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Re: Port Genode(13.05) to exynos4412 with Fiasco.oc(R67)
by Reinier Millo Sánchez 05 Jun '15

05 Jun '15

Hi Sunyu Thanks for your answer. We have tested your patch and it works. We have reduced a bit your patch. This is our patch: diff --git a/src/kernel/fiasco/src/drivers/arm/processor-arm.cpp b/src/kernel/fiasco/src/drivers/arm/processor-arm.cpp index d9102c4..8ee9101 100644 --- a/src/kernel/fiasco/src/drivers/arm/processor-arm.cpp +++ b/src/kernel/fiasco/src/drivers/arm/processor-arm.cpp @@ -32,7 +32,7 @@ public: static Cpu_phys_id cpu_id(); }; -INTERFACE[arm && !arm_em_tz]: +INTERFACE[arm && !arm_em_tz && !arm_em_ns]: EXTENSION class Proc { @@ -62,6 +62,22 @@ public: }; }; +INTERFACE[arm && arm_em_ns]: + +EXTENSION class Proc +{ +public: + enum : unsigned + { + Cli_mask = Status_IRQ_disabled, + Sti_mask = Status_IRQ_disabled, + Status_preempt_disabled = Status_IRQ_disabled, + Status_interrupts_mask = Status_IRQ_disabled, + Status_always_mask = 0x10 | Status_FIQ_disabled, + }; +}; + + INTERFACE[arm && !hyp]: EXTENSION class Proc Your patch runs without TrustZone and TrustZone Normal Side. Our patch only works on TrustZone Normal Side. When TrustZone is enabled the IRQ are used in Normal Side and the FIQ are used in Secure Side. That is the reason because we adapt your patch to be used only on TrustZone Normal Side. We are interested to use IRQ and FIQ when not using TrustZone. We are trying to use Fiasco.OC without TrustZone, but using both interrupts, the IRQ and FIQ. We are thinking that the problem may be in the GIC or the TrustZone configuration. We have tested both patchs using Fiasco.OC(r67) with GenodeOS, and run/printf works fine. There is the serial output: Exynos4412 # bootm 0x41000000 Boot with zImage Starting kernel ... L4 Bootstrapper Build: #2 Thu Jun 4 10:16:41 EDT 2015, 4.9.2 Scanning up to 2048 MB RAM, starting at offset 32MB Memory size is 2048MB (40000000 - bfffffff) Limiting 'RAM' region [ 40000000, bfffffff] { 80000000} to [ 40000000, bcffffff] { 7d000000} due to 3024 MB address limit RAM: 0000000040000000 - 00000000bcffffff: 2048000kB Total RAM: 2000MB Scanning /home/alexy/workOS/genode/genodeos/geno-issue-48u/build/foc_odroid-x2/kernel/fiasco.oc/fiasco Scanning sigma0 Scanning genode/core Moving up to 6 modules behind 41100000 moving module 02 { 4111e000-41191e0b } -> { 4120e000-41281e0b } [474636] moving module 01 { 4110c000-4111d367 } -> { 411fc000-4120d367 } [70504] moving module 00 { 4109f000-4110b0ab } -> { 4118f000-411fb0ab } [442540] moving module 05 { 41062000-4109e513 } -> { 41152000-4118e513 } [247060] moving module 04 { 41011000-41061c2f } -> { 41101000-41151c2f } [330800] moving module 03 { 41010000-4101010f } -> { 41100000-4110010f } [272] Loading no-issue-48u/build/foc_odroid-x2/kernel/fiasco.oc/fiasco Loading sigma0 Loading genode/core find kernel info page... found kernel info page at 0x40002000 Regions of list 'regions' [ 40000000, 40000167] { 168} Root mbi_rt [ 40001000, 40001a7f] { a80} Kern no-issue-48u/build/foc_odroid-x2/kernel/fiasco.oc/fiasco [ 40002000, 4007afff] { 79000} Kern no-issue-48u/build/foc_odroid-x2/kernel/fiasco.oc/fiasco [ 40090000, 4009629f] { 62a0} Sigma0 sigma0 [ 400a0000, 400a6177] { 6178} Sigma0 sigma0 [ 41000000, 4100f51f] { f520} Boot bootstrap [ 41100000, 4118efff] { 8f000} Root Module [ 80100000, 80245c73] { 145c74} Root genode/core API Version: (87) experimental Sigma0 config ip:40090100 sp:00000000 Roottask config ip:80100000 sp:00000000 Starting kernel no-issue-48u/build/foc_odroid-x2/kernel/fiasco.oc/fiasco at 40001258 Hello from Startup::stage2 Per_cpu_data_alloc: (orig: 0xf0068d50-0xf00697d0) Number of IRQs available at this GIC: 160 FPU0: Arch: VFPv3(3), Part: VFPv3(30), r: 4, v: 9, i: 41, t: hard, p: dbl/sngl L2: ID=4100c4c8 Type=1a340340 Aux=7e470001 WMask=ffff S=0 L2: Type L2C-310 Size = 1024kB Ways=16 Waysize=64 Watchdog initialized SERIAL ESC: allocated IRQ 85 for serial uart Not using serial hack in slow timer handler. \0x1b[1;32mWelcome to Fiasco.OC (arm)! \0x1b[0;32mL4/Fiasco.OC arm microkernel (C) 1998-2013 TU Dresden Rev: 7aa62e3-dirty compiled with gcc 4.9.2 for Samsung Exynos [] Build: #3 Thu Jun 4 10:16:23 EDT 2015 \0x1b[0m Per_cpu_data_alloc: (orig: 0xf0068d50-0xf00697d0) Allocate 2688 bytes (3KB) for CPU[4] local storage (offset=11872b0, 0xf11f0000-0xf11f0a80) Timer for CPU0 is at IRQ 28 Number of CPUs: 4 Calibrating timer loop... Per_cpu_data_alloc: (orig: 0xf0068d50-0xf00697d0) done. Allocate 2688 