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How to use Info method of powerpc Package

Best Syzkaller code snippet using powerpc.Info

elf.go

Source:elf.go

...2244	Addr      uint32 /* Address in memory image. */2245	Off       uint32 /* Offset in file. */2246	Size      uint32 /* Size in bytes. */2247	Link      uint32 /* Index of a related section. */2248	Info      uint32 /* Depends on section type. */2249	Addralign uint32 /* Alignment in bytes. */2250	Entsize   uint32 /* Size of each entry in section. */2251}2252// ELF32 Program header.2253type Prog32 struct {2254	Type   uint32 /* Entry type. */2255	Off    uint32 /* File offset of contents. */2256	Vaddr  uint32 /* Virtual address in memory image. */2257	Paddr  uint32 /* Physical address (not used). */2258	Filesz uint32 /* Size of contents in file. */2259	Memsz  uint32 /* Size of contents in memory. */2260	Flags  uint32 /* Access permission flags. */2261	Align  uint32 /* Alignment in memory and file. */2262}2263// ELF32 Dynamic structure. The ".dynamic" section contains an array of them.2264type Dyn32 struct {2265	Tag int32  /* Entry type. */2266	Val uint32 /* Integer/Address value. */2267}2268// ELF32 Compression header.2269type Chdr32 struct {2270	Type      uint322271	Size      uint322272	Addralign uint322273}2274/*2275 * Relocation entries.2276 */2277// ELF32 Relocations that don't need an addend field.2278type Rel32 struct {2279	Off  uint32 /* Location to be relocated. */2280	Info uint32 /* Relocation type and symbol index. */2281}2282// ELF32 Relocations that need an addend field.2283type Rela32 struct {2284	Off    uint32 /* Location to be relocated. */2285	Info   uint32 /* Relocation type and symbol index. */2286	Addend int32  /* Addend. */2287}2288func R_SYM32(info uint32) uint32      { return info >> 8 }2289func R_TYPE32(info uint32) uint32     { return info & 0xff }2290func R_INFO32(sym, typ uint32) uint32 { return sym<<8 | typ }2291// ELF32 Symbol.2292type Sym32 struct {2293	Name  uint322294	Value uint322295	Size  uint322296	Info  uint82297	Other uint82298	Shndx uint162299}2300const Sym32Size = 162301func ST_BIND(info uint8) SymBind { return SymBind(info >> 4) }2302func ST_TYPE(info uint8) SymType { return SymType(info & 0xF) }2303func ST_INFO(bind SymBind, typ SymType) uint8 {2304	return uint8(bind)<<4 | uint8(typ)&0xf2305}2306func ST_VISIBILITY(other uint8) SymVis { return SymVis(other & 3) }2307/*2308 * ELF642309 */2310// ELF64 file header.2311type Header64 struct {2312	Ident     [EI_NIDENT]byte /* File identification. */2313	Type      uint16          /* File type. */2314	Machine   uint16          /* Machine architecture. */2315	Version   uint32          /* ELF format version. */2316	Entry     uint64          /* Entry point. */2317	Phoff     uint64          /* Program header file offset. */2318	Shoff     uint64          /* Section header file offset. */2319	Flags     uint32          /* Architecture-specific flags. */2320	Ehsize    uint16          /* Size of ELF header in bytes. */2321	Phentsize uint16          /* Size of program header entry. */2322	Phnum     uint16          /* Number of program header entries. */2323	Shentsize uint16          /* Size of section header entry. */2324	Shnum     uint16          /* Number of section header entries. */2325	Shstrndx  uint16          /* Section name strings section. */2326}2327// ELF64 Section header.2328type Section64 struct {2329	Name      uint32 /* Section name (index into the section header string table). */2330	Type      uint32 /* Section type. */2331	Flags     uint64 /* Section flags. */2332	Addr      uint64 /* Address in memory image. */2333	Off       uint64 /* Offset in file. */2334	Size      uint64 /* Size in bytes. */2335	Link      uint32 /* Index of a related section. */2336	Info      uint32 /* Depends on section type. */2337	Addralign uint64 /* Alignment in bytes. */2338	Entsize   uint64 /* Size of each entry in section. */2339}2340// ELF64 Program header.2341type Prog64 struct {2342	Type   uint32 /* Entry type. */2343	Flags  uint32 /* Access permission flags. */2344	Off    uint64 /* File offset of contents. */2345	Vaddr  uint64 /* Virtual address in memory image. */2346	Paddr  uint64 /* Physical address (not used). */2347	Filesz uint64 /* Size of contents in file. */2348	Memsz  uint64 /* Size of contents in memory. */2349	Align  uint64 /* Alignment in memory and file. */2350}2351// ELF64 Dynamic structure. The ".dynamic" section contains an array of them.2352type Dyn64 struct {2353	Tag int64  /* Entry type. */2354	Val uint64 /* Integer/address value */2355}2356// ELF64 Compression header.2357type Chdr64 struct {2358	Type      uint322359	_         uint32 /* Reserved. */2360	Size      uint642361	Addralign uint642362}2363/*2364 * Relocation entries.2365 */2366/* ELF64 relocations that don't need an addend field. */2367type Rel64 struct {2368	Off  uint64 /* Location to be relocated. */2369	Info uint64 /* Relocation type and symbol index. */2370}2371/* ELF64 relocations that need an addend field. */2372type Rela64 struct {2373	Off    uint64 /* Location to be relocated. */2374	Info   uint64 /* Relocation type and symbol index. */2375	Addend int64  /* Addend. */2376}2377func R_SYM64(info uint64) uint32    { return uint32(info >> 32) }2378func R_TYPE64(info uint64) uint32   { return uint32(info) }2379func R_INFO(sym, typ uint32) uint64 { return uint64(sym)<<32 | uint64(typ) }2380// ELF64 symbol table entries.2381type Sym64 struct {2382	Name  uint32 /* String table index of name. */2383	Info  uint8  /* Type and binding information. */2384	Other uint8  /* Reserved (not used). */2385	Shndx uint16 /* Section index of symbol. */2386	Value uint64 /* Symbol value. */2387	Size  uint64 /* Size of associated object. */2388}2389const Sym64Size = 242390type intName struct {2391	i uint322392	s string2393}2394func stringName(i uint32, names []intName, goSyntax bool) string {2395	for _, n := range names {2396		if n.i == i {2397			if goSyntax {...

