How to use TestCmp method of td Package
Best Go-testdeep code snippet using td.TestCmp
cpu_test.go
Source:cpu_test.go 
1package mos65102import (3 "log"4 "newC64/confload"5 "newC64/memory"6 "newC64/pla906114"7 "os"8 "testing"9)10const (11 ramSize = 6553612 kernalSize = 819213 ioSize = 409614)15type TestData struct {16 proc *CPU17 inst byte18 mem byte19 memVal byte20 memDest byte21 acc byte22 x byte23 y byte24 pc uint1625 oper byte26 flag byte27 res uint1628 resFlag byte29}30type TestSuite struct {31 proc *CPU32 inst byte33 data []TestData34}35func getAddrName(a addressing) string {36 switch a {37 case implied:38 return "implied"39 case immediate:40 return "immediate"41 case relative:42 return "relative"43 case zeropage:44 return "zeropage"45 case zeropageX:46 return "zeropageX"47 case zeropageY:48 return "zeropageY"49 case absolute:50 return "absolute"51 case absoluteX:52 return "absoluteX"53 case absoluteY:54 return "absoluteY"55 case indirect:56 return "indirect"57 case indirectX:58 return "indirectX"59 case indirectY:60 return "indirectY"61 case Branching:62 return "Branching"63 case CrossPage:64 return "CrossPage"65 }66 return "Unknown"67}68func (TS *TestSuite) Add(td TestData) {69 td.proc = TS.proc70 td.inst = TS.inst71 TS.data = append(TS.data, td)72}73func (TD *TestData) run() {74 proc.Inst = mnemonic[TD.inst]75 proc.PC = TD.pc + uint16(proc.Inst.bytes)76 proc.S = TD.flag77 proc.A = TD.acc78 proc.X = TD.x79 proc.Y = TD.y80 proc.oper = uint16(TD.oper)81 for {82 cycle := proc.Inst.Cycles83 proc.Inst.action()84 if cycle == proc.Inst.Cycles {85 break86 }87 }88}89func (TD *TestData) checkBit(t *testing.T, val1, val2 byte, name string) bool {90 if val1 != val2 {91 t.Errorf("%s %s - Incorrect %s - get: %08b - want: %08b", mnemonic[TD.inst].name, getAddrName(mnemonic[TD.inst].addr), name, val1, val2)92 return false93 }94 return true95}96func (TD *TestData) checkByte(t *testing.T, val1, val2 byte, name string) bool {97 if val1 != val2 {98 t.Errorf("%s %s - Incorrect %s - get: %02X - want: %02X", mnemonic[TD.inst].name, getAddrName(mnemonic[TD.inst].addr), name, val1, val2)99 return false100 }101 return true102}103func (TD *TestData) checkWord(t *testing.T, val1, val2 uint16, name string) bool {104 if val1 != val2 {105 t.Errorf("%s %s - Incorrect %s - get: %04X - want: %04X", mnemonic[TD.inst].name, getAddrName(mnemonic[TD.inst].addr), name, val1, val2)106 return false107 }108 return true109}110func finalize(name string, allGood bool) {111 if allGood {112 log.Printf("%s OK", name)113 } else {114 log.Printf("%s %c[1;31mECHEC%c[0m", name, 27, 27)115 }116}117var proc CPU118var pla pla906114.PLA119var conf confload.ConfigData120var mem, io, kernal memory.MEM121var SystemClock uint16122func TestMain(m *testing.M) {123 conf.Disassamble = false124 SystemClock = 0125 mem.Init(ramSize, "")126 io.Init(ioSize, "")127 kernal.Init(kernalSize, "../assets/roms/kernal.bin")128 pla.Init(&mem.Val[1], &conf)129 pla.Attach(&mem, pla906114.RAM, 0)130 pla.Attach(&io, pla906114.IO, pla906114.IOStart)131 pla.Attach(&kernal, pla906114.KERNAL, pla906114.KernalStart)132 proc.Init(&pla, &SystemClock, &conf)133 os.Exit(m.Run())134}135func TestStack(t *testing.T) {136 var allGood bool = true137 mem.Clear(false)138 for i := 0; i <= 0xFF; i++ {139 proc.pushByteStack(byte(i))140 }141 for i := 0xFF; i >= 0; i-- {142 if proc.pullByteStack() != byte(i) {143 t.Errorf("Bad stack operation")144 allGood = false145 }146 }147 for i := 0; i <= 0x7F; i++ {148 proc.pushWordStack(uint16(i))149 }150 for