| Commit message (Collapse) | Author | Age |
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Since the nwz_lib does not have any nvp code yet, it's quite of ugly hack
with hardcoded nvp node (11) for shipment information (shp). Thus I whitelisted
two series (NWZ-E460 and NWZ-A860) which I know for sure use this node ID.
Change-Id: I94c9b0db1f9d7ad764d2aa50576a911e710f25e1
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This list can map from model id to device name. It was automatically extracted
from Sony's tools. In the future, we will probably generate it from a clean
database containing more useful information.
Change-Id: Ibe580edf25b60bf0bf4aef4a06f40dddd19c5404
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This is useful because there is no easy way to get it except from Sony's tool,
unless one knows the npv node, but that requires to know the model already...
Change-Id: I202f7cdb2f7cf924cc5bdb53c17e34600d4bf153
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The new search has two new features:
- it takes advantage of the fact that DES keys are only 56-bit long (and not 64)
- it is now multithreaded
As a proof of concept, I ran it on the A10 series firmware upgrade and was able
to find the key in a few seconds using 4 threads. The search is still limited
to ascii hex passwords (seems to work on all devices I have tried thus far).
Change-Id: Ied080286d2bbdc493a6ceaecaaadba802b429666
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The power off/option does not exist on some models.
Change-Id: Ifb45293b3b3faa96d9fece2340cbd98299a4a0b7
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Change-Id: I55ca29627801b5e760d1dbe407d96cd055f659ab
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Change-Id: I0acd3db2f644f4521da715d4931315bdb7548eae
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Change-Id: Ic3ef964e8b5cc7b8ca3f02f141e9e4436a4d41db
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Change-Id: I4bef0824eeed54238578d8b24a9845e8602d61af
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This is code is intended to development into a library of code for the NWZ that
will be useful to write the "bootloader" on those device. At the same time, it
comes with test programs that are easy to run in firmware upgrade mode and also
provide a great test bench for the library. At the moment, two test programs are
available:
- test_display: simply prints two messages using /usr/bin/lcdmsg
- test_keys: displays input key event
Change-Id: I9d214894ffc9127b528fcdd3eb5d6b61f4e657a7
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The new script allows the upgrade to execute a file found on the user partition.
Change-Id: I564941d01bcdbae050002e77cb119f3d95ecdc21
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Change-Id: Ia69e5ff941549ca98b23b40927137bb29876b8f9
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The exec_file allows to embed a script/executable and run it on target. It takes
of unpacking, remounting contents rw and redirect output to exec.txt at the root
of the drive. More generally, rework how the makefile works.
Change-Id: Iec719227be96e80701ad8f5398d2d34389f4da9e
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Change-Id: I8adea40d2fa7c1a26f1975d987233249f61af8ef
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Change-Id: Ib8d34e4f58f3225b1dafc533ce7e1b7867ad053b
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Change-Id: I90ed3a0c911014eee013cbea0e98a85f4310471d
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There was a lot of copy and paste, and the code was just crap. This commit tries
to clarify the code and also document the encryption procedure. Hopefully I didn't
break anything.
Change-Id: I257793010e7cf94f2b090b30bb8608359d3886e3
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Also fix a typo in the script makefile
Change-Id: Ie747d8b99ca0f6a98bbcaf1c82e66c7788f00e6e
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KAS was in its own structure for historical reasons, but it's stupid now.
Change-Id: Ie8d69ac6d489337cd857ace1abe5b1e4b1177172
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Change-Id: I315d1010ce5477c0112f4a890156b360e8123e11
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This new header generator works differently from the previous one:
- it uses the new format
- the generated macro follow a different style (see below)
- the generated macro are highly documented!
- it supports SCT-style platform or RMW-style ones
Compared to the old style, the new one generate a big set of macros per
register/field/enum (loosely related to iohw.h from Embedded C spec). The user
then calls generic (names are customizable) macros to perform operations:
reg_read(REG_A)
reg_read(REG_B(3))
reg_read_field(REG_A, FIELD_X)
reg_read_field(REG_B(3), COOL_FIELD)
reg_write(REG_A, 0x42)
reg_write_field(REG_A, FIELD_X(1), FIELD_Y(3), IRQ_V(FIQ))
reg_write_fielc(REG_B(3), COOL_FIELD_V(I_AM_COOL), BLA(42))
the following use RMW or SET/CLR variants, depending on target:
reg_set_field(REG_A, FLAG_U, FLAG_V)
reg_clr_field(REG_A, FIELD_X, FIELD_Y, IRQ)
reg_clr_field(REG_B(3), COOL_FIELD, BLA)
the following does clear followed by set, on SET/CLR targets:
reg_cs(REG_A, 0xff, 0x42)
reg_cs(REG_B(3), 0xaa, 0x55)
reg_cs_field(REG_A, FIELD_X(1), FIELD_Y(3), IRQ_V(FIQ))
reg_cs_field(REG_B(3), COOL_FIELD_V(I_AM_COOL))
The generator code is pretty long but has lots of documentation and lots of
macro names can be customized.
Change-Id: I5d6c5ec2406e58b5da11a5240c3a409a5bb5239a
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Although the jz4740 contains a similar tool to usbboot, its command-line
interface is not very useful, also it does not compile by default because it
relies on some external code, and it contains code specific to some JZ4740
devices.
Change-Id: I22688238d147e21fb0fd524466b333b6003d4ff1
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Change-Id: I94d0f67cfd0d636407cd9cf3afbe0db4064de28e
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This commit adds support for the version of the hwstub library, which requires
a lot of changes. It also adds some editing features, such as register access
and much better editing of fields using the mouse (double click on a field
to be able to resize and move it).
