How to use TestProgram method of main Package

Best Syzkaller code snippet using main.TestProgram

runtime_test.go

Source:runtime_test.go

1package goscript2import (3	"fmt"4	"testing"5	"time"6)7/*8	func main() {9		let a: uint8 = 1110	}11*/12func TestAssignConstant(t *testing.T) {13	eleven := uint8(11)14	testProgram := Program{15		Operations: []BinaryOperation{16			NewBindOp(1, BT_UINT8),17			NewAssignExpressionOp(1, NewConstantExpression(&eleven, BT_UINT8)),18			NewReturnValueOp(NewVSymbolExpression(1))},19		SymbolTableSize: 2,20	}21	runtime := NewRuntime()22	runtime.Exec(testProgram)23	v := runtime.SymbolTable[1].Value.(*uint8)24	if *v != 11 {25		t.Fatalf("symbol should have been 11 but was %v", *v)26	}27	fmt.Printf("%+v\n", *runtime.SymbolTable[1])28}29func TestAssignArrayConstant(t *testing.T) {30	eleven := uint8(11)31	testProgram := Program{32		Operations: []BinaryOperation{33			NewBindOp(1, BT_LIST),34			NewAssignExpressionOp(1, NewArrayExpression([]*BinaryTypedValue{&BinaryTypedValue{35				Type:  BT_UINT8,36				Value: &eleven,37			}})),38			NewReturnValueOp(NewVSymbolExpression(1))},39		SymbolTableSize: 2,40	}41	fmt.Println(testProgram.String())42	runtime := NewRuntime()43	runtime.Exec(testProgram)44	v := *runtime.SymbolTable[1].Value.(*[]*BinaryTypedValue)45	if *v[0].Value.(*uint8) != 11 {46		t.Fatalf("symbol should have been 11 but was %v", *v[0].Value.(*uint8))47	}48	fmt.Printf("%+v\n", *runtime.SymbolTable[1])49}50func TestArrayIndexInto(t *testing.T) {51	zero := int64(0)52	eleven := uint8(11)53	testProgram := Program{54		Operations: []BinaryOperation{55			NewBindOp(1, BT_LIST),56			NewAssignExpressionOp(1, NewArrayExpression([]*BinaryTypedValue{&BinaryTypedValue{57				Type:  BT_UINT8,58				Value: &eleven,59			}})),60			NewBindOp(2, BT_UINT8),61			NewAssignExpressionOp(2, NewIndexIntoExpression(1, NewConstantExpression(&zero, BT_INT64))),62			NewReturnValueOp(NewVSymbolExpression(2))},63		SymbolTableSize: 4,64	}65	fmt.Println(testProgram.String())66	runtime := NewRuntime()67	runtime.Exec(testProgram)68	v := *runtime.SymbolTable[2].Value.(*uint8)69	if v != 11 {70		t.Fatalf("symbol should have been 11 but was %v", v)71	}72	fmt.Printf("%+v\n", *runtime.SymbolTable[1])73}74func TestArrayGrow(t *testing.T) {75	eleven := uint8(11)76	testProgram := Program{77		Operations: []BinaryOperation{78			NewBindOp(1, BT_LIST),79			NewAssignExpressionOp(1, NewArrayExpression([]*BinaryTypedValue{&BinaryTypedValue{80				Type:  BT_UINT8,81				Value: &eleven,82			}})),83			NewGrowOperation(1, 10, BT_UINT8),84			NewReturnValueOp(NewVSymbolExpression(1))},85		SymbolTableSize: 4,86	}87	fmt.Println(testProgram.String())88	runtime := NewRuntime()89	runtime.Exec(testProgram)90	v := *runtime.SymbolTable[1].Value.(*[]*BinaryTypedValue)91	if len(v) != 11 {92		t.Fatalf("symbol should have had length 11 but had length %v", len(v))93	}94	fmt.Printf("%+v\n", *runtime.SymbolTable[1])95}96func TestArrayShrink(t *testing.T) {97	eleven := uint8(11)98	testProgram := Program{99		Operations: []BinaryOperation{100			NewBindOp(1, BT_LIST),101			NewAssignExpressionOp(1, NewArrayExpression([]*BinaryTypedValue{&BinaryTypedValue{102				Type:  BT_UINT8,103				Value: &eleven,104			}, &BinaryTypedValue{}})),105			NewShrinkOperation(1, 1),106			NewReturnValueOp(NewVSymbolExpression(1))},107		SymbolTableSize: 4,108	}109	fmt.Println(testProgram.String())110	runtime := NewRuntime()111	runtime.Exec(testProgram)112	v := *runtime.SymbolTable[1].Value.