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java_lang_Math.c
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1937 lines (1813 loc) · 57.7 KB
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#include "xmlvm.h"
#include "java_lang_Double.h"
#include "java_lang_Float.h"
#include "java_lang_Integer.h"
#include "java_lang_Long.h"
#include "java_lang_Math.h"
#define XMLVM_CURRENT_CLASS_NAME Math
#define XMLVM_CURRENT_PKG_CLASS_NAME java_lang_Math
__TIB_DEFINITION_java_lang_Math __TIB_java_lang_Math = {
0, // classInitializationBegan
0, // classInitialized
-1, // initializerThreadId
__INIT_java_lang_Math, // classInitializer
"java.lang.Math", // className
"java.lang", // package
JAVA_NULL, // enclosingClassName
JAVA_NULL, // enclosingMethodName
JAVA_NULL, // signature
(__TIB_DEFINITION_TEMPLATE*) &__TIB_java_lang_Object, // extends
sizeof(java_lang_Math), // sizeInstance
XMLVM_TYPE_CLASS};
JAVA_OBJECT __CLASS_java_lang_Math;
JAVA_OBJECT __CLASS_java_lang_Math_1ARRAY;
JAVA_OBJECT __CLASS_java_lang_Math_2ARRAY;
JAVA_OBJECT __CLASS_java_lang_Math_3ARRAY;
//XMLVM_BEGIN_IMPLEMENTATION
//XMLVM_END_IMPLEMENTATION
static JAVA_INT _STATIC_java_lang_Math_FLOAT_EXPONENT_BIAS;
static JAVA_INT _STATIC_java_lang_Math_FLOAT_EXPONENT_MASK;
static JAVA_INT _STATIC_java_lang_Math_DOUBLE_NON_MANTISSA_BITS;
static JAVA_INT _STATIC_java_lang_Math_DOUBLE_MANTISSA_BITS;
static JAVA_INT _STATIC_java_lang_Math_FLOAT_NON_MANTISSA_BITS;
static JAVA_INT _STATIC_java_lang_Math_FLOAT_MANTISSA_BITS;
static JAVA_INT _STATIC_java_lang_Math_DOUBLE_EXPONENT_BIAS;
static JAVA_LONG _STATIC_java_lang_Math_DOUBLE_EXPONENT_MASK;
static JAVA_INT _STATIC_java_lang_Math_FLOAT_MANTISSA_MASK;
static JAVA_INT _STATIC_java_lang_Math_FLOAT_SIGN_MASK;
static JAVA_LONG _STATIC_java_lang_Math_DOUBLE_MANTISSA_MASK;
static JAVA_LONG _STATIC_java_lang_Math_DOUBLE_SIGN_MASK;
static JAVA_DOUBLE _STATIC_java_lang_Math_E;
static JAVA_DOUBLE _STATIC_java_lang_Math_PI;
static JAVA_OBJECT _STATIC_java_lang_Math_random;
#include "xmlvm-reflection.h"
static XMLVM_FIELD_REFLECTION_DATA __field_reflection_data[] = {
};
static XMLVM_CONSTRUCTOR_REFLECTION_DATA __constructor_reflection_data[] = {
};
static JAVA_OBJECT constructor_dispatcher(JAVA_OBJECT constructor, JAVA_OBJECT arguments)
{
XMLVM_NOT_IMPLEMENTED();
}
static XMLVM_METHOD_REFLECTION_DATA __method_reflection_data[] = {
};
static JAVA_OBJECT method_dispatcher(JAVA_OBJECT method, JAVA_OBJECT receiver, JAVA_OBJECT arguments)
{
XMLVM_NOT_IMPLEMENTED();
}
void __INIT_java_lang_Math()
{
staticInitializerLock(&__TIB_java_lang_Math);
// While the static initializer mutex is locked, locally store the value of
// whether class initialization began or not
int initBegan = __TIB_java_lang_Math.classInitializationBegan;
// Whether or not class initialization had already began, it has begun now
__TIB_java_lang_Math.classInitializationBegan = 1;
staticInitializerUnlock(&__TIB_java_lang_Math);
JAVA_LONG curThreadId = (JAVA_LONG)pthread_self();
if (initBegan) {
if (__TIB_java_lang_Math.initializerThreadId != curThreadId) {
// Busy wait until the other thread finishes initializing this class
while (!__TIB_java_lang_Math.classInitialized) {
// do nothing
}
}
} else {
__TIB_java_lang_Math.initializerThreadId = curThreadId;
XMLVM_CLASS_USED("java.lang.Math")
__INIT_IMPL_java_lang_Math();
}
}
void __INIT_IMPL_java_lang_Math()
{
// Initialize base class if necessary
XMLVM_CLASS_INIT(java_lang_Object)
__TIB_java_lang_Math.newInstanceFunc = __NEW_INSTANCE_java_lang_Math;
// Copy vtable from base class
XMLVM_MEMCPY(__TIB_java_lang_Math.vtable, __TIB_java_lang_Object.vtable, sizeof(__TIB_java_lang_Object.vtable));
// Initialize vtable for this class
