How to use Create method of odroid Package

Best Syzkaller code snippet using odroid.Create

odroid.go

Source:odroid.go

...78}79func (pool *Pool) Count() int {80	return 1 // no support for multiple Odroid devices yet81}82func (pool *Pool) Create(workdir string, index int) (vmimpl.Instance, error) {83	inst := &instance{84		cfg:    pool.cfg,85		os:     pool.env.OS,86		sshkey: pool.env.Sshkey,87		closed: make(chan bool),88		debug:  pool.env.Debug,89	}90	closeInst := inst91	defer func() {92		if closeInst != nil {93			closeInst.Close()94		}95	}()96	if err := inst.repair(); err != nil {97		return nil, err98	}99	// Create working dir if doesn't exist.100	inst.ssh("mkdir -p /data/")101	// Remove temp files from previous runs.102	inst.ssh("rm -rf /data/syzkaller-*")103	closeInst = nil104	return inst, nil105}106func (inst *instance) Forward(port int) (string, error) {107	return fmt.Sprintf(inst.cfg.Host_Addr+":%v", port), nil108}109func (inst *instance) ssh(command string) ([]byte, error) {110	if inst.debug {111		Logf(0, "executing ssh %+v", command)112	}113	rpipe, wpipe, err := osutil.LongPipe()...