(*[]*BinaryTypedValue)113	if len(v) != 1 {114		t.Fatalf("symbol should have had length 1 but had length %v", len(v))115	}116	fmt.Printf("%+v\n", *runtime.SymbolTable[1])117}118/*119	func main() {120		let a: uint8 = getConst()121	}122	func getConst() => uint8 {123		let b: uint8 = 11124		return b125	}126*/127func TestAssignFunctionReturnValue(t *testing.T) {128	eleven := uint8(11)129	testProgram := Program{130		Operations: []BinaryOperation{131			NewBindOp(1, BT_UINT8),132			NewBindOp(2, BT_UINT8),133			NewAssignExpressionOp(1, NewFunctionExpression(3, []*FunctionArgument{})), // assign the return value of the function at pc1 to the symbol 1134			NewAssignExpressionOp(2, NewConstantExpression(&eleven, BT_UINT8)),        // assign the constant 11 to the local symbol 2135			NewReturnValueOp(NewVSymbolExpression(2)),                                 // return the value of the symbol 2136		},137		SymbolTableSize: 10,138	}139	fmt.Println(testProgram.String())140	runtime := NewRuntime()141	runtime.Exec(testProgram)142	v := runtime.SymbolTable[1].Value.(*uint8)143	if *v != 11 {144		t.Fatalf("symbol should have been 11 but was %v", *v)145	}146	fmt.Printf("%+v\n", *runtime.SymbolTable[1])147}148/*149	func main() {150		let a: uint8 = getLoopIteratorAfter10()151		return a152	}153	func getLoopIteratorAfter10() => uint8 {154		let b: uint64 = 0155		for let i: uint64 = 0; i < 10000000; i++ {156			b = i157			i = i + 1158			EXIT_SCOPE159		}160		return b161	}162*/163/*164	Count Loop Snippet165	0 ENTER_SCOPE                    # enter the loop scope166	1 ASSIGN_EXPRESSION 1 CONST(0)   # i := 0167	2 JUMP_IF_NOT 1 < 10 5           # i < 10, if false jump to 5, exiting the loop168	3 ASSIGN_EXPRESSION 1++          # i++169	... actual loop content ...      # do some stuff170	4 JUMP 2                         # go back to the loop head171	5 EXIT_SCOPE                     # exit the loop scope172*/173/*174	Count Loop with linking175	0 ENTER_SCOPE176*/177func TestLoopAssign(t *testing.T) {178	zero := uint64(0)179	zero2 := uint64(0)180	zero3 := uint64(0)181	one := uint64(1)182	billion := uint64(10000000)183	falsePtr := false184	testProgram := Program{185		Operations: []BinaryOperation{186			NewBindOp(1, BT_UINT64),187			NewAssignExpressionOp(1, NewFunctionExpression(3, []*FunctionArgument{})), // let a: uint8 = getLoopIteratorAfter10()188			NewReturnValueOp(NewVSymbolExpression(1)),189			NewBindOp(2, BT_UINT64),190			NewAssignExpressionOp(2, NewConstantExpression(&zero2, BT_UINT64)), // let b: uint64 = 0191			NewEnterScope(), // enter loop scope192			NewBindOp(3, BT_UINT64),193			NewAssignExpressionOp(3, NewConstantExpression(&zero3, BT_UINT64)), // let i: uint64 = 0194			NewJumpIfNotOp(12, &Expression{ // break out of loop if i < 10195				LeftExpression:  NewVSymbolExpression(3),196				RightExpression: NewConstantExpression(&billion, BT_UINT64),197				Operator:        BO_LESSER,198				Value: &BinaryTypedValue{199					Value: &falsePtr,200				},201			}),202			NewAssignExpressionOp(2, NewVSymbolExpression(3)), // b = i203			NewAssignExpressionOp(3, &Expression{ // i++204				LeftExpression:  NewVSymbolExpression(3),205				