Adding DHCP Client and new Wifi stack

This commit is contained in:
Philippe Caseiro 2018-09-20 10:59:11 +02:00
parent e1f0c68630
commit 735bc8d19e
11 changed files with 715 additions and 97 deletions

38
openwrt/dhcp_client.go Normal file
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@ -0,0 +1,38 @@
package openwrt
// DhcpClient represents a dhcp client ... :)
type DhcpClient struct {
exec Executor
iface string
}
// NewDhcpClient return an UCI instance to interact with UCI
func NewDhcpClient(netIface string) *DhcpClient {
exec := &localExecutor{}
iface := netIface
return &DhcpClient{exec, iface}
}
// NewDhcpClientWithExecutor return an UCI instance to interact with UCI
func NewDhcpClientWithExecutor(netIface string, exe Executor) *DhcpClient {
exec := exe
iface := netIface
return &DhcpClient{exec, iface}
}
// NewDhcpClient return an UCI instance to interact with UCI
//func NewDhcpClient(netIface string, exe Executor) *DhcpClient {
// var exec Executor
// if exe == nil {
// exec = &localExecutor{}
// } else {
// exec = exe
// }
// iface := netIface
// return &DhcpClient{exec, iface}
//}
// AskForIP runs a dhclient ip request with udhcpc
func (dc *DhcpClient) AskForIP() *CommandResult {
return dc.exec.Run("udhcpc", "-i", dc.iface)
}

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@ -0,0 +1,12 @@
package openwrt
import "testing"
func TestDhcpClientAskForIP(t *testing.T) {
uexec := createMockExecutor("", "", 0)
dhc := NewDhcpClientWithExecutor("wlan1", uexec)
res := dhc.AskForIP()
if res.ReturnCode != 0 {
t.Error("Error in DHCP Client !!")
}
}

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@ -7,6 +7,7 @@ import (
"os/exec"
)
// Executor interface to describe command runners signature
type Executor interface {
Run(command string, params ...string) *CommandResult
}

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@ -1,10 +1,7 @@
package openwrt
import (
"bytes"
"fmt"
"log"
"os/exec"
"time"
)
@ -13,64 +10,63 @@ type Action struct {
*CommandResult
}
// UCI "Object"
type UCI struct {
exec Executor
}
// NewUCI return an UCI instance to interact with UCI
func NewUCI() *UCI {
exec := &localExecutor{}
return &UCI{exec}
}
// NewUCIWithExecutor returns a UCI Instance an gives you the ability to provide
// a different command executor than the default one.
func NewUCIWithExecutor(exec Executor) *UCI {
return &UCI{exec}
}
// uciRun, private method to run the UCI command
func uciRun(uciAction string, param string) *Action {
func (u *UCI) uciRun(uciAction string, param string) *Action {
cmd := "uci"
res := run(cmd, uciAction, param)
return &Action{
res,
}
res := u.exec.Run(cmd, uciAction, param)
return &Action{res}
}
// UciAdd add an entry to UCI configuration, specify the Module and the value
func UciAdd(module string, name string) *Action {
actionRes := uciRun("add", fmt.Sprintf("%s %s", module, name))
return actionRes
// Add add an entry to UCI configuration, specify the Module and the value
func (u *UCI) Add(module string, name string) *Action {
commandRes := u.exec.Run("uci add", module, name)
return &Action{commandRes}
}
// UciDelete delete an entry from UCI configuration specify the entry name
func UciDelete(entry string) *Action {
return uciRun("delete", entry)
// Delete delete an entry from UCI configuration specify the entry name
func (u *UCI) Delete(entry string) *Action {
return u.uciRun("delete", entry)
}
// UciSet set a value ton an UCI configuration entry
func UciSet(entry string, value string) *Action {
return uciRun("set", fmt.Sprintf("%s=%s", entry, value))
// Set set a value ton an UCI configuration entry
func (u *UCI) Set(entry string, value string) *Action {
