| /dports/www/firefox/firefox-99.0/third_party/rust/rust_decimal/src/ops/ |
| H A D | add.rs | 115 low64: lhs.low64.wrapping_sub(rhs.low64), in aligned_add()
120 if result.low64 > lhs.low64 { in aligned_add()
134 low64: lhs.low64.wrapping_add(rhs.low64), in aligned_add()
139 if result.low64 < lhs.low64 { in aligned_add()
164 result.low64 = low64; in flip_sign()
169 let mut low64 = result.low64; in reduce_scale() localVariable
190 result.low64 = low64; in reduce_scale()
206 let mut low64 = lhs.low64; in unaligned_add() localVariable
240 lhs.low64 = low64; in unaligned_add()
269 lhs.low64 = low64; in unaligned_add()
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| H A D | div.rs | 44 let low64 = self.low64(); in div32() localVariable
45 if low64 == 0 { in div32()
88 let low64 = self.low64(); in partial_divide_64() localVariable
89 if low64 < divisor { in partial_divide_64()
106 let mut low64 = self.low64(); in partial_divide_64() localVariable
107 low64 = low64.wrapping_sub(divisor << 32).wrapping_add(divisor); in partial_divide_64()
116 low64 = low64.wrapping_add(divisor); in partial_divide_64()
190 prod1 = divisor.low64(); in partial_divide_96()
625 let low64 = num.low64().wrapping_add(1); in round_up() localVariable
626 num.set_low64(low64); in round_up()
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| H A D | common.rs | 12 data: [value.low64 as u32, (value.low64 >> 32) as u32, value.hi], in from_dec64()
48 pub const fn low64(&self) -> u64 { in low64() method
86 let low64 = self.low64(); in find_scale() localVariable
142 … if hi == POWER_OVERFLOW_VALUES[x - 1].data[2] && low64 > POWER_OVERFLOW_VALUES[x - 1].low64() { in find_scale()
188 pub low64: u64, field
199 low64: m[0] as u64, in new()
213 self.low64 as u32 in lo()
217 (self.low64 >> 32) as u32 in mid()
227 self.low64 as u32, in to_decimal()
228 (self.low64 >> 32) as u32, in to_decimal()
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| H A D | rem.rs | 26 low64: d2.low64(), in rem_impl()
103 d1.low64 = quotient.low64(); in rem_impl()
110 d1.low64 %= d2.low64(); in rem_impl()
142 buffer.set_low64(d1.low64 << shift); in rem_full()
185 let divisor = d2.low64() << shift; in rem_full()
224 let low64 = buffer.low64() >> shift; in rem_full() localVariable
226 low64 as u32, in rem_full()
227 (low64 >> 32) as u32, in rem_full()
276 let low64 = (buffer.low64() >> shift) + ((buffer.data[2] as u64) << (32 - shift) << 32); in rem_full() localVariable
278 low64 as u32, in rem_full()
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| H A D | cmp.rs | 47 let mut d1_low = d1.low64; in cmp_internal()
49 let mut d2_low = d2.low64; in cmp_internal()
73 fn rescale(low64: &mut u64, high: &mut u32, diff: u32) -> bool { in rescale()
82 let tmp_lo_32 = (*low64 & U32_MASK) * power; in rescale()
83 let mut tmp = (*low64 >> 32) * power + (tmp_lo_32 >> 32); in rescale()
84 *low64 = (tmp_lo_32 & U32_MASK) + (tmp << 32); in rescale()
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| H A D | mul.rs | 20 let mut low64 = d1.lo() as u64 * d2.lo() as u64; in mul_impl() localVariable
32 let tmp = low64 / power; in mul_impl()
33 let remainder = low64 - tmp * power; in mul_impl()
34 low64 = tmp; in mul_impl()
38 if remainder >= power && (remainder > power || (low64 as u32 & 1) > 0) { in mul_impl()
39 low64 += 1; in mul_impl()
47 low64 as u32, in mul_impl()
48 (low64 >> 32) as u32, in mul_impl()
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| /dports/mail/thunderbird/thunderbird-91.8.0/third_party/rust/rust_decimal/src/ops/ |
