package influx import ( "reflect" "testing" ) func TestNextUnquotedChar(t *testing.T) { f := func(s string, ch byte, noUnescape bool, nExpected int) { t.Helper() n := nextUnquotedChar(s, ch, noUnescape, true) if n != nExpected { t.Fatalf("unexpected n for nextUnqotedChar(%q, '%c', %v); got %d; want %d", s, ch, noUnescape, n, nExpected) } } f(``, ' ', false, -1) f(``, ' ', true, -1) f(`""`, ' ', false, -1) f(`""`, ' ', true, -1) f(`"foo bar\" " baz`, ' ', false, 12) f(`"foo bar\" " baz`, ' ', true, 10) } func TestNextUnescapedChar(t *testing.T) { f := func(s string, ch byte, noUnescape bool, nExpected int) { t.Helper() n := nextUnescapedChar(s, ch, noUnescape) if n != nExpected { t.Fatalf("unexpected n for nextUnescapedChar(%q, '%c', %v); got %d; want %d", s, ch, noUnescape, n, nExpected) } } f("", ' ', true, -1) f("", ' ', false, -1) f(" ", ' ', true, 0) f(" ", ' ', false, 0) f("x y", ' ', true, 1) f("x y", ' ', false, 1) f(`x\ y`, ' ', true, 2) f(`x\ y`, ' ', false, 3) f(`\\,`, ',', true, 2) f(`\\,`, ',', false, 2) f(`\\\=`, '=', true, 3) f(`\\\=`, '=', false, -1) f(`\\\=aa`, '=', true, 3) f(`\\\=aa`, '=', false, -1) f(`\\\=a=a`, '=', true, 3) f(`\\\=a=a`, '=', false, 5) f(`a\`, ' ', true, -1) f(`a\`, ' ', false, -1) } func TestUnescapeTagValue(t *testing.T) { f := func(s, sExpected string) { t.Helper() ss := unescapeTagValue(s, false) if ss != sExpected { t.Fatalf("unexpected value for %q; got %q; want %q", s, ss, sExpected) } } f("", "") f("x", "x") f("foobar", "foobar") f("привет", "привет") f(`\a\b\cd`, `\a\b\cd`) f(`\`, `\`) f(`foo\`, `foo\`) f(`\,foo\\\=\ bar`, `,foo\= bar`) } func TestRowsUnmarshalFailure(t *testing.T) { f := func(s string) { t.Helper() var rows Rows rows.Unmarshal(s) if len(rows.Rows) != 0 { t.Fatalf("expecting zero rows; got %d rows", len(rows.Rows)) } // Try again rows.Unmarshal(s) if len(rows.Rows) != 0 { t.Fatalf("expecting zero rows; got %d rows", len(rows.Rows)) } } // No fields f("foo") f("foo,bar=baz 1234") // Missing tag value f("foo,bar") f("foo,bar baz") f("foo,bar=123, 123") // Missing field value f("foo bar") f("foo bar=") f("foo bar=,baz=23 123") f("foo bar=1, 123") f(`foo bar=" 123`) f(`foo bar="123`) f(`foo bar=",123`) f(`foo bar=a"", 123`) // Missing field name f("foo =123") f("foo =123\nbar") // Invalid timestamp f("foo bar=123 baz") // Invalid field value f("foo bar=1abci") f("foo bar=-2abci") f("foo bar=3abcu") // HTTP request line f("GET /foo HTTP/1.1") f("GET /foo?bar=baz HTTP/1.0") } func TestRowsUnmarshalSuccess(t *testing.T) { f := func(s string, rowsExpected *Rows) { t.Helper() var rows Rows rows.Unmarshal(s) if !reflect.DeepEqual(rows.Rows, rowsExpected.Rows) { t.Fatalf("unexpected rows;\ngot\n%+v;\nwant\n%+v", rows.Rows, rowsExpected.Rows) } // Try unmarshaling again rows.Unmarshal(s) if !reflect.DeepEqual(rows.Rows, rowsExpected.Rows) { t.Fatalf("unexpected rows;\ngot\n%+v;\nwant\n%+v", rows.Rows, rowsExpected.Rows) } rows.Reset() if len(rows.Rows) != 0 { t.Fatalf("non-empty rows after reset: %+v", rows.Rows) } } // Empty line f("", &Rows{}) f("\n\n", &Rows{}) f("\n\r\n", &Rows{}) // Comment f("\n# foobar\n", &Rows{}) f("#foobar baz", &Rows{}) f("#foobar baz\n#sss", &Rows{}) // Missing measurement f(" baz=123", &Rows{ Rows: []Row{{ Measurement: "", Fields: []Field{{ Key: "baz", Value: 123, }}, }}, }) f(",foo=bar baz=123", &Rows{ Rows: []Row{{ Measurement: "", Tags: []Tag{{ Key: "foo", Value: "bar", }}, Fields: []Field{{ Key: "baz", Value: 123, }}, }}, }) // Minimal line without tags and timestamp f("foo bar=123", &Rows{ Rows: []Row{{ Measurement: "foo", Fields: []Field{{ Key: "bar", Value: 123, }}, }}, }) f("# comment\nfoo bar=123\r\n#comment2 sdsf dsf", &Rows{ Rows: []Row{{ Measurement: "foo", Fields: []Field{{ Key: "bar", Value: 123, }}, }}, }) f("foo