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How to use qmpRecv method of qemu Package

Best Syzkaller code snippet using qemu.qmpRecv

qmp.go

Source:qmp.go

...65	}66	inst.mon = conn67	return nil68}69func (inst *instance) qmpRecv() (*qmpResponse, error) {70	for {71		qmp := new(qmpResponse)72		err := inst.monDec.Decode(qmp)73		if err != nil || qmp.Event == "" {74			return qmp, err75		}76		log.Logf(1, "event: %v", qmp)77	}78}79func (inst *instance) doQmp(cmd *qmpCommand) (*qmpResponse, error) {80	if err := inst.monEnc.Encode(cmd); err != nil {81		return nil, err82	}83	return inst.qmpRecv()84}85func (inst *instance) qmp(cmd *qmpCommand) (interface{}, error) {86	if err := inst.qmpConnCheck(); err != nil {87		return nil, err88	}89	resp, err := inst.doQmp(cmd)90	if err != nil {91		return nil, err92	}93	if resp.Error.Desc != "" {94		return nil, fmt.Errorf("error %v", resp.Error)95	}96	if resp.Return == nil {97		return nil, fmt.Errorf(`no "return" nor "error" in [%v]`, resp)...

qmpRecv

Using AI Code Generation

1qemu := Qemu{}2qemu.qmpRecv()3qemu := Qemu{}4qemu.qmpSend()5qemu := Qemu{}6qemu.qmpExec()7qemu := Qemu{}8qemu.qmpShutdown()9qemu := Qemu{}10qemu.qmpMonitor()11qemu := Qemu{}12qemu.qmpConnect()13qemu := Qemu{}14qemu.qmpDisconnect()15qemu := Qemu{}16qemu.qmpInit()17qemu := Qemu{}18qemu.qmpShutdown()19qemu := Qemu{}20qemu.qmpClose()21qemu := Qemu{}22qemu.qmpMonitor()23qemu := Qemu{}24qemu.qmpConnect()25qemu := Qemu{}26qemu.qmpDisconnect()27qemu := Qemu{}28qemu.qmpInit()29qemu := Qemu{}30qemu.qmpShutdown()31qemu := Qemu{}32qemu.qmpClose()

qmpRecv

Using AI Code Generation

1qemu.qmpRecv()2qemu.qmpSend()3qemu.qmpSendRecv()4qemu.qmpMonitorEvents()5qemu.qmpShutdown()6qemu.qmpStart()7qemu.qmpSetup()8qemu.qmpSocketPath()9qemu.qmpSocketPath()10qemu.qmpSocketPath()11qemu.qmpSocketPath()12qemu.qmpSocketPath()13qemu.qmpSocketPath()14qemu.qmpSocketPath()15qemu.qmpSocketPath()16qemu.qmpSocketPath()17qemu.qmpSocketPath()18qemu.qmpSocketPath()19qemu.qmpSocketPath()

qmpRecv

Using AI Code Generation

1import (2func main() {3    cmd := exec.Command("/usr/bin/qemu-system-x86_64", "-m", "512", "-hda", "test.img", "-enable-kvm", "-nographic", "-vnc", ":0", "-monitor", "stdio")4    f, err := pty.Start(cmd)5    if err != nil {6        panic(err)7    }8    defer f.Close()9    socket := qmp.NewSocket(f)10    if err := socket.Connect(); err != nil {11        panic(err)12    }13    defer socket.Disconnect()14    q := qmp.NewQMP(socket)15    if err := q.ExecuteQMPCapabilities(); err != nil {16        panic(err)17    }18    resp, err := q.Recv()19    if err != nil {20        panic(err)21    }22    if resp.Error != nil {23        panic(resp.Error)24    }25    fmt.Printf("%#v26    fmt.Println("")27    if err := q.ExecuteQMPSystemPowerdown(); err != nil {28        panic(err)29    }30    resp, err = q.Recv()31    if err != nil {32        panic(err)33    }34    if resp.Error != nil {35        panic(resp.Error)36    }37    fmt.Printf("%#v38    fmt.Println("")39    if err := q.ExecuteQMPSystemPowerdown(); err != nil {40        panic(err)41    }42    resp, err = q.Recv()43    if err != nil {44        panic(err)45    }46    if resp.Error != nil {47        panic(resp.Error)48    }49    fmt.Printf("%#v

qmpRecv

Using AI Code Generation

1import (2func main() {3    qemu, err := qmp.NewQMP("", "qmp.sock")4    if err != nil {5        fmt.Println("Error in connecting to QMP socket")6        fmt.Println(err)7    }8    resp, err := qemu.qmpRecv()9    if err != nil {10        fmt.Println("Error in receiving response")11        fmt.Println(err)12    }13    fmt.Println(resp)14}15{QMP:{"version":{"qemu":{"micro":0,"minor":14,"major":2},"package":"(Debian 2.14.0-1)","capabilities":[]},"capabilities":[]}}

qmpRecv

Using AI Code Generation

1func main() {2        qemu := qemu.NewQemu()3        err := qemu.Connect()4        if err != nil {5                fmt.Println(err)6                os.Exit(1)7        }8        err = qemu.Send("{'execute': 'qmp_capabilities'}")9        if err != nil {10                fmt.Println(err)11                os.Exit(1)12        }13        data, err := qemu.Recv()14        if err != nil {15                fmt.Println(err)16                os.Exit(1)17        }18        fmt.Println(data)19}20func main() {21        qemu := qemu.NewQemu()22        err := qemu.Connect()23        if err != nil {24                fmt.Println(err)25                os.Exit(1)26        }27        err = qemu.Send("{'execute': 'qmp_capabilities'}")28        if err != nil {29                fmt.Println(err)30                os.Exit(1)31        }32        data, err := qemu.Recv()33        if err != nil {34                fmt.Println(err)35                os.Exit(1)36        }37        fmt.Println(data)38}39func main() {40        qemu := qemu.NewQemu()41        err := qemu.Connect()42        if err != nil {43                fmt.Println(err)44                os.Exit(1)45        }46        err = qemu.Send("{'execute': 'qmp_capabilities'}")47        if err != nil {48                fmt.Println(err)49                os.Exit(1)

qmpRecv

Using AI Code Generation

1import (2type QMPMessage struct {3	Arguments struct {4	} `json:"arguments"`5}6type QMPResponse struct {7	Return struct {8	} `json:"return"`9}10func main() {11	qmp.Arguments = struct {12	}{}13	qemu := qemu{qmp: qmp, qmpResp: qmpResp}14	qemu.qmpRecv()15}16type qemu struct {17}18func (q *qemu) qmpRecv() {19	for {20		time.Sleep(time.Millisecond * 100)21		q.qmpSend()22	}23}24func (q *qemu) qmpSend() {25	qmpMsg, err := json.Marshal(q.qmp)26	if err != nil {27		fmt.Println("Error marshalling qmp message")28	}29	qmpMsg = append(qmpMsg, byte('\n'))30	fmt.Println("QMP Message sent: ", string(qmpMsg))31	q.qmpRecvResponse()32}33func (q *qemu) qmpRecvResponse() {34	qmpRespFile, err := os.Open("qmpResp.json")35	if err != nil {36		fmt.Println("Error opening qmpResp.json")37	}38	qmpRespDecoder := json.NewDecoder(bufio.NewReader(qmpRespFile))39	err = qmpRespDecoder.Decode(&qmpResp)40	if err != nil {41		fmt.Println("Error decoding qmpResp.json")42	}43	fmt.Println("QMP Response received: ", qmpResp)44}

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