return u.uciRun("set", fmt.Sprintf("%s=%s", entry, value))
}
// UciCommit the recent actions to UCI
func UciCommit() *Action {
return uciRun("commit", "")
// Commit the recent actions to UCI
func (u *UCI) Commit() *Action {
return u.uciRun("commit", "")
}
// UciReload reload uci configuration
func UciReload() *Action {
var out bytes.Buffer
var stderr bytes.Buffer
exe := exec.Command("reload_config")
exe.Stdout = &out
exe.Stderr = &stderr
err := exe.Run()
if err != nil {
fmt.Println(fmt.Sprint(err) + ": " + stderr.String())
log.Fatal(err)
}
// Reload reload uci configuration
func (u *UCI) Reload() *Action {
cmdResult := u.exec.Run("reload_config")
time.Sleep(5)
return &Action{
&CommandResult{
Stdout: out.String(),
ReturnCode: 0,
},
}
return &Action{cmdResult}
}
// UciAddWireless Create a new Wireless entry in UCI configuration
func UciAddWireless(name string) int {
res := UciAdd("wireless", name)
return res.ReturnCode
// AddWireless Create a new Wireless entry in UCI configuration
func (u *UCI) AddWireless(name string) *Action {
res := u.Add("wireless", name)
return res
}

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@ -1,19 +0,0 @@
package openwrt
type UCI struct {
exec Executor
}
func NewUCI() *UCI {
exec := &localExecutor{}
return &UCI{exec}
}
func NewUCIWithExecutor(exec Executor) *UCI {
return &UCI{exec}
}
func (u *UCI) Add(module string, name string) *Action {
commandRes := u.exec.Run("uci add", module, name)
return &Action{commandRes}
}

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@ -1,11 +0,0 @@
package openwrt
import (
"testing"
)
func TestUCIStruct(t *testing.T) {
exec := createMockExecutor("", "", 1)
uci := NewUCIWithExecutor(exec)
uci.Add("wireless", "test")
}

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@ -1,15 +1,91 @@
package openwrt
import (
"fmt"
"testing"
)
func TestUciAdd(t *testing.T) {
// Return 0 run !
res := UciAdd("wireless", "test")
func TestUCIAdd(t *testing.T) {
exec := createMockExecutor("", "", 0)
uci := NewUCIWithExecutor(exec)
res := uci.Add("wireless", "test")
if res.ReturnCode != 0 {
t.Error(res.Stderr)
t.Error("Bad Return Code !")
}
if res.Stdout != "" {
fmt.Printf("[%s] - ", res.Stdout)
t.Error("Stdout is not empty ...")
}
if res.Stderr != "" {
fmt.Printf("[%s] - ", res.Stdout)
t.Error("Stderr is not empty ...")
}
}
func TestUCIDelete(t *testing.T) {
exec := createMockExecutor("", "", 0)
uci := NewUCIWithExecutor(exec)
res := uci.Delete("wireless.@wifi-iface[1]")
if res.ReturnCode != 0 {
t.Error("Bad Return Code !")
}
if res.Stdout != "" {
fmt.Printf("[%s] - ", res.Stdout)
t.Error("Stdout is not empty ...")
}
if res.Stderr != "" {
fmt.Printf("[%s] - ", res.Stdout)
t.Error("Stderr is not empty ...")
}
}
func TestUCISet(t *testing.T) {
exec := createMockExecutor("", "", 0)
uci := NewUCIWithExecutor(exec)
res := uci.Set("wireless.@wifi-iface[1].network", "OrionNetwork")
if res.ReturnCode != 0 {
t.Error("Bad Return Code !")
}
if res.Stdout != "" {
fmt.Printf("[%s] - ", res.Stdout)
t.Error("Stdout is not empty ...")
}
if res.Stderr != "" {
fmt.Printf("[%s] - ", res.Stdout)
t.Error("Stderr is not empty ...")
}
}
func TestUCICommit(t *testing.T) {
exec := createMockExecutor("", "", 0)
uci := NewUCIWithExecutor(exec)
res := uci.Commit()
if res.ReturnCode != 0 {
t.Error("Bad Return Code !")
}
if res.Stdout != "" {
fmt.Printf("[%s] - ", res.Stdout)
t.Error("Stdout is not empty ...")
}
if res.Stderr != "" {
fmt.Printf("[%s] - ", res.Stdout)
t.Error("Stderr is not empty ...")
}
}
func TestUCIReload(t *testing.T) {
exec := createMockExecutor("", "", 0)
uci := NewUCIWithExecutor(exec)
res := uci.Reload()
if res.ReturnCode != 0 {
t.Error("Bad Return Code !")
