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How to use isCorrupted method of report Package

Best Syzkaller code snippet using report.isCorrupted

reader_test.go

Source:reader_test.go

1// Copyright 2015, Joe Tsai. All rights reserved.2// Use of this source code is governed by a BSD-style3// license that can be found in the LICENSE.md file.4package xflate5import (6	"bytes"7	"io"8	"io/ioutil"9	"math"10	"math/rand"11	"testing"12	"github.com/itchio/dskompress/internal/errors"13	"github.com/itchio/dskompress/internal/testutil"14)15type countReadSeeker struct {16	io.ReadSeeker17	N int6418}19func (rs *countReadSeeker) Read(buf []byte) (int, error) {20	n, err := rs.ReadSeeker.Read(buf)21	rs.N += int64(n)22	return n, err23}24func TestReader(t *testing.T) {25	dh := testutil.MustDecodeHex26	errFuncs := map[string]func(error) bool{27		"IsCorrupted": errors.IsCorrupted,28	}29	vectors := []struct {30		desc   string // Description of the test31		input  []byte // Input test string32		output []byte // Expected output string33		errf   string // Name of error checking callback34	}{{35		desc: "empty string",36		errf: "IsCorrupted",37	}, {38		desc: "empty stream",39		input: dh("" +40			"0d008705000048c82a51e8ff37dbf1",41		),42	}, {43		desc: "empty stream with empty chunk",44		input: dh("" +45			"000000ffff000000ffff34c086050020916cb2a50bd20369da192deaff3bda05" +46			"f81dc08605002021ab44219b4aff7fd6de3bf8",47		),48	}, {49		desc: "empty stream with empty index",50		input: dh("" +51			"04c086050020191d53a1a508c9e8ff5bda7bf815c08605002021ab44219ba2ff" +52			"2f6bef5df8",53		),54	}, {55		desc: "empty stream with multiple empty chunks",56		input: dh("" +57			"000000ffff000000ffff000000ffff148086058044655366e3817441ba205d50" +58			"4a83348c445ddcde7b6ffc15c08605002021ab44a103aaff2f6bef5df8",59		),60	}, {61		desc: "empty stream with multiple empty chunks, with final bit",62		input: dh("" +63			"000000ffff010000ffff000000ffff148086058044655366e3817441ba205d50" +64			"4a83348c445ddcde7b6ffc15c08605002021ab44a103aaff2f6bef5df8",65		),66		errf: "IsCorrupted",67	}, {68		desc: "empty stream with multiple empty indexes",69		input: dh("" +70			"04c086050020191d53a1a508c9e8ff5bda7bf83cc08605002019293a24a55464" +71			"a585faff9bf600f804c08605002019493a2494d050560afd7f4c7bfb25008705" +72			"000048c82a51e880f4ff834df0",73		),74	}, {75		desc: "3k zeros, 1KiB chunks",76		input: dh("" +77			"621805a360148c5800000000ffff621805a360148c5800000000ffff621805a3" +78			"60140c3900000000ffff1c8086058044642b3bc9aa3464540784acea809055d9" +79			"9586dd5492446555a7b607fc0d008705000048c82a51c81ea1ff0f6cf2",80		),81		output: make([]byte, 3000),82	}, {83		desc: "quick brown fox - spec example",84		input: dh("" +85			"0ac94855282ccd4cce560028a928bf3c4f212dbf4201a0acd2dc82d41485fcb2" +86			"d42205804a80f2398955950a00000000ffff4ac94f5704000000ffff24808605" +87			"8084b247b60629218a48486656d2b442ca489fb7f7de0bfc3cc08605002019a1" +88			"3aa454548a122ad5fff7b403f815c08605002021ab44219ba4ff2f6bef5df8",89		),90		output: []byte("The quick brown fox jumped over the lazy dog!"),91	}, {92		desc: "quick brown fox - manual chunking/indexing",93		input: dh("" +94			"2ac94855282ccd4cce06000000ffff52482aca2fcf5348cbaf00000000ffff00" +95			"0000ffff52c82acd2d484d51c82f4b2d5228c94805000000ffff248086058044" +96			"6553762a0ad14211d207253b234546a1528ad4d3edbd0bfc52c849acaa5448c9" +97			"4f07000000ffff2c8086058044a281ec8611190d23b21221ca0851fdafbdf7de" +98			