Вот и результат:
_____________
[ghost@localhost ltmodem-8.31a10]$ su
[root@localhost ltmodem-8.31a10]# export LANG=C
[root@localhost ltmodem-8.31a10]# ./build_module
Lucent/Agere_Systems(AS) DSP chip modems (but Not the AMR or soft PCI chipsets)
are supported by the the resources of this kit.
AS maintainer S. Sarkar develops the code on a Red Hat Linux test bed.
The lt_serial.o Serial Interface module comes under GPL and is Open Source.
The lt_modem.o code is entirely proprietary, though partially Open Source.
Adaptation to ongoing changes in Linux source code is enabled by the Open Sourc_____________
[ghost@localhost ltmodem-8.31a10]$ su
[root@localhost ltmodem-8.31a10]# export LANG=C
[root@localhost ltmodem-8.31a10]# ./build_module
Lucent/Agere_Systems(AS) DSP chip modems (but Not the AMR or soft PCI chipsets)
are supported by the the resources of this kit.
AS maintainer S. Sarkar develops the code on a Red Hat Linux test bed.
The lt_serial.o Serial Interface module comes under GPL and is Open Source.
The lt_modem.o code is entirely proprietary, though partially Open Source.
Adaptation to ongoing changes in Linux source code is enabled by the Open Source components.
Critical AS proprietary information is pre-complied in ltmdmobj.o,
whose constituents are functionally not affected by minor Linux source code changes.
Volunteer maintainers periodically receive code updates from AS.
Through the contributions of Many described in CREDITS, there are
enhancements in utility, ease of installation and documentation.
Mark Spieth initiated this ltmodem compiler kit series.
Chris Hebeisen introduced the Configure implementation, bringing Newbie friendliness.
Marv Stodolsky is culpable for the verbose messaging.
Within DOCs/, Ltmodem.html has URLs to many particular usage cases.
Volunteers assemble the ltmodem-version.deb and
ltmodem-version.rpm Installers for the User Community as Linux source code evolves
utiliizing the resources of this compiler kit series.
If new to compiling, read the ModemCompiling.txt which is being output, to guide
proper set up your kernel-sources. The kernel-source package as installed does
NOT in general match an installed kernel, but one of several alternative kernels.
Thus with a niave usage, all could be completed well technically.
BUT the installed drivers might not be compatible with your kernel,
of even reside in the needed /lib/modules/Kernel_Version/ tree.
To continue, Enter
This compilation process is likely Not necessary to work through,
if the only need is modem drivers matching the standard kernel of the
following Linux distributions: Debian, Red Hat, Mandrake, SuSE and Connectiva
Volunteers have already compiled most standard drivers. For more current releases,
those available compatible with your System requirements will be later listed.
They are available for download as ltmodem-version.rpm and
ltmodem-version.deb Installers from a repository,
http://ltmodem.heby.de
If your System can use one of these Installers, you will be informed below.
Many installers for older kernels are available at:
http://linmodems.technion.ac.il/packages.html
The compiling process is a learning experience for Newbies.
We strongly recommend that you DO learn it sometime.
But getting on the Internet under Linux should have first priority.
This kit provides several diagnostics aids and good documentation.
Continuing will do no harm. Useful diagnostic information
on your system will be written to BLDrecord.txt,
with direction to documentation if a failure occurs.
At a minimum, Do keep the DOCs/ and utils/ folders and become familiar
with the resources therein.
To continue: Enter
=================================================================
This is the version 8.31a10 of the compiler + installer kit
8.31 corresponds to the version of the core Agere Systems DSP code.
a10 designation that follows reflects NO improvement in DSP code.
Rather peripheral driver, added diagnostics and installer improvements
are reflected. They are progressively implemented as Users report problems
or the Linux kernel evolves.
The modem drivers will serve with Linux kernels beginning with 2.2.2, the current
2.4.nn series, and the 2.5.nn development kernels.
However support was broken in the early 2.4.n-test series.
When there is a Red Hat 2.6.nn release, AS will then update the code
If your PC is being well served with this 8.31a10,
there is NO Benefit in using a more recent version
until there is an update in the Agere driver code, say 8.26 to 9.00.