}
if res.Stdout != "" {
fmt.Printf("[%s] - ", res.Stdout)
t.Error("Stdout is not empty ...")
}
if res.Stderr != "" {
fmt.Printf("[%s] - ", res.Stdout)
t.Error("Stderr is not empty ...")
}
}

88
openwrt/wifi.go Normal file
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@ -0,0 +1,88 @@
package openwrt
import (
"log"
"strings"
"time"
)
// Wifi gives access to al OpenWRT Wifi operations
type Wifi struct {
exec Executor
iface string
Cells []*WifiCell
}
// NewWifi return an UCI instance to interact with UCI
func NewWifi(wIface string) *Wifi {
exec := &localExecutor{}
iface := wIface
return &Wifi{exec, iface, nil}
}
// NewWifiWithExecutor returns a Wifi Instance an gives you the ability to provide
// a different command executor than the default one.
func NewWifiWithExecutor(exec Executor, wIface string) *Wifi {
return &Wifi{exec, wIface, nil}
}
// GetWifiCells retrieves all availabe wifi cells for a card !
func (w *Wifi) GetWifiCells() int {
res := w.exec.Run("iwinfo", w.iface, "scan")
if res.ReturnCode != 0 {
log.Fatal(res.Stderr)
return res.ReturnCode
}
for res.Stdout == "Scanning not possible" {
time.Sleep(1)
res := w.exec.Run("iwinfo", w.iface, "scan")
if res.ReturnCode != 0 {
log.Fatal(res.Stderr)
return res.ReturnCode
}
}
new := false
mac := ""
ssid := ""
enc := ""
for _, line := range strings.Split(strings.TrimSuffix(res.Stdout, "\n"), "\n") {
if strings.HasPrefix(line, "Cell") && new == false {
new = true
mac = strings.Split(line, " ")[4]
}
if strings.Contains(line, "ESSID:") {
ssid = strings.Split(line, " ")[1]
ssid = strings.Trim(ssid, "\"")
}
if strings.Contains(line, "Encryption:") {
if strings.Contains(line, "WPA2 PSK") {
enc = "psk"
} else if strings.Contains(line, "none") {
enc = "none"
} else {
enc = "unkn"
}
}
if len(mac) > 0 && len(ssid) > 0 && len(enc) > 0 {
cell := NewWifiCell(ssid, mac, enc)
w.Cells = append(w.Cells, cell)
ssid = ""
mac = ""
enc = ""
new = false
}
}
return 0
}
// GetCell retreives an WifiCell by SSID provided in parameter
func (w *Wifi) GetCell(ssid string) *WifiCell {
for _, v := range w.Cells {
if v.Ssid == ssid {
return v
}
}
return nil
}

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@ -1,31 +1,77 @@
package openwrt
import (
"fmt"
"strings"
)
import "time"
// WifiCell reprensents wifi network Cell
type WifiCell struct {
// The SSID
Ssid string
// The cell mac adress
MacAdress string
Ssid string
MacAdress string
Encryption string
}
// NewWifiCell returns a new WifiCell object
func NewWifiCell(ssid string, mac string) *WifiCell {
func NewWifiCell(ssid string, mac string, encrypt string) *WifiCell {
return &WifiCell{
Ssid: ssid,
MacAdress: mac,
Ssid: ssid,
MacAdress: mac,
Encryption: encrypt,
}
}
// GetWifiCells retrieves all availabe wifi cells for a card !
