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Line 495:
Line 495: − + Line 506:
Line 506: − byte 7: leap year counter / "watch error correction" register (unused)+ + + + + Line 651:
Line 655: − + − + − first byte is wo Line 662:
Line 665: − +
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|-
|-
| 0x30
| 0x30
- 0x37
- 0x36
| ds
| ds
| rw
| rw
byte 5: months
byte 5: months
byte 6: years
byte 6: years
|-
| 0x37
| s
| rw
| RTC time byte 7: leap year counter / "watch error correction" register (unused in code)
|-
|-
| 0x38
| 0x38
|-
|-
| 0x60
| 0x60
| ds(1)
| ds
| ro
| rw
| Looping queue register
| Looping queue register
Writing to first byte resets the queue position to the nth element
Writing to first byte resets the queue position to the nth element
| rw
| rw
| Writing to this register pushes values on top of register 0x60's stack. Reading from this register doesn't advance the stack.
| Writing to this register pushes values on top of register 0x60's stack. Reading from this register doesn't advance the stack.
The first byte is used to store flags for managing FIRM/NS state - bit0 = "WirelessDisabled", bit1 = "SoftwareClosed", bit2 = "PowerOffInitiated", bit4 = "LegacyJumpProhibited". This register survives power-off, but does not seem to be saved to non-volatile storage (does not survive battery pulls). This register doesn't seem to actually control MCU behaviour by itself, it just seems to be used for storing arbitrary data.
The first byte is used to store flags for managing FIRM/NS state - bit0 = "WirelessDisabled", bit1 = "SoftwareClosed", bit2 = "PowerOffInitiated", bit4 = "LegacyJumpProhibited". This register survives a power-off, but it resides in RAM, so its contents get lost on battery pulls. This register doesn't seem to actually control MCU behaviour by itself, it just seems to be used for storing arbitrary data.
|-
|-
| 0x62 - 0x7E
| 0x62 - 0x7E