#include "femtoos_device.h"#include "config_application.h"#include "femtoos_check.h"Include dependency graph for femtoos_constants.h:
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Defines | |
| #define | cfgFalse 0x0100U |
| General definition of true and false for configuration options. | |
| #define | cfgTrue 0x0101U |
| #define | cfgUndefined 0x0108U |
| Other singular constants. | |
| #define | cfgOverrideNon 0xFF01U |
| #define | cfgShared 0x8000U |
| #define | cfgGlobSet 0x0201U |
| Definitions for the initial setting of the interrupts. | |
| #define | cfgGlobClear 0x0200U |
| #define | cfgTickSet 0x0210U |
| #define | cfgTickClear 0x0200U |
| #define | cfgExclude 0x0800U |
| Definitions for the initial start of a task. | |
| #define | cfgStartSuspended 0x0900U |
| #define | cfgStartSleeping 0x0940U |
| #define | cfgStartRunning 0x09C0U |
| #define | cfgUseAsWait 0x0A01U |
| Definitions for the different types to fill the slot with. | |
| #define | cfgUseAsMutex 0x0A02U |
| #define | cfgUseAsQueu 0x0A03U |
| #define | cfgUseAsNon 0x0A04U |
| #define | cfgSyncSingleSlot 0x0C01U |
| Definitions for the different utilizations of the slotstacks. | |
| #define | cfgSyncSingleBlock 0x0C02U |
| #define | cfgSyncDoubleBlock 0x0C03U |
| #define | cfgSyncNon 0x0C04U |
| #define | cfgKeep 0x0102U |
| Definitions for the way gcc should handle generated startup code. | |
| #define | cfgOverride 0x0103U |
| #define | cfgReplace 0x0104U |
| #define | cfgNaked 0x0B02U |
| Definitions for the way gcc should handle pro/epiloge's. | |
| #define | cfgBikini 0x0B03U |
| #define | cfgComplete 0x0B04U |
| #define | cfgCapNon 0x0D00 |
| Definitions for capabilities Note that the timeout capability also includes a delay since the timeout is kept in the delay variables, which thus must be present. | |
| #define | cfgCapWatchdog 0x0D01 |
| #define | cfgCapEvent 0x0D02 |
| #define | cfgCapCritical 0x0D04 |
| #define | cfgCapSynchronization 0x0D08 |
| #define | cfgCapFileSystem 0x0D10 |
| #define | cfgCapDelay 0x0D20 |
| #define | cfgCapTimeout 0x0D60 |
| #define | cfgCapAll 0x0D7F |
| #define | registersNon 0x00 |
| Definitions to define the use of registers (always in pairs of 4). | |
| #define | r00r01r02r03 0x01 |
| #define | r04r05r06r07 0x02 |
| #define | r08r09r10r11 0x04 |
| #define | r12r13r14r15 0x08 |
| #define | r16r17r18r19 0x10 |
| #define | r20r21r22r23 0x20 |
| #define | r24r25r26r27 0x40 |
| #define | r28r29r30r31 0x80 |
| #define | r00_upto_r07 0x03 |
| #define | r08_upto_r15 0x0C |
| #define | r16_upto_r23 0x30 |
| #define | r24_upto_r31 0xC0 |
| #define | r00_upto_r15 0x0F |
| #define | r16_upto_r31 0xF0 |
| #define | registersAll 0xFF |
| #define | defSysOptimized (cfgSysOptimized) |
| This enables the control of the optimization switch from outside, if it is defined it overrides the internal setting, if it is not defined, the internal is used. | |
| #define | defSysGCCstartup (cfgSysGCCstartup) |
| This enables the control of the startup switch from outside, if it is defined it overrides the internal setting, if it is not defined, the internal is used. | |
| #define | defSysZeroPageStack (cfgSysZeroPageStack) |
| This enables the control of the zero page setting from outside, if it is defined it overrides the internal setting, if it is not defined, the internal is used. | |
| #define | _SFR_IO8(arg) (arg) |
| Determine the location of some registers for optimization and/or consistency checking. | |
| #define | _SFR_MEM8(arg) (arg) |
