How to use Lte method of got Package

Best Got code snippet using got.Lte

eg25g.go

Source:eg25g.go

1package mihari2import (3	"errors"4	"fmt"5	"regexp"6	"strconv"7	"time"8)9var (10	eg25gModelRegexp             = regexp.MustCompile(`(?P<manufacture>.*)\r\n(?P<model>.*)\r\nRevision: (?P<firmware_revision>.*)\r\n`)11	eg25gQuecCellModeRegexp      = regexp.MustCompile(`(SEARCH|LIMSRV|NOCONN|CONNECT)`)12	eg25gQuecCellRATRegexp       = regexp.MustCompile(`\+QENG: "servingcell","(?P<state>(SEARCH|LIMSRV|NOCONN|CONNECT))","(?P<rat>(GSM|WCDMA|LTE|CDMAHDR|TDSCDMA))"`)13	eg25gQuecCellLTEInfoRegexp   = regexp.MustCompile(`\+QENG: "servingcell","(?P<state>(SEARCH|LIMSRV|NOCONN|CONNECT))","(?P<rat>LTE)","(?P<is_tdd>(TDD|FDD))",(?P<mcc>(-|\d{3})),(?P<mnc>(-|\d+)),(?P<cellid>(-|[0-9A-F]+)),(?P<pcid>(-|\d+)),(?P<earfcn>(-|\d+)),(?P<freq_band_ind>(-|\d+)),(?P<ul_bandwidth>(-|[0-5]{1})),(?P<dl_bandwidth>(-|[0-5]{1})),(?P<tac>(-|\d+)),(?P<rsrp>(-(\d+)?)),(?P<rsrq>(-(\d+)?)),(?P<rssi>(-(\d+)?)),(?P<sinr>(-|\d+)),(?P<srxlev>(-|\d+))`)14	eg25gQuecCellWCDMAInfoRegexp = regexp.MustCompile(`\+QENG: "servingcell","(?P<state>(SEARCH|LIMSRV|NOCONN|CONNECT))","(?P<rat>WCDMA)",(?P<mcc>(-|\d{3})),(?P<mnc>(-|\d+)),(?P<lac>(-|[0-9A-F]+)),(?P<cellid>(-|[0-9A-F]+)),(?P<uarfcn>(-|\d+)),(?P<psc>(-|\d+)),(?P<rac>(-|\d+)),(?P<rscp>(-(\d+)?)),(?P<ecio>(-(\d+)?)),(?P<phych>(-|[0-1]{1})),(?P<sf>(-|[0-8]{1})),(?P<slot>(-|\d+)),(?P<speech_code>(-|\d+)),(?P<com_mod>(-|[0-1]{1}))`)15	eg25gIMEIATCommand           = "AT+CGSN"16	eg25gIMSIATCommand           = "AT+CIMI"17	eg25gICCIDATCommand          = "AT+QCCID"18	eg25gCellInfoCommand         = "AT+QENG=\"servingcell\""19)20var (21	ErrModemNotAttached    = errors.New("modem is not attached")22	ErrModemNoModeReponded = errors.New("queccell mode info was not responded")23	ErrModemNoRATResponded = errors.New("queccell rat info was not responded")24)25func parseModel(buff string) (string, string, string, error) {26	// TODO: supports different types of models27	result := make(map[string]string)28	modelinfo := eg25gModelRegexp.FindStringSubmatch(buff)29	if len(modelinfo) == 0 {30		return "", "", "", fmt.Errorf("model info was not responded, modem responded %s", fmt.Sprint(buff))31	}32	for i, name := range eg25gModelRegexp.SubexpNames() {33		if i != 0 && name != "" {34			result[name] = modelinfo[i]35		}36	}37	return result["manufacture"], result["model"], result["firmware_revision"], nil38}39func getQuecCellRAT(buff string) (string, error) {40	result := make(map[string]string)41	mode := eg25gQuecCellModeRegexp.FindString(buff)42	if len(mode) == 0 {43		return "", ErrModemNoModeReponded44	}45	if mode == QuectelModeSearch {46		return "", ErrModemNotAttached47	}48	rat := eg25gQuecCellRATRegexp.FindStringSubmatch(buff)49	if len(rat) == 0 {50		return "", ErrModemNoRATResponded51	}52	for i, name := range eg25gQuecCellRATRegexp.SubexpNames() {53		if i != 0 && name != "" {54			result[name] = rat[i]55		}56	}57	return result["rat"], nil58}59func getWCDMACellInfo(buff string) (WCDMACellInfo, error) {60	var wcdmaCellInfo WCDMACellInfo61	var err error62	match := eg25gQuecCellWCDMAInfoRegexp.FindStringSubmatch(buff)63	result := make(map[string]string)64	if len(match) == 0 {65		return wcdmaCellInfo, fmt.Errorf("queccell mode info was invalid