bytes (3KB) for CPU[1] local storage (offset=11892b0, 0xf11f2000-0xf11f2a80) MDB: use page size: 20 FPU1: Arch: VFPv3(3), Part: VFPv3(30), r: 4, v: 9, i: 41, t: hard, p: dbl/sngl MDB: use page size: 12 Timer for CPU1 is at IRQ 28 Per_cpu_data_alloc: (orig: 0xf0068d50-0xf00697d0) SAllocate 2688 bytes (3KB) for CPU[2] local storage (offset=11682b0, 0xf11d1000-0xf11d1a80) ICache config: ON GID_PFR[01]: 00001231 00000011M ID_[DA]FR0: 00010444 00000000 AID_MMFR[04]: 00100103 20000000 01230000 00102111 0FPU2: Arch: VFPv3(3), Part: VFPv3(30), r: 4, v: 9, i: 41, t: hard, p: dbl/sngl :CPU[1]: goes to idle loop Timer for CPU2 is at IRQ 28 HCache config: ON eID_PFR[01]: 00001231 00000011l ID_[DA]FR0: 00010444 00000000 lID_MMFR[04]: 00100103 20000000 01230000 00102111 Per_cpu_data_alloc: (orig: 0xf0068d50-0xf00697d0) CPU[2]: goes to idle loop oAllocate 2688 bytes (3KB) for CPU[3] local storage (offset=116b2b0, 0xf11d4000-0xf11d4a80) !FPU3: Arch: VFPv3(3), Part: VFPv3(30), r: 4, v: 9, i: 41, t: hard, p: dbl/sngl Timer for CPU3 is at IRQ 28 Cache config: ON ID_PFR[01]: 00001231 00000011K ID_[DA]FR0: 00010444 00000000 IID_MMFR[04]: 00100103 20000000 01230000 00102111 PCPU[3]: goes to idle loop @ 40002000 allocated 4KB for maintenance structures SIGMA0: Dump of all resource maps RAM:------------------------ [4:40000000;40000fff] [0:4007b000;4008ffff] [0:40097000;4009ffff] [0:400a7000;410fffff] [4:41100000;4118efff] [0:4118f000;800fffff] [4:80100000;80245fff] [0:80246000;bbffffff] IOMEM:---------------------- [0:0;3fffffff] [0:bd000000;ffffffff] KIP @ 40002000 magic: 4be6344c version: 87024444 sigma0 esp: 00000000 eip: 40090100 sigma1 esp: 00000000 eip: 00000000 root esp: 00000000 eip: 80100000 MBI @ 40000000 mod[3] [41100000,41100110) config mod[4] [41101000,41151c30) init mod[5] [41152000,4118e514) test-printf :ram_alloc: Allocator 80235ed8 dump: Block: [4007b000,40090000) size=00015000 avail=00015000 max_avail=00015000 Block: [40097000,4009701c) size=0000001c avail=00000000 max_avail=00015000 Block: [4009701c,40097038) size=0000001c avail=00000000 max_avail=00000000 Block: [40097038,400a0000) size=00008fc8 avail=00008fc8 max_avail=00008fc8 Block: [400a7000,400a701c) size=0000001c avail=00000000 max_avail=3ef71000 Block: [400a701c,400a7038) size=0000001c avail=00000000 max_avail=00000000 Block: [400a7038,41100000) size=01058fc8 avail=01058fc8 max_avail=01058fc8 Block: [4118f000,80100000) size=3ef71000 avail=3ef71000 max_avail=3ef71000 Block: [80246000,bc000000) size=3bdba000 avail=3bdba000 max_avail=3bdba000 => mem_size=2077892608 (1981 MB) / mem_avail=2077892496 (1981 MB) :region_alloc: Allocator 80237048 dump: Block: [00001000,20000000) size=1ffff000 avail=1ffff000 max_avail=1ffff000 Block: [30000000,40000000) size=10000000 avail=10000000 max_avail=1ffff000 Block: [40001000,40002000) size=00001000 avail=00001000 max_avail=1ffff000 Block: [40003000,4007b000) size=00078000 avail=00078000 max_avail=00078000 Block: [40090000,40097000) size=00007000 avail=00007000 max_avail=1ffff000 Block: [400a0000,400a7000) size=00007000 avail=00007000 max_avail=03ff0000 Block: [bc000000,bfff0000) size=03ff0000 avail=03ff0000 max_avail=03ff0000 => mem_size=872898560 (832 MB) / mem_avail=872898560 (832 MB) :io_mem: Allocator 80236334 dump: Block: [00000000,40000000) size=40000000 avail=40000000 max_avail=40000000 Block: [40001000,40002000) size=00001000 avail=00001000 max_avail=40000000 Block: [40003000,4007b000) size=00078000 avail=00078000 max_avail=00078000 Block: [40090000,40097000) size=00007000 avail=00007000 max_avail=00078000 Block: [400a0000,400a7000) size=00007000 avail=00007000 max_avail=43ffffff Block: [bc000000,ffffffff) size=43ffffff avail=43ffffff max_avail=43ffffff => mem_size=2215145471 (2112 MB) / mem_avail=2215145471 (2112 MB) :io_port: Allocator 80236790 dump: :irq: Allocator 80236bec dump: Block: [00000000,00000260) size=00000260 avail=00000260 max_avail=00000260 => mem_size=608 (0 MB) / mem_avail=608 (0 MB) :rom_fs: Rom_fs 802378fc dump: Rom: [41101000,41151c30) init Rom: [41100000,41100110) config Rom: [40002000,40003000) l4v2_kip Rom: [40002000,40003000) kip Rom: [41152000,4118e514) test-printf :core ranges: Allocator 8023987c dump: Block: [4007b000,40090000) size=00015000 avail=00015000 max_avail=00015000 Block: [40097000,400a0000) size=00009000 avail=00009000 max_avail=7bf59000 Block: [400a7000,bc000000) size=7bf59000 avail=7bf59000 max_avail=7bf59000 => mem_size=2079813632 (1983 MB) / mem_avail=2079813632 (1983 MB) \0x1b[32mGenode 15.05-40-gae2eab6\0x1b[0m