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DefinitionBlock(
"init1065.aml", // Output filename
"DSDT", // Signature
0x02, // DSDT Revision
"Intel", // OEMID
"Many", // TABLE ID
0x00000001 // OEM Revision
) {
/*
* ACPICA API Test Suite
* Init tests 0038 and 0039 supporting code
*/
// Integer
Name(INT0, 0)
Name(INT1, 0xfedcba9876543211)
Name(INT2, 257)
Name(INT3, 65)
// String
Name(STR0, "source string")
Name(STR1, "target string")
Name(STR2, "string")
// Buffer
Name(BUF0, Buffer(9){9,8,7,6,5,4,3,2,1})
Name(BUF1, Buffer(17){0xc3})
// Initializer of Fields
Name(BUF2, Buffer(9){0x95,0x85,0x75,0x65,0x55,0x45,0x35,0x25,0x15})
// Base of Buffer Fields
Name(BUFY, Buffer(INT2){})
Name(BUFZ, Buffer(9){0x80, 0x81, 0x82, 0x83, 0x84, 0x85, 0x86, 0x87, 0x88})
// Package
Name(PAC0, Package(3) {
0xfedcba987654321f,
"test package",
Buffer(9){19,18,17,16,15,14,13,12,11},
})
Name(PAC1, Package(1) {"target package"})
Name(PACO, Package(2) {"OPR0", "OPR1"})
Name(PACB, Package(4) {"BFL0", "BFL2", "BFL4", "BFL6"})
// Field Unit
Field(OPR0, ByteAcc, NoLock, Preserve) {
FLU0, 69,
FLU2, 64,
FLU4, 32,
}
// Device
Name(INVC, 0) // Counter of Devices' _INI and _STA methods invocations
Name(INVM, 0) // Mask of Devices' _INI and _STA methods invocations
// Without the _STA or _INI methods
Device(DEV0) {Name(s000, "DEV0")}
// With the _INI method only (default _STA)
Device(DEV1) {
Name(s000, "DEV1")
Method(_INI) {
Increment(INVC)
Or(INVM, 0x01, INVM)
}
}
// With the _STA method only
Device(\_SB.DEV2) {
Name(s000, "DEV2")
Method(_STA) {
Increment(INVC)
Or(INVM, 0x02, INVM)
Return(0xf)
}
}
// With the both _INI and _STA methods
Device(\DEV0.DEV3) {
Name(s000, "DEV3")
Method(_INI) {
Increment(INVC)
Or(INVM, 0x04, INVM)
}
Method(_STA) {
Increment(INVC)
Or(INVM, 0x08, INVM)
Return(0xf)
}
}
// With the both _INI and _STA methods
Device(\DEV0.DEV3.DEV4) {
Name(s000, "DEV4")
Method(_INI) {
Increment(INVC)
Or(INVM, 0x10, INVM)
}
Method(_STA) {
Increment(INVC)
Or(INVM, 0x20, INVM)
Return(0xf)
}
}
// With the both _INI and _STA methods
Device(\DEV0.DEV5) {
Name(s000, "DEV5")
Method(_INI) {
Increment(INVC)
Or(INVM, 0x40, INVM)
}
Method(_STA) {
Increment(INVC)
Or(INVM, 0x80, INVM)
Return(0xf)
}
}
// With the both _INI and _STA methods,
// but the last indicates that device:
// - is not present,
// - is not enabled.
Device(\DEV0.DEV6) {
Name(s000, "DEV6")
Method(_INI) {
Increment(INVC)
Or(INVM, 0x100, INVM)
}
Method(_STA) {
Increment(INVC)
Or(INVM, 0x200, INVM)
Return(0xc)
}
}
// Event
Event(EVE0)
Event(EVE1)
// Method
Name(MM00, "ff0X") // Value, returned from MMMX
Name(MM01, "ff1Y") // Value, returned from MMMY
Name(MMM0, 0) // Method as Source Object
Name(MMM1, 0) // Method as Target Object
Method(MMMX) {Return (MM00)}
Method(MMMY) {Return (MM01)}
// Mutex
Mutex(MTX0, 0)
Mutex(MTX1, 0)
// Operation Region
OperationRegion(OPR0, SystemMemory, 0, 48)
OperationRegion(OPR1, SystemMemory, 0, 24)
// Power Resource
PowerResource(PWR0, 0, 0) {Name(s000, "PWR0")}
PowerResource(PWR1, 0, 0) {Name(s000, "PWR1")}
// Processor
Processor(CPU0, 0x0, 0xFFFFFFFF, 0x0) {Name(s000, "CPU0")}
Processor(CPU1, 0x0, 0xFFFFFFFF, 0x0) {Name(s000, "CPU1")}
// Thermal Zone
ThermalZone(TZN0) {Name(s000, "TZN0")}
ThermalZone(TZN1) {Name(s000, "TZN1")}
