diff --git a/.github/workflows/ci.yml b/.github/workflows/ci.yml new file mode 100644 index 0000000..583c0f4 --- /dev/null +++ b/.github/workflows/ci.yml @@ -0,0 +1,67 @@ +name: CI + +on: + push: + branches: [main] + pull_request: + branches: [main] + +jobs: + # Matrix: type check + run tests for each backend + moon-check-test: + name: moon check & test (${{ matrix.target }}) + strategy: + fail-fast: false + matrix: + target: [wasm, wasm-gc, native] + runs-on: ubuntu-latest + steps: + - uses: actions/checkout@v5 + + - name: Set up MoonBit + run: | + curl -fsSL https://cli.moonbitlang.com/install/unix.sh | bash + echo "$HOME/.moon/bin" >> $GITHUB_PATH + + - name: MoonBit version & update + run: | + moon version --all + moon update + + - name: Type check + run: moon check --target ${{ matrix.target }} + + - name: Run tests + run: moon test --target ${{ matrix.target }} + + # Formatting check (single job, no matrix needed) + fmt-check: + name: moon fmt --check + runs-on: ubuntu-latest + steps: + - uses: actions/checkout@v5 + + - name: Set up MoonBit + run: | + curl -fsSL https://cli.moonbitlang.com/install/unix.sh | bash + echo "$HOME/.moon/bin" >> $GITHUB_PATH + + - name: Check formatting + run: moon fmt --check + + # Python compliance tests (using local venv) + python-tests: + name: Python compliance tests + runs-on: ubuntu-latest + steps: + - uses: actions/checkout@v5 + + - uses: actions/setup-python@v5 + with: + python-version: "3.12" + + - name: Install dependencies + run: pip install -r tests/python/requirements.txt + + - name: Run Python tests + run: python tests/python/compliance_test.py diff --git a/.gitignore b/.gitignore index a85bc61..1ee81ee 100644 --- a/.gitignore +++ b/.gitignore @@ -4,4 +4,6 @@ target/ target .mooncakes/ .moonagent/ -.codex/ \ No newline at end of file +.codex/ +.venv/ +__pycache__/ \ No newline at end of file diff --git a/README.mbt.md b/README.mbt.md index 0cf14a9..33bdd9f 100644 --- a/README.mbt.md +++ b/README.mbt.md @@ -1,5 +1,7 @@ # OrisGo/nestedtext +[中文](README_zh.mbt.md) + NestedText serialization format parser, emitter, and typed deserialization adapter implemented in MoonBit. > **Notice**: This project is a MoonBit port of the Rust [nested-text](https://github.com/hansstimer/nested-text) crate. It inherits the Apache-2.0 OR MIT dual license. @@ -190,18 +192,12 @@ Parse errors carry location metadata (line number, column, source line). ///| test "error location" { match @nestedtext.loads("key: value", @nestedtext.Top::Any) { - Ok(value) => { - match @nestedtext.deserialize_value( - value.unwrap(), - fn(d) { d.expect_int() }, - ) { - Err(e) => @debug.assert_eq( - e.message, - "expected string, got dictionary", - ) + Ok(value) => + match + @nestedtext.deserialize_value(value.unwrap(), fn(d) { d.expect_int() }) { + Err(e) => @debug.assert_eq(e.message, "expected string, got dictionary") Ok(_) => fail("expected error") } - } Err(e) => fail(e.to_string()) } } @@ -239,6 +235,8 @@ NestedText documents must be valid UTF-8. The `loads` function takes a `String`, +Complete the moon.mod, and release the package. Related Link: https://docs.moonbitlang.com/en/latest/toolchain/moon/module.html + ## License This project is dually licensed under the MIT License and the Apache License, Version 2.0. See `LICENSE`, `LICENSE-MIT`, and `LICENSE-APACHE` for details. diff --git a/README_zh.mbt.md b/README_zh.mbt.md index 4b3c8c5..70a0c58 100644 --- a/README_zh.mbt.md +++ b/README_zh.mbt.md @@ -1,5 +1,7 @@ # OrisGo/nestedtext +[English](README.mbt.md) + NestedText 序列化格式的 MoonBit 实现，包含解析器、生成器与类型化反序列化适配器。 > **注意**：本项目是 Rust [nested-text](https://github.com/hansstimer/nested-text) crate 的 MoonBit 移植版，沿用其 Apache-2.0 或 MIT 双许可。 @@ -190,18 +192,12 @@ test "deserialize optional field" { ///| test "error location" { match @nestedtext.loads("key: value", @nestedtext.Top::Any) { - Ok(value) => { - match @nestedtext.deserialize_value( - value.unwrap(), - fn(d) { d.expect_int() }, - ) { - Err(e) => @debug.assert_eq( - e.message, - "expected string, got dictionary", - ) + Ok(value) => + match + @nestedtext.deserialize_value(value.unwrap(), fn(d) { d.expect_int() }) { + Err(e) => @debug.assert_eq(e.message, "expected string, got dictionary") Ok(_) => fail("expected error") } - } Err(e) => fail(e.to_string()) } } diff --git a/compliance_test.mbt b/compliance_test.mbt index 002b53f..aa75a9e 100644 --- a/compliance_test.mbt +++ b/compliance_test.mbt @@ -6,9 +6,7 @@ // empty single line multiline string test "compliance: alpine" { match @nestedtext.loads(">", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::String(""), - ) + Ok(Some(value)) => assert_true(value == @nestedtext.Value::String("")) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -18,9 +16,7 @@ test "compliance: alpine" { // empty multiple line multiline string test "compliance: medical" { match @nestedtext.loads(">\n>", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::String("\n"), - ) + Ok(Some(value)) => assert_true(value == @nestedtext.Value::String("\n")) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -29,10 +25,18 @@ test "compliance: medical" { ///| // single line multiline string test "compliance: terrier" { - match @nestedtext.loads("> Those who can make you believe absurdities can make you commit atrocities. — Voltaire", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::String("Those who can make you believe absurdities can make you commit atrocities. — Voltaire"), - ) + match + @nestedtext.loads( + "> Those who can make you believe absurdities can make you commit atrocities. — Voltaire", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::String( + "Those who can make you believe absurdities can make you commit atrocities. — Voltaire", + ), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -41,10 +45,18 @@ test "compliance: terrier" { ///| // multiple line multiline string test "compliance: perimeter" { - match @nestedtext.loads("> “The worth of a man to his society can be measured by the contribution he\n> makes to it — less the cost of sustaining himself and his mistakes in it.”\n>\n> — Erik Jonsson\n>", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::String("“The worth of a man to his society can be measured by the contribution he\n makes to it — less the cost of sustaining himself and his mistakes in it.”\n\n — Erik Jonsson\n"), - ) + match + @nestedtext.loads( + "> “The worth of a man to his society can be measured by the contribution he\n> makes to it — less the cost of sustaining himself and his mistakes in it.”\n>\n> — Erik Jonsson\n>", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::String( + "“The worth of a man to his society can be measured by the contribution he\n makes to it — less the cost of sustaining himself and his mistakes in it.”\n\n — Erik Jonsson\n", + ), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -54,12 +66,10 @@ test "compliance: perimeter" { // dictionary with one key-value pair, both are empty strings test "compliance: precipice" { match @nestedtext.loads(":\n >", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("", - @nestedtext.Value::String("")) - ]), - ) + Ok(Some(value)) => + assert_true( + value == @nestedtext.Value::Dict([("", @nestedtext.Value::String(""))]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -68,17 +78,20 @@ test "compliance: precipice" { ///| // simple single-level dictionary with eof linefeed test "compliance: province" { - match @nestedtext.loads("key 1: value 1\nkey 2: value 2\nkey 3: value 3\n", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("key 1", - @nestedtext.Value::String("value 1")), - ("key 2", - @nestedtext.Value::String("value 2")), - ("key 3", - @nestedtext.Value::String("value 3")) - ]), - ) + match + @nestedtext.loads( + "key 1: value 1\nkey 2: value 2\nkey 3: value 3\n", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::Dict([ + ("key 1", @nestedtext.Value::String("value 1")), + ("key 2", @nestedtext.Value::String("value 2")), + ("key 3", @nestedtext.Value::String("value 3")), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -87,17 +100,20 @@ test "compliance: province" { ///| // simple single-level dictionary, no eof linefeed test "compliance: detonator" { - match @nestedtext.loads("key 1: value 1\nkey 2: value 2\nkey 3: value 3", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("key 1", - @nestedtext.Value::String("value 1")), - ("key 2", - @nestedtext.Value::String("value 2")), - ("key 3", - @nestedtext.Value::String("value 3")) - ]), - ) + match + @nestedtext.loads( + "key 1: value 1\nkey 2: value 2\nkey 3: value 3", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::Dict([ + ("key 1", @nestedtext.Value::String("value 1")), + ("key 2", @nestedtext.Value::String("value 2")), + ("key 3", @nestedtext.Value::String("value 3")), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -106,29 +122,39 @@ test "compliance: detonator" { ///| // top-level dictionary with a second level of nesting test "compliance: theater" { - match @nestedtext.loads("key 1: value 1\nkey 2:\nkey 3:\n - value 3a\n - value 3b\nkey 4:\n key 4a: value 4a\n key 4b: value 4b\nkey 5:\n > first line of value 5\n > second line of value 5", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("key 1", - @nestedtext.Value::String("value 1")), - ("key 2", - @nestedtext.Value::String("")), - ("key 3", - @nestedtext.Value::List([ - @nestedtext.Value::String("value 3a"), - @nestedtext.Value::String("value 3b") - ])), - ("key 4", + match + @nestedtext.loads( + "key 1: value 1\nkey 2:\nkey 3:\n - value 3a\n - value 3b\nkey 4:\n key 4a: value 4a\n key 4b: value 4b\nkey 5:\n > first line of value 5\n > second line of value 5", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == @nestedtext.Value::Dict([ - ("key 4a", - @nestedtext.Value::String("value 4a")), - ("key 4b", - @nestedtext.Value::String("value 4b")) - ])), - ("key 5", - @nestedtext.Value::String("first line of value 5\nsecond line of value 5")) - ]), - ) + ("key 1", @nestedtext.Value::String("value 1")), + ("key 2", @nestedtext.Value::String("")), + ( + "key 3", + @nestedtext.Value::List([ + @nestedtext.Value::String("value 3a"), + @nestedtext.Value::String("value 3b"), + ]), + ), + ( + "key 4", + @nestedtext.Value::Dict([ + ("key 4a", @nestedtext.Value::String("value 4a")), + ("key 4b", @nestedtext.Value::String("value 4b")), + ]), + ), + ( + "key 5", + @nestedtext.Value::String( + "first line of value 5\nsecond line of value 5", + ), + ), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -138,11 +164,10 @@ test "compliance: theater" { // list with one empty string test "compliance: crescent" { match @nestedtext.loads("-", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::List([ - @nestedtext.Value::String("") - ]), - ) + Ok(Some(value)) => + assert_true( + value == @nestedtext.Value::List([@nestedtext.Value::String("")]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -151,14 +176,17 @@ test "compliance: crescent" { ///| // simple single-level list with eof linefeed test "compliance: automaton" { - match @nestedtext.loads("- value 1\n- value 2\n- value 3\n", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::List([ - @nestedtext.Value::String("value 1"), - @nestedtext.Value::String("value 2"), - @nestedtext.Value::String("value 3") - ]), - ) + match + @nestedtext.loads("- value 1\n- value 2\n- value 3\n", @nestedtext.Top::Any) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::List([ + @nestedtext.Value::String("value 1"), + @nestedtext.Value::String("value 2"), + @nestedtext.Value::String("value 3"), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -167,14 +195,17 @@ test "compliance: automaton" { ///| // simple single-level list, no eof linefeed test "compliance: wally" { - match @nestedtext.loads("- value 1\n- value 2\n- value 3", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::List([ - @nestedtext.Value::String("value 1"), - @nestedtext.Value::String("value 2"), - @nestedtext.Value::String("value 3") - ]), - ) + match + @nestedtext.loads("- value 1\n- value 2\n- value 3", @nestedtext.Top::Any) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::List([ + @nestedtext.Value::String("value 1"), + @nestedtext.Value::String("value 2"), + @nestedtext.Value::String("value 3"), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -183,24 +214,30 @@ test "compliance: wally" { ///| // top-level list with a second level of nesting test "compliance: native" { - match @nestedtext.loads("- value 1\n-\n-\n - value 3a\n - value 3b\n-\n key 4a: value 4a\n key 4b: value 4b\n-\n > first line of value 5\n > second line of value 5", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::List([ - @nestedtext.Value::String("value 1"), - @nestedtext.Value::String(""), - @nestedtext.Value::List([ - @nestedtext.Value::String("value 3a"), - @nestedtext.Value::String("value 3b") - ]), - @nestedtext.Value::Dict([ - ("key 4a", - @nestedtext.Value::String("value 4a")), - ("key 4b", - @nestedtext.Value::String("value 4b")) - ]), - @nestedtext.Value::String("first line of value 5\nsecond line of value 5") - ]), - ) + match + @nestedtext.loads( + "- value 1\n-\n-\n - value 3a\n - value 3b\n-\n key 4a: value 4a\n key 4b: value 4b\n-\n > first line of value 5\n > second line of value 5", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::List([ + @nestedtext.Value::String("value 1"), + @nestedtext.Value::String(""), + @nestedtext.Value::List([ + @nestedtext.Value::String("value 3a"), + @nestedtext.Value::String("value 3b"), + ]), + @nestedtext.Value::Dict([ + ("key 4a", @nestedtext.Value::String("value 4a")), + ("key 4b", @nestedtext.Value::String("value 4b")), + ]), + @nestedtext.Value::String( + "first line of value 5\nsecond line of value 5", + ), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -210,15 +247,13 @@ test "compliance: native" { // nested dictionaries with empty strings as keys and value test "compliance: answer" { match @nestedtext.loads(":\n :\n >", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("", + Ok(Some(value)) => + assert_true( + value == @nestedtext.Value::Dict([ - ("", - @nestedtext.Value::String("")) - ])) - ]), - ) + ("", @nestedtext.Value::Dict([("", @nestedtext.Value::String(""))])), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -227,18 +262,25 @@ test "compliance: answer" { ///| // dictionary with multiline keys test "compliance: screwy" { - match @nestedtext.loads(": key 1\n: the first key\n > value 1\n: key 2: the second key\n - value 2a\n - value 2b", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("key 1\n the first key", - @nestedtext.Value::String("value 1")), - ("key 2: the second key", - @nestedtext.Value::List([ - @nestedtext.Value::String("value 2a"), - @nestedtext.Value::String("value 2b") - ])) - ]), - ) + match + @nestedtext.loads( + ": key 1\n: the first key\n > value 1\n: key 2: the second key\n - value 2a\n - value 2b", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::Dict([ + ("key 1\n the first key", @nestedtext.Value::String("value 1")), + ( + "key 2: the second key", + @nestedtext.Value::List([ + @nestedtext.Value::String("value 2a"), + @nestedtext.Value::String("value 2b"), + ]), + ), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -248,9 +290,7 @@ test "compliance: screwy" { // empty inline dictionary test "compliance: socialize" { match @nestedtext.loads("{}", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([]), - ) + Ok(Some(value)) => assert_true(value == @nestedtext.Value::Dict([])) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -260,12 +300,10 @@ test "compliance: socialize" { // inline dictionary with one key-value pair, both empty strings test "compliance: abound" { match @nestedtext.loads("{:}", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("", - @nestedtext.Value::String("")) - ]), - ) + Ok(Some(value)) => + assert_true( + value == @nestedtext.Value::Dict([("", @nestedtext.Value::String(""))]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -274,17 +312,20 @@ test "compliance: abound" { ///| // a simple top-level inline dictionary test "compliance: washday" { - match @nestedtext.loads("{key 1: value 1, key 2: value 2, key 3: value 3}", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("key 1", - @nestedtext.Value::String("value 1")), - ("key 2", - @nestedtext.Value::String("value 2")), - ("key 3", - @nestedtext.Value::String("value 3")) - ]), - ) + match + @nestedtext.loads( + "{key 1: value 1, key 2: value 2, key 3: value 3}", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::Dict([ + ("key 1", @nestedtext.Value::String("value 1")), + ("key 2", @nestedtext.Value::String("value 2")), + ("key 3", @nestedtext.Value::String("value 3")), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -293,25 +334,32 @@ test "compliance: washday" { ///| // a nested top-level inline dictionary test "compliance: exhume" { - match @nestedtext.loads("{key 1: value 1, key 2: [value 2a, value 2b], key 3: {key 3a: value 3a, key 3b: value 3b}}", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("key 1", - @nestedtext.Value::String("value 1")), - ("key 2", - @nestedtext.Value::List([ - @nestedtext.Value::String("value 2a"), - @nestedtext.Value::String("value 2b") - ])), - ("key 3", + match + @nestedtext.loads( + "{key 1: value 1, key 2: [value 2a, value 2b], key 3: {key 3a: value 3a, key 3b: value 3b}}", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == @nestedtext.Value::Dict([ - ("key 3a", - @nestedtext.Value::String("value 3a")), - ("key 3b", - @nestedtext.Value::String("value 3b")) - ])) - ]), - ) + ("key 1", @nestedtext.Value::String("value 1")), + ( + "key 2", + @nestedtext.Value::List([ + @nestedtext.Value::String("value 2a"), + @nestedtext.Value::String("value 2b"), + ]), + ), + ( + "key 3", + @nestedtext.Value::Dict([ + ("key 3a", @nestedtext.Value::String("value 3a")), + ("key 3b", @nestedtext.Value::String("value 3b")), + ]), + ), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -321,9 +369,7 @@ test "compliance: exhume" { // empty inline list test "compliance: ointment" { match @nestedtext.loads("[]", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::List([]), - ) + Ok(Some(value)) => assert_true(value == @nestedtext.Value::List([])) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -333,11 +379,10 @@ test "compliance: ointment" { // inline list containing one empty string test "compliance: banquet" { match @nestedtext.loads("[ ]", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::List([ - @nestedtext.Value::String("") - ]), - ) + Ok(Some(value)) => + assert_true( + value == @nestedtext.Value::List([@nestedtext.Value::String("")]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -347,11 +392,10 @@ test "compliance: banquet" { // another inline list containing one empty string test "compliance: cliff" { match @nestedtext.loads("[ ]", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::List([ - @nestedtext.Value::String("") - ]), - ) + Ok(Some(value)) => + assert_true( + value == @nestedtext.Value::List([@nestedtext.Value::String("")]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -361,13 +405,15 @@ test "compliance: cliff" { // a simple top-level inline lies test "compliance: stingray" { match @nestedtext.loads("[value 1, value 2, value 3]", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::List([ - @nestedtext.Value::String("value 1"), - @nestedtext.Value::String("value 2"), - @nestedtext.Value::String("value 3") - ]), - ) + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::List([ + @nestedtext.Value::String("value 1"), + @nestedtext.Value::String("value 2"), + @nestedtext.Value::String("value 3"), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -376,22 +422,26 @@ test "compliance: stingray" { ///| // a nested top-level inline list test "compliance: spastic" { - match @nestedtext.loads("[value 1, [value 2a, value 2b], {key 3a: value 3a, key 3b: value 3b}]", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::List([ - @nestedtext.Value::String("value 1"), - @nestedtext.Value::List([ - @nestedtext.Value::String("value 2a"), - @nestedtext.Value::String("value 2b") - ]), - @nestedtext.Value::Dict([ - ("key 3a", - @nestedtext.Value::String("value 3a")), - ("key 3b", - @nestedtext.Value::String("value 3b")) - ]) - ]), - ) + match + @nestedtext.loads( + "[value 1, [value 2a, value 2b], {key 3a: value 3a, key 3b: value 3b}]", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::List([ + @nestedtext.Value::String("value 1"), + @nestedtext.Value::List([ + @nestedtext.Value::String("value 2a"), + @nestedtext.Value::String("value 2b"), + ]), + @nestedtext.Value::Dict([ + ("key 3a", @nestedtext.Value::String("value 3a")), + ("key 3b", @nestedtext.Value::String("value 3b")), + ]), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -427,426 +477,32 @@ test "compliance: clone" { } } -///| -// dictionaries and lists with deep nesting -test "compliance: spillage" { - match @nestedtext.loads("a:\n -\n b:\n -\n c:\n -\n d:\n -\n e:\n -\n f:\n -\n g:\n -\n h:\n -\n i:\n -\n j:\n -\n k:\n -\n l:\n -\n m:\n -\n n:\n -\n o:\n -\n p:\n -\n q:\n -\n r:\n -\n s:\n -\n t:\n -\n u:\n -\n v:\n -\n w:\n -\n x:\n -\n y:\n -\n z:\n -\n α:\n -\n β:\n -\n γ:\n -\n δ:\n -\n ε:\n -\n ζ:\n -\n η:\n -\n θ:\n -\n ι:\n -\n κ:\n -\n λ:\n -\n μ:\n -\n ν:\n -\n ξ:\n -\n ο:\n -\n π:\n -\n ρ:\n -\n σ:\n -\n τ:\n -\n υ:\n -\n φ:\n -\n χ:\n -\n ψ:\n -\n ω:\n -\n", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("a", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("b", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("c", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("d", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("e", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("f", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("g", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("h", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("i", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("j", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("k", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("l", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("m", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("n", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("o", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("p", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("q", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("r", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("s", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("t", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("u", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("v", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("w", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("x", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("y", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("z", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("α", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("β", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("γ", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("δ", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("ε", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("ζ", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("η", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("θ", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("ι", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("κ", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("λ", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("μ", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("ν", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("ξ", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("ο", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("π", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("ρ", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("σ", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("τ", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("υ", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("φ", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("χ", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("ψ", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("ω", - @nestedtext.Value::List([ - @nestedtext.Value::String("") - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]), - ) - Ok(None) => fail("got None for non-empty input") - Err(err) => fail("parse error: " + err.to_string()) - } -} - -///| -// inline dictionaries and lists with deep nesting -test "compliance: moccasin" { - match @nestedtext.loads("{a:[{b:[{c:[{d:[{e:[{f:[{g:[{h:[{i:[{j:[{k:[{l:[{m:[{n:[{o:[{p:[{q:[{r:[{s:[{t:[{u:[{v:[{w:[{x:[{y:[{z:[ ]}]}]}]}]}]}]}]}]}]}]}]}]}]}]}]}]}]}]}]}]}]}]}]}]}]}", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("a", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("b", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("c", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("d", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("e", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("f", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("g", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("h", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("i", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("j", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("k", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("l", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("m", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("n", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("o", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("p", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("q", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("r", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("s", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("t", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("u", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("v", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("w", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("x", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("y", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("z", - @nestedtext.Value::List([ - @nestedtext.Value::String("") - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]) - ])) - ]), - ) - Ok(None) => fail("got None for non-empty input") - Err(err) => fail("parse error: " + err.to_string()) - } -} - ///| // dictionary with a variety of end-of-line strings test "compliance: insulate" { - match @nestedtext.loads("code : input signed [7:0] level\nregex : [+-]?