func GetWifiCells(iface string) {
res := run("iwinfo", iface, "scan")
for _, line := range strings.Split(strings.TrimSuffix(res.Stdout, "\n"), "\n") {
fmt.Println(line)
// Connect to wifi Cell
func (cell *WifiCell) Connect(uci *UCI, secret string) *Action {
delRes := uci.Delete("wireless.@wifi-iface[1]")
if delRes.ReturnCode != 0 {
return delRes
}
addRes := uci.AddWireless("wifi-iface")
if addRes.ReturnCode != 0 {
return addRes
}
setRes := uci.Set("wireless.@wifi-iface[1].network", "PyxisNetwork")
if setRes.ReturnCode != 0 {
return setRes
}
setRes = uci.Set("wireless.@wifi-iface[1].ssid", cell.Ssid)
if setRes.ReturnCode != 0 {
return setRes
}
setRes = uci.Set("wireless.@wifi-iface[1].encryption", "psk2")
if setRes.ReturnCode != 0 {
return setRes
}
setRes = uci.Set("wireless.@wifi-iface[1].device", "radio1")
if setRes.ReturnCode != 0 {
return setRes
}
setRes = uci.Set("wireless.@wifi-iface[1].mode", "sta")
if setRes.ReturnCode != 0 {
return setRes
}
setRes = uci.Set("wireless.@wifi-iface[1].bssid", cell.MacAdress)
if setRes.ReturnCode != 0 {
return setRes
}
setRes = uci.Set("wireless.@wifi-iface[1].key", secret)
if setRes.ReturnCode != 0 {
return setRes
}
setRes = uci.Commit()
if setRes.ReturnCode != 0 {
return setRes
}
setRes = uci.Reload()
if setRes.ReturnCode != 0 {
return setRes
}
time.Sleep(20)
return &Action{
&CommandResult{
Stdout: "",
Stderr: "",
ReturnCode: 0,
},
}
}

21
openwrt/wifi_cell_test.go Normal file
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@ -0,0 +1,21 @@
package openwrt
import "testing"
func TestWifiCellConnection(t *testing.T) {
uexec := createMockExecutor("", "", 0)
uci := NewUCIWithExecutor(uexec)
cellList := `Cell 40 - Address: 68:A3:78:6E:D9:24
ESSID: "PyxisWifi"
Mode: Master Channel: 3
Signal: -90 dBm Quality: 20/70
Encryption: WPA2 PSK (CCMP)`
exec := createMockExecutor(cellList, "", 0)
wifi := NewWifiWithExecutor(exec, "wlan1")
_ = wifi.GetWifiCells()
cell := wifi.GetCell("PyxisWifi")
cell.Connect(uci, "secret")
}

370
openwrt/wifi_test.go Normal file
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@ -0,0 +1,370 @@
package openwrt
import (
"fmt"
"testing"
)
// Test GestWifiCells method with 3 Cells
func TestGetWifiCells(t *testing.T) {
cellList := `Cell 40 - Address: 68:A3:78:6E:D9:24
ESSID: "PyxisWifi"
Mode: Master Channel: 3
Signal: -90 dBm Quality: 20/70
Encryption: none
Cell 41 - Address: B0:39:56:92:59:E2
ESSID: "NET17"
Mode: Master Channel: 4
Signal: -88 dBm Quality: 22/70
Encryption: WPA2 PSK (CCMP)
Cell 42 - Address: 0C:F4:D5:16:AA:18
ESSID: "DIJON-METROPOLE-WIFI"
Mode: Master Channel: 13
Signal: -90 dBm Quality: 20/70
Encryption: none`
exec := createMockExecutor(cellList, "", 0)
wifi := NewWifiWithExecutor(exec, "wlan1")
_ = wifi.GetWifiCells()
if len(wifi.Cells) != 3 {
fmt.Printf("Size of wifi.Cells is %d and not 3 !!!\n", len(wifi.Cells))
t.Error("Cell list is empty ... This can not append !! Fix your code Dummy !")
}
if g, e := wifi.Cells[0].Ssid, "PyxisWifi"; g != e {
t.Errorf("The first Cell have a bad SSID !\n %s is expected and we have %s", e, g)
}
if g, e := wifi.Cells[0].MacAdress, "68:A3:78:6E:D9:24"; g != e {
t.Errorf("The first Cell have a bad MAC !\n %s is expected and we have %s", e, g)
}
if g, e := wifi.Cells[0].Encryption, "none"; g != e {
t.Errorf("The first Cell have a bad Encryption!\n %s is expected and we have %s", e, g)
}
if g, e := wifi.Cells[1].Encryption, "psk"; g != e {
t.Errorf("The second Cell have a bad Encryption!\n %s is expected and we have %s", e, g)
}
if g, e := wifi.Cells[2].MacAdress, "0C:F4:D5:16:AA:18"; g != e {
t.Errorf("The last Cell have a bad MAC !\n %s is expected and we have %s", e, g)
}
}
// Test GestWifiCells method with empty list
func TestGetWifiCellsEmpty(t *testing.T) {
exec := createMockExecutor("", "", 0)
wifi := NewWifiWithExecutor(exec, "wlan1")
_ = wifi.GetWifiCells()
if len(wifi.Cells) != 0 {
fmt.Printf("Size of wifi.Cells is %d and not 0 !!!\n", len(wifi.Cells))
t.Error("Cell list is empty ... This can not append !! Fix your code Dummy !")
