mirror of
https://github.com/cheat/cheat.git
synced 2024-11-16 17:08:29 +01:00
80c91cbdee
Integrate `go-git` into the application, and use it to `git clone` cheatsheets when the installer runs. Previously, the installer required that `git` be installed on the system `PATH`, so this change has to big advantages: 1. It removes that system dependency on `git` 2. It paves the way for implementing the `--update` command Additionally, `cheat` now performs a `--depth=1` clone when installing cheatsheets, which should at least somewhat improve installation times (especially on slow network connections).
111 lines
3.4 KiB
C
111 lines
3.4 KiB
C
#define ladderStepLeg \
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addSub(x2,z2) \
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addSub(x3,z3) \
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integerMulLeg(b0,x2,z3) \
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integerMulLeg(b1,x3,z2) \
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reduceFromDoubleLeg(t0,b0) \
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reduceFromDoubleLeg(t1,b1) \
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addSub(t0,t1) \
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cselect(x2,x3,regMove) \
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cselect(z2,z3,regMove) \
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integerSqrLeg(b0,t0) \
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integerSqrLeg(b1,t1) \
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reduceFromDoubleLeg(x3,b0) \
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reduceFromDoubleLeg(z3,b1) \
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integerMulLeg(b0,x1,z3) \
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reduceFromDoubleLeg(z3,b0) \
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integerSqrLeg(b0,x2) \
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integerSqrLeg(b1,z2) \
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reduceFromDoubleLeg(x2,b0) \
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reduceFromDoubleLeg(z2,b1) \
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subtraction(t0,x2,z2) \
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multiplyA24Leg(t1,t0) \
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additionLeg(t1,t1,z2) \
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integerMulLeg(b0,x2,z2) \
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integerMulLeg(b1,t0,t1) \
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reduceFromDoubleLeg(x2,b0) \
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reduceFromDoubleLeg(z2,b1)
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#define ladderStepBmi2Adx \
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addSub(x2,z2) \
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addSub(x3,z3) \
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integerMulAdx(b0,x2,z3) \
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integerMulAdx(b1,x3,z2) \
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reduceFromDoubleAdx(t0,b0) \
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reduceFromDoubleAdx(t1,b1) \
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addSub(t0,t1) \
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cselect(x2,x3,regMove) \
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cselect(z2,z3,regMove) \
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integerSqrAdx(b0,t0) \
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integerSqrAdx(b1,t1) \
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reduceFromDoubleAdx(x3,b0) \
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reduceFromDoubleAdx(z3,b1) \
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integerMulAdx(b0,x1,z3) \
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reduceFromDoubleAdx(z3,b0) \
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integerSqrAdx(b0,x2) \
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integerSqrAdx(b1,z2) \
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reduceFromDoubleAdx(x2,b0) \
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reduceFromDoubleAdx(z2,b1) \
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subtraction(t0,x2,z2) \
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multiplyA24Adx(t1,t0) \
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additionAdx(t1,t1,z2) \
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integerMulAdx(b0,x2,z2) \
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integerMulAdx(b1,t0,t1) \
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reduceFromDoubleAdx(x2,b0) \
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reduceFromDoubleAdx(z2,b1)
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#define difAddLeg \
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addSub(x1,z1) \
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integerMulLeg(b0,z1,ui) \
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reduceFromDoubleLeg(z1,b0) \
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addSub(x1,z1) \
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integerSqrLeg(b0,x1) \
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integerSqrLeg(b1,z1) \
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reduceFromDoubleLeg(x1,b0) \
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reduceFromDoubleLeg(z1,b1) \
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integerMulLeg(b0,x1,z2) \
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integerMulLeg(b1,z1,x2) \
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reduceFromDoubleLeg(x1,b0) \
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reduceFromDoubleLeg(z1,b1)
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#define difAddBmi2Adx \
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addSub(x1,z1) \
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integerMulAdx(b0,z1,ui) \
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reduceFromDoubleAdx(z1,b0) \
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addSub(x1,z1) \
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integerSqrAdx(b0,x1) \
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integerSqrAdx(b1,z1) \
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reduceFromDoubleAdx(x1,b0) \
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reduceFromDoubleAdx(z1,b1) \
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integerMulAdx(b0,x1,z2) \
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integerMulAdx(b1,z1,x2) \
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reduceFromDoubleAdx(x1,b0) \
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reduceFromDoubleAdx(z1,b1)
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#define doubleLeg \
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addSub(x1,z1) \
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integerSqrLeg(b0,x1) \
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integerSqrLeg(b1,z1) \
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reduceFromDoubleLeg(x1,b0) \
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reduceFromDoubleLeg(z1,b1) \
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subtraction(t0,x1,z1) \
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multiplyA24Leg(t1,t0) \
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additionLeg(t1,t1,z1) \
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integerMulLeg(b0,x1,z1) \
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integerMulLeg(b1,t0,t1) \
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reduceFromDoubleLeg(x1,b0) \
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reduceFromDoubleLeg(z1,b1)
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#define doubleBmi2Adx \
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addSub(x1,z1) \
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integerSqrAdx(b0,x1) \
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integerSqrAdx(b1,z1) \
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reduceFromDoubleAdx(x1,b0) \
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reduceFromDoubleAdx(z1,b1) \
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subtraction(t0,x1,z1) \
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multiplyA24Adx(t1,t0) \
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additionAdx(t1,t1,z1) \
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integerMulAdx(b0,x1,z1) \
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integerMulAdx(b1,t0,t1) \
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reduceFromDoubleAdx(x1,b0) \
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reduceFromDoubleAdx(z1,b1)
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