i := 0x7F; i >= 0; i-- {151 if proc.pullWordStack() != uint16(i) {152 t.Errorf("Bad stack operation")153 allGood = false154 }155 }156 finalize("Stack", allGood)157}158func TestLDA(t *testing.T) {159 var allGood bool = true160 mem.Clear(false)161 ts := TestSuite{proc: &proc, inst: 0xA9}162 ts.Add(TestData{oper: 0x6E, res: 0x6E, flag: 0b00100000, resFlag: 0b00100000})163 ts.Add(TestData{oper: 0xFF, res: 0xFF, flag: 0b00100000, resFlag: 0b10100000})164 ts.Add(TestData{oper: 0x00, res: 0x00, flag: 0b00100000, resFlag: 0b00100010})165 ts.Add(TestData{oper: 0x81, res: 0x81, flag: 0b00100000, resFlag: 0b10100000})166 for _, table := range ts.data {167 table.run()168 allGood = allGood && table.checkBit(t, proc.S, table.resFlag, "Status Flag")169 allGood = allGood && table.checkByte(t, proc.A, byte(table.res), "Assignement")170 }171 finalize(mnemonic[ts.inst].name, allGood)172}173func TestBNE(t *testing.T) {174 var allGood bool = true175 mem.Clear(false)176 ts := TestSuite{proc: &proc, inst: 0xD0}177 ts.Add(TestData{flag: 0b00000000, pc: 0xBC16, oper: 0xF9, res: 0xBC11})178 ts.Add(TestData{flag: 0b00000010, pc: 0xBC16, oper: 0xF9, res: 0xBC18})179 for _, table := range ts.data {180 table.run()181 allGood = allGood && table.checkWord(t, proc.PC, table.res, "Address")182 }183 finalize(mnemonic[ts.inst].name, allGood)184}185func TestADC(t *testing.T) {186 // LDA #$06187 // STA $0014188 // LDA #$02189 // STA $0015190 // LDA #$0E191 // STA $020A192 // LDY #$04193 // LDA #$20194 // CLC195 // ADC ($14),Y196 var allGood bool = true197 mem.Clear(false)198 ts := TestSuite{proc: &proc, inst: 0x75}199 ts.Add(TestData{acc: 0x01, x: 0x04, oper: 0x10, flag: 0b00110000, res: 0x07, resFlag: 0b00110000})200 ts.Add(TestData{acc: 0x01, x: 0x04, oper: 0x10, flag: 0b00110001, res: 0x08, resFlag: 0b00110000})201 ts.Add(TestData{acc: 0xFE, x: 0x04, oper: 0x10, flag: 0b00110000, res: 0x04, resFlag: 0b00110001})202 ts.Add(TestData{acc: 0xFE, x: 0x04, oper: 0x10, flag: 0b00110001, res: 0x05, resFlag: 0b00110001})203 ts.inst = 0x69 // immediate204 ts.Add(TestData{acc: 0x78, x: 0x04, oper: 0x80, flag: 0b00110000, res: 0xF8, resFlag: 0b10110000})205 ts.Add(TestData{acc: 0x80, x: 0x04, oper: 0x12, flag: 0b00111000, res: 0x92, resFlag: 0b10111000})206 ts.Add(TestData{acc: 0x58, x: 0x04, oper: 0x46, flag: 0b00111001, res: 0x05, resFlag: 0b01111001})207 ts.Add(TestData{acc: 0x99, x: 0x04, oper: 0x01, flag: 0b00111000, res: 0x00, resFlag: 0b00111011})208 ts.inst = 0x61209 ts.Add(TestData{acc: 0x20, x: 0x04, oper: 0x10, flag: 0b00110000, res: 0x2E, resFlag: 0b00110000})210 ts.Add(TestData{acc: 0x01, x: 0x04, oper: 0x10, flag: 0b00110001, res: 0x10, resFlag: 0b00110000})211 ts.Add(TestData{acc: 0xA0, x: 0x04, oper: 0x10, flag: 0b00110000, res: 0xAE, resFlag: 0b10110000})212 ts.Add(TestData{acc: 0xFE, x: 0x04, oper: 0x10, flag: 0b00110001, res: 0x0D, resFlag: 0b00110001})213 ts.inst = 0x71214 ts.Add(TestData{acc: 0x20, x: 0x04, oper: 0x14, flag: 0b00110000, res: 0x2E, resFlag: 0b00110000})215 ts.Add(TestData{acc: 0x01, x: 0x04, oper: 0x14, flag: 0b00110001, res: 0x10, resFlag: 0b00110000})216 ts.Add(TestData{acc: 0xA0, x: 0x04, oper: 0x14, flag: 0b00110000, res: 0xAE, resFlag: 0b10110000})217 ts.Add(TestData{acc: 0xFE, x: 0x04, oper: 0x14, flag: 0b00110001, res: 0x0D, resFlag: 0b00110001})218 proc.ram.Write(0x0014, 0x06)219 proc.ram.Write(0x0015, 0x02)220 proc.ram.Write(0x0206, 0x0E)221 proc.ram.Write(0x020A, 0x0E)222 for _, table := range ts.data {223 table.run()224 allGood = allGood && table.checkByte(t, proc.A, byte(table.res), "Result")225 allGood = allGood && table.checkBit(t, proc.S, table.resFlag, "Flags")226 }227 finalize(mnemonic[ts.inst].name, allGood)228}229func TestSBC(t *testing.T) {230 // LDA #$06231 // STA $0014232 // LDA #$02233 // STA $0015234 // LDA #$0E235 // STA $020A236 // LDY #$04237 // LDA #$fe238 // SEC239 // SBC ($14),Y240 var allGood bool = true241 mem.Clear(false)242 ts := TestSuite{proc: &proc, inst: 0xE9} // Immediate243 ts.Add(TestData{acc: 0x03, oper: 0x08, flag: 0b00110000, res: 0xFA, resFlag: 0b10110000})244 ts.Add(TestData{acc: 0x03, oper: 0x08, flag: 0b00110001, res: 0xFB, resFlag: 0b10110000})245 ts.Add(TestData{acc: 0x58, oper: 0x46, flag: 0b00111000, res: 0x11, resFlag: 0b00111001})246 ts.inst = 0xF5247 ts.Add(TestData{mem: 0x06, memVal: 0x0E, acc: 0x01, x: 0x04, oper: 0x10, flag: 0b00110000, res: 0xFA, resFlag: 0b10110000})248 ts.Add(TestData{mem: 0x06, memVal: 0x0E, acc: 0x20, x: 0x04, oper: 0x10, flag: 0b00110000, res: 0x19, resFlag: 0b00110001})249 ts.inst = 0xE1250 ts.Add(TestData{mem: 0x06, memVal: 0x0E, acc: 0x20, x: 0x04, oper: 0x10, flag: 0b00110000, res: 0x11, resFlag: 0b00110001})251 ts.Add(TestData{mem: 0x06, memVal: 0x0E, acc: 0x01, x: 0x04, oper: 0x10, flag: 0b00110001, res: 0xF3, resFlag: 0b10110000})252 ts.Add(TestData{mem: 0x06, memVal: 0x0E, acc: 0xA0, x: 0x04, oper: 0x10, flag: 0b00110000, res: 0x91, resFlag: 0b10110001})253 ts.Add(TestData{mem: 0x06, memVal: 0x0E, acc: 0xFE, x: 0x04, oper: 0x10, flag: 0b00110001, res: 0xF0, resFlag: 0b10110001})254 ts.inst = 0xF1255 ts.Add(TestData{mem: 0x06, memVal: 0x0E, acc: 0x20, y: 0x04, oper: 0x14, flag: 0b00110000, res: 0x11, resFlag: 0b00110001})256 ts.Add(TestData{mem: 0x06, memVal: 0x0E, acc: 0x01, y: 0x04, oper: 0x14, flag: 0b00110001, res: 0xF3, resFlag: 0b10110000})257 ts.Add(TestData{mem: 0x06, memVal: 0x0E, acc: 0xA0, y: 0x04, oper: 0x14, flag: 0b00110000, res: 0x91, resFlag: 0b10110001})258 ts.Add(TestData{mem: 0x06, memVal: 0x0E, acc: 0xFE, y: 0x04, oper: 0x14, flag: 0b00110001, res: 0xF0, resFlag: 0b10110001})259 ts.Add(TestData{mem: 0x06, memVal: 0x08, acc: 0x03, y: 0x04, oper: 0x14, flag: 0b00110001, res: 0xFB, resFlag: 0b10110000})260 ts.Add(TestData{mem: 0x06, memVal: 0x08, acc: 0x03, y: 0x04, oper: 0x14, flag: 0b00110000, res: 0xFA, resFlag: 0b10110000})261 ts.Add(TestData{mem: 0x06, memVal: 0x0E, acc: 0xFE, y: 0x04, oper: 0x14, flag: 0b00110011, res: 0xF0, resFlag: 0b10110001})262 for _, table := range ts.data {263 proc.ram.Write(0x0014, table.mem)264 proc.ram.Write(0x0015, 0x02)265 proc.ram.Write(0x0206, table.memVal)266 proc.ram.Write(0x020A, table.memVal)267 table.run()268 allGood = allGood && table.checkByte(t, proc.A, byte(table.res), "Result")269 allGood = allGood && table.checkBit(t, proc.S, table.resFlag, "Flags")270 }271 finalize(mnemonic[ts.inst].name, allGood)272}273func TestCMP(t *testing.T) {274 var allGood bool = true275 mem.Clear(false)276 ts := TestSuite{proc: &proc, inst: 0xC9}277 ts.Add(TestData{acc: 0x50, oper: 0x20, flag: 0b00110000, resFlag: 0b00110001})278 ts.Add(TestData{acc: 0xF0, oper: 0x20, flag: 0b00110000, resFlag: 0b10110001})279 ts.Add(TestData{acc: 0x00, oper: 0x20, flag: 0b00110000, resFlag: 0b10110000})280 ts.Add(TestData{acc: 0x20, oper: 0x20, flag: 0b00110000, resFlag: 0b00110011})281 ts.Add(TestData{acc: 0x01, oper: 0x20, flag: 0b00110000, resFlag: 0b10110000})282 ts.Add(TestData{acc: 0x00, oper: 0x00, flag: 0b00110000, resFlag: 0b00110011})283 ts.Add(TestData{acc: 0xFF, oper: 0xFF, flag: 0b00110000, resFlag: 