use nu_test_support::{nu, pipeline}; #[test] fn to_nuon_correct_compaction() { let actual = nu!( cwd: "tests/fixtures/formats", pipeline( r#" open appveyor.yml | to nuon | str length | $in > 500 "# )); assert_eq!(actual.out, "true"); } #[test] fn to_nuon_list_of_numbers() { let actual = nu!(pipeline( r#" [1, 2, 3, 4] | to nuon | from nuon | $in == [1, 2, 3, 4] "# )); assert_eq!(actual.out, "true"); } #[test] fn to_nuon_list_of_strings() { let actual = nu!(pipeline( r#" [abc, xyz, def] | to nuon | from nuon | $in == [abc, xyz, def] "# )); assert_eq!(actual.out, "true"); } #[test] fn to_nuon_table() { let actual = nu!(pipeline( r#" [[my, columns]; [abc, xyz], [def, ijk]] | to nuon | from nuon | $in == [[my, columns]; [abc, xyz], [def, ijk]] "# )); assert_eq!(actual.out, "true"); } #[test] fn to_nuon_bool() { let actual = nu!(pipeline( r#" false | to nuon | from nuon "# )); assert_eq!(actual.out, "false"); } #[test] fn to_nuon_escaping() { let actual = nu!(pipeline( r#" "hello\"world" | to nuon | from nuon "# )); assert_eq!(actual.out, "hello\"world"); } #[test] fn to_nuon_escaping2() { let actual = nu!(pipeline( r#" "hello\\world" | to nuon | from nuon "# )); assert_eq!(actual.out, "hello\\world"); } #[test] fn to_nuon_escaping3() { let actual = nu!(pipeline( r#" ["hello\\world"] | to nuon | from nuon | $in == [hello\world] "# )); assert_eq!(actual.out, "true"); } #[test] fn to_nuon_escaping4() { let actual = nu!(pipeline( r#" ["hello\"world"] | to nuon | from nuon | $in == ["hello\"world"] "# )); assert_eq!(actual.out, "true"); } #[test] fn to_nuon_escaping5() { let actual = nu!(pipeline( r#" {s: "hello\"world"} | to nuon | from nuon | $in == {s: "hello\"world"} "# )); assert_eq!(actual.out, "true"); } #[test] fn to_nuon_negative_int() { let actual = nu!(pipeline( r#" -1 | to nuon | from nuon "# )); assert_eq!(actual.out, "-1"); } #[test] fn to_nuon_records() { let actual = nu!(pipeline( r#" {name: "foo bar", age: 100, height: 10} | to nuon | from nuon | $in == {name: "foo bar", age: 100, height: 10} "# )); assert_eq!(actual.out, "true"); } #[test] fn to_nuon_range() { let actual = nu!(pipeline( r#" 1..42 | to nuon "# )); assert_eq!(actual.out, "1..42"); } #[test] fn from_nuon_range() { let actual = nu!(pipeline( r#" "1..42" | from nuon | describe "# )); assert_eq!(actual.out, "range"); } #[test] fn to_nuon_filesize() { let actual = nu!(pipeline( r#" 1kib | to nuon "# )); assert_eq!(actual.out, "1024b"); } #[test] fn from_nuon_filesize() { let actual = nu!(pipeline( r#" "1024b" | from nuon | describe "# )); assert_eq!(actual.out, "filesize"); } #[test] fn to_nuon_duration() { let actual = nu!(pipeline( r#" 1min | to nuon "# )); assert_eq!(actual.out, "60000000000ns"); } #[test] fn from_nuon_duration() { let actual = nu!(pipeline( r#" "60000000000ns" | from nuon | describe "# )); assert_eq!(actual.out, "duration"); } #[test] fn to_nuon_datetime() { let actual = nu!(pipeline( r#" 2019-05-10 | to nuon "# )); assert_eq!(actual.out, "2019-05-10T00:00:00+00:00"); } #[test] fn from_nuon_datetime() { let actual = nu!(pipeline( r#" "2019-05-10T00:00:00+00:00" | from nuon | describe "# )); assert_eq!(actual.out, "date"); } #[test] fn to_nuon_errs_on_closure() { let actual = nu!(pipeline( r#" {|| to nuon} | to nuon "# )); assert!(actual.err.contains("can't convert closure to NUON")); } #[test] fn binary_to() { let actual = nu!