int main(): \0x1b[33m--- create local services ---\0x1b[0m int main(): \0x1b[33m--- start init ---\0x1b[0m int main(): \0x1b[33mtransferred 1981 MB to init\0x1b[0m int main(): \0x1b[33m--- init created, waiting for exit condition ---\0x1b[0m init] \0x1b[31mCould not open ROM session for module "ld.lib.so"\0x1b[0m init -> test-printf] -1 = -1 = -1 [init] virtual void Genode::Child_policy::exit(int): \0x1b[33mchild "test-printf" exited with exit value 0\0x1b[0m To support Fiasco.OC on Genode we use a patch from Stefan Kalkowski: diff --git a/repos/base-foc/lib/mk/l4re_support.mk b/repos/base-foc/lib/mk/l4re_support.mk index 8058093..108ec4a 100644 --- a/repos/base-foc/lib/mk/l4re_support.mk +++ b/repos/base-foc/lib/mk/l4re_support.mk @@ -6,7 +6,7 @@ ifeq ($(called_from_lib_mk),yes) # packages in 'l4/pkg/' -PKGS = uclibc-headers uclibc-minimal l4util cxx +PKGS = crtn uclibc-headers l4util cxx uclibc-minimal libstdc++-headers include $(REP_DIR)/mk/l4_pkg.mk all: $(PKG_TAGS) And this is our patch to support the compilation of Fiasco.OC+Genode for Odroid-X2. The patch is not completed, but allows to run the printf example. We are based on the Arndale Exynos5 to support the Odroid-X2. There are some source code that is specific for the Exynos5 that we must change. Best regards On 06/04/2015 12:44 AM, sunyu wrote: > Hi, > I have run > Fiasco.oc(http://svn.tudos.org/repos/oc/tudos/trunk/l4/,http://os.inf.tu-dr… > Exynos4412 sucessfully,but i'm not sure what difference between it and > the fork of Fiasco.OC by Genode.There is the serial output: > > ------------------------------------------------------------------------------ > > downloading of 935936 bytes finished > Kernel size: 000e4000 > Ramdisk size: 00000000 > Booting raw image.. > Boot with zImage > Wrong Ramdisk Image Format > [err] boot_get_ramdisk > > Starting kernel ... > > > L4 Bootstrapper > Build: #2 2015ï¿½ï¿½å¹´ 06ï¿½ï¿½æ 04ï¿½ï¿½æ¥ ï¿½ï¿½æï¿½ï¿½æï¿½11:08:19 CST, 4.7.3 > Scanning up to 1024 MB RAM, starting at offset 32MB > Memory size is 1024MB (40000000 - 7fffffff) > RAM: 0000000040000000 - 000000007fffffff: 1048576kB > Total RAM: 1024MB > Scanning fiasco > Scanning sigma0 > Scanning moe > Moving up to 5 modules behind 41100000 > moving module 02 { 410b2000-410e3623 } -> { 411a2000-411d3623 } [202276] > moving module 01 { 410a8000-410b133b } -> { 41198000-411a133b } [37692] > moving module 00 { 41044000-410a706b } -> { 41134000-4119706b } [405612] > moving module 04 { 4102a000-4104357b } -> { 4111a000-4113357b } [103804] > moving module 03 { 41010000-41029457 } -> { 41100000-41119457 } [103512] > Loading fiasco > Loading sigma0 > Loading moe > find kernel info page... > found kernel info page at 0x40002000 > Regions of list 'regions' > [ 40000000, 400000e3] { e4} Root mbi_rt > [ 40001000, 40001b7f] { b80} Kern fiasco > [ 40002000, 40072fff] { 71000} Kern fiasco > [ 40090000, 400968fb] { 68fc} Sigma0 sigma0 > [ 40098000, 4009e177] { 6178} Sigma0 sigma0 > [ 40140000, 4016e6b3] { 2e6b4} Root moe > [ 40170000, 40186f13] { 16f14} Root moe > [ 41000000, 4100f4ff] { f500} Boot bootstrap > [ 41100000, 41133fff] { 34000} Root Module > API Version: (87) experimental > Sigma0 config ip:40090100 sp:00000000 > Roottask config ip:40140260 sp:00000000 > Starting kernel fiasco at 40001360 > Hello from Startup::stage2 > Per_cpu_data_alloc: (orig: 0xf005fd10-0xf0060790) > Number of IRQs available at this GIC: 160 > FPU0: Arch: VFPv3(3), Part: VFPv3(30), r: 4, v: 9, i: 41, t: hard, p: > dbl/sngl > Watchdog initialized > SERIAL ESC: allocated IRQ 85 for serial uart > Not using serial hack in slow timer handler. > Welcome to Fiasco.OC (arm)! > L4/Fiasco.OC arm microkernel (C) 1998-2013 TU Dresden > Rev: unknown compiled with gcc 4.7.3 for Samsung Exynos [] > Build: #1 Thu Jun 4 10:54:54 CST 2015 > > Per_cpu_data_alloc: (orig: 0xf005fd10-0xf0060790) > > KERNEL: Warning: Buddy::alloc: Size mismatch: a80 v 1000 > Allocate 2688 bytes (3KB) for CPU[4] local storage (offset=118a2f0, > 0xf11ea000-0xf) > Timer for CPU0 is at IRQ 28 > Number of CPUs: 4 > 11===========interupts=1 > Calibrating timer loop... 22===========interupts=1 > done. > MDB: use page size: 20 > MDB: use page size: 12 > SIGMA0: Hello! > KIP @ 40002000 > allocated 4KB for maintenance structures > SIGMA0: Dump of all resource maps > RAM:------------------------ > [4:40000000;40000fff] > [0:40073000;4008ffff] > [0:40097000;40097fff] > [0:4009f000;4013ffff] > [4:40140000;4016efff] > [0:4016f000;4016ffff] > [4:40170000;40186fff] > [0:40187000;410fffff] > [4:41100000;41133fff] > [0:41134000;7effffff] > IOMEM:---------------------- > [0:0;3fffffff] > [0:80000000;ffffffff] > MOE: Hello world > MOE: found 1031188 KByte free memory > MOE: found RAM from 40000000 to 7f000000 > MOE: allocated 1008 KByte for the page array @0x40187000 > MOE: virtual user address space [0-bfffffff] > MOE: rom name space cap -> [C:501000] > BOOTFS: [41100000-41119458] [C:503000] l4re > BOOTFS: [4111a000-4113357c] [C:504000] hello > MOE: cmdline: moe --init=rom/hello > MOE: Starting: rom/hello > MOE: loading 'rom/hello' > Hello World! > Hello World! > Hello World! > ------------------------------------------------------------------------------------------ > > I have modified the Fiasco.oc&L4re,all the modifications are as two > 'diff' files shown,and two configuration files are attached. > > P.S > I have tested the modified Fiasco.oc in Genode(15.05) by replacing > files(Genode/contrib/.../kernel/fiasco,configuration),but there is a > problem during execution(different from yours),is it caused by wrong > configuration? > There is the output: > ------------------------------------------------------------------------------------------ > Starting kernel ... > > Hello from Startup::stage2 > Per_cpu_data_alloc: (orig: 0xf006b628-0xf006bfe8) > Number of IRQs available at this GIC: 160 > Cache config: ON > ID_PFR[01]: 00001231 00000011 ID_[DA]FR0: 00010444 00000000 > ID_MMFR[04]: 00100103 20000000 01230000 00102111 > FPU0: Arch: VFPv3(3), Part: VFPv3(30), r: 4, v: 9, i: 41, t: hard, p: > dbl/sngl > Watchdog initialized > SERIAL ESC: allocated IRQ 305 for serial uart > Not using serial hack in slow timer handler. > Welcome to Fiasco.OC (arm)! > L4/Fiasco.OC arm microkernel (C) 1998-2013 TU Dresden > Rev: rUnversioned director compiled with gcc 4.9.2 for Samsung > Exynos [] > Build: #1 2015ï¿½ï¿½å¹´ 06ï¿½ï¿½æ 02ï¿½ï¿½æ¥ ï¿½ï¿½æï¿½ï¿½æï¿½ï¿½äº 13:19:19 CST > > Per_cpu_data_alloc: (orig: 0xf006b628-0xf006bfe8) > > KERNEL: Warning: Buddy::alloc: Size mismatch: 9c0 v 1000 > Allocate 2496 bytes (2KB) for CPU[4] local storage (offset=117b9d8, > 0xf11e7000-0xf) > Timer for CPU0 is at IRQ 28 > Number of CPUs: 4 > > KERNEL: Warning: No page-fault handler for 0xee620004, error 0x400808, > pc f0040700 > > Best regards > Sunyu > > > > > > > On 2015å¹´06æ04æ¥ 04:28, Reinier Millo SÃ¡nchez wrote: >> Hi Sunyu >> >> We are using GenodeOS(15.05) with Fiasco.OC r67 >> (http://github.com/skalk/foc.git). We have made all configuration and >> passed the compilation (printf.run) too. To get the raw image we have >> used genode-arm-obj-copy. >> In our case the Fiasco.OC don't starts successfully, the execution >> stops at 'Calibrating loop time...'. We have also tested it on the >> Fiasco.OC snapshot and got the same problem. There is the serial >> output using Genode: >> >> Boot with zImage >> Starting kernel ... >> L4 Bootstrapper >> Build: #2 Mon Jun 1 13:06:39 EDT 2015, 4.7.4 >> Scanning up to 2047 MB RAM >> Memory size is 2047MB (40000000 - bfefffff) >> RAM: 0000000040000000 - 00000000bfefffff: 2096128kB >> Total RAM: 2047MB >> mod05: 41153000-4118b960: genode/test-printf >> mod04: 41104000-41152908: genode/init >> mod03: 41103000-41103110: genode/config >> mod02: 41089000-411021c8: genode/core >> mod01: 4107f000-41088374: sigma0 >> mod00: 41015000-4107e8ac: >> /home/alexy/workOS/genodeos/build/foc_odroid-x2/kernel/fiasco.oc/fiasco >> Moving up to 6 modules behind 41100000 >> moving module 00 { 41015000-4107e8ab } -> { 41277000-412e08ab } >> [432300] >> moving module 01 { 4107f000-41088373 } -> { 412e1000-412ea373 } >> [37748] >> moving module 02 { 41089000-411021c7 } -> { 412eb000-413641c7 } >> [496072] >> moving module 03 { 41103000-4110310f } -> { 41100000-4110010f } >> [272] >> moving module 04 { 41104000-41152907 } -> { 41101000-4114f907 } >> [321800] >> moving module 05 { 41153000-4118b95f } -> { 41150000-4118895f } >> [231776] >> Scanning >> /home/alexy/workOS/genodeos/build/foc_odroid-x2/kernel/fiasco.oc/fiasco >> -serial_esc >> Scanning sigma0 >> Scanning genode/core >> Relocated mbi to [0x4100e000-0x4100e14d] >> Loading kOS/genodeos/build/foc_odroid-x2/kernel/fiasco.oc/fiasco >> Loading sigma0 >> Loading genode/core >> find kernel info page... >> found kernel info page at 0x40002000 >> Regions of list 'regions' >> [ 40001000, 40001bff] { c00} Kern >> kOS/genodeos/build/foc_odroid-x2/kernel/fiasco.oc/fiasco >> [ 40002000, 40076fff] { 75000} Kern >> kOS/genodeos/build/foc_odroid-x2/kernel/fiasco.oc/fiasco >> [ 400a0000, 