format, %s", fmt.Sprint(buff))66	}67	for i, name := range eg25gQuecCellWCDMAInfoRegexp.SubexpNames() {68		if i != 0 && name != "" {69			// state, rat, mcc, mnc, lac, cellid, uarfcn, psc, rac, rscp, ecio, phych, sf, slot, speech_code, com_mod70			result[name] = match[i]71		}72	}73	wcdmaCellInfo.Timestamp = time.Now().UTC().UnixMilli()74	wcdmaCellInfo.RAT = result["rat"]75	wcdmaCellInfo.State = result["state"]76	if result["mcc"] != "-" {77		wcdmaCellInfo.MCC, err = strconv.Atoi(result["mcc"])78		if err != nil {79			return wcdmaCellInfo, fmt.Errorf("mcc is not numeber, got %s", result["mcc"])80		}81	}82	if result["mnc"] != "-" {83		wcdmaCellInfo.MNC, err = strconv.Atoi(result["mnc"])84		if err != nil {85			return wcdmaCellInfo, fmt.Errorf("mnc is not number, got %s", result["mnc"])86		}87	}88	wcdmaCellInfo.LAC = result["lac"]89	wcdmaCellInfo.CellID = result["cellid"]90	if result["uarfcn"] != "-" {91		wcdmaCellInfo.UARFCN, err = strconv.Atoi(result["uarfcn"])92		if err != nil {93			return wcdmaCellInfo, fmt.Errorf("uarfcn is not number, got %s", result["uarfcn"])94		}95	}96	if result["psc"] != "-" {97		wcdmaCellInfo.PSC, err = strconv.Atoi(result["psc"])98		if err != nil {99			return wcdmaCellInfo, fmt.Errorf("psc is not number, got %s", result["psc"])100		}101	}102	if result["rac"] != "-" {103		wcdmaCellInfo.RAC, err = strconv.Atoi(result["rac"])104		if err != nil {105			return wcdmaCellInfo, fmt.Errorf("rac is not number, got %s", result["rac"])106		}107	}108	if result["rscp"] != "-" {109		wcdmaCellInfo.RSCP, err = strconv.Atoi(result["rscp"])110		if err != nil {111			return wcdmaCellInfo, fmt.Errorf("uarfcn is not number, got %s", result["rscp"])112		}113	}114	if result["ecio"] != "-" {115		wcdmaCellInfo.ECIO, err = strconv.Atoi(result["ecio"])116		if err != nil {117			return wcdmaCellInfo, fmt.Errorf("ecio is not number, got %s", result["ecio"])118		}119	}120	if result["phych"] != "-" {121		wcdmaCellInfo.PhyCh, err = strconv.Atoi(result["phych"])122		if err != nil {123			return wcdmaCellInfo, fmt.Errorf("phych is not number, got %s", result["phych"])124		}125	}126	if result["sf"] != "-" {127		wcdmaCellInfo.SF, err = strconv.Atoi(result["sf"])128		if err != nil {129			return wcdmaCellInfo, fmt.Errorf("sf is not number, got %s", result["sf"])130		}131	}132	if result["slot"] != "-" {133		wcdmaCellInfo.Slot, err = strconv.Atoi(result["slot"])134		if err != nil {135			return wcdmaCellInfo, fmt.Errorf("slot is not number, got %s", result["slot"])136		}137	}138	if result["speech_code"] != "-" {139		wcdmaCellInfo.SpeechCode, err = strconv.Atoi(result["speech_code"])140		if err != nil {141			return wcdmaCellInfo, fmt.Errorf("speech_code is not number, got %s", result["speech_code"])142		}143	}144	if result["com_mod"] != "-" {145		wcdmaCellInfo.ComMod, err = strconv.Atoi(result["com_mod"])146		if err != nil {147			return wcdmaCellInfo, fmt.Errorf("com_mod is not number, got %s", result["com_mod"])148		}149	}150	return wcdmaCellInfo, nil151}152func getLTECellInfo(buff string) (LTECellInfo, error) {153	var lteCellInfo LTECellInfo154	var err error155	match := eg25gQuecCellLTEInfoRegexp.FindStringSubmatch(buff)156	result := make(map[string]string)157	if len(match) == 0 {158		return lteCellInfo, fmt.Errorf("queccell mode info was invalid format, %s", fmt.Sprint(buff))159	