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How to use isEqual method of td Package

Best Go-testdeep code snippet using td.isEqual

curve_point_test_coordinates_test.go

Source:curve_point_test_coordinates_test.go

1package curvePoints2import (3	"testing"4	"github.com/GottfriedHerold/Bandersnatch/internal/testutils"5)6// This test file checks whether the various coordinate retrieval functions are consistent with each other and allow reconstructing the point.7// We check:8//9// Reconstructing the point for projective / affine coos gives back point that is considered equal.10// consistency of affine and projective coos (projective are multiple of affine)11// affine coos and affine_decaf coos are consistent (i.e. either give the same point or differ by A) when applicable12// projective coos and projective_decaf coos are consistent (i.e. either give the same point or differ by A) when applicable13// extended coos are consistent (i.e. T=X*Y/Z)14// Multi-coo functions like XY_affine etc. are consistent with X_affine and Y_affine15//16func TestCoordinateFunctions(t *testing.T) {17	for _, type1 := range allTestPointTypes {18		type1String := pointTypeToString(type1)19		make_samples1_and_run_tests(t, checkfun_consistency_affine_projective, "constistency of affine and projective coordinated failed for "+type1String, type1, 50, excludeNoPoints)20		make_samples1_and_run_tests(t, checkfun_consistency_extended_coordinates, "extended coordinate interface is giving wrong results for "+type1String, type1, 50, excludeNoPoints)21		make_samples1_and_run_tests(t, checkfun_consistency_coordinates, "coordinates do not allow to reconstruct point for "+type1String, type1, 50, excludeNoPoints)22		make_samples1_and_run_tests(t, checkfun_consistency_decaf_affine, "affine coordinates do not match with decaf_affine coordinates for "+type1String, type1, 50, excludeNoPoints)23		make_samples1_and_run_tests(t, checkfun_consistency_decaf_projective, "projective coordinates do not match with decaf_projective coordinates for "+type1String, type1, 50, excludeNoPoints)24	}25}26// check whether querying for projective XYZ resp. affine XY-coordinates allows to reconstruct point that is considered equal27func checkfun_consistency_coordinates(s *TestSample) (bool, string) {28	s.AssertNumberOfPoints(1)29	infinite := s.AnyFlags().CheckFlag(PointFlag_infinite)30	singular := s.AnyFlags().CheckFlag(PointFlagNAP)31	if singular {32		return true, "skipped" // for now33	}34	clone := s.Points[0].Clone()35	if !infinite {36		var Pp Point_xtw_full37		Pp.x, Pp.y, Pp.z = clone.XYZ_projective()38		Pp.t.Mul(&Pp.x, &Pp.y)39		Pp.x.MulEq(&Pp.z)40		Pp.y.MulEq(&Pp.z)41		Pp.z.SquareEq()42		if !Pp.Validate() {43			return false, "reconstructed projective point did not Validate"44		}45		if !Pp.IsEqual(s.Points[0]) {46			return false, "projective coordinates do not give back point"47		}48		var Pa Point_axtw_full49		clone = s.Points[0].Clone()50		Pa.x, Pa.y = clone.XY_affine()51		Pa.t.Mul(&Pa.x, &Pa.y)52		if !Pa.Validate() {53			return false, "reconstructed affine point did not Validate"54		}55		if !Pa.IsEqual(s.Points[0]) {56			return false, "affine coordinates do not give back point"57		}58	} else {59		var coo FieldElement60		coo = s.Points[0].Y_projective()61		if !coo.IsZero() {62			return false, "Y coordinate non-zero on infinite curve point"63		}64		coo = s.Points[0].Z_projective()65		if !coo.IsZero() {66			return false, "Z coordinate non-zero on infinite curve point"67		}68	}69	return true, ""70}71// check whether X_affine, Y_affine, XY_affine, X_projective, Y_projective, Z_projective, XYZ_projective are consistent72func checkfun_consistency_affine_projective(s *TestSample) (bool, string) {73	s.AssertNumberOfPoints(1)74	if s.AnyFlags().CheckFlag(PointFlagNAP | PointFlag_infinite) {75		return true, "skipped"76	}77	