bar=123\n", &Rows{ Rows: []Row{{ Measurement: "foo", Fields: []Field{{ Key: "bar", Value: 123, }}, }}, }) // Line without tags and with a timestamp. f("foo bar=123.45 -345", &Rows{ Rows: []Row{{ Measurement: "foo", Fields: []Field{{ Key: "bar", Value: 123.45, }}, Timestamp: -345, }}, }) // Line with a single tag f("foo,tag1=xyz bar=123", &Rows{ Rows: []Row{{ Measurement: "foo", Tags: []Tag{{ Key: "tag1", Value: "xyz", }}, Fields: []Field{{ Key: "bar", Value: 123, }}, }}, }) // Line with multiple tags f("foo,tag1=xyz,tag2=43as bar=123", &Rows{ Rows: []Row{{ Measurement: "foo", Tags: []Tag{ { Key: "tag1", Value: "xyz", }, { Key: "tag2", Value: "43as", }, }, Fields: []Field{{ Key: "bar", Value: 123, }}, }}, }) // Line with empty tag values f("foo,tag1=xyz,tagN=,tag2=43as,=xxx bar=123", &Rows{ Rows: []Row{{ Measurement: "foo", Tags: []Tag{ { Key: "tag1", Value: "xyz", }, { Key: "tag2", Value: "43as", }, }, Fields: []Field{{ Key: "bar", Value: 123, }}, }}, }) // Line with multiple tags, multiple fields and timestamp f(`system,host=ip-172-16-10-144 uptime_format="3 days, 21:01",quoted_float="-1.23",quoted_int="123" 1557761040000000000`, &Rows{ Rows: []Row{{ Measurement: "system", Tags: []Tag{{ Key: "host", Value: "ip-172-16-10-144", }}, Fields: []Field{ { Key: "uptime_format", Value: 0, }, { Key: "quoted_float", Value: -1.23, }, { Key: "quoted_int", Value: 123, }, }, Timestamp: 1557761040000000000, }}, }) f(`foo,tag1=xyz,tag2=43as bar=-123e4,x=True,y=-45i,z=f,aa="f,= \"a",bb=23u 48934`, &Rows{ Rows: []Row{{ Measurement: "foo", Tags: []Tag{ { Key: "tag1", Value: "xyz", }, { Key: "tag2", Value: "43as", }, }, Fields: []Field{ { Key: "bar", Value: -123e4, }, { Key: "x", Value: 1, }, { Key: "y", Value: -45, }, { Key: "z", Value: 0, }, { Key: "aa", Value: 0, }, { Key: "bb", Value: 23, }, }, Timestamp: 48934, }}, }) // Escape chars f(`fo\,bar\=baz,x\=\b=\\a\,\=\q\ \\\a\=\,=4.34`, &Rows{ Rows: []Row{{ Measurement: `fo,bar=baz`, Tags: []Tag{{ Key: `x=\b`, Value: `\a,=\q `, }}, Fields: []Field{{ Key: `\\a=,`, Value: 4.34, }}, }}, }) // Test case from https://community.librenms.org/t/integration-with-victoriametrics/9689 f("ports,foo=a,bar=et\\ +\\ V,baz=ype INDISCARDS=245333676,OUTDISCARDS=1798680", &Rows{ Rows: []Row{{ Measurement: "ports", Tags: []Tag{ { Key: "foo", Value: "a", }, { Key: "bar", Value: "et + V", }, { Key: "baz", Value: "ype", }, }, Fields: []Field{ { Key: "INDISCARDS", Value: 245333676, }, { Key: "OUTDISCARDS", Value: 1798680, }, }, }}, }) // Multiple lines f("foo,tag=xyz field=1.23 48934\n"+ "bar x=-1i\n\n", &Rows{ Rows: []Row{ { Measurement: "foo", Tags: []Tag{{ Key: "tag", Value: "xyz", }}, Fields: []Field{{ Key: "field", Value: 1.23, }}, Timestamp: 48934, }, { Measurement: "bar", Fields: []Field{{ Key: "x", Value: -1, }}, }, }, }) // Multiple lines with invalid line in the middle. f("foo,tag=xyz field=1.23 48934\n"+ "invalid line\n"+ "bar x=-1i\n\n", &Rows{ Rows: []Row{ { Measurement: "foo", Tags: []Tag{{ Key: "tag", Value: "xyz", }}, Fields: []Field{{ Key: "field", Value: 1.23, }}, Timestamp: 48934, }, { Measurement: "bar", Fields: []Field{{ Key: "x", Value: -1, }}, }, }, }) // No newline after the second line. // See https://github.com/VictoriaMetrics/VictoriaMetrics/issues/82 f("foo,tag=xyz field=1.23 48934\n"+ "bar x=-1i", &Rows{ Rows: []Row{ { Measurement: "foo", Tags: []Tag{{ Key: "tag", Value: "xyz", }}, Fields: []Field{{ Key: "field", Value: 1.23, }}, Timestamp: 48934, }, { Measurement: "bar", Fields: []Field{{ Key: "x", Value: -1, }}, }, }, }) f("x,y=z,g=p:\\ \\ 5432\\,\\ gp\\ mon\\ [lol]\\ con10\\ cmd5\\ SELECT f=1", &Rows{ Rows: []Row{{ Measurement: "x", Tags: []Tag{ { Key: "y", Value: "z", }, { Key: "g", Value: "p: 5432, gp mon [lol] con10 cmd5 SELECT", }, }, Fields: []Field{{ Key: "f", Value: 1, }}, }}, }) }