// Initialize interface information
__TIB_java_lang_Math.numImplementedInterfaces = 0;
__TIB_java_lang_Math.implementedInterfaces = (__TIB_DEFINITION_TEMPLATE* (*)[1]) XMLVM_MALLOC(sizeof(__TIB_DEFINITION_TEMPLATE*) * 0);
// Initialize interfaces if necessary and assign tib to implementedInterfaces
_STATIC_java_lang_Math_FLOAT_EXPONENT_BIAS = 127;
_STATIC_java_lang_Math_FLOAT_EXPONENT_MASK = 2139095040;
_STATIC_java_lang_Math_DOUBLE_NON_MANTISSA_BITS = 12;
_STATIC_java_lang_Math_DOUBLE_MANTISSA_BITS = 52;
_STATIC_java_lang_Math_FLOAT_NON_MANTISSA_BITS = 9;
_STATIC_java_lang_Math_FLOAT_MANTISSA_BITS = 23;
_STATIC_java_lang_Math_DOUBLE_EXPONENT_BIAS = 1023;
_STATIC_java_lang_Math_DOUBLE_EXPONENT_MASK = 9218868437227405312;
_STATIC_java_lang_Math_FLOAT_MANTISSA_MASK = 8388607;
_STATIC_java_lang_Math_FLOAT_SIGN_MASK = -2147483648;
_STATIC_java_lang_Math_DOUBLE_MANTISSA_MASK = 4503599627370495;
_STATIC_java_lang_Math_DOUBLE_SIGN_MASK = -9223372036854775808;
_STATIC_java_lang_Math_E = 2.718281828459045;
_STATIC_java_lang_Math_PI = 3.141592653589793;
_STATIC_java_lang_Math_random = (java_lang_Object*) JAVA_NULL;
__TIB_java_lang_Math.declaredFields = &__field_reflection_data[0];
__TIB_java_lang_Math.numDeclaredFields = sizeof(__field_reflection_data) / sizeof(XMLVM_FIELD_REFLECTION_DATA);
__TIB_java_lang_Math.constructorDispatcherFunc = constructor_dispatcher;
__TIB_java_lang_Math.declaredConstructors = &__constructor_reflection_data[0];
__TIB_java_lang_Math.numDeclaredConstructors = sizeof(__constructor_reflection_data) / sizeof(XMLVM_CONSTRUCTOR_REFLECTION_DATA);
__TIB_java_lang_Math.methodDispatcherFunc = method_dispatcher;
__TIB_java_lang_Math.declaredMethods = &__method_reflection_data[0];
__TIB_java_lang_Math.numDeclaredMethods = sizeof(__method_reflection_data) / sizeof(XMLVM_METHOD_REFLECTION_DATA);
__CLASS_java_lang_Math = XMLVM_CREATE_CLASS_OBJECT(&__TIB_java_lang_Math);
__TIB_java_lang_Math.clazz = __CLASS_java_lang_Math;
__TIB_java_lang_Math.baseType = JAVA_NULL;
__CLASS_java_lang_Math_1ARRAY = XMLVM_CREATE_ARRAY_CLASS_OBJECT(__CLASS_java_lang_Math);
__CLASS_java_lang_Math_2ARRAY = XMLVM_CREATE_ARRAY_CLASS_OBJECT(__CLASS_java_lang_Math_1ARRAY);
__CLASS_java_lang_Math_3ARRAY = XMLVM_CREATE_ARRAY_CLASS_OBJECT(__CLASS_java_lang_Math_2ARRAY);
//XMLVM_BEGIN_WRAPPER[__INIT_java_lang_Math]
//XMLVM_END_WRAPPER
__TIB_java_lang_Math.classInitialized = 1;
}
void __DELETE_java_lang_Math(void* me, void* client_data)
{
//XMLVM_BEGIN_WRAPPER[__DELETE_java_lang_Math]
//XMLVM_END_WRAPPER
}
void __INIT_INSTANCE_MEMBERS_java_lang_Math(JAVA_OBJECT me, int derivedClassWillRegisterFinalizer)
{
__INIT_INSTANCE_MEMBERS_java_lang_Object(me, 0 || derivedClassWillRegisterFinalizer);
//XMLVM_BEGIN_WRAPPER[__INIT_INSTANCE_MEMBERS_java_lang_Math]
//XMLVM_END_WRAPPER
}
JAVA_OBJECT __NEW_java_lang_Math()
{ XMLVM_CLASS_INIT(java_lang_Math)
java_lang_Math* me = (java_lang_Math*) XMLVM_MALLOC(sizeof(java_lang_Math));
me->tib = &__TIB_java_lang_Math;
__INIT_INSTANCE_MEMBERS_java_lang_Math(me, 0);
//XMLVM_BEGIN_WRAPPER[__NEW_java_lang_Math]
//XMLVM_END_WRAPPER
return me;
}
JAVA_OBJECT __NEW_INSTANCE_java_lang_Math()
{
JAVA_OBJECT me = JAVA_NULL;
return me;
}
JAVA_INT java_lang_Math_GET_FLOAT_EXPONENT_BIAS()
{
XMLVM_CLASS_INIT(java_lang_Math)
return _STATIC_java_lang_Math_FLOAT_EXPONENT_BIAS;
}
void java_lang_Math_PUT_FLOAT_EXPONENT_BIAS(JAVA_INT v)
{
XMLVM_CLASS_INIT(java_lang_Math)
_STATIC_java_lang_Math_FLOAT_EXPONENT_BIAS = v;
}
JAVA_INT java_lang_Math_GET_FLOAT_EXPONENT_MASK()
{
XMLVM_CLASS_INIT(java_lang_Math)
return _STATIC_java_lang_Math_FLOAT_EXPONENT_MASK;
}
void java_lang_Math_PUT_FLOAT_EXPONENT_MASK(JAVA_INT v)
{
XMLVM_CLASS_INIT(java_lang_Math)
