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How to use Split method of lib Package

Best K6 code snippet using lib.Split

fileCutter_test.go

Source:fileCutter_test.go

...13	if cutter.Top != nil {14		lenTop = *helper.AnyToJsonMarshalSp(len(*cutter.Top), false)15	}16	helper.Report(cutter, "cutter", false, false)17	helper.Report(cutter.Split, "      Split", false, true)18	helper.Report(lenTop, "   Top line", false, true)19	helper.Report(cutter.SplitLine, " Split line", false, true)20	helper.Report(lenBottom, "Bottom line", false, true)21	helper.Report(helper.Errs, "Errors", true, false)22}23func TestMarkerOnly(t *testing.T) {24	helper.Errs.Clear()25	var cutter lib.FileCutter26	cutter.Filename = "test-marker-only.md"27	cutter.SplitMarker = lib.DEFAULT_MARKER_SPLIT28	cutter.SkipMarker = lib.DEFAULT_MARKER_SKIP29	cutter.Read("")30	printCutterInfo(&cutter)31	if !cutter.Split || cutter.SplitLine != 1 {32		t.Fatalf("cutter not correct.")33	}34}35func TestMarkerFirstLn(t *testing.T) {36	helper.Errs.Clear()37	var cutter lib.FileCutter38	cutter.Filename = "test-marker-first-ln.md"39	cutter.SplitMarker = lib.DEFAULT_MARKER_SPLIT40	cutter.SkipMarker = lib.DEFAULT_MARKER_SKIP41	cutter.Read("")42	printCutterInfo(&cutter)43	if !cutter.Split || cutter.SplitLine != 1 || len(*cutter.Bottom) != 6 {44		t.Fatalf("cutter not correct.")45	}46}47func TestMarkerLastLn(t *testing.T) {48	helper.Errs.Clear()49	var cutter lib.FileCutter50	cutter.Filename = "test-marker-last-ln.md"51	cutter.SplitMarker = lib.DEFAULT_MARKER_SPLIT52	cutter.SkipMarker = lib.DEFAULT_MARKER_SKIP53	cutter.Read("")54	printCutterInfo(&cutter)55	if !cutter.Split || cutter.SplitLine != 7 || len(*cutter.Bottom) != 0 || len(*cutter.Top) != 6 {56		t.Fatalf("cutter not correct.")57	}58}59func TestMarkerNone(t *testing.T) {60	helper.Errs.Clear()61	var cutter lib.FileCutter62	cutter.Filename = "test-marker-none.md"63	cutter.SplitMarker = lib.DEFAULT_MARKER_SPLIT64	cutter.SkipMarker = lib.DEFAULT_MARKER_SKIP65	cutter.Read("")66	printCutterInfo(&cutter)67	if cutter.Split || cutter.SplitLine != 0 || cutter.Bottom != nil || cutter.Top != nil {68		t.Fatalf("cutter not correct.")69	}70}71func TestReadBottom(t *testing.T) {72	helper.Errs.Clear()73	var cutter lib.FileCutter74	cutter.Filename = "test-09.md"75	cutter.SplitMarker = lib.DEFAULT_MARKER_SPLIT76	cutter.SkipMarker = lib.DEFAULT_MARKER_SKIP77	cutter.ReadBottom("")78	printCutterInfo(&cutter)79	if !cutter.Split || cutter.Bottom == nil || cutter.Top != nil {80		t.Fatalf("cutter not correct.")81	}82}83func TestReadBottomTop(t *testing.T) {84	helper.Errs.Clear()85	var cutter lib.FileCutter86	var file1 string = "test-09.md"87	var file2 string = "test-az.md"88	cutter.Filename = file189	cutter.SplitMarker = lib.DEFAULT_MARKER_SPLIT90	cutter.SkipMarker = lib.DEFAULT_MARKER_SKIP91	cutter.ReadBottom("")92	printCutterInfo(&cutter)93	cutter.ReadTop(file2)94	printCutterInfo(&cutter)95	if !cutter.Split ||96		cutter.Filename != file2 ||97		cutter.Bottom == nil ||98		cutter.Top == nil {99		t.Fatalf("cutter not correct.")100	}101}102func TestReadTop(t *testing.T) {103	helper.Errs.Clear()104	var cutter lib.FileCutter105	cutter.Filename = "test-az.md"106	cutter.SplitMarker = lib.DEFAULT_MARKER_SPLIT107	cutter.SkipMarker = lib.DEFAULT_MARKER_SKIP108	cutter.ReadTop("")109	printCutterInfo(&cutter)110	if !cutter.Split || cutter.Bottom != nil || cutter.Top == nil {111		t.Fatalf("cutter not correct.")112	}113}114func TestReadTopBottom(t *testing.T) {115	helper.Errs.Clear()116	var cutter lib.FileCutter117	var file1 string = "test-09.md"118	var file2 string = "test-az.md"119	cutter.Filename = file1120	cutter.SplitMarker = lib.DEFAULT_MARKER_SPLIT121	cutter.SkipMarker = lib.DEFAULT_MARKER_SKIP122	cutter.ReadTop("")123	printCutterInfo(&cutter)124	cutter.ReadBottom(file2)125	printCutterInfo(&cutter)126	if !cutter.Split ||127		cutter.Filename != file2 ||128		cutter.Bottom == nil ||129		cutter.Top == nil {130		t.Fatalf("cutter not correct.")131	}132}133func TestSave(t *testing.T) {134	helper.Errs.Clear()135	var cutter lib.FileCutter136	var file1 string = "test-09.md"137	var file2 string = "test-az.md"138	var file3 string = "test-09-az.md"139	var file1TopLine, file2BottomLine, file3TopLine, file3BottomLine int140	cutter.SplitMarker = lib.DEFAULT_MARKER_SPLIT141	cutter.SkipMarker = lib.DEFAULT_MARKER_SKIP142	// Join file1 top, file2 bottom143	cutter.ReadTop(file1)144	file1TopLine = len(*cutter.Top)145	printCutterInfo(&cutter)146	cutter.ReadBottom(file2)147	file2BottomLine = len(*cutter.Bottom)148	printCutterInfo(&cutter)149	// Save to file3150	cutter.Save(file3)151	printCutterInfo(&cutter)152	// Read file3153	cutter.Read(file3)154	file3BottomLine = len(*cutter.Bottom)155	file3TopLine = len(*cutter.Top)156	printCutterInfo(&cutter)157	if !cutter.Split ||158		cutter.Filename != file3 ||159		file3BottomLine != file2BottomLine ||160		file3TopLine != file1TopLine ||161		cutter.Bottom == nil ||162		cutter.Top == nil {163		t.Fatalf("cutter not correct.")164	}165}

