FM / modulator

/usr/lib64/python2.6/site-packages/modulator/

/usr/lib64/python2.6/site-packages/modulator

Name	Size	Mode	Actions
Templates/	-	0755	rm
EXAMPLE.py	1360	0644	edit dl rm
EXAMPLE.pyc	1040	0644	edit dl rm
EXAMPLE.pyo	1040	0644	edit dl rm
genmodule.py	4824	0644	edit dl rm
genmodule.pyc	5370	0644	edit dl rm
genmodule.pyo	5370	0644	edit dl rm
modulator.py	14441	0755	edit dl rm
modulator.pyc	12606	0644	edit dl rm
modulator.pyo	12606	0644	edit dl rm
README	980	0644	edit dl rm
ScrolledListbox.py	1477	0644	edit dl rm
ScrolledListbox.pyc	1389	0644	edit dl rm
ScrolledListbox.pyo	1389	0644	edit dl rm
Tkextra.py	7497	0755	edit dl rm
Tkextra.pyc	6839	0644	edit dl rm
Tkextra.pyo	6839	0644	edit dl rm
varsubst.py	1446	0644	edit dl rm
varsubst.pyc	2323	0644	edit dl rm
varsubst.pyo	2323	0644	edit dl rm

Edit: /usr/lib64/python2.6/site-packages/modulator/EXAMPLE.py (1360B)

#
# Example input file for modulator if you don't have tk.
#
# You may also have to strip some imports out of modulator to make
# it work.

import genmodule

#
# Generate code for a simple object with a method called sample

o = genmodule.object()
o.name = 'simple object'
o.abbrev = 'simp'
o.methodlist = ['sample']
o.funclist = ['new']

#
# Generate code for an object that looks numberish
#
o2 = genmodule.object()
o2.name = 'number-like object'
o2.abbrev = 'nl'
o2.typelist = ['tp_as_number']
o2.funclist = ['new', 'tp_repr', 'tp_compare']

#
# Generate code for a method with a full complement of functions,
# some methods, accessible as sequence and allowing structmember.c type
# structure access as well.
#
o3 = genmodule.object()
o3.name = 'over-the-top object'
o3.abbrev = 'ot'
o3.methodlist = ['method1', 'method2']
o3.funclist = ['new', 'tp_dealloc', 'tp_print', 'tp_getattr', 'tp_setattr',
            'tp_compare', 'tp_repr', 'tp_hash']
o3.typelist = ['tp_as_sequence', 'structure']

#
# Now generate code for a module that incorporates these object types.
# Also add the boilerplates for functions to create instances of each
# type.
#
m = genmodule.module()
m.name = 'sample'
m.abbrev = 'sample'
m.methodlist = ['newsimple', 'newnumberish', 'newott']
m.objects = [o, o2, o3]

fp = open('EXAMPLEmodule.c', 'w')
genmodule.write(fp, m)
fp.close()

# # Example input file for modulator if you don't have tk. # # You may also have to strip some imports out of modulator to make # it work. import genmodule # # Generate code for a simple object with a method called sample o = genmodule.object() o.name = 'simple object' o.abbrev = 'simp' o.methodlist = ['sample'] o.funclist = ['new'] # # Generate code for an object that looks numberish # o2 = genmodule.object() o2.name = 'number-like object' o2.abbrev = 'nl' o2.typelist = ['tp_as_number'] o2.funclist = ['new', 'tp_repr', 'tp_compare'] # # Generate code for a method with a full complement of functions, # some methods, accessible as sequence and allowing structmember.c type # structure access as well. # o3 = genmodule.object() o3.name = 'over-the-top object' o3.abbrev = 'ot' o3.methodlist = ['method1', 'method2'] o3.funclist = ['new', 'tp_dealloc', 'tp_print', 'tp_getattr', 'tp_setattr', 'tp_compare', 'tp_repr', 'tp_hash'] o3.typelist = ['tp_as_sequence', 'structure'] # # Now generate code for a module that incorporates these object types. # Also add the boilerplates for functions to create instances of each # type. # m = genmodule.module() m.name = 'sample' m.abbrev = 'sample' m.methodlist = ['newsimple', 'newnumberish', 'newott'] m.objects = [o, o2, o3] fp = open('EXAMPLEmodule.c', 'w') genmodule.write(fp, m) fp.close()