// Buffer Field
Createfield(BUFZ, 0, 69, BFL0)
Method(M000, 7)
{
Increment(INT0)
}
Method(M001)
{
Return(BFL0)
}
Name (POUT, Package(1) {})
Name (IMAX, 0)
Name (IOUT, 0)
// Useful for indirect storing
Method(RSTO, 2) {Store(arg0, arg1)}
Method(DSTO, 2) {Store(Derefof(arg0), arg1)}
// Init the output package data
Method(INIP, 2)
{
Store (0, IOUT)
Store (arg0, IMAX)
if (LLess(IMAX, 1)) {
Store (1, IMAX)
}
if (LGreater(IMAX, 16)) {
Store (16, IMAX)
}
Switch (IMAX) {
Case (1) {RSTO(Package(1){}, Refof(POUT))}
Case (2) {RSTO(Package(2){}, Refof(POUT))}
Case (3) {RSTO(Package(3){}, Refof(POUT))}
Case (4) {RSTO(Package(4){}, Refof(POUT))}
Case (5) {RSTO(Package(5){}, Refof(POUT))}
Case (6) {RSTO(Package(6){}, Refof(POUT))}
Case (7) {RSTO(Package(7){}, Refof(POUT))}
Case (8) {RSTO(Package(8){}, Refof(POUT))}
Case (9) {RSTO(Package(9){}, Refof(POUT))}
Case (10) {RSTO(Package(10){}, Refof(POUT))}
Case (11) {RSTO(Package(11){}, Refof(POUT))}
Case (12) {RSTO(Package(12){}, Refof(POUT))}
Case (13) {RSTO(Package(13){}, Refof(POUT))}
Case (14) {RSTO(Package(14){}, Refof(POUT))}
Case (15) {RSTO(Package(15){}, Refof(POUT))}
Case (16) {RSTO(Package(16){}, Refof(POUT))}
Default {RSTO(Package(32){}, Refof(POUT))}
}
OUTP(arg1)
}
Method(OUTP, 1)
{
if (LLess(IOUT, IMAX)) {
Store (arg0, Index(POUT, IOUT))
Increment(IOUT)
}
}
Method(m134, 1)
{
Name(i000, 0x11)
Name(i001, 0x22)
Name(i002, 0x33)
Name(i003, 0x44)
Name(i004, 0x55)
Name(i005, 0x66)
Name(i006, 0x77)
Method(m000, 7)
{
OUTP("LocalX case of Method started:")
Store(RefOf(i000), Local0)
Store(Local0, Local1)
Store(Local1, Local2)
Store(Local2, Local3)
Store(Local3, Local4)
Store(Local4, Local5)
Store(Local5, Local6)
Store(0x88, Local6)
if (LNotEqual(i000, 0x11)) {
OUTP("Error 0:")
OUTP(i000)
} else {
if (LNotEqual(Local6, 0x88)) {
OUTP("Error 10:")
} else {
OUTP("Ok 0:")
}
OUTP(Local6)
}
OUTP("LocalX case of Method finished")
}
Method(m001, 7)
{
OUTP("ArgX case of Method started:")
Store(RefOf(i000), arg0)
Store(arg0, arg1)
Store(arg1, arg2)
Store(arg2, arg3)
Store(arg3, arg4)
Store(arg4, arg5)
Store(arg5, arg6)
Store(0x88, arg6)
if (LNotEqual(i000, 0x11)) {
OUTP("Error 1:")
OUTP(i000)
} else {
if (LNotEqual(arg6, 0x88)) {
OUTP("Error 11:")
} else {
OUTP("Ok 1:")
}
OUTP(arg6)
}
OUTP("ArgX case of Method finished")
}
Method(m002, 7)
{
OUTP("references in ArgX case of Method started:")
// Store(RefOf(i000), arg0)
Store(arg0, arg1)
Store(arg1, arg2)
Store(arg2, arg3)
Store(arg3, arg4)
Store(arg4, arg5)
Store(arg5, arg6)
Store(0x88, arg6)
if (LNotEqual(i000, 0x11)) {
OUTP("Error 1:")
OUTP(i000)
} else {
if (LNotEqual(arg6, 0x88)) {
OUTP("Error 11:")
} else {
OUTP("Ok 1:")
}
OUTP(arg6)
}
OUTP("ArgX case of Method finished")
}
INIP(5, "Bug 134: ArgX term effectively becomes a LocalX term")
if (LEqual(arg0, 0)) {
m000(i000,i001,i002,i003,i004,i005,i006)
} elseif (LEqual(arg0, 1)) {
m001(i000,i001,i002,i003,i004,i005,i006)
} elseif (LEqual(arg0, 2)) {
m002(Refof(i000),Refof(i001),Refof(i002),Refof(i003),Refof(i004),
Refof(i005),Refof(i006))
}
Return (POUT)
}
Method(fact, 1)
{
if (Arg0) {
Subtract(Arg0, 1, Local0)
if (Local0) {
Store (fact(Local0), Local1)
Return (Multiply(Arg0, Local1))
} else {
Return (1)
}
} else {
Return (1)
}
}
Method(MAIN)
{
Return (fact(6))
}
}
|
