Am 29.12.2014 um 23:03 schrieb André Hentschel:
loader/main.c | 26 ++++++++++++++++++-------- 1 file changed, 18 insertions(+), 8 deletions(-)
[After a small IRC discussion]
My main goal is to also get the 2G/2G vmsplit warning on ARM, too. (and potential other platforms) There are still many ARM kernels out there with a 2G split. The problem is that Wine can't start on 2G/2G, it seems there are too much assumptions in the code for a 3G split. e.g. for shared user data. We can't allocate 0x7ffe0000-0x7fff0000 on 2G split, most likely something else is already there, idk
André Hentschel nerv@dawncrow.de writes:
Am 29.12.2014 um 23:03 schrieb André Hentschel:
loader/main.c | 26 ++++++++++++++++++-------- 1 file changed, 18 insertions(+), 8 deletions(-)
[After a small IRC discussion]
My main goal is to also get the 2G/2G vmsplit warning on ARM, too. (and potential other platforms) There are still many ARM kernels out there with a 2G split. The problem is that Wine can't start on 2G/2G, it seems there are too much assumptions in the code for a 3G split. e.g. for shared user data. We can't allocate 0x7ffe0000-0x7fff0000 on 2G split, most likely something else is already there, idk
There are few such assumptions, and they could be fixed. The question is whether there are actual apps that depend on these addresses, like there are on i386. If not, it shouldn't be necessary to require a 3G split.
Am 05.01.2015 um 21:37 schrieb Alexandre Julliard:
André Hentschel nerv@dawncrow.de writes:
Am 29.12.2014 um 23:03 schrieb André Hentschel:
loader/main.c | 26 ++++++++++++++++++-------- 1 file changed, 18 insertions(+), 8 deletions(-)
[After a small IRC discussion]
My main goal is to also get the 2G/2G vmsplit warning on ARM, too. (and potential other platforms) There are still many ARM kernels out there with a 2G split. The problem is that Wine can't start on 2G/2G, it seems there are too much assumptions in the code for a 3G split. e.g. for shared user data. We can't allocate 0x7ffe0000-0x7fff0000 on 2G split, most likely something else is already there, idk
There are few such assumptions, and they could be fixed. The question is whether there are actual apps that depend on these addresses, like there are on i386. If not, it shouldn't be necessary to require a 3G split.
Good point, i'll try every existing app i can. But it also would be helpful if Vincent could try to run !kuser in a win debugger on his tablet if possible: http://msdn.microsoft.com/en-us/library/windows/hardware/ff563942%28v=vs.85%...
Am 06.01.2015 um 16:40 schrieb André Hentschel:
Am 05.01.2015 um 21:37 schrieb Alexandre Julliard:
André Hentschel nerv@dawncrow.de writes:
Am 29.12.2014 um 23:03 schrieb André Hentschel:
loader/main.c | 26 ++++++++++++++++++-------- 1 file changed, 18 insertions(+), 8 deletions(-)
[After a small IRC discussion]
My main goal is to also get the 2G/2G vmsplit warning on ARM, too. (and potential other platforms) There are still many ARM kernels out there with a 2G split. The problem is that Wine can't start on 2G/2G, it seems there are too much assumptions in the code for a 3G split. e.g. for shared user data. We can't allocate 0x7ffe0000-0x7fff0000 on 2G split, most likely something else is already there, idk
There are few such assumptions, and they could be fixed. The question is whether there are actual apps that depend on these addresses, like there are on i386. If not, it shouldn't be necessary to require a 3G split.
Good point, i'll try every existing app i can. But it also would be helpful if Vincent could try to run !kuser in a win debugger on his tablet if possible: http://msdn.microsoft.com/en-us/library/windows/hardware/ff563942%28v=vs.85%...
