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UM0434 датащи(PDF) 25 Page - STMicroelectronics

номер детали UM0434
подробное описание детали  The primary objective of this user?셲 manual is to describe
PDF  390 Pages
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производитель  STMICROELECTRONICS [STMicroelectronics]
домашняя страница  http://www.st.com
Logo STMICROELECTRONICS - STMicroelectronics

UM0434 датащи(HTML) 25 Page - STMicroelectronics

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e200z3 core complex overview
UM0434
26/391
●
Nexus Class 3+ real-time development unit
●
e200z3-specific debug interrupt. The e200z3 implements the debug interrupt as
defined in Book E with the following changes:
–
When the debug APU is enabled (HID0[DAPUEN] = 1), debug is no longer a
critical interrupt, but uses DSRR0 and DSRR1 for saving machine state on context
switch.
–
The Return from Debug Interrupt (rfdi) instruction supports the debug APU
save/restore registers (DSRR0 and DSRR1).
–
A critical interrupt taken debug event allows critical interrupts to generate a debug
event.
●
A critical interrupt return debug event allows debug events to be generated for rfci
instructions. Testability
–
Synthesizable, full MuxD scan design
–
ABIST/MBIST for optional memory arrays
●
Testability
–
Synthesizable, full MuxD scan design
–
ABIST/MBIST for optional memory arrays
3.2
Programming model
This section describes the register model, instruction model, and the interrupt model as they
are defined by Book E, EIS, and the e200z3 implementation.
3.2.1
Register set
Figure 2 shows the e200z3 register set, indicating which registers are accessible in
supervisor mode and which are accessible in user mode. The number to the left of the
special-purpose registers (SPRs) is the decimal number used in the instruction syntax to
access the register. (For example, the integer exception register (XER) is SPR 1.)
GPRs are accessed through instruction operands. Access to other registers can be explicit
(by using instructions for that purpose such as the Move To Special Purpose Register
(mtspr) and Move From Special Purpose Register (mfspr) instructions) or implicit as part of
the execution of an instruction. Some registers are accessed both explicitly and implicitly.



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