- uncalibrated clock mode executes at a precisely specified instruction
rate relative to pseudo wall clock time independent of the host
computer's speed or other loads on the host system.
- Provide additional failure state if/when diagnostics fail.
- Run Floating Instruction diagnostics for 2 passes - these have
been observed to fail on the VAX730
- Increase allowed run limit
- When diagnostics fail, emit the diagnostic session output if
diagnostics were not being run in verbose mode.
This procedure establishes a telnet listen port solely so that the console
output traffic can be buffered (and not emitted). Since nothing will ever
connect to this port we bound it to the localhost address so that firewall
prompts aren't generated when building in a new directory.
- Different VAX models had different groups of instructions which were
implemented in hardware vs trappng to the OS for emulation. Functionality
has been added to differentiate the various mix of instruction groups for
different models and to display both the groups and the actual instructions.
- Visibility to Instruction groups is provided by SHOW CPU INSTRUCTIONS
and the list of the active instructions implemented and emulated via
SHOW CPU -V INSTRUCTIONS.
- The MicroVAX I CPU handled some execution fault conditions differently
from other VAX systems these differences are now specifically handled.
- Add build time test support to MicroVAX I running EHKAA v1.13
suggested in #683
- Add more CPU debug details relating to exception and interrupt processing
- OS X libpcreposix segfaults when a compiled regular expression is freed.
- Revise regular expression syntax used in VAX diagnostic scripts to avoid
Perl oriented extensions.
- Diagnostic execution happens as a normal part of the makefile build.
- Diagnostic execution can be suppressed by invoking make with TESTS=0
on the command line
- Diagnostic execution during build is produced in summary form.