0b00110011})284 ts.inst = 0xD1285 ts.Add(TestData{acc: 0x50, y: 0x08, oper: 0xC1, flag: 0b00110000, resFlag: 0b00110000})286 ts.Add(TestData{acc: 0xF0, y: 0x08, oper: 0xC1, flag: 0b00110000, resFlag: 0b00110001})287 ts.Add(TestData{acc: 0x00, y: 0x08, oper: 0xC1, flag: 0b00110000, resFlag: 0b00110000})288 ts.Add(TestData{acc: 0x20, y: 0x08, oper: 0xC1, flag: 0b00110000, resFlag: 0b00110000})289 ts.Add(TestData{acc: 0xEE, y: 0x08, oper: 0xC1, flag: 0b00110000, resFlag: 0b00110011})290 ts.Add(TestData{acc: 0xFF, y: 0x08, oper: 0xC1, flag: 0b00110000, resFlag: 0b00110001})291 for _, table := range ts.data {292 proc.ram.Write(0x0408, 0xEE)293 proc.ram.Write(0xC1, 0x00)294 proc.ram.Write(0xC2, 0x04)295 table.run()296 allGood = allGood && table.checkBit(t, proc.S, table.resFlag, "Flags")297 }298 finalize(mnemonic[ts.inst].name, allGood)299}300func TestROR(t *testing.T) {301 var allGood bool = true302 mem.Clear(false)303 ts := TestSuite{proc: &proc, inst: 0x76}304 ts.Add(TestData{mem: 0x06, x: 0x04, oper: 0x10, flag: 0b00110000, res: 0x03, resFlag: 0b00110000})305 ts.Add(TestData{mem: 0x06, x: 0x04, oper: 0x10, flag: 0b00110001, res: 0x83, resFlag: 0b10110000})306 for _, table := range ts.data {307 proc.ram.Write(0x0014, table.mem)308 table.run()309 allGood = allGood && table.checkByte(t, proc.ram.Read(0x0014), byte(table.res), "Result")310 allGood = allGood && table.checkBit(t, proc.S, table.resFlag, "Flags")311 }312 finalize(mnemonic[ts.inst].name, allGood)313}314func TestROL(t *testing.T) {315 var allGood bool = true316 mem.Clear(false)317 ts := TestSuite{proc: &proc, inst: 0x36}318 ts.Add(TestData{mem: 0x06, x: 0x04, oper: 0x10, flag: 0b00110000, res: 0x0C, resFlag: 0b00110000})319 ts.Add(TestData{mem: 0x06, x: 0x04, oper: 0x10, flag: 0b00110001, res: 0x0D, resFlag: 0b00110000})320 ts.Add(TestData{mem: 0x80, x: 0x04, oper: 0x10, flag: 0b00110001, res: 0x01, resFlag: 0b00110001})321 ts.Add(TestData{mem: 0xF0, x: 0x04, oper: 0x10, flag: 0b00110001, res: 0xE1, resFlag: 0b10110001})322 ts.Add(TestData{mem: 0xF0, x: 0x04, oper: 0x10, flag: 0b00110000, res: 0xE0, resFlag: 0b10110001})323 for _, table := range ts.data {324 proc.ram.Write(0x0014, table.mem)325 table.run()326 allGood = allGood && table.checkByte(t, proc.ram.Read(0x0014), byte(table.res), "Result")327 allGood = allGood && table.checkBit(t, proc.S, table.resFlag, "Flags")328 }329 finalize(mnemonic[ts.inst].name, allGood)330}331func TestLSR(t *testing.T) {332 var allGood bool = true333 mem.Clear(false)334 ts := TestSuite{proc: &proc, inst: 0x56}335 ts.Add(TestData{mem: 0x80, x: 0x04, oper: 0x10, flag: 0b00110000, res: 0x40, resFlag: 0b00110000})336 ts.Add(TestData{mem: 0x0F, x: 0x04, oper: 0x10, flag: 0b00110000, res: 0x07, resFlag: 0b00110001})337 ts.Add(TestData{mem: 0x0F, x: 0x04, oper: 0x10, flag: 0b00110001, res: 0x07, resFlag: 0b00110001})338 ts.Add(TestData{mem: 0x80, x: 0x04, oper: 0x10, flag: 0b00110001, res: 0x40, resFlag: 0b00110000})339 ts.Add(TestData{mem: 0xFF, x: 0x04, oper: 0x10, flag: 0b00110001, res: 0x7F, resFlag: 0b00110001})340 for _, table := range ts.data {341 proc.ram.Write(0x0014, table.mem)342 table.run()343 allGood = allGood && table.checkByte(t, proc.ram.Read(0x0014), byte(table.res), "Result")344 allGood = allGood && table.checkBit(t, proc.S, table.resFlag, "Flags")345 }346 finalize(mnemonic[ts.inst].name, allGood)347}348func TestASL(t *testing.T) {349 var allGood bool = true350 mem.Clear(false)351 ts := TestSuite{proc: &proc, inst: 0x0E}352 ts.Add(TestData{mem: 