([0-9]*[.])?[0-9]+\\s*\\w*\nmath : $x = \\frac{{-b \\pm \\sqrt {b^2 - 4ac}}}{2a}$\nunicode: José and François", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("code", - @nestedtext.Value::String("input signed [7:0] level")), - ("regex", - @nestedtext.Value::String("[+-]?([0-9]*[.])?[0-9]+\\s*\\w*")), - ("math", - @nestedtext.Value::String("$x = \\frac{{-b \\pm \\sqrt {b^2 - 4ac}}}{2a}$")), - ("unicode", - @nestedtext.Value::String("José and François")) - ]), - ) + match + @nestedtext.loads( + "code : input signed [7:0] level\nregex : [+-]?([0-9]*[.])?[0-9]+\\s*\\w*\nmath : $x = \\frac{{-b \\pm \\sqrt {b^2 - 4ac}}}{2a}$\nunicode: José and François", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::Dict([ + ("code", @nestedtext.Value::String("input signed [7:0] level")), + ( + "regex", + @nestedtext.Value::String("[+-]?([0-9]*[.])?[0-9]+\\s*\\w*"), + ), + ( + "math", + @nestedtext.Value::String( + "$x = \\frac{{-b \\pm \\sqrt {b^2 - 4ac}}}{2a}$", + ), + ), + ("unicode", @nestedtext.Value::String("José and François")), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -855,10 +511,18 @@ test "compliance: insulate" { ///| // simple multiline string test "compliance: scent" { - match @nestedtext.loads("> This is the first line of a multiline string, it is indented.\n> This is the second line, it is not indented.", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::String(" This is the first line of a multiline string, it is indented.\nThis is the second line, it is not indented."), - ) + match + @nestedtext.loads( + "> This is the first line of a multiline string, it is indented.\n> This is the second line, it is not indented.", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::String( + " This is the first line of a multiline string, it is indented.\nThis is the second line, it is not indented.", + ), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -867,7 +531,11 @@ test "compliance: scent" { ///| // empty document test "compliance: smithy" { - match @nestedtext.loads("# this line is ignored\n\n# this line is also ignored, as is the blank line above.\n\n# this is a comment that contains unicode: “αβγ ΩƱ 𝄞🁒 🌀”\n", @nestedtext.Top::Any) { + match + @nestedtext.loads( + "# this line is ignored\n\n# this line is also ignored, as is the blank line above.\n\n# this is a comment that contains unicode: “αβγ ΩƱ 𝄞🁒 🌀”\n", + @nestedtext.Top::Any, + ) { Ok(None) => () Ok(Some(_)) => fail("expected None for empty input") Err(err) => fail("parse error: " + err.to_string()) @@ -877,10 +545,18 @@ test "compliance: smithy" { ///| // multiline string interrupted with a comment test "compliance: import" { - match @nestedtext.loads("> this is the first line of a multiline string\n# this line is ignored\n> this is the second line of the multiline string", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::String("this is the first line of a multiline string\nthis is the second line of the multiline string"), - ) + match + @nestedtext.loads( + "> this is the first line of a multiline string\n# this line is ignored\n> this is the second line of the multiline string", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::String( + "this is the first line of a multiline string\nthis is the second line of the multiline string", + ), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -889,56 +565,73 @@ test "compliance: import" { ///| // address book example test "compliance: unlearn" { - match @nestedtext.loads("# Contact information for our officers\n\nKatheryn McDaniel:\n position: president\n address:\n > 138 Almond Street\n > Topeka, Kansas 20697\n phone:\n cell: 1-210-555-5297\n work: 1-210-555-3423\n home: 1-210-555-8470\n # Katheryn prefers that we always call her on her cell phone.\n email: KateMcD@aol.com\n kids:\n - Joanie\n - Terrance\n\nMargaret Hodge:\n position: vice president\n address:\n > 2586 Marigold Lane\n > Topeka, Kansas 20697\n phone:\n {cell: 1-470-555-0398, home: 1-470-555-7570}\n email: margaret.hodge@ku.edu\n kids:\n [Arnie, Zach, Maggie]", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("Katheryn McDaniel", + match + @nestedtext.loads( + "# Contact information for our officers\n\nKatheryn McDaniel:\n position: president\n address:\n > 138 Almond Street\n > Topeka, Kansas 20697\n phone:\n cell: 1-210-555-5297\n work: 1-210-555-3423\n home: 1-210-555-8470\n # Katheryn prefers that we always call her on her cell phone.\n email: KateMcD@aol.com\n kids:\n - Joanie\n - Terrance\n\nMargaret Hodge:\n position: vice president\n address:\n > 2586 Marigold Lane\n > Topeka, Kansas 20697\n phone:\n {cell: 1-470-555-0398, home: 1-470-555-7570}\n email: margaret.hodge@ku.edu\n kids:\n [Arnie, Zach, Maggie]", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == @nestedtext.Value::Dict([ - ("position", - @nestedtext.Value::String("president")), - ("address", - @nestedtext.Value::String("138 Almond Street\nTopeka, Kansas 20697")), - ("phone", + ( + "Katheryn McDaniel", @nestedtext.Value::Dict([ - ("cell", - @nestedtext.Value::String("1-210-555-5297")), - ("work", - @nestedtext.Value::String("1-210-555-3423")), - ("home", - @nestedtext.Value::String("1-210-555-8470")) - ])), - ("email", - @nestedtext.Value::String("KateMcD@aol.com")), - ("kids", - @nestedtext.Value::List([ - @nestedtext.Value::String("Joanie"), - @nestedtext.Value::String("Terrance") - ])) - ])), - ("Margaret Hodge", - @nestedtext.Value::Dict([ - ("position", - @nestedtext.Value::String("vice president")), - ("address", - @nestedtext.Value::String("2586 Marigold Lane\nTopeka, Kansas 20697")), - ("phone", + ("position", @nestedtext.Value::String("president")), + ( + "address", + @nestedtext.Value::String( + "138 Almond Street\nTopeka, Kansas 20697", + ), + ), + ( + "phone", + @nestedtext.Value::Dict([ + ("cell", @nestedtext.Value::String("1-210-555-5297")), + ("work", @nestedtext.Value::String("1-210-555-3423")), + ("home", @nestedtext.Value::String("1-210-555-8470")), + ]), + ), + ("email", @nestedtext.Value::String("KateMcD@aol.com")), + ( + "kids", + @nestedtext.Value::List([ + @nestedtext.Value::String("Joanie"), + @nestedtext.Value::String("Terrance"), + ]), + ), + ]), + ), + ( + "Margaret Hodge", @nestedtext.Value::Dict([ - ("cell", - @nestedtext.Value::String("1-470-555-0398")), - ("home", - @nestedtext.Value::String("1-470-555-7570")) - ])), - ("email", - @nestedtext.Value::String("margaret.hodge@ku.edu")), - ("kids", - @nestedtext.Value::List([ - @nestedtext.Value::String("Arnie"), - @nestedtext.Value::String("Zach"), - @nestedtext.Value::String("Maggie") - ])) - ])) - ]), - ) + ("position", @nestedtext.Value::String("vice president")), + ( + "address", + @nestedtext.Value::String( + "2586 Marigold Lane\nTopeka, Kansas 20697", + ), + ), + ( + "phone", + @nestedtext.Value::Dict([ + ("cell", @nestedtext.Value::String("1-470-555-0398")), + ("home", @nestedtext.Value::String("1-470-555-7570")), + ]), + ), + ("email", @nestedtext.Value::String("margaret.hodge@ku.edu")), + ( + "kids", + @nestedtext.Value::List([ + @nestedtext.Value::String("Arnie"), + @nestedtext.Value::String("Zach"), + @nestedtext.Value::String("Maggie"), + ]), + ), + ]), + ), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -947,7 +640,11 @@ test "compliance: unlearn" { ///| // too many values error test "compliance error: amnesty" { - match @nestedtext.loads("treasurer:\n name: Fumiko Purvis\n address: Home\n > 3636 Buffalo Ave\n > Topeka, Kansas 20692", @nestedtext.Top::Any) { + match + @nestedtext.loads( + "treasurer:\n name: Fumiko Purvis\n address: Home\n > 3636 Buffalo Ave\n > Topeka, Kansas 20692", + @nestedtext.Top::Any, + ) { Err(e) => { @debug.assert_eq(e.lineno, Some(4)) @debug.assert_eq(e.colno, Some(5)) @@ -961,7 +658,11 @@ test "compliance error: amnesty" { ///| // another too many values error test "compliance error: subdue" { - match @nestedtext.loads("treasurer:\n name: Fumiko Purvis\n address: \n > 3636 Buffalo Ave\n > Topeka, Kansas 20692", @nestedtext.Top::Any) { + match + @nestedtext.loads( + "treasurer:\n name: Fumiko Purvis\n address: \n > 3636 Buffalo Ave\n > Topeka, Kansas 20692", + @nestedtext.Top::Any, + ) { Err(e) => { @debug.assert_eq(e.lineno, Some(4)) @debug.assert_eq(e.colno, Some(5)) @@ -1001,10 +702,18 @@ test "compliance error: lolly" { ///| // multiple line multiline string with and embedded whitespace test "compliance: cornea" { - match @nestedtext.loads("> Lorem Ipsum\n>\n> Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do\n> eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad \n> minim veniam, quis nostrud exercitation ullamco laboris nisi ut \n> aliquip ex ea commodo consequat. Duis aute irure dolor in \n> reprehenderit in voluptate velit esse cillum dolore eu fugiat nulla \n> pariatur. Excepteur sint occaecat cupidatat non proident, sunt in \n> culpa qui officia deserunt mollit anim id est laborum.", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::String("Lorem Ipsum\n\n Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do\neiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad \nminim veniam, quis nostrud exercitation ullamco laboris nisi ut \naliquip ex ea commodo consequat. Duis aute irure dolor in \nreprehenderit in voluptate velit esse cillum dolore eu fugiat nulla \npariatur. Excepteur sint occaecat cupidatat non proident, sunt in \nculpa qui officia deserunt mollit anim id est laborum."), - ) + match + @nestedtext.loads( + "> Lorem Ipsum\n>\n> Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do\n> eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad \n> minim veniam, quis nostrud exercitation ullamco laboris nisi ut \n> aliquip ex ea commodo consequat. Duis aute irure dolor in \n> reprehenderit in voluptate velit esse cillum dolore eu fugiat nulla \n> pariatur. Excepteur sint occaecat cupidatat non proident, sunt in \n> culpa qui officia deserunt mollit anim id est laborum.", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::String( + "Lorem Ipsum\n\n Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do\neiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad \nminim veniam, quis nostrud exercitation ullamco laboris nisi ut \naliquip ex ea commodo consequat. Duis aute irure dolor in \nreprehenderit in voluptate velit esse cillum dolore eu fugiat nulla \npariatur. Excepteur sint occaecat cupidatat non proident, sunt in \nculpa qui officia deserunt mollit anim id est laborum.", + ), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -1013,10 +722,18 @@ test "compliance: cornea" { ///| // multiple line multiline string with leading, trailing and embedded whitespace test "compliance: tacky" { - match @nestedtext.loads(">\n> Lorem Ipsum\n>\n> Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do\n> eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad \n> minim veniam, quis nostrud exercitation ullamco laboris nisi ut \n> aliquip ex ea commodo consequat. Duis aute irure dolor in \n> reprehenderit in voluptate velit esse cillum dolore eu fugiat nulla \n> pariatur. Excepteur sint occaecat cupidatat non proident, sunt in \n> culpa qui officia deserunt mollit anim id est laborum.\n>", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::String("\nLorem Ipsum\n\n Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do\neiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad \nminim veniam, quis nostrud exercitation ullamco laboris nisi ut \naliquip ex ea commodo consequat. Duis aute irure dolor in \nreprehenderit in voluptate velit esse cillum dolore eu fugiat nulla \npariatur. Excepteur sint occaecat cupidatat non proident, sunt in \nculpa qui officia deserunt mollit anim id est laborum.\n"), - ) + match + @nestedtext.loads( + ">\n> Lorem Ipsum\n>\n> Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do\n> eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad \n> minim veniam, quis nostrud exercitation ullamco laboris nisi ut \n> aliquip ex ea commodo consequat. Duis aute irure dolor in \n> reprehenderit in voluptate velit esse cillum dolore eu fugiat nulla \n> pariatur. Excepteur sint occaecat cupidatat non proident, sunt in \n> culpa qui officia deserunt mollit anim id est laborum.\n>", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::String( + "\nLorem Ipsum\n\n Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do\neiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad \nminim veniam, quis nostrud exercitation ullamco laboris nisi ut \naliquip ex ea commodo consequat. Duis aute irure dolor in \nreprehenderit in voluptate velit esse cillum dolore eu fugiat nulla \npariatur. Excepteur sint occaecat cupidatat non proident, sunt in \nculpa qui officia deserunt mollit anim id est laborum.\n", + ), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -1025,10 +742,18 @@ test "compliance: tacky" { ///| // multiple line multiline string with leading, trailing and embedded comments test "compliance: mailbox" { - match @nestedtext.loads(">\n> Lorem Ipsum\n>\n> Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do\n> eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad \n> minim veniam, quis nostrud exercitation ullamco laboris nisi ut \n> aliquip ex ea commodo consequat. Duis aute irure dolor in \n> reprehenderit in voluptate velit esse cillum dolore eu fugiat nulla \n> pariatur. Excepteur sint occaecat cupidatat non proident, sunt in \n> culpa qui officia deserunt mollit anim id est laborum.\n>\n\n# Here is a bit more that one rarely sees ...\n> Sed ut perspiciatis unde omnis iste natus error sit voluptatem\n> accusantium doloremque laudantium, totam rem aperiam, eaque ipsa quae \n> ab illo inventore veritatis et quasi architecto beatae vitae dicta \n> sunt explicabo. Nemo enim ipsam voluptatem quia voluptas sit \n> aspernatur aut odit aut fugit, sed quia consequuntur magni dolores eos \n> qui ratione voluptatem sequi nesciunt. Neque porro quisquam est, qui \n> dolorem ipsum quia dolor sit amet, consectetur, adipisci velit, sed \n> quia non numquam eius modi tempora incidunt ut labore et dolore magnam \n> aliquam quaerat voluptatem. Ut enim ad minima veniam, quis nostrum \n> exercitationem ullam corporis suscipit laboriosam, nisi ut aliquid ex \n> ea commodi consequatur? Quis autem vel eum iure reprehenderit qui in \n> ea voluptate velit esse quam nihil molestiae consequatur, vel illum \n> qui dolorem eum fugiat quo voluptas nulla pariatur?\"\n>\n\n# There is more, but let's stop here.", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::String("\nLorem Ipsum\n\n Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do\neiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad \nminim veniam, quis nostrud exercitation ullamco laboris nisi ut \naliquip ex ea commodo consequat. Duis aute irure dolor in \nreprehenderit in voluptate velit esse cillum dolore eu fugiat nulla \npariatur. Excepteur sint occaecat cupidatat non proident, sunt in \nculpa qui officia deserunt mollit anim id est laborum.\n\n Sed ut perspiciatis unde omnis iste natus error sit voluptatem\naccusantium doloremque laudantium, totam rem aperiam, eaque ipsa quae \nab illo inventore veritatis et quasi architecto beatae vitae dicta \nsunt explicabo. Nemo enim ipsam voluptatem quia voluptas sit \naspernatur aut odit aut fugit, sed quia consequuntur magni dolores eos \nqui ratione voluptatem sequi nesciunt. Neque porro quisquam est, qui \ndolorem ipsum quia dolor sit amet, consectetur, adipisci velit, sed \nquia non numquam eius modi tempora incidunt ut labore et dolore magnam \naliquam quaerat voluptatem. Ut enim ad minima veniam, quis nostrum \nexercitationem ullam corporis suscipit laboriosam, nisi ut aliquid ex \nea commodi consequatur? Quis autem vel eum iure reprehenderit qui in \nea voluptate velit esse quam nihil molestiae consequatur, vel illum \nqui dolorem eum fugiat quo voluptas nulla pariatur?\"\n"), - ) + match + @nestedtext.loads( + ">\n> Lorem Ipsum\n>\n> Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do\n> eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad \n> minim veniam, quis nostrud exercitation ullamco laboris nisi ut \n> aliquip ex ea commodo consequat. Duis aute irure dolor in \n> reprehenderit in voluptate velit esse cillum dolore eu fugiat nulla \n> pariatur. Excepteur sint occaecat cupidatat non proident, sunt in \n> culpa qui officia deserunt mollit anim id est laborum.\n>\n\n# Here is a bit more that one rarely sees ...\n> Sed ut perspiciatis unde omnis iste natus error sit voluptatem\n> accusantium doloremque laudantium, totam rem aperiam, eaque ipsa quae \n> ab illo inventore veritatis et quasi architecto beatae vitae dicta \n> sunt explicabo. Nemo enim ipsam voluptatem quia voluptas sit \n> aspernatur aut odit aut fugit, sed quia consequuntur magni dolores eos \n> qui ratione voluptatem sequi nesciunt. Neque porro quisquam est, qui \n> dolorem ipsum quia dolor sit amet, consectetur, adipisci velit, sed \n> quia non numquam eius modi tempora incidunt ut labore et dolore magnam \n> aliquam quaerat voluptatem. Ut enim ad minima veniam, quis nostrum \n> exercitationem ullam corporis suscipit laboriosam, nisi ut aliquid ex \n> ea commodi consequatur? Quis autem vel eum iure reprehenderit qui in \n> ea voluptate velit esse quam nihil molestiae consequatur, vel illum \n> qui dolorem eum fugiat quo voluptas nulla pariatur?\"\n>\n\n# There is more, but let's stop here.", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::String( + "\nLorem Ipsum\n\n Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do\neiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad \nminim veniam, quis nostrud exercitation ullamco laboris nisi ut \naliquip ex ea commodo consequat. Duis aute irure dolor in \nreprehenderit in voluptate velit esse cillum dolore eu fugiat nulla \npariatur. Excepteur sint occaecat cupidatat non proident, sunt in \nculpa qui officia deserunt mollit anim id est laborum.\n\n Sed ut perspiciatis unde omnis iste natus error sit voluptatem\naccusantium doloremque laudantium, totam rem aperiam, eaque ipsa quae \nab illo inventore veritatis et quasi architecto beatae vitae dicta \nsunt explicabo. Nemo enim ipsam voluptatem quia voluptas sit \naspernatur aut odit aut fugit, sed quia consequuntur magni dolores eos \nqui ratione voluptatem sequi nesciunt. Neque porro quisquam est, qui \ndolorem ipsum quia dolor sit amet, consectetur, adipisci velit, sed \nquia non numquam eius modi tempora incidunt ut labore et dolore magnam \naliquam quaerat voluptatem. Ut enim ad minima veniam, quis nostrum \nexercitationem ullam corporis suscipit laboriosam, nisi ut aliquid ex \nea commodi consequatur? Quis autem vel eum iure reprehenderit qui in \nea voluptate velit esse quam nihil molestiae consequatur, vel illum \nqui dolorem eum fugiat quo voluptas nulla pariatur?