RightExpression: NewConstantExpression(&one, BT_UINT64),206				Operator:        BO_PLUS,207				Value: &BinaryTypedValue{208					Type:  BT_UINT64,209					Value: &zero,210				},211			}),212			NewJumpOp(8),     // go back to the start of the loop213			NewExitScopeOp(), // exit the loop scope214			NewReturnValueOp(NewVSymbolExpression(2)), // return b215		},216		SymbolTableSize: 4,217	}218	fmt.Println(testProgram.String())219	runtime := NewRuntime()220	start := time.Now()221	runtime.Exec(testProgram)222	fmt.Printf("completed in %s\n", time.Since(start))223	fmt.Printf("%+v\n", runtime.SymbolTable)224	fmt.Printf("%+v\n", runtime.SymbolScopeStack)225	v := runtime.SymbolTable[1].Value.(*uint64)226	if *v != 9999999 {227		t.Fatalf("symbol should have been 999.999.999 but was %v", *v)228	}229	fmt.Printf("%+v\n", *runtime.SymbolTable[1])230}231func TestPrintBuiltin(t *testing.T) {232	eleven := uint8(11)233	testProgram := Program{234		Operations: []BinaryOperation{235			NewBindOp(1, BT_UINT8),236			NewAssignExpressionOp(1, NewConstantExpression(&eleven, BT_UINT8)), // assign the constant 11 to the local symbol 2237			NewReturnValueOp(&Expression{238				Operator: BO_BUILTIN_CALL,239				Ref:      int(BF_PRINT),240				Args: []*FunctionArgument{241					&FunctionArgument{242						Expression: NewVSymbolExpression(1),243					},244				},245			}), // return the value of the symbol 2246		},247		SymbolTableSize: 10,248	}249	fmt.Println(testProgram.String())250	runtime := NewRuntime()251	runtime.Exec(testProgram)252}253func TestPrintlnBuiltin(t *testing.T) {254	eleven := uint8(12)255	testProgram := Program{256		Operations: []BinaryOperation{257			NewBindOp(1, BT_UINT8),258			NewAssignExpressionOp(1, NewConstantExpression(&eleven, BT_UINT8)), // assign the constant 11 to the local symbol 2259			NewReturnValueOp(&Expression{260				Operator: BO_BUILTIN_CALL,261				Ref:      int(BF_PRINTLN),262				Args: []*FunctionArgument{263					&FunctionArgument{264						Expression: NewVSymbolExpression(1),265					},266				},267			}), // return the value of the symbol 2268		},269		SymbolTableSize: 10,270	}271	fmt.Println(testProgram.String())272	runtime := NewRuntime()273	runtime.Exec(testProgram)274}275func TestPrintfBuiltin(t *testing.T) {276	fstr := "%x\n"277	number := uint8(143)278	testProgram := Program{279		Operations: []BinaryOperation{280			NewBindOp(1, BT_STRING),281			NewAssignExpressionOp(1, NewConstantExpression(&fstr, BT_STRING)), // assign the constant 11 to the local symbol 2282			NewBindOp(2, BT_UINT8),283			NewAssignExpressionOp(2, NewConstantExpression(&number, BT_UINT8)), // assign the constant 11 to the local symbol 2284			NewReturnValueOp(&Expression{285				Operator: BO_BUILTIN_CALL,286				Ref:      int(BF_PRINTF),287				Args: []*FunctionArgument{288					&FunctionArgument{289						Expression: NewVSymbolExpression(1),290					},291					&FunctionArgument{292						Expression: NewVSymbolExpression(2),293					},294				},295			}), // return the value of the symbol 2296		},297		SymbolTableSize: 10,298	}299	fmt.Println(testProgram.String())300	runtime := NewRuntime()301	runtime.Exec(testProgram)302}303func TestNumericTypecastU64ToI64(t *testing.T) {304	number := uint64(143)305	zero := int64(0)306	testProgram := Program{307		Operations: []BinaryOperation{308			