But if the driver installation for a new kernel should in some way fail,
please do download the most recent ltmodem-VER.tar.gz
before sending a query to
discuss@linmodems.org,
because the problem may already be solved.
This build_module script only compiles drivers,
with their installation managed by subsequent commands.
Thus ./build_module can be rerun for education or amusement,
without as yet committing changes to your System.
For general instructions: Enter
=================================================================
All should work automatically for most Linux installations/distributions,
IF a complete kernel-headers/ folder is available:
through a symbolic link: /lib/modules/KernelVersion/build --> PATH_to/kernel-headers/
at the classical /usr/src/ position.
Otherwise a symbolic link will be necessary:
ln -s PATH_to/kernel-headers/ /usr/src/linux
Read ModemDriverCompiling.txt if an explanation is needed about kernel-headers.
To compile modules for a kernel other version than 2.6.3-7mdk, such as version 2.2.17-3test, use syntax:
./build_module 2.2.17-3test
where the version.h in the kernel-headers/ folder has 2.2.17-3test
If desirable to make a record for trouble shooting purposes,
Abort with Ctrl-C. Then the process can be recorded to ltrecord.txt :
./build_module | tee ltrecord.txt
To continue: Enter
====================================================================
Diagnostic information is progressively being written to BLDrecord.txt .
Often, contents of BLDrecord.txt will aid in solving a problem.
The Linux distribution is: mandrake, Mandrake Linux release 10.0 (Official) for i586
End of distribution check.
UPDATE=2004_Nov_26
TMPM=0tmpfile
Providing detail for device at PCI_bus 01:08.0
with vendor-ID:device-ID
----:----
Class 0780: 11c1:044c Communication controller: Lucent Microelectronics LT WinModem (rev 02)
SubSystem 11c1:044c Lucent Microelectronics LT WinModem
Flags: bus master, medium devsel, latency 32, IRQ 5
Memory at ea000000 (32-bit, non-prefetchable)
I/O ports at c000 e components.
Critical AS proprietary information is pre-complied in ltmdmobj.o,
whose constituents are functionally not affected by minor Linux source code changes.
Volunteer maintainers periodically receive code updates from AS.
Through the contributions of Many described in CREDITS, there are
enhancements in utility, ease of installation and documentation.
Mark Spieth initiated this ltmodem compiler kit series.
Chris Hebeisen introduced the Configure implementation, bringing Newbie friendliness.
Marv Stodolsky is culpable for the verbose messaging.
Within DOCs/, Ltmodem.html has URLs to many particular usage cases.
Volunteers assemble the ltmodem-version.deb and
ltmodem-version.rpm Installers for the User Community as Linux source code evolves
utiliizing the resources of this compiler kit series.
If new to compiling, read the ModemCompiling.txt which is being output, to guide
proper set up your kernel-sources. The kernel-source package as installed does
NOT in general match an installed kernel, but one of several alternative kernels.
Thus with a niave usage, all could be completed well technically.
BUT the installed drivers might not be compatible with your kernel,
of even reside in the needed /lib/modules/Kernel_Version/ tree.
To continue, Enter
This compilation process is likely Not necessary to work through,
if the only need is modem drivers matching the standard kernel of the
following Linux distributions: Debian, Red Hat, Mandrake, SuSE and Connectiva
Volunteers have already compiled most standard drivers. For more current releases,
those available compatible with your System requirements will be later listed.
They are available for download as ltmodem-version.rpm and
ltmodem-version.deb Installers from a repository, http://ltmodem.heby.de
If your System can use one of these Installers, you will be informed below.
Many installers for older kernels are available at:
http://linmodems.technion.ac.il/packages.html
The compiling process is a learning experience for Newbies.
We strongly recommend that you DO learn it sometime.
But getting on the Internet under Linux should have first priority.
This kit provides several diagnostics aids and good documentation.
Continuing will do no harm. Useful diagnostic information
on your system will be written to BLDrecord.txt,
with direction to documentation if a failure occurs.
At a minimum, Do keep the DOCs/ and utils/ folders and become familiar
with the resources therein.
To continue: Enter
=================================================================
This is the version 8.31a10 of the compiler + installer kit
8.31 corresponds to the version of the core Agere Systems DSP code.
a10 designation that follows reflects NO improvement in DSP code.