| #define | defTIMSKinIO cfgTrue |
| #define | defAuxSysRegLowIO cfgTrue |
| #define | defAuxEventRegLowIO cfgTrue |
| #define | _SFR_IO8(arg) ( _MMIO_BYTE((arg) + 0x20) ) |
| Determine the location of some registers for optimization and/or consistency checking. | |
| #define | _SFR_MEM8(arg) ( _MMIO_BYTE(arg) ) |
| #define | defThreeByteAddress cfgFalse |
| You may use defThreeByteStackAdd in the configuration files to distinguish between a situation where the stack is increased to or three bytes at call pc push. | |
| #define | defThreeByteStackAdd 0 |
| #define | defAddressSize 2 |
| #define | defUseBoolReturns cfgUseTimeout |
| #define | defTaskSaveSizeSync 0 |
| Because we need the sizes of the structs defined above at preprocessor level, we define defTaskSaveSize. | |
| #define | defTaskSaveSizeBase 7 |
| #define | defTaskSaveSize (defTaskSaveSizeBase + defTaskSaveSizeSync) |
| #define | defTaskStackMinimum (2*defAddressSize) |
| This holds the absolute minimum of bytes the task stack must contain. | |
| #define | defTaskStackGround (defAddressSize + 1) |
| The number of bytes taken by saving one (return) address and the status register. | |
| #define | defSysReduceProEpilogue |
| This enables the control of the proEpilog setting from outside, if it is defined it overrides the internal setting, if it is not defined, the internal is used. | |
| #define | defSysWrapperEpilogue __attribute__ ( ( naked , noinline) ) |
| The wrapper epilog is used for those methods that do a context switch before executing its actions. | |
| #define _SFR_IO8 | ( | arg | ) | ( _MMIO_BYTE((arg) + 0x20) ) |
Determine the location of some registers for optimization and/or consistency checking.
Definition at line 198 of file femtoos_constants.h.
| #define _SFR_IO8 | ( | arg | ) | (arg) |
Determine the location of some registers for optimization and/or consistency checking.
Definition at line 198 of file femtoos_constants.h.
| #define _SFR_MEM8 | ( | arg | ) | ( _MMIO_BYTE(arg) ) |
Definition at line 199 of file femtoos_constants.h.
| #define _SFR_MEM8 | ( | arg | ) | (arg) |
Definition at line 199 of file femtoos_constants.h.
| #define cfgBikini 0x0B03U |
Definition at line 90 of file femtoos_constants.h.
| #define cfgCapAll 0x0D7F |
Definition at line 107 of file femtoos_constants.h.
| #define cfgCapCritical 0x0D04 |
Definition at line 102 of file femtoos_constants.h.
Referenced by taskEnterGlobalCritical(), taskEnterSwitchCritical(), taskEnterTickCritical(), taskExitGlobalCritical(), taskExitSwitchCritical(), and taskExitTickCritical().
| #define cfgCapDelay 0x0D20 |
Definition at line 105 of file femtoos_constants.h.
Referenced by privDelayFromNowBody(), privDelayFromWakeBody(), and privRestartBody().
| #define cfgCapEvent 0x0D02 |
| #define cfgCapFileSystem 0x0D10 |
Definition at line 104 of file femtoos_constants.h.
Referenced by privFileCloseBody(), privFileOpenBody(), taskFileAppendByte(), taskFileFormat(), taskFileGetSize(), taskFileReadBuffer(), taskFileReadByte(), taskFileReadPipe(), taskFileSetSize(), taskFileWriteBuffer(), taskFileWriteByte(), and taskFileWritePipe().
| #define cfgCapNon 0x0D00 |
Definitions for capabilities Note that the timeout capability also includes a delay since the timeout is kept in the delay variables, which thus must be present.
Definition at line 99 of file femtoos_constants.h.
| #define cfgCapSynchronization 0x0D08 |
Definition at line 103 of file femtoos_constants.h.
| #define cfgCapTimeout 0x0D60 |
Definition at line 106 of file femtoos_constants.h.