(pipeline( r#" 0x[ab cd ef] | to nuon "# )); assert_eq!(actual.out, "0x[ABCDEF]"); } #[test] fn binary_roundtrip() { let actual = nu!(pipeline( r#" "0x[1f ff]" | from nuon | to nuon "# )); assert_eq!(actual.out, "0x[1FFF]"); } #[test] fn read_binary_data() { let actual = nu!( cwd: "tests/fixtures/formats", pipeline( r#" open sample.nuon | get 5.3 "# )); assert_eq!(actual.out, "31") } #[test] fn read_record() { let actual = nu!( cwd: "tests/fixtures/formats", pipeline( r#" open sample.nuon | get 4.name "# )); assert_eq!(actual.out, "Bobby") } #[test] fn read_bool() { let actual = nu!( cwd: "tests/fixtures/formats", pipeline( r#" open sample.nuon | get 3 | $in == true "# )); assert_eq!(actual.out, "true") } #[test] fn float_doesnt_become_int() { let actual = nu!(pipeline( r#" 1.0 | to nuon "# )); assert_eq!(actual.out, "1.0") } #[test] fn float_inf_parsed_properly() { let actual = nu!(pipeline( r#" inf | to nuon "# )); assert_eq!(actual.out, "inf") } #[test] fn float_neg_inf_parsed_properly() { let actual = nu!(pipeline( r#" -inf | to nuon "# )); assert_eq!(actual.out, "-inf") } #[test] fn float_nan_parsed_properly() { let actual = nu!(pipeline( r#" NaN | to nuon "# )); assert_eq!(actual.out, "NaN") } #[test] fn to_nuon_converts_columns_with_spaces() { let actual = nu!(pipeline( r#" let test = [[a, b, "c d"]; [1 2 3] [4 5 6]]; $test | to nuon | from nuon "# )); assert!(actual.err.is_empty()); } #[test] fn to_nuon_quotes_empty_string() { let actual = nu!(pipeline( r#" let test = ""; $test | to nuon "# )); assert!(actual.err.is_empty()); assert_eq!(actual.out, r#""""#) } #[test] fn to_nuon_quotes_empty_string_in_list() { let actual = nu!(pipeline( r#" let test = [""]; $test | to nuon | from nuon | $in == [""] "# )); assert!(actual.err.is_empty()); assert_eq!(actual.out, "true") } #[test] fn to_nuon_quotes_empty_string_in_table() { let actual = nu!(pipeline( r#" let test = [[a, b]; ['', la] [le lu]]; $test | to nuon | from nuon "# )); assert!(actual.err.is_empty()); } #[test] fn does_not_quote_strings_unnecessarily() { let actual = nu!(pipeline( r#" let test = [["a", "b", "c d"]; [1 2 3] [4 5 6]]; $test | to nuon "# )); assert_eq!(actual.out, "[[a, b, \"c d\"]; [1, 2, 3], [4, 5, 6]]"); let actual = nu!(pipeline( r#" let a = {"ro name": "sam" rank: 10}; $a | to nuon "# )); assert_eq!(actual.out, "{\"ro name\": sam, rank: 10}"); } #[test] fn quotes_some_strings_necessarily() { let actual = nu!(pipeline( r#" ['true','false','null', 'NaN','NAN','nan','+nan','-nan', 'inf','+inf','-inf','INF', 'Infinity','+Infinity','-Infinity','INFINITY', '+19.99','-19.99', '19.99b', '19.99kb','19.99mb','19.99gb','19.99tb','19.99pb','19.99eb','19.99zb', '19.99kib','19.99mib','19.99gib','19.99tib','19.99pib','19.99eib','19.99zib', '19ns', '19us', '19ms', '19sec', '19min', '19hr', '19day', '19wk', '-11.0..-15.0', '11.0..-15.0', '-11.0..15.0', '-11.0..<-15.0', '11.0..<-15.0', '-11.0..<15.0', '-11.0..', '11.0..', '..15.0', '..-15.0', '..<15.0', '..<-15.0', '2000-01-01', '2022-02-02T14:30:00', '2022-02-02T14:30:00+05:00', ',','' '&&' ] | to nuon | from nuon | describe "# )); assert_eq!(actual.out, "list"); } #[test] fn read_code_should_fail_rather_than_panic() { let actual = nu!(cwd: "tests/fixtures/formats", pipeline( r#"open code.nu | from nuon"# )); assert!(actual.err.contains("error when parsing")) }