_STATIC_java_lang_Math_FLOAT_EXPONENT_MASK = v;
}
JAVA_INT java_lang_Math_GET_DOUBLE_NON_MANTISSA_BITS()
{
XMLVM_CLASS_INIT(java_lang_Math)
return _STATIC_java_lang_Math_DOUBLE_NON_MANTISSA_BITS;
}
void java_lang_Math_PUT_DOUBLE_NON_MANTISSA_BITS(JAVA_INT v)
{
XMLVM_CLASS_INIT(java_lang_Math)
_STATIC_java_lang_Math_DOUBLE_NON_MANTISSA_BITS = v;
}
JAVA_INT java_lang_Math_GET_DOUBLE_MANTISSA_BITS()
{
XMLVM_CLASS_INIT(java_lang_Math)
return _STATIC_java_lang_Math_DOUBLE_MANTISSA_BITS;
}
void java_lang_Math_PUT_DOUBLE_MANTISSA_BITS(JAVA_INT v)
{
XMLVM_CLASS_INIT(java_lang_Math)
_STATIC_java_lang_Math_DOUBLE_MANTISSA_BITS = v;
}
JAVA_INT java_lang_Math_GET_FLOAT_NON_MANTISSA_BITS()
{
XMLVM_CLASS_INIT(java_lang_Math)
return _STATIC_java_lang_Math_FLOAT_NON_MANTISSA_BITS;
}
void java_lang_Math_PUT_FLOAT_NON_MANTISSA_BITS(JAVA_INT v)
{
XMLVM_CLASS_INIT(java_lang_Math)
_STATIC_java_lang_Math_FLOAT_NON_MANTISSA_BITS = v;
}
JAVA_INT java_lang_Math_GET_FLOAT_MANTISSA_BITS()
{
XMLVM_CLASS_INIT(java_lang_Math)
return _STATIC_java_lang_Math_FLOAT_MANTISSA_BITS;
}
void java_lang_Math_PUT_FLOAT_MANTISSA_BITS(JAVA_INT v)
{
XMLVM_CLASS_INIT(java_lang_Math)
_STATIC_java_lang_Math_FLOAT_MANTISSA_BITS = v;
}
JAVA_INT java_lang_Math_GET_DOUBLE_EXPONENT_BIAS()
{
XMLVM_CLASS_INIT(java_lang_Math)
return _STATIC_java_lang_Math_DOUBLE_EXPONENT_BIAS;
}
void java_lang_Math_PUT_DOUBLE_EXPONENT_BIAS(JAVA_INT v)
{
XMLVM_CLASS_INIT(java_lang_Math)
_STATIC_java_lang_Math_DOUBLE_EXPONENT_BIAS = v;
}
JAVA_LONG java_lang_Math_GET_DOUBLE_EXPONENT_MASK()
{
XMLVM_CLASS_INIT(java_lang_Math)
return _STATIC_java_lang_Math_DOUBLE_EXPONENT_MASK;
}
void java_lang_Math_PUT_DOUBLE_EXPONENT_MASK(JAVA_LONG v)
{
XMLVM_CLASS_INIT(java_lang_Math)
_STATIC_java_lang_Math_DOUBLE_EXPONENT_MASK = v;
}
JAVA_INT java_lang_Math_GET_FLOAT_MANTISSA_MASK()
{
XMLVM_CLASS_INIT(java_lang_Math)
return _STATIC_java_lang_Math_FLOAT_MANTISSA_MASK;
}
void java_lang_Math_PUT_FLOAT_MANTISSA_MASK(JAVA_INT v)
{
XMLVM_CLASS_INIT(java_lang_Math)
_STATIC_java_lang_Math_FLOAT_MANTISSA_MASK = v;
}
JAVA_INT java_lang_Math_GET_FLOAT_SIGN_MASK()
{
XMLVM_CLASS_INIT(java_lang_Math)
return _STATIC_java_lang_Math_FLOAT_SIGN_MASK;
}
void java_lang_Math_PUT_FLOAT_SIGN_MASK(JAVA_INT v)
{
XMLVM_CLASS_INIT(java_lang_Math)
_STATIC_java_lang_Math_FLOAT_SIGN_MASK = v;
}
JAVA_LONG java_lang_Math_GET_DOUBLE_MANTISSA_MASK()
{
XMLVM_CLASS_INIT(java_lang_Math)
return _STATIC_java_lang_Math_DOUBLE_MANTISSA_MASK;
}
void java_lang_Math_PUT_DOUBLE_MANTISSA_MASK(JAVA_LONG v)
{
XMLVM_CLASS_INIT(java_lang_Math)
_STATIC_java_lang_Math_DOUBLE_MANTISSA_MASK = v;
}
JAVA_LONG java_lang_Math_GET_DOUBLE_SIGN_MASK()
{
XMLVM_CLASS_INIT(java_lang_Math)
return _STATIC_java_lang_Math_DOUBLE_SIGN_MASK;
}
void java_lang_Math_PUT_DOUBLE_SIGN_MASK(JAVA_LONG v)
{
XMLVM_CLASS_INIT(java_lang_Math)
_STATIC_java_lang_Math_DOUBLE_SIGN_MASK = v;
}
JAVA_DOUBLE java_lang_Math_GET_E()
{
XMLVM_CLASS_INIT(java_lang_Math)
return _STATIC_java_lang_Math_E;
}
void java_lang_Math_PUT_E(JAVA_DOUBLE v)
{
XMLVM_CLASS_INIT(java_lang_Math)
_STATIC_java_lang_Math_E = v;
}
JAVA_DOUBLE java_lang_Math_GET_PI()
{
XMLVM_CLASS_INIT(java_lang_Math)
return _STATIC_java_lang_Math_PI;
}
void java_lang_Math_PUT_PI(JAVA_DOUBLE v)
{
XMLVM_CLASS_INIT(java_lang_Math)
_STATIC_java_lang_Math_PI = v;
}
JAVA_OBJECT java_lang_Math_GET_random()
{
XMLVM_CLASS_INIT(java_lang_Math)
return _STATIC_java_lang_Math_random;
}
void java_lang_Math_PUT_random(JAVA_OBJECT v)
{
XMLVM_CLASS_INIT(java_lang_Math)
_STATIC_java_lang_Math_random = v;
}
void java_lang_Math___INIT___(JAVA_OBJECT me)
{
//XMLVM_BEGIN_WRAPPER[java_lang_Math___INIT___]
XMLVM_ENTER_METHOD("java.lang.Math", "<init>", "?")
