ypr1 target should switch back to OF by pressing volume down,
since volume up is already mapped to the early/safe mode.
Change-Id: I18c4deed2c8982dbee18b081ecc59b970c654473
This trivial patch wants to exploit /tmp filesystem to place
Rockbox executable. Why that? It will be then possible to
easily unlock & umount the storage partition, in order to provide
Rockbox itself a mean for RAW storage access. In turn, this will
allow a Rockbox-handled USB Mass Storage support, as well as other
goodies (storage info is one I can think of).
It takes way less than a second so it doesn't hurt boot time.
Moreover, YPR0/YPR1 targets have plenty (64MB) of RAM, so
the humble half meg executable won't hurt at all.
Change-Id: Ibc9d9a40712e924c8e19cfd7c62189b182f0401a
This patch removes the deprecated kernel module to manage
the fm-radio chip on the ypr0 target.
http://gerrit.rockbox.org/r/#/c/1594/ implements the interface to
the i2c bus by using the i2c-dev kernel driver, no need for
additional complexity.
Change-Id: I0d09e2e9d1714b3cb8a72b3d79a91602a627cc90
Only expand pkg-config calls once by making the compiler flags simply
expanded variables. Makes things more predicable and slightly faster.
Change-Id: Ie2ed066f205a95ec8a7708cefeb29e9989815db6
Building with mxe failed due to the toolchain (and Qt5) introducing
dependencies to system libraries we don't know about. Commit 3083abeb95
thus ignored the actual problem. Revert that and instead add the missing
system libraries to the list of known libraries.
Change-Id: I29ac296765e580b751d3d906d58ab563d05efde2
At least newer devices support more NVP properties in a device-independent
numbering. Many are supported but I just added two useful ones
Change-Id: I57926de7f0dd364b46a57ca8d48a5c4d4f20402b
This fixes a couple of issues when cross-compiling for windows:
- lib builds (i.e. mks5lboot) were overriding the cross CC/CXX with the
native CC, producing incompatible binaries.
- Qt made the accessibility plugin part of the core library, so we no
longer need to import it.
Change-Id: I9d884aee62dfa51d3624a3fa9b99c23b3b375f20
Seems like newer versions of mingw will sponteanously add a .exe suffix to
the output path if it doesn't have one, for example mingw-gcc -o scsitool bla
will actually create scsitool.exe and of course this breaks my release script.
Fix this by explicitely adding the .exe to avoid any problem
Change-Id: Ic8019b968b532b2ca612ba0c03977a96c22cee01
This is one of those fancy gold-plated devices. Of course it breaks my scripts
that were nicely expecting every device to start with NW.
Change-Id: I161320f620f65f4f92c2650d192b26a9831eeb9d
There is something weird going on: the Sony website has two different entries:
- NW-ZX300/NW-ZX300A/NW-A45/NW-A47/NW-A45HN/NW-A46HN
- NW-ZX300,NW-ZX300A update(20181004)/NW-ZX300G
with slightly different nvp entries, but it is impossible to tell whether
an NW-ZX300(A) belong to one or the other. Since the diff is very small,
I am adding this as nw-zx300g but treat all devices as nz-zx300 since the
destination node is the same and that is the main usage of the tool anyway.
Change-Id: I3dc2fdec52650f938d568bed578184f6bc43d130
If the model is not known (ie model ID in the database) but another device from
the same series is known, then the database information probably applies and
one can use the "force" option -s to tell the tool to ignore the model ID.
Automatically print such advice when the series can be guessed.
Change-Id: I6bcc7aa29693df8c3d7d8e709ece7cea650be717
swr/swl instructions used for word aligning were wrong. This
made memset() terribly broken. I can't imagine how it went
uncaught for soooo long. Spotted by Solomon Peachy.
I run unit tests for alignments 0,1,2,3
size 1, 2, 3, 4, 5, 63, 64, 65, 127, 128, 129;
and fill pattern 0x00 and other (since 0 is special case in this
implementation).
Change-Id: I513a10734335fe97734c10ab5a6c3e3fb3f4687a
Previously only atomic read/write 8/16/32 were exposed. But it is useful to
be able to read a whole buffer at once, this is more efficient than N times
read8.
Change-Id: I06e331641e1ab1f74c0e16e8c432eafb398e8e6d
The encryption definitely uses some standard elliptic curve encryption over
binary fields (163 and 233 bits, standard polynomials). It is still unclear
how this is used in the actual encryption, the key authentification and
derivation do not look standard.
Change-Id: I6b9180ff7e6115e1dceca8489e986a02a9ea6fc9