| H A D | add.rs | 115 low64: lhs.low64.wrapping_sub(rhs.low64), in aligned_add()
120 if result.low64 > lhs.low64 { in aligned_add()
134 low64: lhs.low64.wrapping_add(rhs.low64), in aligned_add()
139 if result.low64 < lhs.low64 { in aligned_add()
164 result.low64 = low64; in flip_sign()
169 let mut low64 = result.low64; in reduce_scale() localVariable
190 result.low64 = low64; in reduce_scale()
206 let mut low64 = lhs.low64; in unaligned_add() localVariable
240 lhs.low64 = low64; in unaligned_add()
269 lhs.low64 = low64; in unaligned_add()
[all …]
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| H A D | div.rs | 44 let low64 = self.low64(); in div32() localVariable
45 if low64 == 0 { in div32()
88 let low64 = self.low64(); in partial_divide_64() localVariable
89 if low64 < divisor { in partial_divide_64()
106 let mut low64 = self.low64(); in partial_divide_64() localVariable
107 low64 = low64.wrapping_sub(divisor << 32).wrapping_add(divisor); in partial_divide_64()
116 low64 = low64.wrapping_add(divisor); in partial_divide_64()
190 prod1 = divisor.low64(); in partial_divide_96()
625 let low64 = num.low64().wrapping_add(1); in round_up() localVariable
626 num.set_low64(low64); in round_up()
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| H A D | common.rs | 12 data: [value.low64 as u32, (value.low64 >> 32) as u32, value.hi], in from_dec64()
48 pub const fn low64(&self) -> u64 { in low64() method
86 let low64 = self.low64(); in find_scale() localVariable
142 … if hi == POWER_OVERFLOW_VALUES[x - 1].data[2] && low64 > POWER_OVERFLOW_VALUES[x - 1].low64() { in find_scale()
188 pub low64: u64, field
199 low64: m[0] as u64, in new()
213 self.low64 as u32 in lo()
217 (self.low64 >> 32) as u32 in mid()
227 self.low64 as u32, in to_decimal()
228 (self.low64 >> 32) as u32, in to_decimal()
[all …]
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| H A D | rem.rs | 26 low64: d2.low64(), in rem_impl()
103 d1.low64 = quotient.low64(); in rem_impl()
110 d1.low64 %= d2.low64(); in rem_impl()
142 buffer.set_low64(d1.low64 << shift); in rem_full()
187 let divisor = d2.low64() << shift; in rem_full()
226 let low64 = buffer.low64() >> shift; in rem_full() localVariable
228 low64 as u32, in rem_full()
229 (low64 >> 32) as u32, in rem_full()
278 let low64 = (buffer.low64() >> shift) + ((buffer.data[2] as u64) << (32 - shift) << 32); in rem_full() localVariable
280 low64 as u32, in rem_full()
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| H A D | cmp.rs | 47 let mut d1_low = d1.low64; in cmp_internal()
49 let mut d2_low = d2.low64; in cmp_internal()
73 fn rescale(low64: &mut u64, high: &mut u32, diff: u32) -> bool { in rescale()
82 let tmp_lo_32 = (*low64 & U32_MASK) * power; in rescale()
83 let mut tmp = (*low64 >> 32) * power + (tmp_lo_32 >> 32); in rescale()
84 *low64 = (tmp_lo_32 & U32_MASK) + (tmp << 32); in rescale()
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| H A D | mul.rs | 20 let mut low64 = d1.lo() as u64 * d2.lo() as u64; in mul_impl() localVariable
32 let tmp = low64 / power; in mul_impl()
33 let remainder = low64 - tmp * power; in mul_impl()
34 low64 = tmp; in mul_impl()
38 if remainder >= power && (remainder > power || (low64 as u32 & 1) > 0) { in mul_impl()
39 low64 += 1; in mul_impl()
47 low64 as u32, in mul_impl()
48 (low64 >> 32) as u32, in mul_impl()
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| /dports/www/firefox-esr/firefox-91.8.0/third_party/rust/rust_decimal/src/ops/ |
| H A D | add.rs | 115 low64: lhs.low64.wrapping_sub(rhs.low64), in aligned_add()
120 if result.low64 > lhs.low64 { in aligned_add()
