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How to use Concepts method of lang Package

Best Gauge code snippet using lang.Concepts

renderable_test.go

Source:renderable_test.go

...110	sItem0 := sItems[0]111	if sItem0.Href != `http://xbrl.fasb.org/us-gaap/2020/elts/us-gaap-2020-01-31.xsd#us-gaap_Assets` {112		t.Fatalf("expected http://xbrl.fasb.org/us-gaap/2020/elts/us-gaap-2020-01-31.xsd#us-gaap_Assets; outcome %v;\n", sItem0)113	}114	if len(sItem0.ContributingConcepts) != 6 {115		t.Fatalf("expected 6 Contributing Concepts; outcome %d;\n", len(sItem0.ContributingConcepts))116	}117	if sItem0.ContributingConcepts[5].Href != `http://xbrl.fasb.org/us-gaap/2020/elts/us-gaap-2020-01-31.xsd#us-gaap_OperatingLeaseRightOfUseAsset` ||118		sItem0.ContributingConcepts[5].Sign != `+` || sItem0.ContributingConcepts[0].Scale != `1.0` {119		t.Fatalf("expected postive contribution from http://xbrl.fasb.org/us-gaap/2020/elts/us-gaap-2020-01-31.xsd#us-gaap_OperatingLeaseRightOfUseAsset; outcome %v;\n", sItem0.ContributingConcepts[5])120	}121}122func TestMarshalRenderable_Gold_TypedMember(t *testing.T) {123	hcache := gocache.New(gocache.NoExpiration, gocache.NoExpiration)124	serializables.VolumePath = path.Join(".", "data")125	hydratables.InjectCache(hcache)126	workingDir := path.Join(serializables.VolumePath, "folders", "test_gold")127	_, err := os.Stat(workingDir)128	if os.IsNotExist(err) {129		t.Fatalf("Error: " + err.Error())130		return131	}132	f, err := serializables.Discover("test_gold")133	if err != nil {...

alchemy_language_test.go

Source:alchemy_language_test.go

...84		return85	}86	// t.Logf("%+v\n", tax)87}88func TestConcepts(t *testing.T) {89	c, err := NewClient(watson.Config{})90	if err != nil {91		t.Errorf("NewClient() failed %#v\n", err)92		return93	}94	concepts, err := c.GetConcepts([]byte(sampleText), nil)95	if err != nil {96		t.Errorf("GetConcepts() failed %#v %s\n", err, err.Error())97		return98	}99	if concepts.Status != "OK" {100		t.Errorf("GetConcepts() bad status. Wanted \"%s\" got \"%s\"", "OK", concepts.Status)101		return102	}103	// t.Logf("%+v\n", concepts)104}105func TestNamedEntities(t *testing.T) {106	c, err := NewClient(watson.Config{})107	if err != nil {108		t.Errorf("NewClient() failed %#v\n", err)109		return110	}111	entities, err := c.GetNamedEntities([]byte(sampleText), nil)112	if err != nil {113		t.Errorf("NamedEntities() failed %#v %s\n", err, err.Error())114		return...