Rather peripheral driver, added diagnostics and installer improvements
are reflected. They are progressively implemented as Users report problems
or the Linux kernel evolves.
The modem drivers will serve with Linux kernels beginning with 2.2.2, the current
2.4.nn series, and the 2.5.nn development kernels.
However support was broken in the early 2.4.n-test series.
When there is a Red Hat 2.6.nn release, AS will then update the code
If your PC is being well served with this 8.31a10,
there is NO Benefit in using a more recent version
until there is an update in the Agere driver code, say 8.26 to 9.00.
But if the driver installation for a new kernel should in some way fail,
please do download the most recent ltmodem-VER.tar.gz
before sending a query to discuss@linmodems.org,
because the problem may already be solved.
This build_module script only compiles drivers,
with their installation managed by subsequent commands.
Thus ./build_module can be rerun for education or amusement,
without as yet committing changes to your System.
For general instructions: Enter
=================================================================
All should work automatically for most Linux installations/distributions,
IF a complete kernel-headers/ folder is available:
through a symbolic link: /lib/modules/KernelVersion/build --> PATH_to/kernel-headers/
at the classical /usr/src/ position.
Otherwise a symbolic link will be necessary:
ln -s PATH_to/kernel-headers/ /usr/src/linux
Read ModemDriverCompiling.txt if an explanation is needed about kernel-headers.
To compile modules for a kernel other version than 2.6.3-7mdk, such as version 2.2.17-3test, use syntax:
./build_module 2.2.17-3test
where the version.h in the kernel-headers/ folder has 2.2.17-3test
If desirable to make a record for trouble shooting purposes,
Abort with Ctrl-C. Then the process can be recorded to ltrecord.txt :
./build_module | tee ltrecord.txt
To continue: Enter
====================================================================
Diagnostic information is progressively being written to BLDrecord.txt .
Often, contents of BLDrecord.txt will aid in solving a problem.
The Linux distribution is: mandrake, Mandrake Linux release 10.0 (Official) for i586
End of distribution check.
UPDATE=2004_Nov_26
TMPM=0tmpfile
Providing detail for device at PCI_bus 01:08.0
with vendor-ID:device-ID
----:----
Class 0780: 11c1:044c Communication controller: Lucent Microelectronics LT WinModem (rev 02)
SubSystem 11c1:044c Lucent Microelectronics LT WinModem
Flags: bus master, medium devsel, latency 32, IRQ 5
Memory at ea000000 (32-bit, non-prefetchable)
I/O ports at c000
-----PCI_IDs------- --CompilerVer-
Feature List: Primary Subsystem Distr KernelVer kernel default CPU
./scanModem test 11c1:044c 11c1:044c mandrake 2.6.3-7mdk 3.3.2 3.3.2 i686
IDENT=AGERE
PCIDEV=11c1:044c
Vendor=11c1
The modem has a supported Lucent/Agere DSP (digital signal processing) chipset
with primary PCI_ID: 11c1:044c
DSP=1
To continue: Enter
==================================================
Checking for any preliminary complications.
Bad links to /usr/include not evident.
The kernel supports only single processor motherboards.
To continue: Enter
==================================================
OK thus far.
To begin acquisition of compiling information: Enter
Removing old makings and expanding a clean source.tar.gz
Setting BLDrecord.txt link within source/ folder.
lrwxrwxrwx 1 root root 16 Авг 16 19:45 BLDrecord.txt -> ../BLDrecord.txt
Setting ./tmpfile link within source/ folder.
lrwxrwxrwx 1 root root 12 Авг 16 19:45 ./tmpfile -> .././tmpfile
Following a successful check for matching kernel-headers,
the modem drivers will be compiled for the current kernel version: 2.6.3-7mdk
To start resource tests: Enter
Performing a configure trial and capturing the report to ../conf-report.txt.
Parsing the report:
error
A sample successfull conf_out.txt is in the folder DOCs/
Here is the report from ../conf-report.txt
------------------
creating cache ./config.cache
Checking OS
Checking machine type
Processor i686 is supported.
checking for gcc... gcc
checking whether the C compiler (gcc ) works... no
configure: error: installation or configuration problem: C compiler cannot create executables.
