Mouse buttons

相關文章

• Mouse acceleration
• Mouse polling rate

翻譯狀態：

• 本文（或部分內容）是 Mouse buttons 的翻譯，最近一次同步的日期是 2017-10-13，如果英文版本有所更改，則您可以幫助同步翻譯更改的內容。
• 您可以在ArchWiki 的對應頁面找到本文翻譯的原始編輯記錄和貢獻者列表。

這篇文章將介紹如何配置按鍵超過 3 個的鼠標。

寫在前面

注意： These are helper comments, and can be ignored if you are looking for nothing but raw information. Due to community feedback, I decided to add a bit more commenting that describes what's going on "behind the scenes" with this configuration.

我們將為Xorg使用evdev驅動。EVentDEvice是一款高級USB設備驅動，可以提供比常規Xorg mouse 驅動更強大，更「直接」的功能，減少輸入延遲以及交流問題。

• 注意：evdev 是內核與Xorg包共有的輸入驅動。所有的Arch內核都與evdev模塊有關。

較新的Xorg版本（比如11R7.0）只需要進行下列步驟中對 /etc/X11/xorg.conf 的更改而不需要其它的步驟。

查找鼠標名稱

注意： 為了得到更準確的信息，有時你需要在未加載Xorg或者鼠標驅動時執行命令。

第一步：查找你鼠標的名字。你可以通過輸入以下命令來查詢：

$ egrep "Name|Handlers" /proc/bus/input/devices | egrep -B1 'Handlers.*mouse'

輸出會像下面這樣:

N: Name="Logitech USB Gaming Mouse"
H: Handlers=mouse0 event0 ts0 

如果你擁有多於一個的鼠標：

N: Name="Kensington Kensington Expert Mouse Wireless"
H: Handlers=event0 mouse0 
--
N: Name="Logitech USB Receiver"
H: Handlers=kbd event2 mouse1

注意： 譯者註：在VMware等虛擬環境下鼠標類型可能與實際不符。

你的鼠標名就是其中一個含有Handlers=mouse0的設備名，所以本例中的鼠標名為 Logitech USB Gaming Mouse。

注意： 本例中使用的鼠標是Logitech G5,你所用的鼠標或許與之不同，所以名字可能不同

拷貝你鼠標的名字，打開/etc/X11/xorg.conf。

配置Xorg

我們需要一個入口點吿訴X伺服器如何使用這個鼠標，它可能會像是這樣：

Section "InputDevice"

  Identifier      "Evdev Mouse"
  Driver          "evdev"
  Option          "Name" "Logitech USB Gaming Mouse"
  Option          "evBits"  "+1-2"
  Option          "keyBits" "~272-287"
  Option          "relBits" "~0-2 ~6 ~8"
  Option          "Pass"    "3"
  Option          "CorePointer"
EndSection

將Name選項用你剛剛複製的名字覆蓋。如果你在使用多個鼠標或者在加載Xorg時出現錯誤，可以忽略掉CorePointer選項。其他選項均為evdev對鼠標的默認配置，因此應該可以對大多數鼠標生效。

接下來，我們需要吿訴X使用這個剛配置好的鼠標，因此，要在xorg.conf中尋找ServerLayout。

修改ServerLayout塊來啟用「Evdev Mouse」（剛剛設置好的設備的Identifier）。完成後，它應該像下面這樣：

Section "ServerLayout"
  Identifier     "Default Layout"
  Screen 0       "Monitor0" 0 0
  InputDevice    "Keyboard0" "CoreKeyboard"
  InputDevice    "Evdev Mouse" "CorePointer"
EndSection

你只需要更改其中的InputDevice一行指向你剛剛配置好的鼠標。

完成後，準備工作就吿一段落了。

• 由xxsashixx編輯：

這是為Logitech G5鼠標用户寫的。我沒有為其他鼠標做測試。不過如果不做這一步，你的鼠標「可能」不能正常工作。 如果你不需要添加這些，就不要添加。

將

Option "Device" "/dev/input/event[#]"

