dmaax/ladybird
1
0
Fork 0
Code Issues Pull requests Projects Releases Packages Wiki Activity Actions
ladybird/Tests/LibJS/Bytecode/expected/nested-for-loop-completion.txt

46 lines
1 KiB
Text
Raw Permalink Normal View History

LibJS: Store bytecode cache indexes instead of pointers Store compact cache indexes in bytecode instructions instead of raw pointers to the executable cache vectors. This keeps the instruction stream independent from heap addresses and removes pointer fixups when materializing cached bytecode. Resolve the mutable cache pointers at execution time from the current Executable. Bytecode test expectations are updated for the smaller cache operands and resulting instruction offsets.
2026-05-18 08:26:41 -03:00
$7b17d83b nested-for-loop-completion.js:4:1
LibJS: Improve bytecode executable dump format Add a metadata header showing register count, block count, local variable names, and the constants table. Resolve jump targets to block labels (e.g. "block1") instead of raw hex addresses, and add visual separation between basic blocks. Make identifier and property key formatting more concise by using backtick quoting and showing base_identifier as a trailing parenthetical hint that joins the base and property names. Generate a stable name for each executable by hashing the source text it covers (stable across codegen changes). Named functions show as "foo$9beb91ec", anonymous ones as "$43362f3f". Also show the source filename, line, and column.
2026-03-18 19:56:54 -03:00
Registers: 9
Blocks: 8
Constants:
[0] = Int32(4)
[1] = Undefined
[2] = Int32(7)
[3] = Int32(1)
[4] = Int32(0)
[5] = Int32(2)
block0:
LibJS: Drop dead entry GetLexicalEnvironment loads Teach the Rust bytecode generator to treat the synthetic entry GetLexicalEnvironment as a removable prologue load. We still model reg4 as the saved entry lexical environment during codegen, but assemble() now deletes that load when no emitted instruction refers to the saved environment register. This keeps the semantics of unwinding and environment restoration intact while letting empty functions and other simple bodies start at their first real instruction.
2026-04-13 08:16:17 -03:00
[ 0] SetGlobal `n`, src:Int32(4)
LibJS: Store bytecode cache indexes instead of pointers Store compact cache indexes in bytecode instructions instead of raw pointers to the executable cache vectors. This keeps the instruction stream independent from heap addresses and removes pointer fixups when materializing cached bytecode. Resolve the mutable cache pointers at execution time from the current Executable. Bytecode test expectations are updated for the smaller cache operands and resulting instruction offsets.
2026-05-18 08:26:41 -03:00
[ 10] Mov dst:reg5, src:Undefined
[ 20] Jump target:block3
LibJS: Improve bytecode executable dump format Add a metadata header showing register count, block count, local variable names, and the constants table. Resolve jump targets to block labels (e.g. "block1") instead of raw hex addresses, and add visual separation between basic blocks. Make identifier and property key formatting more concise by using backtick quoting and showing base_identifier as a trailing parenthetical hint that joins the base and property names. Generate a stable name for each executable by hashing the source text it covers (stable across codegen changes). Named functions show as "foo$9beb91ec", anonymous ones as "$43362f3f". Also show the source filename, line, and column.
2026-03-18 19:56:54 -03:00
block1:
LibJS: Store bytecode cache indexes instead of pointers Store compact cache indexes in bytecode instructions instead of raw pointers to the executable cache vectors. This keeps the instruction stream independent from heap addresses and removes pointer fixups when materializing cached bytecode. Resolve the mutable cache pointers at execution time from the current Executable. Bytecode test expectations are updated for the smaller cache operands and resulting instruction offsets.
2026-05-18 08:26:41 -03:00
[ 28] SetGlobal `depth`, src:Int32(0)
[ 38] Mov dst:reg6, src:Undefined
[ 48] Jump target:block6
LibJS: Improve bytecode executable dump format Add a metadata header showing register count, block count, local variable names, and the constants table. Resolve jump targets to block labels (e.g. "block1") instead of raw hex addresses, and add visual separation between basic blocks. Make identifier and property key formatting more concise by using backtick quoting and showing base_identifier as a trailing parenthetical hint that joins the base and property names. Generate a stable name for each executable by hashing the source text it covers (stable across codegen changes). Named functions show as "foo$9beb91ec", anonymous ones as "$43362f3f". Also show the source filename, line, and column.
2026-03-18 19:56:54 -03:00
block2:
LibJS: Store bytecode cache indexes instead of pointers Store compact cache indexes in bytecode instructions instead of raw pointers to the executable cache vectors. This keeps the instruction stream independent from heap addresses and removes pointer fixups when materializing cached bytecode. Resolve the mutable cache pointers at execution time from the current Executable. Bytecode test expectations are updated for the smaller cache operands and resulting instruction offsets.
2026-05-18 08:26:41 -03:00
[ 50] GetGlobal dst:reg7, `n`
[ 60] Add dst:reg6, lhs:reg7, rhs:Int32(1)
[ 70] SetGlobal `n`, src:reg6
LibJS: Improve bytecode executable dump format Add a metadata header showing register count, block count, local variable names, and the constants table. Resolve jump targets to block labels (e.g. "block1") instead of raw hex addresses, and add visual separation between basic blocks. Make identifier and property key formatting more concise by using backtick quoting and showing base_identifier as a trailing parenthetical hint that joins the base and property names. Generate a stable name for each executable by hashing the source text it covers (stable across codegen changes). Named functions show as "foo$9beb91ec", anonymous ones as "$43362f3f". Also show the source filename, line, and column.
