; Copyright 2000 Pace Micro Technology plc
;
; Licensed under the Apache License, Version 2.0 (the "License");
; you may not use this file except in compliance with the License.
; You may obtain a copy of the License at
;
; http://www.apache.org/licenses/LICENSE-2.0
;
; Unless required by applicable law or agreed to in writing, software
; distributed under the License is distributed on an "AS IS" BASIS,
; WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
; See the License for the specific language governing permissions and
; limitations under the License.
;
; ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
; now the conditional flags for the version we want
; ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
GBLL CacheOff
CacheOff SETL {FALSE}
; ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
; essential global variables
; ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
GET Version
GBLS VersionNo
[ Module_MinorVersion = "" :LOR: :LNOT: STB
VersionNo SETS "$VString ($Date)"
|
VersionNo SETS "$VString ($Date) $Module_MinorVersion"
]
; SystemName moved to Machine.* header files.
GBLS MosTitle
MosTitle SETS "$SystemName $VersionNo"
GBLL AddTubeBashers
AddTubeBashers SETL {FALSE}
Tube_Normal * 1
Tube_Simulator * 2
GBLA TubeType
TubeType SETA Tube_Simulator
UserMemStart * &8000
AssemblingArthur SETL {TRUE}
; defined in hdr.system to allow conditionals in macros
GBLL ShowWS
ShowWS SETL {TRUE} ; Make KernelWS be verbose
GBLL DoingVdu
DoingVdu SETL {FALSE} ; so can get KeyWS!
GBLL Module
Module SETL {FALSE}
GBLL IncludeTestSrc ; whether test code is included
IncludeTestSrc SETL :LNOT: HAL
;RISC OS 3.71 onwards assumed bus timings - if true, then ROM speeds atc are assumed according to IOMD ID regs. as follows:
; if IOMD (Risc PC) ROM ticks 5-3 (assumed bus 32 MHz)
; if 7500 (A7000) ROM ticks 5-3 (assumed bus 32 MHz), all clocks divide-by-1
; if 7500FE (A7000+) ROM ticks 5-3,half speed (asssumed bus 64 MHz), EDO memory, divide-by-2 I/O, divide-by-1 CPU and memory
;
GBLL RO371Timings
RO371Timings SETL :LNOT: STB
GBLL VCOstartfix ;code in early kernel to fix VCO start problem on A7000 (esp. 7500FE)
VCOstartfix SETL {TRUE}
; For development on Customer M hardware only
GBLL ParallelFlashUpgrade
ParallelFlashUpgrade SETL {FALSE}
;whether we support running on the (Risc PC) emulator
GBLL EmulatorSupport
EmulatorSupport SETL {FALSE} ; Disabled; QEMU doesn't like it
[ :LNOT: RO371Timings
GBLL NormalSpeedROMS
[ STB
NormalSpeedROMS SETL {TRUE} ;use FALSE for slow EPROMS
|
NormalSpeedROMS SETL {FALSE} ;use FALSE for slow EPROMS
]
GBLL AutoSpeedROMS
AutoSpeedROMS SETL {TRUE} :LAND: :LNOT: STB
GBLL RISCPCBurstMode
RISCPCBurstMode SETL {FALSE}
;>>>RCM says if the FRM approves the use of burst mode ROMS for
;>>>RISC PC (no reason why it shouldn't) all references to RISCPCBurstMode
;>>>could be replaced by NormalSpeedROMS
] ; :LNOT:RO371Timings
GBLL DoInitialiseMode
DoInitialiseMode SETL {TRUE} :LAND: Embedded_UI
[ STB
GBLL Select16BitSound ; STBs and pre-IOMD systems don't have this link
Select16BitSound SETL {FALSE}
|
GBLL Select16BitSound
Select16BitSound SETL {TRUE}
]
GBLL Japanese16BitSound
Japanese16BitSound SETL {TRUE} :LAND: STB
GBLL ChecksumCMOS
ChecksumCMOS SETL {TRUE}
GBLL SqueezeMods ; whether squeezed modules are allowed
SqueezeMods SETL {TRUE}
GBLL International ; whether text and error messages come from messages file.