加入InputDevice 塊中，不然鼠標可能不會被檢測到。 請把[#]替換成下面命令的執行結果：

egrep "Name|Handlers" /proc/bus/input/devices

• 由bapman編輯：

這個方法完成後，你的鼠標在重啟後可能會失靈（因為改變了event number）。如果出現這種情況，你可以在/dev/input/by-id中使用symlink，比如：

Option      "Device" "/dev/input/by-id/usb-Logitech_USB_Receiver-event-mouse"

「usb-Logitech_USB_Receiver-event-mouse」可以使用

ls /dev/input/by-id

命令查詢到。

• 由Diamir編輯：

With a Desktop type keyboard-mouse, this does not work because there is only one USB attachment and /dev/input/by-id contains only the keyboard. In this case, we can create a udev rule to get a consistent link. The following rules create the link /dev/input/usbmouse which points on the correct event entry:

KERNEL=="event[0-9]*", BUS=="usb", SYSFS{modalias}=="usb:v045Ep008Ad7373dc00dsc00dp00ic03isc00ip00", SYMLINK+="input/usbmouse"

You can call it z10_usb_mouse.rules and put it in /etc/udev/rules.d

The cryptic value to use for SYSFS(modalias) can be gotten in the following way:

enter the command cat /proc/bus/input/devices

You will find the keyboard and the mouse and see event4 is the mouse in this case:

I: Bus=0003 Vendor=045e Product=008a Version=0111
N: Name="Microsoft Microsoft Wireless Optical Desktop� 1.00"
P: Phys=usb-0000:00:10.0-2/input0
S: Sysfs=/devices/pci0000:00/0000:00:10.0/usb1/1-2/1-2:1.0/input/input3
U: Uniq=
H: Handlers=kbd event0 
B: EV=120013
B: KEY=1000000000007 ff800000000007ff febeffdff3cfffff fffffffffffffffe
B: MSC=10
B: LED=107

I: Bus=0003 Vendor=045e Product=008a Version=0111
N: Name="Microsoft Microsoft Wireless Optical Desktop� 1.00"
P: Phys=usb-0000:00:10.0-2/input1
S: Sysfs=/devices/pci0000:00/0000:00:10.0/usb1/1-2/1-2:1.1/input/input4
U: Uniq=
H: Handlers=kbd mouse0 event1 
B: EV=17
B: KEY=3000000000000 0 1f0000 f8400244000 601878d800d448 1e000000000000 0
B: REL=7c3
B: MSC=10

So I enter the following command (adapt event # to your particular case):

udevinfo -a -p $(udevinfo -q path -n /dev/input/event4) | grep modalias
ATTRS{modalias}=="input:b0003v045Ep008Ae0111-0,1,2,4,k71,72,73,74,83,86,8A,8C,8E,8F,9B,9C,9E,9F,A3,A4,A5,A6,AB,AC,B5,B6,CE,D2,D5,E2,E7,E8,E9,EA,EB,110,111,112,113,114,1B0,1B1,r0,1,6,7,8,9,A,am4,lsfw"
ATTRS{modalias}=="usb:v045Ep008Ad7373dc00dsc00dp00ic03isc00ip00"
ATTRS{modalias}=="pci:v00001106d00003038sv00001043sd000080EDbc0Csc03i00"

grab the ATTRS which becomes with usb: to complete "SYSFS{modalias}== " entry

And finally, use usbmouse as the Device Option in xorg.conf:

Option "Device" "/dev/input/usbmouse"

Post Configuration

Google Chrome

It works. Horizontal scroll works out of the box - push the scroll wheel left or right. Thumb buttons also work as next/previous page.

Opera

It works. Note: buttons can be mapped to functions easily in Preferences > Advanced > Shortcuts > Mouse set-up. For example, to bind button 8 to back:

1. Navigate to mouse set-up and expand the Application drop-down
2. In the input column, type: Button 8
3. In the actions column, type: Back

Firefox

Horizontal scroll

To get back and forward enabled, instead of scroll left/right, change the following settings in about:config:

mousewheel.default.action.override_x         2
mousewheel.default.delta_multiplier_x       -100

Thumb Buttons - forward and back

注意： The following maybe redundant depending on whether xev detects all your mouse buttons correctly (functions can be mapped on a per-app basis) or you want to change the default behaviour.