Already found an app: ProcessHacker 2.33 For the test i changed the kuserdata address in ntdll and kernel32 to 0x70000000
Vincent, as there are screenshots running the same binary on a RT tablet i would they the shared user data is handled the same as on i386, thus no need for you to test it, sorry for the noise.
Here is the backtrace (asking for PF_SSE3_INSTRUCTIONS_AVAILABLE i think):
Unhandled exception: page fault on read access to 0x7ffe027e in 32-bit code (0x0040101c). Register dump: Thumb User Mode Pc:0040101c Sp:7619fd70 Lr:0040a8c7 Cpsr:60000030(-ZC-) r0:00000000 r1:004ae4c4 r2:00000000 r3:7ffe027e r4:76be8f6c r5:004d7c28 r6:00400000 r7:0000000a r8:0000000a r9:7ea40fe8 r10:76c53de8 Fp:7619fda0 Ip:76c38ff8 Stack dump: 0x7619fd70: 00000000 00000000 00000001 00000000 0x7619fd80: 00000000 00000000 00000000 00000000 0x7619fd90: 00000000 00000000 76be8f6c 004dbac0 0x7619fda0: 7619fdb8 0040a8c7 00000000 00000000 0x7619fdb0: 00000000 004d7be4 7619fdf8 004461eb 0x7619fdc0: 004a4ff9 004ab8d4 004ab8d4 00400000 Backtrace: =>0 0x0040101c in processhacker (+0x101c) (0x7619fda0) 1 0x0040a8c7 in processhacker (+0xa8c6) (0x7619fda0) 0x0040101c: ldrb r3, [r3, #0] Modules: Module Address Debug info Name (85 modules) ELF 8000- 11000 Deferred <wine-loader> PE 400000- 51a000 Export processhacker ELF 7505e000-75069000 Deferred libgpg-error.so.0 ELF 75069000-7509b000 Deferred libdbus-1.so.3 ELF 7509b000-750ae000 Deferred libp11-kit.so.0 ELF 750ae000-75116000 Deferred libgcrypt.so.11 ELF 75116000-75129000 Deferred libtasn1.so.3 ELF 75129000-75141000 Deferred libresolv.so.2 ELF 75141000-7514c000 Deferred libkeyutils.so.1 ELF 7514c000-7515a000 Deferred libkrb5support.so.0 ELF 7515a000-75165000 Deferred libcom_err.so.2 ELF 75165000-7518e000 Deferred libk5crypto.so.3 ELF 7518e000-7521e000 Deferred libkrb5.so.3 ELF 7521e000-75232000 Deferred libavahi-client.so.3 ELF 75232000-75244000 Deferred libavahi-common.so.3 ELF 75244000-752cd000 Deferred libgnutls.so.26 ELF 752cd000-752f9000 Deferred libgssapi_krb5.so.2 ELF 752f9000-7533b000 Deferred libcups.so.2 ELF 7533b000-7536d000 Deferred uxtheme<elf> -PE 75340000-7536d000 \ uxtheme ELF 7536d000-75379000 Deferred libxfixes.so.3 ELF 75379000-75387000 Deferred libxcursor.so.1 ELF 75387000-75398000 Deferred libxi.so.6 ELF 75398000-753a2000 Deferred libxcomposite.so.1 ELF 753a2000-753af000 Deferred libxrandr.so.2 ELF 753af000-753bd000 Deferred libxrender.so.1 ELF 753bd000-753c9000 Deferred libxxf86vm.so.1 ELF 753c9000-753e4000 Deferred libxcb.so.1 ELF 753e4000-754cd000 Deferred libx11.so.6 ELF 754cd000-754df000 Deferred libxext.so.6 ELF 754df000-7556d000 Deferred winex11<elf> -PE 754f0000-7556d000 \ winex11 ELF 7556d000-75595000 Deferred imm32<elf> -PE 75570000-75595000 \ imm32 