"05fc1dc08605002021ab44219b52ff7fd6de3bf8",99		),100		output: []byte("the quick brown fox jumped over the lazy dog"),101	}, {102		desc: "quick brown fox - automatic chunking/indexing",103		input: dh("" +104			"2ac9485500000000ffff2a2ccd4c06000000ffffca56482a02000000ffff2c80" +105			"86058044655376c32a2b9999c9cc4c665691d04ea5a474747bef01fcca2fcf53" +106			"00000000ffff4acbaf5000000000ffffca2acd2d00000000ffff048086058044" +107			"45036537acb2929999cccc6466cb48112a45a193db7beffc4a4d51c807000000" +108			"ffff2a4b2d5200000000ffff2ac9485500000000ffff04808605804445036537" +109			"acb2929999cccc6466cb48112a45a193db7beffcca49acaa04000000ffff5248" +110			"c94f07000000ffff148086058084a261644b665632339399d9425629a44877b7" +111			"f7de3bfc15c08605002021ab44a103aaff2f6bef5df8",112		),113		output: []byte("the quick brown fox jumped over the lazy dog"),114	}, {115		desc: "alphabet",116		input: dh("" +117			"4a4c4a4e494d4bcfc8cccacec9cdcb2f282c2a2e292d2bafa8ac02000000ffff" +118			"048086058044b2e98190b285148a844a0b95a4f7db7bef3dfc15c08605002021" +119			"ab44219ba8ff2f6bef5df8",120		),121		output: []byte("abcdefghijklmnopqrstuvwxyz"),122	}, {123		desc:  "garbage footer",124		input: dh("5174453181b67484bf6de23a608876f8b7f44c77"),125		errf:  "IsCorrupted",126	}, {127		desc:  "corrupt meta footer",128		input: dh("1d008705000048ca2c50e8ff3bdbf0"),129		errf:  "IsCorrupted",130	}, {131		desc:  "trailing meta data in footer",132		input: dh("0d008705000048c82a51e8ff37dbf1deadcafe"),133		errf:  "IsCorrupted",134	}, {135		desc:  "trailing raw data in footer",136		input: dh("25c086050020a9ac12856ec8284229d4ff0fb527f8"),137		errf:  "IsCorrupted",138	}, {139		desc:  "footer using LastMeta",140		input: dh("0c008705000048c82a51e8ff37dbf1"),141		errf:  "IsCorrupted",142	}, {143		desc:  "footer without magic",144		input: dh("1d00870500004864a644eaff3bdbf0"),145		errf:  "IsCorrupted",146	}, {147		desc:  "footer with VLI overflow",148		input: dh("2d80860580944a458a4abb6e6c9fdbde7bef01fc"),149		errf:  "IsCorrupted",150	}, {151		desc: "index using LastStream",152		input: dh("" +153			"05c086050020191d53a1a508c9e8ff5bda7bf815c08605002021ab44219ba2ff" +154			"2f6bef5df8",155		),156		errf: "IsCorrupted",157	}, {158		desc: "index with wrong CRC",159		input: dh("" +160			"2cc086050020191d132551320a51ff9fd2de0bf825008705000048c82a51e880" +161			"f4ff834df0",162		),163		errf: "IsCorrupted",164	}, {165		desc: "corrupt meta index",166		input: dh("" +167			"04c086050020191d53a1a518c9e8ff5bda7bf815c08605002021ab44219ba2ff" +168			"2f6bef5df8",169		),170		errf: "IsCorrupted",171	}, {172		desc: "index with VLI overflow",173		input: dh("" +174			"048086058094e8c6f6de7b531215458a840e6deffc15c08605002021ab44219b" +175			"a4ff2f6bef5df8",176		),177		errf: "IsCorrupted",178	}, {179		desc: "trailing meta data in index",180		input: dh("" +181			"34c086050020291d53a1a508c908a16414a2fe3fa205f81dc08605002021ab44" +182			"219b4aff7fd6de3bf8",183		),184		errf: "IsCorrupted",185	}, {186		desc: "trailing raw data in index",187		input: dh("" +188			"04c086050020191d53a1a508c9e8ff5bda7bf862616405c08605002021ab4421" +189			"7b94febfacbd77f9",190		),191		errf: "IsCorrupted",192	}, {193		desc: "index total size is wrong",194		input: dh("" +195			"000000ffff14c086050020916cb2d505e983840aa12592faff8c76f81dc08605" +196			"002021ab44219b4aff7fd6de3bf8",197		),198		errf: "IsCorrupted",199	}, {200		desc: "index with compressed chunk size of zero",201		input: dh("" +202			"000000ffff04c086050020916cb2e9848e8894a2a441fd7f457bf905c0860500" +203			"2021ab44217b94febfacbd77f9",204		),205		errf: "IsCorrupted",206	}, {207		desc: "index with numeric overflow on sizes",208		input: dh("" +209			"000000ffff000000ffff0c40860552a43db4a53dcf6b97b47724641589a84e69" +210			"efbdf7de7b4ffe1dc08605002021ab44219b54ff7fd6de3bf8",211		),212		errf: "IsCorrupted",213	}, {214		desc: "empty chunk without sync marker",215		input: dh("" +216			"000000ffff020820800004c086050020a1ec919d1e4817a40b421269a3a8ff1f" +217			"68fa2d008705000048c82a51e881faffc126f0",218		),219		errf: "IsCorrupted",220	}, {221		desc: "chunk without sync marker",222		input: dh("" +223			"000000ffff000200fdff486902082080000cc086050020a1ec91193232d30965" +224			"652b2b221125f5ff1eedf805c08605002021ab44217ba4febfacbd77f9",225		),226		output: []byte("Hi"),227		errf:   "IsCorrupted",228	}, {229		desc: "chunk with wrong sizes",230		input: dh("" +231			"000000ffff000200fdff4869000000ffff2c8086058084b2476608d9e98432b2" +232			"15252a958a92eaeef6de7b07fc15c08605002021ab44a103aaff2f6bef5df8",233		),234		output: []byte("Hi"),235		errf:   "IsCorrupted",236	}, {237		desc: "size overflow across multiple indexes",238		input: dh("" +239			"000000ffff0c8086058094b487b6b4ce4b5ae7150d49d124195dd29efc000000" +240			"ffff000000ffff24808605808432cac84e4676ba2059d9914a4a29259a8fb7f7" +241			"de0bfc15c08605002021ab44a103aaff2f6bef5df8",242		),243		errf: "IsCorrupted",244	}, {245		desc: "index back size causes integer overflow",246		input: dh("" +247			"4a4c4a4e494d4bcfc8cccacec9cdcb2f282c2a2e292d2bafa8ac02000000ffff" +248			"048086058044b2e98190b285148a844a0b95a4f7db7bef3dfc4a4c4a4e494d4b" +249			"cfc8cccacec9cdcb2f282c2a2e292d2bafa8ac02000000ffff2c8086058094e8" +250			"bcb4a74ab4538986529284cc3e6def05fc2d008705000048c82a51e881faffc1" +251			"26f0"),252		errf: "IsCorrupted",253	}, {254		desc: "raw chunk with final bit and bad size",255		input: dh("" +256			"010900f6ff0000ffff248086058044b2c98e8cc8888cc828ed9d284afa7fb4f7" +257			"de0bfc05c08605002021ab44217ba4febfacbd77f9",258		),259		output: dh("0000ffff010000ffff"),260		// TODO(dsnet): The Reader incorrectly believes that this is valid.261		// The chunk has a final raw block with a specified size of 9, but only262		// has 4 bytes following it (0000ffff to fool the sync check).263		// Since the decompressor would expect an additional 5 bytes, this is264		// satisfied by the fact that the chunkReader appends the endBlock265		// sequence (010000ffff) to every chunk. This really difficult to fix266		// without low-level details about the DEFLATE stream.267		errf: "", // "IsCorrupted",268	}}269	for i, v := range vectors {270		var xr *Reader271		var err error272		var buf []byte273		xr, err = NewReader(bytes.NewReader(v.input), nil)274		if err != nil {275			goto done276		}277		buf, err = ioutil.ReadAll(xr)278		if err != nil {279			goto done280		}281	done:282		if v.errf != "" && !errFuncs[v.errf](err) {283			t.Errorf("test %d (%s), mismatching error:\ngot %v\nwant %s(err) == true", i, v.desc, err, v.errf)284		} else if v.errf == "" && err != nil {285			t.Errorf("test %d (%s), unexpected error: got %v", i, v.desc, err)286		}287		if got, want, ok := testutil.BytesCompare(buf, v.output); !ok && err == nil {288			t.Errorf("test %d (%s), mismatching output:\ngot  %s\nwant %s", i, v.desc, got, want)289		}290	}291}292func TestReaderReset(t *testing.T) {293	var (294		empty   = testutil.MustDecodeHex("0d008705000048c82a51e8ff37dbf1")295		badSize = testutil.MustDecodeHex("" +296			"4a4c4a4e494d4bcfc8cccacec9cdcb2f282c2a2e292d2bafa8ac02000000ffff" +297			"3c8086058084b2e981acd0203b2b34884a834a2a91d2ededbd7701fc15c08605" +298			"002021ab44a103aaff2f6bef5df8",299		)300		badData = testutil.MustDecodeHex("" +301			"4a4c4a4e494d4bcfc8cccacec9cdcb2f282c2a2e292d2baf000002000000ffff" +302			"048086058044b2e98190b285148a844a0b95a4f7db7bef3dfc15c08605002021" +303			"ab44219ba8ff2f6bef5df8",304		)305	)306	// Test Reader for idempotent Close.307	xr := new(Reader)308	if err := xr.Reset(bytes.NewReader(empty)); err != nil {309		t.Fatalf("unexpected error: Reset() = %v", err)310	}311	buf, err := ioutil.ReadAll(xr)312	if err != nil {313		t.Fatalf("unexpected error: ReadAll() = %v", err)314	}315	if len(buf) > 0 {316		t.Fatalf("unexpected output data: ReadAll() = %q, want nil", buf)317	}318	if err := xr.Close(); err != nil {319		t.Fatalf("unexpected error: Close() = %v", err)320	}321	if err := xr.Close(); err != nil {322		t.Fatalf("unexpected error: Close() = %v", err)323	}324	if _, err := ioutil.ReadAll(xr); err != errClosed {325		t.Fatalf("mismatching error: ReadAll() = %v, want %v", err, errClosed)326	}327	// Test Reset on garbage data.328	rd := bytes.NewReader(append([]byte("garbage"), empty...))329	if err := xr.Reset(rd); !errors.IsCorrupted(err) {330		t.Fatalf("mismatching error: Reset() = %v, want IsCorrupted(err) == true", err)331	}332	if _, err := xr.Seek(0, io.SeekStart); !errors.IsCorrupted(err) {333		t.Fatalf("mismatching error: Seek() = %v, want IsCorrupted(err) == true", err)334	}335	if err := xr.Close(); !errors.IsCorrupted(err) {336		t.Fatalf("mismatching error: Close() = %v, want IsCorrupted(err) == true", err)337	}338	// Test Reset on corrupt data in discard section.339	for i, v := range [][]byte{badData, badSize} {340		if err := xr.Reset(bytes.NewReader(v)); err != nil {341			t.Fatalf("test %d, unexpected error: Reset() = %v", i, err)342		}343		if _, err := xr.Seek(-1, io.SeekEnd); err != nil {344			t.Fatalf("test %d, unexpected error: Seek() = %v", i, err)345		}346		if _, err = ioutil.ReadAll(xr); !errors.IsCorrupted(err) {347			t.Fatalf("test %d, mismatching error: ReadAll() = %v, want IsCorrupted(err) == true", i, err)348		}349	}350}351func TestReaderSeek(t *testing.T) {352	rand := rand.New(rand.NewSource(0))353	twain := testutil.MustLoadFile("../testdata/twain.txt")354	// Generate compressed version of input file.355	var buf bytes.Buffer356	xw, err := NewWriter(&buf, &WriterConfig{ChunkSize: 1 << 10})357	if err != nil {358		t.Fatalf("unexpected error: NewWriter() = %v", err)359	}360	if _, err := xw.Write(twain); err != nil {361		t.Fatalf("unexpected error: Write() = %v", err)362	}363	if err := xw.Close(); err != nil {364		t.Fatalf("unexpected error: Close() = %v", err)365	}366	// Read the compressed file.367	rs := &countReadSeeker{ReadSeeker: bytes.NewReader(buf.Bytes())}368	xr, err := NewReader(rs, nil)369	if err != nil {370		t.Fatalf("unexpected error: NewReader() = %v", err)371	}372	// As a heuristic, make sure we are not reading too much data.373	if thres := int64(len(twain) / 100); rs.N > thres {374		t.Fatalf("read more data than expected: %d > %d", rs.N, thres)375	}376	rs.N = 0 // Reset the read count377	// Generate list of seek commands to try.378	type seekCommand struct {379		length int   // Number of bytes to read380		offset int64 // Seek to this