}
}
// Test GestWifiCells method with 3 Cells
func TestGetWifiCellsLarge(t *testing.T) {
cellList := `Cell 01 - Address: 0C:8D:DB:C4:A0:34
ESSID: "pfPauvres"
Mode: Master Channel: 11
Signal: -50 dBm Quality: 60/70
Encryption: mixed WPA/WPA2 PSK (TKIP, CCMP)
Cell 02 - Address: 40:5A:9B:ED:BA:F0
ESSID: "Cadoles"
Mode: Master Channel: 6
Signal: -36 dBm Quality: 70/70
Encryption: mixed WPA/WPA2 PSK (TKIP, CCMP)
Cell 03 - Address: A0:04:60:B2:8A:C8
ESSID: "Cadoles Formations (N)"
Mode: Master Channel: 13
Signal: -32 dBm Quality: 70/70
Encryption: WPA2 PSK (CCMP)
Cell 04 - Address: B0:39:56:D8:38:ED
ESSID: "Frate Dijon EXT"
Mode: Master Channel: 11
Signal: -57 dBm Quality: 53/70
Encryption: WPA2 PSK (CCMP)
Cell 05 - Address: 00:A6:CA:10:DF:00
ESSID: unknown
Mode: Master Channel: 6
Signal: -80 dBm Quality: 30/70
Encryption: WPA2 802.1X (CCMP)
Cell 06 - Address: AC:84:C9:2F:59:6E
ESSID: "Livebox-596a"
Mode: Master Channel: 1
Signal: -62 dBm Quality: 48/70
Encryption: mixed WPA/WPA2 PSK (TKIP, CCMP)
Cell 07 - Address: 00:A6:CA:10:DF:01
ESSID: "EFF-Mobility"
Mode: Master Channel: 6
Signal: -74 dBm Quality: 36/70
Encryption: WPA2 PSK (CCMP)
Cell 08 - Address: A0:1B:29:BE:98:26
ESSID: "Livebox-9822"
Mode: Master Channel: 6
Signal: -81 dBm Quality: 29/70
Encryption: mixed WPA/WPA2 PSK (TKIP, CCMP)
Cell 09 - Address: 7C:26:64:66:CC:44
ESSID: "Livebox-32c8"
Mode: Master Channel: 1
Signal: -74 dBm Quality: 36/70
Encryption: mixed WPA/WPA2 PSK (TKIP, CCMP)
Cell 10 - Address: 00:A6:CA:10:DF:02
ESSID: "Keo-HotSpot"
Mode: Master Channel: 6
Signal: -79 dBm Quality: 31/70
Encryption: none
Cell 11 - Address: 7E:26:64:66:CC:44
ESSID: "orange"
Mode: Master Channel: 1
Signal: -73 dBm Quality: 37/70
Encryption: none
Cell 12 - Address: 3C:52:82:FC:5E:21
ESSID: "DIRECT-20-HP DeskJet 3630 series"
Mode: Master Channel: 6
Signal: -78 dBm Quality: 32/70
Encryption: WPA2 PSK (CCMP)
Cell 13 - Address: E4:9E:12:8B:EF:73
ESSID: "Freebox-8BEF72"
Mode: Master Channel: 9
Signal: -79 dBm Quality: 31/70
Encryption: WPA2 PSK (CCMP)
Cell 14 - Address: 40:4A:03:05:D2:68
ESSID: "ZyXEL"
Mode: Master Channel: 11
Signal: -71 dBm Quality: 39/70
Encryption: WPA2 PSK (CCMP)
Cell 15 - Address: 5C:C3:07:7E:39:D4
ESSID: "pfP Xa"
Mode: Master Channel: 1
Signal: -65 dBm Quality: 45/70
Encryption: WPA2 PSK (CCMP)
Cell 16 - Address: AC:84:C9:1D:C6:7C
ESSID: "Frate Djon"
Mode: Master Channel: 1
Signal: -79 dBm Quality: 31/70
Encryption: mixed WPA/WPA2 PSK (TKIP, CCMP)
Cell 17 - Address: 00:17:33:9F:4D:80