clone1 := s.Points[0].Clone()78	clone2 := s.Points[0].Clone()79	clone3 := s.Points[0].Clone()80	clone4 := s.Points[0].Clone()81	x_proj := clone1.X_projective()82	y_proj := clone1.Y_projective()83	z_proj := clone1.Z_projective()84	x_proj2, y_proj2, z_proj2 := clone4.XYZ_projective()85	if z_proj.IsZero() {86		return false, "finite point has Z-coordinate 0"87	}88	x_affine := clone2.X_affine()89	y_affine := clone2.Y_affine()90	x_affine2, y_affine2 := clone3.XY_affine()91	if !x_affine.IsEqual(&x_affine2) {92		return false, "X_affine and XY_affine disagree"93	}94	if !y_affine.IsEqual(&y_affine2) {95		return false, "Y_affine and XY_affine disagree"96	}97	x_affine.MulEq(&z_proj)98	y_affine.MulEq(&z_proj)99	if !x_affine.IsEqual(&x_proj) {100		return false, "X_projective and X_affine do not match"101	}102	if !y_affine.IsEqual(&y_proj) {103		return false, "Y_projective and Y_affine do not match"104	}105	x_proj.MulEq(&z_proj2)106	y_proj.MulEq(&z_proj2)107	x_proj2.MulEq(&z_proj)108	y_proj2.MulEq(&z_proj)109	if !x_proj.IsEqual(&x_proj2) {110		return false, "X_projective and XYZ_projective are inconsistent"111	}112	if !y_proj.IsEqual(&y_proj2) {113		return false, "Y_projective and XYZ_projective are inconsistent"114	}115	return true, ""116}117// Checks consistency of the extended coordinate interface (i.e. having T coordinates) with the other coos when applicable118func checkfun_consistency_extended_coordinates(s *TestSample) (bool, string) {119	s.AssertNumberOfPoints(1)120	if s.AnyFlags().CheckFlag(PointFlagNAP) {121		return true, "skipped"122	}123	infinite := s.AnyFlags().CheckFlag(PointFlag_infinite)124	if _, ok := s.Points[0].(CurvePointPtrInterfaceCooReadExtended); !ok {125		return true, "skipped"126	}127	clone := s.Points[0].Clone().(CurvePointPtrInterfaceCooReadExtended)128	t_proj := clone.T_projective()129	clone = s.Points[0].Clone().(CurvePointPtrInterfaceCooReadExtended)130	x_proj, y_proj, z_proj := clone.XYZ_projective()131	clone = s.Points[0].Clone().(CurvePointPtrInterfaceCooReadExtended)132	x_proj2, y_proj2, t_proj2, z_proj2 := clone.XYTZ_projective()133	if !infinite {134		clone1 := s.Points[0].Clone().(CurvePointPtrInterfaceCooReadExtended)135		clone2 := s.Points[0].Clone().(CurvePointPtrInterfaceCooReadExtended)136		clone3 := s.Points[0].Clone().(CurvePointPtrInterfaceCooReadExtended)137		x_affine, y_affine := clone1.XY_affine()138		t_affine := clone2.T_affine()139		x_affine2, y_affine2, t_affine2 := clone3.XYT_affine()140		if !x_affine.IsEqual(&x_affine2) {141			return false, "X_affine and XYT_affine do not match"142		}143		if !y_affine.IsEqual(&y_affine2) {144			return false, "Y_affine and XYT_affine do not match"145		}146		if !t_affine.IsEqual(&t_affine2) {147			return false, "T_affine and XYT_affine do not match"148		}149		var temp FieldElement150		temp.Mul(&x_affine, &y_affine)151		if !temp.IsEqual(&t_affine) {152			return false, "T_affine != X_affine * Y_affine"153		}154		t_affine.MulEq(&z_proj)155		if !t_affine.IsEqual(&t_proj) {156			return false, "T_affine and T_projective do not match"157		}158	}159	var temp1, temp2 FieldElement160	temp1.Mul(&x_proj, &y_proj)161	temp2.Mul(&t_proj, &z_proj)162	if !temp1.IsEqual(&temp2) {163		return false, "X*Y == T*Z not satisfied"164	}165	t_proj.MulEq(&z_proj2)166	x_proj.MulEq(&z_proj2)167	y_proj.MulEq(&z_proj2)168	t_proj2.MulEq(&z_proj)169	x_proj2.MulEq(&z_proj)170	y_proj2.MulEq(&z_proj)171	if !t_proj.IsEqual(&t_proj2) {172		return false, "T_projective and XYTZ_projective do not match"173	}174	if !x_proj.IsEqual(&x_proj2) {175		return false, "X_projective and XYTZ_projective do not match"176	}177	if !y_proj.IsEqual(&y_proj2) {178		return false, "Y_projecitve and XYTZ_projective do not match"179	}180	return true, ""181}182// check consistency of _decaf_affine with _affine183func checkfun_consistency_decaf_affine(s *TestSample) (bool, string) {184	s.AssertNumberOfPoints(1)185	if s.AnyFlags().CheckFlag(PointFlagNAP | PointFlag_infinite) {186		return true, "Skipped"187	}188	clone1 := s.Points[0].Clone()189	clone2 := s.Points[0].Clone()190	Xd := clone1.X_decaf_affine()191	Yd := clone1.Y_decaf_affine()192	Td := clone1.T_decaf_affine()193	X, Y := clone2.XY_affine()194	var T FieldElement195	T.Mul(&X, &Y)196	// check Y first to get sign, because it cannot be zero.197	var correctsign, ok bool198	ok, correctsign = Y.CmpAbs(&Yd)199	if !ok {200		return false, "Y_affine and Y_decaf_affine do not match up to sign"201	}202	// We cannot use CmpAbs on X directly due to the 0 case.203	// So we flip the sign and expect an exact match (we use CmpAbs for better errors)204	if !correctsign {205		X.NegEq()206	}207	ok, correctsign = X.CmpAbs(&Xd)208	if !ok {209		return false, "X_affine and X_decaf_affine do not match"210	}211	if !correctsign {212		return false, "Both X_affine and X_decaf_affine and Y_affine and Y_decaf_affine match individually, but they differ in relative sign."213	}214	// T needs to match exactly in any case.215	if !T.IsEqual(&Td) {216		return false, "T_affine and T_decaf_affine do not match"217	}218	return true, ""219}220// check consistency of _decaf_projective and _projective221func checkfun_consistency_decaf_projective(s *TestSample) (bool, string) {222	s.AssertNumberOfPoints(1)223	if s.AnyFlags().CheckFlag(PointFlagNAP) {224		return true, "skipped"225	}226	infinite := s.AnyFlags().CheckFlag(PointFlag_infinite)227	// We treat the case of points at infinity completely separately228	if infinite {229		Xd := s.Points[0].X_decaf_projective()230		Yd := s.Points[0].Y_decaf_projective()231		Td := s.Points[0].T_decaf_projective()232		Zd := s.Points[0].Z_decaf_projective()233		if !Zd.IsZero() {234			return false, "Z_decaf_projective != 0 for point at infinity"235		}236		if !Yd.IsZero() {237			return false, "Y_decaf_projective != 0 for point at infinity"238		}239		if Xd.IsZero() {240			return false, "X_decaf_projective == 0 for point at infinity"241		}242		if Td.IsZero() {243			return false, "T_decaf_projective == 0 for point at infinity"244		}245		Td.MulEq(&squareRootDbyA_fe)246		ok, _ := Td.CmpAbs(&Xd)247		if !ok {248			return false, "X_decaf_projective / T_decaf_projective != sqrt(d/a) for point at infinity"249		}250		return true, ""251	}252	testutils.Assert(!infinite) // We treated the infinite case above253	clone1 := s.Points[0].Clone()254	clone2 := s.Points[0].Clone()255	X, Y, Z := clone1.XYZ_projective()256	var T FieldElement257	T.Mul(&X, &Y)258	X.MulEq(&Z)259	Y.MulEq(&Z)260	Z.SquareEq()261	Xd := clone2.X_decaf_projective()262	Yd := clone2.Y_decaf_projective()263	Td := clone2.T_decaf_projective()264	Zd := clone2.Z_decaf_projective()265	if Z.IsZero() {266		return false, "Z_projective returned 0 for non-infinite point"267	}268	if Zd.IsZero() {269		return false, "Z_decaf_projective returned 0 for non-infinite point"270	}271	// We check X/Z = +/- Xd/Zd etc. Clearing denominators (which are non-zero)272	Xd.MulEq(&Z)273	Yd.MulEq(&Z)274	Td.MulEq(&Z)275	X.MulEq(&Zd)276	Y.MulEq(&Zd)277	T.MulEq(&Zd)278	// check Y first to get sign (Y cannot be zero):279	if Yd.IsZero() {280		return false, "Y_decaf_projective returned 0 for non-infinite point"281	}282	ok, correctsign := Yd.CmpAbs(&Y)283	if !ok {284		return false, "Y_decaf_projective and Y_projective do not match"285	}286	if !correctsign {287		Xd.NegEq()288	}289	ok, correctsign = Xd.CmpAbs(&X)290	if !ok {291		return false, "X_decaf_projective and X_projective do not match"292	}293	if !correctsign {294		return false, "<foo>_decaf_projective and <foo>_projecive for <foo> in X,Y,Z make inconsistent choices wrt P vs. P+A"295	}296	if !T.IsEqual(&Td) {297		return false, "T_decaf_projective and T_projective do not match"298	}299	return true, ""300}...