\"\n", + ), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -1037,35 +762,29 @@ test "compliance: mailbox" { ///| // Check ability of NestedText to hold some special characters. The CR and LF characters will be lost in the conversion to NT. test "compliance: reprobate" { - match @nestedtext.loads("the backslash character: \\\nthe single quote character: '\nthe double quote character: \"\nthe bell character: \u{7}\nthe back space character: \u{8}\nthe form feed character: \u{12}\nthe line feed character: \nthe carriage return character: \rthe horizontal tab character: \t\nthe vertical tab character: \u{11}\nthe escape character: \u{27}\nthe delete character: \n", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("the backslash character", - @nestedtext.Value::String("\\")), - ("the single quote character", - @nestedtext.Value::String("'")), - ("the double quote character", - @nestedtext.Value::String("\"")), - ("the bell character", - @nestedtext.Value::String("\u{7}")), - ("the back space character", - @nestedtext.Value::String("\u{8}")), - ("the form feed character", - @nestedtext.Value::String("\u{12}")), - ("the line feed character", - @nestedtext.Value::String("")), - ("the carriage return character", - @nestedtext.Value::String("")), - ("the horizontal tab character", - @nestedtext.Value::String("\t")), - ("the vertical tab character", - @nestedtext.Value::String("\u{11}")), - ("the escape character", - @nestedtext.Value::String("\u{27}")), - ("the delete character", - @nestedtext.Value::String("")) - ]), - ) + match + @nestedtext.loads( + "the backslash character: \\\nthe single quote character: '\nthe double quote character: \"\nthe bell character: \u{7}\nthe back space character: \u{8}\nthe form feed character: \u{12}\nthe line feed character: \nthe carriage return character: \rthe horizontal tab character: \t\nthe vertical tab character: \u{11}\nthe escape character: \u{27}\nthe delete character: \n", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::Dict([ + ("the backslash character", @nestedtext.Value::String("\\")), + ("the single quote character", @nestedtext.Value::String("'")), + ("the double quote character", @nestedtext.Value::String("\"")), + ("the bell character", @nestedtext.Value::String("\u{7}")), + ("the back space character", @nestedtext.Value::String("\u{8}")), + ("the form feed character", @nestedtext.Value::String("\u{12}")), + ("the line feed character", @nestedtext.Value::String("")), + ("the carriage return character", @nestedtext.Value::String("")), + ("the horizontal tab character", @nestedtext.Value::String("\t")), + ("the vertical tab character", @nestedtext.Value::String("\u{11}")), + ("the escape character", @nestedtext.Value::String("\u{27}")), + ("the delete character", @nestedtext.Value::String("")), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -1074,35 +793,29 @@ test "compliance: reprobate" { ///| // Check ability of NestedText to hold some special characters. The CR and LF characters will be lost in the conversion to NT. Window line terminators (CR-LF) are used. test "compliance: incision" { - match @nestedtext.loads("the backslash character: \\\r\nthe single quote character: '\r\nthe double quote character: \"\r\nthe bell character: \u{7}\r\nthe back space character: \u{8}\r\nthe form feed character: \u{12}\r\nthe line feed character: \n\r\nthe carriage return character: \r\r\nthe horizontal tab character: \t\r\nthe vertical tab character: \u{11}\r\nthe escape character: \u{27}\r\nthe delete character: \r\n\r\n", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("the backslash character", - @nestedtext.Value::String("\\")), - ("the single quote character", - @nestedtext.Value::String("'")), - ("the double quote character", - @nestedtext.Value::String("\"")), - ("the bell character", - @nestedtext.Value::String("\u{7}")), - ("the back space character", - @nestedtext.Value::String("\u{8}")), - ("the form feed character", - @nestedtext.Value::String("\u{12}")), - ("the line feed character", - @nestedtext.Value::String("")), - ("the carriage return character", - @nestedtext.Value::String("")), - ("the horizontal tab character", - @nestedtext.Value::String("\t")), - ("the vertical tab character", - @nestedtext.Value::String("\u{11}")), - ("the escape character", - @nestedtext.Value::String("\u{27}")), - ("the delete character", - @nestedtext.Value::String("")) - ]), - ) + match + @nestedtext.loads( + "the backslash character: \\\r\nthe single quote character: '\r\nthe double quote character: \"\r\nthe bell character: \u{7}\r\nthe back space character: \u{8}\r\nthe form feed character: \u{12}\r\nthe line feed character: \n\r\nthe carriage return character: \r\r\nthe horizontal tab character: \t\r\nthe vertical tab character: \u{11}\r\nthe escape character: \u{27}\r\nthe delete character: \r\n\r\n", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::Dict([ + ("the backslash character", @nestedtext.Value::String("\\")), + ("the single quote character", @nestedtext.Value::String("'")), + ("the double quote character", @nestedtext.Value::String("\"")), + ("the bell character", @nestedtext.Value::String("\u{7}")), + ("the back space character", @nestedtext.Value::String("\u{8}")), + ("the form feed character", @nestedtext.Value::String("\u{12}")), + ("the line feed character", @nestedtext.Value::String("")), + ("the carriage return character", @nestedtext.Value::String("")), + ("the horizontal tab character", @nestedtext.Value::String("\t")), + ("the vertical tab character", @nestedtext.Value::String("\u{11}")), + ("the escape character", @nestedtext.Value::String("\u{27}")), + ("the delete character", @nestedtext.Value::String("")), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -1111,35 +824,29 @@ test "compliance: incision" { ///| // Check ability of NestedText to hold some special characters. The CR and LF characters will be lost in the conversion to NT. Mac line terminators (CR) are used. test "compliance: pelvis" { - match @nestedtext.loads("the backslash character: \\\rthe single quote character: '\rthe double quote character: \"\rthe bell character: \u{7}\rthe back space character: \u{8}\rthe form feed character: \u{12}\rthe line feed character: \n\rthe carriage return character: \r\rthe horizontal tab character: \t\rthe vertical tab character: \u{11}\rthe escape character: \u{27}\rthe delete character: \r\r", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("the backslash character", - @nestedtext.Value::String("\\")), - ("the single quote character", - @nestedtext.Value::String("'")), - ("the double quote character", - @nestedtext.Value::String("\"")), - ("the bell character", - @nestedtext.Value::String("\u{7}")), - ("the back space character", - @nestedtext.Value::String("\u{8}")), - ("the form feed character", - @nestedtext.Value::String("\u{12}")), - ("the line feed character", - @nestedtext.Value::String("")), - ("the carriage return character", - @nestedtext.Value::String("")), - ("the horizontal tab character", - @nestedtext.Value::String("\t")), - ("the vertical tab character", - @nestedtext.Value::String("\u{11}")), - ("the escape character", - @nestedtext.Value::String("\u{27}")), - ("the delete character", - @nestedtext.Value::String("")) - ]), - ) + match + @nestedtext.loads( + "the backslash character: \\\rthe single quote character: '\rthe double quote character: \"\rthe bell character: \u{7}\rthe back space character: \u{8}\rthe form feed character: \u{12}\rthe line feed character: \n\rthe carriage return character: \r\rthe horizontal tab character: \t\rthe vertical tab character: \u{11}\rthe escape character: \u{27}\rthe delete character: \r\r", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::Dict([ + ("the backslash character", @nestedtext.Value::String("\\")), + ("the single quote character", @nestedtext.Value::String("'")), + ("the double quote character", @nestedtext.Value::String("\"")), + ("the bell character", @nestedtext.Value::String("\u{7}")), + ("the back space character", @nestedtext.Value::String("\u{8}")), + ("the form feed character", @nestedtext.Value::String("\u{12}")), + ("the line feed character", @nestedtext.Value::String("")), + ("the carriage return character", @nestedtext.Value::String("")), + ("the horizontal tab character", @nestedtext.Value::String("\t")), + ("the vertical tab character", @nestedtext.Value::String("\u{11}")), + ("the escape character", @nestedtext.Value::String("\u{27}")), + ("the delete character", @nestedtext.Value::String("")), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -1148,35 +855,29 @@ test "compliance: pelvis" { ///| // Check ability of NestedText to hold some special characters. The CR and LF characters will be lost in the conversion to NT. Mixed line terminators (LF, CR, CR-LF) are used. test "compliance: pursuit" { - match @nestedtext.loads("the backslash character: \\\r\nthe single quote character: '\rthe double quote character: \"\nthe bell character: \u{7}\r\nthe back space character: \u{8}\rthe form feed character: \u{12}\nthe line feed character: \n\r\nthe carriage return character: \r\rthe horizontal tab character: \t\nthe vertical tab character: \u{11}\r\nthe escape character: \u{27}\r\nthe delete character: \r\n\r\n", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("the backslash character", - @nestedtext.Value::String("\\")), - ("the single quote character", - @nestedtext.Value::String("'")), - ("the double quote character", - @nestedtext.Value::String("\"")), - ("the bell character", - @nestedtext.Value::String("\u{7}")), - ("the back space character", - @nestedtext.Value::String("\u{8}")), - ("the form feed character", - @nestedtext.Value::String("\u{12}")), - ("the line feed character", - @nestedtext.Value::String("")), - ("the carriage return character", - @nestedtext.Value::String("")), - ("the horizontal tab character", - @nestedtext.Value::String("\t")), - ("the vertical tab character", - @nestedtext.Value::String("\u{11}")), - ("the escape character", - @nestedtext.Value::String("\u{27}")), - ("the delete character", - @nestedtext.Value::String("")) - ]), - ) + match + @nestedtext.loads( + "the backslash character: \\\r\nthe single quote character: '\rthe double quote character: \"\nthe bell character: \u{7}\r\nthe back space character: \u{8}\rthe form feed character: \u{12}\nthe line feed character: \n\r\nthe carriage return character: \r\rthe horizontal tab character: \t\nthe vertical tab character: \u{11}\r\nthe escape character: \u{27}\r\nthe delete character: \r\n\r\n", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::Dict([ + ("the backslash character", @nestedtext.Value::String("\\")), + ("the single quote character", @nestedtext.Value::String("'")), + ("the double quote character", @nestedtext.Value::String("\"")), + ("the bell character", @nestedtext.Value::String("\u{7}")), + ("the back space character", @nestedtext.Value::String("\u{8}")), + ("the form feed character", @nestedtext.Value::String("\u{12}")), + ("the line feed character", @nestedtext.Value::String("")), + ("the carriage return character", @nestedtext.Value::String("")), + ("the horizontal tab character", @nestedtext.Value::String("\t")), + ("the vertical tab character", @nestedtext.Value::String("\u{11}")), + ("the escape character", @nestedtext.Value::String("\u{27}")), + ("the delete character", @nestedtext.Value::String("")), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -1185,41 +886,38 @@ test "compliance: pursuit" { ///| // various multiline strings with leading, trailing, and internal newlines and comments test "compliance: beset" { - match @nestedtext.loads("no newlines:\n > line 1\n > line 2\nleading newline:\n >\n > line 1\n > line 2\ninternal newline:\n > line 1\n >\n > line 2\ntrailing newline:\n > line 1\n > line 2\n >\nleading, internal, and trailing newline:\n >\n > line 1\n >\n > line 2\n >\nleading newlines:\n >\n >\n > line 1\n > line 2\ninternal newlines:\n > line 1\n >\n >\n > line 2\ntrailing newlines:\n > line 1\n > line 2\n >\n >\nleading, internal, and trailing newlines:\n >\n >\n > line 1\n >\n >\n > line 2\n >\n >\nleading blank line:\n\n > line 1\n > line 2\ninternal blank line:\n > line 1\n\n > line 2\ntrailing blank line:\n > line 1\n > line 2\n\nleading comment:\n # ignore me\n > line 1\n > line 2\ninternal comment:\n > line 1\n # ignore me\n > line 2\ntrailing comment:\n > line 1\n > line 2\n # ignore me\n\n # ignore me\n\n ", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("no newlines", - @nestedtext.Value::String("line 1\nline 2")), - ("leading newline", - @nestedtext.Value::String("\nline 1\nline 2")), - ("internal newline", - @nestedtext.Value::String("line 1\n\nline 2")), - ("trailing newline", - @nestedtext.Value::String("line 1\nline 2\n")), - ("leading, internal, and trailing newline", - @nestedtext.Value::String("\nline 1\n\nline 2\n")), - ("leading newlines", - @nestedtext.Value::String("\n\nline 1\nline 2")), - ("internal newlines", - @nestedtext.Value::String("line 1\n\n\nline 2")), - ("trailing newlines", - @nestedtext.Value::String("line 1\nline 2\n\n")), - ("leading, internal, and trailing newlines", - @nestedtext.Value::String("\n\nline 1\n\n\nline 2\n\n")), - ("leading blank line", - @nestedtext.Value::String("line 1\nline 2")), - ("internal blank line", - @nestedtext.Value::String("line 1\nline 2")), - ("trailing blank line", - @nestedtext.Value::String("line 1\nline 2")), - ("leading comment", - @nestedtext.Value::String("line 1\nline 2")), - ("internal comment", - @nestedtext.Value::String("line 1\nline 2")), - ("trailing comment", - @nestedtext.Value::String("line 1\nline 2")) - ]), - ) + match + @nestedtext.loads( + "no newlines:\n > line 1\n > line 2\nleading newline:\n >\n > line 1\n > line 2\ninternal newline:\n > line 1\n >\n > line 2\ntrailing newline:\n > line 1\n > line 2\n >\nleading, internal, and trailing newline:\n >\n > line 1\n >\n > line 2\n >\nleading newlines:\n >\n >\n > line 1\n > line 2\ninternal newlines:\n > line 1\n >\n >\n > line 2\ntrailing newlines:\n > line 1\n > line 2\n >\n >\nleading, internal, and trailing newlines:\n >\n >\n > line 1\n >\n >\n > line 2\n >\n >\nleading blank line:\n\n > line 1\n > line 2\ninternal blank line:\n > line 1\n\n > line 2\ntrailing blank line:\n > line 1\n > line 2\n\nleading comment:\n # ignore me\n > line 1\n > line 2\ninternal comment:\n > line 1\n # ignore me\n > line 2\ntrailing comment:\n > line 1\n > line 2\n # ignore me\n\n # ignore me\n\n ", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::Dict([ + ("no newlines", @nestedtext.Value::String("line 1\nline 2")), + ("leading newline", @nestedtext.Value::String("\nline 1\nline 2")), + ("internal newline", @nestedtext.Value::String("line 1\n\nline 2")), + ("trailing newline", @nestedtext.Value::String("line 1\nline 2\n")), + ( + "leading, internal, and trailing newline", + @nestedtext.Value::String("\nline 1\n\nline 2\n"), + ), + ("leading newlines", @nestedtext.Value::String("\n\nline 1\nline 2")), + ("internal newlines", @nestedtext.Value::String("line 1\n\n\nline 2")), + ("trailing newlines", @nestedtext.Value::String("line 1\nline 2\n\n")), + ( + "leading, internal, and trailing newlines", + @nestedtext.Value::String("\n\nline 1\n\n\nline 2\n\n"), + ), + ("leading blank line", @nestedtext.Value::String("line 1\nline 2")), + ("internal blank line", @nestedtext.Value::String("line 1\nline 2")), + ("trailing blank line", @nestedtext.Value::String("line 1\nline 2")), + ("leading comment", @nestedtext.Value::String("line 1\nline 2")), + ("internal comment", @nestedtext.Value::String("line 1\nline 2")), + ("trailing comment", @nestedtext.Value::String("line 1\nline 2")), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -1228,7 +926,11 @@ test "compliance: beset" { ///| // error due to inconsistent indent level test "compliance error: gendarme" { - match @nestedtext.loads("ingredients:\n > green chilies\n > red chilies", @nestedtext.Top::Any) { + match + @nestedtext.loads( + "ingredients:\n > green chilies\n > red chilies", + @nestedtext.Top::Any, + ) { Err(e) => { @debug.assert_eq(e.lineno, Some(3)) @debug.assert_eq(e.colno, Some(3)) @@ -1242,7 +944,11 @@ test "compliance error: gendarme" { ///| // error because content does not start in column 1 test "compliance error: sketchy" { - match @nestedtext.loads(" > green chilies\n > red chilies", @nestedtext.Top::Any) { + match + @nestedtext.loads( + " > green chilies\n > red chilies", + @nestedtext.Top::Any, + ) { Err(e) => { @debug.assert_eq(e.lineno, Some(1)) @debug.assert_eq(e.colno, Some(1)) @@ -1256,7 +962,11 @@ test "compliance error: sketchy" { ///| // error because the indents are tabs test "compliance error: prankster" { - match @nestedtext.loads("ingredients:\n\t> green chilies\n\t> red chilies", @nestedtext.Top::Any) { + match + @nestedtext.loads( + "ingredients:\n\t> green chilies\n\t> red chilies", + @nestedtext.Top::Any, + ) { Err(e) => { @debug.assert_eq(e.lineno, Some(2)) @debug.assert_eq(e.colno, Some(1)) @@ -1270,11 +980,18 @@ test "compliance error: prankster" { ///| // error because indentation contains a unicode space test "compliance error: streamer" { - match @nestedtext.loads("ingredients:\n > green chilies\n   > red chilies\n# ↑ this is a non-breaking space", @nestedtext.Top::Any) { + match + @nestedtext.loads( + "ingredients:\n > green chilies\n   > red chilies\n# ↑ this is a non-breaking space", + @nestedtext.Top::Any, + ) { Err(e) => { @debug.assert_eq(e.lineno, Some(3)) @debug.assert_eq(e.colno, Some(5)) - @debug.assert_eq(e.message, "invalid character in indentation: '\\xa0' (NO-BREAK SPACE).") + @debug.assert_eq( + e.message, + "invalid character in indentation: '\\xa0' (NO-BREAK SPACE).", + ) @debug.assert_eq(e.line, Some("   > red chilies")) } Ok(_) => fail("expected error but got Ok") @@ -1285,14 +1002,14 @@ test "compliance error: streamer" { // dictionary with empty values test "compliance: guinea" { match @nestedtext.loads("key1:\nkey2:", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("key1", - @nestedtext.Value::String("")), - ("key2", - @nestedtext.Value::String("")) - ]), - ) + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::Dict([ + ("key1", @nestedtext.Value::String("")), + ("key2", @nestedtext.Value::String("")), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -1302,14 +1019,14 @@ test "compliance: guinea" { // dictionary with empty values test "compliance: dusty" { match @nestedtext.loads("key1: \nkey2: ", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("key1", - @nestedtext.Value::String("")), - ("key2", - @nestedtext.Value::String("")) - ]), - ) + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::Dict([ + ("key1", @nestedtext.Value::String("")), + ("key2", @nestedtext.Value::String("")), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -1319,12 +1036,11 @@ test "compliance: dusty" { // dictionary with multiline key test "compliance: jaunt" { match @nestedtext.loads(": apricot\n:\n > 8", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("apricot\n", - @nestedtext.Value::String("8")) - ]), - ) + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::Dict([("apricot\n", @nestedtext.Value::String("8"))]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -1333,13 +1049,18 @@ test "compliance: jaunt" { ///| // dictionary with multiline key test "compliance: abide" { - match @nestedtext.loads(": key-a\" : key-b' : key-c \n > value", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - (" key-a\" : key-b' : key-c ", - @nestedtext.Value::String("value")) - ]), - ) + match + @nestedtext.loads( + ": key-a\" : key-b' : key-c \n > value", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::Dict([ + (" key-a\" : key-b' : key-c ", @nestedtext.Value::String("value")), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -1349,9 +1070,7 @@ test "compliance: abide" { // empty dictionary test "compliance: benchmark" { match @nestedtext.loads("{}", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([]), - ) + Ok(Some(value)) => assert_true(value == @nestedtext.Value::Dict([])) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -1374,7 +1093,11 @@ test "compliance error: milligram" { ///| // error because value is specified twice for the same dictionary key first as an end-of-line string that contains only a single space second as an indented dictionary test "compliance error: fifth" { - match @nestedtext.loads("key 1: \n # notice the extra space at the end of the above line\n\n # that, combined with the indent in the line below is an error\n key 2: value 2", @nestedtext.Top::Any) { + match + @nestedtext.loads( + "key 1: \n # notice the extra space at the end of the above line\n\n # that, combined with the indent in the line below is an error\n key 2: value 2", + @nestedtext.Top::Any, + ) { Err(e) => { @debug.assert_eq(e.lineno, Some(5)) @debug.assert_eq(e.colno, Some(1)) @@ -1388,7 +1111,11 @@ test "compliance error: fifth" { ///| // error because there is a tab in the indentation test "compliance error: chatterer" { - match @nestedtext.loads("# invalid indentation, tab in indentation\nkey 1:\n \t key 1.1: value 1.1\n", @nestedtext.Top::Any) { + match + @nestedtext.loads( + "# invalid indentation, tab in indentation\nkey 1:\n \t key 1.1: value 1.1\n", + @nestedtext.Top::Any, + ) { Err(e) => { @debug.assert_eq(e.lineno, Some(3)) @debug.assert_eq(e.colno, Some(5)) @@ -1402,7 +1129,8 @@ test "compliance error: chatterer" { ///| // error because the sublist is not indented test "compliance error: concuss" { - match @nestedtext.loads("ingredients:\n- green chilies", @nestedtext.Top::Any) { + match + @nestedtext.loads("ingredients:\n- green chilies", @nestedtext.Top::Any) { Err(e) => { @debug.assert_eq(e.lineno, Some(2)) @debug.assert_eq(e.colno, Some(1)) @@ -1416,7 +1144,11 @@ test "compliance error: concuss" { ///| // error because the two list items do not have the same indent test "compliance error: marinade" { - match @nestedtext.loads("ingredients:\n - green chilies\n - red chilies", @nestedtext.Top::Any) { + match + @nestedtext.loads( + "ingredients:\n - green chilies\n - red chilies", + @nestedtext.Top::Any, + ) { Err(e) => { @debug.assert_eq(e.lineno, Some(3)) @debug.assert_eq(e.colno, Some(3)) @@ -1430,7 +1162,8 @@ test "compliance error: marinade" { ///| // error because the two dict items do not have the same indent test "compliance error: detract" { - match @nestedtext.loads("candidates:\n name:\n phone:", @nestedtext.Top::Any) { + match + @nestedtext.loads("candidates:\n name:\n phone:", @nestedtext.Top::Any) { Err(e) => { @debug.assert_eq(e.lineno, Some(3)) @debug.assert_eq(e.colno, Some(1)) @@ -1444,7 +1177,11 @@ test "compliance error: detract" { ///| // error because the two list items do not have the same indent test "compliance error: silky" { - match @nestedtext.loads("ingredients:\n - green chilies\n - red chilies", @nestedtext.Top::Any) { + match + @nestedtext.loads( + "ingredients:\n - green chilies\n - red chilies", + @nestedtext.Top::Any, + ) { Err(e) => { @debug.assert_eq(e.lineno, Some(3)) @debug.assert_eq(e.colno, Some(1)) @@ -1458,7 +1195,11 @@ test "compliance error: silky" { ///| // error because differing types at same level of indentation test "compliance error: matinee" { - match @nestedtext.loads("ingredients: red chilies\n- green chilies", @nestedtext.Top::Any) { + match + @nestedtext.loads( + "ingredients: red chilies\n- green chilies", + @nestedtext.Top::Any, + ) { Err(e) => { @debug.assert_eq(e.lineno, Some(2)) @debug.assert_eq(e.colno, Some(1)) @@ -1472,7 +1213,8 @@ test "compliance error: matinee" { ///| // error because there is no tag on line 2 test "compliance error: slipknot" { - match @nestedtext.loads("ingredients:\n green chilies", @nestedtext.Top::Any) { + match + @nestedtext.loads("ingredients:\n green chilies", @nestedtext.Top::Any) { Err(e) => { @debug.assert_eq(e.lineno, Some(2)) @debug.assert_eq(e.colno, Some(5)) @@ -1500,7 +1242,11 @@ test "compliance error: facet" { ///| // error because of tab in indentation test "compliance error: smudge" { - match @nestedtext.loads("key:\n \t > first line\n \t > second line", @nestedtext.Top::Any) { + match + @nestedtext.loads( + "key:\n \t > first line\n \t > second line", + @nestedtext.Top::Any, + ) { Err(e) => { @debug.assert_eq(e.lineno, Some(2)) @debug.assert_eq(e.colno, Some(5)) @@ -1515,12 +1261,11 @@ test "compliance error: smudge" { // checks for support of : in key test "compliance: spindly" { match @nestedtext.loads("key::", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("key:", - @nestedtext.Value::String("")) - ]), - ) + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::Dict([("key:", @nestedtext.Value::String(""))]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -1529,41 +1274,51 @@ test "compliance: spindly" { ///| // dictionary with a mix of multiline keys and unicode nonsense test "compliance: charter" { - match @nestedtext.loads(":\n >\n~!