Module Name: src
Committed By: rin
Date: Tue Nov 22 15:57:03 UTC 2022
Modified Files:
src/tests/lib/lua/libm: h_lualibm.c lualibm.lua
Log Message:
Sync style between Lua script and C source code.
Fix false positive for some tests.
To generate a diff of this commit:
cvs rdiff -u -r1.1 -r1.2 src/tests/lib/lua/libm/h_lualibm.c \
src/tests/lib/lua/libm/lualibm.lua
Please note that diffs are not public domain; they are subject to the
copyright notices on the relevant files.
Modified files:
Index: src/tests/lib/lua/libm/h_lualibm.c
diff -u src/tests/lib/lua/libm/h_lualibm.c:1.1 src/tests/lib/lua/libm/h_lualibm.c:1.2
--- src/tests/lib/lua/libm/h_lualibm.c:1.1 Mon Nov 21 22:01:33 2022
+++ src/tests/lib/lua/libm/h_lualibm.c Tue Nov 22 15:57:03 2022
@@ -73,7 +73,7 @@ main(void)
TEST(remainder(M_PI, M_E));
TEST(rint(M_PI));
TEST(rint(M_E));
- printf("%-24s%+2.13f\n", "scalbn(1.0,2)", scalbn(1.0, 2));
+ printf("%-24s%+2.13f\n", "scalbn(1.0, 2)", scalbn(1.0, 2));
TEST(sin(M_PI_4));
TEST(sinh(M_PI_4));
TEST(sqrt(9.0));
Index: src/tests/lib/lua/libm/lualibm.lua
diff -u src/tests/lib/lua/libm/lualibm.lua:1.1 src/tests/lib/lua/libm/lualibm.lua:1.2
--- src/tests/lib/lua/libm/lualibm.lua:1.1 Mon Nov 21 22:01:33 2022
+++ src/tests/lib/lua/libm/lualibm.lua Tue Nov 22 15:57:03 2022
@@ -5,88 +5,88 @@ local lm = require("libm")
local fmtf = "%-24s%+2.13f"
local fmti = "%-24s%d"
-local function test(s,x)
+local function test(s, x)
print(string.format(fmtf, s, x))
end
-local function testb(s,x)
+local function testb(s, x)
print(string.format(fmti, s, x and 1 or 0))
end
-test("M_E",lm.M_E);
-test("M_LOG2E",lm.M_LOG2E)
-test("M_LOG10E",lm.M_LOG10E)
-test("M_LN2",lm.M_LN2)
-test("M_LN10",lm.M_LN10)
-test("M_PI",lm.M_PI)
-test("M_PI_2",lm.M_PI_2)
-test("M_PI_4",lm.M_PI_4)
-test("M_1_PI",lm.M_1_PI)
-test("M_2_PI",lm.M_2_PI)
-test("M_2_SQRTPI",lm.M_2_SQRTPI)
-test("M_SQRT2",lm.M_SQRT2)
-test("M_SQRT1_2",lm.M_SQRT1_2)
+test("M_E", lm.M_E);
+test("M_LOG2E", lm.M_LOG2E)
+test("M_LOG10E", lm.M_LOG10E)
+test("M_LN2", lm.M_LN2)
+test("M_LN10", lm.M_LN10)
+test("M_PI", lm.M_PI)
+test("M_PI_2", lm.M_PI_2)
+test("M_PI_4", lm.M_PI_4)
+test("M_1_PI", lm.M_1_PI)
+test("M_2_PI", lm.M_2_PI)
+test("M_2_SQRTPI", lm.M_2_SQRTPI)
+test("M_SQRT2", lm.M_SQRT2)
+test("M_SQRT1_2", lm.M_SQRT1_2)
test("cos(M_PI_2)", lm.cos(lm.M_PI_2))
-test("acos(cos(M_PI_2))",lm.acos(lm.cos(lm.M_PI_2)))
-test("cosh(M_SQRT1_2)",lm.cosh(lm.M_SQRT1_2))
-test("acosh(cosh(M_SQRT1_2))",lm.acosh(lm.cosh(lm.M_SQRT1_2)))
-test("sin(M_PI_2)",lm.sin(lm.M_PI_2))
-test("asin(sin(M_PI_2))",lm.asin(lm.sin(lm.M_PI_2)))
-test("sinh(M_PI_2)",lm.sinh(lm.M_PI_2))