400a673b] { 673c} Sigma0 sigma0 >> [ 400a8000, 400ae17b] { 617c} Sigma0 sigma0 >> [ 41000000, 410143f7] { 143f8} Boot bootstrap >> [ 4100e000, 4100e24a] { 24b} Root Multiboot info >> [ 41100000, 4118895f] { 88960} Root Module >> [ 80100000, 8025271f] { 152720} Root genode/core >> API Version: (87) experimental >> Sigma0 config ip:400a0100 sp:41013de4 >> Roottask config ip:80100000 sp:00000000 >> Starting kernel >> kOS/genodeos/build/foc_odroid-x2/kernel/fiasco.oc/fiasco at 400013c0 >> Hello from Startup::stage2 >> Per_cpu_data_alloc: (orig: 0xf0066658-0xf00670a8) >> Number of IRQs available at this GIC: 160 >> Cache config: ON >> ID_PFR[01]: 00001231 00000011 ID_[DA]FR0: 00010444 00000000 >> ID_MMFR[04]: 00100103 20000000 01230000 00102111 >> FPU0: Arch: VFPv3(3), Part: VFPv3(30), r: 4, v: 9, i: 41, t: >> hard, p: dbl/sngl >> L2: ID=4100c4c8 Type=1a340340 Aux=7e470001 WMask=ffff S=0 >> L2: Type L2C-310 Size = 1024kB >> Watchdog initialized >> SERIAL ESC: allocated IRQ 85 for serial uart >> Not using serial hack in slow timer handler. >> [1;32mWelcome to Fiasco.OC (arm)! >> [0;32mL4/Fiasco.OC arm microkernel (C) 1998-2013 TU Dresden >> Rev: 95b378f compiled with gcc 4.7.4 for Samsung Exynos [] >> Build: #1 Mon Jun 1 13:06:23 EDT 2015 >> [0m >> Per_cpu_data_alloc: (orig: 0xf0066658-0xf00670a8) >> Allocate 2640 bytes (3KB) for CPU[4] local storage >> (offset=117f9a8, 0xf11e6000-0xf11e6a50) >> Timer for CPU0 is at IRQ 28 >> Number of CPUs: 4 >> Calibrating timer loop... Per_cpu_data_alloc: (orig: >> 0xf0066658-0xf00670a8) >> Allocate 2640 bytes (3KB) for CPU[1] local storage >> (offset=11809a8, 0xf11e7000-0xf11e7a50) >> Cache config: ON >> ID_PFR[01]: 00001231 00000011 ID_[DA]FR0: 00010444 00000000 >> ID_MMFR[04]: 00100103 20000000 01230000 00102111 >> FPU1: Arch: VFPv3(3), Part: VFPv3(30), r: 4, v: 9, i: 41, t: >> hard, p: dbl/sngl >> Per_cpu_data_alloc: (orig: 0xf0066658-0xf00670a8) >> Timer for CPU1 is at IRQ 28 >> Allocate 2640 bytes (3KB) for CPU[2] local storage >> (offset=118c9a8, 0xf11f3000-0xf11f3a50) >> CPU[1]: goes to idle loop >> Cache config: ON >> ID_PFR[01]: 00001231 00000011 ID_[DA]FR0: 00010444 00000000 >> ID_MMFR[04]: 00100103 20000000 01230000 00102111 >> FPU2: Arch: VFPv3(3), Part: VFPv3(30), r: 4, v: 9, i: 41, t: >> hard, p: dbl/sngl >> Per_cpu_data_alloc: (orig: 0xf0066658-0xf00670a8) >> Timer for CPU2 is at IRQ 28 >> Allocate 2640 bytes (3KB) for CPU[3] local storage >> (offset=118f9a8, 0xf11f6000-0xf11f6a50) >> CPU[2]: goes to idle loop >> Cache config: ON >> ID_PFR[01]: 00001231 00000011 ID_[DA]FR0: 00010444 00000000 >> ID_MMFR[04]: 00100103 20000000 01230000 00102111 >> FPU3: Arch: VFPv3(3), Part: VFPv3(30), r: 4, v: 9, i: 41, t: >> hard, p: dbl/sngl >> Timer for CPU3 is at IRQ 28 >> CPU[3]: goes to idle loop >> \00\FF\00OK >> >> I have attached the configuration that we are using to compile the >> Fiasco.OC + L4re with Genode. Can you share the configuration that >> have used to compile Fiasco.OC? and what repository are you using? >> >> Best regards >> >> On 05/30/2015 02:57 AM, åæç¾½æ ¹ wrote: >>> Hi, >>> We have alreadly got fiasco.oc(R67) running on the Exynos4412 >>> successfully, >>> and tested Genode(13.05) on pandaboard.So i am trying to test >>> Genode(13.05ï¼ >>> with fiasco.oc(R67) on Exynos4412. >>> Have made all the configuration and passed the >>> compilation(printf.run),i get a 'image.elf' and then change it to >>> 'image.raw'. >>> The Fiasco.oc starts successfully during the execution of image.raw >>> on Exynos4412,but end with the error,i know it is about protection >>> domain. >>> Do you have any idea about the error? Then can you show me the log >>> of your Fiasco.oc's boot(on Odroid-X2). >>> >>> Thanks and regards >>> Sunyu >>> >>> åèª Windows é®ä»¶ >>> >> >> -- >> Lic. Reinier Millo SÃ¡nchez >> Centro de Estudios de InformÃ¡tica >> Universidad Central "Marta Abreu" de Las Villas >> Carretera a CamajuanÃ Km 5 1/2 >> Santa Clara, Villa Clara, Cuba >> CP 54830 >> >> "antes de discutir ... respira; >> antes de hablar ... escucha; >> antes de escribir ... piensa; >> antes de herir ... siente; >> antes de rendirte ... intenta; >> antes de morir ... vive" > -- Lic. Reinier Millo SÃ¡nchez Centro de Estudios de InformÃ¡tica Universidad Central "Marta Abreu" de Las Villas Carretera a CamajuanÃ Km 5 1/2 Santa Clara, Villa Clara, Cuba CP 54830 "antes de discutir ... respira; antes de hablar ... escucha; antes de escribir ... piensa; antes de herir ... siente; antes de rendirte ... intenta; antes de morir ... vive"

