Initial mapping/creating multiple devices.

input-create

@@ -1,7 +1,8 @@
 #!/usr/bin/env python
 import linux_uinput, ctypes, fcntl, os, sys
 from cinput import *
-from mapper import KeyMapper, parse_conf
+from mapper import KeyMapper, parse_conf, pretty_conf_print, \
+    get_exported_device_count
 from linux_input import timeval, input_event
 
 try:
@@ -23,29 +24,43 @@ parser.add_option('-C', '--compat', action='store_true',
 args, cfg = parser.parse_args()
 
 # Unpickle from stdin ; currently this is the default and only way
-f = pickle.Unpickler(sys.stdin)
+in_f = pickle.Unpickler(sys.stdin)
 
-conf = f.load()
+nifd = in_f.load()
+
+print 'Got', nifd, 'inputs'
+
+conf = in_f.load()
 
 for path in cfg:
     config_merge = imp.load_source('', path).config_merge
     config_merge(conf)
 
+pretty_conf_print(conf)
+
 m = KeyMapper(conf)
 
-d = UInputDevice()
-m.expose(d)
-d.setup('Example input device')
+# TODO: Get amount of uinput devices to export
 
+nofd = get_exported_device_count(conf)
+
+
+ofs = []
+for f in xrange(nofd):
+    d = UInputDevice()
+    m.expose(d, f)
+    d.setup('Example input device')
+    ofs.append(d)
 
 while True:
     if not args.compat:
-        ev = f.load()
+        fd, ev = in_f.load()
     else:
-        ev_p = f.load()
+        fd, ev_p = in_f.load()
         ti = timeval(ev_p[0], ev_p[1])
         ev = input_event(ti, ev_p[2], ev_p[3], ev_p[4])
 
-    ev = m.map_event(ev)
+    idx, ev = m.map_event(ev, fd)
+    d = ofs[idx]
 
     d.fire_event(ev)

input-read

@@ -3,7 +3,7 @@ import linux_uinput, ctypes, fcntl, os, sys
 import select
 
 from cinput import *
-from mapper import KeyMapper, parse_conf, pretty_conf_print
+from mapper import KeyMapper, parse_conf
 
 try:
     import cPickle as pickle
@@ -37,11 +37,9 @@ for idx, f in enumerate(fs):
 
     config.update(c)
 
-pretty_conf_print(config)
-
-p = select.epoll()
+pp = select.epoll()
 for f in fs:
-    p.register(f.get_fd(), select.EPOLLIN)
+    pp.register(f.get_fd(), select.EPOLLIN)
 
 if args.dump:
     for f in fs:
@@ -63,7 +61,7 @@ else:
 
 i = 0
 while True:
-    events = p.poll()
+    events = pp.poll()
 
     for e in events:
         fd, ev_mask = e

mapper.py

@@ -35,28 +35,42 @@ def pretty_conf_print(c):
                 cinput.rev_events[n_ev_t],
                 cinput.rev_event_keys[n_ev_t][vv['code']])
 
+def get_exported_device_count(c):
+    m = 0
+    for _, v in c.iteritems():
+        for _, o in v.iteritems():
+            m = max(m, o['type'][0])
+
+    return m + 1
+
 
 class KeyMapper(object):
     def __init__(self, config):
         self._config = config
 
-    def map_event(self, ev):
+    def map_event(self, ev, fd):
         _type = ev.type
+
         if _type in self._config:
-            typemaps = self._config[_type]
+            typemaps = self._config[(fd, _type)]
             if ev.code in typemaps:
                 info = typemaps[ev.code]
-                ev.type = info['type']
+                ofd, ev.type = info['type']
                 ev.code = info['code']
                 if info['value'] is not None:
                     ev.value = info['value'](ev.value)
                 else:
                     ev.value = ev.value
+        else:
+            ofd = fd
 
-        return ev
+        return ofd, ev
 
-    def expose(self, d):
-        for evt, v in self._config.iteritems():
+    def expose(self, d, fd):
+        for (n, evt), v in self._config.iteritems():
             for code, dat in v.iteritems():
-                d.expose_event_type(dat['type'])
-                d.expose_event(dat['type'], dat['code'])
+                ofd, t = dat['type']
+                if ofd != fd:
+                    continue
+                d.expose_event_type(t)
+                d.expose_event(t, dat['code'])