NewBindOp(1, BT_UINT64),309			NewAssignExpressionOp(1, NewConstantExpression(&number, BT_UINT64)),310			NewBindOp(2, BT_INT64),311			NewAssignExpressionOp(2, NewConstantExpression(&zero, BT_INT64)),312			NewAssignExpressionOp(2, &Expression{313				Operator: BO_BUILTIN_CALL,314				Ref:      int(BF_TOINT64),315				Args: []*FunctionArgument{316					&FunctionArgument{317						Expression: NewVSymbolExpression(1),318					},319				},320			}),321			NewReturnValueOp(NewVSymbolExpression(2)),322		},323		SymbolTableSize: 10,324	}325	fmt.Println(testProgram.String())326	runtime := NewRuntime()327	runtime.Exec(testProgram)328	fmt.Println(runtime.SymbolTable[2].String())329	_ = runtime.SymbolTable[2].Value.(*int64)330}331func TestNumericToStringTypecast(t *testing.T) {332	number := uint64(143)333	str := ""334	testProgram := Program{335		Operations: []BinaryOperation{336			NewBindOp(1, BT_UINT64),337			NewAssignExpressionOp(1, NewConstantExpression(&number, BT_UINT64)),338			NewBindOp(2, BT_STRING),339			NewAssignExpressionOp(2, NewConstantExpression(&str, BT_STRING)),340			NewAssignExpressionOp(2, &Expression{341				Operator: BO_BUILTIN_CALL,342				Ref:      int(BF_TOSTRING),343				Args: []*FunctionArgument{344					&FunctionArgument{345						Expression: NewVSymbolExpression(1),346					},347				},348			}),349			NewReturnValueOp(NewVSymbolExpression(2)),350		},351		SymbolTableSize: 10,352	}353	fmt.Println(testProgram.String())354	runtime := NewRuntime()355	runtime.Exec(testProgram)356	fmt.Println(runtime.SymbolTable[2].String())357	_ = runtime.SymbolTable[2].Value.(*string)358}359func TestNumericToCharTypecast(t *testing.T) {360	number := uint64(97)361	str := rune(0)362	testProgram := Program{363		Operations: []BinaryOperation{364			NewBindOp(1, BT_UINT64),365			NewAssignExpressionOp(1, NewConstantExpression(&number, BT_UINT64)),366			NewBindOp(2, BT_CHAR),367			NewAssignExpressionOp(2, NewConstantExpression(&str, BT_CHAR)),368			NewAssignExpressionOp(2, &Expression{369				Operator: BO_BUILTIN_CALL,370				Ref:      int(BF_TOCHAR),371				Args: []*FunctionArgument{372					&FunctionArgument{373						Expression: NewVSymbolExpression(1),374					},375				},376			}),377			NewReturnValueOp(NewVSymbolExpression(2)),378		},379		SymbolTableSize: 10,380	}381	fmt.Println(testProgram.String())382	runtime := NewRuntime()383	runtime.Exec(testProgram)384	fmt.Println(runtime.SymbolTable[2].String())385	_ = runtime.SymbolTable[2].Value.(*rune)386}387func TestIndexIntoAndCast(t *testing.T) {388	index := uint64(2)389	testProgram := Program{390		Operations: []BinaryOperation{391			NewBindOp(1, BT_LIST),392			NewAssignExpressionOp(1, NewArrayExpression([]*BinaryTypedValue{})),393			NewGrowOperation(1, 10, BT_UINT8),394			NewBindOp(2, BT_CHAR),395			NewAssignExpressionOp(2, &Expression{396				Operator: BO_BUILTIN_CALL,397				Ref:      int(BF_TOCHAR),398				Args: []*FunctionArgument{399					&FunctionArgument{400						Expression: NewIndexIntoExpression(1, NewConstantExpression(&index, BT_UINT64)),401					},402				},403			}),404			NewReturnValueOp(NewVSymbolExpression(2)),405		},406		SymbolTableSize: 10,407	}408	fmt.Println(testProgram.String())409	runtime := NewRuntime()410	runtime.Exec(testProgram)411	fmt.Println(runtime.SymbolTable[2].String())412	_ = runtime.SymbolTable[2].Value.(*rune)413}...

