Re: rtems-tld update.
On 21/09/2014 10:56 pm, Gedare Bloom wrote: Thanks Chris. If you have any ideas on useful ways to visualize these traces, I think it could make a good open project for a student. There are few possible solutions and I have not really looked at any of them. I see the user interface as part 4 of the trace/capture picture where part 1 is the trace linker, 2 is the target capture code, 3 is the target to host transfer and any post processing and 4 is the user interface. There is no implied order on implementing the parts and anyone can become involved and help. The possible options are: 1. Babletrace and the CTF (http://www.efficios.com/babeltrace) 2. gdb record replay 3. dtrace 4. any other suggestions ??? The idea of supporting CTF is attractive and I have met Christian from EfficiOS and discussed using this tool with RTEMS and he liked the idea. There is also the task of adding more signature definitions, for example POSIX, RTEMS API and libc so there is plenty to do and ways for people to help. Documentation would be a be a huge help to me. If you are lurking on the list and would like to help you can contact me directly. Chris ___ devel mailing list devel@rtems.org http://lists.rtems.org/mailman/listinfo/devel
Re: rtems-tld update.
Thanks Chris. If you have any ideas on useful ways to visualize these traces, I think it could make a good open project for a student. -Gedare On Sun, Sep 21, 2014 at 12:51 AM, Chris Johns wrote: > Hello, > > I have pushed updates to rtems-tld to rtems-tools.git plus changes to > examples-v2 to trace into RTEMS. The trace for sparc/sis is attached. > > To run build and install the rtems-tools and install to the same location as > my tools using the same prefix: > > $ git clone git://git.rtems.org/rtems-tools.git rtems-tools > $ cd rtems-tools > $ waf configure --prefix=$HOME/development/rtems/4.11 > $ waf build install > $ cd .. > $ git clone git://git.rtems.org/examples-v2.git examples-v2 > $ cd examples-v3 > $ waf configure \ > --rtems=$HOME/development/rtems/bsps/4.11 \ > --rtems-tools=$HOME/development/rtems/4.11 > $ waf > > Note, this assumes I have built and installed sparc/sis with a prefix of > $HOME/development/rtems/bsps/4.11. > > Chris > > ___ > devel mailing list > devel@rtems.org > http://lists.rtems.org/mailman/listinfo/devel ___ devel mailing list devel@rtems.org http://lists.rtems.org/mailman/listinfo/devel
rtems-tld update.
Hello, I have pushed updates to rtems-tld to rtems-tools.git plus changes to examples-v2 to trace into RTEMS. The trace for sparc/sis is attached. To run build and install the rtems-tools and install to the same location as my tools using the same prefix: $ git clone git://git.rtems.org/rtems-tools.git rtems-tools $ cd rtems-tools $ waf configure --prefix=$HOME/development/rtems/4.11 $ waf build install $ cd .. $ git clone git://git.rtems.org/examples-v2.git examples-v2 $ cd examples-v3 $ waf configure \ --rtems=$HOME/development/rtems/bsps/4.11 \ --rtems-tools=$HOME/development/rtems/4.11 $ waf Note, this assumes I have built and installed sparc/sis with a prefix of $HOME/development/rtems/bsps/4.11. Chris >>> _Heap_Initialize (0x02003694) 1] Heap_Control*(4) = 0203FD7C 2] void*(4) = 02041150 3] uintptr_t(4) = 65E6 4] uintptr_t(4) = 0008 <<< _Heap_Initialize (0x02003694) rt] uintptr_t(4) = 65D8 >>> _Heap_Initialize (0x02003694) 1] Heap_Control*(4) = 0203F850 2] void*(4) = 02047736 3] uintptr_t(4) = 003B48CA 4] uintptr_t(4) = 0008 <<< _Heap_Initialize (0x02003694) rt] uintptr_t(4) = 