nodes.go

Source:nodes.go

1// Copyright (c) 2016 Thomas Minier. All rights reserved.2// Use of this source code is governed by a MIT License3// license that can be found in the LICENSE file.4// Package rdf provides primitives to work with RDF5package rdf6import "errors"7// Node represents a generic node in a RDF Grapg8//9// RDF Graph reference : https://www.w3.org/TR/rdf11-concepts/#section-rdf-graph10type Node interface {11	Equals(n Node) (bool, error)12	String() string13}14// URI represents a URI node in a RDF Graph15//16// RDF URI reference : https://www.w3.org/TR/rdf11-concepts/#section-IRIs17type URI struct {18	Value string19}20// Literal represents a Literal node in a RDF Graph.21//22// RDF Literal reference : https://www.w3.org/TR/rdf11-concepts/#section-Graph-Literal23type Literal struct {24	Value string25	Type  string26	Lang  string27}28// BlankNode represents a Blank Node in a RDF Graph.29//30// RDF Blank Node reference : https://www.w3.org/TR/rdf11-concepts/#section-blank-nodes31type BlankNode struct {32	Value string33}34// Variable represents a SPARQL variable used when querying data in a RDF graph35type Variable struct {36	Value string37}38// Equals is a function that compare a URI with another RDF Node and return True if they are equals, False otherwise.39func (u URI) Equals(n Node) (bool, error) {40	other, ok := n.(URI)41	if ok {42		return u.Value == other.Value, nil43	} else if _, isVar := n.(Variable); isVar {44		return true, nil45	}46	return false, errors.New("Error : mismatch type, can only compare two URIs")47}48// Serialize a URI to string and return it.49func (u URI) String() string {50	return "<" + u.Value + ">"51}52// NewURI creates a new URI.53func NewURI(value string) URI {54	return URI{value}55}56// Equals is a function that compare a Literal with another RDF Node and return True if they are equals, False otherwise.57func (l Literal) Equals(n Node) (bool, error) {58	other, ok := n.(Literal)59	if ok {60		return (l.Value == other.Value) && (l.Type == other.Type) && (l.Lang == other.Lang), nil61	} else if _, isVar := n.(Variable); isVar {62		return true, nil63	}64	return false, errors.New("Error : mismatch type, can only compare two Literals")65}66// Serialize a Literal to string and return it.67func (l Literal) String() string {68	if l.Type != "" {69		return "\"" + l.Value + "\"^^<" + l.Type + ">"70	} else if l.Lang != "" {71		return "\"" + l.Value + "\"@" + l.Lang72	}73	return "\"" + l.Value + "\""74}75// NewLiteral creates a new Literal.76func NewLiteral(value string) Literal {77	return Literal{value, "", ""}78}79// NewTypedLiteral returns a new Literal with a type.80func NewTypedLiteral(value, xmlType string) Literal {81	return Literal{value, xmlType, ""}82}83// NewLangLiteral returns a new Literal with a language.84func NewLangLiteral(value, lang string) Literal {85	return Literal{value, "", lang}86}87// Equals is a function that compare a Blank Node with another RDF Node and return True if they are equals, False otherwise.88func (b BlankNode) Equals(n Node) (bool, error) {89	other, ok := n.(BlankNode)90	if ok {91		return b.Value == other.Value, nil92	} else if _, isVar := n.(Variable); isVar {93		return true, nil94	}95	return false, errors.New("Error : mismatch type, can only compare two Blank Nodes")96}97// Serialize a Blank Node to string and return it.98func (b BlankNode) String() string {99	return "_:" + b.Value100}101// NewBlankNode creates a new Blank Node.102func NewBlankNode(variable string) BlankNode {103	return BlankNode{variable}104}105// Equals is a function that compare a Variable with another RDF Node and return True if they are equals, False otherwise.106// Two variables are equals if they have the same value, and a variable is always equals to any other RDF node.107func (v Variable) Equals(n Node) (bool, error) {108	other, ok := n.(Variable)109	if ok {110		return v.Value == other.Value, nil111	}112	return true, nil113}114// Serialize a Variable to string and return it.115func (v Variable) String() string {116	return "?" + v.Value117}118// NewVariable creates a new Variable.119func NewVariable(value string) Variable {120	return Variable{value}121}...

Concepts

Using AI Code Generation

1import (2func main() {3	fmt.Println(lang.Concepts())4}5import (6func main() {7	fmt.Println(lang.Concepts())8}9func Concepts() string {10}11func Concepts() string {12}13func Concepts() string {14}15func Concepts() string {16}17func Concepts() string {18}19func Concepts() string {20}21func Concepts() string {22}23func Concepts() string {24}

Concepts

Using AI Code Generation

1import (2func main() {3	lang.Concepts()4}5import (6func main() {7	lang.Concepts()8}9import (10func Concepts() {11	fmt.Println("GoLang is awesome")12}13import (14func main() {15	lang.Concepts()16}17import (18func main() {19	lang.Concepts()20}21import (22func main() {23	lang.Concepts()24}25import (26func main() {27	lang.Concepts()28}29import (30func main() {31	lang.Concepts()32}33import (34func main() {35	lang.Concepts()36}37import (38func main() {39	lang.Concepts()40}41import (42func main() {43	lang.Concepts()44}45import (46func main() {47	lang.Concepts()48}49import (50func main() {

Concepts

Using AI Code Generation

1import (2func main() {3 fmt.Println(lang.Concepts())4}5func Concepts() string {6}

Concepts

Using AI Code Generation

1import (2func main() {3	fmt.Println(lang.Concepts())4}5func Concepts() string {6}7import (8func TestConcepts(t *testing.T) {9	got := Concepts()10	if got != want {11		t.Errorf("got %q want %q", got, want)12	}13}14import (15func BenchmarkConcepts(b *testing.B) {16	for i := 0; i < b.N; i++ {17		Concepts()18	}19}20import (21func ExampleConcepts() {22	fmt.Println(Concepts())23}24import (25func TestConcepts(t *testing.T) {26	got := Concepts()27	if got != want {28		t.Errorf("got %q want %q", got, want)29	}30}31import (32func BenchmarkConcepts(b *testing.B) {33	for i := 0; i < b.N; i++ {34		Concepts()35	}36}37import (38func ExampleConcepts() {39	fmt.Println(Concepts())40}41import (42func TestConcepts(t *testing.T) {43	got := Concepts()44	if got != want {45		t.Errorf("got %q want %q", got, want)46	}47}