main.go

Source:main.go

1package main2import (3	"bufio"4	"bytes"5	"encoding/base64"6	"encoding/json"7	"fmt"8	"io/ioutil"9	"net/http"10	"os"11	"strings"12	"time"13)14var host string15var tvfile string16type Result struct {17	Data []Data `json:"data"`18}19type Data struct {20	Id   string `json:"id"`21	Name string `json:"name"`22	Data string `json:"data"`23}24var testProgram Data25func PostData(data *Data) {26	body, err := json.Marshal(data)27	if err != nil {28		panic(err)29	}30	req, err := http.NewRequest("POST", "http://"+host+":19394/api/category.json", bytes.NewBuffer(body))31	if err != nil {32		panic(err)33	}34	req.Header.Set("Content-Type", "application/json; charset=UTF-8")35	client := &http.Client{}36	resp, err := client.Do(req)37	if err != nil {38		panic(err)39	}40	defer resp.Body.Close()41	time.Sleep(100 * time.Millisecond)42}43func AddURL() {44	fd, err := os.Open(tvfile)45	if err != nil {46		panic(err)47	}48	sc := bufio.NewScanner(fd)49	data := Data{}50	for sc.Scan() {51		line := strings.TrimSpace(sc.Text())52		if line == "" || strings.HasPrefix(line, "#") || strings.HasPrefix(line, "//") {53			continue54		}55		line_parts := strings.Split(line, ",")56		if len(line_parts) != 1 {57			data.Data += line + "\r\n"58			continue59		}60		if data.Name != "" && data.Data != "" {61			data.Name = base64.StdEncoding.EncodeToString([]byte(data.Name))62			data.Data = base64.StdEncoding.EncodeToString([]byte(data.Data))63			PostData(&data)64			data = Data{}65		}66		data.Name = line67	}68	if data.Name != "" && data.Data != "" {69		data.Name = base64.StdEncoding.EncodeToString([]byte(data.Name))70		data.Data = base64.StdEncoding.EncodeToString([]byte(data.Data))71		PostData(&data)72	}73	if testProgram.Name != "" && testProgram.Data != "" {74		PostData(&testProgram)75	}76	fmt.Println("åçªæºæ·»å æå")77}78func DeleteAll() {79	resp, err := http.Get("http://" + host + ":19394/api/categories.json")80	if err != nil {81		panic(err)82	}83	defer resp.Body.Close()84	body, err := ioutil.ReadAll(resp.Body)85	if err != nil {86		panic(err)87	}88	result := Result{}89	err = json.Unmarshal(body, &result)90	if err != nil {91		panic(err)92	}93	for _, data := range result.Data {94		time.Sleep(100 * time.Millisecond)95		if data.Name == "æµè¯é¢é" {96			testProgram.Name = base64.StdEncoding.EncodeToString([]byte(data.Name))97			testProgram.Data = base64.StdEncoding.EncodeToString([]byte(data.Data))98		}99		deleteURL := "http://" + host + ":19394/api/delete.json?id=" + data.Id100		res, err := http.Get(deleteURL)101		if err != nil {102			panic(err)103		}104		res.Body.Close()105	}106}107func Usage() {108	fmt.Fprintf(os.Stderr, "Usage: %s <host>\n", os.Args[0])109	os.Exit(0)110}111func main() {112	if len(os.Args) <= 2 {113		Usage()114	}115	host = os.Args[1]116	tvfile = os.Args[2]117	DeleteAll()118	AddURL()119}...

TestProgram

Using AI Code Generation

1import "fmt"2func main() {3    fmt.Println("Hello World")4    TestProgram()5}6import "fmt"7func main() {8    fmt.Println("Hello World")9    TestProgram()10}11import "fmt"12func main() {13    fmt.Println("Hello World")14    TestProgram()15}16import "fmt"17func main() {18    fmt.Println("Hello World")19    TestProgram()20}21import "fmt"22func main() {23    fmt.Println("Hello World")24    TestProgram()25}26import "fmt"27func main() {28    fmt.Println("Hello World")29    TestProgram()30}31import "fmt"32func main() {33    fmt.Println("Hello World")34    TestProgram()35}36import "fmt"37func main() {38    fmt.Println("Hello World")39    TestProgram()40}41import "fmt"42func main() {43    fmt.Println("Hello World")44    TestProgram()45}46import "fmt"47func main() {48    fmt.Println("Hello World")49    TestProgram()50}51import "fmt"52func main() {53    fmt.Println("Hello World")54    TestProgram()55}56import "fmt"57func main() {58    fmt.Println("Hello World")59    TestProgram()60}61import "fmt

