| /wasmtime-44.0.1/cranelift/bforest/src/ |
| H A D | pool.rs | 138 let upper = keys.get(i).cloned().or(rkey); in verify_tree() localVariable 141 if let (Some(a), Some(b)) = (lower, upper) { in verify_tree() 154 todo.push((lower, tree[i], upper)); in verify_tree() 157 lower = upper; in verify_tree() 179 let upper = keys.get(i).cloned().or(rkey); in verify_tree() localVariable 182 if let (Some(a), Some(b)) = (lower, upper) { in verify_tree() 200 lower = upper; in verify_tree()
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| /wasmtime-44.0.1/cranelift/filetests/filetests/runtests/ |
| H A D | issue-10906.clif | 2 ;; sure to zero out the upper bits before inserting the `i16` into the lowest
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| H A D | br_table.clif | 112 ; The riscv64 backend was failing to clear the upper half of the
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| H A D | integer-minmax.clif | 146 ; make sure that upper/uninitialized parts of operand registers do not leak
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| /wasmtime-44.0.1/crates/wasi/src/p3/filesystem/ |
| H A D | mod.rs | 227 crate::filesystem::MetadataHashValue { lower, upper }: crate::filesystem::MetadataHashValue, 229 Self { lower, upper }
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| /wasmtime-44.0.1/crates/wasi/src/ |
| H A D | filesystem.rs | 324 pub upper: u64, field 348 let upper = lower ^ 4614256656552045848u64; in from() localVariable 349 Self { lower, upper } in from() 639 MetadataHashValue::from(&meta_a).upper, in is_same_object() 640 MetadataHashValue::from(&meta_b).upper, in is_same_object()
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| /wasmtime-44.0.1/cranelift/codegen/src/isa/x64/ |
| H A D | lower.isle | 2087 ;; flipping the upper bit works. 2113 ;; `pcmpgt` for why flipping the upper bit works. 2229 ;; on the CC provided for the upper/lower halves. 2281 (x64_cmpq_mi_sxb upper 64) 2282 (cmove $I64 (CC.NZ) upper lower)))) 2315 (upper Gpr (x64_add $I64 2321 (cmove $I64 (CC.Z) upper lower)))) 2356 (x64_cmpq_mi_sxb upper 63) 3759 ;; half and one for the upper half. 4807 ;; the upper lanes. [all …]
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| H A D | inst.isle | 1229 ;; opcodes on 32-bits will zero-extend the upper 32-bits, so we can 1269 ;; be a 32-bit operation, will automatically zero the upper 32-bits of the 1922 ;; Note that if `Type` is less than 64-bits then the upper bits of the `imm` 2453 ;; register where the upper bits are from the first operand and the low 2975 ;; the upper bits of the first register and only performs the square root 3163 ;; the upper bit of `xlo` and `ylo` is flipped to change the sign when compared 3168 ;; * if xlo had an upper bit of 0 and ylo had an upper bit of 1, then xlo > ylo 3171 ;; * if xlo had an upper bit of 1 and ylo had an upper bit of 0, then xlo > ylo 3175 ;; Given all that the sequence here is to flip the upper bits of xlo and ylo, 3177 ;; are not equal then the gt result for the upper bits is used. If the upper [all …]
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| /wasmtime-44.0.1/pulley/src/ |
| H A D | regs.rs | 263 fn from(upper: UpperRegSet<R>) -> ScalarBitSet<u16> { in from() 264 upper.bitset in from()
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| /wasmtime-44.0.1/crates/wasi/src/p2/host/filesystem/ |
| H A D | sync.rs | 514 upper: other.upper, in from()
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| /wasmtime-44.0.1/crates/wasi/src/p2/host/ |
| H A D | filesystem.rs | 578 crate::filesystem::MetadataHashValue { lower, upper }: crate::filesystem::MetadataHashValue, 580 Self { lower, upper }
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| /wasmtime-44.0.1/cranelift/entity/src/ |
| H A D | list.rs | 471 let (len, upper) = iterator.size_hint(); in extend() 473 if upper == Some(len) { in extend()
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| /wasmtime-44.0.1/crates/wasi-http/src/p3/ |
| H A D | body.rs | 669 } else if let Some(max) = hint.upper() { in size_hint()
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| /wasmtime-44.0.1/cranelift/codegen/src/isa/aarch64/ |
| H A D | lower.isle | 824 ;; Special cases where the upper bits are sign-or-zero extended of the lower bits 1242 ;; Atomic loads will also automatically zero their upper bits so the `uextend` 1249 ;; Conversion to 128-bit needs a zero-extension of the lower bits and the upper 1255 ;; i128 only requires generating a 0 constant for the upper bits. 1289 ;; 64-bit to 128-bit only needs to sign-extend the input to the upper bits. 1296 ;; i128 only requires generating a 0 constant for the upper bits. 1769 ;; Note that when negating the shift amount here the upper bits are ignored 2840 ;; extractlane with lane 0 can pass through the value unchanged; upper 2892 ;; Produce a version of `anded` with upper 8 lanes and 2936 ;; LSB, and add with a left-shift of upper lane's MSB back
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| /wasmtime-44.0.1/cranelift/isle/veri/ |
| H A D | README.md | 174 …and `e : (bv N)` converts the bitvector `e` to the width `w`, leaving the upper bits unspecified i…
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| /wasmtime-44.0.1/pulley/ |
| H A D | CONTRIBUTING.md | 74 by the disassembler and visitor trait, the upper-camel-case name of the
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| /wasmtime-44.0.1/cranelift/codegen/src/ |
| H A D | prelude.isle | 114 ;; Each of these extractors tests whether the upper half of the input equals the
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| /wasmtime-44.0.1/crates/debugger/wit/deps/ |
| H A D | filesystem.wit | 291 upper: u64,
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| /wasmtime-44.0.1/crates/wasi/src/p2/wit/deps/ |
| H A D | filesystem.wit | 291 upper: u64,
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| /wasmtime-44.0.1/crates/wasi-http/wit/deps/ |
| H A D | filesystem.wit | 291 upper: u64,
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| /wasmtime-44.0.1/crates/wasi-http/src/p3/wit/deps/ |
| H A D | filesystem.wit | 304 upper: u64,
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| /wasmtime-44.0.1/crates/wasi/src/p3/wit/deps/ |
| H A D | filesystem.wit | 304 upper: u64,
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| /wasmtime-44.0.1/cranelift/codegen/src/isa/pulley_shared/ |
| H A D | lower.isle | 828 ;; Compare both the bottom and upper halves of the 128-bit values. If 829 ;; the top half is equal use the bottom comparison, otherwise use the upper
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| /wasmtime-44.0.1/cranelift/codegen/src/isa/riscv64/ |
| H A D | lower.isle | 1786 ;; `vfncvt...` leaves the upper bits of the register undefined so 2394 ;; Compare both the bottom and upper halves of the 128-bit values. If 2395 ;; the top half is equal use the bottom comparison, otherwise use the upper
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| H A D | inst.isle | 2919 ;; Note that non-64-bit types need to be extended since the upper bits from 3154 ;; register is defined. For i128 we test both the upper and lower half.
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