=============================================================================

    Advantech PCIe Multiport Device Driver Installation Guide for Linux
            Copyright (C) 2019, Advantech.
=============================================================================

Changes log:
Version 5.0.6.0 <2019-10-16>
    -support for CentOS7.6

Version 5.0.5.1 <2019-07-22>
    -fix compile error in kernel 4.15 and later version;
	
Version 5.0.4.0 <2018-03-21>
    - Add XON ANY support;
    - Support termios2 for non-standard baud rate;
    - Fix RTS, DTR incorrect issue;
    - Support new products;

Version 5.0.3.0 <2017-03-06>
    - Add fixed number;
    - Add a parameter to enable/disable internal loopback;
    - Add non-standard baud rates support;
    - Improve Software flow control and Hardware flow control behavior;
    - Support kernel 2.6.9;

Version 5.0.2.0 <2016-08-29>
    - Support kernel up to 4.2.x;
    - Fix data error issue on Fedora 21/23;

Version 5.0.1.0 <2015-08-28>
    - Original version


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1. Introduction

    The PCI/PCIe Multiport serial driver, supports the following multiport
    boards.

        - PCIE-1602 PCIe Multiport (2 Channels) Boards
        - PCIE-1604 PCIe Multiport (2 Channels) Boards
        - PCIE-1610 PCIe Multiport (4 Channels) Boards
        - PCIE-1612 PCIe Multiport (4 Channels) Boards
        - PCIE-1620 PCIe Multiport (8 Channels) Boards
        - PCIE-1622 PCIe Multiport (8 Channels) Boards
        - PCM-2602C PCM  Multiport (2 Channels) Boards
        - PCM-2604C PCM  Multiport (2 Channels) Boards
        - PCM-2610B PCM  Multiport (4 Channels) Boards
        - PCM-2612B PCM  Multiport (4 Channels) Boards
        - PCM-3612I PCM  Multiport (4 Channels) Boards
        - PCI-1602  PCI  Multiport (2 Channels) Boards
        - PCI-1604  PCI  Multiport (2 Channels) Boards
        - PCI-1610  PCI  Multiport (4 Channels) Boards
        - PCI-1612  PCI  Multiport (4 Channels) Boards
        - PCI-1620  PCI  Multiport (8 Channels) Boards
        - PCI-1622  PCI  Multiport (8 Channels) Boards

    This driver and installation procedure have been tested on various
    kernel versions.

    All the drivers and utilities are published in form of source code under
    GNU General Public License in this version. Please refer to GNU General
    Public License announcement in each source code file for more detail.

    This version of driver can be installed as Loadable Module (Module driver)
    or built-in into kernel (Static driver). You may refer to following
    installation procedure for suitable one. Before you install the driver,
    please refer to hardware installation procedure in the User's Manual.

    We assume the user should be familiar with following documents.
    - Serial-HOWTO
    - Kernel-HOWTO

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2. System Requirement

    - Hardware platform: Intel x86
    - Maximum of 256 ports can be installed in any PCI/PCIe board combination
    - This driver has been tested on various kernel versions.

      It is tested in follow systems:
	 ------------------------------------------ -------------- ----------------
	|             Distribution                 |     Kernel version            |
	 ------------------------------------------ -------------------------------
	|  Ubuntu 12.04/14.04/15.10(Desktop)/18.04 |      3.2/3.13/4.2/4.15        |
	 ------------------------------------------ -------------------------------
	|  Redhat Enterprise Linux Server 7.2      |         3.10.0                |
	 ------------------------------------------ -------------------------------
	|  OpenSUSE 15.0                           |         4.12.14               |
	 ------------------------------------------ -------------------------------
	|  Debian 9.5                              |         4.9.0                 |
	 ------------------------------------------ -------------------------------
	|  CentOS 7.6                              |         3.10.0                |
	 ------------------------------------------ -------------------------------

    It is strongly recommended that the user do a complete install of all
    components to ensure that this driver works correctly.

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3. Installation

    3.1. Login as 'root' before executing the following instructions.

    3.2. Uncompress the driver
    # tar zxvf adv_17V35X-VerX.tar.gz

    3.3. Build the driver
      # cd adv_17V35X
      # make
    Note:
      To compile the source code, you must install kernel development header
      file package,"gcc" and "make" command.

    3.4. Install the driver module
    # make install
    or
    #insmod ./adv17v35x.ko
    to see whether ttyAPn or ttyBnPn ( n = 1,2,3...) exist in /dev/ folder.

    3.5. Uninstall the driver module and clean
    # make uninstall
    # make clean
    or
    #rmmod adv17v35x

    3.6 Verify driver installation
    You may run command "dmesg" to check the latest status log reported by
    this driver whenever it's activated.

    This module registers Advantech ports as "/dev/ttyAP0", "/dev/ttyAP1", etc.
    Use "minicom" or your custom serial application to test the ports

    Attention! The name of PCIE-16XX ports are the same as Old cards which use
    Oxford chip, so don't use them at the same time.
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4. Driver files and device naming convention

    The driver file may be obtained via email. The first step, anyway, is to
    copy driver file "adv_17V35X-VerX" into specified
    directory. e.g. /advantech. The execute commands as below.

    # cd /advantech/adv_17V35X-VerX

    You may find the driver source code in /advantech/adv_17V35X-VerX.

    Driver creates traditional serial device names, "/dev/ttyAP0" onwards.

    Device naming when multiple boards are installed
    -----------------------------------------------
    assuming 2 PCIE-1602 boards, 1 PCIE-1610 board and
    1 PCIE-1622 board.

    Board Num.              Port Name
    1st board (1602)        ttyAP0  - ttyAP1
    2nd board (1602)        ttyAP2  - ttyAP3
    3rd board (1610)        ttyAP4  - ttyAP7
    4th board (1622)        ttyAP8  - ttyAP15

    Note. We don't know which card be found first, maybe 1602, or 1610, or
    1622. This depends on the sequence that operating system scanning.
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5. How to use Fixed Number

    From the latest version (v5.0.3.0) on, we'll add the new feature
    callled Fixed Number.

    This function enables the user to alternate the PCI/PCIE card slot without
    changing the name of the device node generated by each port.

    5.1 Using the old naming "ttyAPn"
    You'll find a switch called "Board ID" on the card. Adjust the switch
    to "ON".

    5.2 Using Fixed Number "ttyBnPn"
    Naming: "ttyB" + Board ID + "P" + Index, such as "ttyB03P0", "ttyB15P1", etc.
    You'll find a switch called "Board ID" on the card. Adjust the switch to
    the opposite side of "ON", i.e. the non-zero value. For example, if you
    want to generate a device node for "ttyB03Pn", you need to set "Board ID"
    to 0x3.
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6. Troubleshooting

    The boot time error messages and solutions are stated as clearly as
    possible. If all the possible solutions fail, please contact our technical
    support team to get more help.