International SETL {TRUE}
GBLL CacheCommonErrors ; whether common internationalised errors are cached in sysheap
CacheCommonErrors SETL International :LAND: {TRUE}
GBLL MouseBufferManager ; Whether mouse uses buffer manager
MouseBufferManager SETL {TRUE}
GBLL IrqsInClaimRelease ; Whether OS_Claim/Release restore IRQ's before releasing heap node
IrqsInClaimRelease SETL {TRUE}
GBLL TickIrqReenter ; Whether TickEventChain processing re-enables IRQ's
TickIrqReenter SETL {TRUE}
GBLL SoftResets ; If false, always force a hard reset
SoftResets SETL {FALSE}
GBLL AlwaysClearRAM ; If true, clear RAM on every break/reset
AlwaysClearRAM SETL {TRUE}
GBLL CacheCMOSRAM ; Whether to keep a RAM copy of CMOS RAM for faster access
CacheCMOSRAM SETL {TRUE}
GBLL CheckProtectionLink ; if true, disallow CMOS RAM changes if link in protected position
CheckProtectionLink SETL {TRUE} ; NB affects Delete/Copy/R/T and 0-9/.
GBLL ValidateCMOS ; Apply special CMOS-corruption detection code,
ValidateCMOS SETL {TRUE} ; and do minimal default settings.
GBLL LCDInvert
LCDInvert SETL {TRUE} :LAND: :LNOT: STB
GBLL LCDSupport ; Whether LCD Support is assembled in or not
LCDSupport SETL {TRUE} :LAND: :LNOT: STB
GBLL ModeSelectors ; whether mode selectors are understood
ModeSelectors SETL {TRUE}
GBLL MakeModeSelectorsForModeNumbers
MakeModeSelectorsForModeNumbers SETL ModeSelectors :LAND: {FALSE} ; not actually needed after all
GBLL IgnoreVRAM ; if true, don't add VRAM to the RAM list (+ don't use for screen)
IgnoreVRAM SETL {FALSE}
GBLL UseGraphicsV ; if true, use GraphicsV, rather than going straight
UseGraphicsV SETL {TRUE} ; to the hardware (or HAL)
GBLL LateAborts ; if true, use late abort mode on ARM600 (compulsory on ARM700)
LateAborts SETL {TRUE}
GBLL ShrinkableDAs ; if true, support Shrinkable Dynamic Areas (eg. CacheFS)
ShrinkableDAs SETL {TRUE}
GBLL DA_Batman ; Holey dynamic areas Batman!
DA_Batman SETL {TRUE} ; concept of sparsely mapped dynamic areas introduced for Ursula
GBLL ShadowROM ; if true, the ROM is mirrored above
ShadowROM SETL {FALSE} ; &FF800000
GBLL Interruptible32bitModes ; if true, limited 32-bit mode code support (interrupt handler does not assume
Interruptible32bitModes SETL {TRUE} ; 26-bit foreground), also allows faster, 32-bit APCS version of FPEmulator
GBLL GSWorkspaceInKernelBuffers ; Move gstrans workspace into the kernel buffers area to fix redirection
GSWorkspaceInKernelBuffers SETL {TRUE} ; and everything else that suffers from the dodgy use of scratch space.
GBLL EarlierReentrancyInDAShrink
EarlierReentrancyInDAShrink SETL {TRUE} ; fix for RAMFS and new FileCore (causes reentrant DA shrink/remove)
GBLL OnlyKernelCanAccessHardwareVectors
OnlyKernelCanAccessHardwareVectors SETL {TRUE} ; if true, only the Kernel is permitted to write to the hardware vectors
; while in 26-bit mode. If false, the whole ROM can (including BASIC
; and the Shared C Library - eg any memcpy!)
GBLL LongCommandLines ; first introduced for Ursula, merged into HAL kernel
LongCommandLines SETL {TRUE}
[ LongCommandLines
LongCLISize * 1024 ; buffer size for long commands
]
GBLL StrongARM
GBLL SAcleanflushbroken ; whether StrongARM single MCR for DC clean+flush broken (is always for SA110)
GBLL SASTMhatbroken ; whether ROM must support SA110's with broken STM^ (revision 3 should fix this)