driver_odroid_c1.go

Source:driver_odroid_c1.go

1package hwio2// A driver for Odroid C1's running Ubuntu 14.04 with Linux kernel 3.8 or higher.3//4// Known issues:5// - INPUT_PULLUP and INPUT_PULLDOWN not implemented yet.6// - no support yet for SPI, serial, I2C7//8// GPIO are 3.3V, analog is 1.8V9//10// Articles used in building this driver:11// - http://www.hardkernel.com/main/products/prdt_info.php?g_code=G141578608433&tab_idx=212type OdroidC1Driver struct {13	// all pins understood by the driver14	pinConfigs []*DTPinConfig15	// a map of module names to module objects, created at initialisation16	modules map[string]Module17}18func NewOdroidC1Driver() *OdroidC1Driver {19	return &OdroidC1Driver{}20}21// Examine the hardware environment and determine if this driver will handle it.22// For Odroid C1, it's easy: /proc/cpuinfo identifies it.23func (d *OdroidC1Driver) MatchesHardwareConfig() bool {24	// we need to get CPU 3, because /proc/cpuinfo on odroid has a set of properties25	// that are system wide, that are listed after CPU specific properties.26	// CpuInfo associated these with CPU 3, the last one it saw. Not ideal, but works.27	hw := CpuInfo(3, "Hardware")28	if hw == "ODROIDC" {29		return true30	}31	return false32}33func (d *OdroidC1Driver) Init() error {34	d.createPinData()35	return d.initialiseModules()36}37func (d *OdroidC1Driver) createPinData() {38	d.pinConfigs = []*DTPinConfig{39		// dummy placeholder for "pin 0"40		&DTPinConfig{[]string{"dummy"}, []string{"unassignable"}, 0, 0}, // 0 - spacer41		// Odroid has a mostly Raspberry Pi compatible header (40-pin), except GPIO numbers are different,42		// and an analog input is available.43		&DTPinConfig{[]string{"3.3v-1"}, []string{"unassignable"}, 0, 0},   // 144		&DTPinConfig{[]string{"5v-1"}, []string{"unassignable"}, 0, 0},     // 245		&DTPinConfig{[]string{"sda1"}, []string{"i2ca"}, 0, 0},             // 346		&DTPinConfig{[]string{"5v-2"}, []string{"unassignable"}, 0, 0},     // 447		&DTPinConfig{[]string{"scl1"}, []string{"i2ca"}, 0, 0},             // 548		&DTPinConfig{[]string{"ground-1"}, []string{"unassignable"}, 0, 0}, // 649		&DTPinConfig{[]string{"gpio83"}, []string{"gpio"}, 83, 0},          // 750		&DTPinConfig{[]string{"txd"}, []string{"serial"}, 0, 0},            // 851		&DTPinConfig{[]string{"ground-2"}, []string{"unassignable"}, 0, 0}, // 952		&DTPinConfig{[]string{"rxd"}, []string{"serial"}, 0, 0},            // 1053		&DTPinConfig{[]string{"gpio88"}, []string{"gpio"}, 88, 0},          // 1154		&DTPinConfig{[]string{"gpio87"}, []string{"gpio"}, 87, 0},          // 1255		&DTPinConfig{[]string{"gpio116"}, []string{"gpio"}, 116, 0},        // 1356		&DTPinConfig{[]string{"ground-3"}, []string{"unassignable"}, 0, 0}, // 1457		&DTPinConfig{[]string{"gpio115"}, []string{"gpio"}, 115, 0},        // 1558		&DTPinConfig{[]string{"gpio104"}, []string{"gpio"}, 104, 0},        // 1659		&DTPinConfig{[]string{"3.3v-2"}, []string{"unassignable"}, 0, 0},   // 1760		&DTPinConfig{[]string{"gpio102"}, []string{"gpio"}, 102, 0},        // 1861		&DTPinConfig{[]string{"mosi"}, []string{"spi"}, 0, 0},              // 19 - may be GPIO by default - CHECK62		&DTPinConfig{[]string{"ground-4"}, []string{"unassignable"}, 0, 0}, // 2063		&DTPinConfig{[]string{"miso"}, []string{"spi"}, 0, 0},              // 21 - may be GPIO by default - CHECK64		&DTPinConfig{[]string{"gpio103"}, []string{"gpio"}, 103, 0},        // 2265		&DTPinConfig{[]string{"sclk"}, []string{"spi"}, 0, 0},              // 23 - may be GPIO by default - CHECK66		&DTPinConfig{[]string{"ce0"}, []string{"spi"}, 0, 0},               // 24 - also marked as CE067		&DTPinConfig{[]string{"ground-5"}, []string{"unassignable"}, 0, 0}, // 2568		&DTPinConfig{[]string{"gpio118"}, []string{"gpio"}, 118, 0},        // 2669		&DTPinConfig{[]string{"sda2"}, []string{"i2cb"}, 0, 0},             // 2770		&DTPinConfig{[]string{"scl2"}, []string{"i2cb"}, 0, 0},             // 2871		&DTPinConfig{[]string{"gpio101"}, []string{"gpio"}, 101, 0},        // 2972		&DTPinConfig{[]string{"ground-6"}, []string{"unassignable"}, 0, 0}, // 3073		&DTPinConfig{[]string{"gpio100"}, []string{"gpio"}, 100, 0},        // 3174		&DTPinConfig{[]string{"gpio99"}, []string{"gpio"}, 99, 0},          // 3275		&DTPinConfig{[]string{"gpio108"}, []string{"gpio"}, 108, 0},        // 3376		&DTPinConfig{[]string{"ground-7"}, []string{"unassignable"}, 0, 0}, // 3477		&DTPinConfig{[]string{"gpio97"}, []string{"gpio"}, 97, 0},          // 3578		&DTPinConfig{[]string{"gpio98"}, []string{"gpio"}, 98, 0},          // 3679		&DTPinConfig{[]string{"ain1"}, []string{"analog"}, 26, 1},          // 37 - different from Rpi80		&DTPinConfig{[]string{"1.8v"}, []string{"unassignable"}, 0, 0},     // 38 - different from Rpi81		&DTPinConfig{[]string{"ground-8"}, []string{"unassignable"}, 0, 0}, // 39 - different from Rpi82		&DTPinConfig{[]string{"ain0"}, []string{"analog"}, 21, 0},          // 40 - different from Rpi83	}84}85func (d *OdroidC1Driver) initialiseModules() error {86	d.modules = make(map[string]Module)87	gpio := NewDTGPIOModule("gpio")88	e := gpio.SetOptions(d.getGPIOOptions())89	if e != nil {90		return e91	}92	analog := NewODroidC1AnalogModule("analog")93	e = analog.SetOptions(d.getAnalogOptions())94	if e != nil {95		return e96	}97	i2ca := NewDTI2CModule("i2ca")98	e = i2ca.SetOptions(d.getI2COptions("i2ca"))99	if e != nil {100		return e101	}102	i2cb := NewDTI2CModule("i2cb")103	e = i2cb.SetOptions(d.getI2COptions("i2cb"))104	if e != nil {105		return e106	}107	d.modules["gpio"] = gpio108	d.modules["analog"] = analog109	d.modules["i2ca"] = i2ca110	d.modules["i2cb"] = i2cb111	// alias i2c to i2c2. This is for portability; getting the i2c module on any device should return the default i2c interface,112	// but should not preclude addition of other i2c busses.113	d.modules["i2c"] = i2ca114	// initialise by default, which will assign P9.19 and P9.20. This is configured by default in device tree and these pins cannot be assigned.115	i2ca.Enable()116	i2cb.Enable()117	analog.Enable()118	return nil119}120// Get options for GPIO module, derived from the pin structure121func (d *OdroidC1Driver) getGPIOOptions() map[string]interface{} {122	result := make(map[string]interface{})123	pins := make(DTGPIOModulePinDefMap)124	// Add the GPIO pins to this map125	for i, pinConf := range d.pinConfigs {126		if pinConf.usedBy("gpio") {127			pins[Pin(i)] = &DTGPIOModulePinDef{pin: Pin(i), gpioLogical: pinConf.gpioLogical}128		}129	}130	result["pins"] = pins131	return result132}133// Get options for analog module, derived from the pin structure134func (d *OdroidC1Driver) getAnalogOptions() map[string]interface{} {135	result := make(map[string]interface{})136	pins := make(ODroidC1AnalogModulePinDefMap)137	// Add the GPIO pins to this map138	for i, pinConf := range d.pinConfigs {139		if pinConf.usedBy("analog") {140			pins[Pin(i)] = &ODroidC1AnalogModulePinDef{pin: Pin(i), analogLogical: pinConf.analogLogical}141		}142	}143	result["pins"] = pins144	return result145}146// Return the i2c options required to initialise that module.147func (d *OdroidC1Driver) getI2COptions(module string) map[string]interface{} {148	result := make(map[string]interface{})149	pins := make(DTI2CModulePins, 0)150	for i, pinConf := range d.pinConfigs {151		if pinConf.usedBy(module) {152			pins = append(pins, Pin(i))153		}154	}155	result["pins"] = pins156	// TODO CALCULATE THIS FROM MODULE157	// this should really look at the device structure to ensure that I2C2 on hardware maps to /dev/i2c1. This confusion seems158	// to happen because of the way the kernel initialises the devices at boot time.159	if module == "i2ca" {160		result["device"] = "/dev/i2c-1"161	} else {162		result["device"] = "/dev/i2c-2"163	}164	return result165}166// internal function to get a Pin. It does not use GetPin because that relies on the driver having already been initialised. This167// method can be called while still initialising. Only matches names[0], which is the Pn.nn expansion header name.168func (d *OdroidC1Driver) getPin(name string) Pin {169	for i, hw := range d.pinConfigs {170		if hw.names[0] == name {171			return Pin(i)172		}173	}174	return Pin(0)175}176func (d *OdroidC1Driver) GetModules() map[string]Module {177	return d.modules178}179func (d *OdroidC1Driver) Close() {180	// Disable all the modules181	for _, module := range d.modules {182		module.Disable()183	}184}185func (d *OdroidC1Driver) PinMap() (pinMap HardwarePinMap) {186	pinMap = make(HardwarePinMap)187	for i, hw := range d.pinConfigs {188		pinMap.Add(Pin(i), hw.names, hw.modules)189	}190	return191}...