domain_test.go

Source:domain_test.go

1package test2import (3	"testing"4	"github.com/google/go-cmp/cmp"5	"github.com/moorada/neferpitool/pkg/constants"6	"github.com/moorada/neferpitool/pkg/domains"7	"github.com/moorada/neferpitool/pkg/whois"8)9func TestUpdateStatus(t *testing.T) {10	td := domains.NewTypoDomain(googleDomain, googleDomain, algorithm)11	_ = td.UpdateStatus()12	if td.Status != constants.ACTIVE {13		t.Errorf("Expected that google.com is registered, but got %v", td.StatusToString())14	}15	td = domains.NewTypoDomain(notExistingDomain, googleDomain, algorithm)16	_ = td.UpdateStatus()17	if td.Status != constants.AVAILABLE {18		t.Errorf("Expected that google.com is available, but got %v", td.StatusToString())19	}20}21func TestCheckForChanges(t *testing.T) {22	td := domains.NewTypoDomain(googleDomain, googleDomain, algorithm)23	err := td.Update()24	if err != nil {25		t.Errorf("Error td.Update %s", err.Error())26	}27	b, _ := td.IsChanged()28	if b {29		t.Errorf("Expected that %s is not changed, but got :%v", googleDomain, b)30	}31	td.Status = constants.AVAILABLE32	b, _ = td.IsChanged()33	if !b {34		t.Errorf("Expected that %s is changed, but got :%v", googleDomain, b)35	}36}37func TestUpdateWhois(t *testing.T) {38	td := domains.NewTypoDomain(googleDomain, googleDomain, algorithm)39	_ = td.UpdateWhois()40	if cmp.Equal(td.Whois, whois.Whois{}) {41		t.Errorf("Expected that whois google.com is not a empty struct, but got empty")42	}43	td = domains.NewTypoDomain(notExistingDomain, googleDomain, algorithm)44	_ = td.UpdateWhois()45	if cmp.Equal(td.Whois, whois.Whois{}) {46		t.Errorf("Expected that whois %s is a empty struct, but got empty", notExistingDomain)47	}48}49func TestTyposAreEquals(t *testing.T) {50	td := domains.NewTypoDomain(swappingDomain, googleDomain, algorithm)51	err := td.Update()52	if err != nil {53		t.Errorf("Error td.Update %s", err.Error())54	}55	td2 := domains.NewTypoDomain(swappingDomain, googleDomain, algorithm)56	err = td2.Update()57	if err != nil {58		t.Errorf("Error td.Update %s", err.Error())59	}60	tDifferent := domains.NewTypoDomain(missingDomain, googleDomain, algorithm)61	err = tDifferent.Update()62	if err != nil {63		t.Errorf("Error td.Update %s", err.Error())64	}65	if !td.IsEqual(td2) {66		t.Errorf("Expected that typodomains structs are egual but: %v", td.IsEqual(td2))67	}68	if td.IsEqual(tDifferent) {69		t.Errorf("Expected that typodomains structs are different but: %v", td.IsEqual(tDifferent))70	}71}...