Change-Id: I3c4e4cc855cb44911c72bc8127bad841b68efe52
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Registers (and variants) can now specify the type of access supported:
- unspecified: for variant means same as register, for register defaults R/W
- read/write
- read only
- write only
Backward compatibility is preserved by setting access to unspecified by default.
Change-Id: I3e84ae18f962a45db62f996a542d08405d05b895
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Also use this opportunity to cleanup support for multiple devices: the shell
now supports dynamic changes in the device and will call init() everytime
a new device is selected, to prepare a new environment. The shell now
honors register width on register read/write. The shell also provides access
to variants as follows by creating a subtable under the register using the
variant type in UPPER case and having the same layout as a register.
For example if register HW.GPIO.DIR has variants "set" and "clr", those can
be used like this:
HW.GPIO.DIR.SET.write(0xff)
HW.GPIO.DIR.CLR.write(0xff00)
Change-Id: I943947fa98bce875de0cba4338e8b7196a4c1165
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Change-Id: I7e8ae50907401a9480a0da809a4470f1728d3a57
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Rewrite the hwstub library in C++, with a clean and modular design.
The library was designed from the ground up to be aware of multithreading
issues and to handle memory allocation nicely with shared pointers.
Compared to the original library, it brings the following major features:
- support for JZ boot devices, it is very easy to add support for others
- support for network transparent operations (through sockets): both tcp
and unix domains are support
Change-Id: I75899cb9c7aa938c17ede2bb3f468e7a55d625b4
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After being caught by several bugs of the type "let's forgot to initialize
a field to default value", I'm finally fixing this.
Change-Id: I01c33e0611d4f697f767db66465e4fb30858cdab
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Change-Id: I60a764567d2fc73ed87fca2a8b0eaf643d4984bc
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Change-Id: Icb4233fb9b2b0d5b6f8c4a35dff300f38c8d3025
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Change-Id: I7b175103e567ae4375ff94e74ed1a06215f640c3
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The parser would simply ignore unknown elements or attributes, which is bad
on many levels. Now any unknown tag will trigger a fatal error.
Change-Id: I32eead8e96c1567241cf2a565d9e20e62877c14d
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Conversion done using swiss_knife as follows:
./swiss_knife convert --author "Amaury Pouly" --version "2.4.0" desc/regs-stmp3XXX-v1.xml desc/regs-stmp3XXX.xml
Change-Id: Iad26e04f8f599cf25339a33aa65f231379434e98
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Change-Id: Ib66a404acf1f640e19b30b35d6a976094ae4264a
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This big commit port qeditor from v1 to v2 register file format. Although
the display code was much simplified, the edit code had to be rewritten.
The new code also brings many improvement to the register display widget.
The new code also compiles with both Qt4 and Qt5, although it is recommended
to use Qt5 to get some improvements, especially in the layout of editor.
Change-Id: I24633ac37a144f25d9e705b565654269ec9cfbd3
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A v2 register description file can now include register variants and instances
addresses can now be a list (previously it could only be a stride or a formula).
Update the library to deal with that. The convert option of swiss_knife was
updated and one incompatible change was introduce: if a v1 device has several
addresses, those are converted to a single v2 instance with list (instead of
several single instances). This should have been the behaviour from the start.
Swiss_knife can now also convert regdumps, in which case it needs to be given
both the dump and register description file. Also introduce two register
descriptions files (vsoc1000 and vsoc2000) which give more complicated examples
of v2 register description files.
Change-Id: Id9415b8363269ffaf9216abfc6dd1bd1adbfcf8d
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Change-Id: Ied8c9d153a34bd8b689a34e45708262cede5348d
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Change-Id: I5fbd1799b958bedbe74f91bdcdd8a544e15d2a78
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With this you can upload and run code on DSP core in atj213x.
The files can be produced using as2181. You can download
this assembler from https://github.com/wodz/as2181
You should use extended mode (-x switch) since DSP core
in atj is non standard and uses 24bit operands.
PX register has different meaning as well and is used as MSB
when loading other registers with immediates (immediate field
is 16bit in instruction so to set register to 24bit value
you need to store MSB in PX prior to this).
MAC MR is 56bit accordingly.
HIP interface seems to be mapped at standard addresses
(except that regular 218x doesn't have HIP).
Have a fun!
Change-Id: I9a80ca0dd3718ba8435ae8579bfffa66e067e022
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Change-Id: I12a785e554b7d598b91e526af1b7ebc1fc44f610
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Default toolchain can be overriden using PREFIX, for example:
PREFIX=arm-none-eabi- make
Change-Id: I06f5ad0ad492b9f648ccba853a851918644f0500
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Fix qeditor to use the old soc_desc_v1.
Port hwstub_shell to the new description format.
Change-Id: I9fefbff534bfaa5c3603bb3dd8307a2b76e88cfc
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Change-Id: Ib938b4be71d2c7623851dbc3c211f96105077d7d
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Change-Id: I314365c3a2cb9d230c412f24d2a8034a12c43444
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Change-Id: I19e59cfe86598c2e5a7b070ef72b5a12e88b7242
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This uses slightly hacked luaprompt to provide all the goodis.
See https://github.com/dpapavas/luaprompt for original.
Change-Id: Iedddb79abae5809299322bc215722dd928c35cca
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Change-Id: I1172cb0c4910f1d49b6a5d1125a809491a5aba9c
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Change-Id: I8e6cc0eb8a5bff722bf5278ffa7685436c3d846a
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When building in the current tree (i.e. buildfolder ending up as '.') creating
the filename to use in the zip file stripped all '.' characters. Use a
different way to create the filename to avoid this.
Change-Id: I139c404d5e83a8bcb028a9a22b125f238911e405
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