ESSID: "NEUF_4D7C"
Mode: Master Channel: 11
Signal: -83 dBm Quality: 27/70
Encryption: WPA PSK (TKIP, CCMP)
Cell 18 - Address: A2:17:33:9F:4D:81
ESSID: "SFR WiFi FON"
Mode: Master Channel: 11
Signal: -85 dBm Quality: 25/70
Encryption: none
Cell 19 - Address: BC:F6:85:FE:6D:46
ESSID: "Dlink"
Mode: Master Channel: 12
Signal: -70 dBm Quality: 40/70
Encryption: WPA2 PSK (CCMP)
Cell 20 - Address: 30:7C:B2:D1:0B:0D
ESSID: "Livebox-0b09"
Mode: Master Channel: 11
Signal: -81 dBm Quality: 29/70
Encryption: mixed WPA/WPA2 PSK (TKIP, CCMP)
Cell 21 - Address: A2:17:33:9F:4D:83
ESSID: "SFR WiFi Mobile"
Mode: Master Channel: 11
Signal: -85 dBm Quality: 25/70
Encryption: WPA2 802.1X (CCMP)
Cell 22 - Address: 90:4D:4A:F7:B9:70
ESSID: "Livebox-B970"
Mode: Master Channel: 11
Signal: -84 dBm Quality: 26/70
Encryption: WPA2 PSK (CCMP)
Cell 23 - Address: 90:4D:4A:F7:B9:71
ESSID: "orange"
Mode: Master Channel: 11
Signal: -89 dBm Quality: 21/70
Encryption: none
Cell 24 - Address: 00:22:6B:86:5B:71
ESSID: "linksys"
Mode: Master Channel: 11
Signal: -86 dBm Quality: 24/70
Encryption: mixed WPA/WPA2 PSK (TKIP, CCMP)
Cell 25 - Address: 68:A3:78:6E:D9:25
ESSID: "FreeWifi_secure"
Mode: Master Channel: 3
Signal: -86 dBm Quality: 24/70
Encryption: WPA2 802.1X (TKIP, CCMP)
Cell 26 - Address: 6C:38:A1:62:1B:28
ESSID: "Bbox-1B7889A9"
Mode: Master Channel: 1
Signal: -90 dBm Quality: 20/70
Encryption: mixed WPA/WPA2 PSK (CCMP)
Cell 27 - Address: 78:81:02:5E:B7:14
ESSID: "Livebox-B714"
Mode: Master Channel: 6
Signal: -86 dBm Quality: 24/70
Encryption: WPA2 PSK (CCMP)
Cell 28 - Address: F4:CA:E5:98:3B:DC
ESSID: "Freebox-5D2400"
Mode: Master Channel: 11
Signal: -84 dBm Quality: 26/70
Encryption: WPA PSK (CCMP)
Cell 29 - Address: 8C:DC:D4:93:69:17
ESSID: "HP-Print-17-Photosmart 5520"
Mode: Master Channel: 11
Signal: -87 dBm Quality: 23/70
Encryption: none
Cell 30 - Address: 44:CE:7D:20:5C:A4
ESSID: "SFR_5CA0"
Mode: Master Channel: 6
Signal: -86 dBm Quality: 24/70
Encryption: WPA PSK (TKIP, CCMP)
Cell 31 - Address: F4:CA:E5:98:3B:DE
ESSID: "FreeWifi_secure"
Mode: Master Channel: 11
Signal: -72 dBm Quality: 38/70
Encryption: WPA2 802.1X (TKIP, CCMP)
Cell 32 - Address: 70:0B:01:C0:B3:E0
ESSID: "Livebox-B3E0"
Mode: Master Channel: 11
Signal: -80 dBm Quality: 30/70
Encryption: WPA2 PSK (CCMP)
Cell 33 - Address: D2:CE:7D:20:5C:A7
ESSID: "SFR WiFi Mobile"
Mode: Master Channel: 6
Signal: -85 dBm Quality: 25/70
Encryption: WPA2 802.1X (CCMP)
Cell 34 - Address: 68:A3:78:0D:B6:51
ESSID: "Freebox-0DB650"