XMLVMElem _r0;
_r0.o = me;
XMLVM_SOURCE_POSITION("Math.java", 66)
XMLVM_CHECK_NPE(0)
java_lang_Object___INIT___(_r0.o);
XMLVM_SOURCE_POSITION("Math.java", 67)
XMLVM_EXIT_METHOD()
return;
//XMLVM_END_WRAPPER
}
JAVA_DOUBLE java_lang_Math_abs___double(JAVA_DOUBLE n1)
{
XMLVM_CLASS_INIT(java_lang_Math)
//XMLVM_BEGIN_WRAPPER[java_lang_Math_abs___double]
XMLVM_ENTER_METHOD("java.lang.Math", "abs", "?")
XMLVMElem _r0;
XMLVMElem _r1;
XMLVMElem _r2;
XMLVMElem _r3;
XMLVMElem _r4;
XMLVMElem _r5;
_r4.d = n1;
XMLVM_SOURCE_POSITION("Math.java", 85)
_r0.l = java_lang_Double_doubleToLongBits___double(_r4.d);
XMLVM_SOURCE_POSITION("Math.java", 86)
_r2.l = 9223372036854775807;
_r0.l = _r0.l & _r2.l;
XMLVM_SOURCE_POSITION("Math.java", 87)
_r0.d = java_lang_Double_longBitsToDouble___long(_r0.l);
XMLVM_EXIT_METHOD()
return _r0.d;
//XMLVM_END_WRAPPER
}
JAVA_FLOAT java_lang_Math_abs___float(JAVA_FLOAT n1)
{
XMLVM_CLASS_INIT(java_lang_Math)
//XMLVM_BEGIN_WRAPPER[java_lang_Math_abs___float]
XMLVM_ENTER_METHOD("java.lang.Math", "abs", "?")
XMLVMElem _r0;
XMLVMElem _r1;
XMLVMElem _r2;
_r2.f = n1;
XMLVM_SOURCE_POSITION("Math.java", 107)
_r0.i = java_lang_Float_floatToIntBits___float(_r2.f);
XMLVM_SOURCE_POSITION("Math.java", 108)
_r1.i = 2147483647;
_r0.i = _r0.i & _r1.i;
XMLVM_SOURCE_POSITION("Math.java", 109)
_r0.f = java_lang_Float_intBitsToFloat___int(_r0.i);
XMLVM_EXIT_METHOD()
return _r0.f;
//XMLVM_END_WRAPPER
}
JAVA_INT java_lang_Math_abs___int(JAVA_INT n1)
{
XMLVM_CLASS_INIT(java_lang_Math)
//XMLVM_BEGIN_WRAPPER[java_lang_Math_abs___int]
XMLVM_ENTER_METHOD("java.lang.Math", "abs", "?")
XMLVMElem _r0;
XMLVMElem _r1;
_r1.i = n1;
XMLVM_SOURCE_POSITION("Math.java", 124)
if (_r1.i < 0) goto label4;
_r0 = _r1;
label3:;
XMLVM_EXIT_METHOD()
return _r0.i;
label4:;
_r0.i = -_r1.i;
goto label3;
//XMLVM_END_WRAPPER
}
JAVA_LONG java_lang_Math_abs___long(JAVA_LONG n1)
{
XMLVM_CLASS_INIT(java_lang_Math)
//XMLVM_BEGIN_WRAPPER[java_lang_Math_abs___long]
XMLVM_ENTER_METHOD("java.lang.Math", "abs", "?")
XMLVMElem _r0;
XMLVMElem _r1;
XMLVMElem _r2;
XMLVMElem _r3;
_r2.l = n1;
XMLVM_SOURCE_POSITION("Math.java", 137)
_r0.l = 0;
_r0.i = _r2.l > _r0.l ? 1 : (_r2.l == _r0.l ? 0 : -1);
if (_r0.i < 0) goto label8;
_r0 = _r2;
label7:;
XMLVM_EXIT_METHOD()
return _r0.l;
label8:;
_r0.l = -_r2.l;
goto label7;
//XMLVM_END_WRAPPER
}
//XMLVM_NATIVE[JAVA_DOUBLE java_lang_Math_acos___double(JAVA_DOUBLE n1)]
//XMLVM_NATIVE[JAVA_DOUBLE java_lang_Math_asin___double(JAVA_DOUBLE n1)]
//XMLVM_NATIVE[JAVA_DOUBLE java_lang_Math_atan___double(JAVA_DOUBLE n1)]
//XMLVM_NATIVE[JAVA_DOUBLE java_lang_Math_atan2___double_double(JAVA_DOUBLE n1, JAVA_DOUBLE n2)]
//XMLVM_NATIVE[JAVA_DOUBLE java_lang_Math_cbrt___double(JAVA_DOUBLE n1)]
//XMLVM_NATIVE[JAVA_DOUBLE java_lang_Math_ceil___double(JAVA_DOUBLE n1)]
//XMLVM_NATIVE[JAVA_DOUBLE java_lang_Math_cos___double(JAVA_DOUBLE n1)]
//XMLVM_NATIVE[JAVA_DOUBLE java_lang_Math_cosh___double(JAVA_DOUBLE n1)]
//XMLVM_NATIVE[JAVA_DOUBLE java_lang_Math_exp___double(JAVA_DOUBLE n1)]
//XMLVM_NATIVE[JAVA_DOUBLE java_lang_Math_expm1___double(JAVA_DOUBLE n1)]
//XMLVM_NATIVE[JAVA_DOUBLE java_lang_Math_floor___double(JAVA_DOUBLE n1)]
//XMLVM_NATIVE[JAVA_DOUBLE java_lang_Math_hypot___double_double(JAVA_DOUBLE n1, JAVA_DOUBLE n2)]
//XMLVM_NATIVE[JAVA_DOUBLE java_lang_Math_IEEEremainder___double_double(JAVA_DOUBLE n1, JAVA_DOUBLE n2)]
//XMLVM_NATIVE[JAVA_DOUBLE java_lang_Math_log___double(JAVA_DOUBLE n1)]
//XMLVM_NATIVE[JAVA_DOUBLE java_lang_Math_log10___double(JAVA_DOUBLE n1)]
//XMLVM_NATIVE[JAVA_DOUBLE java_lang_Math_log1p___double(JAVA_DOUBLE n1)]
JAVA_DOUBLE java_lang_Math_max___double_double(JAVA_DOUBLE n1, JAVA_DOUBLE n2)
{
XMLVM_CLASS_INIT(java_lang_Math)
//XMLVM_BEGIN_WRAPPER[java_lang_Math_max___double_double]
XMLVM_ENTER_METHOD("java.lang.Math", "max", "?")