dbTypoDomain_test.go

Source:dbTypoDomain_test.go

1package test2import (3	"fmt"4	"os"5	"testing"6	"github.com/moorada/neferpitool/pkg/constants"7	"github.com/moorada/neferpitool/pkg/db"8	"github.com/moorada/neferpitool/pkg/domains"9	"github.com/moorada/neferpitool/pkg/whois"10)11func TestAddTypoDomainToDBAndGetTypoDomainFromDB(t *testing.T) {12	os.Remove(dbFile)13	db.InitDB(dbName)14	td := domains.NewTypoDomain(swappingDomain, googleDomain, algorithm)15	td.Status = constants.INACTIVE16	w, _, _ := whois.Get("goolge.it")17	//td.WhoisInfo = w.String()18	td.Whois = w19	db.AddTypoDomainToDB(td)20	td2 := db.GetTypoDomainFromDB(swappingDomain)21	if !td.IsEqual(td2) {22		t.Errorf("Expected that typodomain added to database and typodomain got are egual but: %v", td.IsEqual(td2))23		fmt.Println("td1", td.Name)24		fmt.Println()25		fmt.Println("td2", td2.Name)26	}27	db.RemoveTypoDomainFromDB(swappingDomain)28	if db.GetTypoDomainFromDB(swappingDomain) != (domains.TypoDomain{}) {29		t.Errorf("Expected that TypoDomain is removed but it is in DB, name: %s", td.Name)30	}31	_ = os.Remove(dbFile)32}33func TestRemoveTypoDomainFromDB(t *testing.T) {34	_ = os.Remove(dbFile)35	db.InitDB(dbName)36	td := domains.NewTypoDomain(swappingDomain, googleDomain, algorithm)37	td.Update()38	w, _, _ := whois.Get("goolge.it")39	td.Whois = w /*.String()*/40	db.AddTypoDomainToDB(td)41	td2 := db.GetTypoDomainFromDB(swappingDomain)42	if !td.IsEqual(td2) {43		t.Errorf("Expected that typodomain added to database and typodomain got are egual but: %v", td.IsEqual(td2))44		fmt.Println("td1", td.Name)45		fmt.Println()46		fmt.Println("td2", td2.Name)47	}48	_ = os.Remove(dbFile)49}...

isEqual

Using AI Code Generation

1import (2type td struct {3}4func main() {5    t1 := td{1, 2}6    t2 := td{1, 2}7    fmt.Println(t1.isEqual(t2))8}9func (t td) isEqual(t2 td) bool {10}11import (12type td struct {13}14func main() {15    t1 := td{1, 2}16    t2 := td{1, 2}17    fmt.Println(isEqual(t1, t2))18}19func (t td) isEqual(t2 td) bool {20}21import (22type td struct {23}24func main() {25    t1 := td{1, 2}26    t2 := td{1, 2}27    fmt.Println(t1.isEqual(t2))28}29func (t td) isEqual(t2 td) bool {30}

isEqual

Using AI Code Generation

1import (2func main() {3	if a.isEqual(b) {4		fmt.Println("a is equal to b")5	} else {6		fmt.Println("a is not equal to b")7	}8}9type td struct {10}11func (td1 td) isEqual(td2 td) bool {12	if td1.x == td2.x && td1.y == td2.y {13	} else {14	}15}

isEqual

Using AI Code Generation

1import (2func main() {3        t1 = td{1, 2, 3}4        t2 = td{1, 2, 3}5        fmt.Println(t1.isEqual(t2))6}7import (8func main() {9        t1 = td{1, 2, 3}10        t2 = td{1, 2, 3}11        fmt.Println(t1.isEqual(t2))12}13import (14func main() {15        t1 = td{1, 2, 3}16        t2 = td{1, 2, 3}17        fmt.Println(t1.isEqual(t2))18}19import (20func main() {21        t1 = td{1, 2, 3}22        t2 = td{1, 2, 3}23        fmt.Println(t1.isEqual(t2))24}25import (26func main() {27        t1 = td{1, 2, 3}28        t2 = td{1, 2, 3}29        fmt.Println(t1.isEqual(t2))30}31import (32func main() {33        t1 = td{1, 2, 3}34        t2 = td{1, 2, 3}35        fmt.Println(t1.isEqual(t2))36}37import (38func main() {