134 low64: lhs.low64.wrapping_add(rhs.low64), in aligned_add()
139 if result.low64 < lhs.low64 { in aligned_add()
164 result.low64 = low64; in flip_sign()
169 let mut low64 = result.low64; in reduce_scale() localVariable
190 result.low64 = low64; in reduce_scale()
206 let mut low64 = lhs.low64; in unaligned_add() localVariable
240 lhs.low64 = low64; in unaligned_add()
269 lhs.low64 = low64; in unaligned_add()
[all …]
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| H A D | div.rs | 44 let low64 = self.low64(); in div32() localVariable
45 if low64 == 0 { in div32()
88 let low64 = self.low64(); in partial_divide_64() localVariable
89 if low64 < divisor { in partial_divide_64()
106 let mut low64 = self.low64(); in partial_divide_64() localVariable
107 low64 = low64.wrapping_sub(divisor << 32).wrapping_add(divisor); in partial_divide_64()
116 low64 = low64.wrapping_add(divisor); in partial_divide_64()
190 prod1 = divisor.low64(); in partial_divide_96()
625 let low64 = num.low64().wrapping_add(1); in round_up() localVariable
626 num.set_low64(low64); in round_up()
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| H A D | common.rs | 12 data: [value.low64 as u32, (value.low64 >> 32) as u32, value.hi], in from_dec64()
48 pub const fn low64(&self) -> u64 { in low64() method
86 let low64 = self.low64(); in find_scale() localVariable
142 … if hi == POWER_OVERFLOW_VALUES[x - 1].data[2] && low64 > POWER_OVERFLOW_VALUES[x - 1].low64() { in find_scale()
188 pub low64: u64, field
199 low64: m[0] as u64, in new()
213 self.low64 as u32 in lo()
217 (self.low64 >> 32) as u32 in mid()
227 self.low64 as u32, in to_decimal()
228 (self.low64 >> 32) as u32, in to_decimal()
[all …]
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| H A D | rem.rs | 26 low64: d2.low64(), in rem_impl()
103 d1.low64 = quotient.low64(); in rem_impl()
110 d1.low64 %= d2.low64(); in rem_impl()
142 buffer.set_low64(d1.low64 << shift); in rem_full()
187 let divisor = d2.low64() << shift; in rem_full()
226 let low64 = buffer.low64() >> shift; in rem_full() localVariable
228 low64 as u32, in rem_full()
229 (low64 >> 32) as u32, in rem_full()
278 let low64 = (buffer.low64() >> shift) + ((buffer.data[2] as u64) << (32 - shift) << 32); in rem_full() localVariable
280 low64 as u32, in rem_full()
[all …]
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| H A D | cmp.rs | 47 let mut d1_low = d1.low64; in cmp_internal()
49 let mut d2_low = d2.low64; in cmp_internal()
73 fn rescale(low64: &mut u64, high: &mut u32, diff: u32) -> bool { in rescale()
82 let tmp_lo_32 = (*low64 & U32_MASK) * power; in rescale()
83 let mut tmp = (*low64 >> 32) * power + (tmp_lo_32 >> 32); in rescale()
84 *low64 = (tmp_lo_32 & U32_MASK) + (tmp << 32); in rescale()
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| H A D | mul.rs | 20 let mut low64 = d1.lo() as u64 * d2.lo() as u64; in mul_impl() localVariable
32 let tmp = low64 / power; in mul_impl()
33 let remainder = low64 - tmp * power; in mul_impl()
34 low64 = tmp; in mul_impl()
38 if remainder >= power && (remainder > power || (low64 as u32 & 1) > 0) { in mul_impl()
39 low64 += 1; in mul_impl()
47 low64 as u32, in mul_impl()
48 (low64 >> 32) as u32, in mul_impl()
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| /dports/benchmarks/hyperfine/hyperfine-1.12.0/cargo-crates/rust_decimal-1.16.0/src/ops/ |
| H A D | add.rs | 115 low64: lhs.low64.wrapping_sub(rhs.low64),
120 if result.low64 > lhs.low64 {
134 low64: lhs.low64.wrapping_add(rhs.low64),
139 if result.low64 < lhs.low64 {