0xF1, x: 0x04, memDest: 0x19, oper: 0x0019, flag: 0b00100101, res: 0xE2, resFlag: 0b10100101})353 ts.inst = 0x16354 ts.Add(TestData{mem: 0x80, x: 0x04, memDest: 0x14, oper: 0x10, flag: 0b00110000, res: 0x00, resFlag: 0b00110011})355 ts.Add(TestData{mem: 0x7F, x: 0x04, memDest: 0x14, oper: 0x10, flag: 0b00110000, res: 0xFE, resFlag: 0b10110000})356 ts.Add(TestData{mem: 0x7F, x: 0x04, memDest: 0x14, oper: 0x10, flag: 0b00110001, res: 0xFE, resFlag: 0b10110000})357 ts.Add(TestData{mem: 0x80, x: 0x04, memDest: 0x14, oper: 0x10, flag: 0b00110001, res: 0x00, resFlag: 0b00110011})358 ts.Add(TestData{mem: 0xFF, x: 0x04, memDest: 0x14, oper: 0x10, flag: 0b00110001, res: 0xFE, resFlag: 0b10110001})359 for _, table := range ts.data {360 proc.ram.Write(uint16(table.memDest), table.mem)361 table.run()362 allGood = allGood && table.checkByte(t, proc.ram.Read(uint16(table.memDest)), byte(table.res), "Result")363 allGood = allGood && table.checkBit(t, proc.S, table.resFlag, "Flags")364 }365 finalize(mnemonic[ts.inst].name, allGood)366}367func TestEOR(t *testing.T) {368 var allGood bool = true369 mem.Clear(false)370 ts := TestSuite{proc: &proc, inst: 0x55}371 ts.Add(TestData{mem: 0x80, acc: 0x11, x: 0x04, oper: 0x10, flag: 0b00110000, res: 0x91, resFlag: 0b10110000})372 ts.Add(TestData{mem: 0x80, acc: 0x80, x: 0x04, oper: 0x10, flag: 0b00110000, res: 0x00, resFlag: 0b00110010})373 ts.Add(TestData{mem: 0x80, acc: 0x0F, x: 0x04, oper: 0x10, flag: 0b00110001, res: 0x8F, resFlag: 0b10110001})374 ts.Add(TestData{mem: 0x80, acc: 0xFF, x: 0x04, oper: 0x10, flag: 0b00110001, res: 0x7F, resFlag: 0b00110001})375 ts.Add(TestData{mem: 0x80, acc: 0x00, x: 0x04, oper: 0x10, flag: 0b00110001, res: 0x80, resFlag: 0b10110001})376 for _, table := range ts.data {377 proc.ram.Write(0x0014, table.mem)378 table.run()379 allGood = allGood && table.checkByte(t, proc.A, byte(table.res), "Result")380 allGood = allGood && table.checkBit(t, proc.S, table.resFlag, "Flags")381 }382 finalize(mnemonic[ts.inst].name, allGood)383}384func TestBIT(t *testing.T) {385 var allGood bool = true386 // LDA #$80387 // STA $14388 // CLC389 // LDA #$11390 // BIT $14391 mem.Clear(false)392 ts := TestSuite{proc: &proc, inst: 0x24}393 ts.Add(TestData{mem: 0x80, acc: 0x11, oper: 0x14, flag: 0b00110000, resFlag: 0b10110010})394 ts.Add(TestData{mem: 0x80, acc: 0x80, oper: 0x14, flag: 0b00110000, resFlag: 0b10110000})395 ts.Add(TestData{mem: 0x80, acc: 0x0F, oper: 0x14, flag: 0b00110001, resFlag: 0b10110011})396 ts.Add(TestData{mem: 0x80, acc: 0xFF, oper: 0x14, flag: 0b00110001, resFlag: 0b10110001})397 ts.Add(TestData{mem: 0x80, acc: 0x00, oper: 0x14, flag: 0b00110011, resFlag: 0b10110011})398 for _, table := range ts.data {399 proc.ram.Write(0x0014, table.mem)400 table.run()401 allGood = allGood && table.checkBit(t, proc.S, table.resFlag, "Flags")402 }403 finalize(mnemonic[ts.inst].name, allGood)404}...
cmp_deeply_test.go
Source:cmp_deeply_test.go
...272 } {273 test.EqualStr(t, S(curTest.params...), curTest.expected, "#%d", i)274 }275}276func TestCmp(t *testing.T) {277 tt := test.NewTestingTB(t.Name())278 test.IsTrue(t, Cmp(tt, 1, 1))279 test.IsFalse(t, tt.Failed())280 tt = test.NewTestingTB(t.Name())281 test.IsFalse(t, Cmp(tt, 1, 2))282 test.IsTrue(t, tt.Failed())283}284func TestCmpDeeply(t *testing.T) {285 tt := test.NewTestingTB(t.Name())286 test.IsTrue(t, CmpDeeply(tt, 1, 1))287 test.IsFalse(t, tt.Failed())288 tt = test.NewTestingTB(t.Name())289 test.IsFalse(t, CmpDeeply(tt, 1, 2))290 test.IsTrue(t, tt.Failed())291}...