@#$%^&*()_+-1234567890{}[]|;<>?,./: ~!@#$%^&*()_+-1234567890{}[]|:;<>?,./\n: - key 3\n > - value 3\n: key 4: \n > value 4: \n: > key 5\n > > value 5\n: # key 6\n > #value 6\n: : key 7\n > : value 7\n\" key 8 \": \" value 8 \"\n' key 9 ': ' value 9 '\nkey 10: value '\" 10\nkey 11: And Fred said 'yabba dabba doo!' to Barney.\nkey \" 12: value ' 12\n$€¥£₩₺₽₹ɃΞȄ: $€¥£₩₺₽₹ɃΞȄ\nYZEPTGMKk_cmuµμnpfazy: YZEPTGMKk_cmuµμnpfazy\na-zA-Z%√{us}{cur}][-^/()·⁻⁰¹²³⁴⁵⁶⁷⁸⁹°ÅΩƱΩ℧: a-zA-Z%√{us}{cur}][-^/()·⁻⁰¹²³⁴⁵⁶⁷⁸⁹°ÅΩƱΩ℧", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("", - @nestedtext.Value::String("")), - ("~!@#$%^&*()_+-1234567890{}[]|;<>?,./", - @nestedtext.Value::String("~!@#$%^&*()_+-1234567890{}[]|:;<>?,./")), - ("- key 3", - @nestedtext.Value::String("- value 3")), - ("key 4: ", - @nestedtext.Value::String("value 4: ")), - ("> key 5", - @nestedtext.Value::String("> value 5")), - ("# key 6", - @nestedtext.Value::String("#value 6")), - (": key 7", - @nestedtext.Value::String(": value 7")), - ("\" key 8 \"", - @nestedtext.Value::String("\" value 8 \"")), - ("' key 9 '", - @nestedtext.Value::String("' value 9 '")), - ("key 10", - @nestedtext.Value::String("value '\" 10")), - ("key 11", - @nestedtext.Value::String("And Fred said 'yabba dabba doo!' to Barney.")), - ("key \" 12", - @nestedtext.Value::String("value ' 12")), - ("$€¥£₩₺₽₹ɃΞȄ", - @nestedtext.Value::String("$€¥£₩₺₽₹ɃΞȄ")), - ("YZEPTGMKk_cmuµμnpfazy", - @nestedtext.Value::String("YZEPTGMKk_cmuµμnpfazy")), - ("a-zA-Z%√{us}{cur}][-^/()·⁻⁰¹²³⁴⁵⁶⁷⁸⁹°ÅΩƱΩ℧", - @nestedtext.Value::String("a-zA-Z%√{us}{cur}][-^/()·⁻⁰¹²³⁴⁵⁶⁷⁸⁹°ÅΩƱΩ℧")) - ]), - ) + match + @nestedtext.loads( + ":\n >\n~!@#$%^&*()_+-1234567890{}[]|;<>?,./: ~!@#$%^&*()_+-1234567890{}[]|:;<>?,./\n: - key 3\n > - value 3\n: key 4: \n > value 4: \n: > key 5\n > > value 5\n: # key 6\n > #value 6\n: : key 7\n > : value 7\n\" key 8 \": \" value 8 \"\n' key 9 ': ' value 9 '\nkey 10: value '\" 10\nkey 11: And Fred said 'yabba dabba doo!' to Barney.\nkey \" 12: value ' 12\n$€¥£₩₺₽₹ɃΞȄ: $€¥£₩₺₽₹ɃΞȄ\nYZEPTGMKk_cmuµμnpfazy: YZEPTGMKk_cmuµμnpfazy\na-zA-Z%√{us}{cur}][-^/()·⁻⁰¹²³⁴⁵⁶⁷⁸⁹°ÅΩƱΩ℧: a-zA-Z%√{us}{cur}][-^/()·⁻⁰¹²³⁴⁵⁶⁷⁸⁹°ÅΩƱΩ℧", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::Dict([ + ("", @nestedtext.Value::String("")), + ( + "~!@#$%^&*()_+-1234567890{}[]|;<>?,./", + @nestedtext.Value::String("~!@#$%^&*()_+-1234567890{}[]|:;<>?,./"), + ), + ("- key 3", @nestedtext.Value::String("- value 3")), + ("key 4: ", @nestedtext.Value::String("value 4: ")), + ("> key 5", @nestedtext.Value::String("> value 5")), + ("# key 6", @nestedtext.Value::String("#value 6")), + (": key 7", @nestedtext.Value::String(": value 7")), + ("\" key 8 \"", @nestedtext.Value::String("\" value 8 \"")), + ("' key 9 '", @nestedtext.Value::String("' value 9 '")), + ("key 10", @nestedtext.Value::String("value '\" 10")), + ( + "key 11", + @nestedtext.Value::String( + "And Fred said 'yabba dabba doo!' to Barney.", + ), + ), + ("key \" 12", @nestedtext.Value::String("value ' 12")), + ( + "$€¥£₩₺₽₹ɃΞȄ", + @nestedtext.Value::String("$€¥£₩₺₽₹ɃΞȄ"), + ), + ( + "YZEPTGMKk_cmuµμnpfazy", + @nestedtext.Value::String("YZEPTGMKk_cmuµμnpfazy"), + ), + ( + "a-zA-Z%√{us}{cur}][-^/()·⁻⁰¹²³⁴⁵⁶⁷⁸⁹°ÅΩƱΩ℧", + @nestedtext.Value::String( + "a-zA-Z%√{us}{cur}][-^/()·⁻⁰¹²³⁴⁵⁶⁷⁸⁹°ÅΩƱΩ℧", + ), + ), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -1572,15 +1327,16 @@ test "compliance: charter" { ///| // dictionary with key that contains quote characters test "compliance: patchy" { - match @nestedtext.loads("key 1: value 1\nkey'\"2: value 2", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("key 1", - @nestedtext.Value::String("value 1")), - ("key'\"2", - @nestedtext.Value::String("value 2")) - ]), - ) + match + @nestedtext.loads("key 1: value 1\nkey'\"2: value 2", @nestedtext.Top::Any) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::Dict([ + ("key 1", @nestedtext.Value::String("value 1")), + ("key'\"2", @nestedtext.Value::String("value 2")), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -1589,19 +1345,21 @@ test "compliance: patchy" { ///| // dictionary with white space after keys test "compliance: excuse" { - match @nestedtext.loads("k1: v1\nk2 : v2\nk3 : v3\nk4\t: v4", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("k1", - @nestedtext.Value::String("v1")), - ("k2", - @nestedtext.Value::String("v2")), - ("k3", - @nestedtext.Value::String("v3")), - ("k4", - @nestedtext.Value::String("v4")) - ]), - ) + match + @nestedtext.loads( + "k1: v1\nk2 : v2\nk3 : v3\nk4\t: v4", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::Dict([ + ("k1", @nestedtext.Value::String("v1")), + ("k2", @nestedtext.Value::String("v2")), + ("k3", @nestedtext.Value::String("v3")), + ("k4", @nestedtext.Value::String("v4")), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -1610,35 +1368,29 @@ test "compliance: excuse" { ///| // various valid dictionary items with unusual unquoted keys test "compliance: sandstorm" { - match @nestedtext.loads("-#:'>: -#:\">:\n-#:\">: -#:'>:\n-#''>:: -#\"\">::\n-#\"\">:: -#''>::\n # indented comment\n:-#:'>: :-#:\">:\n:-#:\">: :-#:'>:\n:-#''>:: :-#\"\">::\n:-#\"\">:: :-#''>::\n # indented comment\n>:-#:'>: >:-#:\">:\n>:-#:\">: >:-#:'>:\n>:-#''>:: >:-#\"\">::\n>:-#\"\">:: >:-#''>::", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("-#:'>", - @nestedtext.Value::String("-#:\">:")), - ("-#:\">", - @nestedtext.Value::String("-#:'>:")), - ("-#''>:", - @nestedtext.Value::String("-#\"\">::")), - ("-#\"\">:", - @nestedtext.Value::String("-#''>::")), - (":-#:'>", - @nestedtext.Value::String(":-#:\">:")), - (":-#:\">", - @nestedtext.Value::String(":-#:'>:")), - (":-#''>:", - @nestedtext.Value::String(":-#\"\">::")), - (":-#\"\">:", - @nestedtext.Value::String(":-#''>::")), - (">:-#:'>", - @nestedtext.Value::String(">:-#:\">:")), - (">:-#:\">", - @nestedtext.Value::String(">:-#:'>:")), - (">:-#''>:", - @nestedtext.Value::String(">:-#\"\">::")), - (">:-#\"\">:", - @nestedtext.Value::String(">:-#''>::")) - ]), - ) + match + @nestedtext.loads( + "-#:'>: -#:\">:\n-#:\">: -#:'>:\n-#''>:: -#\"\">::\n-#\"\">:: -#''>::\n # indented comment\n:-#:'>: :-#:\">:\n:-#:\">: :-#:'>:\n:-#''>:: :-#\"\">::\n:-#\"\">:: :-#''>::\n # indented comment\n>:-#:'>: >:-#:\">:\n>:-#:\">: >:-#:'>:\n>:-#''>:: >:-#\"\">::\n>:-#\"\">:: >:-#''>::", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::Dict([ + ("-#:'>", @nestedtext.Value::String("-#:\">:")), + ("-#:\">", @nestedtext.Value::String("-#:'>:")), + ("-#''>:", @nestedtext.Value::String("-#\"\">::")), + ("-#\"\">:", @nestedtext.Value::String("-#''>::")), + (":-#:'>", @nestedtext.Value::String(":-#:\">:")), + (":-#:\">", @nestedtext.Value::String(":-#:'>:")), + (":-#''>:", @nestedtext.Value::String(":-#\"\">::")), + (":-#\"\">:", @nestedtext.Value::String(":-#''>::")), + (">:-#:'>", @nestedtext.Value::String(">:-#:\">:")), + (">:-#:\">", @nestedtext.Value::String(">:-#:'>:")), + (">:-#''>:", @nestedtext.Value::String(">:-#\"\">::")), + (">:-#\"\">:", @nestedtext.Value::String(">:-#''>::")), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -1647,15 +1399,16 @@ test "compliance: sandstorm" { ///| // keys contain quote character and value contains dict item key. test "compliance: shard" { - match @nestedtext.loads("'a: ': a:\n: 'b: \n > ': b:", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("'a", - @nestedtext.Value::String("': a:")), - ("'b: ", - @nestedtext.Value::String("': b:")) - ]), - ) + match + @nestedtext.loads("'a: ': a:\n: 'b: \n > ': b:", @nestedtext.Top::Any) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::Dict([ + ("'a", @nestedtext.Value::String("': a:")), + ("'b: ", @nestedtext.Value::String("': b:")), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -1664,42 +1417,72 @@ test "compliance: shard" { ///| // long multiline keys test "compliance: beach" { - match @nestedtext.loads(": This is a key that is\n: spread over multiple lines.\n: Like normal multiline strings,\n: it can contain any character\n: without restriction.\n > This is its value\n\n: Here is another multiline key.\n: But in this case it has an empty value.\n >\n\n: This is another multiline key,\n: this one with a multiline value.\n > Here is the multiline value.\n > It is paired with a multiline key.\n\nhere is a simple key: with a simple value\n\n: Here is a multiline key\n: with a list value.\n - 0\n - 1\n\n: Here is a multiline key\n: with a dictionary value.\n a: a\n b: b\n\nhere is another simple key: with another simple value\n\n: here is a multiline key: that kind of looks a dict item\n > a multiline value\n\n: This is another multiline key,\n: this one with a dictionary as a value that has a multiline key.\n : This is another multiline key,\n : this one with a multiline value.\n > Here is the multiline value.\n > It is paired with a multiline key.\n\n: This a multiline key with a blank second line.\n:\n > yabba dabba doo", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("This is a key that is\nspread over multiple lines.\nLike normal multiline strings,\nit can contain any character\nwithout restriction.", - @nestedtext.Value::String("This is its value")), - ("Here is another multiline key.\nBut in this case it has an empty value.", - @nestedtext.Value::String("")), - ("This is another multiline key,\nthis one with a multiline value.", - @nestedtext.Value::String("Here is the multiline value.\nIt is paired with a multiline key.")), - ("here is a simple key", - @nestedtext.Value::String("with a simple value")), - ("Here is a multiline key\nwith a list value.", - @nestedtext.Value::List([ - @nestedtext.Value::String("0"), - @nestedtext.Value::String("1") - ])), - ("Here is a multiline key\nwith a dictionary value.", - @nestedtext.Value::Dict([ - ("a", - @nestedtext.Value::String("a")), - ("b", - @nestedtext.Value::String("b")) - ])), - ("here is another simple key", - @nestedtext.Value::String("with another simple value")), - ("here is a multiline key: that kind of looks a dict item", - @nestedtext.Value::String("a multiline value")), - ("This is another multiline key,\nthis one with a dictionary as a value that has a multiline key.", + match + @nestedtext.loads( + ": This is a key that is\n: spread over multiple lines.\n: Like normal multiline strings,\n: it can contain any character\n: without restriction.\n > This is its value\n\n: Here is another multiline key.\n: But in this case it has an empty value.\n >\n\n: This is another multiline key,\n: this one with a multiline value.\n > Here is the multiline value.\n > It is paired with a multiline key.\n\nhere is a simple key: with a simple value\n\n: Here is a multiline key\n: with a list value.\n - 0\n - 1\n\n: Here is a multiline key\n: with a dictionary value.\n a: a\n b: b\n\nhere is another simple key: with another simple value\n\n: here is a multiline key: that kind of looks a dict item\n > a multiline value\n\n: This is another multiline key,\n: this one with a dictionary as a value that has a multiline key.\n : This is another multiline key,\n : this one with a multiline value.\n > Here is the multiline value.\n > It is paired with a multiline key.\n\n: This a multiline key with a blank second line.\n:\n > yabba dabba doo", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == @nestedtext.Value::Dict([ - ("This is another multiline key,\nthis one with a multiline value.", - @nestedtext.Value::String("Here is the multiline value.\nIt is paired with a multiline key.")) - ])), - ("This a multiline key with a blank second line.\n", - @nestedtext.Value::String("yabba dabba doo")) - ]), - ) + ( + "This is a key that is\nspread over multiple lines.\nLike normal multiline strings,\nit can contain any character\nwithout restriction.", + @nestedtext.Value::String("This is its value"), + ), + ( + "Here is another multiline key.\nBut in this case it has an empty value.", + @nestedtext.Value::String(""), + ), + ( + "This is another multiline key,\nthis one with a multiline value.", + @nestedtext.Value::String( + "Here is the multiline value.\nIt is paired with a multiline key.", + ), + ), + ( + "here is a simple key", + @nestedtext.Value::String("with a simple value"), + ), + ( + "Here is a multiline key\nwith a list value.", + @nestedtext.Value::List([ + @nestedtext.Value::String("0"), + @nestedtext.Value::String("1"), + ]), + ), + ( + "Here is a multiline key\nwith a dictionary value.", + @nestedtext.Value::Dict([ + ("a", @nestedtext.Value::String("a")), + ("b", @nestedtext.Value::String("b")), + ]), + ), + ( + "here is another simple key", + @nestedtext.Value::String("with another simple value"), + ), + ( + "here is a multiline key: that kind of looks a dict item", + @nestedtext.Value::String("a multiline value"), + ), + ( + "This is another multiline key,\nthis one with a dictionary as a value that has a multiline key.", + @nestedtext.Value::Dict([ + ( + "This is another multiline key,\nthis one with a multiline value.", + @nestedtext.Value::String( + "Here is the multiline value.\nIt is paired with a multiline key.", + ), + ), + ]), + ), + ( + "This a multiline key with a blank second line.\n", + @nestedtext.Value::String("yabba dabba doo"), + ), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -1708,24 +1491,25 @@ test "compliance: beach" { ///| // multiline keys test "compliance: crumbly" { - match @nestedtext.loads("A :\n : B:\n >\n: C :\n >\nD :\n: E\n >\n: F1\n: F2\n >", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("A", + match + @nestedtext.loads( + "A :\n : B:\n >\n: C :\n >\nD :\n: E\n >\n: F1\n: F2\n >", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == @nestedtext.Value::Dict([ - ("B:", - @nestedtext.Value::String("")) - ])), - ("C :", - @nestedtext.Value::String("")), - ("D", - @nestedtext.Value::String("")), - ("E", - @nestedtext.Value::String("")), - ("F1\nF2", - @nestedtext.Value::String("")) - ]), - ) + ( + "A", + @nestedtext.Value::Dict([("B:", @nestedtext.Value::String(""))]), + ), + ("C :", @nestedtext.Value::String("")), + ("D", @nestedtext.Value::String("")), + ("E", @nestedtext.Value::String("")), + ("F1\nF2", @nestedtext.Value::String("")), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -1748,337 +1532,531 @@ test "compliance error: despair" { ///| // rather large real world example with all word replaced by random words test "compliance: doodle" { - match @nestedtext.loads("tether:\n disclose: paranoid clunk gaggle\n prolong: stove banish\n navel: -clipboard organist signify\n crane: -washout honey guarantor=aircrew\n inure: fondle = 10kΩ*dissect\n\nmajesty:\n fatten: washbowl flagon gentile hairstyle\n static: lender busby\n niece: -humpback adduce ferryboat\n reservoir: -dally idiot enlarge=avalanche\n wally: divorcee = 10kΩ*fugue\n\nbanner:\n scepter: trollop living giddy\n lager: piper glacier\n debunk: -trapeze person matron\n pecan: -uncanny perform megaton=profiteer\n register: answer = 10kΩ*trend\n\nmonolith:\n partitive: bookie outcome buckskin\n roller: pixie fraud\n change: scullery-roach rubber reveal+payoff\n simulator: smock fritter consign=chateau\n narrow: betrothal = 10kΩ*trooper - landau\n\nreinstate:\n dramatist: pasture glade enslave upright\n kinky: deuce birdie\n bathroom: people-layoff fluke flood+sonata\n heart: loiter feature scamper=drivel\n vendetta: nauseate = 10kΩ*hoodlum - signboard\n\noverstate:\n deter: clitoris treachery reading\n saddlebag: doodle enunciate\n cherub: cupboard-shingle refuge reefer+animate\n overcome: gasometer crease bazooka=thriller\n poplar: centipede = 10kΩ*headman - dewlap\n\n: [testament:blight] spangle\n otter: adherent disguise electrode biplane\n stormy: curfew neuter\n spaceman: addict = snowman*(anxiety+embitter)*bayonet kestrel liken\n hardy thinner: 'pretend\n belief: sphere\n sachet:\n > fortnight: twitch(hopper) rebut duodenum=bottom; pleat=onward.\n > frizz: galley(genealogy) advantage whelk=-sprawl; waist=-immigrant.\n\n: [mongrel:sequester] prism\n bairn: easterner racketeer shortfall bootlace amoeba\n canopy: refuse profit\n snuggle: baritone = scrounger*(supplier+clobber)*flutter agate simplify\n edition industry: 'castle\n tenth: rhyme\n scrunch:\n > ledge: exporter(wrongdoer) levitate daiquiri=subsidize; bulletin=reason.\n > jackpot: butcher(frequent) medicine memento=-diaphragm; ointment=-raving.\n\n: [frogman:alleyway] fatigue\n hyena: believer timepiece infuriate sixty\n cache: bootee scoopful\n laborer: egoist = lunatic*(obeisance+voice)*gambit nickel queer\n scraggy doggie: 'cedar\n requisite: pastor\n teacher:\n > toboggan: champion(dominion) adieu golfer=linen; divorce=stake.\n > fireguard: vineyard(confide) seashore diddle=-dartboard; genuflect=-fidget.\n\ninstall:\n abide: waistline\n skunk: coarsen nuisance\n briar: eviction = glide && !reliquary overfeed resent\n magnum accident: 'quince\n nightmare: cheapen\n\nwithdraw:\n chalice: noble canard\n siphon: utility overhead\n butler: aspirin.starlet < heater < brace.blockade\n juggler: crumpet = sunny + slattern + persuade. cataclysm = scolding.\n betake: projector.insulator\n hearth: convector\n\nsurgery:\n sunbathe: decathlon\n fixation: heighten watcher\n stretchy: -washday < burnish < debrief\n scabbard: reward\n\nintercede barony:\n busker: yachtsman-fleshpot sandbag flummox\n vestry: panorama\n sanction: drench=\"%keyboard\"\n\nharmony creaky:\n physicist: gauge-doublet bungalow clink\n swerve: cleanser\n royalty:\n > essay=\"%honeymoon\";\n > extol = \"swampy\";\n > almshouse = \"\".\n\ncaterwaul imitation:\n dunce: bodice sitcom chipmunk\n profane: monocle\n sortie: impute=\"%covert\"\n\nmenace:\n dredge: miasma litigant broil\n bishop: medley\n inquest: scourer=\"%gamma\"; mesmerize='ballcock\n\nmattock:\n taint: buttery combatant stalwart\n oculist: implicate\n support: closure='snake; phoenix=\"%smoothie\"\n\nchance:\n riposte: crusade\n scripture: cathode\n doorstep: dukedom=screening; lifebuoy=\"%crackle\"\n salesman: shimmer cobweb spool=butter.\n\nasset:\n overthrow: dainty\n chancy: bough psychotic\n sultana: father hormone caliber=mayday.\n\npollinate:\n doctor: masochist\n strangler: saloon ensemble shower\n tuxedo:\n > inject='strategy;\n > purport={toffee,ripper}.\n citadel:\n > shrew repellent dairymaid=laser; elevator=biped.\n > resound garage mistreat=rebuild; scree=choke.\n > anchor begrudge slalom=reassert; molester=chopper.\n > dizzy outbreak snifter=tussle; remove=survive.\n > noodle panegyric importune=native; accredit=loser.\n\nacquit invest gravity:\n remain: beetroot maroon cliche ninety\n bookmark: munch\n commodore:\n > plank=sundry;\n > prick=rehear;\n > bonnet=\"banana\"\n transfer:\n > blister project adjective=slinky; uncover=salty.\n > bowler acquiesce nobody=syllabus; bushy=fossilize.\n\nhorror megalith:\n spurt: flower towpath rejoicing dowry rupture\n recur: capacity\n tract:\n > goatee='graze;\n > liqueur=\"scream\";\n > detain=prefigure;\n > spill={eggplant,poach}\n plunger:\n > cutting dislocate prince=spongy; flirt=debut.\n > neurone cricketer shredder=property; break=octagon; plutocrat=lapwing.\n > softy expert tycoon=qualify; coachman=heretic.\n > redwood notebook heath=blackjack; frump=washstand.\n > loose keeper applaud=destroyer; intention=hymnal.\n > potentate brasserie souvenir=tumor; masseur=hasten.\n > sanctify report touchdown=afford; combat=impart.\n > brute elder bisexual=penknife; treadmill=thesaurus.\n > tissue sickly dimmer=dowdy; cylinder=actor.\n > awakening robotic fascia=paperboy; scalp=length; seashell=50μA.\n > larch fashion crack=scorpion; explicate=retire.\n > mature lapel incline=dressing; thwack=rivet.\n > neologism phonetic zebra=upstage; realtor=showpiece.\n > evacuee stride softener=ditty; earth=bookcase.\n > uproot cross titter=constrict; specific=wayside.\n > overwrite overshoot quandary=panther; cartwheel=ratio.\n\ninformer payroll:\n sequin: armadillo exclaim foray cuckoo\n lynch: punchbowl\n trump:\n > bedeck=quota;\n > machete=croupier;\n > alpine=\"response\";\n > vegetable=slowdown.\n whisker:\n > lottery sheath moonlight=chamber.\n > fantasize pullover stool=eject.\n\nbarbarity, allude, whittle:\n militant: garret dictate sweeper\n extension: senator\n justify:\n > taxicab=ferry;\n > paragraph=spokesman;\n > politic=codpiece;\n > grizzle=clerk;\n > perturb=mudguard;\n > decade=\"sickness\"\n broad:\n > ceramic morsel sahib=gelding.\n > gravy shoddy fixative=scramble.\n > smelt beatnik describe=duckling.\n > bourbon crusader tabloid=wordy.\n\nextenuate, promoter:\n store: treasury dumpling emotion skirmish\n epitaph: incumbent\n yearning:\n > adjudge='yearbook;\n > maneuver=\"infer\";\n > cabaret=deception;\n > hostel={fossil,diagnose}\n sporran:\n > alphabet counter haughty=ceiling; treadle=reedy.\n > hierarchy hardship troll=detractor; holocaust=deafen; gangway=translate.\n > thought termite limousine=hustle; tweed=majorette.\n > batten swindler parkland=outsider; crawl=prevail.\n > provision fabric indict=amaze; weight=commando.\n > extend cabal charge=admit; umlaut=steel.\n > strength councilor entity=address; encamp=slake.\n > trespass soapbox knoll=befriend; aggregate=allusion.\n > sequel fingertip billfold=staunch; particle=combine.\n > sediment intellect organizer=blurry; fatty=beard; revel=50μA.\n > toxin steak panacea=elite; scavenge=acoustic.\n > farmyard resign presage=peasant; jumble=regret.\n > berry valet alchemist=greasy; clonk=eyesore.\n > treat temper antenatal=interlink; hurtle=catchy.\n > obtain seaweed offender=cameo; jostle=reprove.\n > rigidity radish braise=scoot; petty=marquee.\n\nmenage, quail:\n outspread: share pinion fruitcake portend\n reference: appendix\n daily:\n > scrapbook=rejoin;\n > drier=agonize;\n > sewer=\"dollop\";\n > bistro=ratepayer.\n flabby:\n > pentagon rotor science=besiege.\n > spider distance shaggy=mayor.\n > statement venture priory=seance.\n > sextet riddle shabby=stationer.\n\njelly, exude:\n naught: misread sandbank speculate\n espresso: dispel\n oilman:\n > amalgam=additive;\n > tatty=unsettle;\n > lousy=\"clamber\";\n > radiator = \"paring, anatomist\";\n > sidle=thatch.\n episode:\n > council whiplash muscle=carriage.\n > baseline nymph tantrum=spoof; prognosis=trundle; friend=plump.comedy.\n > induct tubby compost=crank.\n > family stately expunge=echelon.\n\nholding, scruple:\n ramrod: tableau beret\n flatten: tributary\n cobra:\n > hunchback=bumpy;\n > lorry=\"inkling\";\n > holler = \"pedant, lifeboat\";\n > butchery=antique.\n decree:\n > embroil numskull stigma=explosion.\n > grand bonus accord=scarf.\n > amplifier prattle submerge=justice.