deckbuilder_test.go

Source:deckbuilder_test.go

...12// HELPERS13func checkCard(t *testing.T, i int, exp, act *core.Card) {14	checkDisplay(t, i, exp, act)15	// TODO: fix16	checkInfo(t, i, &exp.Info, &act.Info)17}18func checkDisplay(t *testing.T, i int, exp, act *core.Card) {19	test.ExpectEQ(t, exp.Data["Word"], act.Data["Word"], "card %d: Word match", i)20	test.ExpectEQ(t, exp.Data["Desc"], act.Data["Desc"], "card %d: Desc match", i)21	test.ExpectEQ(t, exp.Data["Hint"], act.Data["Hint"], "card %d: Hint match", i)22	test.ExpectEQ(t, exp.Data["Comp"], act.Data["Comp"], "card %d: Comp match", i)23	test.ExpectEQ(t, exp.Data["Image"], act.Data["Image"], "card %d: Image match", i)24}25func checkInfo(t *testing.T, i int, exp, act *core.Info) {26	test.ExpectEQ(t, exp.Set, act.Set, "card %d: Set match", i)27	test.ExpectEQ(t, exp.File, act.File, "card %d: Filenames match", i)28	test.ExpectEQ(t, exp.Tmpl, act.Tmpl, "card %d: Tmpl match", i)29	test.ExpectEQ(t, exp.Count, act.Count, "card %d: Count match", i)30	test.ExpectEQ(t, exp.Bucket, act.Bucket, "card %d: Bucket match", i)31}32// TESTS33func TestLoadDeck_Specific(t *testing.T) {34	usingTestdir(t, testdir, func() {35		testdata := []*core.Card{36			&core.Card{37				Data: map[string]string{38					"Word":  "add.",39					"Image": "add.jpg",40					"Desc":  "add. desc",41					"Hint":  "add. hint",42					"Comp":  "PowerPC instruction",43				},44				Info: core.Info{Set: "ppc", File: "add..data", Tmpl: "thisdoesx", Count: 7, Bucket: 0},45			},46			&core.Card{47				Data: map[string]string{48					"Word":  "add.",49					"Image": "add.jpg",50					"Desc":  "add. desc",51					"Hint":  "add. hint",52					"Comp":  "PowerPC instruction",53				},54				Info: core.Info{Set: "ppc", File: "add..data", Tmpl: "xdoesthis", Count: 3, Bucket: 1},55			},56			&core.Card{57				Data: map[string]string{58					"Word":  "branch",59					"Image": "branch.jpg",60					"Desc":  "branch desc",61					"Hint":  "branch hint",62					"Comp":  "PowerPC instruction",63				},64				Info: core.Info{Set: "ppc", File: "branch.data", Tmpl: "thisdoesx", Count: 1, Bucket: 2},65			},66			&core.Card{67				Data: map[string]string{68					"Word":  "branch",69					"Image": "branch.jpg",70					"Desc":  "branch desc",71					"Hint":  "branch hint",72					"Comp":  "PowerPC instruction",73				},74				Info: core.Info{Set: "ppc", File: "branch.data", Tmpl: "xdoesthis", Count: 0, Bucket: 3},75			},76		}77		// just load 'ppc' deck78		deck, err := New(79			dir(testdir.name),80			Deck("ppc"),81		).LoadDeck()82		test.Assert(t, err == nil, "unexpected error: %v", err)83		test.AssertEQ(t, len(testdata), deck.Count(), "wrong number of cards loaded")84		i := 085		for _, b := range deck {86			for _, c := range b {87				checkCard(t, i, testdata[i], c)88				i++89			}90		}91	})92}93func TestMultipleDecksCanBeLoaded(t *testing.T) {94	usingTestdir(t, testdir, func() {95		testdata := []*core.Card{96			&core.Card{97				Data: map[string]string{98					"Word":  "push",99					"Image": "push.jpg",100					"Desc":  "push desc",101					"Hint":  "push hint",102					"Comp":  "git command",103				},104				Info: core.Info{Set: "git", File: "push.data", Tmpl: "thisdoesx", Count: 2, Bucket: 0},105			},106			&core.Card{107				Data: map[string]string{108					"Word":  "add.",109					"Image": "add.jpg",110					"Desc":  "add. desc",111					"Hint":  "add. hint",112					"Comp":  "PowerPC instruction",113				},114				Info: core.Info{Set: "ppc", File: "add..data", Tmpl: "thisdoesx", Count: 7, Bucket: 0},115			},116			&core.Card{117				Data: map[string]string{118					"Word":  "push",119					"Image": "push.jpg",120					"Desc":  "push desc",121					"Hint":  "push hint",122					"Comp":  "git command",123				},124				Info: core.Info{Set: "git", File: "push.data", Tmpl: "xdoesthis", Count: 1, Bucket: 1},125			},126			&core.Card{127				Data: map[string]string{128					"Word":  "add.",129					"Image": "add.jpg",130					"Desc":  "add. desc",131					"Hint":  "add. hint",132					"Comp":  "PowerPC instruction",133				},134				Info: core.Info{Set: "ppc", File: "add..data", Tmpl: "xdoesthis", Count: 3, Bucket: 1},135			},136			&core.Card{137				Data: map[string]string{138					"Word":  "commit",139					"Image": "commit.jpg",140					"Desc":  "commit desc",141					"Hint":  "commit hint",142					"Comp":  "git command",143				},144				Info: core.Info{Set: "git", File: "commit.data", Tmpl: "thisdoesx", Count: 0, Bucket: 2},145			},146			&core.Card{147				Data: map[string]string{148					"Word":  "branch",149					"Image": "branch.jpg",150					"Desc":  "branch desc",151					"Hint":  "branch hint",152					"Comp":  "PowerPC instruction",153				},154				Info: core.Info{Set: "ppc", File: "branch.data", Tmpl: "thisdoesx", Count: 1, Bucket: 2},155			},156			&core.Card{157				Data: map[string]string{158					"Word":  "commit",159					"Image": "commit.jpg",160					"Desc":  "commit desc",161					"Hint":  "commit hint",162					"Comp":  "git command",163				},164				Info: core.Info{Set: "git", File: "commit.data", Tmpl: "xdoesthis", Count: 0, Bucket: 3},165			},166			&core.Card{167				Data: map[string]string{168					"Word":  "branch",169					"Image": "branch.jpg",170					"Desc":  "branch desc",171					"Hint":  "branch hint",172					"Comp":  "PowerPC instruction",173				},174				Info: core.Info{Set: "ppc", File: "branch.data", Tmpl: "xdoesthis", Count: 0, Bucket: 3},175			},176		}177		deck, err := New(178			dir(testdir.name),179		).LoadDeck()180		test.Assert(t, err == nil, "unexpected error: %v", err)181		test.AssertEQ(t, len(testdata), deck.Count(), "wrong number of cards loaded")182		i := 0183		for _, b := range deck {184			for _, c := range b {185				checkCard(t, i, testdata[i], c)186				i++187			}188		}189	})190}191func TestLoadDeck_SubPathDecksMustHaveSpecificNames(t *testing.T) {192	usingTestdir(t, nestedTestdir, func() {193		// just load 'ppc' deck194		_, err := New(195			dir(nestedTestdir.name),196			Deck("ppc"),197		).LoadDeck()198		test.Expect(t, err != nil, "didn't recieve expected error")199	})200}201func TestLoadDeck_DecksCanHaveSubPaths(t *testing.T) {202	usingTestdir(t, nestedTestdir, func() {203		testdata := []*core.Card{204			&core.Card{205				Data: map[string]string{206					"Word":  "add.",207					"Image": "add.jpg",208					"Desc":  "add. desc",209					"Hint":  "add. hint",210					"Comp":  "PowerPC instruction",211				},212				Info: core.Info{Set: "facts/ppc", File: "add..data", Tmpl: "thisdoesx", Count: 7, Bucket: 0},213			},214			&core.Card{215				Data: map[string]string{216					"Word":  "add.",217					"Image": "add.jpg",218					"Desc":  "add. desc",219					"Hint":  "add. hint",220					"Comp":  "PowerPC instruction",221				},222				Info: core.Info{Set: "facts/ppc", File: "add..data", Tmpl: "xdoesthis", Count: 3, Bucket: 1},223			},224			&core.Card{225				Data: map[string]string{226					"Word":  "branch",227					"Image": "branch.jpg",228					"Desc":  "branch desc",229					"Hint":  "branch hint",230					"Comp":  "PowerPC instruction",231				},232				Info: core.Info{Set: "facts/ppc", File: "branch.data", Tmpl: "thisdoesx", Count: 1, Bucket: 2},233			},234			&core.Card{235				Data: map[string]string{236					"Word":  "branch",237					"Image": "branch.jpg",238					"Desc":  "branch desc",239					"Hint":  "branch hint",240					"Comp":  "PowerPC instruction",241				},242				Info: core.Info{Set: "facts/ppc", File: "branch.data", Tmpl: "xdoesthis", Count: 0, Bucket: 3},243			},244		}245		// load 'facts/ppc' deck246		deck, err := New(247			dir(nestedTestdir.name),248			Deck("facts/ppc"),249		