To do this we need to map keystrokes to the desired mouse buttons and install xvkbd^AUR and xbindkeys^包.

In most modern applications which use back/forward features, XF86Back is mapped to back and XF86Forward is mapped to forward by default. On most MX mice the thumb buttons resolve to 8 & 9. If your mouse is different, check button numbers using xev and replace the numbers used in the example (b:8 & b:9).

So if you have an MX mouse you would create the file ~/.xbindkeysrc, containing:

# Mouse Buttons
"xvkbd -xsendevent -text "\[XF86Back]""
m:0x0 + b:8 
"xvkbd -xsendevent -text "\[XF86Forward]""
m:0x0 + b:9

Now to test... Run the following command and if it works as expected remember to add xbindkeys to .xinitrc or somewhere where it will be executed each time X starts. Also, this should work with Epiphany and Konqueror without any additional configuration or use of IMWheel.

xbindkeys

The above info and more help may be found in the MX1000 Buttons wiki.

xmodmap tweaking

注意： None of the below is necessary with evdev, but it's here for non-evdev users. Unless something does not work on your mouse, ignore this whole section!

If you use .xinitrc to load X, then add this to .xinitrc (change for the number of buttons you have):

 xmodmap -e "pointer = 1 2 3 6 7 8 9 10 11 12 4 5" &

Note that buttons 4 and 5 must go on the end or else your scroll wheel will not work.

If you use GDM/XDM/KDM instead of .xinitrc, then create the file ~/.Xmodmap and add this to it (change for the number of buttons you have):

 pointer = 1 2 3 6 7 8 9 10 11 12 4 5

• GDM/XDM/KDM read the ~/.Xmodmap file if it's present, whereas startx does not. Another solution would be to add this to your ~/.xinitrc: xmodmap ~/.Xmodmap. This would allow you to use *DM and startx while only having to edit ~/.Xmodmap when you need to make changes.

You may have to play with these numbers a bit to get your desired behavior. Some mice use buttons 6 and 7 for the scroll wheel, in which case those buttons would have to be the last numbers. Keep playing with it until it works!

You can also check to see which buttons are being read with a program called 'xev', which is part of XOrg. When xev is run, it will show a box on your desktop that you can put the cursor into and click buttons to find out what buttons have been mapped.

xinput tweaking

For debugging purposes xinput can be used as it is able to change the button map on the fly in userspace. The following line corrects the button mapping (there have been reported cases with Logitech M505/B605 mice and possibly others) so the received events are mapped correctly:

 $ xinput set-button-map "$(xinput | awk -F'[=]' '/Logitech M505\/B605/ {print $2}' | awk '{print $1}')" 1 2 3 4 5 8 9

Alternate methods

The following methods use standard X.org mouse input driver (xf86-input-mouse) instead of using the evdev driver. It works on mice up to 7 buttons. Edit /etc/X11/xorg.conf InputDevice section for your mouse to reflect the changes shown below. Then restart X and you are done.

IMPS/2

This has been tested on an IntelliMouse Explorer 3.0. Your mileage may vary, as this does not seem to work for all said mice.

   Driver      "mouse"
   Option      "Protocol" "IMPS/2"
   Option      "Device" "/dev/input/mice"
   Option      "ZAxisMapping" "4 5 6 7"

ExplorerPS/2

This has been tested on a Logitech MX400 and MX518 and should work on any mx series mouse with up to 7 buttons.

   Driver         "mouse"
   Option         "Protocol" "ExplorerPS/2"
   Option         "Device" "/dev/input/mice"
   Option         "Buttons" "7"
   Option         "ZAxisMapping" "4 5"
   Option         "ButtonMapping" "1 2 3 6 7"

Settings from above also works for Microsoft InteliMouse Explorer 3.0 that connects through USB.

Auto

This has been tested on a Logitech MX400 and should work on most mice with up to 7 buttons.