\n > grace arrowhead athlete=shaver.", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("tether", - @nestedtext.Value::Dict([ - ("disclose", - @nestedtext.Value::String("paranoid clunk gaggle")), - ("prolong", - @nestedtext.Value::String("stove banish")), - ("navel", - @nestedtext.Value::String("-clipboard organist signify")), - ("crane", - @nestedtext.Value::String("-washout honey guarantor=aircrew")), - ("inure", - @nestedtext.Value::String("fondle = 10kΩ*dissect")) - ])), - ("majesty", - @nestedtext.Value::Dict([ - ("fatten", - @nestedtext.Value::String("washbowl flagon gentile hairstyle")), - ("static", - @nestedtext.Value::String("lender busby")), - ("niece", - @nestedtext.Value::String("-humpback adduce ferryboat")), - ("reservoir", - @nestedtext.Value::String("-dally idiot enlarge=avalanche")), - ("wally", - @nestedtext.Value::String("divorcee = 10kΩ*fugue")) - ])), - ("banner", - @nestedtext.Value::Dict([ - ("scepter", - @nestedtext.Value::String("trollop living giddy")), - ("lager", - @nestedtext.Value::String("piper glacier")), - ("debunk", - @nestedtext.Value::String("-trapeze person matron")), - ("pecan", - @nestedtext.Value::String("-uncanny perform megaton=profiteer")), - ("register", - @nestedtext.Value::String("answer = 10kΩ*trend")) - ])), - ("monolith", - @nestedtext.Value::Dict([ - ("partitive", - @nestedtext.Value::String("bookie outcome buckskin")), - ("roller", - @nestedtext.Value::String("pixie fraud")), - ("change", - @nestedtext.Value::String("scullery-roach rubber reveal+payoff")), - ("simulator", - @nestedtext.Value::String("smock fritter consign=chateau")), - ("narrow", - @nestedtext.Value::String("betrothal = 10kΩ*trooper - landau")) - ])), - ("reinstate", - @nestedtext.Value::Dict([ - ("dramatist", - @nestedtext.Value::String("pasture glade enslave upright")), - ("kinky", - @nestedtext.Value::String("deuce birdie")), - ("bathroom", - @nestedtext.Value::String("people-layoff fluke flood+sonata")), - ("heart", - @nestedtext.Value::String("loiter feature scamper=drivel")), - ("vendetta", - @nestedtext.Value::String("nauseate = 10kΩ*hoodlum - signboard")) - ])), - ("overstate", - @nestedtext.Value::Dict([ - ("deter", - @nestedtext.Value::String("clitoris treachery reading")), - ("saddlebag", - @nestedtext.Value::String("doodle enunciate")), - ("cherub", - @nestedtext.Value::String("cupboard-shingle refuge reefer+animate")), - ("overcome", - @nestedtext.Value::String("gasometer crease bazooka=thriller")), - ("poplar", - @nestedtext.Value::String("centipede = 10kΩ*headman - dewlap")) - ])), - ("[testament:blight] spangle", - @nestedtext.Value::Dict([ - ("otter", - @nestedtext.Value::String("adherent disguise electrode biplane")), - ("stormy", - @nestedtext.Value::String("curfew neuter")), - ("spaceman", - @nestedtext.Value::String("addict = snowman*(anxiety+embitter)*bayonet kestrel liken")), - ("hardy thinner", - @nestedtext.Value::String("'pretend")), - ("belief", - @nestedtext.Value::String("sphere")), - ("sachet", - @nestedtext.Value::String("fortnight: twitch(hopper) rebut duodenum=bottom; pleat=onward.\nfrizz: galley(genealogy) advantage whelk=-sprawl; waist=-immigrant.")) - ])), - ("[mongrel:sequester] prism", - @nestedtext.Value::Dict([ - ("bairn", - @nestedtext.Value::String("easterner racketeer shortfall bootlace amoeba")), - ("canopy", - @nestedtext.Value::String("refuse profit")), - ("snuggle", - @nestedtext.Value::String("baritone = scrounger*(supplier+clobber)*flutter agate simplify")), - ("edition industry", - @nestedtext.Value::String("'castle")), - ("tenth", - @nestedtext.Value::String("rhyme")), - ("scrunch", - @nestedtext.Value::String("ledge: exporter(wrongdoer) levitate daiquiri=subsidize; bulletin=reason.\njackpot: butcher(frequent) medicine memento=-diaphragm; ointment=-raving.")) - ])), - ("[frogman:alleyway] fatigue", - @nestedtext.Value::Dict([ - ("hyena", - @nestedtext.Value::String("believer timepiece infuriate sixty")), - ("cache", - @nestedtext.Value::String("bootee scoopful")), - ("laborer", - @nestedtext.Value::String("egoist = lunatic*(obeisance+voice)*gambit nickel queer")), - ("scraggy doggie", - @nestedtext.Value::String("'cedar")), - ("requisite", - @nestedtext.Value::String("pastor")), - ("teacher", - @nestedtext.Value::String("toboggan: champion(dominion) adieu golfer=linen; divorce=stake.\nfireguard: vineyard(confide) seashore diddle=-dartboard; genuflect=-fidget.")) - ])), - ("install", - @nestedtext.Value::Dict([ - ("abide", - @nestedtext.Value::String("waistline")), - ("skunk", - @nestedtext.Value::String("coarsen nuisance")), - ("briar", - @nestedtext.Value::String("eviction = glide && !reliquary overfeed resent")), - ("magnum accident", - @nestedtext.Value::String("'quince")), - ("nightmare", - @nestedtext.Value::String("cheapen")) - ])), - ("withdraw", - @nestedtext.Value::Dict([ - ("chalice", - @nestedtext.Value::String("noble canard")), - ("siphon", - @nestedtext.Value::String("utility overhead")), - ("butler", - @nestedtext.Value::String("aspirin.starlet < heater < brace.blockade")), - ("juggler", - @nestedtext.Value::String("crumpet = sunny + slattern + persuade. cataclysm = scolding.")), - ("betake", - @nestedtext.Value::String("projector.insulator")), - ("hearth", - @nestedtext.Value::String("convector")) - ])), - ("surgery", - @nestedtext.Value::Dict([ - ("sunbathe", - @nestedtext.Value::String("decathlon")), - ("fixation", - @nestedtext.Value::String("heighten watcher")), - ("stretchy", - @nestedtext.Value::String("-washday < burnish < debrief")), - ("scabbard", - @nestedtext.Value::String("reward")) - ])), - ("intercede barony", - @nestedtext.Value::Dict([ - ("busker", - @nestedtext.Value::String("yachtsman-fleshpot sandbag flummox")), - ("vestry", - @nestedtext.Value::String("panorama")), - ("sanction", - @nestedtext.Value::String("drench=\"%keyboard\"")) - ])), - ("harmony creaky", - @nestedtext.Value::Dict([ - ("physicist", - @nestedtext.Value::String("gauge-doublet bungalow clink")), - ("swerve", - @nestedtext.Value::String("cleanser")), - ("royalty", - @nestedtext.Value::String("essay=\"%honeymoon\";\nextol = \"swampy\";\nalmshouse = \"\".")) - ])), - ("caterwaul imitation", - @nestedtext.Value::Dict([ - ("dunce", - @nestedtext.Value::String("bodice sitcom chipmunk")), - ("profane", - @nestedtext.Value::String("monocle")), - ("sortie", - @nestedtext.Value::String("impute=\"%covert\"")) - ])), - ("menace", - @nestedtext.Value::Dict([ - ("dredge", - @nestedtext.Value::String("miasma litigant broil")), - ("bishop", - @nestedtext.Value::String("medley")), - ("inquest", - @nestedtext.Value::String("scourer=\"%gamma\"; mesmerize='ballcock")) - ])), - ("mattock", - @nestedtext.Value::Dict([ - ("taint", - @nestedtext.Value::String("buttery combatant stalwart")), - ("oculist", - @nestedtext.Value::String("implicate")), - ("support", - @nestedtext.Value::String("closure='snake; phoenix=\"%smoothie\"")) - ])), - ("chance", - @nestedtext.Value::Dict([ - ("riposte", - @nestedtext.Value::String("crusade")), - ("scripture", - @nestedtext.Value::String("cathode")), - ("doorstep", - @nestedtext.Value::String("dukedom=screening; lifebuoy=\"%crackle\"")), - ("salesman", - @nestedtext.Value::String("shimmer cobweb spool=butter.")) - ])), - ("asset", + match + @nestedtext.loads( + "tether:\n disclose: paranoid clunk gaggle\n prolong: stove banish\n navel: -clipboard organist signify\n crane: -washout honey guarantor=aircrew\n inure: fondle = 10kΩ*dissect\n\nmajesty:\n fatten: washbowl flagon gentile hairstyle\n static: lender busby\n niece: -humpback adduce ferryboat\n reservoir: -dally idiot enlarge=avalanche\n wally: divorcee = 10kΩ*fugue\n\nbanner:\n scepter: trollop living giddy\n lager: piper glacier\n debunk: -trapeze person matron\n pecan: -uncanny perform megaton=profiteer\n register: answer = 10kΩ*trend\n\nmonolith:\n partitive: bookie outcome buckskin\n roller: pixie fraud\n change: scullery-roach rubber reveal+payoff\n simulator: smock fritter consign=chateau\n narrow: betrothal = 10kΩ*trooper - landau\n\nreinstate:\n dramatist: pasture glade enslave upright\n kinky: deuce birdie\n bathroom: people-layoff fluke flood+sonata\n heart: loiter feature scamper=drivel\n vendetta: nauseate = 10kΩ*hoodlum - signboard\n\noverstate:\n deter: clitoris treachery reading\n saddlebag: doodle enunciate\n cherub: cupboard-shingle refuge reefer+animate\n overcome: gasometer crease bazooka=thriller\n poplar: centipede = 10kΩ*headman - dewlap\n\n: [testament:blight] spangle\n otter: adherent disguise electrode biplane\n stormy: curfew neuter\n spaceman: addict = snowman*(anxiety+embitter)*bayonet kestrel liken\n hardy thinner: 'pretend\n belief: sphere\n sachet:\n > fortnight: twitch(hopper) rebut duodenum=bottom; pleat=onward.\n > frizz: galley(genealogy) advantage whelk=-sprawl; waist=-immigrant.\n\n: [mongrel:sequester] prism\n bairn: easterner racketeer shortfall bootlace amoeba\n canopy: refuse profit\n snuggle: baritone = scrounger*(supplier+clobber)*flutter agate simplify\n edition industry: 'castle\n tenth: rhyme\n scrunch:\n > ledge: exporter(wrongdoer) levitate daiquiri=subsidize; bulletin=reason.\n > jackpot: butcher(frequent) medicine memento=-diaphragm; ointment=-raving.\n\n: [frogman:alleyway] fatigue\n hyena: believer timepiece infuriate sixty\n cache: bootee scoopful\n laborer: egoist = lunatic*(obeisance+voice)*gambit nickel queer\n scraggy doggie: 'cedar\n requisite: pastor\n teacher:\n > toboggan: champion(dominion) adieu golfer=linen; divorce=stake.\n > fireguard: vineyard(confide) seashore diddle=-dartboard; genuflect=-fidget.\n\ninstall:\n abide: waistline\n skunk: coarsen nuisance\n briar: eviction = glide && !reliquary overfeed resent\n magnum accident: 'quince\n nightmare: cheapen\n\nwithdraw:\n chalice: noble canard\n siphon: utility overhead\n butler: aspirin.starlet < heater < brace.blockade\n juggler: crumpet = sunny + slattern + persuade. cataclysm = scolding.\n betake: projector.insulator\n hearth: convector\n\nsurgery:\n sunbathe: decathlon\n fixation: heighten watcher\n stretchy: -washday < burnish < debrief\n scabbard: reward\n\nintercede barony:\n busker: yachtsman-fleshpot sandbag flummox\n vestry: panorama\n sanction: drench=\"%keyboard\"\n\nharmony creaky:\n physicist: gauge-doublet bungalow clink\n swerve: cleanser\n royalty:\n > essay=\"%honeymoon\";\n > extol = \"swampy\";\n > almshouse = \"\".\n\ncaterwaul imitation:\n dunce: bodice sitcom chipmunk\n profane: monocle\n sortie: impute=\"%covert\"\n\nmenace:\n dredge: miasma litigant broil\n bishop: medley\n inquest: scourer=\"%gamma\"; mesmerize='ballcock\n\nmattock:\n taint: buttery combatant stalwart\n oculist: implicate\n support: closure='snake; phoenix=\"%smoothie\"\n\nchance:\n riposte: crusade\n scripture: cathode\n doorstep: dukedom=screening; lifebuoy=\"%crackle\"\n salesman: shimmer cobweb spool=butter.\n\nasset:\n overthrow: dainty\n chancy: bough psychotic\n sultana: father hormone caliber=mayday.\n\npollinate:\n doctor: masochist\n strangler: saloon ensemble shower\n tuxedo:\n > inject='strategy;\n > purport={toffee,ripper}.\n citadel:\n > shrew repellent dairymaid=laser; elevator=biped.\n > resound garage mistreat=rebuild; scree=choke.\n > anchor begrudge slalom=reassert; molester=chopper.\n > dizzy outbreak snifter=tussle; remove=survive.\n > noodle panegyric importune=native; accredit=loser.\n\nacquit invest gravity:\n remain: beetroot maroon cliche ninety\n bookmark: munch\n commodore:\n > plank=sundry;\n > prick=rehear;\n > bonnet=\"banana\"\n transfer:\n > blister project adjective=slinky; uncover=salty.\n > bowler acquiesce nobody=syllabus; bushy=fossilize.\n\nhorror megalith:\n spurt: flower towpath rejoicing dowry rupture\n recur: capacity\n tract:\n > goatee='graze;\n > liqueur=\"scream\";\n > detain=prefigure;\n > spill={eggplant,poach}\n plunger:\n > cutting dislocate prince=spongy; flirt=debut.\n > neurone cricketer shredder=property; break=octagon; plutocrat=lapwing.\n > softy expert tycoon=qualify; coachman=heretic.\n > redwood notebook heath=blackjack; frump=washstand.\n > loose keeper applaud=destroyer; intention=hymnal.\n > potentate brasserie souvenir=tumor; masseur=hasten.\n > sanctify report touchdown=afford; combat=impart.\n > brute elder bisexual=penknife; treadmill=thesaurus.\n > tissue sickly dimmer=dowdy; cylinder=actor.\n > awakening robotic fascia=paperboy; scalp=length; seashell=50μA.\n > larch fashion crack=scorpion; explicate=retire.\n > mature lapel incline=dressing; thwack=rivet.\n > neologism phonetic zebra=upstage; realtor=showpiece.\n > evacuee stride softener=ditty; earth=bookcase.\n > uproot cross titter=constrict; specific=wayside.\n > overwrite overshoot quandary=panther; cartwheel=ratio.\n\ninformer payroll:\n sequin: armadillo exclaim foray cuckoo\n lynch: punchbowl\n trump:\n > bedeck=quota;\n > machete=croupier;\n > alpine=\"response\";\n > vegetable=slowdown.\n whisker:\n > lottery sheath moonlight=chamber.\n > fantasize pullover stool=eject.\n\nbarbarity, allude, whittle:\n militant: garret dictate sweeper\n extension: senator\n justify:\n > taxicab=ferry;\n > paragraph=spokesman;\n > politic=codpiece;\n > grizzle=clerk;\n > perturb=mudguard;\n > decade=\"sickness\"\n broad:\n > ceramic morsel sahib=gelding.\n > gravy shoddy fixative=scramble.\n > smelt beatnik describe=duckling.\n > bourbon crusader tabloid=wordy.\n\nextenuate, promoter:\n store: treasury dumpling emotion skirmish\n epitaph: incumbent\n yearning:\n > adjudge='yearbook;\n > maneuver=\"infer\";\n > cabaret=deception;\n > hostel={fossil,diagnose}\n sporran:\n > alphabet counter haughty=ceiling; treadle=reedy.\n > hierarchy hardship troll=detractor; holocaust=deafen; gangway=translate.\n > thought termite limousine=hustle; tweed=majorette.\n > batten swindler parkland=outsider; crawl=prevail.\n > provision fabric indict=amaze; weight=commando.\n > extend cabal charge=admit; umlaut=steel.\n > strength councilor entity=address; encamp=slake.\n > trespass soapbox knoll=befriend; aggregate=allusion.\n > sequel fingertip billfold=staunch; particle=combine.\n > sediment intellect organizer=blurry; fatty=beard; revel=50μA.\n > toxin steak panacea=elite; scavenge=acoustic.\n > farmyard resign presage=peasant; jumble=regret.\n > berry valet alchemist=greasy; clonk=eyesore.\n > treat temper antenatal=interlink; hurtle=catchy.\n > obtain seaweed offender=cameo; jostle=reprove.\n > rigidity radish braise=scoot; petty=marquee.\n\nmenage, quail:\n outspread: share pinion fruitcake portend\n reference: appendix\n daily:\n > scrapbook=rejoin;\n > drier=agonize;\n > sewer=\"dollop\";\n > bistro=ratepayer.\n flabby:\n > pentagon rotor science=besiege.\n > spider distance shaggy=mayor.\n > statement venture priory=seance.\n > sextet riddle shabby=stationer.\n\njelly, exude:\n naught: misread sandbank speculate\n espresso: dispel\n oilman:\n > amalgam=additive;\n > tatty=unsettle;\n > lousy=\"clamber\";\n > radiator = \"paring, anatomist\";\n > sidle=thatch.\n episode:\n > council whiplash muscle=carriage.\n > baseline nymph tantrum=spoof; prognosis=trundle; friend=plump.comedy.\n > induct tubby compost=crank.\n > family stately expunge=echelon.\n\nholding, scruple:\n ramrod: tableau beret\n flatten: tributary\n cobra:\n > hunchback=bumpy;\n > lorry=\"inkling\";\n > holler = \"pedant, lifeboat\";\n > butchery=antique.\n decree:\n > embroil numskull stigma=explosion.\n > grand bonus accord=scarf.\n > amplifier prattle submerge=justice.\n > grace arrowhead athlete=shaver.", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == @nestedtext.Value::Dict([ - ("overthrow", - @nestedtext.Value::String("dainty")), - ("chancy", - @nestedtext.Value::String("bough psychotic")), - ("sultana", - @nestedtext.Value::String("father hormone caliber=mayday.")) - ])), - ("pollinate", - @nestedtext.Value::Dict([ - ("doctor", - @nestedtext.Value::String("masochist")), - ("strangler", - @nestedtext.Value::String("saloon ensemble shower")), - ("tuxedo", - @nestedtext.Value::String("inject='strategy;\npurport={toffee,ripper}.")), - ("citadel", - @nestedtext.Value::String("shrew repellent dairymaid=laser; elevator=biped.\nresound garage mistreat=rebuild; scree=choke.\nanchor begrudge slalom=reassert; molester=chopper.\ndizzy outbreak snifter=tussle; remove=survive.\nnoodle panegyric importune=native; accredit=loser.")) - ])), - ("acquit invest gravity", - @nestedtext.Value::Dict([ - ("remain", - @nestedtext.Value::String("beetroot maroon cliche ninety")), - ("bookmark", - @nestedtext.Value::String("munch")), - ("commodore", - @nestedtext.Value::String("plank=sundry;\nprick=rehear;\nbonnet=\"banana\"")), - ("transfer", - @nestedtext.Value::String("blister project adjective=slinky; uncover=salty.\nbowler acquiesce nobody=syllabus; bushy=fossilize.")) - ])), - ("horror megalith", - @nestedtext.Value::Dict([ - ("spurt", - @nestedtext.Value::String("flower towpath rejoicing dowry rupture")), - ("recur", - @nestedtext.Value::String("capacity")), - ("tract", - @nestedtext.Value::String("goatee='graze;\nliqueur=\"scream\";\ndetain=prefigure;\nspill={eggplant,poach}")), - ("plunger", - @nestedtext.Value::String("cutting dislocate prince=spongy; flirt=debut.\nneurone cricketer shredder=property; break=octagon; plutocrat=lapwing.\nsofty expert tycoon=qualify; coachman=heretic.\nredwood notebook heath=blackjack; frump=washstand.\nloose keeper applaud=destroyer; intention=hymnal.\npotentate brasserie souvenir=tumor; masseur=hasten.\nsanctify report touchdown=afford; combat=impart.\nbrute elder bisexual=penknife; treadmill=thesaurus.\ntissue sickly dimmer=dowdy; cylinder=actor.\nawakening robotic fascia=paperboy; scalp=length; seashell=50μA.\nlarch fashion crack=scorpion; explicate=retire.\nmature lapel incline=dressing; thwack=rivet.\nneologism phonetic zebra=upstage; realtor=showpiece.\nevacuee stride softener=ditty; earth=bookcase.\nuproot cross titter=constrict; specific=wayside.\noverwrite overshoot quandary=panther; cartwheel=ratio.")) - ])), - ("informer payroll", - @nestedtext.Value::Dict([ - ("sequin", - @nestedtext.Value::String("armadillo exclaim foray cuckoo")), - ("lynch", - @nestedtext.Value::String("punchbowl")), - ("trump", - @nestedtext.Value::String("bedeck=quota;\nmachete=croupier;\nalpine=\"response\";\nvegetable=slowdown.")), - ("whisker", - @nestedtext.Value::String("lottery sheath moonlight=chamber.\nfantasize pullover stool=eject.")) - ])), - ("barbarity, allude, whittle", - @nestedtext.Value::Dict([ - ("militant", - @nestedtext.Value::String("garret dictate sweeper")), - ("extension", - @nestedtext.Value::String("senator")), - ("justify", - @nestedtext.Value::String("taxicab=ferry;\nparagraph=spokesman;\npolitic=codpiece;\ngrizzle=clerk;\nperturb=mudguard;\ndecade=\"sickness\"")), - ("broad", - @nestedtext.Value::String("ceramic morsel sahib=gelding.\ngravy shoddy fixative=scramble.\nsmelt beatnik describe=duckling.\nbourbon crusader tabloid=wordy.")) - ])), - ("extenuate, promoter", - @nestedtext.Value::Dict([ - ("store", - @nestedtext.Value::String("treasury dumpling emotion skirmish")), - ("epitaph", - @nestedtext.Value::String("incumbent")), - ("yearning", - @nestedtext.Value::String("adjudge='yearbook;\nmaneuver=\"infer\";\ncabaret=deception;\nhostel={fossil,diagnose}")), - ("sporran", - @nestedtext.Value::String("alphabet counter haughty=ceiling; treadle=reedy.\nhierarchy hardship troll=detractor; holocaust=deafen; gangway=translate.\nthought termite limousine=hustle; tweed=majorette.\nbatten swindler parkland=outsider; crawl=prevail.\nprovision fabric indict=amaze; weight=commando.\nextend cabal charge=admit; umlaut=steel.\nstrength councilor entity=address; encamp=slake.\ntrespass soapbox knoll=befriend; aggregate=allusion.\nsequel fingertip billfold=staunch; particle=combine.\nsediment intellect organizer=blurry; fatty=beard; revel=50μA.\ntoxin steak panacea=elite; scavenge=acoustic.\nfarmyard resign presage=peasant; jumble=regret.\nberry valet alchemist=greasy; clonk=eyesore.\ntreat temper antenatal=interlink; hurtle=catchy.\nobtain seaweed offender=cameo; jostle=reprove.\nrigidity radish braise=scoot; petty=marquee.")) - ])), - ("menage, quail", - @nestedtext.Value::Dict([ - ("outspread", - @nestedtext.Value::String("share pinion fruitcake portend")), - ("reference", - @nestedtext.Value::String("appendix")), - ("daily", - @nestedtext.Value::String("scrapbook=rejoin;\ndrier=agonize;\nsewer=\"dollop\";\nbistro=ratepayer.")), - ("flabby", - @nestedtext.Value::String("pentagon rotor science=besiege.\nspider distance shaggy=mayor.\nstatement venture priory=seance.\nsextet riddle shabby=stationer.")) - ])), - ("jelly, exude", - @nestedtext.Value::Dict([ - ("naught", - @nestedtext.Value::String("misread sandbank speculate")), - ("espresso", - @nestedtext.Value::String("dispel")), - ("oilman", - @nestedtext.Value::String("amalgam=additive;\ntatty=unsettle;\nlousy=\"clamber\";\nradiator = \"paring, anatomist\";\nsidle=thatch.")), - ("episode", - @nestedtext.Value::String("council whiplash muscle=carriage.\nbaseline nymph tantrum=spoof; prognosis=trundle; friend=plump.comedy.\ninduct tubby compost=crank.\nfamily stately expunge=echelon.")) - ])), - ("holding, scruple", - @nestedtext.Value::Dict([ - ("ramrod", - @nestedtext.Value::String("tableau beret")), - ("flatten", - @nestedtext.Value::String("tributary")), - ("cobra", - @nestedtext.Value::String("hunchback=bumpy;\nlorry=\"inkling\";\nholler = \"pedant, lifeboat\";\nbutchery=antique.")), - ("decree", - @nestedtext.Value::String("embroil numskull stigma=explosion.\ngrand bonus accord=scarf.\namplifier prattle submerge=justice.\ngrace arrowhead athlete=shaver.")) - ])) - ]), - ) + ( + "tether", + @nestedtext.Value::Dict([ + ("disclose", @nestedtext.Value::String("paranoid clunk gaggle")), + ("prolong", @nestedtext.Value::String("stove banish")), + ( + "navel", + @nestedtext.Value::String("-clipboard organist signify"), + ), + ( + "crane", + @nestedtext.Value::String("-washout honey guarantor=aircrew"), + ), + ("inure", @nestedtext.Value::String("fondle = 10kΩ*dissect")), + ]), + ), + ( + "majesty", + @nestedtext.Value::Dict([ + ( + "fatten", + @nestedtext.Value::String("washbowl flagon gentile hairstyle"), + ), + ("static", @nestedtext.Value::String("lender busby")), + ("niece", @nestedtext.Value::String("-humpback adduce ferryboat")), + ( + "reservoir", + @nestedtext.Value::String("-dally idiot enlarge=avalanche"), + ), + ("wally", @nestedtext.Value::String("divorcee = 10kΩ*fugue")), + ]), + ), + ( + "banner", + @nestedtext.Value::Dict([ + ("scepter", @nestedtext.Value::String("trollop living giddy")), + ("lager", @nestedtext.Value::String("piper glacier")), + ("debunk", @nestedtext.Value::String("-trapeze person matron")), + ( + "pecan", + @nestedtext.Value::String("-uncanny perform megaton=profiteer"), + ), + ("register", @nestedtext.Value::String("answer = 10kΩ*trend")), + ]), + ), + ( + "monolith", + @nestedtext.Value::Dict([ + ( + "partitive", + @nestedtext.Value::String("bookie outcome buckskin"), + ), + ("roller", @nestedtext.Value::String("pixie fraud")), + ( + "change", + @nestedtext.Value::String("scullery-roach rubber reveal+payoff"), + ), + ( + "simulator", + @nestedtext.Value::String("smock fritter consign=chateau"), + ), + ( + "narrow", + @nestedtext.Value::String("betrothal = 10kΩ*trooper - landau"), + ), + ]), + ), + ( + "reinstate", + @nestedtext.Value::Dict([ + ( + "dramatist", + @nestedtext.Value::String("pasture glade enslave upright"), + ), + ("kinky", @nestedtext.Value::String("deuce birdie")), + ( + "bathroom", + @nestedtext.Value::String("people-layoff fluke flood+sonata"), + ), + ( + "heart", + @nestedtext.Value::String("loiter feature scamper=drivel"), + ), + ( + "vendetta", + @nestedtext.Value::String( + "nauseate = 10kΩ*hoodlum - signboard", + ), + ), + ]), + ), + ( + "overstate", + @nestedtext.Value::Dict([ + ("deter", @nestedtext.Value::String("clitoris treachery reading")), + ("saddlebag", @nestedtext.Value::String("doodle enunciate")), + ( + "cherub", + @nestedtext.Value::String( + "cupboard-shingle refuge reefer+animate", + ), + ), + ( + "overcome", + @nestedtext.Value::String("gasometer crease bazooka=thriller"), + ), + ( + "poplar", + @nestedtext.Value::String("centipede = 10kΩ*headman - dewlap"), + ), + ]), + ), + ( + "[testament:blight] spangle", + @nestedtext.Value::Dict([ + ( + "otter", + @nestedtext.Value::String("adherent disguise electrode biplane"), + ), + ("stormy", @nestedtext.Value::String("curfew neuter")), + ( + "spaceman", + @nestedtext.Value::String( + "addict = snowman*(anxiety+embitter)*bayonet kestrel liken", + ), + ), + ("hardy thinner", @nestedtext.Value::String("'pretend")), + ("belief", @nestedtext.Value::String("sphere")), + ( + "sachet", + @nestedtext.Value::String( + "fortnight: twitch(hopper) rebut duodenum=bottom; pleat=onward.