).LoadDeck()250		test.Assert(t, err == nil, "unexpected error: %v", err)251		test.AssertEQ(t, len(testdata), deck.Count(), "wrong number of cards loaded")252		i := 0253		for _, b := range deck {254			for _, c := range b {255				checkCard(t, i, testdata[i], c)256				i++257			}258		}259	})260}261func TestLoadDeck_SubPaths_All(t *testing.T) {262	usingTestdir(t, nestedTestdir, func() {263		testdata := []*core.Card{264			&core.Card{265				Data: map[string]string{266					"Word":  "add.",267					"Image": "add.jpg",268					"Desc":  "add. desc",269					"Hint":  "add. hint",270					"Comp":  "PowerPC instruction",271				},272				Info: core.Info{Set: "facts/ppc", File: "add..data", Tmpl: "thisdoesx", Count: 7, Bucket: 0},273			},274			&core.Card{275				Data: map[string]string{276					"Word":  "add.",277					"Image": "add.jpg",278					"Desc":  "add. desc",279					"Hint":  "add. hint",280					"Comp":  "PowerPC instruction",281				},282				Info: core.Info{Set: "facts/ppc", File: "add..data", Tmpl: "xdoesthis", Count: 3, Bucket: 1},283			},284			&core.Card{285				Data: map[string]string{286					"Word":  "branch",287					"Image": "branch.jpg",288					"Desc":  "branch desc",289					"Hint":  "branch hint",290					"Comp":  "PowerPC instruction",291				},292				Info: core.Info{Set: "facts/ppc", File: "branch.data", Tmpl: "thisdoesx", Count: 1, Bucket: 2},293			},294			&core.Card{295				Data: map[string]string{296					"Word":  "branch",297					"Image": "branch.jpg",298					"Desc":  "branch desc",299					"Hint":  "branch hint",300					"Comp":  "PowerPC instruction",301				},302				Info: core.Info{Set: "facts/ppc", File: "branch.data", Tmpl: "xdoesthis", Count: 0, Bucket: 3},303			},304		}305		// load 'facts/ppc' deck306		deck, err := New(307			dir(nestedTestdir.name),308		).LoadDeck()309		test.Assert(t, err == nil, "unexpected error: %v", err)310		test.AssertEQ(t, len(testdata), deck.Count(), "wrong number of cards loaded")311		i := 0312		for _, b := range deck {313			for _, c := range b {314				checkCard(t, i, testdata[i], c)315				i++316			}317		}318	})319}320func TestLoadDeck_DecksCanBeExcludedFromLoading(t *testing.T) {321	usingTestdir(t, testdir, func() {322		testdata := []*core.Card{323			&core.Card{324				Data: map[string]string{325					"Word":  "add.",326					"Image": "add.jpg",327					"Desc":  "add. desc",328					"Hint":  "add. hint",329					"Comp":  "PowerPC instruction",330				},331				Info: core.Info{Set: "ppc", File: "add..data", Tmpl: "thisdoesx", Count: 7, Bucket: 0},332			},333			&core.Card{334				Data: map[string]string{335					"Word":  "add.",336					"Image": "add.jpg",337					"Desc":  "add. desc",338					"Hint":  "add. hint",339					"Comp":  "PowerPC instruction",340				},341				Info: core.Info{Set: "ppc", File: "add..data", Tmpl: "xdoesthis", Count: 3, Bucket: 1},342			},343			&core.Card{344				Data: map[string]string{345					"Word":  "branch",346					"Image": "branch.jpg",347					"Desc":  "branch desc",348					"Hint":  "branch hint",349					"Comp":  "PowerPC instruction",350				},351				Info: core.Info{Set: "ppc", File: "branch.data", Tmpl: "thisdoesx", Count: 1, Bucket: 2},352			},353			&core.Card{354				Data: map[string]string{355					"Word":  "branch",356					"Image": "branch.jpg",357					"Desc":  "branch desc",358					"Hint":  "branch hint",359					"Comp":  "PowerPC instruction",360				},361				Info: core.Info{Set: "ppc", File: "branch.data", Tmpl: "xdoesthis", Count: 0, Bucket: 3},362			},363		}364		deck, err := New(365			Exclude("git"),366			dir(testdir.name),367		).LoadDeck()368		test.Assert(t, err == nil, "unexpected error: %v", err)369		test.AssertEQ(t, len(testdata), deck.Count(), "wrong number of cards loaded")370		i := 0371		for _, b := range deck {372			for _, c := range b {373				