Marcos Paulo
aeac86ddd2
.base model (filters, formulas, properties, views; unknown keys kept in order; limits and invalid-value errors), evaluator with the D5 type rules, lazy if and boolean operators, memoised formulas with cycle errors, depth cap 200, string/number/object/list/date/link/file/regexp functions with lambdas (regex through notescraft-regex), and the map model (Web Mercator, tile ids, viewport tiles, grid clustering, coordinate and colour parsing, OSM attribution constants; Paris z10 is tile 518/352). Bases tasks 2, 5, 6 (Claude Sonnet) and 8 (MiniMax M3.1 Flash, OpenCode Zen free route). Verified: notescraft-bases suites all pass, clippy -D warnings, xtask layers and tree clean. Known gaps: toFixed rounds ties to even, list.unique is quadratic. Co-Authored-By: Claude Sonnet 5.5 <noreply@anthropic.com>
72 lines
2.8 KiB
Rust
72 lines
2.8 KiB
Rust
//! Date fields and methods.
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mod common;
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use common::{NOW, TestRow, cases, ev, is_error, n, run, s};
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use notescraft_bases::Value;
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#[test]
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fn date_fields() {
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let d = "date(\"2024-12-31 23:59:58.250\")";
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for (field, want) in [("year", 2024.0), ("month", 12.0), ("day", 31.0), ("hour", 23.0), ("minute", 59.0), ("second", 58.0), ("millisecond", 250.0)] {
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assert_eq!(ev(&format!("{d}.{field}")), n(want), "{field}");
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}
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assert!(is_error(&ev(&format!("{d}.nosuch"))));
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assert_eq!(ev("null.year"), Value::Null);
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}
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#[test]
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fn date_methods() {
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cases(&[
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("now().date().format(\"YYYY-MM-DD HH:mm:ss\")", s("2024-12-01 00:00:00")),
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("now().time()", s("12:00:00")),
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("date(\"2025-05-27\").format(\"YYYY-MM-DD\")", s("2025-05-27")),
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("date(\"2025-05-27 14:05:09\").format(\"HH:mm:ss\")", s("14:05:09")),
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("date(\"2025-05-27\").time()", s("00:00:00")),
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("date(\"2025-05-27\").format(\"dddd, MMMM Do YYYY\")", s("Tuesday, May 27th 2025")),
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("date(\"2025-05-01\").format(\"ddd MMM D YY\")", s("Thu May 1 25")),
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("date(\"2025-05-02\").format(\"[Year] YYYY\")", s("Year 2025")),
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("date(\"1970-01-01\").format(\"d dddd\")", s("4 Thursday")),
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("date(\"1969-12-31\").format(\"dddd\")", s("Wednesday")),
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("date(\"2025-05-27 00:30:00\").format(\"h:mm A\")", s("12:30 AM")),
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("date(\"2025-05-27 15:30:00\").format(\"hh:mm a\")", s("03:30 pm")),
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("date(\"2025-05-27 15:30:00.007\").format(\"ss.SSS\")", s("00.007")),
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("date(\"2025-05-27\").format(\"[open\")", s("[open")),
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("date(\"2025-05-27\").format(\"\")", s("")),
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("date(\"2025-05-27\").isEmpty()", Value::Bool(false)),
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("null.format(\"YYYY\")", Value::Null),
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("date(\"2025-05-27 04:03:00\").date().toString()", s("2025-05-27")),
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]);
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for src in ["date(\"2025-05-27\").format(1)", "date(\"2025-05-27\").format()", "date(\"2025-05-27\").time(1)", "date(\"2025-05-27\").nosuch()"] {
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assert!(is_error(&ev(src)), "{src}");
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}
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}
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#[test]
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fn relative_reads_like_moment() {
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let ago = |ms: i64| {
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run(
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"file.mtime.relative()",
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&{
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let mut r = TestRow::new("a.md");
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r.mtime = NOW - ms;
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r
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},
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&[],
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None,
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None,
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)
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};
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let day = 86_400_000;
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assert_eq!(ago(3 * day), s("3 days ago"));
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assert_eq!(ago(day), s("a day ago"));
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assert_eq!(ago(10_000), s("a few seconds ago"));
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assert_eq!(ago(5 * 60_000), s("5 minutes ago"));
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assert_eq!(ago(3 * 3_600_000), s("3 hours ago"));
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assert_eq!(ago(60 * day), s("2 months ago"));
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assert_eq!(ago(30 * day), s("a month ago"));
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assert_eq!(ago(800 * day), s("2 years ago"));
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assert_eq!(ago(-2 * day), s("in 2 days"));
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assert_eq!(ago(-3 * 3_600_000), s("in 3 hours"));
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}
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