| Age | Commit message (Collapse) | Author | Files | Lines |
|---|
|
Fixes build under Kubuntu, and probably numerous other Linux distributions.
|
|
simulavr asks for libiberty.a.
With avr-gcc 4.5.3 and avr-binutils-2.23.2, binutils is installing
libiberty.a
But with new binutils-2.24, it won't install libiberty. Instead,
avr-gcc-4.8.3 will provied libiberty.
Makefile (of simulavr) now has pointer to PATH of libiberty now
as:
CONFIGURE_ARGS+= --with-libiberty=${PREFIX}/lib/gcc/avr
(Add patches)
patch-src_systemclock_cpp (rename from patch-src_systemclock.cpp)
patch-src_systemclock_h
patch-src_traceval_cpp
patch-src_traceval_h
clang flags as resize unresolved reference,
backport from git repository (as of 2013-09-15).
patch-examples_atmel_key_StdDefs_c Status: Locally Added
passing argument 1 of 'strlen' differ in signedness [-Wpointer-sign]
|
|
|
|
|
|
Raw simulavr-1.0.0 does not build. Some patches, and SUBST to
convert MACROS etc., are added reflecting git repository
(These will be unnecessary at next release, hopefully).
(Upstream)
Bump the version
simulavr-0.1.2.1 to
simulavr-1.0.0
(From manual-1.0.pdf)
What features are new:
- Run multiple AVR devices in one simulation. (only with interpreter
interfaces or special application linked against simulavr library)
Multiple cores can run where each has a different clock frequency.
- Connect multiple AVR core pins to other devices like LCD, LED and
others. (environment)
- Connect multiple AVR cores to multiple avr-gdb instances. (each on
its own socket/port number, but see first point for running multiple
avr cores)
- Write simulation scripts in Tcl/Tk or Python, other languages could
be added by simply adding swig scripts!
- Tracing the execution of the program, these traces support all
debugging information directly from the ELF-file.
- The traces run step by step for each device so you see all actions
in the multiple devices in time-correct order.
- Every interrupt call is visible.
- Interrupt statistics with latency, longest and shortest execution
time and some more.
- There is a simple text based UI interface to add LCD, switches, LEDs
or other components and can modify it during simulation, so there is
no longer a need to enter a pin value during execution. (Tcl/Tk
based)
- Execution timing should be nearly accurate, different access times
for internal RAM / external RAM / EEPROM and other hardware
components are simulated.
- A pseudo core hardware component is introduced to do "printf"
debugging. This "device" is connected to a normal named UNIX socket
so you do not have to waste a UART or other hardware in your test
environment. (How?)
- ELF-file loading is supported, no objcopy needed anymore.
- Execution speed is tuned a lot, most hardware simulations are now
only done if needed.
- External IO pins which are not ports are also available. (E.g. ADC7
and ADC8 on ATmega8 in TQFP package.)
- External I/O and some internal states of hardware units (link
prescaler counter and interrupt states) can be dumped ot into a VCD
trace to analyse I/O behaviour and timing. Or you can use it for
tests.
|
|
|
|
|
|
texi2dvi and texi2html exist, so that configure believes that
the documentation is wanted. Afterwards just patch the Makefile
to not really use those as intended according.
|
|
in the correct place. Should fix bulk build.
|