}160	for i, name := range eg25gQuecCellLTEInfoRegexp.SubexpNames() {161		if i != 0 && name != "" {162			// state, rat, is_tdd, mcc, mnc, cellid, pcid, earfcn, freq_band_ind, ul_bandwidth, dl_bandwidth, tac, rsrp, rsrq, rssi, sinr, srxlev163			result[name] = match[i]164		}165	}166	lteCellInfo.Timestamp = time.Now().UTC().UnixMilli()167	lteCellInfo.RAT = result["rat"]168	lteCellInfo.State = result["state"]169	lteCellInfo.IsTDD = result["is_tdd"]170	if result["mcc"] != "-" {171		lteCellInfo.MCC, err = strconv.Atoi(result["mcc"])172		if err != nil {173			return lteCellInfo, fmt.Errorf("mcc is not numeber, got %s", result["mcc"])174		}175	}176	if result["mnc"] != "-" {177		lteCellInfo.MNC, err = strconv.Atoi(result["mnc"])178		if err != nil {179			return lteCellInfo, fmt.Errorf("mnc is not number, got %s", result["mnc"])180		}181	}182	if result["cellid"] != "-" {183		lteCellInfo.CellID = result["cellid"]184	}185	if result["freq_band_ind"] != "-" {186		lteCellInfo.Band, err = strconv.Atoi(result["freq_band_ind"])187		if err != nil {188			return lteCellInfo, fmt.Errorf("freq_band_ind is not number, got %s", result["freq_band_ind"])189		}190	}191	if result["pcid"] != "-" {192		lteCellInfo.PCID, err = strconv.Atoi(result["pcid"])193		if err != nil {194			return lteCellInfo, fmt.Errorf("pcid is not number, got %s", result["pcid"])195		}196	}197	if result["earfcn"] != "-" {198		lteCellInfo.EARFCN, err = strconv.Atoi(result["earfcn"])199		if err != nil {200			return lteCellInfo, fmt.Errorf("earfcn is not number, got %s", result["earfcn"])201		}202	}203	if result["ul_bandwidth"] != "-" {204		lteCellInfo.ULBandwidth, err = strconv.Atoi(result["ul_bandwidth"])205		if err != nil {206			return lteCellInfo, fmt.Errorf("ul_bandwidth is not number, got %s", result["ul_bandwidth"])207		}208	}209	if result["dl_bandwidth"] != "-" {210		lteCellInfo.DLBandwidth, err = strconv.Atoi(result["dl_bandwidth"])211		if err != nil {212			return lteCellInfo, fmt.Errorf("dl_bandwidth is not number, got %s", result["dl_bandwidth"])213		}214	}215	if result["tac"] != "-" {216		lteCellInfo.Tac, err = strconv.Atoi(result["tac"])217		if err != nil {218			return lteCellInfo, fmt.Errorf("tac is not number, got %s", result["tac"])219		}220	}221	if result["rssi"] != "-" {222		lteCellInfo.RSSI, err = strconv.Atoi(result["rssi"])223		if err != nil {224			return lteCellInfo, fmt.Errorf("rssi is not number, got %s", result["rssi"])225		}226	}227	if result["rsrp"] != "-" {228		lteCellInfo.RSRP, err = strconv.Atoi(result["rsrp"])229		if err != nil {230			return lteCellInfo, fmt.Errorf("rsrp is not number, got %s", result["rsrp"])231		}232	}233	if result["rsrq"] != "-" {234		lteCellInfo.RSRQ, err = strconv.Atoi(result["rsrq"])235		if err != nil {236			return lteCellInfo, fmt.Errorf("rsrq is not number, got %s", result["rsrq"])237		}238	}239	if result["sinr"] != "-" {240		lteCellInfo.SINR, err = strconv.Atoi(result["sinr"])241		if err != nil {242			return lteCellInfo, fmt.Errorf("sinr is not number, got %s", result["sinr"])243		}244	}245	if result["srxlev"] != "-" {246		lteCellInfo.Srxlev, err = strconv.Atoi(result["srxlev"])247		if err != nil {248			return lteCellInfo, fmt.Errorf("srxlev is not number, got %s", result["srxlev"])249		}250	}251	return lteCellInfo, nil252}...