TestCmp
Using AI Code Generation
1import (2func main() {3 fmt.Println(td.TestCmp())4}5import (6func main() {7 fmt.Println(td.TestCmp())8}9import (10func main() {11 fmt.Println(td.TestCmp())12}13import (14func main() {15 fmt.Println(td.TestCmp())16}17import (18func main() {19 fmt.Println(td.TestCmp())20}21import (22func main() {23 fmt.Println(td.TestCmp())24}25import (26func main() {27 fmt.Println(td.TestCmp())28}29import (30func main() {31 fmt.Println(td.TestCmp())32}33import (34func main() {35 fmt.Println(td.TestCmp())36}37import (38func main() {39 fmt.Println(td.TestCmp())40}41import (42func main() {43 fmt.Println(td.TestCmp())44}45import (
TestCmp
Using AI Code Generation
1import (2type td struct {3}4func (t td) TestCmp() bool {5 return math.Abs(t.a-t.b) < 1e-126}7func main() {8 t := td{1.00000000000001, 1.00000000000002}9 fmt.Println(t.TestCmp())10}11import (12type td struct {13}14func (t td) TestCmp() bool {15 return math.Abs(t.a-t.b) < 1e-1216}17func main() {18 t := td{1.00000000000001, 1.00000000000002}19 fmt.Println(t.TestCmp())20}21import (22type td struct {23}24func (t td) TestCmp() bool {25 return math.Abs(t.a-t.b) < 1e-1226}27func main() {28 t := td{1.00000000000001, 1.00000000000002}29 fmt.Println(t.TestCmp())30}31import (32type td struct {33}34func (t td) TestCmp() bool {35 return math.Abs(t.a-t.b) < 1e-1236}37func main() {38 t := td{1.00000000000001, 1.00000000000002}39 fmt.Println(t.TestCmp())40}41import (42type td struct {43}44func (t td) TestCmp() bool {45 return math.Abs(t.a-t.b) < 1e-1246}47func main() {48 t := td{1.00000000000001, 1.00000000000002}49 fmt.Println(t.TestCmp())50}
TestCmp
Using AI Code Generation
1import "fmt"2type td struct {3}4func (t td) TestCmp() bool {5}6func main() {7 t := td{1, 2}8 fmt.Println(t.TestCmp())9 t = td{2, 2}10 fmt.Println(t.TestCmp())11}12import "fmt"13type td struct {14}15func (t *td) TestCmp() bool {16}17func main() {18 t := &td{1, 2}19 fmt.Println(t.TestCmp())20 t = &td{2, 2}21 fmt.Println(t.TestCmp())22}23import "fmt"24type td struct {25}26func (t td) TestCmp() bool {27}28func main() {29 t := td{1, 2}30 fmt.Println(t.TestCmp())31 t = td{2, 2}32 fmt.Println(t.TestCmp())33}34import "fmt"35type td struct {36}37func (t *td) TestCmp() bool {38}39func main() {40 t := td{1, 2}41 fmt.Println(t.TestCmp())42 t = td{2, 2}43 fmt.Println(t.TestCmp())44}45import "fmt"46type td struct {47}48func (t *td) TestCmp() bool {49}50func main() {51 t := &td{1, 2}52 fmt.Println(t.TestCmp())53 t = &td{2, 2}54 fmt.Println(t.TestCmp())55}
TestCmp
Using AI Code Generation
1import (2func main() {3 x := td.TestCmp(2, 3)4 fmt.Println(x)5}6import (7func main() {8 x := td.TestCmp(3, 2)9 fmt.Println(x)10}11import (12func main() {13 x := td.TestCmp(2, 2)14 fmt.Println(x)15}16import (17func main() {18 x := td.TestCmp(3, 3)19 fmt.Println(x)20}21import (22func main() {23 x := td.TestCmp(4, 4)24 fmt.Println(x)25}26import (27func main() {28 x := td.TestCmp(5, 5)29 fmt.Println(x)30}31import (32func main() {33 x := td.TestCmp(6, 6)34 fmt.Println(x)35}36import (37func main() {38 x := td.TestCmp(7, 7)39 fmt.Println(x)40}41import (42func main() {43 x := td.TestCmp(8, 8)44 fmt.Println(x)45}46import (47func main() {
TestCmp
Using AI Code Generation
1import "fmt"2func main() {3 if a == b {4 fmt.Printf("a is equal to b5 } else {6 fmt.Printf("a is not equal to b7 }8 if a < b {9 fmt.Printf("a is less than b10 } else {11 fmt.Printf("a is not less than b12 }13 if a > b {14 fmt.Printf("a is greater than b15 } else {16 fmt.Printf("a is not greater than b17 }18}19if expression {20}