Concepts

Using AI Code Generation

1import "fmt"2func main() {3}4import "fmt"5func main() {6}7import "fmt"8func main() {9}10import "fmt"11func main() {12}13import "fmt"14func main() {15}16import "fmt"17func main() {18    }19}20import "fmt"21func main() {22    }23}24import "fmt"25func main() {26    }27}

Concepts

Using AI Code Generation

1import (2func main() {3	l = language.Golang{}4	fmt.Println(l.Concepts())5}6import (7func main() {8	l = language.Golang{}9	fmt.Println(l.Concepts())10	fmt.Println(l.Structs())11}12type struct_name struct {13}14type Employee struct {15}16func main() {17	fmt.Println(emp)18}19{John 25}20func main() {21	emp := Employee{name: "John", age: 25}22	fmt.Println(emp)23}24{John 25}25func main() {26	emp := Employee{"John", 25}27	fmt.Println(emp)28}29{John 25}30func main() {31	emp := struct {32	}{name: "John", age: 25}33	fmt.Println(emp)34}35{John 25}36type Employee struct {37}38func (e Employee) getName() string {39}40func main() {41	emp := Employee{name: "John", age: 25}42	fmt.Println(emp.getName())43}

Concepts

Using AI Code Generation

1import (2func main() {3	l := lang.NewLang()4	fmt.Println(l.Concepts())5}6import (7func main() {8	l := lang.NewLang()9	fmt.Println(l.Concepts())10}11type Lang struct {12}13func NewLang() *Lang {14	return &Lang{}15}16func (l *Lang) Concepts() []string {17	return []string{"OOPs Concepts"}18}19import (20func TestLang_Concepts(t *testing.T) {21	l := NewLang()22	fmt.Println(l.Concepts())23}24import (25func TestLang_Concepts(t *testing.T) {26	l := NewLang()27	fmt.Println(l.Concepts())28}29import (30func TestLang_Concepts(t *testing.T) {31	l := NewLang()32	fmt.Println(l.Concepts())33}34import (35func TestLang_Concepts(t *testing.T) {36	l := NewLang()37	fmt.Println(l.Concepts())38}39import (40func TestLang_Concepts(t *testing.T) {41	l := NewLang()42	fmt.Println(l.Concepts())43}44import (45func TestLang_Concepts(t *testing.T) {46	l := NewLang()47	fmt.Println(l

Concepts

Using AI Code Generation

1import (2func main() {3	fmt.Println(lang.Concepts())4}5import (6func main() {7	fmt.Println(lang.Concepts())8}9import (10func main() {11	fmt.Println(lang.Concepts())12}13import (14func main() {15	fmt.Println(lang.Concepts())16}17import (18func main() {19	fmt.Println(lang.Concepts())20}21import (22func main() {23	fmt.Println(lang.Concepts())24}25import (26func main() {27	fmt.Println(lang.Concepts())28}29import (30func main() {31	fmt.Println(lang.Concepts())32}

Concepts

Using AI Code Generation

1import (2func main() {3	l := lang.New()4	fmt.Println(l.Concepts())5}6import (7func main() {8	l := lang.New()9	fmt.Println(l.Concepts())10}11import "fmt"12type Lang struct {13}14func New() *Lang {15	return &Lang{}16}17func (l *Lang) Concepts() string {18	return fmt.Sprintf("Go is a programming language initially developed at Google in 2007 by Robert Griesemer, Rob Pike, and Ken Thompson. It is a statically typed, compiled language in the tradition of Algol and C, with garbage collection, limited structural typing, memory safety features and CSP-style concurrent programming features added.")19}20import "testing"21func TestLang_Concepts(t *testing.T) {22	l := New()23	got := l.Concepts()24	if got != want {25		t.Errorf("got %q want %q", got, want)26	}27}28import "testing"29func TestLang_Concepts(t *testing.T) {30	l := New()31	got := l.Concepts()32	if got != want {33		t.Errorf("got %q want %q", got, want)34	}35}36import "testing"37func TestLang_Concepts(t *testing.T) {38	l := New()39	got := l.Concepts()

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