XMLVMElem _r0;
XMLVMElem _r1;
XMLVMElem _r2;
XMLVMElem _r3;
XMLVMElem _r4;
XMLVMElem _r5;
XMLVMElem _r6;
XMLVMElem _r7;
_r4.d = n1;
_r6.d = n2;
XMLVM_SOURCE_POSITION("Math.java", 513)
_r0.i = _r4.d > _r6.d ? 1 : (_r4.d == _r6.d ? 0 : -1);
if (_r0.i <= 0) goto label6;
_r0 = _r4;
label5:;
XMLVM_SOURCE_POSITION("Math.java", 514)
XMLVM_SOURCE_POSITION("Math.java", 528)
XMLVM_EXIT_METHOD()
return _r0.d;
label6:;
XMLVM_SOURCE_POSITION("Math.java", 516)
_r0.i = _r4.d > _r6.d ? 1 : (_r4.d == _r6.d ? 0 : -1);
if (_r0.i >= 0) goto label12;
_r0 = _r6;
XMLVM_SOURCE_POSITION("Math.java", 517)
goto label5;
label12:;
XMLVM_SOURCE_POSITION("Math.java", 520)
_r0.i = _r4.d > _r6.d ? 1 : (_r4.d == _r6.d ? 0 : -1);
if (_r0.i == 0) goto label19;
XMLVM_SOURCE_POSITION("Math.java", 521)
_r0.d = NaN;
goto label5;
label19:;
XMLVM_SOURCE_POSITION("Math.java", 525)
_r0.l = java_lang_Double_doubleToRawLongBits___double(_r4.d);
_r2.l = 0;
_r0.i = _r0.l > _r2.l ? 1 : (_r0.l == _r2.l ? 0 : -1);
if (_r0.i == 0) goto label31;
_r0 = _r6;
XMLVM_SOURCE_POSITION("Math.java", 526)
goto label5;
label31:;
_r0.d = 0.0;
goto label5;
//XMLVM_END_WRAPPER
}
JAVA_FLOAT java_lang_Math_max___float_float(JAVA_FLOAT n1, JAVA_FLOAT n2)
{
XMLVM_CLASS_INIT(java_lang_Math)
//XMLVM_BEGIN_WRAPPER[java_lang_Math_max___float_float]
XMLVM_ENTER_METHOD("java.lang.Math", "max", "?")
XMLVMElem _r0;
XMLVMElem _r1;
XMLVMElem _r2;
_r1.f = n1;
_r2.f = n2;
XMLVM_SOURCE_POSITION("Math.java", 550)
_r0.i = _r1.f > _r2.f ? 1 : (_r1.f == _r2.f ? 0 : -1);
if (_r0.i <= 0) goto label6;
_r0 = _r1;
label5:;
XMLVM_SOURCE_POSITION("Math.java", 551)
XMLVM_SOURCE_POSITION("Math.java", 565)
XMLVM_EXIT_METHOD()
return _r0.f;
label6:;
XMLVM_SOURCE_POSITION("Math.java", 553)
_r0.i = _r1.f > _r2.f ? 1 : (_r1.f == _r2.f ? 0 : -1);
if (_r0.i >= 0) goto label12;
_r0 = _r2;
XMLVM_SOURCE_POSITION("Math.java", 554)
goto label5;
label12:;
XMLVM_SOURCE_POSITION("Math.java", 557)
_r0.i = _r1.f > _r2.f ? 1 : (_r1.f == _r2.f ? 0 : -1);
if (_r0.i == 0) goto label19;
XMLVM_SOURCE_POSITION("Math.java", 558)
_r0.f = NaN;
goto label5;
label19:;
XMLVM_SOURCE_POSITION("Math.java", 562)
_r0.i = java_lang_Float_floatToRawIntBits___float(_r1.f);
if (_r0.i == 0) goto label27;
_r0 = _r2;
XMLVM_SOURCE_POSITION("Math.java", 563)
goto label5;
label27:;
_r0.f = 0.0;
goto label5;
//XMLVM_END_WRAPPER
}
JAVA_INT java_lang_Math_max___int_int(JAVA_INT n1, JAVA_INT n2)
{
XMLVM_CLASS_INIT(java_lang_Math)
//XMLVM_BEGIN_WRAPPER[java_lang_Math_max___int_int]
XMLVM_ENTER_METHOD("java.lang.Math", "max", "?")