2026-03-18 19:56:54 -03:00
block3:
LibJS: Store bytecode cache indexes instead of pointers Store compact cache indexes in bytecode instructions instead of raw pointers to the executable cache vectors. This keeps the instruction stream independent from heap addresses and removes pointer fixups when materializing cached bytecode. Resolve the mutable cache pointers at execution time from the current Executable. Bytecode test expectations are updated for the smaller cache operands and resulting instruction offsets.
2026-05-18 08:26:41 -03:00
[ 80] GetGlobal dst:reg6, `n`
[ 90] JumpLessThanEquals lhs:reg6, rhs:Int32(7), true_target:block1, false_target:block4
LibJS: Improve bytecode executable dump format Add a metadata header showing register count, block count, local variable names, and the constants table. Resolve jump targets to block labels (e.g. "block1") instead of raw hex addresses, and add visual separation between basic blocks. Make identifier and property key formatting more concise by using backtick quoting and showing base_identifier as a trailing parenthetical hint that joins the base and property names. Generate a stable name for each executable by hashing the source text it covers (stable across codegen changes). Named functions show as "foo$9beb91ec", anonymous ones as "$43362f3f". Also show the source filename, line, and column.
2026-03-18 19:56:54 -03:00
block4:
LibJS: Store bytecode cache indexes instead of pointers Store compact cache indexes in bytecode instructions instead of raw pointers to the executable cache vectors. This keeps the instruction stream independent from heap addresses and removes pointer fixups when materializing cached bytecode. Resolve the mutable cache pointers at execution time from the current Executable. Bytecode test expectations are updated for the smaller cache operands and resulting instruction offsets.
2026-05-18 08:26:41 -03:00
[ a8] End value:reg5
LibJS: Improve bytecode executable dump format Add a metadata header showing register count, block count, local variable names, and the constants table. Resolve jump targets to block labels (e.g. "block1") instead of raw hex addresses, and add visual separation between basic blocks. Make identifier and property key formatting more concise by using backtick quoting and showing base_identifier as a trailing parenthetical hint that joins the base and property names. Generate a stable name for each executable by hashing the source text it covers (stable across codegen changes). Named functions show as "foo$9beb91ec", anonymous ones as "$43362f3f". Also show the source filename, line, and column.
2026-03-18 19:56:54 -03:00
block5:
LibJS: Store bytecode cache indexes instead of pointers Store compact cache indexes in bytecode instructions instead of raw pointers to the executable cache vectors. This keeps the instruction stream independent from heap addresses and removes pointer fixups when materializing cached bytecode. Resolve the mutable cache pointers at execution time from the current Executable. Bytecode test expectations are updated for the smaller cache operands and resulting instruction offsets.
2026-05-18 08:26:41 -03:00
[ b0] GetGlobal dst:reg8, `depth`
[ c0] Add dst:reg7, lhs:reg8, rhs:Int32(2)
[ d0] SetGlobal `depth`, src:reg7
LibJS: Improve bytecode executable dump format Add a metadata header showing register count, block count, local variable names, and the constants table. Resolve jump targets to block labels (e.g. "block1") instead of raw hex addresses, and add visual separation between basic blocks. Make identifier and property key formatting more concise by using backtick quoting and showing base_identifier as a trailing parenthetical hint that joins the base and property names. Generate a stable name for each executable by hashing the source text it covers (stable across codegen changes). Named functions show as "foo$9beb91ec", anonymous ones as "$43362f3f". Also show the source filename, line, and column.
2026-03-18 19:56:54 -03:00
block6:
LibJS: Store bytecode cache indexes instead of pointers Store compact cache indexes in bytecode instructions instead of raw pointers to the executable cache vectors. This keeps the instruction stream independent from heap addresses and removes pointer fixups when materializing cached bytecode. Resolve the mutable cache pointers at execution time from the current Executable. Bytecode test expectations are updated for the smaller cache operands and resulting instruction offsets.
2026-05-18 08:26:41 -03:00
[ e0] GetGlobal dst:reg7, `depth`
[ f0] JumpLessThanEquals lhs:reg7, rhs:Int32(0), true_target:block5, false_target:block7
LibJS: Improve bytecode executable dump format Add a metadata header showing register count, block count, local variable names, and the constants table. Resolve jump targets to block labels (e.g. "block1") instead of raw hex addresses, and add visual separation between basic blocks. Make identifier and property key formatting more concise by using backtick quoting and showing base_identifier as a trailing parenthetical hint that joins the base and property names. Generate a stable name for each executable by hashing the source text it covers (stable across codegen changes). Named functions show as "foo$9beb91ec", anonymous ones as "$43362f3f". Also show the source filename, line, and column.
2026-03-18 19:56:54 -03:00
block7:
LibJS: Store bytecode cache indexes instead of pointers Store compact cache indexes in bytecode instructions instead of raw pointers to the executable cache vectors. This keeps the instruction stream independent from heap addresses and removes pointer fixups when materializing cached bytecode. Resolve the mutable cache pointers at execution time from the current Executable. Bytecode test expectations are updated for the smaller cache operands and resulting instruction offsets.
2026-05-18 08:26:41 -03:00
[ 108] Mov dst:reg5, src:reg6
[ 118] Jump target:block2
Reference in a new issue Copy permalink