Referenced by privFileOpenBody(), and privWaitForEventBody().
| #define cfgCapWatchdog 0x0D01 |
Definition at line 100 of file femtoos_constants.h.
Referenced by taskFeedWatchdog(), and taskKillWatchdog().
| #define cfgComplete 0x0B04U |
Definition at line 91 of file femtoos_constants.h.
| #define cfgExclude 0x0800U |
| #define cfgFalse 0x0100U |
General definition of true and false for configuration options.
We do not use the standard true and false, for we cannot easily check these reliably. Undefined is used for constants that are undefined, but that must be reliably undefined, not just because we forget to set them.
Definition at line 37 of file femtoos_constants.h.
Referenced by privSwitchContext().
| #define cfgGlobClear 0x0200U |
Definition at line 51 of file femtoos_constants.h.
| #define cfgGlobSet 0x0201U |
Definitions for the initial setting of the interrupts.
Definition at line 50 of file femtoos_constants.h.
Referenced by portInitContext().
| #define cfgKeep 0x0102U |
Definitions for the way gcc should handle generated startup code.
Definition at line 82 of file femtoos_constants.h.
| #define cfgNaked 0x0B02U |
Definitions for the way gcc should handle pro/epiloge's.
Definition at line 89 of file femtoos_constants.h.
| #define cfgOverride 0x0103U |
Definition at line 83 of file femtoos_constants.h.
| #define cfgOverrideNon 0xFF01U |
Definition at line 44 of file femtoos_constants.h.
| #define cfgReplace 0x0104U |
Definition at line 84 of file femtoos_constants.h.
| #define cfgShared 0x8000U |
Definition at line 45 of file femtoos_constants.h.
| #define cfgStartRunning 0x09C0U |
Definition at line 61 of file femtoos_constants.h.
| #define cfgStartSleeping 0x0940U |
Definition at line 60 of file femtoos_constants.h.
| #define cfgStartSuspended 0x0900U |
Definition at line 59 of file femtoos_constants.h.
| #define cfgSyncDoubleBlock 0x0C03U |
Definition at line 76 of file femtoos_constants.h.
| #define cfgSyncNon 0x0C04U |
| #define cfgSyncSingleBlock 0x0C02U |
Definition at line 75 of file femtoos_constants.h.
| #define cfgSyncSingleSlot 0x0C01U |
Definitions for the different utilizations of the slotstacks.
Definition at line 74 of file femtoos_constants.h.
| #define cfgTickClear 0x0200U |
Definition at line 53 of file femtoos_constants.h.
| #define cfgTickSet 0x0210U |
| #define cfgTrue 0x0101U |
Definition at line 38 of file femtoos_constants.h.
Referenced by privMakeTasksRunable(), privPutAllTasksToSleep(), privSuspendBody(), privSwitchContext(), and privWakeupFromLowPower().
| #define cfgUndefined 0x0108U |
Other singular constants.
Do not alter these values without checking their exact function. They signal a special state of a user variable
Definition at line 43 of file femtoos_constants.h.
| #define cfgUseAsMutex 0x0A02U |
Definition at line 67 of file femtoos_constants.h.
| #define cfgUseAsNon 0x0A04U |
Definition at line 69 of file femtoos_constants.h.
| #define cfgUseAsQueu 0x0A03U |
Definition at line 68 of file femtoos_constants.h.
| #define cfgUseAsWait 0x0A01U |
Definitions for the different types to fill the slot with.
Definition at line 66 of file femtoos_constants.h.
| #define defAddressSize 2 |
Definition at line 215 of file femtoos_constants.h.
| #define defAuxEventRegLowIO cfgTrue |
Definition at line 191 of file femtoos_constants.h.
| #define defAuxSysRegLowIO cfgTrue |
Definition at line 185 of file femtoos_constants.h.
| #define defSysGCCstartup (cfgSysGCCstartup) |
This enables the control of the startup switch from outside, if it is defined it overrides the internal setting, if it is not defined, the internal is used.
Definition at line 149 of file femtoos_constants.h.
| #define defSysOptimized (cfgSysOptimized) |
This enables the control of the optimization switch from outside, if it is defined it overrides the internal setting, if it is not defined, the internal is used.