GBLL StrongARM_POST ; whether to run POST for StrongARM (and possibly ARM8)
GBLL ARM6support
GBLL XScaleMiniCache ; is the XScale mini data-cache used (at all)
GBLL XScaleJTAGDebug
GBLL ECC ; use ECC on XScale. May compromise other ARM compatibility
StrongARM SETL {TRUE}
SAcleanflushbroken SETL {TRUE} :LAND: StrongARM
SASTMhatbroken SETL {TRUE} :LAND: StrongARM
StrongARM_POST SETL {TRUE} :LAND: StrongARM
ARM6support SETL (MEMM_Type = "ARM600") ; Needs updating for VMSAv6 compatability
XScaleMiniCache SETL {FALSE}
XScaleJTAGDebug SETL {TRUE}
ECC SETL {FALSE}
;mjs
;Chocolate flavours implemented for Ursula, but they are generally useful performance enhancements
;(not all Ursula performance improvements are flagged with Chocolate - eg. simple changes such as slicker SWI
;despatch and wider SWI hashing)
;
;any ARM
;
GBLL ChocolateSysHeap ;whether to save cost of SysHeap block claim/release for common cases (eg. callback blocks)
;also reduces SysHeap stress by using fewer blocks in total
GBLL ChocolateOSMod ;whether to reduce SysHeap stress in module handling
GBLL ChocolateSysVars ;whether to do performance improvements in system variable handling
GBLL ChocolateOscli ;whether to do performance improvements in Oscli command stuff
GBLL ChocolateService ;whether to implement fast module service call distribution (uses table introduced
;into module format by Ursula API)
GBLL ChocolateAMB ;whether to compile support for Lazy task swapping
;possibly enabled at run time for some ARMs only
ChocolateSysHeap SETL {TRUE}
ChocolateOSMod SETL {TRUE}
ChocolateSysVars SETL {TRUE}
ChocolateOscli SETL {TRUE}
ChocolateService SETL {TRUE}
ChocolateAMB SETL {TRUE} :LAND: No26bitCode ; not implemented for 26bit kernel at present
[ ChocolateSysHeap
GBLA MaxChocolateCBBlocks ;max quick CallBack blocks available at any one time (else ordinary heap nodes used)
GBLA MaxChocolateSVBlocks ;max quick Software Vector blocks available at any one time (else ordinary heap nodes used)
GBLA MaxChocolateTKBlocks ;max quick Ticker blocks available at any one time (else ordinary heap nodes used)
GBLA MaxChocolateMRBlocks ;max module ROM blocks before ordinary heap nodes are used (reduces total no. nodes in SysHeap)
GBLA MaxChocolateMABlocks ;max module Active blocks before ordinary heap nodes are used
GBLA MaxChocolateMSBlocks ;max module SWI Hash blocks before ordinary heap nodes are used
MaxChocolateCBBlocks SETA 32
MaxChocolateSVBlocks SETA 128
MaxChocolateTKBlocks SETA 32
MaxChocolateMRBlocks SETA 150
MaxChocolateMABlocks SETA 150
MaxChocolateMSBlocks SETA 150
]
GBLL Oscli_QuickAliases
GBLL Oscli_HashedCommands
Oscli_QuickAliases SETL {TRUE} :LAND: ChocolateOscli ;try to do a better job of checking for aliases
Oscli_HashedCommands SETL {TRUE} :LAND: ChocolateOscli ;try to do a better job of finding commands
GBLL mjsServiceTrace ;for statistics gathering on service calls only
mjsServiceTrace SETL {FALSE}
GBLL mjsSysHeapNodesTrace ;for statistics gathering on some SysHeap nodes only
mjsSysHeapNodesTrace SETL {FALSE}
GBLL NoSPSRcorruption ;set to true if IRQ dispatcher
NoSPSRcorruption SETL {FALSE} ;preserves SPSR_SVC
GBLL RMTidyDoesNowt ; if true, RMTidy does nothing
RMTidyDoesNowt SETL {TRUE} ; should really be "machine has FSLock in ROM"
GBLL RogerEXEY ; if true, use Roger's new algorithm for XEigFactor, YEigFactor
RogerEXEY SETL {FALSE} ; Marketing don't like it!