   Driver         "mouse"
   Option         "Protocol" "auto"
   Option         "Device" "/dev/input/mice"
   Option         "Buttons" "7"
   Option         "ZAxisMapping" "4 5"
   Option         "ButtonMapping" "1 2 3 6 7"

This has been tested to work with Logitech MX1000.

   Driver         "mouse"
   Option         "Protocol" "auto"
   Option         "Device" "/dev/input/mice"
   Option         "Emulate3Buttons" "no"
   Option         "Buttons" "12"
   Option         "ZAxisMapping" "4 5 7 6 8 9"

easystroke

easystroke is a gesture-recognition application for X11

easystroke is a mouse gesture application, but it can be used to manage mouse buttons as well. It's main advantage o-ver btnx is that it's more versatile. On the other hand, it's user-based, so any user has to configure it to reflect his own needs.

In order to set up easystroke to manage your extra mouse buttons, you will need to do this (example features Back/Forward mouse buttons) : run:

easystroke -g

Go to Preferences tab > Additional buttons > Add, and add any special button.

注意： In case of easystroke does not automatically detect mouse buttons, you can specify it manually. Button identifiers (numbers) can be viewed by xev.

Go to Action tab > Add action, give the new action a name, as Type choose "Key", as Details set "Alt+Left" for Back button, "Alt+Right" for Forward button, as Stroke click the proper mouse button (confirm if a warning is displayed), and voilà! Your mouse button is configured.

Binding keyboard to mouse buttons

xvkbd and xbindkeys

Let us say we want to bind some mouse buttons to keyboard ones. The problem we will encounter is that we do not know how to emulate a key press. Here comes in handy xvkbd^AUR. We can use it along with xbindkeys^包.

$ xbindkeys --defaults >> ~/.xbindkeysrc
$ xbindkeys

To restart xbindkeys type:

$ pkill -f xbindkeys
$ xbindkeys 

Here is example ~/.xbindkeysrc config:

"xvkbd  -text "\[F8]""
       m:0x0 + b:8
"xvkbd  -text "\[Shift]\[Left]""
       m:0x0 + b:9
"xvkbd  -text "\[Shift]\[Right]""
       m:0x0 + b:10
"xvkbd  -text 2"
       m:0x0 + b:11
"xvkbd  -text 3"
       m:0x0 + b:12

If you want to check your mouse buttons number use xev. Do not forget to type capital letters in xvkbd -text usage and to escape opening bracket with \ or you get simply [Shift] written.

Here is an example for xbindkeys to enable x selection paste(third click pasting), you need both xsel and xvkbd installed, What it does it executes that command whenever button 13 of the mouse is pressed (in ~/.xbindkeysrc) :

 "xvkbd -no-jump-pointer -text "\D1$(xsel)" 2>/dev/null"
 b:13

This is an example for a keybinding for Meta+M:

 "xvkbd  -text "\{+Super_L}m\{-Super_L}""
 b:10

evrouter

Some programs, especially games, use different methods of reading input, so another program is needed: evrouter^AUR.

For the evrouter command to be able to read the input devices, it will have to be run in the input group (or as root). This can be achieved by adding yourself to that group:

# gpasswd -a user input

Now we can use the --dump option to display what the button to be changed is called:

提示：For USB devices udev will usually create symbolic links in /dev/input/by-id/ which can be used to refer to specific devices.

$ evrouter --dump /dev/input/event*

device  0: /dev/input/event0: AT Translated Set 2 keyboard
device  1: /dev/input/event1: Microsoft Microsoft Trackball Explorer®
device  2: /dev/input/event2: Sleep Button
device  3: /dev/input/event3: Power Button
device  4: /dev/input/event4: Power Button
device  5: /dev/input/event5: PC Speaker
Display name: :0.0

Now press the buttons that you wish to change:

Window "(null)": # Window title
# Window "(null)": # Resource name
# Window "(null)": # Class name
"Microsoft Trackball Explorer®" "/dev/input/event1" none key/275 "fill this in!"

Window "(null)": # Window title
# Window "(null)": # Resource name
# Window "(null)": # Class name
"Microsoft Trackball Explorer®" "/dev/input/event1" none key/276 "fill this in!"