splitDecomp.go

Source:splitDecomp.go

1package algorithms2import (3	"github.com/cem-okulmus/BalancedGo/lib"4)5// SplitDecomp is a special algorihm that only tries to find a decomposition by splitting the6// hypergraph in two. This is only useful as a first step for the approximation method for finding7// decomposition.8type SplitDecomp struct {9	K     int10	Graph lib.Graph11}12// Name returns the name of the algorithm13func (d *SplitDecomp) Name() string {14	return "SplitDecomp"15}16// FindDecomp finds a decomp17func (d *SplitDecomp) FindDecomp() lib.Decomp {18	return d.FindDecompGraph(d.Graph)19}20// SetWidth sets the current width parameter of the algorithm21func (d *SplitDecomp) SetWidth(K int) {22	d.K = K23}24// FindDecompGraph finds a decomp, for an explicit lib.Graph25func (d *SplitDecomp) FindDecompGraph(G lib.Graph) lib.Decomp {26	if G.Edges.Len() < d.K {27		d.K = G.Edges.Len()28	}29	rootCover := lib.NewEdges(G.Edges.Slice()[:d.K])30	root := lib.Node{Bag: rootCover.Vertices(), Cover: rootCover}31	if G.Edges.Len() > d.K {32		childCover := lib.NewEdges(G.Edges.Slice()[d.K:])33		child := lib.Node{Bag: childCover.Vertices(), Cover: childCover}34		root.Children = []lib.Node{child}35	}36	return lib.Decomp{Graph: G, Root: root}37}...

go_test.go

Source:go_test.go

...30// 	s := "c:\\docs\\a.txt"31// 	s2 := "c:\\docs\\a.tx\\t"32// 	s3 := "a.txt"33// 	s4 := "a..txt"34// 	fmt.Println(lib.Split(s))35// 	fmt.Println(lib.SplitExt(s))36// 	fmt.Println(lib.Split(s2))37// 	fmt.Println(lib.SplitExt(s2))38// 	fmt.Println("==============================")39// 	fmt.Println(lib.Split(s3))40// 	fmt.Println(lib.SplitExt(s3))41// 	fmt.Println(lib.Split(s4))42// 	fmt.Println(lib.SplitExt(s4))43// }...

Split

Using AI Code Generation

1import (2func main() {3    fmt.Println(path.Split("css/main.css"))4}5import (6func main() {7    fmt.Println(path.Join("css", "main.css"))8}9import (10func main() {11    fmt.Println(path.Base("css/main.css"))12}13import (14func main() {15    fmt.Println(path.Ext("css/main.css"))16}17import (18func main() {19    fmt.Println(path.IsAbs("css/main.css"))20}21import (22func main() {23    fmt.Println(path.Clean("css/main.css"))24}25import (26func main() {27    fmt.Println(path.EvalSymlinks("css/main.css"))28}29import (30func main() {31    fmt.Println(path.Match("css/main.css"))32}33import (34func main() {35    fmt.Println(path.Rel("css/main.css"))36}37import (38func main() {39    fmt.Println(path.VolumeName("css/main.css"))40}41import (