XMLVMElem _r0;
XMLVMElem _r1;
XMLVMElem _r2;
_r1.i = n1;
_r2.i = n2;
XMLVM_SOURCE_POSITION("Math.java", 579)
if (_r1.i <= _r2.i) goto label4;
_r0 = _r1;
label3:;
XMLVM_EXIT_METHOD()
return _r0.i;
label4:;
_r0 = _r2;
goto label3;
//XMLVM_END_WRAPPER
}
JAVA_LONG java_lang_Math_max___long_long(JAVA_LONG n1, JAVA_LONG n2)
{
XMLVM_CLASS_INIT(java_lang_Math)
//XMLVM_BEGIN_WRAPPER[java_lang_Math_max___long_long]
XMLVM_ENTER_METHOD("java.lang.Math", "max", "?")
XMLVMElem _r0;
XMLVMElem _r1;
XMLVMElem _r2;
XMLVMElem _r3;
XMLVMElem _r4;
XMLVMElem _r5;
_r2.l = n1;
_r4.l = n2;
XMLVM_SOURCE_POSITION("Math.java", 593)
_r0.i = _r2.l > _r4.l ? 1 : (_r2.l == _r4.l ? 0 : -1);
if (_r0.i <= 0) goto label6;
_r0 = _r2;
label5:;
XMLVM_EXIT_METHOD()
return _r0.l;
label6:;
_r0 = _r4;
goto label5;
//XMLVM_END_WRAPPER
}
JAVA_DOUBLE java_lang_Math_min___double_double(JAVA_DOUBLE n1, JAVA_DOUBLE n2)
{
XMLVM_CLASS_INIT(java_lang_Math)
//XMLVM_BEGIN_WRAPPER[java_lang_Math_min___double_double]
XMLVM_ENTER_METHOD("java.lang.Math", "min", "?")
XMLVMElem _r0;
XMLVMElem _r1;
XMLVMElem _r2;
XMLVMElem _r3;
XMLVMElem _r4;
XMLVMElem _r5;
XMLVMElem _r6;
XMLVMElem _r7;
_r4.d = n1;
_r6.d = n2;
XMLVM_SOURCE_POSITION("Math.java", 615)
_r0.i = _r4.d > _r6.d ? 1 : (_r4.d == _r6.d ? 0 : -1);
if (_r0.i <= 0) goto label6;
_r0 = _r6;
label5:;
XMLVM_SOURCE_POSITION("Math.java", 616)
XMLVM_SOURCE_POSITION("Math.java", 630)
XMLVM_EXIT_METHOD()
return _r0.d;
label6:;
XMLVM_SOURCE_POSITION("Math.java", 618)
_r0.i = _r4.d > _r6.d ? 1 : (_r4.d == _r6.d ? 0 : -1);
if (_r0.i >= 0) goto label12;
_r0 = _r4;
XMLVM_SOURCE_POSITION("Math.java", 619)
goto label5;
label12:;
XMLVM_SOURCE_POSITION("Math.java", 622)
_r0.i = _r4.d > _r6.d ? 1 : (_r4.d == _r6.d ? 0 : -1);
if (_r0.i == 0) goto label19;
XMLVM_SOURCE_POSITION("Math.java", 623)
_r0.d = NaN;
goto label5;
label19:;
XMLVM_SOURCE_POSITION("Math.java", 627)
_r0.l = java_lang_Double_doubleToRawLongBits___double(_r4.d);
_r2.l = -9223372036854775808;
_r0.i = _r0.l > _r2.l ? 1 : (_r0.l == _r2.l ? 0 : -1);
if (_r0.i != 0) goto label32;
XMLVM_SOURCE_POSITION("Math.java", 628)
_r0.d = -0.0;
goto label5;
label32:;
_r0 = _r6;
goto label5;
//XMLVM_END_WRAPPER
}
JAVA_FLOAT java_lang_Math_min___float_float(JAVA_FLOAT n1, JAVA_FLOAT n2)
{
XMLVM_CLASS_INIT(java_lang_Math)
//XMLVM_BEGIN_WRAPPER[java_lang_Math_min___float_float]
XMLVM_ENTER_METHOD("java.lang.Math", "min", "?")
XMLVMElem _r0;
XMLVMElem _r1;
XMLVMElem _r2;
XMLVMElem _r3;
_r2.f = n1;
_r3.f = n2;
XMLVM_SOURCE_POSITION("Math.java", 652)
_r0.i = _r2.f > _r3.f ? 1 : (_r2.f == _r3.f ? 0 : -1);
if (_r0.i <= 0) goto label6;
_r0 = _r3;
label5:;
XMLVM_SOURCE_POSITION("Math.java", 653)
XMLVM_SOURCE_POSITION("Math.java", 667)
XMLVM_EXIT_METHOD()
return _r0.f;
label6:;
XMLVM_SOURCE_POSITION("Math.java", 655)
_r0.i = _r2.f > _r3.f ? 1 : (_r2.f == _r3.f ? 0 : -1);
if (_r0.i >= 0) goto label12;
_r0 = _r2;
XMLVM_SOURCE_POSITION("Math.java", 656)
goto label5;
label12:;
XMLVM_SOURCE_POSITION("Math.java", 659)
_r0.i = _r2.f > _r3.f ? 1 : (_r2.f == _r3.f ? 0 : -1);
if (_r0.i == 0) goto label19;
XMLVM_SOURCE_POSITION("Math.java", 660)
_r0.f = NaN;
goto label5;
label19:;
XMLVM_SOURCE_POSITION("Math.java", 664)
_r0.i = java_lang_Float_floatToRawIntBits___float(_r2.f);
_r1.i = -2147483648;
if (_r0.i != _r1.i) goto label30;
XMLVM_SOURCE_POSITION("Math.java", 665)
_r0.f = -0.0;
goto label5;
label30:;
_r0 = _r3;
goto label5;
//XMLVM_END_WRAPPER
}
JAVA_INT java_lang_Math_min___int_int(JAVA_INT n1, JAVA_INT n2)
{
XMLVM_CLASS_INIT(java_lang_Math)
//XMLVM_BEGIN_WRAPPER[java_lang_Math_min___int_int]
XMLVM_ENTER_METHOD("java.lang.Math", "min", "?")