164 result.low64 = low64;
169 let mut low64 = result.low64;
190 result.low64 = low64;
206 let mut low64 = lhs.low64;
240 lhs.low64 = low64;
269 lhs.low64 = low64;
[all …]
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| H A D | div.rs | 44 let low64 = self.low64(); in div32() localVariable
45 if low64 == 0 { in div32()
88 let low64 = self.low64(); in partial_divide_64() localVariable
89 if low64 < divisor { in partial_divide_64()
106 let mut low64 = self.low64(); in partial_divide_64() localVariable
107 low64 = low64.wrapping_sub(divisor << 32).wrapping_add(divisor); in partial_divide_64()
116 low64 = low64.wrapping_add(divisor); in partial_divide_64()
190 prod1 = divisor.low64(); in partial_divide_96()
625 let low64 = num.low64().wrapping_add(1); in round_up() localVariable
626 num.set_low64(low64); in round_up()
[all …]
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| H A D | common.rs | 12 data: [value.low64 as u32, (value.low64 >> 32) as u32, value.hi], in from_dec64()
48 pub const fn low64(&self) -> u64 { in low64() method
86 let low64 = self.low64(); in find_scale() localVariable
142 … if hi == POWER_OVERFLOW_VALUES[x - 1].data[2] && low64 > POWER_OVERFLOW_VALUES[x - 1].low64() { in find_scale()
188 pub low64: u64, field
199 low64: m[0] as u64, in new()
213 self.low64 as u32 in lo()
217 (self.low64 >> 32) as u32 in mid()
227 self.low64 as u32, in to_decimal()
228 (self.low64 >> 32) as u32, in to_decimal()
[all …]
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| H A D | rem.rs | 26 low64: d2.low64(), in rem_impl()
103 d1.low64 = quotient.low64(); in rem_impl()
110 d1.low64 %= d2.low64(); in rem_impl()
142 buffer.set_low64(d1.low64 << shift); in rem_full()
185 let divisor = d2.low64() << shift; in rem_full()
224 let low64 = buffer.low64() >> shift; in rem_full() localVariable
226 low64 as u32, in rem_full()
227 (low64 >> 32) as u32, in rem_full()
276 let low64 = (buffer.low64() >> shift) + ((buffer.data[2] as u64) << (32 - shift) << 32); in rem_full() localVariable
278 low64 as u32, in rem_full()
[all …]
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| H A D | cmp.rs | 47 let mut d1_low = d1.low64; in cmp_internal()
49 let mut d2_low = d2.low64; in cmp_internal()
73 fn rescale(low64: &mut u64, high: &mut u32, diff: u32) -> bool { in rescale()
82 let tmp_lo_32 = (*low64 & U32_MASK) * power; in rescale()
83 let mut tmp = (*low64 >> 32) * power + (tmp_lo_32 >> 32); in rescale()
84 *low64 = (tmp_lo_32 & U32_MASK) + (tmp << 32); in rescale()
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| H A D | mul.rs | 20 let mut low64 = d1.lo() as u64 * d2.lo() as u64; in mul_impl() localVariable
32 let tmp = low64 / power; in mul_impl()
33 let remainder = low64 - tmp * power; in mul_impl()
34 low64 = tmp; in mul_impl()
38 if remainder >= power && (remainder > power || (low64 as u32 & 1) > 0) { in mul_impl()
39 low64 += 1; in mul_impl()
47 low64 as u32, in mul_impl()
48 (low64 >> 32) as u32, in mul_impl()
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| /dports/lang/mono/mono-5.10.1.57/external/corert/src/System.Private.CoreLib/src/System/ |
| H A D | Decimal.DecCalc.cs | 1095 low64 = d2.Low64; in DecAddSub()
1103 low64 = tmp64 - low64; in DecAddSub()
1189 low64 = (ulong)-(long)low64; in DecAddSub()
1190 if (low64 == 0) in DecAddSub()
1210 low64 = div; in DecAddSub()
1211 low64 <<= 32; in DecAddSub()
1213 low64 += div; in DecAddSub()
1272 d1.Low64 = low64; in DecAddSub()
1587 low64 = div; in VarDecMul()
1594 low64++; in VarDecMul()
[all …]
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