nKnots : UInt16– Number of control knots in this contour set.flags : StaticCoordFlag ^ nKnots– Flag array.xData, yData : Bytes– Compressed X and Y coordinate data, driven by flags.
| "use esnext"; | |
| const version = '3.0.0-alpha.2' | |
| const shapes = { | |
| '': ['Default', '', false, true], | |
| slab: ['Slab', 'Slab', true, true], | |
| curly: ['Curly', 'Curly', false, true], | |
| 'curly-slab': ['Curly Slab', 'Curly Slab', true, true], | |
| ss01: ['Andale Mono Style', 'SS01'], |
| // Algebra 1 | |
| interface ExprAlg1<E> { | |
| lit(x: number): E; | |
| add(a: E, b: E): E; | |
| } | |
| const Eval: ExprAlg1<number> = { | |
| lit: x => x, | |
| add: (a, b) => a + b | |
| }; | |
| interface Expr1 extends Expr2 { |
Assembly Alternatives Table (ASMB) defines the mechanism for complex justification, including Kashida. The principle is to associate assembly alternative lists to current glyphs. An assembly alternative list will have multiple glyph assemblies, being a glyph list with optional stretchable parts.
The table follows the structure of GSUB and GPOS. Listing lookups only.
subtableFormat: UInt16: Format identifier: format = 1coverage: Offset16 Coverage: Offset to Coverage table, from beginning of this subtable.
- The next font format (OpenType 2?) should support > 64K glyphs in one font.
- GID will be 32-bit.
- A “subset” table would be present to support legacy APIs that expect GID being 16-bit. It is a bijection between 16-bit “Legacy GID” and 32-bit “Real GID”.
- Legacy API implementations should reject “OT2” fonts if the subset table is absent – which means this font is designed exclusively for new API.
- A
STAT-like mechanism will be used to “break down” an “OT2” font into a family of legacy-API-aware fonts. - When processing in legacy software…
- TTF component references – if still supported – will reference to Real GID rather than Legacy GID.
CMAP,GSUB,COLR,SVGentries involving glyphs outside the down-level subset will be ignored.
-
JavaScript: Hand-written JavaScript.
-
Idris-codegen-es: Idris 1.0 with idris-codegen-es.
-
Idris (Official JS): Idris 1.0 with official JavaScript Codegen.
-
PureScript: Using Latest PureScript.
-
PureScript (Uncurried): Latest PureScript with
Data.Function.Uncurry. -
Idris (C): Idris 1.0 with C codegen on Windows x64.
-
C: Hand-written JavaScript, compiled with gcc 6.2.0, with Win64 settings and
-O3.
| // The official JS backend uses setTimeout somehow | |
| // The i$RUN has been modified | |
| var i$bigInt = (function () { | |
| // Copyright (c) 2005 Tom Wu | |
| // All Rights Reserved. | |
| // See "LICENSE" for details. | |
| // Basic JavaScript BN library - subset useful for RSA encryption. |
| "use esnext"; | |
| const code = `extract : (a -> Bool) -> List a -> Maybe (a, List a) | |
| extract _ [] = Nothing | |
| extract p (x::xs) with (p x) | |
| | True = Just (x, xs) | |
| | False = do | |
| (y, xs') <- extract p xs | |
| pure (y, x::xs')`; |
| -- Totalscript syntax | |
| Module -> Imports (Access? Declaration | Access Name | Access? OperatorDecl | Definition | Mutual)* | |
| Access -> ("public" | "private") ("definition" | "function" | "lemma" | "theorem")? | |
| Program -> (Declaration | Definition | Mutual)* | |
| Imports -> Import* | |
| Import -> "import" Name* "from" String | |
| OperatorDecl -> "operator" Operator NumberLiteral ("left" | "right" | "none") "=" Access |