XMLVMElem _r0;
XMLVMElem _r1;
XMLVMElem _r2;
_r1.i = n1;
_r2.i = n2;
XMLVM_SOURCE_POSITION("Math.java", 681)
if (_r1.i >= _r2.i) goto label4;
_r0 = _r1;
label3:;
XMLVM_EXIT_METHOD()
return _r0.i;
label4:;
_r0 = _r2;
goto label3;
//XMLVM_END_WRAPPER
}
JAVA_LONG java_lang_Math_min___long_long(JAVA_LONG n1, JAVA_LONG n2)
{
XMLVM_CLASS_INIT(java_lang_Math)
//XMLVM_BEGIN_WRAPPER[java_lang_Math_min___long_long]
XMLVM_ENTER_METHOD("java.lang.Math", "min", "?")
XMLVMElem _r0;
XMLVMElem _r1;
XMLVMElem _r2;
XMLVMElem _r3;
XMLVMElem _r4;
XMLVMElem _r5;
_r2.l = n1;
_r4.l = n2;
XMLVM_SOURCE_POSITION("Math.java", 695)
_r0.i = _r2.l > _r4.l ? 1 : (_r2.l == _r4.l ? 0 : -1);
if (_r0.i >= 0) goto label6;
_r0 = _r2;
label5:;
XMLVM_EXIT_METHOD()
return _r0.l;
label6:;
_r0 = _r4;
goto label5;
//XMLVM_END_WRAPPER
}
//XMLVM_NATIVE[JAVA_DOUBLE java_lang_Math_pow___double_double(JAVA_DOUBLE n1, JAVA_DOUBLE n2)]
//XMLVM_NATIVE[JAVA_DOUBLE java_lang_Math_rint___double(JAVA_DOUBLE n1)]
JAVA_LONG java_lang_Math_round___double(JAVA_DOUBLE n1)
{
XMLVM_CLASS_INIT(java_lang_Math)
//XMLVM_BEGIN_WRAPPER[java_lang_Math_round___double]
XMLVM_ENTER_METHOD("java.lang.Math", "round", "?")
XMLVMElem _r0;
XMLVMElem _r1;
XMLVMElem _r2;
XMLVMElem _r3;
_r2.d = n1;
XMLVM_SOURCE_POSITION("Math.java", 777)
_r0.i = _r2.d > _r2.d ? 1 : (_r2.d == _r2.d ? 0 : -1);
if (_r0.i == 0) goto label7;
XMLVM_SOURCE_POSITION("Math.java", 778)
_r0.l = 0;
label6:;
XMLVM_SOURCE_POSITION("Math.java", 780)
XMLVM_EXIT_METHOD()
return _r0.l;
label7:;
_r0.d = 0.5;
_r0.d = _r0.d + _r2.d;
_r0.d = java_lang_Math_floor___double(_r0.d);
_r0.l = (JAVA_LONG) _r0.d;
goto label6;
//XMLVM_END_WRAPPER
}
JAVA_INT java_lang_Math_round___float(JAVA_FLOAT n1)
{
XMLVM_CLASS_INIT(java_lang_Math)
//XMLVM_BEGIN_WRAPPER[java_lang_Math_round___float]
XMLVM_ENTER_METHOD("java.lang.Math", "round", "?")
XMLVMElem _r0;
XMLVMElem _r1;
XMLVMElem _r2;
_r2.f = n1;
XMLVM_SOURCE_POSITION("Math.java", 804)
_r0.i = _r2.f > _r2.f ? 1 : (_r2.f == _r2.f ? 0 : -1);
if (_r0.i == 0) goto label6;
XMLVM_SOURCE_POSITION("Math.java", 805)
_r0.i = 0;
label5:;
XMLVM_SOURCE_POSITION("Math.java", 807)
XMLVM_EXIT_METHOD()
return _r0.i;
label6:;
_r0.f = 0.5;
_r0.f = _r0.f + _r2.f;
_r0.d = (JAVA_DOUBLE) _r0.f;
_r0.d = java_lang_Math_floor___double(_r0.d);
_r0.i = (JAVA_INT) _r0.d;
goto label5;
//XMLVM_END_WRAPPER
}
JAVA_DOUBLE java_lang_Math_signum___double(JAVA_DOUBLE n1)
{
XMLVM_CLASS_INIT(java_lang_Math)
//XMLVM_BEGIN_WRAPPER[java_lang_Math_signum___double]
XMLVM_ENTER_METHOD("java.lang.Math", "signum", "?")
XMLVMElem _r0;
XMLVMElem _r1;
XMLVMElem _r2;
XMLVMElem _r3;
_r2.d = n1;
XMLVM_SOURCE_POSITION("Math.java", 830)
// Red class access removed: java.lang.StrictMath::signum
XMLVM_RED_CLASS_DEPENDENCY();
XMLVM_EXIT_METHOD()
return _r0.d;
//XMLVM_END_WRAPPER
}
JAVA_FLOAT java_lang_Math_signum___float(JAVA_FLOAT n1)
{
XMLVM_CLASS_INIT(java_lang_Math)
//XMLVM_BEGIN_WRAPPER[java_lang_Math_signum___float]
XMLVM_ENTER_METHOD("java.lang.Math", "signum", "?")