1 0

error when running l4android on genode-15.05
by 刘海剑 04 Jun '15

04 Jun '15

Hi, I run l4linux perfectly on genode-15.05, but got some errors as follow: Genode 15.05 int main(): --- create local services --- int main(): --- start init --- int main(): transferred 460 MB to init int main(): --- init created, waiting for exit condition --- [init] Could not open ROM session for module "ld.lib.so" [init] void* abort(): abort called And here is my own l4android.run: >>>>>>>>>>>>> assert_spec foc assert_spec 32bit # # Build # set use_platform_drv [expr [have_spec platform_arndale] || [have_spec platform_imx53]] set use_usb_drv [expr [have_spec omap4] || [have_spec exynos5]] set use_nic_drv [expr !$use_usb_drv] #set use_atapi_drv [have_spec x86] set use_sd_card_drv [expr [have_spec omap4] || [have_spec exynos5] || [have_spec pl180]] # generic components set build_components { core init drivers/timer drivers/framebuffer server/nitpicker server/nit_fb server/terminal_log l4android } lappend_if [have_spec pci] build_components drivers/pci lappend_if [have_spec acpi] build_components drivers/acpi lappend_if [have_spec ps2] build_components drivers/input/ps2 lappend_if [have_spec usb] build_components drivers/usb lappend_if $use_usb_drv build_components drivers/usb lappend_if $use_nic_drv build_components drivers/nic #lappend_if $use_atapi_drv build_components drivers/atapi lappend_if $use_sd_card_drv build_components drivers/sd_card lappend_if $use_platform_drv build_components drivers/platform build $build_components create_boot_directory # # Config # set config { <config prio_levels="2"> <parent-provides> <service name="ROM"/> <service name="RAM"/> <service name="IRQ"/> <service name="IO_MEM"/> <service name="IO_PORT"/> <service name="CAP"/> <service name="PD"/> <service name="RM"/> <service name="CPU"/> <service name="LOG"/> <service name="SIGNAL"/> </parent-provides> <default-route> <any-service> <parent/> <any-child/> </any-service> </default-route> <start name="timer"> <resource name="RAM" quantum="1M"/> <provides><service name="Timer"/></provides> </start> <start name="nitpicker"> <resource name="RAM" quantum="2M"/> <provides><service name="Nitpicker"/></provides> <route> <service name="Input"> <child name="input_drv"/> </service> <service name="Framebuffer"> <child name="fb_drv"/> </service> <any-service> <parent/> <any-child/> </any-service> </route> </start> <start name="android_fb"> <binary name="nit_fb"/> <resource name="RAM" quantum="4M"/> <provides> <service name="Framebuffer"/> <service name="Input"/> </provides> <config xpos="0" ypos="0" width="640" height="480" refresh_rate="25"/> </start> <start name="android_term_fb"> <binary name="nit_fb"/> <resource name="RAM" quantum="4M"/> <provides> <service name="Framebuffer"/> <service name="Input"/> </provides> <config xpos="0" ypos="482" width="1024" height="268" refresh_rate="25"/> </start> <start name="log_term_fb"> <binary name="nit_fb"/> <resource name="RAM" quantum="4M"/> <provides> <service name="Framebuffer"/> <service name="Input"/> </provides> <config xpos="642" ypos="0" width="380" height="480" refresh_rate="25"/> </start> #<start name="android_term"> #<binary name="terminal"/> #<resource name="RAM" quantum="1M"/> #<provides><service name="Terminal"/></provides> #<route> #<service name="Input"> <child name="android_term_fb"/> </service> #<service name="Framebuffer"> <child name="android_term_fb"/> </service> #<any-service> <parent/> <any-child/> </any-service> #</route> #</start> <start name="log_term"> <binary name="terminal"/> <resource name="RAM" quantum="1M"/> <provides><service name="Terminal"/></provides> <route> <service name="Input"> <child name="log_term_fb"/> </service> <service name="Framebuffer"> <child name="log_term_fb"/> </service> <any-service> <parent/> <any-child/> </any-service> </route> </start> <start name="terminal_log"> <resource name="RAM" quantum="1M"/> <provides><service name="LOG"/></provides> <route> <service name="Terminal"> <child name="log_term"/> </service> <any-service> <parent/> <any-child/> </any-service> </route> </start> <start name="l4android"> <resource name="RAM" quantum="512M"/> <config args="mem=128M console=ttyS0 l4x_rd=root-ginger.gz"> <block label="sda"/> </config> <route> <service name="Input"> <child name="android_fb"/> </service> <service name="Framebuffer"> <child name="android_fb"/> </service> #<service name="Terminal"> <child name="android_term"/> </service> <service name="LOG"> <child name="terminal_log"/> </service> <any-service> <parent/> <any-child/> </any-service> </route> </start>} append_if [have_spec acpi] config { <start name="acpi"> <resource name="RAM" quantum="8M"/> <binary name="acpi_drv"/> <provides> <service name="PCI"/> <service name="IRQ" /> </provides> <route> <service name="PCI"> <any-child /> </service> <any-service> <parent/> <any-child /> </any-service> </route> </start>} append_if [expr ![have_spec acpi] && [have_spec pci]] config { <start name="pci_drv"> <resource name="RAM" quantum="5M"/> <provides><service name="PCI"/></provides> </start>} append_if $use_platform_drv config { <start name="platform_drv"> <resource name="RAM" quantum="1M"/> <provides> <service name="Regulator"/> </provides> </start>} append_if [have_spec gpio] config { <start name="gpio_drv"> <resource name="RAM" quantum="4M"/> <provides><service name="Gpio"/></provides> <config/> </start>} append_if $use_usb_drv config { <start name="usb_drv"> <resource name="RAM" quantum="12M"/> <provides> <service name="Nic"/> <service name="Input"/> </provides> <config uhci="yes" ehci="yes" xhci="yes"> <nic mac="02:00:00:00:01:01" /> <hid/> </config> </start>} append_if $use_nic_drv config { <start name="nic_drv"> <resource name="RAM" quantum="4M"/> <provides><service name="Nic"/></provides> </start>} #append_if $use_atapi_drv config { #<start name="blk_drv"> #<start name="atapi_drv"/> #<resource name="RAM" quantum="1M" /> #<provides><service name="Block" /></provides> #<config ata="yes"/> #</start>} append_if $use_sd_card_drv config { <start name="blk_drv"> <binary name="sd_card_drv"/> <resource name="RAM" quantum="1M"/> <provides><service name="Block"/></provides> </start>} append_if [have_spec framebuffer] config { <start name="fb_drv"> <resource name="RAM" quantum="4M"/> <provides><service name="Framebuffer"/></provides> <config width="1024" height="768" depth="16" output="HDMI" buffered="yes" /> </start>} append_if [have_spec ps2] config { <start name="input_drv"> <binary name="ps2_drv"/> <resource name="RAM" quantum="1M"/> <provides><service name="Input"/></provides> </start>} append config { </config>} install_config $config # # Boot modules # set boot_modules { core init timer nitpicker nit_fb terminal_log l4android root-ginger.gz } lappend_if [have_spec acpi] boot_modules acpi_drv lappend_if [have_spec pci] boot_modules pci_drv lappend_if [have_spec gpio] boot_modules gpio_drv lappend_if [have_spec ps2] boot_modules ps2_drv lappend_if [have_spec framebuffer] boot_modules fb_drv lappend_if $use_usb_drv boot_modules usb_drv lappend_if $use_nic_drv boot_modules nic_drv #lappend_if $use_atapi_drv boot_modules atapi_drv lappend_if $use_sd_card_drv boot_modules sd_card_drv lappend_if $use_platform_drv boot_modules platform_drv if {[have_spec x86]} { set initrd_uri "http://genode.org/files/release-11.11/l4lx/root-ia32-ginger.gz" set system_uri "http://genode.org/files/release-11.11/l4lx/system-ia32-ginger.img" } elseif {[have_spec arm]} { set initrd_uri "http://genode.org/files/release-11.11/l4lx/root-arm-ginger.gz" set system_uri "http://genode.org/files/release-11.11/l4lx/system-arm-ginger.img" } if {![file exists bin/root-ginger.gz]} { puts "Download initramfs ..." exec curl $initrd_uri > bin/root-ginger.gz 2> /dev/null } if {![file exists bin/system-ginger.img]} { puts "Download system image ..." exec curl $system_uri > bin/system-ginger.img 2> /dev/null } #exec >& /dev/null wget -O bin/root-ginger.gz.md5 $initrd_uri.md5 #exec >& /dev/null wget -O bin/system-ginger.img.md5 $system_uri.md5 cd bin #exec md5sum -c root-ginger.gz.md5 #exec md5sum -c system-ginger.img.md5 cd .. build_boot_image [join $boot_modules " "] append qemu_args " -m 512 " append qemu_args " -serial mon:stdio " #append_if $use_atapi_drv qemu_args " -hda bin/system-ginger.img " append_if $use_sd_card_drv qemu_args " -drive file=bin/system-ginger.img,if=sd,cache=writeback " append_if [have_spec x86] qemu_args " -net nic,model=e1000 " append_if [have_spec lan9118] qemu_args " -net nic,model=lan9118 " append_if $use_nic_drv qemu_args " -net user -redir tcp:5555::5555 " run_genode_until forever <<<<<<<<<<<<<<<<<<<<< What is the matter? Thanks a lot.