Definition at line 138 of file femtoos_constants.h.
| #define defSysReduceProEpilogue |
This enables the control of the proEpilog setting from outside, if it is defined it overrides the internal setting, if it is not defined, the internal is used.
From GCC 4.3.2 onwards we assume you use the patched version where the OS_task attribute has been included. This replaces the need for a backend gcc hack. It does the same, leaves the frame pointer intact, but does not return or save any unused registers.
Definition at line 290 of file femtoos_constants.h.
The wrapper epilog is used for those methods that do a context switch before executing its actions.
These are the so-called swtiching methods.
Definition at line 299 of file femtoos_constants.h.
| #define defSysZeroPageStack (cfgSysZeroPageStack) |
This enables the control of the zero page setting from outside, if it is defined it overrides the internal setting, if it is not defined, the internal is used.
Definition at line 160 of file femtoos_constants.h.
| #define defTaskSaveSize (defTaskSaveSizeBase + defTaskSaveSizeSync) |
Definition at line 242 of file femtoos_constants.h.
| #define defTaskSaveSizeBase 7 |
Definition at line 239 of file femtoos_constants.h.
| #define defTaskSaveSizeSync 0 |
Because we need the sizes of the structs defined above at preprocessor level, we define defTaskSaveSize.
Please make sure that any changes to that struct are reflected here.
Definition at line 233 of file femtoos_constants.h.
| #define defTaskStackGround (defAddressSize + 1) |
The number of bytes taken by saving one (return) address and the status register.
Definition at line 254 of file femtoos_constants.h.
| #define defTaskStackMinimum (2*defAddressSize) |
This holds the absolute minimum of bytes the task stack must contain.
In the present setup this number equals 4 or 6 because the stack must at least accommodate two return addresses. Although the last address is not stored in the context save, it is temporarily needed.
Definition at line 249 of file femtoos_constants.h.
| #define defThreeByteAddress cfgFalse |
You may use defThreeByteStackAdd in the configuration files to distinguish between a situation where the stack is increased to or three bytes at call pc push.
For example, the required stack space may depend on it.
Definition at line 213 of file femtoos_constants.h.
| #define defThreeByteStackAdd 0 |
Definition at line 214 of file femtoos_constants.h.
| #define defTIMSKinIO cfgTrue |
Definition at line 179 of file femtoos_constants.h.
| #define defUseBoolReturns cfgUseTimeout |
Definition at line 223 of file femtoos_constants.h.
| #define r00_upto_r07 0x03 |
Definition at line 122 of file femtoos_constants.h.
| #define r00_upto_r15 0x0F |
Definition at line 126 of file femtoos_constants.h.
| #define r00r01r02r03 0x01 |
Definition at line 114 of file femtoos_constants.h.
| #define r04r05r06r07 0x02 |
Definition at line 115 of file femtoos_constants.h.
| #define r08_upto_r15 0x0C |
Definition at line 123 of file femtoos_constants.h.
| #define r08r09r10r11 0x04 |
Definition at line 116 of file femtoos_constants.h.
| #define r12r13r14r15 0x08 |
Definition at line 117 of file femtoos_constants.h.
| #define r16_upto_r23 0x30 |
Definition at line 124 of file femtoos_constants.h.
| #define r16_upto_r31 0xF0 |
Definition at line 127 of file femtoos_constants.h.
| #define r16r17r18r19 0x10 |
Definition at line 118 of file femtoos_constants.h.
| #define r20r21r22r23 0x20 |
Definition at line 119 of file femtoos_constants.h.
| #define r24_upto_r31 0xC0 |
Definition at line 125 of file femtoos_constants.h.
| #define r24r25r26r27 0x40 |
Definition at line 120 of file femtoos_constants.h.
| #define r28r29r30r31 0x80 |
Definition at line 121 of file femtoos_constants.h.
| #define registersAll 0xFF |
Definition at line 128 of file femtoos_constants.h.
| #define registersNon 0x00 |
Definitions to define the use of registers (always in pairs of 4).
Definition at line 113 of file femtoos_constants.h.
1.5.2