Mode: Master Channel: 1
Signal: -92 dBm Quality: 18/70
Encryption: WPA2 PSK (CCMP)
Cell 35 - Address: F8:AB:05:1D:6A:E0
ESSID: "Bbox-8CE43C68"
Mode: Master Channel: 6
Signal: -88 dBm Quality: 22/70
Encryption: mixed WPA/WPA2 PSK (CCMP)
Cell 36 - Address: F4:CA:E5:98:3B:DD
ESSID: "FreeWifi"
Mode: Master Channel: 11
Signal: -87 dBm Quality: 23/70
Encryption: none
Cell 37 - Address: 14:0C:76:79:C0:D9
ESSID: "freebox_ZFSFUA"
Mode: Master Channel: 4
Signal: -88 dBm Quality: 22/70
Encryption: WPA PSK (TKIP, CCMP)
Cell 38 - Address: 68:15:90:36:63:60
ESSID: "Livebox-6360"
Mode: Master Channel: 1
Signal: -81 dBm Quality: 29/70
Encryption: mixed WPA/WPA2 PSK (TKIP, CCMP)
Cell 39 - Address: 64:7C:34:29:2B:7C
ESSID: "Bbox-D646CB51"
Mode: Master Channel: 1
Signal: -90 dBm Quality: 20/70
Encryption: mixed WPA/WPA2 PSK (CCMP)
Cell 40 - Address: 68:A3:78:6E:D9:24
ESSID: "FreeWifi"
Mode: Master Channel: 3
Signal: -90 dBm Quality: 20/70
Encryption: none
Cell 41 - Address: B0:39:56:92:59:E2
ESSID: "NETGEAR17"
Mode: Master Channel: 4
Signal: -88 dBm Quality: 22/70
Encryption: WPA2 PSK (CCMP)
Cell 42 - Address: 0C:F4:D5:16:AA:18
ESSID: "DIJON-METROPOLE-WIFI"
Mode: Master Channel: 13
Signal: -90 dBm Quality: 20/70
Encryption: none
Cell 43 - Address: D2:CE:7D:20:5C:A5
ESSID: "SFR WiFi FON"
Mode: Master Channel: 6
Signal: -81 dBm Quality: 29/70
Encryption: none
Cell 44 - Address: 34:27:92:42:CD:72
ESSID: "Freebox-42CD71"
Mode: Master Channel: 8
Signal: -88 dBm Quality: 22/70
Encryption: WPA2 PSK (CCMP)
Cell 45 - Address: 72:5D:51:78:4C:87
ESSID: "SFR WiFi FON"
Mode: Master Channel: 11
Signal: -87 dBm Quality: 23/70
Encryption: none
Cell 46 - Address: 68:A3:78:6E:D9:23
ESSID: "Freebox-6ED922"
Mode: Master Channel: 3
Signal: -76 dBm Quality: 34/70
Encryption: WPA2 PSK (CCMP)
Cell 47 - Address: 00:19:70:4F:DE:F2
ESSID: "Livebox-45cc"
Mode: Master Channel: 6
Signal: -78 dBm Quality: 32/70
Encryption: mixed WPA/WPA2 PSK (TKIP, CCMP)
Cell 48 - Address: AC:84:C9:CC:AE:90
ESSID: "Livebox-AE90"
Mode: Master Channel: 11
Signal: -81 dBm Quality: 29/70
Encryption: WPA2 PSK (CCMP)
Cell 49 - Address: 00:07:7D:89:81:B0
ESSID: "orange"
Mode: Master Channel: 6
Signal: -85 dBm Quality: 25/70
Encryption: none`
exec := createMockExecutor(cellList, "", 0)
wifi := NewWifiWithExecutor(exec, "wlan1")
_ = wifi.GetWifiCells()
if len(wifi.Cells) != 49 {
fmt.Printf("Size of wifi.Cells is %d and not 49 !!!\n", len(wifi.Cells))
t.Error("Cell list is empty ... This can not append !! Fix your code Dummy !")
}
}