checkCard(t, i, testdata[i], c)374				i++375			}376		}377	})378}379func TestLoadDeck_DirsCanBeExcludedFromLoading(t *testing.T) {380	usingTestdir(t, nestedTestdir, func() {381		deck, err := New(382			Exclude("facts/"),383			dir(testdir.name),384		).LoadDeck()385		test.Assert(t, err == nil, "unexpected error: %v", err)386		// test.AssertEQ(t, len(testdata), deck.Count(), "wrong number of cards loaded")387		// TODO: remove this when we get Deck.Length()388		i := 0389		for _, b := range deck {390			for _ = range b {391				i++392			}393		}394		test.Assert(t, i == 0, "No cards loaded")395	})396}397func TestLoadDeck_Error(t *testing.T) {398	usingTestdir(t, testdir, func() {399		deck, err := New(400			dir(testdir.name),401			Deck("DoesNotExist"),402		).LoadDeck()403		test.Assert(t, err != nil, "expected error")404		test.Expect(t, nil == deck, "deck should be empty")405	})406}407func Test_getDeckInfo(t *testing.T) {408	// set up test409	err := os.Mkdir("tmp", 0770)410	test.Assert(t, err == nil, "Mkdir: %v", err)411	f, err := ioutil.TempFile("tmp", "temp")412	test.Assert(t, err == nil, "TempFile: %v", err)413	// clean up414	defer func() {415		f.Close()416		if err := os.RemoveAll("tmp"); err != nil {417			t.Errorf("remove: %v", err)418		}419	}()420	json := []byte(`421	{422	    "Display": "my-display",423	    "Info": [424	        {425	            "File": "add.",426	            "Tmpl": "thisdoesx",427	            "Count": 0,428	            "Bucket": 3,429	            "FirstSeen": "0001-01-01T00:00:00Z",430	            "LastSeen": "0001-01-01T00:00:00Z"431	        },432	        {433	            "File": "add.",434	            "Tmpl": "xdoesthis",435	            "Count": 2,436	            "Bucket": 1,437	            "FirstSeen": "0001-01-01T00:00:00Z",438	            "LastSeen": "0001-01-01T00:00:00Z"439	        }440	    ]441	}442	`)443	_, err = f.Write(json)444	test.Assert(t, err == nil, "Write: %v", err)445	exp := deckInfo{446		Display: "my-display",447		Info: []*core.Info{448			&core.Info{File: "add.", Tmpl: "thisdoesx", Count: 0, Bucket: core.Yearly},449			&core.Info{File: "add.", Tmpl: "xdoesthis", Count: 2, Bucket: core.Weekly},450		},451	}452	di, err := getDeckInfo(f.Name())453	test.Assert(t, err == nil, "getDeckInfo: %v", err)454	test.ExpectEQ(t, exp.Display, di.Display, "display not read-in properly")455	test.Assert(t, len(di.Info) == 2, "info not read-in properly")456	checkInfo(t, 0, exp.Info[0], di.Info[0])457	checkInfo(t, 1, exp.Info[1], di.Info[1])458}459func Test_getCardDataFromDisk(t *testing.T) {460	usingTestdir(t, testdir, func() {461		testdata := []CardHolder{462			{463				File: "add..data",464				Card: &core.Card{465					Data: map[string]string{466						"Word":  "add.",467						"Image": "add.jpg",468						"Desc":  "add. desc",469						"Hint":  "add. hint",470						"Comp":  "PowerPC instruction",471					},472				},473			},474			{475				File: "branch.data",476				Card: &core.Card{477					Data: map[string]string{478						"Word":  "branch",479						"Image": "branch.jpg",480						"Desc":  "branch desc",481						"Hint":  "branch hint",482						"Comp":  "PowerPC instruction",483					},484				},485			},486		}487		path := testdir.name + "/html/decks/ppc/cards"488		data, err := getCardDataFromDisk(path, "basic")489		test.Assert(t, err == nil, "getDataFromDisk: %v", err)490		test.Assert(t, len(data) == len(testdata), "data length mismatch")491		for i, exp := range testdata {492			checkDisplay(t, i, exp.Card, data[i].Card)493		}494	})495}496// func Test_makeCards(t *testing.T) {497// 	testdata := []struct {498// 		data []core.Display499// 		info []*core.Info500// 		exp  []*core.Card501// 	}{502// 		// old and new match503// 		{504// 			data: []core.Display{505// 				&basic.Display{Word: "add.", Image: "add.jpg", Desc: "add. desc", Hint: "add. hint", Comp: "PowerPC instruction"},506// 				&basic.Display{Word: "branch", Image: "branch.jpg", Desc: "branch desc", Hint: "branch hint", Comp: "PowerPC instruction"},507// 			},508// 			info: []*core.Info{509// 				core.Info{Set: "ppc", File: "add.", Tmpl: "thisdoesx", Count: 7, Bucket: 0},510// 				core.Info{Set: "ppc", File: "add.", Tmpl: "xdoesthis", Count: 3, Bucket: 1},511// 				core.Info{Set: "ppc", File: "branch", Tmpl: "thisdoesx", Count: 1, Bucket: 2},512// 				core.Info{Set: "ppc", File: "branch", Tmpl: "xdoesthis", Count: 0, Bucket: 3},513// 			},514// 			exp: []*core.Card{515// 				&core.Card{516// 					Display: &basic.Display{Word: "add.", Image: "add.jpg", Desc: "add. desc", Hint: "add. hint", Comp: "PowerPC instruction"},517// 					Info:    core.Info{Set: "ppc", File: "add.", Tmpl: "thisdoesx", Count: 7, Bucket: 0},518// 				},519// 				&core.Card{520// 					Display: &basic.Display{Word: "add.", Image: "add.jpg", Desc: "add. desc", Hint: "add. hint", Comp: "PowerPC instruction"},521// 					Info:    core.Info{Set: "ppc", File: "add.", Tmpl: "xdoesthis", Count: 3, Bucket: 1},522// 				},523// 				&core.Card{524// 					Display: &basic.Display{Word: "branch", Image: "branch.jpg", Desc: "branch desc", Hint: "branch hint", Comp: "PowerPC instruction"},525// 					Info:    core.Info{Set: "ppc", File: "branch", Tmpl: "thisdoesx", Count: 1, Bucket: 2},526// 				},527// 				&core.Card{528// 					Display: &basic.Display{Word: "branch", Image: "branch.jpg", Desc: "branch desc", Hint: "branch hint", Comp: "PowerPC instruction"},529// 					Info:    core.Info{Set: "ppc", File: "branch", Tmpl: "xdoesthis", Count: 0, Bucket: 3},530// 				},531// 			},532// 		},533// 		// deleted 'branch'534// 		{535// 			data: []core.Display{536// 				&basic.Display{Word: "add.", Image: "add.jpg", Desc: "add. desc", Hint: "add. hint", Comp: "PowerPC instruction"},537// 			},538// 			info: []*core.Info{539// 				core.Info{Set: "ppc", File: "add.", Tmpl: "thisdoesx", Count: 7, Bucket: 0},540// 				core.Info{Set: "ppc", File: "add.", Tmpl: "xdoesthis", Count: 3, Bucket: 1},541// 				core.Info{Set: "ppc", File: "branch", Tmpl: "thisdoesx", Count: 1, Bucket: 2},542// 				core.Info{Set: "ppc", File: "branch", Tmpl: "xdoesthis", Count: 0, Bucket: 3},543// 			},544// 			exp: []*core.Card{545// 				&core.Card{546// 					Display: &basic.Display{Word: "add.", Image: "add.jpg", Desc: "add. desc", Hint: "add. hint", Comp: "PowerPC instruction"},547// 					Info:    core.Info{Set: "ppc", File: "add.", Tmpl: "thisdoesx", Count: 7, Bucket: 0},548// 				},549// 				&core.Card{550// 					Display: &basic.Display{Word: "add.", Image: "add.jpg", Desc: "add. desc", Hint: "add. hint", Comp: "PowerPC instruction"},551// 					Info:    core.Info{Set: "ppc", File: "add.", Tmpl: "xdoesthis", Count: 3, Bucket: 1},552// 				},553// 			},554// 		},555// 		// add push.556// 		{557// 			data: []core.Display{558// 				&basic.Display{Word: "cmp", Image: "cmp.jpg", Desc: "cmp desc", Hint: "cmp hint", Comp: "PowerPC instruction"},559// 				&basic.Display{Word: "branch", Image: "branch.jpg", Desc: "branch desc", Hint: "branch hint", Comp: "PowerPC instruction"},560// 			},561// 			info: []*core.Info{562// 				core.Info{Set: "ppc", File: "branch", Tmpl: "thisdoesx", Count: 1, Bucket: 2},563// 				core.Info{Set: "ppc", File: "branch", Tmpl: "xdoesthis", Count: 0, Bucket: 3},564// 			},565// 			exp: []*core.Card{566// 				&core.Card{567// 					Display: &basic.Display{Word: "cmp", Image: "cmp.jpg", Desc: "cmp desc", Hint: "cmp hint", Comp: "PowerPC instruction"},568// 					Info:    core.Info{Set: "ppc", File: "cmp", Tmpl: "thisdoesx", Count: 0, Bucket: 0},569// 				},570// 				&core.Card{571// 					Display: &basic.Display{Word: "cmp", Image: "cmp.jpg", Desc: "cmp desc", Hint: "cmp hint", Comp: "PowerPC instruction"},572// 					Info:    core.Info{Set: "ppc", File: "cmp", Tmpl: "xdoesthis", Count: 0, Bucket: 0},573// 				},574// 				&core.Card{575// 					Display: &basic.Display{Word: "branch", Image: "branch.jpg", Desc: "branch desc", Hint: "branch hint", Comp: "PowerPC instruction"},576// 					Info:    core.Info{Set: "ppc", File: "branch", Tmpl: "thisdoesx", Count: 1, Bucket: 2},577// 				},578// 				&core.Card{579// 					Display: &basic.Display{Word: "branch", Image: "branch.jpg", Desc: "branch desc", Hint: "branch hint", Comp: "PowerPC instruction"},580// 					Info:    core.Info{Set: "ppc", File: "branch", Tmpl: "xdoesthis", Count: 0, Bucket: 3},581// 				},582// 			},583// 		},584// 	}585// 	for i, tt := range testdata {586// 		cards := makeCards("ppc", tt.info, tt.data)587// 		if len(tt.exp) != len(cards) {588// 			for _, c := range cards {589// 				fmt.Println(c)590// 			}591// 		}592// 		test.AssertEQ(t, len(tt.exp), len(cards), fmt.Sprintf("len mismatch, test %v", i))593// 		for j := range tt.exp {594// 			checkCard(t, i*j+j, tt.exp[i], cards[i])595// 		}596// 	}597// }598// func Test_updateBuckets(t *testing.T) {599// 	testdata := []struct {600// 		in, exp []*core.Card601// 	}{602// 		{603// 			in: []*core.Card{604// 				&core.Card{Info: core.Info{Count: 8, Bucket: 0}},605// 				&core.Card{Info: core.Info{Count: 4, Bucket: 1}},606// 				&core.Card{Info: core.Info{Count: 1, Bucket: 2}},607// 				&core.Card{Info: core.Info{Count: -1, Bucket: 3}},608// 			},609// 			exp: []*core.Card{610// 				&core.Card{Info: core.Info{Count: 0, Bucket: 1}},611// 				&core.Card{Info: core.Info{Count: 0, Bucket: 2}},612// 				&core.Card{Info: core.Info{Count: 1, Bucket: 2}},613// 				&core.Card{Info: core.Info{Count: 0, Bucket: 2}},614// 			},615// 		},616// 	}617// 	for i, tt := range testdata {618// 		act := updateBuckets(tt.in)619// 		for j := range tt.exp {620// 			checkInfo(t, i*j+j, tt.exp[j].Info, act[j].Info)621// 		}622// 	}623// }624// TODO: test these cases625// func TestDisplaysAreCreatedWithType(t *testing.T) {626// 	test.Assert(t, false, "untested")627// }628// func Test_writeDeckInfo(t *testing.T) {629// 	test.Assert(t, false, "untested")630// }631// func Test_makeCardsSetsDisplayTmpl(t *testing.T) {632// 	test.Assert(t, false, "untested")633// }634// func Test_makeCardsSetsInfoSet(t *testing.T) {635// 	test.Assert(t, false, "untested")636// }637// func TestLoadCards_CardsInfoGetsCreatedIfItDoesntExist(t *testing.T) {638// 	test.Assert(t, false, "untested")639// }640// TODO: separate out tests into their correct packages.641// TODO: test core package against mock interfaces, add tests for concrete types.642// TODO: test that type renders output correctly.643func TestCardRender(t *testing.T) {644	scopeTmplMap := core.ScopeTmplMap{645		"html": core.TmplMap{646			"thisdoesx": template.Must(template.New("base").Parse(`647				default this does x648				`)),649			"xdoesthat": template.Must(template.New("base").Parse(`650				default x does that651				`)),652		},653		"ppc": core.TmplMap{654			"thisdoesx": template.Must(template.New("base").Parse(`655				local this does x656				`)),657		},658	}659	testdata := []struct {660		c   *core.Card661		exp string662	}{663		{664			c:   &core.Card{Info: core.Info{Set: "ppc", Tmpl: "thisdoesx"}},665			exp: "local this does x",666		},667		{668			c:   &core.Card{Info: core.Info{Set: "ppc", Tmpl: "xdoesthat"}},669			exp: "default x does that",670		},671	}672	for i, tt := range testdata {673		s, err := core.Render(scopeTmplMap, tt.c)674		test.Assert(t, err == nil, "test %v, render: %v", i, err)675		act := strings.TrimSpace(s)676		test.ExpectEQ(t, tt.exp, act, fmt.Sprintf("test %v", i))677	}678}...