TestProgram

Using AI Code Generation

1import (2func main() {3    fmt.Println(math.Sqrt(2))4}5import (6func TestProgram(t *testing.T) {7    fmt.Println("Test")8}

TestProgram

Using AI Code Generation

1import (2func main() {3    fmt.Println("Hello, World!")4    TestProgram()5}6import (7func TestProgram() {8    fmt.Println("Hello, World!")9}10If you want to import the TestProgram method, you should use the following code:11import (12func main() {13    fmt.Println("Hello, World!")14    yourproject.TestProgram()15}16import (17func TestProgram() {18    fmt.Println("Hello, World!")19}

TestProgram

Using AI Code Generation

1import "fmt"2import "os"3import "strconv"4func main() {5	fmt.Println("Enter a number:")6	fmt.Scanln(&input)7	value, err := strconv.Atoi(input)8	if err != nil {9		fmt.Println(err)10		os.Exit(2)11	}12	result := TestProgram(value)13	fmt.Println(result)14}15import "testing"16func TestTestProgram(t *testing.T) {17	result := TestProgram(3)18	if result != 9 {19		t.Error("Expected 9, got ", result)20	}21}22import "fmt"23func TestProgram(value int) int {24}25func main() {26	fmt.Println("Enter a number:")27	fmt.Scanln(&input)28	value, err := strconv.Atoi(input)29	if err != nil {30		fmt.Println(err)31		os.Exit(2)32	}33	result := TestProgram(value)34	fmt.Println(result)35}36import "fmt"37import "os"38import "strconv"39func main() {40	fmt.Println("Enter a number:")41	fmt.Scanln(&input)42	value, err := strconv.Atoi(input)43	if err != nil {44		fmt.Println(err)45		os.Exit(2)46	}47	result := TestProgram(value)48	fmt.Println(result)49}50import "testing"51func TestTestProgram(t *testing.T) {52	result := TestProgram(3)53	if result != 9 {54		t.Error("Expected 9, got ", result)55	}

TestProgram

Using AI Code Generation

1import "fmt"2func main() { 3    fmt.Println("Hello, playground") 4    TestProgram() 5}6import "fmt"7func TestProgram() { 8    fmt.Println("Hello, playground") 9}10To fix this, you need to import the first file in the second file:11import "fmt"12func main() { 13    fmt.Println("Hello, playground") 14    TestProgram() 15}

TestProgram

Using AI Code Generation

1import (2func main() {3    fmt.Println("Hello, World!")4    mytest.TestProgram()5}6import (7func TestProgram() {8    test.Test()9}10import (11func Test() {12    fmt.Println("Test is called")13}14I am trying to create a package in golang. I am using golang 1.2.1. I have the following directory structure:When I run the following command:go run 2.goI get the following error:can't load package: package mytest: cannot find package "mytest" in any of:/usr/local/go/src/mytest (/usr/local/go/src/mytest)I have tried using the following command to build the code:go build 2.goI get the following error:can't load package: package mytest: cannot find package "mytest" in any of:/usr/local/go/src/mytest (/usr/local/go/src/mytest)I have tried using the following command to install the code:go install 2.goI get the following error:can't load package: package mytest: cannot find package "mytest" in any of:/usr/local/go/src/mytest (/usr/local/go/src/mytest)I have tried using the following command to run the code:go run 2.goI get the following error:can't load package: package mytest: cannot find package "mytest" in any of:/usr/local/go/src/mytest (/usr/local/go/src/mytest)I have tried using the following command to test the code:go test 2.goI get the following error:can't load package: package mytest: cannot find package "mytest" in any of:/usr/local/go/src/mytest (/usr/local/go/src/mytest)I have tried using the following command to get the code:go get 2.goI get the following error:can't load package: package mytest: cannot find package "mytest" in any of:/usr/local/go/src/mytest (/usr/local/go/src/mytest)I have tried using the following command to get the code:go get 2.goI get the following error:

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