minix/etc/system.conf
Cristiano Giuffrida cb176df60f New RS and new signal handling for system processes.
UPDATING INFO:
20100317:
        /usr/src/etc/system.conf updated to ignore default kernel calls: copy
        it (or merge it) to /etc/system.conf.
        The hello driver (/dev/hello) added to the distribution:
        # cd /usr/src/commands/scripts && make clean install
        # cd /dev && MAKEDEV hello

KERNEL CHANGES:
- Generic signal handling support. The kernel no longer assumes PM as a signal
manager for every process. The signal manager of a given process can now be
specified in its privilege slot. When a signal has to be delivered, the kernel
performs the lookup and forwards the signal to the appropriate signal manager.
PM is the default signal manager for user processes, RS is the default signal
manager for system processes. To enable ptrace()ing for system processes, it
is sufficient to change the default signal manager to PM. This will temporarily
disable crash recovery, though.
- sys_exit() is now split into sys_exit() (i.e. exit() for system processes,
which generates a self-termination signal), and sys_clear() (i.e. used by PM
to ask the kernel to clear a process slot when a process exits).
- Added a new kernel call (i.e. sys_update()) to swap two process slots and
implement live update.

PM CHANGES:
- Posix signal handling is no longer allowed for system processes. System
signals are split into two fixed categories: termination and non-termination
signals. When a non-termination signaled is processed, PM transforms the signal
into an IPC message and delivers the message to the system process. When a
termination signal is processed, PM terminates the process.
- PM no longer assumes itself as the signal manager for system processes. It now
makes sure that every system signal goes through the kernel before being
actually processes. The kernel will then dispatch the signal to the appropriate
signal manager which may or may not be PM.

SYSLIB CHANGES:
- Simplified SEF init and LU callbacks.
- Added additional predefined SEF callbacks to debug crash recovery and
live update.
- Fixed a temporary ack in the SEF init protocol. SEF init reply is now
completely synchronous.
- Added SEF signal event type to provide a uniform interface for system
processes to deal with signals. A sef_cb_signal_handler() callback is
available for system processes to handle every received signal. A
sef_cb_signal_manager() callback is used by signal managers to process
system signals on behalf of the kernel.
- Fixed a few bugs with memory mapping and DS.

VM CHANGES:
- Page faults and memory requests coming from the kernel are now implemented
using signals.
- Added a new VM call to swap two process slots and implement live update.
- The call is used by RS at update time and in turn invokes the kernel call
sys_update().

RS CHANGES:
- RS has been reworked with a better functional decomposition.
- Better kernel call masks. com.h now defines the set of very basic kernel calls
every system service is allowed to use. This makes system.conf simpler and
easier to maintain. In addition, this guarantees a higher level of isolation
for system libraries that use one or more kernel calls internally (e.g. printf).
- RS is the default signal manager for system processes. By default, RS
intercepts every signal delivered to every system process. This makes crash
recovery possible before bringing PM and friends in the loop.
- RS now supports fast rollback when something goes wrong while initializing
the new version during a live update.
- Live update is now implemented by keeping the two versions side-by-side and
swapping the process slots when the old version is ready to update.
- Crash recovery is now implemented by keeping the two versions side-by-side
and cleaning up the old version only when the recovery process is complete.

DS CHANGES:
- Fixed a bug when the process doing ds_publish() or ds_delete() is not known
by DS.
- Fixed the completely broken support for strings. String publishing is now
implemented in the system library and simply wraps publishing of memory ranges.
Ideally, we should adopt a similar approach for other data types as well.
- Test suite fixed.

DRIVER CHANGES:
- The hello driver has been added to the Minix distribution to demonstrate basic
live update and crash recovery functionalities.
- Other drivers have been adapted to conform the new SEF interface.
2010-03-17 01:15:29 +00:00