Create

Using AI Code Generation

1import (2func main() {3    odroid := new(Odroid)4    odroid.Create()5}6import (7func main() {8    odroid := new(Odroid)9    odroid.Create()10    odroid.Delete()11}12import (13func main() {14    odroid := new(Odroid)15    odroid.Create()16    odroid.Delete()17    odroid.Create()18}19import (20func main() {21    odroid := new(Odroid)22    odroid.Create()23    odroid.Delete()24    odroid.Create()25    odroid.Delete()26}27import (28func main() {29    odroid := new(Odroid)30    odroid.Create()31    odroid.Delete()32    odroid.Create()33    odroid.Delete()34    odroid.Create()35}36import (37func main() {38    odroid := new(Odroid)39    odroid.Create()40    odroid.Delete()41    odroid.Create()42    odroid.Delete()43    odroid.Create()44    odroid.Delete()45}46import (47func main() {48    odroid := new(Odroid)49    odroid.Create()50    odroid.Delete()51    odroid.Create()52    odroid.Delete()53    odroid.Create()54    odroid.Delete()55    odroid.Create()56}57import (58func main() {59    odroid := new(Odroid)60    odroid.Create()61    odroid.Delete()62    odroid.Create()63    odroid.Delete()64    odroid.Create()65    odroid.Delete()66    odroid.Create()67    odroid.Delete()68}