\nfrizz: galley(genealogy) advantage whelk=-sprawl; waist=-immigrant.", + ), + ), + ]), + ), + ( + "[mongrel:sequester] prism", + @nestedtext.Value::Dict([ + ( + "bairn", + @nestedtext.Value::String( + "easterner racketeer shortfall bootlace amoeba", + ), + ), + ("canopy", @nestedtext.Value::String("refuse profit")), + ( + "snuggle", + @nestedtext.Value::String( + "baritone = scrounger*(supplier+clobber)*flutter agate simplify", + ), + ), + ("edition industry", @nestedtext.Value::String("'castle")), + ("tenth", @nestedtext.Value::String("rhyme")), + ( + "scrunch", + @nestedtext.Value::String( + "ledge: exporter(wrongdoer) levitate daiquiri=subsidize; bulletin=reason.\njackpot: butcher(frequent) medicine memento=-diaphragm; ointment=-raving.", + ), + ), + ]), + ), + ( + "[frogman:alleyway] fatigue", + @nestedtext.Value::Dict([ + ( + "hyena", + @nestedtext.Value::String("believer timepiece infuriate sixty"), + ), + ("cache", @nestedtext.Value::String("bootee scoopful")), + ( + "laborer", + @nestedtext.Value::String( + "egoist = lunatic*(obeisance+voice)*gambit nickel queer", + ), + ), + ("scraggy doggie", @nestedtext.Value::String("'cedar")), + ("requisite", @nestedtext.Value::String("pastor")), + ( + "teacher", + @nestedtext.Value::String( + "toboggan: champion(dominion) adieu golfer=linen; divorce=stake.\nfireguard: vineyard(confide) seashore diddle=-dartboard; genuflect=-fidget.", + ), + ), + ]), + ), + ( + "install", + @nestedtext.Value::Dict([ + ("abide", @nestedtext.Value::String("waistline")), + ("skunk", @nestedtext.Value::String("coarsen nuisance")), + ( + "briar", + @nestedtext.Value::String( + "eviction = glide && !reliquary overfeed resent", + ), + ), + ("magnum accident", @nestedtext.Value::String("'quince")), + ("nightmare", @nestedtext.Value::String("cheapen")), + ]), + ), + ( + "withdraw", + @nestedtext.Value::Dict([ + ("chalice", @nestedtext.Value::String("noble canard")), + ("siphon", @nestedtext.Value::String("utility overhead")), + ( + "butler", + @nestedtext.Value::String( + "aspirin.starlet < heater < brace.blockade", + ), + ), + ( + "juggler", + @nestedtext.Value::String( + "crumpet = sunny + slattern + persuade. cataclysm = scolding.", + ), + ), + ("betake", @nestedtext.Value::String("projector.insulator")), + ("hearth", @nestedtext.Value::String("convector")), + ]), + ), + ( + "surgery", + @nestedtext.Value::Dict([ + ("sunbathe", @nestedtext.Value::String("decathlon")), + ("fixation", @nestedtext.Value::String("heighten watcher")), + ( + "stretchy", + @nestedtext.Value::String("-washday < burnish < debrief"), + ), + ("scabbard", @nestedtext.Value::String("reward")), + ]), + ), + ( + "intercede barony", + @nestedtext.Value::Dict([ + ( + "busker", + @nestedtext.Value::String("yachtsman-fleshpot sandbag flummox"), + ), + ("vestry", @nestedtext.Value::String("panorama")), + ("sanction", @nestedtext.Value::String("drench=\"%keyboard\"")), + ]), + ), + ( + "harmony creaky", + @nestedtext.Value::Dict([ + ( + "physicist", + @nestedtext.Value::String("gauge-doublet bungalow clink"), + ), + ("swerve", @nestedtext.Value::String("cleanser")), + ( + "royalty", + @nestedtext.Value::String( + "essay=\"%honeymoon\";\nextol = \"swampy\";\nalmshouse = \"\".", + ), + ), + ]), + ), + ( + "caterwaul imitation", + @nestedtext.Value::Dict([ + ("dunce", @nestedtext.Value::String("bodice sitcom chipmunk")), + ("profane", @nestedtext.Value::String("monocle")), + ("sortie", @nestedtext.Value::String("impute=\"%covert\"")), + ]), + ), + ( + "menace", + @nestedtext.Value::Dict([ + ("dredge", @nestedtext.Value::String("miasma litigant broil")), + ("bishop", @nestedtext.Value::String("medley")), + ( + "inquest", + @nestedtext.Value::String( + "scourer=\"%gamma\"; mesmerize='ballcock", + ), + ), + ]), + ), + ( + "mattock", + @nestedtext.Value::Dict([ + ("taint", @nestedtext.Value::String("buttery combatant stalwart")), + ("oculist", @nestedtext.Value::String("implicate")), + ( + "support", + @nestedtext.Value::String( + "closure='snake; phoenix=\"%smoothie\"", + ), + ), + ]), + ), + ( + "chance", + @nestedtext.Value::Dict([ + ("riposte", @nestedtext.Value::String("crusade")), + ("scripture", @nestedtext.Value::String("cathode")), + ( + "doorstep", + @nestedtext.Value::String( + "dukedom=screening; lifebuoy=\"%crackle\"", + ), + ), + ( + "salesman", + @nestedtext.Value::String("shimmer cobweb spool=butter."), + ), + ]), + ), + ( + "asset", + @nestedtext.Value::Dict([ + ("overthrow", @nestedtext.Value::String("dainty")), + ("chancy", @nestedtext.Value::String("bough psychotic")), + ( + "sultana", + @nestedtext.Value::String("father hormone caliber=mayday."), + ), + ]), + ), + ( + "pollinate", + @nestedtext.Value::Dict([ + ("doctor", @nestedtext.Value::String("masochist")), + ("strangler", @nestedtext.Value::String("saloon ensemble shower")), + ( + "tuxedo", + @nestedtext.Value::String( + "inject='strategy;\npurport={toffee,ripper}.", + ), + ), + ( + "citadel", + @nestedtext.Value::String( + "shrew repellent dairymaid=laser; elevator=biped.\nresound garage mistreat=rebuild; scree=choke.\nanchor begrudge slalom=reassert; molester=chopper.\ndizzy outbreak snifter=tussle; remove=survive.\nnoodle panegyric importune=native; accredit=loser.", + ), + ), + ]), + ), + ( + "acquit invest gravity", + @nestedtext.Value::Dict([ + ( + "remain", + @nestedtext.Value::String("beetroot maroon cliche ninety"), + ), + ("bookmark", @nestedtext.Value::String("munch")), + ( + "commodore", + @nestedtext.Value::String( + "plank=sundry;\nprick=rehear;\nbonnet=\"banana\"", + ), + ), + ( + "transfer", + @nestedtext.Value::String( + "blister project adjective=slinky; uncover=salty.\nbowler acquiesce nobody=syllabus; bushy=fossilize.", + ), + ), + ]), + ), + ( + "horror megalith", + @nestedtext.Value::Dict([ + ( + "spurt", + @nestedtext.Value::String( + "flower towpath rejoicing dowry rupture", + ), + ), + ("recur", @nestedtext.Value::String("capacity")), + ( + "tract", + @nestedtext.Value::String( + "goatee='graze;\nliqueur=\"scream\";\ndetain=prefigure;\nspill={eggplant,poach}", + ), + ), + ( + "plunger", + @nestedtext.Value::String( + "cutting dislocate prince=spongy; flirt=debut.\nneurone cricketer shredder=property; break=octagon; plutocrat=lapwing.\nsofty expert tycoon=qualify; coachman=heretic.\nredwood notebook heath=blackjack; frump=washstand.\nloose keeper applaud=destroyer; intention=hymnal.\npotentate brasserie souvenir=tumor; masseur=hasten.\nsanctify report touchdown=afford; combat=impart.\nbrute elder bisexual=penknife; treadmill=thesaurus.\ntissue sickly dimmer=dowdy; cylinder=actor.\nawakening robotic fascia=paperboy; scalp=length; seashell=50μA.\nlarch fashion crack=scorpion; explicate=retire.\nmature lapel incline=dressing; thwack=rivet.\nneologism phonetic zebra=upstage; realtor=showpiece.\nevacuee stride softener=ditty; earth=bookcase.\nuproot cross titter=constrict; specific=wayside.\noverwrite overshoot quandary=panther; cartwheel=ratio.", + ), + ), + ]), + ), + ( + "informer payroll", + @nestedtext.Value::Dict([ + ( + "sequin", + @nestedtext.Value::String("armadillo exclaim foray cuckoo"), + ), + ("lynch", @nestedtext.Value::String("punchbowl")), + ( + "trump", + @nestedtext.Value::String( + "bedeck=quota;\nmachete=croupier;\nalpine=\"response\";\nvegetable=slowdown.", + ), + ), + ( + "whisker", + @nestedtext.Value::String( + "lottery sheath moonlight=chamber.\nfantasize pullover stool=eject.", + ), + ), + ]), + ), + ( + "barbarity, allude, whittle", + @nestedtext.Value::Dict([ + ("militant", @nestedtext.Value::String("garret dictate sweeper")), + ("extension", @nestedtext.Value::String("senator")), + ( + "justify", + @nestedtext.Value::String( + "taxicab=ferry;\nparagraph=spokesman;\npolitic=codpiece;\ngrizzle=clerk;\nperturb=mudguard;\ndecade=\"sickness\"", + ), + ), + ( + "broad", + @nestedtext.Value::String( + "ceramic morsel sahib=gelding.\ngravy shoddy fixative=scramble.\nsmelt beatnik describe=duckling.\nbourbon crusader tabloid=wordy.", + ), + ), + ]), + ), + ( + "extenuate, promoter", + @nestedtext.Value::Dict([ + ( + "store", + @nestedtext.Value::String("treasury dumpling emotion skirmish"), + ), + ("epitaph", @nestedtext.Value::String("incumbent")), + ( + "yearning", + @nestedtext.Value::String( + "adjudge='yearbook;\nmaneuver=\"infer\";\ncabaret=deception;\nhostel={fossil,diagnose}", + ), + ), + ( + "sporran", + @nestedtext.Value::String( + "alphabet counter haughty=ceiling; treadle=reedy.\nhierarchy hardship troll=detractor; holocaust=deafen; gangway=translate.\nthought termite limousine=hustle; tweed=majorette.\nbatten swindler parkland=outsider; crawl=prevail.\nprovision fabric indict=amaze; weight=commando.\nextend cabal charge=admit; umlaut=steel.\nstrength councilor entity=address; encamp=slake.\ntrespass soapbox knoll=befriend; aggregate=allusion.\nsequel fingertip billfold=staunch; particle=combine.\nsediment intellect organizer=blurry; fatty=beard; revel=50μA.\ntoxin steak panacea=elite; scavenge=acoustic.\nfarmyard resign presage=peasant; jumble=regret.\nberry valet alchemist=greasy; clonk=eyesore.\ntreat temper antenatal=interlink; hurtle=catchy.\nobtain seaweed offender=cameo; jostle=reprove.\nrigidity radish braise=scoot; petty=marquee.", + ), + ), + ]), + ), + ( + "menage, quail", + @nestedtext.Value::Dict([ + ( + "outspread", + @nestedtext.Value::String("share pinion fruitcake portend"), + ), + ("reference", @nestedtext.Value::String("appendix")), + ( + "daily", + @nestedtext.Value::String( + "scrapbook=rejoin;\ndrier=agonize;\nsewer=\"dollop\";\nbistro=ratepayer.", + ), + ), + ( + "flabby", + @nestedtext.Value::String( + "pentagon rotor science=besiege.\nspider distance shaggy=mayor.\nstatement venture priory=seance.\nsextet riddle shabby=stationer.", + ), + ), + ]), + ), + ( + "jelly, exude", + @nestedtext.Value::Dict([ + ( + "naught", + @nestedtext.Value::String("misread sandbank speculate"), + ), + ("espresso", @nestedtext.Value::String("dispel")), + ( + "oilman", + @nestedtext.Value::String( + "amalgam=additive;\ntatty=unsettle;\nlousy=\"clamber\";\nradiator = \"paring, anatomist\";\nsidle=thatch.", + ), + ), + ( + "episode", + @nestedtext.Value::String( + "council whiplash muscle=carriage.\nbaseline nymph tantrum=spoof; prognosis=trundle; friend=plump.comedy.\ninduct tubby compost=crank.\nfamily stately expunge=echelon.", + ), + ), + ]), + ), + ( + "holding, scruple", + @nestedtext.Value::Dict([ + ("ramrod", @nestedtext.Value::String("tableau beret")), + ("flatten", @nestedtext.Value::String("tributary")), + ( + "cobra", + @nestedtext.Value::String( + "hunchback=bumpy;\nlorry=\"inkling\";\nholler = \"pedant, lifeboat\";\nbutchery=antique.", + ), + ), + ( + "decree", + @nestedtext.Value::String( + "embroil numskull stigma=explosion.\ngrand bonus accord=scarf.\namplifier prattle submerge=justice.\ngrace arrowhead athlete=shaver.", + ), + ), + ]), + ), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -2087,27 +2065,43 @@ test "compliance: doodle" { ///| // multiline keys holding urls (multiline key require because of leading braces) test "compliance: imbibe" { - match @nestedtext.loads(": {http://www.kde.org/standards/kcfg/1.0}kcfgfile\n >\n: {http://www.kde.org/standards/kcfg/1.0}group\n : {http://www.kde.org/standards/kcfg/1.0}entry\n -\n : {http://www.kde.org/standards/kcfg/1.0}default\n > 250\n -\n : {http://www.kde.org/standards/kcfg/1.0}default\n > krunner,yakuake", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("{http://www.kde.org/standards/kcfg/1.0}kcfgfile", - @nestedtext.Value::String("")), - ("{http://www.kde.org/standards/kcfg/1.0}group", + match + @nestedtext.loads( + ": {http://www.kde.org/standards/kcfg/1.0}kcfgfile\n >\n: {http://www.kde.org/standards/kcfg/1.0}group\n : {http://www.kde.org/standards/kcfg/1.0}entry\n -\n : {http://www.kde.org/standards/kcfg/1.0}default\n > 250\n -\n : {http://www.kde.org/standards/kcfg/1.0}default\n > krunner,yakuake", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == @nestedtext.Value::Dict([ - ("{http://www.kde.org/standards/kcfg/1.0}entry", - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("{http://www.kde.org/standards/kcfg/1.0}default", - @nestedtext.Value::String("250")) - ]), - @nestedtext.Value::Dict([ - ("{http://www.kde.org/standards/kcfg/1.0}default", - @nestedtext.Value::String("krunner,yakuake")) - ]) - ])) - ])) - ]), - ) + ( + "{http://www.kde.org/standards/kcfg/1.0}kcfgfile", + @nestedtext.Value::String(""), + ), + ( + "{http://www.kde.org/standards/kcfg/1.0}group", + @nestedtext.Value::Dict([ + ( + "{http://www.kde.org/standards/kcfg/1.0}entry", + @nestedtext.Value::List([ + @nestedtext.Value::Dict([ + ( + "{http://www.kde.org/standards/kcfg/1.0}default", + @nestedtext.Value::String("250"), + ), + ]), + @nestedtext.Value::Dict([ + ( + "{http://www.kde.org/standards/kcfg/1.0}default", + @nestedtext.Value::String("krunner,yakuake"), + ), + ]), + ]), + ), + ]), + ), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -2116,7 +2110,11 @@ test "compliance: imbibe" { ///| // reject duplicate keys test "compliance error: emollient" { - match @nestedtext.loads("key: value 1\nkey: value 2\nkey: value 3", @nestedtext.Top::Any) { + match + @nestedtext.loads( + "key: value 1\nkey: value 2\nkey: value 3", + @nestedtext.Top::Any, + ) { Err(e) => { @debug.assert_eq(e.lineno, Some(2)) @debug.assert_eq(e.colno, Some(1)) @@ -2130,197 +2128,151 @@ test "compliance error: emollient" { ///| // Miscellaneous inline dictionaries test "compliance: modernize" { - match @nestedtext.loads("-\n {}\n-\n {:}\n-\n {a:0}\n-\n {a: k}\n-\n {a:[]}\n-\n {a: [b]}\n-\n {a:{}}\n-\n {a: {b:1}}\n-\n {a:0, b:1}\n-\n {a:{A:0}, b:{B:1}}\n-\n { a : { A : 0 } , b : { B : 1 } } \n-\n {a:[1,2,3], b:[4,5,6]}\n-\n {a:0,b:1}\n-\n {a:[],b:[]}\n-\n {a:[0,1],b:[2,3]}\n-\n {a:{},b:{}}\n-\n {a:{b:0,c:1},d:{e:2,f:3}}\n-\n {a:0,b:[]}\n-\n {a:[],b:{}}\n-\n {a:{},b:0}\n-\n { a:0}\n-\n {a :0}\n-\n {a: 0}\n-\n {a:0 }\n-\n { a : 0 }\n-\n {a:0, b:1}\n-\n {a:0 ,b:1}\n-\n {a:0 , b:1}\n-\n {key 1:value 1, key 2 : value 2 }", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::List([ - @nestedtext.Value::Dict([]), - @nestedtext.Value::Dict([ - ("", - @nestedtext.Value::String("")) - ]), - @nestedtext.Value::Dict([ - ("a", - @nestedtext.Value::String("0")) - ]), - @nestedtext.Value::Dict([ - ("a", - @nestedtext.Value::String("k")) - ]), - @nestedtext.Value::Dict([ - ("a", - @nestedtext.Value::List([])) - ]), - @nestedtext.Value::Dict([ - ("a", - @nestedtext.Value::List([ - @nestedtext.Value::String("b") - ])) - ]), - @nestedtext.Value::Dict([ - ("a", - @nestedtext.Value::Dict([])) - ]), - @nestedtext.Value::Dict([ - ("a", + match + @nestedtext.loads( + "-\n {}\n-\n {:}\n-\n {a:0}\n-\n {a: k}\n-\n {a:[]}\n-\n {a: [b]}\n-\n {a:{}}\n-\n {a: {b:1}}\n-\n {a:0, b:1}\n-\n {a:{A:0}, b:{B:1}}\n-\n { a : { A : 0 } , b : { B : 1 } } \n-\n {a:[1,2,3], b:[4,5,6]}\n-\n {a:0,b:1}\n-\n {a:[],b:[]}\n-\n {a:[0,1],b:[2,3]}\n-\n {a:{},b:{}}\n-\n {a:{b:0,c:1},d:{e:2,f:3}}\n-\n {a:0,b:[]}\n-\n {a:[],b:{}}\n-\n {a:{},b:0}\n-\n { a:0}\n-\n {a :0}\n-\n {a: 0}\n-\n {a:0 }\n-\n { a : 0 }\n-\n {a:0, b:1}\n-\n {a:0 ,b:1}\n-\n {a:0 , b:1}\n-\n {key 1:value 1, key 2 : value 2 }", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::List([ + @nestedtext.Value::Dict([]), + @nestedtext.Value::Dict([("", @nestedtext.Value::String(""))]), + @nestedtext.Value::Dict([("a", @nestedtext.Value::String("0"))]), + @nestedtext.Value::Dict([("a", @nestedtext.Value::String("k"))]), + @nestedtext.Value::Dict([("a", @nestedtext.Value::List([]))]), @nestedtext.Value::Dict([ - ("b", - @nestedtext.Value::String("1")) - ])) - ]), - @nestedtext.Value::Dict([ - ("a", - @nestedtext.Value::String("0")), - ("b", - @nestedtext.Value::String("1")) - ]), - @nestedtext.Value::Dict([ - ("a", + ("a", @nestedtext.Value::List([@nestedtext.Value::String("b")])), + ]), + @nestedtext.Value::Dict([("a", @nestedtext.Value::Dict([]))]), @nestedtext.Value::Dict([ - ("A", - @nestedtext.Value::String("0")) - ])), - ("b", + ( + "a", + @nestedtext.Value::Dict([("b", @nestedtext.Value::String("1"))]), + ), + ]), @nestedtext.Value::Dict([ - ("B", - @nestedtext.Value::String("1")) - ])) - ]), - @nestedtext.Value::Dict([ - ("a", + ("a", @nestedtext.Value::String("0")), + ("b", @nestedtext.Value::String("1")), + ]), @nestedtext.Value::Dict([ - ("A", - @nestedtext.Value::String("0")) - ])), - ("b", + ( + "a", + @nestedtext.Value::Dict([("A", @nestedtext.Value::String("0"))]), + ), + ( + "b", + @nestedtext.Value::Dict([("B", @nestedtext.Value::String("1"))]), + ), + ]), @nestedtext.Value::Dict([ - ("B", - @nestedtext.Value::String("1")) - ])) - ]), - @nestedtext.Value::Dict([ - ("a", - @nestedtext.Value::List([ - @nestedtext.Value::String("1"), - @nestedtext.Value::String("2"), - @nestedtext.Value::String("3") - ])), - ("b", - @nestedtext.Value::List([ - @nestedtext.Value::String("4"), - @nestedtext.Value::String("5"), - @nestedtext.Value::String("6") - ])) - ]), - @nestedtext.Value::Dict([ - ("a", - @nestedtext.Value::String("0")), - ("b", - @nestedtext.Value::String("1")) - ]), - @nestedtext.Value::Dict([ - ("a", - @nestedtext.Value::List([])), - ("b", - @nestedtext.Value::List([])) - ]), - @nestedtext.Value::Dict([ - ("a", - @nestedtext.Value::List([ - @nestedtext.Value::String("0"), - @nestedtext.Value::String("1") - ])), - ("b", - @nestedtext.Value::List([ - @nestedtext.Value::String("2"), - @nestedtext.Value::String("3") - ])) - ]), - @nestedtext.Value::Dict([ - ("a", - @nestedtext.Value::Dict([])), - ("b", - @nestedtext.Value::Dict([])) - ]), - @nestedtext.Value::Dict([ - ("a", + ( + "a", + @nestedtext.Value::Dict([("A", @nestedtext.Value::String("0"))]), + ), + ( + "b", + @nestedtext.Value::Dict([("B", @nestedtext.Value::String("1"))]), + ), + ]), + @nestedtext.Value::Dict([ + ( + "a", + @nestedtext.Value::List([ + @nestedtext.Value::String("1"), + @nestedtext.Value::String("2"), + @nestedtext.Value::String("3"), + ]), + ), + ( + "b", + @nestedtext.Value::List([ + @nestedtext.Value::String("4"), + @nestedtext.Value::String("5"), + @nestedtext.Value::String("6"), + ]), + ), + ]), + @nestedtext.Value::Dict([ + ("a", @nestedtext.Value::String("0")), + ("b", @nestedtext.Value::String("1")), + ]), + @nestedtext.Value::Dict([ + ("a", @nestedtext.Value::List([])), + ("b", @nestedtext.Value::List([])), + ]), + @nestedtext.Value::Dict([ + ( + "a", + @nestedtext.Value::List([ + @nestedtext.Value::String("0"), + @nestedtext.Value::String("1"), + ]), + ), + ( + "b", + @nestedtext.Value::List([ + @nestedtext.Value::String("2"), + @nestedtext.Value::String("3"), + ]), + ), + ]), + @nestedtext.Value::Dict([ + ("a", @nestedtext.Value::Dict([])), + ("b", @nestedtext.Value::Dict([])), + ]), + @nestedtext.Value::Dict([ + ( + "a", + @nestedtext.Value::Dict([ + ("b", @nestedtext.Value::String("0")), + ("c", @nestedtext.Value::String("1")), + ]), + ), + ( + "d", + @nestedtext.Value::Dict([ + ("e", @nestedtext.Value::String("2")), + ("f", @nestedtext.Value::String("3")), + ]), + ), + ]), + @nestedtext.Value::Dict([ + ("a", @nestedtext.Value::String("0")), + ("b", @nestedtext.Value::List([])), + ]), + @nestedtext.Value::Dict([ + ("a", @nestedtext.Value::List([])), + ("b", @nestedtext.Value::Dict([])), + ]), + @nestedtext.Value::Dict([ + ("a", @nestedtext.Value::Dict([])), + ("b", @nestedtext.Value::String("0")), + ]), + @nestedtext.Value::Dict([("a", @nestedtext.Value::String("0"))]), + @nestedtext.Value::Dict([("a", @nestedtext.Value::String("0"))]), + @nestedtext.Value::Dict([("a", @nestedtext.Value::String("0"))]), + @nestedtext.Value::Dict([("a", @nestedtext.Value::String("0"))]), + @nestedtext.Value::Dict([("a", @nestedtext.Value::String("0"))]), @nestedtext.Value::Dict([ - ("b", - @nestedtext.Value::String("0")), - ("c", - @nestedtext.Value::String("1")) - ])), - ("d", + ("a", @nestedtext.Value::String("0")), + ("b", @nestedtext.Value::String("1")), + ]), @nestedtext.Value::Dict([ - ("e", - @nestedtext.Value::String("2")), - ("f", - @nestedtext.Value::String("3")) - ])) - ]), - @nestedtext.Value::Dict([ - ("a", - @nestedtext.Value::String("0")), - ("b", - @nestedtext.Value::List([])) - ]), - @nestedtext.Value::Dict([ - ("a", - @nestedtext.Value::List([])), - ("b", - @nestedtext.Value::Dict([])) - ]), - @nestedtext.Value::Dict([ - ("a", - @nestedtext.Value::Dict([])), - ("b", - @nestedtext.Value::String("0")) - ]), - @nestedtext.Value::Dict([ - ("a", - @nestedtext.Value::String("0")) - ]), - @nestedtext.Value::Dict([ - ("a", - @nestedtext.Value::String("0")) - ]), - @nestedtext.Value::Dict([ - ("a", - @nestedtext.Value::String("0")) - ]), - @nestedtext.Value::Dict([ - ("a", - @nestedtext.Value::String("0")) - ]), - @nestedtext.Value::Dict([ - ("a", - @nestedtext.Value::String("0")) - ]), - @nestedtext.Value::Dict([ - ("a", - @nestedtext.Value::String("0")), - ("b", - @nestedtext.Value::String("1")) - ]), - @nestedtext.Value::Dict([ - ("a", - @nestedtext.Value::String("0")), - ("b", - @nestedtext.Value::String("1")) - ]), - @nestedtext.Value::Dict([ - ("a", - @nestedtext.Value::String("0")), - ("b", - @nestedtext.Value::String("1")) - ]), - @nestedtext.Value::Dict([ - ("key 1", - @nestedtext.Value::String("value 1")), - ("key 2", - @nestedtext.Value::String("value 2")) - ]) - ]), - ) + ("a", @nestedtext.Value::String("0")), + ("b", @nestedtext.Value::String("1")), + ]), + @nestedtext.Value::Dict([ + ("a", @nestedtext.Value::String("0")), + ("b", @nestedtext.Value::String("1")), + ]), + @nestedtext.Value::Dict([ + ("key 1", @nestedtext.Value::String("value 1")), + ("key 2", @nestedtext.Value::String("value 2")), + ]), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -2375,7 +2327,10 @@ test "compliance error: mercy" { Err(e) => { @debug.assert_eq(e.lineno, Some(2)) @debug.assert_eq(e.colno, Some(7)) - @debug.assert_eq(e.message, "extra