binary_search_test.go

Source:binary_search_test.go

...50		target        int51		firstIndex    int52		lastIndex     int53		firstGteIndex int54		lastLteIndex  int55	}{56		{57			name:          "empty container",58			nums:          nil,59			target:        1,60			firstIndex:    -1,61			lastIndex:     -1,62			firstGteIndex: -1,63			lastLteIndex:  -1,64		},65		{66			name:          "one element container",67			nums:          []int{5},68			target:        5,69			firstIndex:    0,70			lastIndex:     0,71			firstGteIndex: 0,72			lastLteIndex:  0,73		},74		{75			name:          "not contained",76			nums:          []int{1, 2, 3, 4, 5},77			target:        8,78			firstIndex:    -1,79			lastIndex:     -1,80			firstGteIndex: -1,81			lastLteIndex:  4,82		},83		{84			name:          "not duplicative element container",85			nums:          []int{1, 2, 3, 4, 5},86			target:        2,87			firstIndex:    1,88			lastIndex:     1,89			firstGteIndex: 1,90			lastLteIndex:  1,91		},92		{93			name:          "duplicative element container",94			nums:          []int{1, 2, 3, 3, 4, 5},95			target:        3,96			firstIndex:    2,97			lastIndex:     3,98			firstGteIndex: 2,99			lastLteIndex:  3,100		},101		{102			name:          "first gte(or last lte) example",103			nums:          []int{1, 3, 4, 5, 6},104			target:        2,105			firstIndex:    -1,106			lastIndex:     -1,107			firstGteIndex: 1,108			lastLteIndex:  0,109		},110	}111	for _, tt := range tests {112		t.Run(tt.name, func(t *testing.T) {113			if got := FirstIndex(tt.nums, tt.target); got != tt.firstIndex {114				t.Errorf("FirstIndex() = %d, want: %d", got, tt.firstIndex)115			}116			if got := LastIndex(tt.nums, tt.target); got != tt.lastIndex {117				t.Errorf("LastIndex() = %d, want: %d", tt.lastIndex, got)118			}119			if got := FirstGteIndex(tt.nums, tt.target); got != tt.firstGteIndex {120				t.Errorf("FirstGteIndex() = %d, want: %d", tt.firstGteIndex, got)121			}122			if got := LastLteIndex(tt.nums, tt.target); got != tt.lastLteIndex {123				t.Errorf("LastLteIndex() = %d, want: %d", tt.lastLteIndex, got)124			}125		})126	}127}

version_test.go

Source:version_test.go

1package db2import (3	"testing"4	"github.com/mongodb/mongo-tools-common/testtype"5)6func TestVersionCmp(t *testing.T) {7	testtype.SkipUnlessTestType(t, testtype.UnitTestType)8	type testCase struct {9		v1  Version10		v2  Version11		cmp int12	}13	cases := []testCase{14		{v1: Version{0, 0, 0}, v2: Version{0, 0, 0}, cmp: 0},15		{v1: Version{0, 0, 0}, v2: Version{0, 0, 1}, cmp: -1},16		{v1: Version{0, 0, 2}, v2: Version{0, 0, 1}, cmp: 1},17		{v1: Version{0, 1, 0}, v2: Version{0, 0, 1}, cmp: 1},18		{v1: Version{0, 0, 1}, v2: Version{0, 1, 0}, cmp: -1},19		{v1: Version{0, 1, 0}, v2: Version{0, 1, 0}, cmp: 0},20		{v1: Version{0, 1, 0}, v2: Version{0, 2, 0}, cmp: -1},21		{v1: Version{0, 2, 0}, v2: Version{0, 1, 0}, cmp: 1},22		{v1: Version{1, 0, 0}, v2: Version{0, 1, 0}, cmp: 1},23		{v1: Version{0, 1, 0}, v2: Version{1, 0, 0}, cmp: -1},24		{v1: Version{1, 0, 0}, v2: Version{1, 0, 0}, cmp: 0},25		{v1: Version{2, 0, 0}, v2: Version{1, 0, 0}, cmp: 1},26		{v1: Version{1, 0, 0}, v2: Version{2, 0, 0}, cmp: -1},27	}28	for _, c := range cases {29		got := c.v1.Cmp(c.v2)30		if got != c.cmp {31			t.Errorf("%v cmp %v: got %d; wanted: %d", c.v1, c.v2, got, c.cmp)32		}33	}34}35func TestVersionComparisons(t *testing.T) {36	testtype.SkipUnlessTestType(t, testtype.UnitTestType)37	// Expect true38	if !(Version{1, 2, 3}).LT(Version{1, 3, 0}) {39		t.Errorf("LT failed")40	}41	if !(Version{1, 3, 1}).GT(Version{1, 3, 0}) {42		t.Errorf("GT failed")43	}44	if !(Version{1, 2, 3}).LTE(Version{1, 3, 0}) {45		t.Errorf("LTE failed")46	}47	if !(Version{1, 3, 1}).GTE(Version{1, 3, 0}) {48		t.Errorf("GTE failed")49	}50	if !(Version{1, 2, 3}).LTE(Version{1, 2, 3}) {51		t.Errorf("LTE failed")52	}53	if !(Version{1, 3, 1}).GTE(Version{1, 3, 1}) {54		t.Errorf("GTE failed")55	}56	// Expect false57	if (Version{1, 2, 3}).LT(Version{1, 0, 0}) {58		t.Errorf("LT failed")59	}60	if (Version{1, 3, 1}).GT(Version{1, 3, 2}) {61		t.Errorf("GT failed")62	}63	if (Version{1, 2, 3}).LTE(Version{1, 0, 0}) {64		t.Errorf("LTE failed")65	}66	if (Version{1, 3, 1}).GTE(Version{1, 3, 2}) {67		t.Errorf("GTE failed")68	}69	if (Version{1, 2, 3}).LTE(Version{1, 2, 2}) {70		t.Errorf("LTE failed")71	}72	if (Version{1, 3, 1}).GTE(Version{1, 3, 2}) {73		t.Errorf("GTE failed")74	}75}...