GBLL DebugROMInit
DebugROMInit SETL (Version :AND: 1) = 1 ; Yes for odd numbered development
GBLL DebugROMPostInit ; Displays when the PostInit service call is sent to each ROM module (currently works on vanilla service call handling only)
DebugROMPostInit SETL (:LNOT: ChocolateService) :LAND: {FALSE}
GBLL DebugROMErrors
DebugROMErrors SETL (Version :AND: 1) = 1 ; Yes for odd numbered development
GBLL DebugTerminal ; default WRCH and RDCH through HAL
DebugTerminal SETL {FALSE}
GBLL DebugHALTX
DebugHALTX SETL (Version :AND: 1) = 1 ; Yes for odd numbered development
GBLL DebugHeaps ; initialise claimed and freed blocks
DebugHeaps SETL {FALSE} ; (may slow things down unacceptably)
GBLL DebugCDA2 ; ChangeDynamicArea and related options
DebugCDA2 SETL {FALSE}
[ DebugHeaps :LOR: DebugROMInit :LOR: DebugROMPostInit :LOR: DebugROMErrors :LOR: DebugCDA2
! 0, "*** WARNING *** Debugging assembled in"
]
GBLL StorkPowerSave ;True => power saving for Stork AND A4
StorkPowerSave SETL MorrisSupport ;False=> older A4 code only
GBLL FixR9CorruptionInExtensionSWI ; whether R9 corruption by ExtensionSWI handler is fixed
FixR9CorruptionInExtensionSWI SETL No26bitCode ; currently FALSE as CC's !SpellMod (possibly others) rely on it being broken
GBLL FixCallBacks ; see Docs.CallbackChange
FixCallBacks SETL {TRUE} ; also addresses some atomicity problems
GBLL InterlacedPointer
InterlacedPointer SETL {TRUE} :LAND: STB ; enable code to do proper interlaced pointer
GBLL HiProcVecs ; Relocate processor vectors and first 16K of workspace to &FFFF0000
HiProcVecs SETL {FALSE} ; Leave off for now
; In an ideal world, we'd use something like this:
; HiProcVecs SETL M_Tungsten :LOR: :LNOT: NoARMv6
GBLL DebugForcedReset ; debug forced hard resets
DebugForcedReset SETL {FALSE}
GBLA ConfiguredLang
ConfiguredLang SETA 11 ; default configured language
GBLA FirstUnpluggableModule
FirstUnpluggableModule SETA 8 ; Podule, FileSwitch, ResourceFS, Messages, MessageTrans,
; TerritoryManager, UKTerritory
[ DebugForcedReset
Reset_CannotResetFlag * 1
Reset_SysHeapCorrupt * 2
Reset_WrongCamMapAddress * 3
Reset_WrongNumberOfPages * 4
Reset_CamMapCorrupt * 5
Reset_VectorChainCorrupt * 6
Reset_TickNodesCorrupt * 7
Reset_DeviceVectorCorrupt * 8
Reset_PoduleOrCallBackCorrupt * 9
]
GBLL AssembleKEYV
AssembleKEYV SETL {TRUE} ; Use KEYV.
GBLL AssemblePointerV
AssemblePointerV SETL {TRUE} ; Use PointerV.
GBLL PollMouse
PollMouse SETL {FALSE} ; Poll mouse.
GBLL ProcessorVectors
ProcessorVectors SETL {TRUE} ; Processor vectors indirected through 0 page.
GBLL UseNewFX0Error
UseNewFX0Error SETL (:LNOT: Embedded_UI) :LAND: ((Version :AND: 1) = 1) ; Whether *FX 0 should show the ROM link date instead of the UtilityModule date
GBLS GetMessages
[ International
GetMessages SETS "GET s.MsgCode"
|
GetMessages SETS ""
]
GBLS GetUnsqueeze
[ SqueezeMods
GetUnsqueeze SETS "GET s.Unsqueeze"
|
GetUnsqueeze SETS ""
]
GBLS GetFlashROM
[ ParallelFlashUpgrade
GetFlashROM SETS "GET s.FlashROM"
|
GetFlashROM SETS ""
]
GBLS GetKernelMEMC
GBLS GetPalette
GBLS GetMemInfo
GBLS GetHAL
GetKernelMEMC SETS "GET s." :CC: MEMM_Type
GetMemInfo SETS "GET s.MemInfo"
GetPalette SETS "GET s.vdu.vdupalxx"
[ HAL
GetHAL SETS "GET s.HAL"
|
GetHAL SETS ""
]
GBLS GetKbdDrA1
[ Keyboard_Type = "A1A500"
GetKbdDrA1 SETS "GET s.PMF.KbdDrA1"
|
GetKbdDrA1 SETS ""
]
GBLS GetKbdRes
[ :LNOT: HAL
[ Keyboard_Type = "A1A500"
GetKbdRes SETS "GET s.KbdResA1"
|
GetKbdRes SETS "GET s.KbdRes" :CC: Keyboard_Type
]
]
; control switches for med_00001 (the flood fill routines 1024 line limit).
; Switches have the following effects:
;
; _userma Will use rma if >48K is free, up to a maximum of 128K. It will
; try to acheive the latter by growing the rma if possible.
; _twowords Use two word entries in the queue. This overcomes the limitation
; of the original packed word format.
GBLL med_00001_userma
GBLL med_00001_twowords
med_00001_userma SETL {TRUE}
med_00001_twowords SETL {TRUE}
[ med_00001_userma
smallest_rma_size * (48*1024) ; define the low threshold for rma use
largest_rma_size * (128*1024) ; and the ceiling for rma use
]
; Ickle macros. We want to be able to turn IRQs on and off fast in the
; code in various places. To do this easily, have a name for the
; SVC26/32 mode we run in.
[ No26bitCode
USR2632 * USR32_mode
SVC2632 * SVC32_mode
|
USR2632 * USR26_mode
SVC2632 * SVC26_mode
]
END