offset381		whence int   // Whence value to use382	}383	vectors := []seekCommand{384		{length: 40, offset: int64(len(twain)) - 1, whence: io.SeekStart},385		{length: 40, offset: int64(len(twain)), whence: io.SeekStart},386		{length: 40, offset: int64(len(twain)) + 1, whence: io.SeekStart},387		{length: 40, offset: math.MaxInt64, whence: io.SeekStart},388		{length: 0, offset: 0, whence: io.SeekCurrent},389		{length: 13, offset: 15, whence: io.SeekStart},390		{length: 32, offset: 23, whence: io.SeekCurrent},391		{length: 32, offset: -23, whence: io.SeekCurrent},392		{length: 13, offset: -15, whence: io.SeekStart},393		{length: 100, offset: -15, whence: io.SeekEnd},394		{length: 0, offset: 0, whence: io.SeekCurrent},395		{length: 0, offset: 0, whence: io.SeekCurrent},396		{length: 32, offset: -34, whence: io.SeekCurrent},397		{length: 32, offset: -34, whence: io.SeekCurrent},398		{length: 2000, offset: 53, whence: io.SeekStart},399		{length: 2000, offset: int64(len(twain)) - 1000, whence: io.SeekStart},400		{length: 0, offset: 0, whence: io.SeekCurrent},401		{length: 100, offset: -int64(len(twain)), whence: io.SeekEnd},402		{length: 100, offset: -int64(len(twain)) - 1, whence: io.SeekEnd},403		{length: 0, offset: 0, whence: io.SeekStart},404		{length: 10, offset: 10, whence: io.SeekCurrent},405		{length: 10, offset: 10, whence: io.SeekCurrent},406		{length: 10, offset: 10, whence: io.SeekCurrent},407		{length: 10, offset: 10, whence: io.SeekCurrent},408		{length: 0, offset: 0, whence: -1},409	}410	// Add random values to seek list.411	for i := 0; i < 100; i++ {412		length, offset := rand.Intn(1<<11), rand.Int63n(int64(len(twain)))413		if length+int(offset) <= len(twain) {414			vectors = append(vectors, seekCommand{length, offset, io.SeekStart})415		}416	}417	// Read in reverse.418	vectors = append(vectors, seekCommand{0, 0, io.SeekEnd})419	for pos := int64(len(twain)); pos > 0; {420		n := int64(rand.Intn(1 << 11))421		if n > pos {422			n = pos423		}424		pos -= n425		vectors = append(vectors, seekCommand{int(n), pos, io.SeekStart})426	}427	// Execute all seek commands.428	var pos, totalLength int64429	for i, v := range vectors {430		// Emulate Seek logic.431		var wantPos int64432		switch v.whence {433		case io.SeekStart:434			wantPos = v.offset435		case io.SeekCurrent:436			wantPos = v.offset + pos437		case io.SeekEnd:438			wantPos = v.offset + int64(len(twain))439		default:440			wantPos = -1441		}442		// Perform actually (short-circuit if seek fails).443		wantFail := bool(wantPos < 0)444		gotPos, err := xr.Seek(v.offset, v.whence)445		if gotFail := bool(err != nil); gotFail != wantFail {446			if gotFail {447				t.Fatalf("test %d, unexpected failure: Seek(%d, %d) = (%d, %v)", i, v.offset, v.whence, pos, err)448			} else {449				t.Fatalf("test %d, unexpected success: Seek(%d, %d) = (%d, nil)", i, v.offset, v.whence, pos)450			}451		}452		if wantFail {453			continue454		}455		if gotPos != wantPos {456			t.Fatalf("test %d, offset mismatch: got %d, want %d", i, gotPos, wantPos)457		}458		// Read and verify some length of bytes.459		var want []byte460		if wantPos < int64(len(twain)) {461			want = twain[wantPos:]462		}463		if len(want) > v.length {464			want = want[:v.length]465		}466		got, err := ioutil.ReadAll(io.LimitReader(xr, int64(v.length)))467		if err != nil {468			t.Fatalf("test %v, unexpected error: ReadAll() = %v", i, err)469		}470		if got, want, ok := testutil.BytesCompare(got, want); !ok {471			t.Fatalf("test %v, mismatching output:\ngot  %s\nwant %s", i, got, want)472		}473		pos = gotPos + int64(len(got))474		totalLength += int64(v.length)475	}476	// As a heuristic, make sure we are not reading too much data.477	if thres := 2 * totalLength; rs.N > thres {478		t.Fatalf("read more data than expected: %d > %d", rs.N, thres)479	}480}481func TestRecursiveReader(t *testing.T) {482	twain := testutil.MustLoadFile("../testdata/twain.txt")483	const numIters = 5484	var bb bytes.Buffer485	// Recursively compress the same input data multiple times using XFLATE.486	// Run as a closured function to ensure defer statements execute.487	func() {488		wlast := io.Writer(&bb) // Latest writer489		for i := 0; i < numIters; i++ {490			xw, err := NewWriter(wlast, &WriterConfig{ChunkSize: 1 << uint(10+i)})491			if err != nil {492				t.Fatalf("unexpected error: NewWriter() = %v", err)493			}494			defer func() {495				if err := xw.Close(); err != nil {496					t.Fatalf("unexpected error: Close() = %v", err)497				}498			}()499			wlast = xw500		}501		if _, err := wlast.Write(twain); err != nil {502			t.Fatalf("unexpected error: Write() = %v", err)503		}504	}()505	// Recursively decompress the same input stream multiple times.506	func() {507		rlast := io.ReadSeeker(bytes.NewReader(bb.Bytes()))508		for i := 0; i < numIters; i++ {509			xr, err := NewReader(rlast, nil)510			if err != nil {511				t.Fatalf("unexpected error: NewReader() = %v", err)512			}513			defer func() {514				if err := xr.Close(); err != nil {515					t.Fatalf("unexpected error: Close() = %v", err)516				}517			}()518			rlast = xr519		}520		buf := make([]byte, 321)521		if _, err := rlast.Seek(int64(len(twain))/2, io.SeekStart); err != nil {522			t.Fatalf("unexpected error: Seek() = %v", err)523		}524		if _, err := io.ReadFull(rlast, buf); err != nil {525			t.Fatalf("unexpected error: Read() = %v", err)526		}527		if got, want := string(buf), string(twain[len(twain)/2:][:321]); got != want {528			t.Errorf("output mismatch:\ngot  %q\nwant %q", got, want)529		}530	}()531}532// BenchmarkReader benchmarks the overhead of the XFLATE format over DEFLATE.533// Thus, it intentionally uses a very small chunk size with no compression.534// This benchmark reads the input file in reverse to excite poor behavior.535func BenchmarkReader(b *testing.B) {536	rand := rand.New(rand.NewSource(0))537	twain := testutil.MustLoadFile("../testdata/twain.txt")538	bb := bytes.NewBuffer(make([]byte, 0, 2*len(twain)))539	xr := new(Reader)540	lr := new(io.LimitedReader)541	xw, _ := NewWriter(bb, &WriterConfig{Level: NoCompression, ChunkSize: 1 << 10})542	xw.Write(twain)543	xw.Close()544	b.ReportAllocs()545	b.SetBytes(int64(len(twain)))546	b.ResetTimer()547	for i := 0; i < b.N; i++ {548		rand.Seed(0)549		rd := bytes.NewReader(bb.Bytes())550		if err := xr.Reset(rd); err != nil {551			b.Fatalf("unexpected error: Reset() = %v", err)552		}553		// Read sections of the input in reverse.554		for pos := int64(len(twain)); pos > 0; {555			// Random section size.556			n := int64(rand.Intn(1 << 11))557			if n > pos {558				n = pos559			}560			pos -= n561			// Read the given section.562			if _, err := xr.Seek(pos, io.SeekStart); err != nil {563				b.Fatalf("unexpected error: Seek() = %v", err)564			}565			*lr = io.LimitedReader{R: xr, N: n}566			if _, err := io.Copy(ioutil.Discard, lr); err != nil {567				b.Fatalf("unexpected error: Copy() = %v", err)568			}569		}570	}571}...

