def main():
if len(sys.argv) < 2:
ui = UI()
ui.run()
elif len(sys.argv) == 2:
fp = open(sys.argv[1])
pycode = fp.read()
try:
exec pycode
except:
sys.stderr.write('An error occurred:-)\n')
sys.exit(1)
genmodule.write(sys.stdout, m)
else:
sys.stderr.write('Usage: modulator [file]\n')
sys.exit(1)
def main():
if len(sys.argv) < 2:
ui = UI()
ui.run()
elif len(sys.argv) == 2:
fp = open(sys.argv[1])
pycode = fp.read()
try:
exec pycode
except:
sys.stderr.write('An error occurred:-)\n')
sys.exit(1)
genmodule.write(sys.stdout, m)
else:
sys.stderr.write('Usage: modulator [file]\n')
sys.exit(1)
def cb_gencode(self, *args):
try:
pycode = self.module.gencode('m', self.objects)
except oops:
pass
fn = askfile('C file name: ')
if not fn:
return
fp = open(fn, 'w')
try:
exec pycode
except:
message('An error occurred:-)')
return
genmodule.write(fp, m)
fp.close()
def cb_gencode(self, *args):
try:
pycode = self.module.gencode('m', self.objects)
except oops:
pass
fn = askfile('C file name: ')
if not fn:
return
fp = open(fn, 'w')
try:
exec pycode
except:
message('An error occurred:-)')
return
genmodule.write(fp, m)
fp.close()
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']
#! /usr/bin/env python
#
# 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()
#! /usr/bin/env python