Create

Using AI Code Generation

1import (2func main() {3    odroid := new(Odroid)4    odroid.Create()5}6import (7func main() {8    odroid := new(Odroid)9    odroid.Create()10}11import (12func main() {13    odroid := new(Odroid)14    odroid.Create()15}16import (17func main() {18    odroid := new(Odroid)19    odroid.Create()20}21import (22func main() {23    odroid := new(Odroid)24    odroid.Create()25}26import (27func main() {28    odroid := new(Odroid)29    odroid.Create()30}31import (32func main() {33    odroid := new(Odroid)34    odroid.Create()35}36import (37func main() {38    odroid := new(Odroid)39    odroid.Create()40}41import (42func main() {43    odroid := new(Odroid)44    odroid.Create()45}46import (47func main() {48    odroid := new(Odroid)49    odroid.Create()50}51import (52func main() {53    odroid := new(Odroid)54    odroid.Create()

Create

Using AI Code Generation

1import (2func main() {3	odroid := new(Odroid)4	odroid.Create()5}6import (7func main() {8	odroid := new(Odroid)9	odroid.Create()10}11import (12func main() {13	odroid := new(Odroid)14	odroid.Create()15}16import (17func main() {18	odroid := new(Odroid)19	odroid.Create()20}21import (22func main() {23	odroid := new(Odroid)24	odroid.Create()25}26import (27func main() {28	odroid := new(Odroid)29	odroid.Create()30}31import (32func main() {33	odroid := new(Odroid)34	odroid.Create()35}36import (37func main() {38	odroid := new(Odroid)39	odroid.Create()40}41import (42func main() {43	odroid := new(Odroid)44	odroid.Create()45}46import (47func main() {48	odroid := new(Odroid)49	odroid.Create()50}51import (52func main() {53	odroid := new(Odroid)54	odroid.Create()55}

Create

Using AI Code Generation

1import (2func main() {3    o.Create()4    fmt.Println("odroid created")5}6import (7func TestCreate(t *testing.T) {8    o.Create()9    fmt.Println("odroid created")10}

Create

Using AI Code Generation

1import (2func main() {3	odroidObj := odroid.Create()4	odroidObj.Display()5}6import (7func main() {8	odroidObj := odroid.Create()9	odroidObj.Display()10}11import (12func main() {13	odroidObj := odroid.Create()14	odroidObj.Display()15}16import (17func main() {18	odroidObj := odroid.Create()19	odroidObj.Display()20}21import (22func main() {23	odroidObj := odroid.Create()24	odroidObj.Display()25}

Create

Using AI Code Generation

1import "fmt"2func main() {3 odroid := new(Odroid)4 odroid.Create()5 fmt.Println(odroid)6}7{Odroid 0 0 0 0}

Create

Using AI Code Generation

1func main() {2    odroid.Create()3    laptop.Create()4}5import "fmt"6type car struct {7}8func (c *car) start() {9    fmt.Println("car started")10}11type ferrari struct {12}13func main() {14    f.start()15}16import "fmt"17type car interface {18    start()19}20type ferrari struct {21}22func (f *ferrari) start() {23    fmt.Println("ferrari started")24}25type ford struct {26}27func (f *ford) start() {28    fmt.Println("ford started")29}30func main() {31    var c1 car = &ferrari{name: "ferrari"}32    var c2 car = &ford{name: "ford"}33    c1.start()34    c2.start()35}36import "fmt"37type car struct {38}39func (c *car) start() {40    fmt.Println("car started")41}42type ferrari struct {43}44func main() {45    f.start()46}47import "fmt"48type car interface {49    start()50}51type ferrari struct {52}53func (f *ferrari) start() {54    fmt.Println("ferrari started")55}56type ford struct {57}58func (f *ford) start

Create

Using AI Code Generation

1import (2func main() {3    odroid.Create()4    fmt.Println("GPIOs created")5}6import (7func main() {8    odroid.Create()9    fmt.Println("GPIOs created")10    odroid.SetDirection(4, odroid.IN)11    odroid.SetDirection(5, odroid.OUT)12    fmt.Println("GPIOs direction set")13}14import (15func main() {16    odroid.Create()17    fmt.Println("GPIOs created")18    odroid.SetDirection(4, od

Create

Using AI Code Generation

1import (2func main() {3    fmt.Println("odroid")4    odroid := odroid{1, "arm"}5    odroid.Create()6}7import (8func main() {9    fmt.Println("odroid")10    odroid := odroid{1, "arm"}11    odroid.Create()12}13import (14func main() {15    fmt.Println("odroid")16    odroid := odroid{1, "arm"}

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