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Better support for big-endian systems

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Karol Stasiak
2019-07-29 22:51:08 +02:00
parent dd4cb17a80
commit b68e4b67c8
20 changed files with 196 additions and 76 deletions
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docs/lang/literals.md
+6 -4
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@@ -109,14 +109,16 @@ An array is initialized with either:
* (only byte arrays) a format, followed by an array initializer:
* `@word` (=`@word_le`): for every term of the array initializer, emit two bytes, first being the low byte of the value, second being the high byte:
`@word [$1122]` is equivalent to `[$22, $11]`
* `@word_le`: for every term of the array initializer, emit two bytes, first being the low byte of the value, second being the high byte:
`@word_le [$1122]` is equivalent to `[$22, $11]`
* `@word_be` – like the above, but opposite:
`@word_be [$1122]` is equivalent to `[$11, $22]`
* `@long` (=`@long_le`), `@long_be`: similar, but with four bytes
`@long [$11223344]` is equivalent to `[$44, $33, $22, $11]`
* `@word`: equivalent to `@word_le` on little-endian architectures and `@word_be` on big-endian architectures
* `@long`, `@long_le`, `@long_be`: similar, but with four bytes
`@long_le [$11223344]` is equivalent to `[$44, $33, $22, $11]`
`@long_be [$11223344]` is equivalent to `[$11, $22, $33, $44]`
* `@struct`: every term of the initializer is interpreted as a struct constructor (see below)