TestCmp
Using AI Code Generation
1import (2func main() {3 if td.TestCmp(x, y, z) {4 fmt.Println("x is the largest")5 } else if td.TestCmp(y, x, z) {6 fmt.Println("y is the largest")7 } else {8 fmt.Println("z is the largest")9 }10}11import (12func main() {13 if td.TestCmp(x, y, z) {14 fmt.Println("x is the largest")15 } else if td.TestCmp(y, x, z) {16 fmt.Println("y is the largest")17 } else {18 fmt.Println("z is the largest")19 }20}21import (22func main() {23 if td.TestCmp(x, y, z) {24 fmt.Println("x is the largest")25 } else if td.TestCmp(y, x, z) {26 fmt.Println("y is the largest")27 } else {28 fmt.Println("z is the largest")29 }30}31import (32func main() {33 if td.TestCmp(x, y, z) {34 fmt.Println("x is the largest")35 } else if td.TestCmp(y, x, z) {36 fmt.Println("y is the largest")37 } else {38 fmt.Println("z is the largest")39 }40}41import (42func main() {
TestCmp
Using AI Code Generation
1import "fmt"2func main() {3 fmt.Println("a == b:", a == b)4 fmt.Println("a == c:", a == c)5 fmt.Println("a == d:", a == d)6 fmt.Println("a == e:", a == e)7 fmt.Println("a == f:", a == f)8}9import (10func main() {11 fmt.Println("a == b:", td.TestCmp(a, b, 15))12 fmt.Println("a == c:", td.TestCmp(a, c, 15))13 fmt.Println("a == d
TestCmp
Using AI Code Generation
1import (2func main() {3 t := TestCmp{1, 2}4 t.TestCmp()5}6import (7type TestCmp struct {8}9func (t TestCmp) TestCmp() {10 fmt.Println("A = ", t.A)11 fmt.Println("B = ", t.B)12}
TestCmp
Using AI Code Generation
1import (2func main() {3 fmt.Println(td.Abs(-5))4 fmt.Println(td.Abs(5))5}6import (7type TestCmp struct{}8func (td TestCmp) Abs(x float64) float64 {9 if x < 0 {10 }11}12func (td TestCmp) Sqrt(x float64) float64 {13 for i := 0; i < 1000; i++ {14 z -= (z*z - x) / (2 * x)15 }16}17func (td TestCmp) Pow(x, n, lim float64) float64 {18 if v := math.Pow(x, n); v < lim {19 }20}21func (td TestCmp) Sqrt2(x float64) float64 {22 for i := 0; i < 1000; i++ {23 z -= (z*z - x) / (2 * x)24 if z*z-x < 0.000000000001 {25 }26 }27}28func (td TestCmp) Sqrt3(x float64) float64 {29 for i := 0; i < 1000; i++ {30 z -= (z*z - x) / (2 * x)31 if math.Abs(z*z-x) < 0.000000000001 {32 }33 }34}
TestCmp
Using AI Code Generation
1import (2func main() {3 t.TestCmp()4 fmt.Println("TestCmp method of td class called")5}6import (7func main() {8 t.TestCmp()9 fmt.Println("TestCmp method of td class called")10}11import (12func main() {13 t.TestCmp()14 fmt.Println("TestCmp method of td class called")15}16import (17func main() {18 t.TestCmp()19 fmt.Println("TestCmp method of td class called")20}21import (22func main() {23 t.TestCmp()24 fmt.Println("TestCmp method of td class called")25}26import (27func main() {28 t.TestCmp()29 fmt.Println("TestCmp method of td class called")30}31import (32func main() {33 t.TestCmp()34 fmt.Println("TestCmp method of td class called")35}36import (37func main() {38 t.TestCmp()39 fmt.Println("TestCmp method of td class called")40}41import (42func main() {
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Most used method in
- init
- stripTrace
- formatError
- CmpDeeply
- Cmp
- TestStripTrace
- TestFormatError
- TestS
- TestCmp
- TestCmpDeeply
- CmpAll
- CmpAny
- CmpArray
- CmpArrayEach
- CmpBag
- CmpBetween
- CmpCap
- CmpCode
- CmpContains
- CmpContainsKey
- CmpEmpty
- CmpErrorIs
- CmpFirst
- CmpGrep
- CmpGt
- CmpGte
- CmpHasPrefix
- CmpHasSuffix
- CmpIsa