Split

Using AI Code Generation

1import (2func main() {3    fmt.Println("Hello, playground")4    fmt.Println(strings.Split("a,b,c",","))5}6import (7func main() {8    fmt.Println("Hello, playground")9    fmt.Println(strings.Join([]string{"a","b","c"},","))10}11import (12func main() {13    fmt.Println("Hello, playground")14    fmt.Println(strings.Contains("abc","b"))15}16import (17func main() {18    fmt.Println("Hello, playground")19    fmt.Println(strings.Index("abc","b"))20}21import (

Split

Using AI Code Generation

1import (2func main() {3    fmt.Println(strings.Split(s, ","))4}5import (6func main() {7    s := []string{"a", "b", "c"}8    fmt.Println(strings.Join(s, ","))9}10import (11func main() {12    fmt.Println(strings.Index("chicken", "ken"))13    fmt.Println(strings.Index("chicken", "dmr"))14}15import (16func main() {17    fmt.Println("ba" + strings.Repeat("na", 2))18}19import (20func main() {21    fmt.Println(strings.Replace("oink oink oink", "k", "ky", 2))22    fmt.Println(strings.Replace("oink oink oink", "oink", "moo", -1))23}24import (25func main() {26    fmt.Println(strings.ToUpper("Gopher"))27    fmt.Println(strings.ToLower("Gopher"))28}29import (30func main() {31    fmt.Println(len("Hello, world"))32    fmt.Println(len(""))33    fmt.Println(len("日本語"))34}35import (

Split

Using AI Code Generation

1import (2func main() {3    fmt.Println("Enter a string: ")4    fmt.Scan(&s)5    fmt.Println("Splitted string is: ", strings.Split(s, " "))6}

Split

Using AI Code Generation

1import (2func main() {3    fmt.Println(path.Split("css/main.css"))4}5Golang path.Dir() Method6Syntax: path.Dir(path string)7import (8func main() {9    fmt.Println(path.Dir("css/main.css"))10}11Golang path.Base() Method12Syntax: path.Base(path string)13import (14func main() {15    fmt.Println(path.Base("css/main.css"))16}17Golang path.Clean() Method18The path.Clean() method is used to return the shortest path name equivalent to path by purely lexical processing. It applies the following rules iteratively until no further processing can be done:

Split

Using AI Code Generation

1import "fmt"2import "strings"3func main(){4s := strings.Split(str, "/")5fmt.Println(s)6}7import "fmt"8import "strings"9func main(){10var str []string = []string{"Hello", "World"}11s := strings.Join(str, "/")12fmt.Println(s)13}14import "fmt"15import "strings"16func main(){17s := strings.Contains(str, "Hello")18fmt.Println(s)19}20import "fmt"21import "strings"22func main(){23s := strings.Replace(str, "World", "Golang", -1)24fmt.Println(s)25}26import "fmt"27import "strings"28func main(){29s := strings.Trim(str, "Hello")30fmt.Println(s)31}32import "fmt"33import "strings"34func main(){35s := strings.TrimLeft(str, "Hello")36fmt.Println(s)37}38import "fmt"39import "strings"40func main(){41s := strings.TrimRight(str, "World")42fmt.Println(s)43}44import "fmt"45import "strings"46func main(){47s := strings.ToLower(str)48fmt.Println(s)49}

Split

Using AI Code Generation

1import (2func main() {3    words := strings.Split(str, " ")4    fmt.Println(words)5}6import (7func main() {8    str := []string{"I", "love", "Go", "programming"}9    words := strings.Join(str, " ")10    fmt.Println(words)11}12import (13func main() {14    words := strings.Replace(str, "Go", "Python", 1)15    fmt.Println(words)16}17import (18func main() {19    words := strings.Trim(str, " ")20    fmt.Println(words)21}22import (23func main() {24    words := strings.TrimSpace(str)25    fmt.Println(words)26}27import (28func main() {

Split

Using AI Code Generation

1import (2func main() {3	fmt.Println(path)4	fmt.Println("path split by lib class:", strings.Split(path, "\\"))5}6import (7func main() {8	fmt.Println(path)9	fmt.Println("path split by lib class:", strings.Split(path, "\\"))10	fmt.Println("path split by lib class:", strings.Split(path, "\\")[5])11}12import (13func main() {14	fmt.Println(path)15	fmt.Println("path split by lib class:", strings.Split(path, "\\"))16	fmt.Println("path split by lib class:", strings.Split(path, "\\")[5])17	fmt.Println("path split by lib class:", strings.Split(path, "\\")[5][2:])18}19import (20func main() {21	fmt.Println(path)22	fmt.Println("path split by lib class:", strings.Split(path, "\\"))23	fmt.Println("path split by lib class:", strings.Split(path, "\\")[5])24	fmt.Println("path split by lib class:", strings.Split(path, "\\")[5][2:])25	fmt.Println("path split by lib class:", strings.Split(path, "\\")[5

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