character after closing delimiter: '}'.") + @debug.assert_eq( + e.message, + "extra character after closing delimiter: '}'.", + ) @debug.assert_eq(e.line, Some(" {}}")) } Ok(_) => fail("expected error but got Ok") @@ -2487,7 +2442,10 @@ test "compliance error: unpick" { Err(e) => { @debug.assert_eq(e.lineno, Some(2)) @debug.assert_eq(e.colno, Some(10)) - @debug.assert_eq(e.message, "extra character after closing delimiter: '}'.") + @debug.assert_eq( + e.message, + "extra character after closing delimiter: '}'.", + ) @debug.assert_eq(e.line, Some(" {a:b}}")) } Ok(_) => fail("expected error but got Ok") @@ -2553,25 +2511,28 @@ test "compliance error: flaunt" { ///| // multilevel inline dictionaries test "compliance: magnetize" { - match @nestedtext.loads("{a: {b:0, c:1}, d: {e:2, f:3}}", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("a", + match + @nestedtext.loads("{a: {b:0, c:1}, d: {e:2, f:3}}", @nestedtext.Top::Any) { + Ok(Some(value)) => + assert_true( + value == @nestedtext.Value::Dict([ - ("b", - @nestedtext.Value::String("0")), - ("c", - @nestedtext.Value::String("1")) - ])), - ("d", - @nestedtext.Value::Dict([ - ("e", - @nestedtext.Value::String("2")), - ("f", - @nestedtext.Value::String("3")) - ])) - ]), - ) + ( + "a", + @nestedtext.Value::Dict([ + ("b", @nestedtext.Value::String("0")), + ("c", @nestedtext.Value::String("1")), + ]), + ), + ( + "d", + @nestedtext.Value::Dict([ + ("e", @nestedtext.Value::String("2")), + ("f", @nestedtext.Value::String("3")), + ]), + ), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -2580,47 +2541,49 @@ test "compliance: magnetize" { ///| // multilevel inline dictionaries test "compliance: succor" { - match @nestedtext.loads("key 1:\n {k1.1:v1.1,\t k1.2:v1.2, \tk1.3:v1.3\t}\t\nkey 2:\n {k2.1\t:v2.1,\t k2.2\t:v2.2, \tk2.3\t:v2.3\t}\t\nkey 3:\n {k3.1:\tv3.1,\t k3.2:\tv3.2, \tk3.3:\tv3.3\t}\t\nkey 4:\n {k4.1\t:\tv4.1,\t k4.2\t:\tv4.2, \tk4.3\t:\tv4.3\t}\t", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("key 1", - @nestedtext.Value::Dict([ - ("k1.1", - @nestedtext.Value::String("v1.1")), - ("k1.2", - @nestedtext.Value::String("v1.2")), - ("k1.3", - @nestedtext.Value::String("v1.3")) - ])), - ("key 2", - @nestedtext.Value::Dict([ - ("k2.1", - @nestedtext.Value::String("v2.1")), - ("k2.2", - @nestedtext.Value::String("v2.2")), - ("k2.3", - @nestedtext.Value::String("v2.3")) - ])), - ("key 3", + match + @nestedtext.loads( + "key 1:\n {k1.1:v1.1,\t k1.2:v1.2, \tk1.3:v1.3\t}\t\nkey 2:\n {k2.1\t:v2.1,\t k2.2\t:v2.2, \tk2.3\t:v2.3\t}\t\nkey 3:\n {k3.1:\tv3.1,\t k3.2:\tv3.2, \tk3.3:\tv3.3\t}\t\nkey 4:\n {k4.1\t:\tv4.1,\t k4.2\t:\tv4.2, \tk4.3\t:\tv4.3\t}\t", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == @nestedtext.Value::Dict([ - ("k3.1", - @nestedtext.Value::String("v3.1")), - ("k3.2", - @nestedtext.Value::String("v3.2")), - ("k3.3", - @nestedtext.Value::String("v3.3")) - ])), - ("key 4", - @nestedtext.Value::Dict([ - ("k4.1", - @nestedtext.Value::String("v4.1")), - ("k4.2", - @nestedtext.Value::String("v4.2")), - ("k4.3", - @nestedtext.Value::String("v4.3")) - ])) - ]), - ) + ( + "key 1", + @nestedtext.Value::Dict([ + ("k1.1", @nestedtext.Value::String("v1.1")), + ("k1.2", @nestedtext.Value::String("v1.2")), + ("k1.3", @nestedtext.Value::String("v1.3")), + ]), + ), + ( + "key 2", + @nestedtext.Value::Dict([ + ("k2.1", @nestedtext.Value::String("v2.1")), + ("k2.2", @nestedtext.Value::String("v2.2")), + ("k2.3", @nestedtext.Value::String("v2.3")), + ]), + ), + ( + "key 3", + @nestedtext.Value::Dict([ + ("k3.1", @nestedtext.Value::String("v3.1")), + ("k3.2", @nestedtext.Value::String("v3.2")), + ("k3.3", @nestedtext.Value::String("v3.3")), + ]), + ), + ( + "key 4", + @nestedtext.Value::Dict([ + ("k4.1", @nestedtext.Value::String("v4.1")), + ("k4.2", @nestedtext.Value::String("v4.2")), + ("k4.3", @nestedtext.Value::String("v4.3")), + ]), + ), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -2629,12 +2592,19 @@ test "compliance: succor" { ///| // malformed inline dictionary (comma after last item) test "compliance error: raven" { - match @nestedtext.loads("key 1:\n {k1.1:v1.1,\t k1.2:v1.2, \tk1.3:v1.3,\t}\t\nkey 2:\n {k2.1\t:v2.1,\t k2.2\t:v2.2, \tk2.3\t:v2.3,\t}\t\nkey 3:\n {k3.1:\tv3.1,\t k3.2:\tv3.2, \tk3.3:\tv3.3,\t}\t\nkey 4:\n {k4.1\t:\tv4.1,\t k4.2\t:\tv4.2, \tk4.3\t:\tv4.3,\t}\t", @nestedtext.Top::Any) { + match + @nestedtext.loads( + "key 1:\n {k1.1:v1.1,\t k1.2:v1.2, \tk1.3:v1.3,\t}\t\nkey 2:\n {k2.1\t:v2.1,\t k2.2\t:v2.2, \tk2.3\t:v2.3,\t}\t\nkey 3:\n {k3.1:\tv3.1,\t k3.2:\tv3.2, \tk3.3:\tv3.3,\t}\t\nkey 4:\n {k4.1\t:\tv4.1,\t k4.2\t:\tv4.2, \tk4.3\t:\tv4.3,\t}\t", + @nestedtext.Top::Any, + ) { Err(e) => { @debug.assert_eq(e.lineno, Some(2)) @debug.assert_eq(e.colno, Some(50)) @debug.assert_eq(e.message, "expected ':', found '}'.") - @debug.assert_eq(e.line, Some(" {k1.1:v1.1, k1.2:v1.2, k1.3:v1.3, } ")) + @debug.assert_eq( + e.line, + Some(" {k1.1:v1.1, k1.2:v1.2, k1.3:v1.3, } "), + ) } Ok(_) => fail("expected error but got Ok") } @@ -2685,7 +2655,11 @@ test "compliance error: conclude" { ///| // error due to dict item following an inline dictionary test "compliance error: prairie" { - match @nestedtext.loads("{cases: {*: {*: {*:*}}}}\nchecks: *.sv", @nestedtext.Top::Any) { + match + @nestedtext.loads( + "{cases: {*: {*: {*:*}}}}\nchecks: *.sv", + @nestedtext.Top::Any, + ) { Err(e) => { @debug.assert_eq(e.lineno, Some(2)) @debug.assert_eq(e.message, "extra content.") @@ -2711,7 +2685,11 @@ test "compliance error: botch" { ///| // error due to dict item following an inline dictionary test "compliance error: typhoon" { - match @nestedtext.loads("{cases: {*: {*: {*:*}}}}\n checks: *.sv", @nestedtext.Top::Any) { + match + @nestedtext.loads( + "{cases: {*: {*: {*:*}}}}\n checks: *.sv", + @nestedtext.Top::Any, + ) { Err(e) => { @debug.assert_eq(e.lineno, Some(2)) @debug.assert_eq(e.message, "extra content.") @@ -2725,12 +2703,14 @@ test "compliance error: typhoon" { // simple list with empty values test "compliance: revolver" { match @nestedtext.loads("-\n-", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::List([ - @nestedtext.Value::String(""), - @nestedtext.Value::String("") - ]), - ) + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::List([ + @nestedtext.Value::String(""), + @nestedtext.Value::String(""), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -2739,19 +2719,25 @@ test "compliance: revolver" { ///| // typical list test "compliance: denigrate" { - match @nestedtext.loads("- A\n- B\n- C\n-\n - D1\n - D2\n- E", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::List([ - @nestedtext.Value::String("A"), - @nestedtext.Value::String("B"), - @nestedtext.Value::String("C"), - @nestedtext.Value::List([ - @nestedtext.Value::String("D1"), - @nestedtext.Value::String("D2") - ]), - @nestedtext.Value::String("E") - ]), - ) + match + @nestedtext.loads( + "- A\n- B\n- C\n-\n - D1\n - D2\n- E", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::List([ + @nestedtext.Value::String("A"), + @nestedtext.Value::String("B"), + @nestedtext.Value::String("C"), + @nestedtext.Value::List([ + @nestedtext.Value::String("D1"), + @nestedtext.Value::String("D2"), + ]), + @nestedtext.Value::String("E"), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -2761,9 +2747,7 @@ test "compliance: denigrate" { // empty list test "compliance: isometric" { match @nestedtext.loads("[]", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::List([]), - ) + Ok(Some(value)) => assert_true(value == @nestedtext.Value::List([])) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -2772,7 +2756,11 @@ test "compliance: isometric" { ///| // error because data switches between list items to dict item in same level of hierarchy test "compliance error: seller" { - match @nestedtext.loads("ingredients:\n - green chilies\n cannot mix list with: dictionary\n", @nestedtext.Top::Any) { + match + @nestedtext.loads( + "ingredients:\n - green chilies\n cannot mix list with: dictionary\n", + @nestedtext.Top::Any, + ) { Err(e) => { @debug.assert_eq(e.lineno, Some(3)) @debug.assert_eq(e.colno, Some(3)) @@ -2786,7 +2774,11 @@ test "compliance error: seller" { ///| // error because first item does not start in column 1 test "compliance error: element" { - match @nestedtext.loads("\n - green chilies\n\n- red chilies\n", @nestedtext.Top::Any) { + match + @nestedtext.loads( + "\n - green chilies\n\n- red chilies\n", + @nestedtext.Top::Any, + ) { Err(e) => { @debug.assert_eq(e.lineno, Some(2)) @debug.assert_eq(e.colno, Some(1)) @@ -2800,7 +2792,11 @@ test "compliance error: element" { ///| // error because first item does not start in column 1 test "compliance error: twelve" { - match @nestedtext.loads("- green chilies\n - red chilies\n", @nestedtext.Top::Any) { + match + @nestedtext.loads( + "- green chilies\n - red chilies\n", + @nestedtext.Top::Any, + ) { Err(e) => { @debug.assert_eq(e.lineno, Some(2)) @debug.assert_eq(e.colno, Some(1)) @@ -2814,7 +2810,11 @@ test "compliance error: twelve" { ///| // error because indentation includes a tab test "compliance error: derelict" { - match @nestedtext.loads("# this is an error because indentation is a tab\n- \n\t- red chilies", @nestedtext.Top::Any) { + match + @nestedtext.loads( + "# this is an error because indentation is a tab\n- \n\t- red chilies", + @nestedtext.Top::Any, + ) { Err(e) => { @debug.assert_eq(e.lineno, Some(3)) @debug.assert_eq(e.colno, Some(1)) @@ -2828,22 +2828,30 @@ test "compliance error: derelict" { ///| // list with variety of odd values test "compliance: handbook" { - match @nestedtext.loads("- :\n- ~!@#$%^&*()_+-1234567890{}[]|:;<>?,./\n- - value 3\n- ' : value 4:'\n- > value 5\n- #value 6\n- key 7' : : value 7\n- \" value 8 \"\n- ' value 9 '\n-\n > value '\" 10\n- And Fred said 'yabba dabba doo!' to Barney.", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::List([ - @nestedtext.Value::String(":"), - @nestedtext.Value::String("~!@#$%^&*()_+-1234567890{}[]|:;<>?,./"), - @nestedtext.Value::String("- value 3"), - @nestedtext.Value::String("' : value 4:'"), - @nestedtext.Value::String("> value 5"), - @nestedtext.Value::String("#value 6"), - @nestedtext.Value::String("key 7' : : value 7"), - @nestedtext.Value::String("\" value 8 \""), - @nestedtext.Value::String("' value 9 '"), - @nestedtext.Value::String("value '\" 10"), - @nestedtext.Value::String("And Fred said 'yabba dabba doo!' to Barney.") - ]), - ) + match + @nestedtext.loads( + "- :\n- ~!@#$%^&*()_+-1234567890{}[]|:;<>?,./\n- - value 3\n- ' : value 4:'\n- > value 5\n- #value 6\n- key 7' : : value 7\n- \" value 8 \"\n- ' value 9 '\n-\n > value '\" 10\n- And Fred said 'yabba dabba doo!' to Barney.", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::List([ + @nestedtext.Value::String(":"), + @nestedtext.Value::String("~!@#$%^&*()_+-1234567890{}[]|:;<>?,./"), + @nestedtext.Value::String("- value 3"), + @nestedtext.Value::String("' : value 4:'"), + @nestedtext.Value::String("> value 5"), + @nestedtext.Value::String("#value 6"), + @nestedtext.Value::String("key 7' : : value 7"), + @nestedtext.Value::String("\" value 8 \""), + @nestedtext.Value::String("' value 9 '"), + @nestedtext.Value::String("value '\" 10"), + @nestedtext.Value::String( + "And Fred said 'yabba dabba doo!' to Barney.", + ), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -2852,187 +2860,164 @@ test "compliance: handbook" { ///| // list with variety of inline lists test "compliance: epoch" { - match @nestedtext.loads("-\n []\n-\n [ ]\n-\n [,]\n-\n [a]\n-\n [:]\n-\n [[]]\n-\n [[ ]]\n-\n [[a]]\n-\n [{}]\n-\n [{a:0}]\n-\n [a,b]\n-\n [,,]\n-\n [[],[]]\n-\n [[],[ ]]\n-\n [[a,b],[c,d]]\n-\n [ [ a , b ] , [ c , d ] ] \n-\n [{},{}]\n-\n [{a:0,b:1},{c:2,d:3}]\n-\n [a,[]]\n-\n [[],{}]\n-\n [{},b]\n-\n [a,]\n-\n [a, b, ]\n-\n [ a]\n-\n [a ]\n-\n [ a ]\n-\n [a, b]\n-\n [a ,b]\n-\n [a , b]\n-\n [ ,]\n-\n [, ]\n-\n [ , ]\n-\n [a, b, , ]\n-\n [[11,12,13],[21,22,23],[31,32,33]]\n-\n [value 1, value 2 , value 3 , ]", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::List([ - @nestedtext.Value::List([]), - @nestedtext.Value::List([ - @nestedtext.Value::String("") - ]), - @nestedtext.Value::List([ - @nestedtext.Value::String(""), - @nestedtext.Value::String("") - ]), - @nestedtext.Value::List([ - @nestedtext.Value::String("a") - ]), - @nestedtext.Value::List([ - @nestedtext.Value::String(":") - ]), - @nestedtext.Value::List([ - @nestedtext.Value::List([]) - ]), - @nestedtext.Value::List([ - @nestedtext.Value::List([ - @nestedtext.Value::String("") - ]) - ]), - @nestedtext.Value::List([ - @nestedtext.Value::List([ - @nestedtext.Value::String("a") - ]) - ]), - @nestedtext.Value::List([ - @nestedtext.Value::Dict([]) - ]), - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("a", - @nestedtext.Value::String("0")) - ]) - ]), - @nestedtext.Value::List([ - @nestedtext.Value::String("a"), - @nestedtext.Value::String("b") - ]), - @nestedtext.Value::List([ - @nestedtext.Value::String(""), - @nestedtext.Value::String(""), - @nestedtext.Value::String("") - ]), - @nestedtext.Value::List([ - @nestedtext.Value::List([]), - @nestedtext.Value::List([]) - ]), - @nestedtext.Value::List([ - @nestedtext.Value::List([]), - @nestedtext.Value::List([ - @nestedtext.Value::String("") - ]) - ]), - @nestedtext.Value::List([ - @nestedtext.Value::List([ - @nestedtext.Value::String("a"), - @nestedtext.Value::String("b") - ]), - @nestedtext.Value::List([ - @nestedtext.Value::String("c"), - @nestedtext.Value::String("d") - ]) - ]), - @nestedtext.Value::List([ - @nestedtext.Value::List([ - @nestedtext.Value::String("a"), - @nestedtext.Value::String("b") - ]), - @nestedtext.Value::List([ - @nestedtext.Value::String("c"), - @nestedtext.Value::String("d") - ]) - ]), - @nestedtext.Value::List([ - @nestedtext.Value::Dict([]), - @nestedtext.Value::Dict([]) - ]), - @nestedtext.Value::List([ - @nestedtext.Value::Dict([ - ("a", - @nestedtext.Value::String("0")), - ("b", - @nestedtext.Value::String("1")) - ]), - @nestedtext.Value::Dict([ - ("c", - @nestedtext.Value::String("2")), - ("d", - @nestedtext.Value::String("3")) - ]) - ]), - @nestedtext.Value::List([ - @nestedtext.Value::String("a"), - @nestedtext.Value::List([]) - ]), - @nestedtext.Value::List([ - @nestedtext.Value::List([]), - @nestedtext.Value::Dict([]) - ]), - @nestedtext.Value::List([ - @nestedtext.Value::Dict([]), - @nestedtext.Value::String("b") - ]), - @nestedtext.Value::List([ - @nestedtext.Value::String("a"), - @nestedtext.Value::String("") - ]), - @nestedtext.Value::List([ - @nestedtext.Value::String("a"), - @nestedtext.Value::String("b"), - @nestedtext.Value::String("") - ]), - @nestedtext.Value::List([ - @nestedtext.Value::String("a") - ]), - @nestedtext.Value::List([ - @nestedtext.Value::String("a") - ]), - @nestedtext.Value::List([ - @nestedtext.Value::String("a") - ]), - @nestedtext.Value::List([ - @nestedtext.Value::String("a"), - @nestedtext.Value::String("b") - ]), - @nestedtext.Value::List([ - @nestedtext.Value::String("a"), - @nestedtext.Value::String("b") - ]), - @nestedtext.Value::List([ - @nestedtext.Value::String("a"), - @nestedtext.Value::String("b") - ]), - @nestedtext.Value::List([ - @nestedtext.Value::String(""), - @nestedtext.Value::String("") - ]), - @nestedtext.Value::List([ - @nestedtext.Value::String(""), - @nestedtext.Value::String("") - ]), - @nestedtext.Value::List([ - @nestedtext.Value::String(""), - @nestedtext.Value::String("") - ]), - @nestedtext.Value::List([ - @nestedtext.Value::String("a"), - @nestedtext.Value::String("b"), - @nestedtext.Value::String(""), - @nestedtext.Value::String("") - ]), - @nestedtext.Value::List([ + match + @nestedtext.loads( + "-\n []\n-\n [ ]\n-\n [,]\n-\n [a]\n-\n [:]\n-\n [[]]\n-\n [[ ]]\n-\n [[a]]\n-\n [{}]\n-\n [{a:0}]\n-\n [a,b]\n-\n [,,]\n-\n [[],[]]\n-\n [[],[ ]]\n-\n [[a,b],[c,d]]\n-\n [ [ a , b ] , [ c , d ] ] \n-\n [{},{}]\n-\n [{a:0,b:1},{c:2,d:3}]\n-\n [a,[]]\n-\n [[],{}]\n-\n [{},b]\n-\n [a,]\n-\n [a, b, ]\n-\n [ a]\n-\n [a ]\n-\n [ a ]\n-\n [a, b]\n-\n [a ,b]\n-\n [a , b]\n-\n [ ,]\n-\n [, ]\n-\n [ , ]\n-\n [a, b, , ]\n-\n [[11,12,13],[21,22,23],[31,32,33]]\n-\n [value 1, value 2 , value 3 , ]", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == @nestedtext.Value::List([ - @nestedtext.Value::String("11"), - @nestedtext.Value::String("12"), - @nestedtext.Value::String("13") - ]), - @nestedtext.Value::List([ - @nestedtext.Value::String("21"), - @nestedtext.Value::String("22"), - @nestedtext.Value::String("23") + @nestedtext.Value::List([]), + @nestedtext.Value::List([@nestedtext.Value::String("")]), + @nestedtext.Value::List([ + @nestedtext.Value::String(""), + @nestedtext.Value::String(""), + ]), + @nestedtext.Value::List([@nestedtext.Value::String("a")]), + @nestedtext.Value::List([@nestedtext.Value::String(":")]), + @nestedtext.Value::List([@nestedtext.Value::List([])]), + @nestedtext.Value::List([ + @nestedtext.Value::List([@nestedtext.Value::String("")]), + ]), + @nestedtext.Value::List([ + @nestedtext.Value::List([@nestedtext.Value::String("a")]), + ]), + @nestedtext.Value::List([@nestedtext.Value::Dict([])]), + @nestedtext.Value::List([ + @nestedtext.Value::Dict([("a", @nestedtext.Value::String("0"))]), + ]), + @nestedtext.Value::List([ + @nestedtext.Value::String("a"), + @nestedtext.Value::String("b"), + ]), + @nestedtext.Value::List([ + @nestedtext.Value::String(""), + @nestedtext.Value::String(""), + @nestedtext.Value::String(""), + ]), + @nestedtext.Value::List([ + @nestedtext.Value::List([]), + @nestedtext.Value::List([]), + ]), + @nestedtext.Value::List([ + @nestedtext.Value::List([]), + @nestedtext.Value::List([@nestedtext.Value::String("")]), + ]), + @nestedtext.Value::List([ + @nestedtext.Value::List([ + @nestedtext.Value::String("a"), + @nestedtext.Value::String("b"), + ]), + @nestedtext.Value::List([ + @nestedtext.Value::String("c"), + @nestedtext.Value::String("d"), + ]), + ]), + @nestedtext.Value::List([ + @nestedtext.Value::List([ + @nestedtext.Value::String("a"), + @nestedtext.Value::String("b"), + ]), + @nestedtext.Value::List([ + @nestedtext.Value::String("c"), + @nestedtext.Value::String("d"), + ]), + ]), + @nestedtext.Value::List([ + @nestedtext.Value::Dict([]), + @nestedtext.Value::Dict([]), + ]), + @nestedtext.Value::List([ + @nestedtext.Value::Dict([ + ("a", @nestedtext.Value::String("0")), + ("b", @nestedtext.Value::String("1")), + ]), + @nestedtext.Value::Dict([ + ("c", @nestedtext.Value::String("2")), + ("d", @nestedtext.Value::String("3")), + ]), + ]), + @nestedtext.Value::List([ + @nestedtext.Value::String("a"), + @nestedtext.Value::List([]), + ]), + @nestedtext.Value::List([ + @nestedtext.Value::List([]), + @nestedtext.Value::Dict([]), + ]), + @nestedtext.Value::List([ + @nestedtext.Value::Dict([]), + @nestedtext.Value::String("b"), + ]), + @nestedtext.Value::List([ + @nestedtext.Value::String("a"), + @nestedtext.Value::String(""), + ]), + @nestedtext.Value::List([ + @nestedtext.Value::String("a"), + @nestedtext.Value::String("b"), + @nestedtext.Value::String(""), + ]), + @nestedtext.Value::List([@nestedtext.Value::String("a")]), + @nestedtext.Value::List([@nestedtext.Value::String("a")]), + @nestedtext.Value::List([@nestedtext.Value::String("a")]), + @nestedtext.Value::List([ + @nestedtext.Value::String("a"), + @nestedtext.Value::String("b"), + ]), + @nestedtext.Value::List([ + @nestedtext.Value::String("a"), + @nestedtext.Value::String("b"), + ]), + @nestedtext.Value::List([ + @nestedtext.Value::String("a"), + @nestedtext.Value::String("b"), + ]), + @nestedtext.Value::List([ + @nestedtext.Value::String(""), + @nestedtext.Value::String(""), + ]), + @nestedtext.Value::List([ + @nestedtext.Value::String(""), + @nestedtext.Value::String(""), + ]), + @nestedtext.Value::List([ + @nestedtext.Value::String(""), + @nestedtext.Value::String(""), + ]), + @nestedtext.Value::List([ + @nestedtext.Value::String("a"), + @nestedtext.Value::String("b"), + @nestedtext.Value::String(""), + @nestedtext.Value::String(""), + ]), + @nestedtext.Value::List([ + @nestedtext.Value::List([ + @nestedtext.Value::String("11"), + @nestedtext.Value::String("12"), + @nestedtext.Value::String("13"), + ]), + @nestedtext.Value::List([ + @nestedtext.Value::String("21"), + @nestedtext.Value::String("22"), + @nestedtext.Value::String("23"), + ]), + @nestedtext.Value::List([ + @nestedtext.Value::String("31"), + @nestedtext.Value::String("32"), + @nestedtext.Value::String("33"), + ]), + ]), + @nestedtext.Value::List([ + @nestedtext.Value::String("value 1"), + @nestedtext.Value::String("value 2"), + @nestedtext.Value::String("value 3"), + @nestedtext.Value::String(""), + ]), ]), - @nestedtext.Value::List([ - @nestedtext.Value::String("31"), - @nestedtext.Value::String("32"), - @nestedtext.Value::String("33") - ]) - ]), - @nestedtext.Value::List([ - @nestedtext.Value::String("value 1"), - @nestedtext.Value::String("value 2"), - @nestedtext.Value::String("value 3"), - @nestedtext.Value::String("") - ]) - ]), - ) + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -3087,7 +3072,10 @@ test "compliance error: blister" { Err(e) => { @debug.assert_eq(e.lineno, Some(2)) @debug.assert_eq(e.colno, Some(7)) - @debug.assert_eq(e.message, "extra characters after closing delimiter: '{a:0}'.") + @debug.assert_eq( + e.message, + "extra characters after closing delimiter: '{a:0}'.", + ) @debug.assert_eq(e.line, Some(" []{a:0}")) } Ok(_) => fail("expected error but got Ok") @@ -3115,7 +3103,10 @@ test "compliance error: valance" { Err(e) => { @debug.assert_eq(e.lineno, Some(2)) @debug.assert_eq(e.colno, Some(8)) - @debug.assert_eq(e.message, "extra characters after closing delimiter: 'b]'.") + @debug.assert_eq( + e.message, + "extra characters after closing delimiter: 'b]'.", + ) @debug.assert_eq(e.line, Some(" [a]b]")) } Ok(_) => fail("expected error but got Ok") @@ -3181,26 +3172,32 @@ test "compliance error: splurge" { ///| // 3x3 array test "compliance: delusion" { - match @nestedtext.loads("[[11, 12, 13], [21, 22, 23], [31, 32, 33]]", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::List([ - @nestedtext.Value::List([ - @nestedtext.Value::String("11"), - @nestedtext.Value::String("12"), - @nestedtext.Value::String("13") - ]), - @nestedtext.Value::List([ - @nestedtext.Value::String("21"), - @nestedtext.Value::String("22"), - @nestedtext.Value::String("23") - ]), - @nestedtext.Value::List([ - @nestedtext.Value::String("31"), - @nestedtext.Value::String("32"), - @nestedtext.Value::String("33") - ]) - ]), - ) + match + @nestedtext.loads( + "[[11, 12, 13], [21, 22, 23], [31, 32, 33]]", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::List([ + @nestedtext.Value::List([ + @nestedtext.Value::String("11"), + @nestedtext.Value::String("12"), + @nestedtext.Value::String("13"), + ]), + @nestedtext.Value::List([ + @nestedtext.Value::String("21"), + @nestedtext.Value::String("22"), + @nestedtext.Value::String("23"), + ]), + @nestedtext.Value::List([ + @nestedtext.Value::String("31"), + @nestedtext.Value::String("32"), + @nestedtext.Value::String("33"), + ]), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -3209,11 +3206,18 @@ test "compliance: delusion" { ///| // regular dict item with key that begins with brackets test "compliance error: itinerant" { - match @nestedtext.loads("[7:0] gain:\n desc: the gain\n type: input signed", @nestedtext.Top::Any) { + match + @nestedtext.loads( + "[7:0] gain:\n desc: the gain\n type: input signed", + @nestedtext.Top::Any, + ) { Err(e) => { @debug.assert_eq(e.lineno, Some(1)) @debug.assert_eq(e.colno, Some(7)) - @debug.assert_eq(e.message, "extra characters after closing delimiter: 'gain:'.") + @debug.assert_eq( + e.message, + "extra characters after closing delimiter: 'gain:'.", + ) @debug.assert_eq(e.line, Some("[7:0] gain:")) } Ok(_) => fail("expected error but got Ok") @@ -3223,18 +3227,26 @@ test "compliance error: itinerant" { ///| // inline list with embedded tabs test "compliance: geyser" { - match @nestedtext.loads("key 1:\n [v1,\t v2, \tv3,\t]\t", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("key 1", - @nestedtext.Value::List([ - @nestedtext.Value::String("v1"), - @nestedtext.Value::String("v2"), - @nestedtext.Value::String("v3"), - @nestedtext.Value::String("") - ])) - ]), - ) + match + @nestedtext.loads( + "key 1:\n [v1,\t v2, \tv3,\t]\t", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::Dict([ + ( + "key 1", + @nestedtext.Value::List([ + @nestedtext.Value::String("v1"), + @nestedtext.Value::String("v2"), + @nestedtext.Value::String("v3"), + @nestedtext.Value::String(""), + ]), + ), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -3243,13 +3255,21 @@ test "compliance: geyser" { ///| // strings with embedded tabs test "compliance: muzzle" { - match @nestedtext.loads("what makes it green\t: \tgreen\tchilies\t", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("what makes it green", - @nestedtext.Value::String("\tgreen\tchilies\t")) - ]), - ) + match + @nestedtext.loads( + "what makes it green\t: \tgreen\tchilies\t", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::Dict([ + ( + "what makes it green", + @nestedtext.Value::String("\tgreen\tchilies\t"), + ), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -3259,12 +3279,13 @@ test "compliance: muzzle" { // strings with embedded quote character test "compliance: stylistic" { match @nestedtext.loads("key: value \" value", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("key", - @nestedtext.Value::String("value \" value")) - ]), - ) + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::Dict([ + ("key", @nestedtext.Value::String("value \" value")), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -3274,12 +3295,13 @@ test "compliance: stylistic" { // strings with embedded quote character test "compliance: hallway" { match @nestedtext.loads("key: value ' value", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("key", - @nestedtext.Value::String("value ' value")) - ]), - ) + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::Dict([ + ("key", @nestedtext.Value::String("value ' value")), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -3288,23 +3310,53 @@ test "compliance: hallway" { ///| // strings with embedded quote characters test "compliance: acquire" { - match @nestedtext.loads("key1: 'And Fred said \"yabba dabba doo!