libxkbcommon/test/data/compat/xfree86

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// XFree86 special keysyms.
default partial xkb_compatibility "basic" {
interpret.repeat= True;
interpret XF86_Switch_VT_1 {
action = SwitchScreen(Screen=1, !SameServer);
};
interpret XF86_Switch_VT_2 {
action = SwitchScreen(Screen=2, !SameServer);
};
interpret XF86_Switch_VT_3 {
action = SwitchScreen(Screen=3, !SameServer);
};
interpret XF86_Switch_VT_4 {
action = SwitchScreen(Screen=4, !SameServer);
};
interpret XF86_Switch_VT_5 {
action = SwitchScreen(Screen=5, !SameServer);
};
interpret XF86_Switch_VT_6 {
action = SwitchScreen(Screen=6, !SameServer);
};
interpret XF86_Switch_VT_7 {
action = SwitchScreen(Screen=7, !SameServer);
};
interpret XF86_Switch_VT_8 {
action = SwitchScreen(Screen=8, !SameServer);
};
interpret XF86_Switch_VT_9 {
action = SwitchScreen(Screen=9, !SameServer);
};
interpret XF86_Switch_VT_10 {
action = SwitchScreen(Screen=10, !SameServer);
};
interpret XF86_Switch_VT_11 {
action = SwitchScreen(Screen=11, !SameServer);
};
interpret XF86_Switch_VT_12 {
action = SwitchScreen(Screen=12, !SameServer);
};
interpret XF86LogGrabInfo {
action = Private(type=0x86, data="PrGrbs");
};
interpret XF86LogWindowTree {
action = Private(type=0x86, data="PrWins");
};
interpret XF86_Next_VMode {
action = Private(type=0x86, data="+VMode");
};
interpret XF86_Prev_VMode {
action = Private(type=0x86, data="-VMode");
};
};
partial xkb_compatibility "grab_break" {
interpret XF86_Ungrab {
action = Private(type=0x86, data="Ungrab");
};
interpret XF86_ClearGrab {
action = Private(type=0x86, data="ClsGrb");
};
};