1 0

Re: Port Genode(13.05) to exynos4412 with Fiasco.oc(R67)
by 四枚羽根 03 Jun '15

03 Jun '15

Hi, We have alreadly got fiasco.oc(R67) running on the Exynos4412 successfully, and tested Genode(13.05) on pandaboard.So i am trying to test Genode(13.05） with fiasco.oc(R67) on Exynos4412. Have made all the configuration and passed the compilation(printf.run),i get a 'image.elf' and then change it to 'image.raw'. The Fiasco.oc starts successfully during the execution of image.raw on Exynos4412,but end with the error,i know it is about protection domain. Do you have any idea about the error? Then can you show me the log of your Fiasco.oc's boot(on Odroid-X2). Thanks and regards Sunyu 发自 Windows 邮件

2 1

AHCI still not working
by Nobody III 01 Jun '15

01 Jun '15

I've tried to get AHCI to work several times. With the new AHCI driver (I updated Genode today), I thought it would finally work. It discovers my devices correctly (2 ATA and one ATAPI), and my configuration is good. (I've updated it and tested an almost identical scenario in Qemu.) I've tried it on both Nova and Fiasco.OC (Nova's pci_device_pd gave me an error: "assignment of PCI device failed") Any ideas what to do now?

5 18

Port Genode(13.05) to exynos4412 with Fiasco.oc(R67)
by sunyu 29 May '15

29 May '15

Hi, I'm trying to port Genode(13.05) to Samsung Exynos4412,using R67 of Fiasco.oc. There's a error while the image(compiled with printf.run) is running. ------------------------------------------------------------------------------------------------------ int main(): --- create local services --- int main(): --- start init --- int main(): transferred 1981 MB to init Could not assign parent interface to new PD unknown exception? int main(): --- init created, waiting for exit condition -- ------------------------------------------------------------------------------------------------------- I'd like to know how to solve this problem and get R67 running on Genode(13.05). Sunyu

3 2

I2C / SPI drivers for the Raspberry Pi
by Duss Pirmin 27 May '15

27 May '15

Hello I have pledged for one of this E-Paper displays for the Raspberry Pi https://www.kickstarter.com/projects/pisupply/papirus-the-epaper-screen-hat… To control this SPI, I2C and GPIO are needed. Are there already drivers for this interfaces? Otherwise I would be willing to implement this drivers and resource multiplexers. Best regrars Pirmin