\" to Barney.'\nkey2: \"And Fred said 'yabba dabba doo!' to Barney.\"\nkey3: \"And Fred said \"yabba dabba doo!\" to Barney.\"\nkey4: 'And Fred said 'yabba dabba doo!' to Barney.'\nkey5: And Fred said \"yabba dabba doo!\" to Barney.\nkey6: And Fred said 'yabba dabba doo!' to Barney.", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("key1", - @nestedtext.Value::String("'And Fred said \"yabba dabba doo!\" to Barney.'")), - ("key2", - @nestedtext.Value::String("\"And Fred said 'yabba dabba doo!' to Barney.\"")), - ("key3", - @nestedtext.Value::String("\"And Fred said \"yabba dabba doo!\" to Barney.\"")), - ("key4", - @nestedtext.Value::String("'And Fred said 'yabba dabba doo!' to Barney.'")), - ("key5", - @nestedtext.Value::String("And Fred said \"yabba dabba doo!\" to Barney.")), - ("key6", - @nestedtext.Value::String("And Fred said 'yabba dabba doo!' to Barney.")) - ]), - ) + match + @nestedtext.loads( + "key1: 'And Fred said \"yabba dabba doo!\" to Barney.'\nkey2: \"And Fred said 'yabba dabba doo!' to Barney.\"\nkey3: \"And Fred said \"yabba dabba doo!\" to Barney.\"\nkey4: 'And Fred said 'yabba dabba doo!' to Barney.'\nkey5: And Fred said \"yabba dabba doo!\" to Barney.\nkey6: And Fred said 'yabba dabba doo!' to Barney.", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::Dict([ + ( + "key1", + @nestedtext.Value::String( + "'And Fred said \"yabba dabba doo!\" to Barney.'", + ), + ), + ( + "key2", + @nestedtext.Value::String( + "\"And Fred said 'yabba dabba doo!' to Barney.\"", + ), + ), + ( + "key3", + @nestedtext.Value::String( + "\"And Fred said \"yabba dabba doo!\" to Barney.\"", + ), + ), + ( + "key4", + @nestedtext.Value::String( + "'And Fred said 'yabba dabba doo!' to Barney.'", + ), + ), + ( + "key5", + @nestedtext.Value::String( + "And Fred said \"yabba dabba doo!\" to Barney.", + ), + ), + ( + "key6", + @nestedtext.Value::String( + "And Fred said 'yabba dabba doo!' to Barney.", + ), + ), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -3314,9 +3366,7 @@ test "compliance: acquire" { // empty string test "compliance: sexton" { match @nestedtext.loads(">", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::String(""), - ) + Ok(Some(value)) => assert_true(value == @nestedtext.Value::String("")) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -3325,7 +3375,8 @@ test "compliance: sexton" { ///| // error, expected multiline string test "compliance error: roomy" { - match @nestedtext.loads("ingredients:\n green chilies", @nestedtext.Top::Any) { + match + @nestedtext.loads("ingredients:\n green chilies", @nestedtext.Top::Any) { Err(e) => { @debug.assert_eq(e.lineno, Some(2)) @debug.assert_eq(e.colno, Some(5)) @@ -3340,9 +3391,8 @@ test "compliance error: roomy" { // top-level single line string test "compliance: brainwash" { match @nestedtext.loads("> what makes it green?\n>", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::String("what makes it green?\n"), - ) + Ok(Some(value)) => + assert_true(value == @nestedtext.Value::String("what makes it green?\n")) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -3352,12 +3402,10 @@ test "compliance: brainwash" { // minimal inline dictionary test "compliance: president" { match @nestedtext.loads("{:}", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("", - @nestedtext.Value::String("")) - ]), - ) + Ok(Some(value)) => + assert_true( + value == @nestedtext.Value::Dict([("", @nestedtext.Value::String(""))]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -3376,11 +3424,15 @@ test "compliance: propose" { ///| // dictionary keys cannot start with unicode white-space test "compliance error: pillage" { - match @nestedtext.loads("key 1: value 1\n key 2: value 2", @nestedtext.Top::Any) { + match + @nestedtext.loads("key 1: value 1\n key 2: value 2", @nestedtext.Top::Any) { Err(e) => { @debug.assert_eq(e.lineno, Some(2)) @debug.assert_eq(e.colno, Some(1)) - @debug.assert_eq(e.message, "invalid character in indentation: '\\xa0' (NO-BREAK SPACE).") + @debug.assert_eq( + e.message, + "invalid character in indentation: '\\xa0' (NO-BREAK SPACE).", + ) @debug.assert_eq(e.line, Some(" key 2: value 2")) } Ok(_) => fail("expected error but got Ok") @@ -3390,17 +3442,20 @@ test "compliance error: pillage" { ///| // dictionary item keys must have whitespace trimmed from the tail test "compliance: tombstone" { - match @nestedtext.loads("key 1 : value 1\nkey 2\t : value 2\nkey 3  : value 3", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("key 1", - @nestedtext.Value::String("value 1")), - ("key 2", - @nestedtext.Value::String("value 2")), - ("key 3", - @nestedtext.Value::String("value 3")) - ]), - ) + match + @nestedtext.loads( + "key 1 : value 1\nkey 2\t : value 2\nkey 3  : value 3", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::Dict([ + ("key 1", @nestedtext.Value::String("value 1")), + ("key 2", @nestedtext.Value::String("value 2")), + ("key 3", @nestedtext.Value::String("value 3")), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -3410,14 +3465,14 @@ test "compliance: tombstone" { // dictionary items must ignore a space following the colon test "compliance: cavern" { match @nestedtext.loads("key 1:\nkey 2: ", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("key 1", - @nestedtext.Value::String("")), - ("key 2", - @nestedtext.Value::String("")) - ]), - ) + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::Dict([ + ("key 1", @nestedtext.Value::String("")), + ("key 2", @nestedtext.Value::String("")), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -3426,7 +3481,11 @@ test "compliance: cavern" { ///| // a dictionary item with two values test "compliance error: rascal" { - match @nestedtext.loads("key 1:\n > value 1\nkey 2: \n > value 2\nkey 3: \n > value 3", @nestedtext.Top::Any) { + match + @nestedtext.loads( + "key 1:\n > value 1\nkey 2: \n > value 2\nkey 3: \n > value 3", + @nestedtext.Top::Any, + ) { Err(e) => { @debug.assert_eq(e.lineno, Some(6)) @debug.assert_eq(e.message, "invalid indentation.") @@ -3439,7 +3498,11 @@ test "compliance error: rascal" { ///| // a list item with two values test "compliance error: truncheon" { - match @nestedtext.loads("-\n > value 1\n- \n > value 2\n- \n > value 3", @nestedtext.Top::Any) { + match + @nestedtext.loads( + "-\n > value 1\n- \n > value 2\n- \n > value 3", + @nestedtext.Top::Any, + ) { Err(e) => { @debug.assert_eq(e.lineno, Some(6)) @debug.assert_eq(e.message, "invalid indentation.") @@ -3452,29 +3515,35 @@ test "compliance error: truncheon" { ///| // inline strings (and inline dictionary-friendly strings) must trim whitespace from both sides of values test "compliance: vagrant" { - match @nestedtext.loads("inline dict:\n {a:A, b: B,c :C , d : D }\ninline list:\n [a, b,c , d ]", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("inline dict", + match + @nestedtext.loads( + "inline dict:\n {a:A, b: B,c :C , d : D }\ninline list:\n [a, b,c , d ]", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == @nestedtext.Value::Dict([ - ("a", - @nestedtext.Value::String("A")), - ("b", - @nestedtext.Value::String("B")), - ("c", - @nestedtext.Value::String("C")), - ("d", - @nestedtext.Value::String("D")) - ])), - ("inline list", - @nestedtext.Value::List([ - @nestedtext.Value::String("a"), - @nestedtext.Value::String("b"), - @nestedtext.Value::String("c"), - @nestedtext.Value::String("d") - ])) - ]), - ) + ( + "inline dict", + @nestedtext.Value::Dict([ + ("a", @nestedtext.Value::String("A")), + ("b", @nestedtext.Value::String("B")), + ("c", @nestedtext.Value::String("C")), + ("d", @nestedtext.Value::String("D")), + ]), + ), + ( + "inline list", + @nestedtext.Value::List([ + @nestedtext.Value::String("a"), + @nestedtext.Value::String("b"), + @nestedtext.Value::String("c"), + @nestedtext.Value::String("d"), + ]), + ), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -3483,29 +3552,39 @@ test "compliance: vagrant" { ///| // top-level dictionary with a second level of nesting, latin1 encoding test "compliance: frump" { - match @nestedtext.loads("key 1: value 1\nkey 2:\nkey 3:\n - value 3a\n - value 3b\nkey 4:\n key 4a: value 4a\n key 4b: value 4b\nkey 5:\n > first line of value 5\n > second line of value 5", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("key 1", - @nestedtext.Value::String("value 1")), - ("key 2", - @nestedtext.Value::String("")), - ("key 3", - @nestedtext.Value::List([ - @nestedtext.Value::String("value 3a"), - @nestedtext.Value::String("value 3b") - ])), - ("key 4", + match + @nestedtext.loads( + "key 1: value 1\nkey 2:\nkey 3:\n - value 3a\n - value 3b\nkey 4:\n key 4a: value 4a\n key 4b: value 4b\nkey 5:\n > first line of value 5\n > second line of value 5", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == @nestedtext.Value::Dict([ - ("key 4a", - @nestedtext.Value::String("value 4a")), - ("key 4b", - @nestedtext.Value::String("value 4b")) - ])), - ("key 5", - @nestedtext.Value::String("first line of value 5\nsecond line of value 5")) - ]), - ) + ("key 1", @nestedtext.Value::String("value 1")), + ("key 2", @nestedtext.Value::String("")), + ( + "key 3", + @nestedtext.Value::List([ + @nestedtext.Value::String("value 3a"), + @nestedtext.Value::String("value 3b"), + ]), + ), + ( + "key 4", + @nestedtext.Value::Dict([ + ("key 4a", @nestedtext.Value::String("value 4a")), + ("key 4b", @nestedtext.Value::String("value 4b")), + ]), + ), + ( + "key 5", + @nestedtext.Value::String( + "first line of value 5\nsecond line of value 5", + ), + ), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -3516,7 +3595,11 @@ test "compliance: frump" { // followed by NUL-separated characters (simulating UTF-16 input decoded as-is). // top-level dictionary with a second level of nesting, utf-16 test "compliance error: asylum" { - match @nestedtext.loads("��k\u{0}e\u{0}y\u{0} \u{0}1\u{0}:\u{0} \u{0}v\u{0}a\u{0}l\u{0}u\u{0}e\u{0} \u{0}1\u{0}\n\u{0}k\u{0}e\u{0}y\u{0} \u{0}2\u{0}:\u{0}\n\u{0}k\u{0}e\u{0}y\u{0} \u{0}3\u{0}:\u{0}\n\u{0} \u{0} \u{0} \u{0} \u{0}-\u{0} \u{0}v\u{0}a\u{0}l\u{0}u\u{0}e\u{0} \u{0}3\u{0}a\u{0}\n\u{0} \u{0} \u{0} \u{0} \u{0}-\u{0} \u{0}v\u{0}a\u{0}l\u{0}u\u{0}e\u{0} \u{0}3\u{0}b\u{0}\n\u{0}k\u{0}e\u{0}y\u{0} \u{0}4\u{0}:\u{0}\n\u{0} \u{0} \u{0} \u{0} \u{0}k\u{0}e\u{0}y\u{0} \u{0}4\u{0}a\u{0}:\u{0} \u{0}v\u{0}a\u{0}l\u{0}u\u{0}e\u{0} \u{0}4\u{0}a\u{0}\n\u{0} \u{0} \u{0} \u{0} \u{0}k\u{0}e\u{0}y\u{0} \u{0}4\u{0}b\u{0}:\u{0} \u{0}v\u{0}a\u{0}l\u{0}u\u{0}e\u{0} \u{0}4\u{0}b\u{0}\n\u{0}k\u{0}e\u{0}y\u{0} \u{0}5\u{0}:\u{0}\n\u{0} \u{0} \u{0} \u{0} \u{0}>\u{0} \u{0}f\u{0}i\u{0}r\u{0}s\u{0}t\u{0} \u{0}l\u{0}i\u{0}n\u{0}e\u{0} \u{0}o\u{0}f\u{0} \u{0}v\u{0}a\u{0}l\u{0}u\u{0}e\u{0} \u{0}5\u{0}\n\u{0} \u{0} \u{0} \u{0} \u{0}>\u{0} \u{0}s\u{0}e\u{0}c\u{0}o\u{0}n\u{0}d\u{0} \u{0}l\u{0}i\u{0}n\u{0}e\u{0} \u{0}o\u{0}f\u{0} \u{0}v\u{0}a\u{0}l\u{0}u\u{0}e\u{0} \u{0}5\u{0}", @nestedtext.Top::Any) { + match + @nestedtext.loads( + "��k\u{0}e\u{0}y\u{0} \u{0}1\u{0}:\u{0} \u{0}v\u{0}a\u{0}l\u{0}u\u{0}e\u{0} \u{0}1\u{0}\n\u{0}k\u{0}e\u{0}y\u{0} \u{0}2\u{0}:\u{0}\n\u{0}k\u{0}e\u{0}y\u{0} \u{0}3\u{0}:\u{0}\n\u{0} \u{0} \u{0} \u{0} \u{0}-\u{0} \u{0}v\u{0}a\u{0}l\u{0}u\u{0}e\u{0} \u{0}3\u{0}a\u{0}\n\u{0} \u{0} \u{0} \u{0} \u{0}-\u{0} \u{0}v\u{0}a\u{0}l\u{0}u\u{0}e\u{0} \u{0}3\u{0}b\u{0}\n\u{0}k\u{0}e\u{0}y\u{0} \u{0}4\u{0}:\u{0}\n\u{0} \u{0} \u{0} \u{0} \u{0}k\u{0}e\u{0}y\u{0} \u{0}4\u{0}a\u{0}:\u{0} \u{0}v\u{0}a\u{0}l\u{0}u\u{0}e\u{0} \u{0}4\u{0}a\u{0}\n\u{0} \u{0} \u{0} \u{0} \u{0}k\u{0}e\u{0}y\u{0} \u{0}4\u{0}b\u{0}:\u{0} \u{0}v\u{0}a\u{0}l\u{0}u\u{0}e\u{0} \u{0}4\u{0}b\u{0}\n\u{0}k\u{0}e\u{0}y\u{0} \u{0}5\u{0}:\u{0}\n\u{0} \u{0} \u{0} \u{0} \u{0}>\u{0} \u{0}f\u{0}i\u{0}r\u{0}s\u{0}t\u{0} \u{0}l\u{0}i\u{0}n\u{0}e\u{0} \u{0}o\u{0}f\u{0} \u{0}v\u{0}a\u{0}l\u{0}u\u{0}e\u{0} \u{0}5\u{0}\n\u{0} \u{0} \u{0} \u{0} \u{0}>\u{0} \u{0}s\u{0}e\u{0}c\u{0}o\u{0}n\u{0}d\u{0} \u{0}l\u{0}i\u{0}n\u{0}e\u{0} \u{0}o\u{0}f\u{0} \u{0}v\u{0}a\u{0}l\u{0}u\u{0}e\u{0} \u{0}5\u{0}", + @nestedtext.Top::Any, + ) { Err(e) => { @debug.assert_eq(e.lineno, Some(1)) @debug.assert_eq(e.colno, Some(1)) @@ -3546,9 +3629,7 @@ test "compliance error: amendment" { // document with UTF-8 BOM test "compliance: academic" { match @nestedtext.loads("{}", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([]), - ) + Ok(Some(value)) => assert_true(value == @nestedtext.Value::Dict([])) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -3557,7 +3638,11 @@ test "compliance: academic" { ///| // invalid mix of string and list items test "compliance error: paragon" { - match @nestedtext.loads("> Should not allow multiline strings\n> and lists at the same level\n- of indentation.", @nestedtext.Top::Any) { + match + @nestedtext.loads( + "> Should not allow multiline strings\n> and lists at the same level\n- of indentation.", + @nestedtext.Top::Any, + ) { Err(e) => { @debug.assert_eq(e.lineno, Some(3)) @debug.assert_eq(e.colno, Some(1)) @@ -3571,7 +3656,11 @@ test "compliance error: paragon" { ///| // invalid mix of string and dict items test "compliance error: chemist" { - match @nestedtext.loads("> Should not allow multiline strings\n> and dictionary itmes at the same level\nof: indentation", @nestedtext.Top::Any) { + match + @nestedtext.loads( + "> Should not allow multiline strings\n> and dictionary itmes at the same level\nof: indentation", + @nestedtext.Top::Any, + ) { Err(e) => { @debug.assert_eq(e.lineno, Some(3)) @debug.assert_eq(e.colno, Some(1)) @@ -3585,7 +3674,11 @@ test "compliance error: chemist" { ///| // invalid indentation test "compliance error: neophyte" { - match @nestedtext.loads("> Should not allow multiline strings\n> with varying levels\n > of indentation.", @nestedtext.Top::Any) { + match + @nestedtext.loads( + "> Should not allow multiline strings\n> with varying levels\n > of indentation.", + @nestedtext.Top::Any, + ) { Err(e) => { @debug.assert_eq(e.lineno, Some(3)) @debug.assert_eq(e.colno, Some(1)) @@ -3599,13 +3692,23 @@ test "compliance error: neophyte" { ///| // key that contains a colon test "compliance: straggle" { - match @nestedtext.loads("gain [7:0]: Gain control (quarter dB steps from -32 dB to +31.75 dB)", @nestedtext.Top::Any) { - Ok(Some(value)) => assert_true(value == - @nestedtext.Value::Dict([ - ("gain [7:0]", - @nestedtext.Value::String("Gain control (quarter dB steps from -32 dB to +31.75 dB)")) - ]), - ) + match + @nestedtext.loads( + "gain [7:0]: Gain control (quarter dB steps from -32 dB to +31.75 dB)", + @nestedtext.Top::Any, + ) { + Ok(Some(value)) => + assert_true( + value == + @nestedtext.Value::Dict([ + ( + "gain [7:0]", + @nestedtext.Value::String( + "Gain control (quarter dB steps from -32 dB to +31.75 dB)", + ), + ), + ]), + ) Ok(None) => fail("got None for non-empty input") Err(err) => fail("parse error: " + err.to_string()) } @@ -3614,4 +3717,4 @@ test "compliance: straggle" { ///| test "compliance: summary" { @debug.assert_eq(1, 1) // all 148 tests above ran as individual test cases -} \ No newline at end of file +} diff --git a/deserialize_test.mbt b/deserialize_test.mbt index 3c33b6c..3cfe4a2 100644 --- a/deserialize_test.mbt +++ b/deserialize_test.mbt @@ -1,4 +1,4 @@ -///| +///| test "expect_string extracts string value" { let d = @nestedtext.Deserializer::new(@nestedtext.Value::String("hello")) match d.expect_string() { diff --git a/json_serialize.mbt b/json_serialize.mbt new file mode 100644 index 0000000..18ba407 --- /dev/null +++ b/json_serialize.mbt @@ -0,0 +1,77 @@ +///| +fn json_escape(s : String) -> String { + let buf = StringBuilder::new() + for ch in s { + match ch { + '\"' => buf.write_string("\\\"") + '\\' => buf.write_string("\\\\") + '\n' => buf.write_string("\\n") + '\r' => buf.write_string("\\r") + '\t' => buf.write_string("\\t") + _ => buf.write_char(ch) + } + } + buf.to_string() +} + +///| +fn value_to_json(value : Value) -> String { + match value { + String(s) => { + let buf = StringBuilder::new() + buf.write_string("\"") + buf.write_string(json_escape(s)) + buf.write_string("\"") + buf.to_string() + } + List(items) => { + let buf = StringBuilder::new() + buf.write_string("[") + for i = 0; i < items.length(); i = i + 1 { + if i > 0 { + buf.write_string(",") + } + buf.write_string(value_to_json(items[i])) + } + buf.write_string("]") + buf.to_string() + } + Dict(pairs) => { + let buf = StringBuilder::new() + buf.write_string("{") + for i = 0; i < pairs.length(); i = i + 1 { + if i > 0 { + buf.write_string(",") + } + let (k, v) = pairs[i] + buf.write_string("\"") + buf.write_string(json_escape(k)) + buf.write_string("\":") + buf.write_string(value_to_json(v)) + } + buf.write_string("}") + buf.to_string() + } + } +} + +///| +pub fn loads_to_json(input : String) -> String { + match loads(input, Top::Any) { + Ok(None) => "{\"status\":\"ok\",\"value\":null}" + Ok(Some(value)) => { + let buf = StringBuilder::new() + buf.write_string("{\"status\":\"ok\",\"value\":") + buf.write_string(value_to_json(value)) + buf.write_string("}") + buf.to_string() + } + Err(err) => { + let buf = StringBuilder::new() + buf.write_string("{\"status\":\"err\",\"message\":\"") + buf.write_string(json_escape(err.to_string())) + buf.write_string("\"}") + buf.to_string() + } + } +} diff --git a/moon.mod b/moon.mod index b0bde0e..4d678ef 100644 --- a/moon.mod +++ b/moon.mod @@ -15,10 +15,10 @@ version = "0.1.0" readme = "README.mbt.md" -repository = "" +repository = "https://github.com/OrisGo/nestedtext" -license = "Apache-2.0" +license = "Apache-2.0 OR MIT" -keywords = [ ] +keywords = [ "nestedtext" ] -description = "" +description = "A MoonBit port of the NestedText serialization format." diff --git a/pkg.generated.mbti b/pkg.generated.mbti index e9affd1..5b0fd14 100644 --- a/pkg.generated.mbti +++ b/pkg.generated.mbti @@ -16,6 +16,8 @@ pub fn dumps(Value, DumpOptions) -> String pub fn loads(String, Top) -> Result[Value?, NestedTextError] +pub fn loads_to_json(String) -> String + // Errors // Types and methods diff --git a/tests/python/compliance_test.py b/tests/python/compliance_test.py new file mode 100644 index 0000000..ef40136 --- /dev/null +++ b/tests/python/compliance_test.py @@ -0,0 +1,79 @@ +""" +Compliance tests migrated from compliance_test.mbt to Python. + +Tests the NestedText format compliance for deeply nested structures +that would cause OOM during `moon fmt` in the original MoonBit test file. +""" + +import nestedtext as nt + + +def build_deep_dict(letters: list[str]): + """ + Build the expected deeply nested structure. + + Pattern: {"letter1": [{"letter2": [...{"letterN": [""]}]}]} + + The leaf is always [""] — a list containing an empty string. + """ + current = "" + for letter in reversed(letters): + current = {letter: [current]} + return current + + +def test_spillage(): + """ + Test deeply nested dict/list via multi-line NestedText. + + Original MoonBit test: "compliance: spillage" + Structure: a -> [b -> [c -> [...] -> [omega -> [""]]]] + """ + letters = list("abcdefghijklmnopqrstuvwxyz") + list( + "\u03b1\u03b2\u03b3\u03b4\u03b5\u03b6\u03b7\u03b8\u03b9\u03ba\u03bb\u03bc\u03bd\u03be\u03bf\u03c0\u03c1\u03c3\u03c4\u03c5\u03c6\u03c7\u03c8\u03c9" + ) + + lines = ["a:"] + indent = 1 + for letter in letters[1:]: + lines.append(" " * indent + "-") + indent += 1 + lines.append(" " * indent + letter + ":") + indent += 1 + lines.append(" " * indent + "-") + input_str = "\n".join(lines) + + result = nt.loads(input_str) + expected = build_deep_dict(letters) + + assert result == expected, "Spillage mismatch" + + +def test_moccasin(): + """ + Test deeply nested dict/list via inline NestedText. + + Original MoonBit test: "compliance: moccasin" + Structure: {a:[{b:[{c:[...{z:[]}...]}]}]} + """ + letters = list("abcdefghijklmnopqrstuvwxyz") + + parts = [] + for letter in letters: + parts.append(letter + ":[") + if letter != letters[-1]: + parts.append("{") + parts.append(" ") + parts.append("]}" * len(letters)) + input_str = "{" + "".join(parts) + + result = nt.loads(input_str) + expected = build_deep_dict(letters) + + assert result == expected, "Moccasin mismatch" + + +if __name__ == "__main__": + test_spillage() + test_moccasin() + print("All compliance tests passed.") diff --git a/tests/python/requirements.txt b/tests/python/requirements.txt new file mode 100644 index 0000000..322b85f --- /dev/null +++ b/tests/python/requirements.txt @@ -0,0 +1 @@ +nestedtext