardwareCtrl)178			binary.LittleEndian.PutUint32(args[4:], keyCode)179			_, err := c.Config.WMI.Evaluate(atkacpi.DEVS, args)180			if err != nil {181				c.errorCh <- errors.Wrap(err, "hwCtrl: error sending key code to ATKACPI")182				return183			}184		case <-c.workQueueCh[fnBeforeSuspend].clean:185			c.notifyPlugins(plugin.EvtACPISuspend, nil)186		case <-c.workQueueCh[fnAfterSuspend].clean:187			log.Println("[controller] re-apply config")188			c.notifyPlugins(plugin.EvtACPIResume, nil)189			c.workQueueCh[fnApplyConfigs].noisy <- struct{}{}190		case <-haltCtx.Done():191			log.Println("[controller] exiting handleWorkQueue")192			return193		}194	}195}196func (c *Controller) notifyPlugins(evt plugin.Event, val interface{}) {197	t := plugin.Notification{198		Event: evt,199		Value: val,200	}201	for _, p := range c.Config.Plugins {202		go p.Notify(t)203	}204}205func (c *Controller) handlePluginCallback(haltCtx context.Context) {206	for {207		select {208		case t := <-c.pluginCbCh:209			switch t.Event {210			case plugin.CbPersistConfig:211				c.workQueueCh[fnPersistConfigs].noisy <- struct{}{}212			case plugin.CbNotifyToast:213				if n, ok := t.Value.(util.Notification); ok {214					c.Config.Notifier <- n215				}216			}217		case <-haltCtx.Done():218			log.Println("[controller] exiting handlePluginCallback")219			return220		}221	}222}...

handler.go

Source:handler.go

...17	"github.com/getgauge/gauge/logger"18)19// Handler manages plugins listed in project manifest.20type Handler interface {21	NotifyPlugins(*gauge_messages.Message)22	GracefullyKillPlugins()23	ExtendTimeout(string)24}25// GaugePlugins holds a reference to all plugins launched. The plugins are listed in project manifest26type GaugePlugins struct {27	pluginsMap map[string]*plugin28}29func (gp *GaugePlugins) addPlugin(pluginID string, pluginToAdd *plugin) {30	if gp.pluginsMap == nil {31		gp.pluginsMap = make(map[string]*plugin)32	}33	gp.pluginsMap[pluginID] = pluginToAdd34}35func (gp *GaugePlugins) removePlugin(pluginID string) {36	delete(gp.pluginsMap, pluginID)37}38// NotifyPlugins passes a message to all plugins listed in the manifest39func (gp *GaugePlugins) NotifyPlugins(message *gauge_messages.Message) {40	var handle = func(id string, p *plugin, err error) {41		if err != nil {42			logger.Errorf(true, "Unable to connect to plugin %s %s. %s\n", p.descriptor.Name, p.descriptor.Version, err.Error())43			gp.killPlugin(id)44		}45	}46	var pluginsWithCapabilityToChunk  map[string]*plugin = make(map[string]*plugin)47	var pluginsWithoutCapabilityToChunk  map[string]*plugin = make(map[string]*plugin)48	for id, plugin := range gp.pluginsMap {49		if !plugin.descriptor.hasCapability(streamResultCapability) {50			pluginsWithoutCapabilityToChunk[id] = plugin51		}else { 52			pluginsWithCapabilityToChunk[id] = plugin53		}...

NotifyPlugins

Using AI Code Generation

1import (2func main() {3    p, err := plugin.Open("plugin.so")4    if err != nil {5        panic(err)6    }7    notify, err := p.Lookup("NotifyPlugins")8    if err != nil {9        panic(err)10    }11    notify.(func())()12}

NotifyPlugins

Using AI Code Generation

1import (2func main() {3	p, err := plugin.Open("plugin.so")4	if err != nil {5		fmt.Println(err)6	}7	symGreeter, err := p.Lookup("Greeter")8	if err != nil {9		fmt.Println(err)10	}11	greeter, ok := symGreeter.(Greeter)12	if !ok {13		fmt.Println("unexpected type from module symbol")14	}15	greeter.Greet()16}17p, err := plugin.Open("plugin.so")18symGreeter, err := p.Lookup("Greeter")19if err != nil {20	fmt.Println(err)21}22greeter, ok := symGreeter.(Greeter)23if !ok {24	fmt.Println("unexpected type from module symbol")25}26greeter.Greet()27p, err := plugin.Open("plugin.so")

NotifyPlugins

Using AI Code Generation

1import (2func main() {3	client := plugin.NewPluginClient(grpc.Dial("tcp", "localhost:1234", grpc.WithInsecure()))4	resp, err := client.NotifyPlugins(context.Background(), &plugin.NotifyPluginsRequest{5	})6	if err != nil {7		panic(err)8	}9	fmt.Println(resp.Message)10}11import (12func main() {13	client := plugin.NewPluginClient(grpc.Dial("tcp", "localhost:1235", grpc.WithInsecure()))14	resp, err := client.NotifyPlugins(context.Background(), &plugin.NotifyPluginsRequest{15	})16	if err != nil {17		panic(err)18	}19	fmt.Println(resp.Message)20}21import (22type Plugin struct{}23func (p *Plugin) NotifyPlugins(ctx context.Context, req *NotifyPluginsRequest) (*NotifyPluginsResponse, error) {24	fmt.Println("NotifyPlugins called")25	return &NotifyPluginsResponse{26		Message: fmt.Sprintf("Hello from Plugin: %s", req.Message),27	}, nil28}29func main() {30	plugin.Serve(&plugin.ServeConfig{31		HandshakeConfig: plugin.HandshakeConfig{32		},33		Plugins: map[string]plugin.Plugin{34			"plugin": &PluginPlugin{Impl: &Plugin{}},35		},36	})37}38import proto "github.com/g

NotifyPlugins

Using AI Code Generation

1import (2func main() {3	client := plugin.NewClient(&plugin.ClientConfig{4		HandshakeConfig: plugin.HandshakeConfig{5		},6		Plugins: map[string]plugin.Plugin{7			"basic": &plugin.BasicPlugin{},8		},9		Cmd: plugin.Command{10		},11	})12	rpcClient, err := client.Client()13	if err != nil {14		panic(err)15	}16	raw, err := rpcClient.Dispense("basic")17	if err != nil {18		panic(err)19	}20	hello := raw.(plugin.Plugin)21	fmt.Println(hello.NotifyPlugins())22}23import (24func main() {25	plugin.Serve(&plugin.ServeConfig{26		HandshakeConfig: plugin.HandshakeConfig{27		},28		Plugins: map[string]plugin.Plugin{29			"basic": &plugin.BasicPlugin{},30		},31	})32}33import (34type BasicPlugin struct{}35func (p *BasicPlugin) NotifyPlugins() string {36}37func (p *BasicPlugin) Server(*plugin.MuxBroker) (interface{}, error) {

NotifyPlugins

Using AI Code Generation

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

NotifyPlugins

Using AI Code Generation

1import (2type Plugin struct {3}4func (p *Plugin) NotifyPlugins() {5	log.Println("NotifyPlugins called")6}7func main() {8	conn, err := net.Dial("tcp", "

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