Info

Using AI Code Generation

1import (2func main() {3    ppc := powerpc.New()4    fmt.Println(ppc.Info())5}6import (7func main() {8    ppc := powerpc.New()9    fmt.Println(ppc.Info())10}11import (12func main() {13    ppc := powerpc.New()14    fmt.Println(ppc.Info())15}16import (17func main() {18    ppc := powerpc.New()19    fmt.Println(ppc.Info())20}21import (22func main() {23    ppc := powerpc.New()24    fmt.Println(ppc.Info())25}26import (27func main() {28    ppc := powerpc.New()29    fmt.Println(ppc.Info())30}31import (32func main() {33    ppc := powerpc.New()34    fmt.Println(ppc.Info())35}36import (37func main() {38    ppc := powerpc.New()39    fmt.Println(ppc.Info())40}41import (42func main() {43    ppc := powerpc.New()44    fmt.Println(ppc.Info())45}

Info

Using AI Code Generation

1import (2func main() {3	p := powerpc{}4	p.Info()5}6import (7func main() {8	p := mylib.Powerpc{}9	p.Info()10}11import (12func main() {13	p := mylib.Powerpc{}14	p.info()15}16./4.go:11: p.info undefined (type mylib.Powerpc has no field or method info)17./4.go:11: p.info undefined (type mylib.Powerpc has no field or method info)18./4.go:11: p.info undefined (type mylib.Powerpc has no field or method info)19import (

Info

Using AI Code Generation

1import (2func main() {3    ppc := powerpc.Powerpc{}4    ppc.Info()5}6import (7func main() {8    amd := amd64.Amd64{}9    amd.Info()10}11import (12func main() {13    intel := intel64.Intel64{}14    intel.Info()15}16import (17func main() {18    arm := arm64.Arm64{}19    arm.Info()20}21import (22func main() {23    mips := mips64.Mips64{}

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