- CmpJSON
- CmpJSONPointer
- CmpKeys
- CmpLast
- CmpLax
- CmpLen
- CmpLt
- CmpLte
- CmpMap
- CmpMapEach
- CmpN
- CmpNaN
- CmpNil
- CmpNone
- CmpNot
- CmpNotAny
- CmpNotEmpty
- CmpNotNaN
- CmpNotNil
- CmpNotZero
- CmpPPtr
- CmpPtr
- CmpRe
- CmpReAll
- CmpRecv
- CmpSet
- CmpShallow
- CmpSlice
- CmpSmuggle
- CmpSStruct
- CmpString
- CmpStruct
- CmpSubBagOf
- CmpSubJSONOf
- CmpSubMapOf
- CmpSubSetOf
- CmpSuperBagOf
- CmpSuperJSONOf
- CmpSuperMapOf
- CmpSuperSetOf
- CmpSuperSliceOf
- CmpTruncTime
- CmpValues
- CmpZero
- CmpTrue
- CmpFalse
- CmpError
- CmpNoError
- CmpPanic
- CmpNotPanic
- Equal
- OriginalPath
- getMaxErrorsFromEnv
- sanitize
- newContext
- newContextWithConfig
- newBooleanContext
- TestContext
- TestGetMaxErrorsFromEnv
- isNilStr
- deepValueEqualFinal
- deepValueEqualFinalOK
- nilHandler
- isCustomEqual
- resolveAnchor
- deepValueEqual
- deepValueEqualOK
- EqDeeply
- EqDeeplyError
- Flatten
- TestBase
- TestTdSetResult
- TestPkgFunc
- All
- Any
- Array
- ArrayEach
- Bag
- Between
- Cap
- Code
- Contains
- ContainsKey
- Empty
- First
- Grep
- Gt
- Gte
- HasPrefix
- HasSuffix
- Isa
- JSON
- JSONPointer
- Keys
- Last
- Len
- Lt
- Lte
- Map
- MapEach
- NaN
- Nil
- None
- Not
- NotAny
- NotEmpty
- NotNaN
- NotNil
- NotZero
- PPtr
- Ptr
- Re
- ReAll
- Recv
- Set
- Shallow
- Slice
- Smuggle
- SStruct
- String
- Struct
- SubBagOf
- SubJSONOf
- SubMapOf
- SubSetOf
- SuperBagOf
- SuperJSONOf
- SuperMapOf
- SuperSetOf
- SuperSliceOf
- TruncTime
- Values
- Zero
- AddAnchorableStructType
- Anchor
- resetNonPersistentAnchors
- ResetAnchors
- AnchorsPersistTemporarily
- DoAnchorsPersist
- SetAnchorsPersist
- initAnchors
- WithCmpHooks
- WithSmuggleHooks
- copyWithHooks
- NewT
- Assert
- Require
- AssertRequire
- RootName
- FailureIsFatal
- UseEqual
- BeLax
- IgnoreUnexported
- True
- False
- Parallel
- getRunFunc
- Run
- RunAssertRequire
- RunT
- getTrace
- LogTrace
- ErrorTrace
- FatalTrace
- Match
- TypeBehind
- newArray
- populateExpectedEntries
- initBetween
- nInt
- nUint
- nFloat
- matchInt
- matchUint
- matchFloat
- matchString
- Catch
- doesNotContainErr
- getExpectedValue
- doesNotContainKey
- Delay
- HandleInvalid
- getOperator
- IsEmpty
- errorToRawString
- ErrorIs
- errorTypeMismatch
- checkPtr
- checkType
- expectedTypeStr
- initGrepBase
- matchItem
- sliceTypeBehind
- notFound
- grepResolvePtr
- grepBadKind
- Ignore
- newJSONUnmarshaler
- replaceLocation
- unmarshal
- resolveOp
- newJSONNamedPlaceholder
- newJSONNumPlaceholder
- MarshalJSON
- newJSONEmbedded
- gotViaJSON
- jsonify
- jsonStringify
- jsonPointerContext
- initKVBase
- Lax
- initLenCapBase
- isEqual
- newList
- newMap
- newRe
- needCaptures
- matchByteCaptures
- matchStringCaptures
- matchCaptures
- matchBool
- doesNotMatch
- newSetBase
- Summary
- stringPointer
- contextAndGot
- joinFieldsPath
- splitFieldsPath
- nilFieldErr
- buildFieldsPathFn
- getFieldsPathFn
- getCaster
- buildCaster
- laxConvert
- TestFieldsPath
- TestBuildFieldsPathFn
- newSmugglerBase
- internalTypeBehind
- jsonValueEqual
- newStringBase
- getString
- Less
- Swap
- parseMatcher
- newFieldMatcher
- canonStructField
- mergeStructFields
- newStruct
- anyStruct
- addExpectedValue
- TestCanonStructField
- TestMergeStructFields
- TestFieldMatcher
- Tag
- TupleFrom
- Index
- pkgFunc
- setLocation
- GetLocation
- Error
- stringError
- newBase
- newBaseOKNil
- uniqTypeBehindSlice
- getTime
- TestGetTime
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