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service floppy
{
irq 6;
io 3f0:8
0:10 # XXX DMA controller
81 # Also DMA
;
system
UMAP # 14
IRQCTL # 19
DEVIO # 21
VDEVIO # 23
;
};
service dp8390
{
system
IRQCTL # 19
DEVIO # 21
SDEVIO # 22
;
pci device 10ec/8029;
uid 0;
};
service dpeth
{
system
IRQCTL # 19
DEVIO # 21
SDEVIO # 22
;
uid 0;
};
service lance
{
system
UMAP # 14
IRQCTL # 19
DEVIO # 21
;
pci device 1022/2000;
uid 0;
};
service rtl8139
{
system
UMAP # 14
IRQCTL # 19
DEVIO # 21
;
pci device 10ec/8139;
pci device 02ac/1012;
pci device 1065/8139;
pci device 1113/1211;
pci device 1186/1300;
pci device 1186/1340;
pci device 11db/1234;
pci device 1259/a117;
pci device 1259/a11e;
pci device 126c/1211;
pci device 13d1/ab06;
pci device 1432/9130;
pci device 14ea/ab06;
pci device 14ea/ab07;
pci device 1500/1360;
pci device 1743/8139;
pci device 4033/1360;
ipc
SYSTEM PM RS LOG TTY DS VM
pci inet amddev
;
};
service fxp
{
system
UMAP # 14
IRQCTL # 19
DEVIO # 21
;
pci device 8086/103d;
pci device 8086/1064;
pci device 8086/1229;
pci device 8086/2449;
ipc
SYSTEM PM RS LOG TTY DS VM
pci inet amddev
;
};
service inet
{
uid 0;
};
service random
{
};
service readclock.drv
{
io 70:2;
system
UMAP # 14
DEVIO # 21
READBIOS # 35
;
uid 0;
};
service is
{
vm
INFO
;
uid 0;
};
service pci
{
io cf8:8 # PCI bus controller
4d0:2 # PIIX
;
system
PRIVCTL # 4
DEVIO # 21
;
uid 0;
};
service at_wini
{
io 1f0:8 # Controller 0
3f6 # Also controller 0
170:8 # Controller 1
376 # Also controller 1
;
irq
14 # Controller 0
15 # Controller 1
;
system
UMAP # 14
IRQCTL # 19
DEVIO # 21
SDEVIO # 22
VDEVIO # 23
READBIOS # 35
;
pci class
1/1 # Mass storage / IDE
1/4 # Mass storage / RAID
;
};
service bios_wini
{
system
UMAP # 14
INT86 # 20
READBIOS # 35
;
};
service mfs
{
uid 0;
};
service isofs
{
system
UMAP # 14
;
uid 0;
};
service hgfs
{
ipc
SYSTEM PM VFS RS VM
;
};
service printer
{
io 378:4 # LPT1
278:4 # LPT2
;
irq
7 # PRINTER_IRQ
;
system
KILL # 6
UMAP # 14
VIRCOPY # 15
IRQCTL # 19
DEVIO # 21
VDEVIO # 23
;
};
service orinoco
{
system
PRIVCTL # 4
UMAP # 14
IRQCTL # 19
DEVIO # 21
VM_MAP # 30
;
pci device 1260/3873;
pci device 1186/1300;
uid 0;
};
service es1370
{
system
UMAP # 14
IRQCTL # 19
DEVIO # 21
;
pci device 1274/5000;
};
service es1371
{
system
UMAP # 14
IRQCTL # 19
DEVIO # 21
;
pci device 1274/1371;
};
service amddev
{
pci device 1022/1103;
system
UMAP # 14
;
uid 0;
};
service ipc
{
system
UMAP # 14
VIRCOPY # 15
;
uid 0;
ipc
SYSTEM
PM
RS
LOG
TTY
DS
VM
USER
;
vm
REMAP
UNREMAP
GETPHYS
GETREFCNT
QUERYEXIT
;
};
service osscore
{
system
PRIVCTL # 4
UMAP # 14
IRQCTL # 19
DEVIO # 21
SDEVIO # 22
;
pci class
4/1 # Multimedia / Audio device
;
ipc
SYSTEM PM RS LOG TTY DS VFS VM
pci inet amddev
;
uid 0;
};
service rtl8169
{
system
UMAP # 14
IRQCTL # 19
DEVIO # 21
;
pci device 10ec/8129;
pci device 10ec/8167;
pci device 10ec/8169;
pci device 1186/4300;
pci device 1259/c107;
pci device 1385/8169;
pci device 16ec/0116;
pci device 1737/1032;
ipc
SYSTEM PM RS LOG TTY DS VM
pci inet amddev
;
};
service filter
{
ipc
SYSTEM PM VFS RS DS VM
at_wini
bios_wini
;
control
at_wini
bios_wini
;
};
service e1000
{
system
UMAP # 14
IRQCTL # 19
DEVIO # 21
;
pci device 8086/100e;
pci device 8086/107c;
pci device 8086/10cd;
ipc
SYSTEM PM RS LOG TTY DS VM
pci inet ;
};
service atl2
{
system
UMAP # 14
IRQCTL # 19
;
pci device 1969/2048;
ipc
SYSTEM PM RS TTY DS VM
pci inet
;
};
service dec21140A
{
system
UMAP # 14
IRQCTL # 19
DEVIO # 21
;
pci device 1011/0009;
ipc
SYSTEM PM RS LOG TTY DS VM
pci inet
;
};
service hello
{
system
IRQCTL # 19
DEVIO # 21
;
ipc
SYSTEM PM RS LOG TTY DS VM VFS
pci inet amddev
;
uid 0;
};