3 7

Tracing with Genode
by Torsten Frenzel 27 May '15

27 May '15

Hello, currently, I explore Genode's tracing-feature and have a few questions regarding policy modules and trace buffers: I'm working with the 15.02 release and found two examples of policy modules, called null and rpc_name. Are there other examples in branches of the repo on how to implement a custom policy module. In general what are the restrictions, when implementing a policy module? Is it possible to extract more specific information for a certain event, for example, the name of the destination, that was called. Furthermore, the policy modules for Rpc_call and Rpc_returned events have access to a data structure of type Msgbuf_base. As far as I understood the message buffer contains the arch-depended marshalled data. Is there a generic mechanism to interpret these data in a meaningful way inside policy module or the trace monitor? It would be helpful to accurately timestamp every recorded event with a value of a real time clock. But that would require access to service that provides such an information. Again, I cannot see how to get access to such a service from inside the policy module, because it hasn't access to the Genode runtime environment. Maybe the correct approach would be to use a fast timestamp function inside the policy module and later calculate the real time value in the trace monitor? Is it possible to disable/enable specific types of events (, may be using the Trace::Control data structure)? Is there a mechanism that the trace monitor is notified, when a trace-buffer is full or has reached a threshold? When I played around with the test_trace program, I noticed that loading more than policy module into core fails. After some investigations I found that the slab_size for the constructed allocator used in the Policy_registry class for Trace::Policy objects is only 4 bytes, but Trace::Policy objects have a larger size of 26 bytes. When I changed the constructor in the session component as shown below everything works fine. So for some reason the compiler selects the Avl_node_base::Policy class in the template. diff -r ./base/src/core/include/trace/session_component.h . 40,41c40,41 < Tslab<Trace::Policy, 4096> _policies_slab; --- > Tslab<Policy, 4096> _policies_slab; Regards, Torsten

3 2

Accessing two UARTs from within one application
by Stark, Josef 26 May '15

26 May '15

Hi all, is it possible to use two UARTs at the same time from within one app? We had a look at the example script and application repos/os/run/uart.run and repos/os/src/test/uart and tried several things, including: - adding two lines in the config for the same process but with different UARTs: <policy label="test-uart1" uart="1"/> <policy label="test-uart1" uart="2"/> - comma-separating UARTs (uart="1,2") - adding a second uart-attribute (uart="1" uart="2") - and many more. - In the application, we simply added a second instance of Uart::Connection and accessed it in the same way as the first. (The Uart::Connection doesn't seem to offer any other constructor than the default one, in which one could specify which UART to access.) but all of those attemptes either led to a build error or made the output appear on only one UART. Is there any way to access two UARTs in one application or would we need a separate process for each one? Thanks in advance, Josef

2 2

Announcement: Genode OS Framework version 15.05 released
by Norman Feske 26 May '15

26 May '15

I am happy to announce the version 15.05 of the Genode OS Framework, which represents the most comprehensive release in our history. Its most visible feature is a completely new written documentation in book form. On the technical side, the highlights of the release are: - Comprehensive architectural documentation - Feature completion of the our custom kernel - Kernel-protected capabilities - Principal support for the 64-bit x86 - Dynamic thread weights - Revised device-driver infrastructure - Device drivers - New AHCI driver - Multi-touch support - Audio drivers ported from OpenBSD - SD-card drivers for i.MX53 and Raspberry Pi - Board support for i.MX6-based Wandboard - Support for GPT partitions - Proof-of-concept support for the seL4 kernel - NOVA kernel mechanism for signals - Tool chain updated to GCC 4.9.2 and binutils 2.25 These and many more improvements are described in the release documentation: http://genode.org/documentation/release-notes/15.05 Best regards Norman -- Dr.-Ing. Norman Feske Genode Labs http://www.genode-labs.com · http://genode.org Genode Labs GmbH · Amtsgericht Dresden · HRB 28424 · Sitz Dresden Geschäftsführer: Dr.-Ing. Norman Feske, Christian Helmuth

1 0

Port OpenDDS to Genode
by Roger Ferreira 26 May '15

26 May '15

Dear Genode Community, This is my first message, and actually first contact with microkernel world. I beg your patience in this first time. I am on the application development & integration deployment side. I have been thinking long ago about the possibility of tailoring a software environment with the very basic stuff (code) demanded by specific application domain. I work with mission safe-critical automation domain, and the applications are basically regarded algorithms / computation / networking. GUI can be splitted ou very basic. Using Linux as base OS provide what is needed, but together with a bunch of unecessary code / packages that increase the unrealiability of the overall final system. Now, having learn the important concept of isolating security-critical functions, in order to avoid security breach from the very ground,I got excited about the idea to bring the applications I work with in such scenario. And particularly to explore virtualization with the least possible software overhead. I did a survey on microkernel, microhypervisor. Found L4-based Fiasco-OC and then NOVA. I was still a little skeptical because of the low level knowledge required. Genode gave me the light I was looking for. Specially when I saw the porting of Qt5, which actually I use long time. With Qt5 integration I am very close to my objective. However, I still demand to integrate a 3-rd party software, namely, to port OpenDDS to Genode. I dig into the manual:http://genode.org/files/53bcb8e33fe6602fed25edc3c7b922c5/manual-2015… and genode site. I did the manual hello world example, built some environments (NOVA, Fiasco.OC), run the demo. Everything worked fine with QEMU. With Qt5 examples I was not successful yet, though. But before I can move on, I need to integrate an external library. My question / doubt is regarding porting an external Library:http://genode.org/documentation/developer-resources/porting_applica… Specifically, OpenDDS3.6 which relies on ACE-TAO2.2a:http://download.ociweb.com/TAO-2.2a/ACE+TAO-2.2a_with_latest_pa… I create a specific repo inside repos, and did the port files. The make prepare worked with no problems. But then come the challenging part: 1) Adapting Makefiles /Config files to Genode specific platform. ACE-TAO need a specific config and platform files. There are examples for linux, free and openbsd, vxworks, qnx, vxworks, lynxos. From which should I start from? 2) Creation of the patches. How to create the patches? Just with diff -crNb? 3) Building specific tools. ACE-TAO and OpenDDS rely on specific tools for IDL files. I saw the Qt example with the host_tools.mk approach, but not tested yet. 4) Creation of the run file. What should be a first trial? Where can I can get better insight of how to do that? I have digged through the Genode code, particularly the Qt5 porting, but it is quite hard. Is there any specific guide, or there is no easy way. Is a try and test process? Thanks for your attention. Best regards and congratulations for the Genode project, Roger

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