-test("asinh(sinh(M_PI_2))",lm.asinh(lm.sinh(lm.M_PI_2)))
-test("tan(M_SQRT2)",lm.tan(lm.M_SQRT2))
-test("atan(tan(M_SQRT2))",lm.atan(lm.tan(lm.M_SQRT2)))
-test("tanh(M_SQRT2)",lm.tanh(lm.M_SQRT2))
-test("atanh(tanh(M_SQRT2))",lm.atanh(lm.tanh(lm.M_SQRT2)))
-test("atan2(M_SQRT2,M_SQRT2)",lm.atan2(lm.M_SQRT2,lm.M_SQRT2))
-test("cbrt(8.0)",lm.cbrt(8.0))
-test("ceil(M_PI)",lm.ceil(lm.M_PI))
-test("ceil(M_E)",lm.ceil(lm.M_E))
-test("copysign(-2.0,10.0)",lm.copysign(-2.0,10.0))
-test("copysign(2.0,-10.0)",lm.copysign(2.0,-10.0))
-test("erf(M_SQRT1_2)",lm.erf(lm.M_SQRT1_2))
-test("erfc(M_SQRT1_2)",lm.erfc(lm.M_SQRT1_2))
-test("exp(M_PI_4)",lm.exp(lm.M_PI_4))
-test("exp2(3.0)",lm.exp2(3.0))
-test("expm1(M_PI_4)",lm.expm1(lm.M_PI_4))
-test("fabs(-M_SQRT2)",lm.fabs(-lm.M_SQRT2))
-test("fabs(M_SQRT2)",lm.fabs(lm.M_SQRT2))
-test("fdim(M_PI,M_PI_2)",lm.fdim(lm.M_PI,lm.M_PI_2))
-test("fdim(M_PI,-M_PI_2)",lm.fdim(lm.M_PI,-lm.M_PI_2))
-testb("finite(1.0/0.0)",lm.finite(1.0/0.0))
-test("floor(M_PI)",lm.floor(lm.M_PI))
-test("floor(M_E)",lm.floor(lm.M_E))
-test("fma(M_PI,M_E,M_SQRT2)",lm.fma(lm.M_PI,lm.M_E,lm.M_SQRT2))
-test("fmax(M_PI,M_E)",lm.fmax(lm.M_PI,lm.M_E))
-test("fmin(M_PI,M_E)",lm.fmin(lm.M_PI,lm.M_E))
-test("fmod(100.5,10.0)",lm.fmod(100.5,10.0))
-test("gamma(5.0)",lm.gamma(5.0))
-test("hypot(3.0,4.0)",lm.hypot(3.0,4.0))
+test("acos(cos(M_PI_2))", lm.acos(lm.cos(lm.M_PI_2)))
+test("cosh(M_SQRT1_2)", lm.cosh(lm.M_SQRT1_2))
+test("acosh(cosh(M_SQRT1_2))", lm.acosh(lm.cosh(lm.M_SQRT1_2)))
+test("sin(M_PI_2)", lm.sin(lm.M_PI_2))
+test("asin(sin(M_PI_2))", lm.asin(lm.sin(lm.M_PI_2)))
+test("sinh(M_PI_2)", lm.sinh(lm.M_PI_2))
+test("asinh(sinh(M_PI_2))", lm.asinh(lm.sinh(lm.M_PI_2)))
+test("tan(M_SQRT2)", lm.tan(lm.M_SQRT2))
+test("atan(tan(M_SQRT2))", lm.atan(lm.tan(lm.M_SQRT2)))
+test("tanh(M_SQRT2)", lm.tanh(lm.M_SQRT2))
+test("atanh(tanh(M_SQRT2))", lm.atanh(lm.tanh(lm.M_SQRT2)))
+test("atan2(M_SQRT2, M_SQRT2)", lm.atan2(lm.M_SQRT2, lm.M_SQRT2))
+test("cbrt(8.0)", lm.cbrt(8.0))
+test("ceil(M_PI)", lm.ceil(lm.M_PI))
+test("ceil(M_E)", lm.ceil(lm.M_E))
+test("copysign(-2.0, 10.0)", lm.copysign(-2.0, 10.0))
+test("copysign(2.0, -10.0)", lm.copysign(2.0, -10.0))
+test("erf(M_SQRT1_2)", lm.erf(lm.M_SQRT1_2))
+test("erfc(M_SQRT1_2)", lm.erfc(lm.M_SQRT1_2))
+test("exp(M_PI_4)", lm.exp(lm.M_PI_4))
+test("exp2(3.0)", lm.exp2(3.0))
+test("expm1(M_PI_4)", lm.expm1(lm.M_PI_4))
+test("fabs(-M_SQRT2)", lm.fabs(-lm.M_SQRT2))
+test("fabs(M_SQRT2)", lm.fabs(lm.M_SQRT2))
+test("fdim(M_PI, M_PI_2)", lm.fdim(lm.M_PI, lm.M_PI_2))
+test("fdim(M_PI, -M_PI_2)", lm.fdim(lm.M_PI, -lm.M_PI_2))