isEqual

Using AI Code Generation

1import (2func main() {3    fmt.Println("Hello, playground")4    t1 := td{1, 2, 3}5    t2 := td{1, 2, 3}6    fmt.Println(t1.isEqual(t2))7}8import (9type td struct {10}11func (t td) isEqual(t1 td) bool {12}13func main() {14    fmt.Println("Hello, playground")15    t1 := td{1, 2, 3}16    t2 := td{1, 2, 3}17    fmt.Println(t1.isEqual(t2))18}

isEqual

Using AI Code Generation

1    public class Main {2        public static void main(String[] args) {3            td a = new td(1, 2);4            td b = new td(1, 2);5            System.out.println(a.isEqual(b));6        }7    }8    public class td {9        int x, y;10        td(int x, int y) {11            this.x = x;12            this.y = y;13        }14        public boolean isEqual(td b) {15            return this.x == b.x && this.y == b.y;16        }17    }18        at Main.main(Main.java:4)19        at java.base/jdk.internal.loader.BuiltinClassLoader.loadClass(BuiltinClassLoader.java:583)20        at java.base/jdk.internal.loader.ClassLoaders$AppClassLoader.loadClass(ClassLoaders.java:178)21        at java.base/java.lang.ClassLoader.loadClass(ClassLoader.java:521)22        at java.base/java.lang.Class.forName0(Native Method)23        at java.base/java.lang.Class.forName(Class.java:398)24        at java.base/java.lang.Class.forName(Class.java:330)25        at java.base/java.lang.Class.forName(Class.java:272)

isEqual

Using AI Code Generation

1import "fmt"2func main() {3    a := []int{1, 2, 3}4    b := []int{1, 2, 3}5    fmt.Println("a==b", a == b)6    fmt.Println("td.eq(a, b)", td.eq(a, b))7}8td.eq(a, b) true

isEqual

Using AI Code Generation

1import (2func main() {3	t1 := td{1, 2}4	t2 := td{1, 2}5	if t1.isEqual(t2) {6		fmt.Println("t1 and t2 are equal")7	} else {8		fmt.Println("t1 and t2 are not equal")9	}10}11import (12func main() {13	t1 := td{1, 2}14	t2 := td2{1, 2}15	if t1.isEqual(t2) {16		fmt.Println("t1 and t2 are equal")17	} else {18		fmt.Println("t1 and t2 are not equal")19	}20}21import (22func main() {

isEqual

Using AI Code Generation

1import "fmt"2type td struct {3}4func main() {5r1 := td{10, 20}6r2 := td{10, 20}7if r1.isEqual(r2) {8fmt.Println("Rectangles are equal")9} else {10fmt.Println("Rectangles are not equal")11}12}13func (r td) isEqual(r2 td) bool {14if r.l == r2.l && r.b == r2.b {15}16}17import "fmt"18type td struct {19}20func main() {21r1 := td{10, 20}22r2 := td{10, 20}23if r1.isEqual(&r2) {24fmt.Println("Rectangles are equal")25} else {26fmt.Println("Rectangles are not equal")27}28}29func (r *td) isEqual(r2 *td) bool {30if r.l == r2.l && r.b == r2.b {31}32}33import "fmt"34type td struct {35}36func main() {37r1 := td{10, 20}38r2 := td{10, 20}39if r1.isEqual(r2) {40fmt.Println("Rectangles are equal")41} else {42fmt.Println("Rectangles are not equal")43}44}45func (r *td) isEqual(r2 td)

isEqual

Using AI Code Generation

1func main() {2    a := td{3, 4}3    b := td{3, 4}4    fmt.Println(a.isEqual(b))5}6func main() {7    a := td{3, 4}8    b := td{3, 4}9    fmt.Println(a.isEqual(b))10    fmt.Println(a.isEqual2(&b))11}12Methods and pointer indirection (again)

isEqual

Using AI Code Generation

1import (2func main() {3 td := td{"abc", "def"}4 fmt.Println(td.isEqual())5}6Your name to display (optional):

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