XMLVMElem _r0;
XMLVMElem _r1;
_r1.f = n1;
XMLVM_SOURCE_POSITION("Math.java", 853)
// Red class access removed: java.lang.StrictMath::signum
XMLVM_RED_CLASS_DEPENDENCY();
XMLVM_EXIT_METHOD()
return _r0.f;
//XMLVM_END_WRAPPER
}
//XMLVM_NATIVE[JAVA_DOUBLE java_lang_Math_sin___double(JAVA_DOUBLE n1)]
//XMLVM_NATIVE[JAVA_DOUBLE java_lang_Math_sinh___double(JAVA_DOUBLE n1)]
//XMLVM_NATIVE[JAVA_DOUBLE java_lang_Math_sqrt___double(JAVA_DOUBLE n1)]
//XMLVM_NATIVE[JAVA_DOUBLE java_lang_Math_tan___double(JAVA_DOUBLE n1)]
//XMLVM_NATIVE[JAVA_DOUBLE java_lang_Math_tanh___double(JAVA_DOUBLE n1)]
JAVA_DOUBLE java_lang_Math_random__()
{
XMLVM_CLASS_INIT(java_lang_Math)
//XMLVM_BEGIN_WRAPPER[java_lang_Math_random__]
XMLVM_ENTER_METHOD("java.lang.Math", "random", "?")
XMLVMElem _r0;
XMLVMElem _r1;
XMLVM_SOURCE_POSITION("Math.java", 964)
_r0.o = java_lang_Math_GET_random();
if (_r0.o != JAVA_NULL) goto label11;
XMLVM_SOURCE_POSITION("Math.java", 965)
// Red class access removed: java.util.Random::new-instance
XMLVM_RED_CLASS_DEPENDENCY();
// Red class access removed: java.util.Random::<init>
XMLVM_RED_CLASS_DEPENDENCY();
java_lang_Math_PUT_random( _r0.o);
label11:;
XMLVM_SOURCE_POSITION("Math.java", 967)
_r0.o = java_lang_Math_GET_random();
// Red class access removed: java.util.Random::nextDouble
XMLVM_RED_CLASS_DEPENDENCY();
XMLVM_EXIT_METHOD()
return _r0.d;
//XMLVM_END_WRAPPER
}
JAVA_DOUBLE java_lang_Math_toRadians___double(JAVA_DOUBLE n1)
{
XMLVM_CLASS_INIT(java_lang_Math)
//XMLVM_BEGIN_WRAPPER[java_lang_Math_toRadians___double]
XMLVM_ENTER_METHOD("java.lang.Math", "toRadians", "?")
XMLVMElem _r0;
XMLVMElem _r1;
XMLVMElem _r2;
XMLVMElem _r3;
XMLVMElem _r4;
XMLVMElem _r5;
_r4.d = n1;
XMLVM_SOURCE_POSITION("Math.java", 988)
_r0.d = 180.0;
_r0.d = _r4.d / _r0.d;
_r2.d = 3.141592653589793;
_r0.d = _r0.d * _r2.d;
XMLVM_EXIT_METHOD()
return _r0.d;
//XMLVM_END_WRAPPER
}
JAVA_DOUBLE java_lang_Math_toDegrees___double(JAVA_DOUBLE n1)
{
XMLVM_CLASS_INIT(java_lang_Math)
//XMLVM_BEGIN_WRAPPER[java_lang_Math_toDegrees___double]
XMLVM_ENTER_METHOD("java.lang.Math", "toDegrees", "?")
XMLVMElem _r0;
XMLVMElem _r1;
XMLVMElem _r2;
XMLVMElem _r3;
XMLVMElem _r4;
XMLVMElem _r5;
_r4.d = n1;
XMLVM_SOURCE_POSITION("Math.java", 1009)
_r0.d = 180.0;
_r0.d = _r0.d * _r4.d;
_r2.d = 3.141592653589793;
_r0.d = _r0.d / _r2.d;
XMLVM_EXIT_METHOD()
return _r0.d;
//XMLVM_END_WRAPPER
}
JAVA_DOUBLE java_lang_Math_ulp___double(JAVA_DOUBLE n1)
{
XMLVM_CLASS_INIT(java_lang_Math)
//XMLVM_BEGIN_WRAPPER[java_lang_Math_ulp___double]
XMLVM_ENTER_METHOD("java.lang.Math", "ulp", "?")
XMLVMElem _r0;
XMLVMElem _r1;
XMLVMElem _r2;
XMLVMElem _r3;
XMLVMElem _r4;
XMLVMElem _r5;
_r4.d = n1;
_r2.d = 1.7976931348623157E308;
XMLVM_SOURCE_POSITION("Math.java", 1033)
_r0.i = java_lang_Double_isInfinite___double(_r4.d);
if (_r0.i == 0) goto label14;
XMLVM_SOURCE_POSITION("Math.java", 1034)
_r0.d = Infinity;
label13:;
XMLVM_SOURCE_POSITION("Math.java", 1039)
XMLVM_EXIT_METHOD()
return _r0.d;
label14:;
XMLVM_SOURCE_POSITION("Math.java", 1035)
_r0.i = _r4.d > _r2.d ? 1 : (_r4.d == _r2.d ? 0 : -1);
if (_r0.i == 0) goto label27;
_r0.d = -1.7976931348623157E308;
_r0.i = _r4.d > _r0.d ? 1 : (_r4.d == _r0.d ? 0 : -1);
if (_r0.i != 0) goto label39;