+testb("finite(1.0 / 0.0)", lm.finite(1.0 / 0.0))
+test("floor(M_PI)", lm.floor(lm.M_PI))
+test("floor(M_E)", lm.floor(lm.M_E))
+test("fma(M_PI, M_E, M_SQRT2)", lm.fma(lm.M_PI, lm.M_E, lm.M_SQRT2))
+test("fmax(M_PI, M_E)", lm.fmax(lm.M_PI, lm.M_E))
+test("fmin(M_PI, M_E)", lm.fmin(lm.M_PI, lm.M_E))
+test("fmod(100.5, 10.0)", lm.fmod(100.5, 10.0))
+test("gamma(5.0)", lm.gamma(5.0))
+test("hypot(3.0, 4.0)", lm.hypot(3.0, 4.0))
print(string.format(fmti, "ilogb(10.0)", lm.ilogb(10.0)))
-testb("isinf(1.0/0.0)",lm.isinf(1.0/0.0))
-testb("isnan(log(-1.0))",lm.isnan(lm.log(-1.0)))
-test("j0(M_PI)",lm.j0(lm.M_PI))
-test("j1(M_PI)",lm.j1(lm.M_PI))
-test("jn(3,M_PI)",lm.jn(3,lm.M_PI))
-test("lgamma(M_PI)",lm.lgamma(lm.M_PI))
-test("log(M_E)",lm.log(lm.M_E))
-test("log10(100.0)",lm.log10(100.0))
-test("log1p(M_PI)",lm.log1p(lm.M_PI))
-test("nan(\"\")",lm.nan(""))
-test("nextafter(1.0e-14,1.0)",lm.nextafter(1.0e-14,1.0))
-test("pow(M_SQRT2,2.0)",lm.pow(lm.M_SQRT2,2.0))
-test("remainder(M_PI,M_E)",lm.remainder(lm.M_PI,lm.M_E))
-test("rint(M_PI)",lm.rint(lm.M_PI))
-test("rint(M_E)",lm.rint(lm.M_E))
-print(string.format(fmtf, "scalbn(1.0,2)", lm.scalbn(1.0,2)))
-test("sin(M_PI_4)",lm.sin(lm.M_PI_4))
-test("sinh(M_PI_4)",lm.sinh(lm.M_PI_4))
-test("sqrt(9.0)",lm.sqrt(9.0))
-test("tan(M_PI_4)",lm.tan(lm.M_PI_4))
-test("tanh(M_PI_4)",lm.tanh(lm.M_PI_4))
-test("trunc(M_PI)",lm.trunc(lm.M_PI))
-test("trunc(M_E)",lm.trunc(lm.M_E))
-test("y0(M_PI)",lm.y0(lm.M_PI))
-test("y1(M_PI)",lm.y1(lm.M_PI))
-test("yn(3,M_PI)",lm.yn(3,lm.M_PI))
+testb("isinf(1.0 / 0.0)", lm.isinf(1.0 / 0.0))
+testb("isnan(log(-1.0))", lm.isnan(lm.log(-1.0)))
+test("j0(M_PI)", lm.j0(lm.M_PI))
+test("j1(M_PI)", lm.j1(lm.M_PI))
+test("jn(3, M_PI)", lm.jn(3, lm.M_PI))
+test("lgamma(M_PI)", lm.lgamma(lm.M_PI))
+test("log(M_E)", lm.log(lm.M_E))
+test("log10(100.0)", lm.log10(100.0))
+test("log1p(M_PI)", lm.log1p(lm.M_PI))
+test("nan(\"\")", lm.nan(""))
+test("nextafter(1.0e-14, 1.0)", lm.nextafter(1.0e-14, 1.0))
+test("pow(M_SQRT2, 2.0)", lm.pow(lm.M_SQRT2, 2.0))
+test("remainder(M_PI, M_E)", lm.remainder(lm.M_PI, lm.M_E))
+test("rint(M_PI)", lm.rint(lm.M_PI))
+test("rint(M_E)", lm.rint(lm.M_E))
+print(string.format(fmtf, "scalbn(1.0, 2)", lm.scalbn(1.0, 2)))
+test("sin(M_PI_4)", lm.sin(lm.M_PI_4))
+test("sinh(M_PI_4)", lm.sinh(lm.M_PI_4))
+test("sqrt(9.0)", lm.sqrt(9.0))
+test("tan(M_PI_4)", lm.tan(lm.M_PI_4))
+test("tanh(M_PI_4)", lm.tanh(lm.M_PI_4))
+test("trunc(M_PI)", lm.trunc(lm.M_PI))
+test("trunc(M_E)", lm.trunc(lm.M_E))
+test("y0(M_PI)", lm.y0(lm.M_PI))
+test("y1(M_PI)", lm.y1(lm.M_PI))
+test("yn(3, M_PI)", lm.yn(3, lm.M_PI))
