1 #

     2 # Example input file for modulator if you don't have tk.

     3 #

     4 # You may also have to strip some imports out of modulator to make

     5 # it work.

     6 

     7 import genmodule

     8 

     9 #

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

    11 

    12 o = genmodule.object()

    13 o.name = 'simple object'

    14 o.abbrev = 'simp'

    15 o.methodlist = ['sample']

    16 o.funclist = ['new']

    17 

    18 #

    19 # Generate code for an object that looks numberish

    20 #

    21 o2 = genmodule.object()

    22 o2.name = 'number-like object'

    23 o2.abbrev = 'nl'

    24 o2.typelist = ['tp_as_number']

    25 o2.funclist = ['new', 'tp_repr', 'tp_compare']

    26 

    27 #

    28 # Generate code for a method with a full complement of functions,

    29 # some methods, accessible as sequence and allowing structmember.c type

    30 # structure access as well.

    31 #

    32 o3 = genmodule.object()

    33 o3.name = 'over-the-top object'

    34 o3.abbrev = 'ot'

    35 o3.methodlist = ['method1', 'method2']

    36 o3.funclist = ['new', 'tp_dealloc', 'tp_print', 'tp_getattr', 'tp_setattr',

    37             'tp_compare', 'tp_repr', 'tp_hash']

    38 o3.typelist = ['tp_as_sequence', 'structure']

    39 

    40 #

    41 # Now generate code for a module that incorporates these object types.

    42 # Also add the boilerplates for functions to create instances of each

    43 # type.

    44 #

    45 m = genmodule.module()

    46 m.name = 'sample'

    47 m.abbrev = 'sample'

    48 m.methodlist = ['newsimple', 'newnumberish', 'newott']

    49 m.objects = [o, o2, o3]

    50 

    51 fp = open('EXAMPLEmodule.c', 'w')

    52 genmodule.write(fp, m)

    53 fp.close()