ELF 75595000-755b6000 Deferred libexpat.so.1 ELF 755b6000-755e2000 Deferred libfontconfig.so.1 ELF 755e2000-755fb000 Deferred libz.so.1 ELF 755fb000-75657000 Deferred libfreetype.so.6 ELF 75657000-75678000 Deferred libtinfo.so.5 ELF 75678000-75695000 Deferred libncurses.so.5 ELF 75695000-75795000 Deferred oleaut32<elf> -PE 756b0000-75795000 \ oleaut32 ELF 75795000-757d8000 Deferred winspool<elf> -PE 757a0000-757d8000 \ winspool ELF 757d8000-758c1000 Deferred comdlg32<elf> -PE 757e0000-758c1000 \ comdlg32 ELF 758c1000-7593e000 Deferred rpcrt4<elf> -PE 758d0000-7593e000 \ rpcrt4 ELF 7593e000-75a3a000 Deferred ole32<elf> -PE 75960000-75a3a000 \ ole32 ELF 75a3a000-75aac000 Deferred shlwapi<elf> -PE 75a50000-75aac000 \ shlwapi ELF 75aac000-75cc1000 Deferred shell32<elf> -PE 75ac0000-75cc1000 \ shell32 ELF 75cc1000-75ce1000 Deferred version<elf> -PE 75cd0000-75ce1000 \ version ELF 75ce1000-75d48000 Deferred advapi32<elf> -PE 75cf0000-75d48000 \ advapi32 ELF 75d48000-75e42000 Deferred gdi32<elf> -PE 75d60000-75e42000 \ gdi32 ELF 75e42000-75f78000 Deferred user32<elf> -PE 75e60000-75f78000 \ user32 ELF 75f78000-76062000 Deferred comctl32<elf> -PE 75f80000-76062000 \ comctl32 ELF 76062000-76080000 Deferred winsta<elf> -PE 76070000-76080000 \ winsta ELF 76095000-760a0000 Deferred libxdmcp.so.6 ELF 761a6000-761b0000 Deferred libxau.so.6 ELF 761b2000-761bb000 Deferred libxinerama.so.1 ELF 7633d000-76580000 Deferred kernel32<elf> -PE 76350000-76580000 \ kernel32 ELF 76699000-766aa000 Deferred libnss_files.so.2 ELF 766aa000-766ba000 Deferred libnss_nis.so.2 ELF 766ba000-766d2000 Deferred libnsl.so.1 ELF 766d2000-766e0000 Deferred libnss_compat.so.2 ELF 76aeb000-76b0f000 Deferred libgcc_s.so.1 ELF 76b0f000-76b7a000 Deferred libm.so.6 ELF 76b7a000-76b88000 Deferred librt.so.1 ELF 76b88000-76c55000 Deferred ntdll<elf> -PE 76ba0000-76c55000 \ ntdll ELF 76c55000-76c60000 Deferred libdl.so.2 ELF 76c60000-76d3e000 Deferred libc.so.6 ELF 76d3e000-76d59000 Deferred libpthread.so.0 ELF 76d64000-76f0a000 Dwarf libwine.so.1 ELF 76f0a000-76f29000 Deferred ld-linux-armhf.so.3 Threads: process tid prio (all id:s are in hex) 0000000e services.exe 0000001f 0 0000001e 0 00000014 0 00000010 0 0000000f 0 00000012 winedevice.exe 0000001d 0 00000018 0 00000017 0 00000013 0 00000019 explorer.exe 0000001a 0 0000001b plugplay.exe 00000021 0 00000020 0 0000001c 0 00000022 Wabbitemu.exe 00000025 0 00000024 0 0000002a (D) Z:\home\dawncrow\ARM_Apps\xda-developers.com\ProcessHacker_2.30_arm_beta_rel3\ProcessHacker.exe 0000002b 0 <== System information: Wine build: wine-1.7.33-146-g102d893 Platform: arm Host system: Linux Host version: 3.14.14-cubox
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Alexandre Julliard -
André Hentschel