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How to use Diagnose method of qemu Package

Best Syzkaller code snippet using qemu.Diagnose

qemu.go

Source:qemu.go

...526		cmd.Wait()527	}()528	return inst.merger.Output, errc, nil529}530func (inst *instance) Diagnose() ([]byte, bool) {531	select {532	case inst.diagnose <- true:533	default:534	}535	return nil, false536}537// nolint: lll538const initScript = `#! /bin/bash539set -eux540mount -t proc none /proc541mount -t sysfs none /sys542mount -t debugfs nodev /sys/kernel/debug/543mount -t tmpfs none /tmp544mount -t tmpfs none /var...

Diagnose

Using AI Code Generation

1import (2func main() {3	block, err := ghw.Block()4	if err != nil {5		fmt.Printf("Error getting block storage info: %v", err)6	}7	for _, disk := range block.Disks {8		fmt.Printf("Disk: %v9		fmt.Printf(" Size: %v bytes10		fmt.Printf(" Bus path: %v11		fmt.Printf(" Vendor: %v12		fmt.Printf(" Serial number: %v13		fmt.Printf(" WWN: %v14		fmt.Printf(" WWNVendorExtension: %v15		fmt.Printf(" WWNWithExtension: %v16		fmt.Printf(" Logical block size: %v17		fmt.Printf(" Physical block size: %v18		fmt.Printf(" Partition table: %v19		fmt.Printf(" Rotational: %v20		fmt.Printf(" Removable: %v21		fmt.Printf(" NUMANodeID: %v22		fmt.Printf(" Children: %v23		fmt.Printf(" Partitions: %v24		fmt.Printf(" File system: %v25		fmt.Printf(" Mount point: %v26		fmt.Printf(" IsReadOnly: %v27		fmt.Printf(" IsRemovable: %v28		fmt.Printf(" IsSCSI: %v29		fmt.Printf(" IsUSB: %v30		fmt.Printf(" IsVirtual: %v31		fmt.Printf(" IsNVMe: %v32		fmt.Printf(" IsCCISS: %v33		fmt.Printf(" IsMMC: %v34		fmt.Printf(" IsRAID: %v35		fmt.Printf(" Is

Diagnose

Using AI Code Generation

1import (2func main() {3	q, err := qmp.NewSocketMonitor("unix", "/tmp/qmp-sock-1000", 2)4	if err != nil {5		fmt.Println(err)6	}7	defer q.Disconnect()8	if err := q.Connect(); err != nil {9		fmt.Println(err)10	}11	result, err := q.Run([]byte(`{"execute":"diagnose"}`))12	if err != nil {13		fmt.Println(err)14	}15	fmt.Println(string(result))16}17{"return": {"qemu": {"version": {"qemu": {"micro": 0, "minor": 0, "major": 2}, "package": " (qemu-kvm-rhev-2.0.0-23.el7_1.1.1)", "host": "x86_64-redhat-linux-gnu"}, "capabilities": ["oob", "pci-msi", "pci-msix", "vga", "vhost-net", "vhost-scsi"]}}}

Diagnose

Using AI Code Generation

1import (2func main() {3	socket := qmp.NewSocket("/var/run/libvirt/qemu/test.sock")4	if err := socket.Dial(); err != nil {5		panic(err)6	}7	qmp := qmp.NewQMP(socket)8	if err := qmp.Handshake(); err != nil {9		panic(err)10	}11	result, err := qmp.Run([]byte(`{"execute":"query-status"}`))12	if err != nil {13		panic(err)14	}15	fmt.Println(string(result))16	result, err = qmp.Run([]byte(`{"execute":"query-status"}`))17	if err != nil {18		panic(err)19	}20	fmt.Println(string(result))21	result, err = qmp.Run([]byte(`{"execute":"query-status"}`))22	if err != nil {23		panic(err)24	}25	fmt.Println(string(result))26	result, err = qmp.Run([]byte(`{"execute":"query-status"}`))27	if err != nil {28		panic(err)29	}30	fmt.Println(string(result))31	result, err = qmp.Run([]byte(`{"execute":"query-status"}`))32	if err != nil {33		panic(err)34	}35	fmt.Println(string(result))36	result, err = qmp.Run([]byte(`{"execute":"query-status"}`))37	if err != nil {38		panic(err)39	}40	fmt.Println(string(result))41	result, err = qmp.Run([]byte(`{"execute":"query-status"}`))42	if err != nil {43		panic(err)44	}45	fmt.Println(string(result))

