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+** General info on the swig-generated wrappers for Comedilib **
+
+1) Regenerating the wrappers
+ The wrapper were made using swig-1.3.19. Any of the swig-1.3.x seris should work
+ N.B. the default swig on redhat systems is version 1.1. Upgrade to v-1.3.19. It's better!
+
+ run $> swig -python comedi.i
+
+2) Building the module
+ i) edit the setup.py file so that the include and lib paths are correct for your system
+ ii) run $> python setup.py build
+
+3) Installing the module
+ i) Manual installation I'm afraid. Copy comedi.py and _comedi.pyd files to somewhere in your PYTHONPATH
+
+4) Using the module
+ All the comedilib functions are translated directly to python function. The various comedi structs
+ are now available as python classes (e.g. comedi_cmd_struct). The members of each struct are now
+ attributes of the class and can be set and retrieved in the usual way. Comedilib Functions which
+ take a pointer to a comedilib struct as an argument (in C) now, in python, accept the appropriate
+ struct python object.
+
+ For a multichannel acquisition, a C-array containing the channel list, gains and referencing is
+ required. This can be created using a swig-generated helper class: chanlist(n). This creates a C-array
+ of length n and type Unsigned Int. Individual members of the array can be accessed/set using
+ pythons indexing syntax:
+ mylist = chanlist(3) #creates a chanlist array of length 3
+ mylist[0] = 100 #set some values
+ mylist[1] = 200
+ mylist[2] = 300
+
+ The chanlist object can then be passed to a comedi_cmd_struct object, for example. N.B. The
+ chanlist object contains *no* length-checking or other error protection so use with care! Don't
+ try to get/set indexes outside the array bounds.
+
+ All the comedilib macros (e.g. CR_PACK) are now available as python functions.
+
+ check out the example test_comedi.py to clarify the above.
+
+
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