isCorrupted

Using AI Code Generation

1import (2func main() {3	file, err := excelize.OpenFile("test.xlsx")4	if err != nil {5		fmt.Println(err)6	}7	cell, err := file.GetCellValue("Sheet1", "B2")8	if err != nil {9		fmt.Println(err)10	}11	fmt.Println(cell)12	rows, err := file.GetRows("Sheet1")13	for _, row := range rows {14		for _, colCell := range row {15			fmt.Print(colCell, "\t")16		}17		fmt.Println()18	}19}20github.com/360EntSecGroup-Skylar/excelize.(*File).GetCellValue(0x0, 0x5a2c2d, 0x6, 0x5a2c2d, 0x6, 0x0)21main.main()22import (23func main() {24	file, err := excelize.OpenFile("test.xlsx")25	if err != nil {26		fmt.Println(err)27	}28	cell, err := file.GetCellValue("Sheet1", "B2")29	if err != nil {30		fmt.Println(err)31	}32	fmt.Println(cell)33}

isCorrupted

Using AI Code Generation

1import (2type report struct {3}4type temperature struct {5}6type location struct {7}8func (t temperature) average() celsius {9	return (t.high + t.low) / 210}11func (r report) average() celsius {12	return r.temperature.average()13}14func (r report) isCorrupted() bool {15	if r.temperature.high < r.temperature.low {16	}17}18func main() {19	report := report{20		temperature: temperature{21		},22		location: location{23		},24	}25	fmt.Println(report)26	fmt.Println(report.average())27	fmt.Println(report.isCorrupted())28}29{15 {-1 -78} {4.5 135.9}}

isCorrupted

Using AI Code Generation

1import "fmt"2type report struct {3}4func (r *report) isCorrupted() bool {5  for i := 0; i < 5; i++ {6    for j := 0; j < 5; j++ {7      if r.grid[i][j] != '.' && r.grid[i][j] != '#' {8      }9    }10  }11}12func main() {13  fmt.Println(r.isCorrupted())14}15import "fmt"16type report struct {17}18func (r *report) isCorrupted() bool {19  for i := 0; i < 5; i++ {20    for j := 0; j < 5; j++ {21      if r.grid[i][j] != '.' && r.grid[i][j] != '#' {22      }23    }24  }25}26func main() {27  fmt.Println(r.isCorrupted())28}29import "fmt"30type report struct {31}32func (r *report) isCorrupted() bool {33  for i := 0; i < 5; i++ {34    for j := 0; j < 5; j++ {35      if r.grid[i][j] != '.' && r.grid[i][j] != '#' {36      }37    }38  }39}40func main() {41  fmt.Println(r.isCorrupted())42}43import "fmt"44type report struct {45}46func (r *

isCorrupted

Using AI Code Generation

1import (2func main() {3    fmt.Println(report.IsCorrupted())4}5./2.go:10: cannot use report (type xlsx.Report) as type xlsx.File in argument to xlsx.IsCorrupted:6    xlsx.Report does not implement xlsx.File (missing GetSheet method)

isCorrupted

Using AI Code Generation

1import (2func main() {3	r := new(Report)4	f, err := os.Create("report1.txt")5	if err != nil {6		log.Fatal(err)7	}8	r.Created = time.Now()9	fmt.Println(r.isCorrupted())10}11import (12func main() {13	r := new(Report)14	f, err := os.Create("report1.txt")15	if err != nil {16		log.Fatal(err)17	}18	r.Created = time.Now()19	fmt.Println(r.isCorrupted())20}21import (22func main() {23	r := new(Report)24	f, err := os.Create("report1.txt")25	if err != nil {26		log.Fatal(err)27	}28	r.Created = time.Now()29	fmt.Println(r.isCorrupted())30}31import (32func main() {33	r := new(Report)

Automation Testing Tutorials

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