Parse out the APM state that has been configured so that it can
be compared against the VDD supply voltage to ensure correct
functionality.

Change-Id: Iabf78a6799015861379a39d93e59289a489e1510

A few reader functions currently assume that a virtual address (a
number) was passed in, but those functions also support reading variable
names.  Resolve the address or name to a virtual address before doing
arithmetic on it.

Change-Id: I55aa649ff203926565f8eaf3cb234677ef6b6104

Some of the return sequences in the memory accessor code are
unnecessarily complex.  Simplify them.

Change-Id: Iefe489b3ce4a4591574a2cc8d51aa23ce425b2b1

Currently there are "trace" print statements scattered throughout the
code.  These make the code harder to follow and aren't terribly useful.
Remove them in favor of on-demand instrumentation or more sophisticated
debugging methods (like a debugger).

Change-Id: I70a91b8dca34566d48ed1f4902cba5b9f9b4de40

We're currently using a hard-coded value for vmemmap.  This doesn't work
anymore.  Calculate its value dynamically the same way the kernel does
it.

Change-Id: If3e06007ab69c2ee91fefede770c2fb5ccb59fe3

The memory accessor functions that have documentation are using comments
rather than docstrings.  Fix this.  Also rename some variables for
improved self-documentation.

Change-Id: I6a196ff27665c5b0c96b3c5095b39690015b07e1

Aligning addresses is a handy thing to do when working with memory maps,
etc.  Add an `align' function to the bitops module for this purpose.

Change-Id: I582e8c763119d13b718146f4ff837bfa75e9aa01

It can be useful to look up the values of config items.  Store a
dictionary mapping config options to their values.

Change-Id: I99f7615b2c5926558dfba100fa0c45b6e29ecdb5

The pfn_offset variable in pfn_to_page_vmemmap is not used.  Remove it.

Change-Id: I9d8379916252c9fa5bef290378f802b82df86a35

Currently, if cache dumping is not supported on a given target, we put
up a traceback and error out.  The traceback is ugly and not helpful.
Catch the NotImplementedError and print a nicer message.

Change-Id: I07d1e3a5b56b809135d41919bcc992931764a0af

T32 simulator gives an error for non register fields.
Avoid printing such fields in coreX_regs.cmm.

Change-Id: I25ba227365c782b5a90302214b0ce6ee2a296f16

Follow exact naming conventions for the reserved fields
to be consistent with other images.

Change-Id: I5aef14ca34883de12cd734c18fdb15317461b535

Add a parser which parses relevant CPR regulator information for
the new regulator version 3 to parse target quotient, enable flag
and most recent voltage for each registered cpr3-regulator.

Change-Id: I9882b1adfce69f06291457ae39d4e9ff7a18d95a

The debug_image_v2 module's usage of QTF to extract Ftrace log
information currently relies on a single QTF server process, and
communicates with that server process via a fixed port ID. Any other
instances of the ramdump parser running in parallel will also use
this same server and port ID, which presents a race condition if
multiple instances attempt to parse QTF input files simultaneously.

To deal with this problem, each ramdump parser instance must instead
create and communicate with its own QTF server process via a unique
port ID.

Change-Id: Ic9c53003789dca229d1e2770d01aa15a702292a7

Add support for detecting mdm9607 target and parsing the ramdumps.

Change-Id: Iecdb8c5329bac4eda8ff5e8bb3c8906cd3158e93

In certain reset scenarios, Program Counter value is not retained
across reset. Implement logic to approximate Program Counter based on
other General Purpose Registers. This should help get the CPU
context from crash dumps when original Program Counter value is
NULL or invalid.

Change-Id: Iacffc4103df1d482682bc7c1e6b83a55981ca78d

Most new targets are now 64-bit.  Make --64-bit the default and add a
--32-bit option to force 32-bit parsing.

Change-Id: I8b77b9851b714a4708bcd34c563a84119900fb07

Modified boards.py for 8064 automotive for enable board

Change-Id: I4602c9a43f4af5d38e53c9a671ede9c1b60535c0

Add support for parsing voltage sensor data.

Change-Id: I3fab2bbf099362c9d385626b4b48b68638c4e37e

Presently auto-dump option finds DDR base addresses from
statically defined per target meta data in boards.py. This
leads to auto-dump feature fail on different targets, say
with different DDR base and size.

Add support to parse DDR base addresses from load.cmm,
dump_info.txt or ramdump_msg.txt which ever is available in
that order. Fall-back to conventional static populated data
in boards.py if none of them is available.

Change-Id: Ie4ac4f281e92c9b527de17fa665c9cd6c3d5d384

   There are a few variables being read with the wrong size accessor
functions.  Fix these.

Change-Id: Id12fe14347442addc50e267240002ed416f48d49

The ram_dump.kernel_version variable is defined as a list and
incorrectly compared with tuple. This comparison always fails.
Fix it by changing ram_dump.kernel_version variable to tuple.

Change-Id: I12d4556693101fccfad795e5ea737b42e96acac7

Ram dump parser does not support unwinding the stack for NON
HLOS images. In certain cases, we get below exception when
parser tries to dump the context for NON HLOS address. Check
for NON HLOS address and return from the function without
unwinding the frame pointer.

Exception: Invalid stage 1 first- or second-level translation
descriptor: (value: 0x0 {dtype[1:0]=>0x0})
addr: (value: 0x21812010 {base[47:12]=>0x21812, offset[11:3]=>0x2})

Change-Id: I6cacec18574737d0e8261ba1f39dfe2b9b302304

ftrace_event_call structure is changed on 3.18 kernel. This
structure is used to dump formats.txt so that ftrace logs can be
parsed. Fix the parser to honor new structure format.

Change-Id: I26354a7048fe6d6180c24b95f840291d02ab2329

Add support to print all schedule stats like last_arrival, last_queued,
pcount, run_delay to a file per core. Files are sorted based on the
last_arrival.

Change-Id: If247ad393d861532872c4a31b206e8c1499de571

Add support to parse DCC captured data from crash dumps and produce
human readable result.

Change-Id: I898b404b074fc037e339bf535c27bf190619cc9d

DCC (Data Capture and Compare) is a DMA engine which is used to save
configuration data or system memory contents during catastrophic failure
or SW trigger.

This tool parses DCC captured binary dump to produce result in human
readable form.

This tool can generate output either in XML or JSON format.

Change-Id: I6670874d7dc7795a53d00c08c6daa01b1f2896a5