003B48C0 >>> _Heap_Allocate_aligned_with_boundary (0x0200384C) 1] Heap_Control*(4) = 0203FD7C 2] uintptr_t(4) = 0018 3] uintptr_t(4) = 4] uintptr_t(4) = >>> _Heap_Block_allocate (0x02003E78) 1] Heap_Control*(4) = 0203FD7C 2] Heap_Block*(4) = 02041150 3] uintptr_t(4) = 02041158 4] uintptr_t(4) = 0018 <<< _Heap_Block_allocate (0x02003E78) rt] Heap_Block*(4) = 02041150 <<< _Heap_Allocate_aligned_with_boundary (0x0200384C) rt] void*(4) = 02041158 >>> _Heap_Allocate_aligned_with_boundary (0x0200384C) 1] Heap_Control*(4) = 0203FD7C 2] uintptr_t(4) = 1000 3] uintptr_t(4) = 4] uintptr_t(4) = >>> _Heap_Block_allocate (0x02003E78) 1] Heap_Control*(4) = 0203FD7C 2] Heap_Block*(4) = 02041170 3] uintptr_t(4) = 02041178 4] uintptr_t(4) = 1000 <<< _Heap_Block_allocate (0x02003E78) rt] Heap_Block*(4) = 02041170 <<< _Heap_Allocate_aligned_with_boundary (0x0200384C) rt] void*(4) = 02041178 >>> _Objects_Initialize_information (0x020013C0) 1] Objects_Information*(4) = 0203EE24 2] Objects_APIs(4) = 0001 3] uint16_t(2) = 0002 4] uint32_t(4) = 0002 5] uint16_t(2) = 004C 6] bool(1) = 00 7] uint32_t(4) = >>> _Objects_Extend_information (0x020015E4) 1] Objects_Information*(4) = 0203EE24 >>> _Heap_Allocate_aligned_with_boundary (0x0200384C) 1] Heap_Control*(4) = 0203FD7C 2] uintptr_t(4) = 0098 3] uintptr_t(4) = 4] uintptr_t(4) = >>> _Heap_Block_allocate (0x02003E78) 1] Heap_Control*(4) = 0203FD7C 2] Heap_Block*(4) = 02042178 3] uintptr_t(4) = 02042180 4] uintptr_t(4) = 0098 <<< _Heap_Block_allocate (0x02003E78) rt] Heap_Block*(4) = 02042178 <<< _Heap_Allocate_aligned_with_boundary (0x0200384C) rt] void*(4) = 02042180 >>> _Heap_Allocate_aligned_with_boundary (0x0200384C) 1] Heap_Control*(4) = 0203FD7C 2] uintptr_t(4) = 001C 3] uintptr_t(4) = 4] uintptr_t(4) = >>> _Heap_Block_allocate (0x02003E78) 1] Heap_Control*(4) = 0203FD7C 2] Heap_Block*(4) = 02042218 3] uintptr_t(4) = 02042220 4] uintptr_t(4) = 001C <<< _Heap_Block_allocate (0x02003E78) rt] Heap_Block*(4) = 02042218 <<< _Heap_Allocate_aligned_with_boundary (0x0200384C) rt] void*(4) = 02042220 >>> _Heap_Free (0x02003A04) 1] Heap_Control*(4) = 0203FD7C 2] void*(4) = <<< _Heap_Free (0x02003A04) rt] bool(1) = 01 <<< _Objects_Extend_information (0x020015E4) <<< _Objects_Initialize_information (0x020013C0) >>> _Objects_Allocate_unprotected (0x0200171C) 1] Objects_Information*(4) = 0203EE24 <<< _Objects_Allocate_unprotected (0x0200171C) rt] Objects_Control*(4) = 02042180 >>> _CORE_mutex_Initialize (0x02004030) 1] CORE_mutex_Control*(4) = 02042190 2] Thread_Control*(4) = 3] const CORE_mutex_Attributes*(4) = 023FFED0 4] bool(1) = 00 <<< _CORE_mutex_Initialize (0x02004030) rt] CORE_mutex_Status(4) = >>> _Objects_Allocate_unprotected (0x0200171C) 1] Objects_Information*(4) = 0203EE24 <<< _Objects_Allocate_unprotected (0x0200171C) rt] Objects_Control*(4) = 020421CC >>> _CORE_mutex_Initialize (0x02004030) 1] CORE_mutex_Control*(4) = 020421DC 2] Thread_Control*(4) = 3] const CORE_mutex_Attributes*(4) = 023FFED0 4] bool(1) = 00 <<< _CORE_mutex_Initialize (0x02004030) rt] CORE_mutex_Status(4) = >>> _Thread_Handler_initialization (0x020020E0) >>> _Objects_Initialize_information (0x020013C0) 1] Objects_Information*(4) = 0203FE0C 2] Objects_APIs(4) = 0001 3] uint16_t(2) = 0001 4] uint32_t(4) = 0001 5] uint16_t(2) = 0588 6] bool(1) = 00 7] uint32_t(4) = 0008 >>> _Objects_Extend_information (0x020015E4) 1] Objects_Information*(4) = 0203FE0C >>> _Heap_Allocate_aligned_with_boundary (0x0200384C) 1] Heap_Control*(4) = 0203FD7C 2] uintptr_t(4) =