Lte

Using AI Code Generation

1import "fmt"2func main() {3	fmt.Println("1 < 2", 1 < 2)4	fmt.Println("1 <= 2", 1 <= 2)5	fmt.Println("1 > 2", 1 > 2)6	fmt.Println("1 >= 2", 1 >= 2)7	fmt.Println("1 == 2", 1 == 2)8	fmt.Println("1 != 2", 1 != 2)9}

Lte

Using AI Code Generation

1import (2type geometry interface {3	area() float644	perim() float645}6type got struct {7}8func (g got) area() float64 {9}10func (g got) perim() float64 {11}12func measure(g geometry) {13	fmt.Println(g)14	fmt.Println(g.area())15	fmt.Println(g.perim())16}17func (g got) lte() float64 {18	return math.Sqrt(g.width*g.width + g.height*g.height)19}20func main() {21	g := got{3, 4}22	measure(g)23	fmt.Println(g.lte())24}

Lte

Using AI Code Generation

1import (2func (f MyFloat) Lte(g MyFloat) bool {3}4func main() {5 f := MyFloat(math.Pi)6 fmt.Println(f.Lte(2))7}

Lte

Using AI Code Generation

1import (2func main() {3 a := big.NewInt(10)4 b := big.NewInt(20)5 fmt.Println(a.Lte(b))6}

Lte

Using AI Code Generation

1import (2type Point struct {3}4func (p *Point) Distance(q Point) float64 {5	return math.Hypot(q.X-p.X, q.Y-p.Y)6}7func (p *Point) Lte(q Point) bool {8}9func main() {10	p := Point{1, 2}11	q := Point{4, 6}12}

Lte

Using AI Code Generation

1import (2func main() {3	fmt.Println("Enter two numbers")4	fmt.Scan(&a, &b)5	if a.Lte(b) {6		fmt.Println(a, "is less than or equal to", b)7	} else {8		fmt.Println(a, "is greater than", b)9	}10}11import (12func main() {13	fmt.Println("Enter two numbers")14	fmt.Scan(&a, &b)15	if a.Lte(b) {16		fmt.Println(a, "is less than or equal to", b)17	} else {18		fmt.Println(a, "is greater than", b)19	}20}21import (22func main() {23	fmt.Println("Enter two numbers")24	fmt.Scan(&a, &b)25	if a.Lte(b) {26		fmt.Println(a, "is less than or equal to", b)27	} else {28		fmt.Println(a, "is greater than", b)29	}30}31import (32func main() {33	fmt.Println("Enter two numbers")34	fmt.Scan(&a, &b)35	if a.Lte(b) {36		fmt.Println(a, "is less than or equal to", b)37	} else {38		fmt.Println(a, "is greater than", b)39	}40}41import (42func main() {43	fmt.Println("Enter two numbers")44	fmt.Scan(&a, &b)45	if a.Lte(b) {46		fmt.Println(a, "is less than or equal to", b)47	} else {48		fmt.Println(a, "is greater than", b)49	}50}51import (52func main() {

Lte

Using AI Code Generation

1import (2func main() {3	a.Set(1, 2)4	b.Set(3, 4)5	fmt.Println("a.Lte(b)=", a.Lte(b))6	fmt.Println("b.Lte(a)=", b.Lte(a))7	fmt.Println("a.Lte(a)=", a.Lte(a))8}

Lte

Using AI Code Generation

1import (2func main() {3	fmt.Print("Enter two numbers: ")4	fmt.Scanln(&a, &b)5	fmt.Printf("Maximum of %f and %f is %f\n", a, b, math.Max(a, b))6}

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.