Diagnose

Using AI Code Generation

1import (2func main() {3    cmd := exec.Command("qemu-system-x86_64", "-diagnose")4    cmd.SysProcAttr = &syscall.SysProcAttr{Setpgid: true}5    if err := cmd.Run(); err != nil {6        log.Fatal(err)7    }8}9import (10func main() {11    cmd := exec.Command("qemu-system-x86_64", "-diagnose")12    cmd.SysProcAttr = &syscall.SysProcAttr{Setpgid: true}13    if err := cmd.Run(); err != nil {14        log.Fatal(err)15    }16}17import (18func main() {19    cmd := exec.Command("qemu-system-x86_64", "-diagnose")20    cmd.SysProcAttr = &syscall.SysProcAttr{Setpgid: true}21    if err := cmd.Run(); err != nil {22        log.Fatal(err)23    }24}25import (26func main() {27    cmd := exec.Command("qemu-system-x86_64", "-diagnose")28    cmd.SysProcAttr = &syscall.SysProcAttr{Setpgid: true}29    if err := cmd.Run(); err != nil {30        log.Fatal(err)31    }32}33import (

Diagnose

Using AI Code Generation

1import (2func main() {3	q, err := qemu.NewQemu("/usr/bin/qemu-system-x86_64", "qemu-system-x86_64", os.Stdout, os.Stderr)4	if err != nil {5		fmt.Println(err)6		os.Exit(1)7	}8	q.SetArgs([]string{"-hda", "ubuntu.qcow2", "-m", "256"})9	if err := q.Start(); err != nil {10		fmt.Println(err)11		os.Exit(1)12	}13	diag, err := q.Diagnose()14	if err != nil {15		fmt.Println(err)16		os.Exit(1)17	}18	fmt.Println(diag)19}20QMP: {"QMP": {"version": {"qemu": {"micro": 0, "minor": 2, "major": 2}, "package": ""}, "capabilities": []}}21QMP: {"return": {}}22QMP: {"QMP": {"version": {"qemu": {"micro": 0, "minor": 2, "major": 2}, "package": ""}, "capabilities": []}}23QMP: {"return": {}}24QMP: {"return": {"return": "QEMU 2.2.0 monitor - type 'help' for more information"}}

Diagnose

Using AI Code Generation

1import (2func main() {3	c, err := qmp.NewSocketConnection("unix:/tmp/qmp-sock")4	if err != nil {5		panic(err)6	}7	defer c.Close()8	q := qmp.NewQMP(c)9	if err := q.Initialize(); err != nil {10		panic(err)11	}12	cmd := qmp.Diagnose{}13	if err := q.ExecuteQMPCapability(cmd); err != nil {14		panic(err)15	}16	fmt.Printf("QEMU version: %s17	fmt.Println("Supported QMP commands:")18	for _, cmd := range cmd.Return.QMP.Capabilities {19		fmt.Println(cmd)20	}21	if err := q.Shutdown(); err != nil {22		panic(err)23	}24}

Diagnose

Using AI Code Generation

1import (2func main() {3    q, err := qemu.NewQemu("/usr/bin/qemu-system-x86_64", "qemu-system-x86_64")4    if err != nil {5        panic(err)6    }7    diagnose, err := q.Diagnose()8    if err != nil {9        panic(err)10    }11    fmt.Println(diagnose)12}13{"qemu": {"version": {"qemu": {"micro": 0, "minor": 1, "major": 5}, "package": ""}, "capabilities": ["kvm", "xen", "tcg", "user", "rdma", "gluster", "attr", "fdt", "madvise", "mremap", "mmap", "mmap-exec", "mmap-async", "mmap-sync", "mmap-alloc", "shmem", "posix", "tmpfs", "bdrv-reopen", "bdrv-atomic-write", "bdrv-async", "bdrv-write-zeroes", "bdrv-write-backing-image", "bdrv-write-backing-image-failed", "bdrv-raw-aio", "bdrv-raw-sync", "bdrv-raw-posix-aio", "bdrv-raw-posix-aio-threads", "bdrv-raw-windows-aio", "bdrv-raw-windows-aio-threads", "bdrv-qcow2-aio", "bdrv-qcow2-sync", "bdrv-qcow2-cache", "bdrv-qcow2-cache-writethrough", "bdrv-qcow2-cache-directsync", "bdrv-qcow2-cache-unsafe", "bdrv-qcow2-cache-directsync-unsafe", "bdrv-qcow2-lazy-refcounts", "bdrv-qcow2-refcount-bits", "bdrv-vmdk", "bdrv-vhdx", "bdrv-vpc", "bdrv-qed", "bdrv-nbd", "bdrv-curl", "bdrv-curl-ssl", "bdrv-curl-ssl-openssl", "b

Diagnose

Using AI Code Generation

1import (2func main() {3	q := qemu.NewQemu("/usr/bin/qemu-system-x86_64", "/tmp/vm1.sock")4	result, err := q.Diagnose()5	if err != nil {6		fmt.Println(err)7	}8	fmt.Println(result)9}10{11        {12            "data": {13                "QMP": {14                }15            },16        },17        {18            "data": {19                "QMP": {

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