The line that ends with "fill this in!" can be copied into the config file which by default is ~/.evrouterrc. For example, using the X11 key event emulator built into evrouter:

~/.evrouterrc

"Microsoft Trackball Explorer®" "/dev/input/event*" any key/275 "XKey/1"
"Microsoft Trackball Explorer®" "/dev/input/event*" any key/276 "XKey/2"

The 'event1' was changed to 'event*' in case udev gives it a different device number at boot. The 'none' was changed to 'any' so that the rule works even if any modifier keys are pressed when the button is pressed. To determine the key codes (in brackets) you can use

# xmodmap -pk

See evrouter(1) for a full explanation of the fields.

提示：Rules can apply only to specific windows, see evrouter(1) for details.

After setting up the config file, run it as a daemon:

$ evrouter /dev/input/event*

To stop the daemon:

$ evrouter -q
$ rm -f /tmp/.evrouter*

注意： evrouter will fail to start if the /tmp/.evrouter:0.0 file exists but does not delete it when exiting, so you will have to delete it yourself.

Binding + and - in Logitech G5 mouse

If you want to bind the buttons + and - in G5/7 mouse, which normally changes DPI, you have to use g5hack [2] released by a lomoco author.

wget http://piie.net/temp/g5_hiddev.c
gcc -o g5hack g5_hiddev.c
./g5hack /dev/usb/hiddev0 3

This will change your DPI to 2000, light the 1st LED and disables DPI on-the-fly changing, so you can use it with evrouter. If you would use it frequently I suggest you to copy it to the /usr/bin directory:

# cp g5hack /usr/bin/

If you want to bind your + and - buttons you must copy the line at the bottom (one with the comment '"-" button does not function anymore' above) to the mode you will be using, like, for example, under the "case 3:" you can put it on the line with the comment 'turn on third led' above (deleting the old one before of course).

For the newest G5 mouse which is reported as "product 0xc049" original hack does not work. You have to simply change the #define MOUSE_G5 0xc041 to #define MOUSE_G5 0xc049 and recompile.

You can execute the g5hack tool at system start up using systemd unit. See Systemd#Writing unit files for detail.

User tools

imwheel^包 provides configurable mouse wheel and button mapping. It can be configured globally or for individual processes.

Sample ~/.imwheelrc to enable back/forward thumb buttons for all applications and increased scroll speed in Chromium:

"^chromium$"
None, Up, Button4, 3
None, Down, Button5, 3

".*"
None, Thumb1, Alt_L|Left
None, Thumb2, Alt_L|Right

lomoco^AUR for Logitech MX mice will help you set the proper resolution, enable or disable smart scroll (with boot time support too!), etc. lomoco is available from the [community] repository and can be installed with the following command:

Be sure to look at /etc/udev/lomoco_mouse.conf and set up the the options you want to be automatically applied when the mouse gets loaded by udev.

注意： The lomoco package may be out of date. There is a hack for newer Logitech mice: [3]

Device Specific Configuration Files

Logitech G600

It is known that in xorg-server 1.18.0-3 side buttons of G600 are not recognized as a separate keyboard device, but another mouse which causes strange (moving mouse cursor to an edge of screen when one of main mouse buttons are clicked) behavior. To force xorg to recognize them as a keyboard buttons, add following section to your /etc/X11/xorg.conf:

Section "InputClass"
    Identifier "G600 misconfiguration fix"
    MatchProduct "G600"
    # Match just the keyboard section of the G600
    MatchIsKeyboard "true"
    # evdev assumes it's a mouse when it sees the absolute axis. Stop that from happening. 
    Option "IgnoreAbsoluteAxes" "on"  
EndSection

Mad Catz Mouse

Mad Catz Mouse

Logitech M560/M545/M546

These mouse is designed for Windows 8, and has a non conventional behavior: the mouse appears as a pair of mouse and keyboard and some buttons do not emit the standard mouse button event, but instead a combination of keyboard and mouse button. This prevent a "confortable" use of this mouse under Linux.

This driver allow to use this mouse like an ordinary mouse. It's recommend use it with xbindkeys to mapping buttons.

kernel module for M560(already merged into kernel v4.2)

kernel module for M545/M546