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###########################################################################
# TEXTMATE SNIPPETS #
###########################################################################
#! header
snippet #! "Shebang header for python scripts" b
#!/usr/bin/env python
# encoding: utf-8
$0
endsnippet
snippet ifmain "ifmain" b
if __name__ == '__main__':
${1:main()}$0
endsnippet
##########
# COMMON #
##########
# The smart def and smart class snippets use a global option called
# "g:ultisnips_python_style" which, if set to "doxygen" will use doxygen
# style comments in docstrings.
global !p
NORMAL = 0x1
DOXYGEN = 0x2
SPHINX = 0x3
def get_args(arglist):
args = [arg.split('=')[0].strip() for arg in arglist.split(',') if arg]
args = [arg for arg in args if arg and arg != "self"]
return args
def get_style(snip):
style = snip.opt("g:ultisnips_python_style", "normal")
if style == "doxygen": return DOXYGEN
elif style == "sphinx": return SPHINX
else: return NORMAL
def format_arg(arg, style):
if style == DOXYGEN:
return "@param %s @todo" % arg
elif style == SPHINX:
return ":param %s: @todo" % arg
elif style == NORMAL:
return ":%s: @todo" % arg
def format_return(style):
if style == DOXYGEN:
return "@return: @todo"
elif style in (NORMAL, SPHINX):
return ":returns: @todo"
def write_docstring_args(args, snip):
if not args:
snip.rv += ' """'
return
snip.rv += '\n' + snip.mkline('', indent='')
style = get_style(snip)
for arg in args:
snip += format_arg(arg, style)
def write_init_body(args, parents, snip):
parents = [p.strip() for p in parents.split(",")]
parents = [p for p in parents if p != 'object']
for p in parents:
snip += p + ".__init__(self)"
if parents:
snip.rv += '\n' + snip.mkline('', indent='')
for arg in args:
snip += "self._%s = %s" % (arg, arg)
def write_slots_args(args, snip):
args = ['"%s"' % arg for arg in args]
snip += '__slots__ = (%s,)' % ', '.join(args)
endglobal
########################################
# Class & Special Method Name Snippets #
########################################
snippet class "class with docstrings" b
class ${1:MyClass}(${2:object}):
"""${3:Docstring for $1 }"""
def __init__(self$4):
"""${5:@todo: to be defined}`!p
snip.rv = ""
snip >> 2
args = get_args(t[4])
write_docstring_args(args, snip)
if args:
snip.rv += '\n' + snip.mkline('', indent='')
snip += '"""'
write_init_body(args, t[2], snip)
`
$0
endsnippet
snippet slotclass "class with slots and docstrings" b
class ${1:MyClass}(${2:object}):
"""${3:Docstring for $1 }"""
`!p
snip >> 1
args = get_args(t[4])
write_slots_args(args, snip)
`
def __init__(self$4):
"""${5:@todo: to be defined}`!p
snip.rv = ""
snip >> 2
args = get_args(t[4])
write_docstring_args(args, snip)
if args:
snip.rv += '\n' + snip.mkline('', indent='')
snip += '"""'
write_init_body(args, t[2], snip)
`
$0
endsnippet
snippet contain "methods for emulating a container type" b
def __len__(self):
${1:pass}
def __getitem__(self, key):
${2:pass}
def __setitem__(self, key, value):
${3:pass}
def __delitem__(self, key):
${4:pass}
def __iter__(self):
${5:pass}
def __reversed__(self):
${6:pass}
def __contains__(self, item):
${7:pass}
endsnippet
snippet context "context manager methods" b
def __enter__(self):
${1:pass}
def __exit__(self, exc_type, exc_value, traceback):
${2:pass}
endsnippet
snippet attr "methods for customizing attribute access" b
def __getattr__(self, name):
${1:pass}
def __setattr__(self, name, value):
${2:pass}
def __delattr__(self, name):
${3:pass}
endsnippet
snippet desc "methods implementing descriptors" b
def __get__(self, instance, owner):
${1:pass}
def __set__(self, instance, value):
${2:pass}
def __delete__(self, instance):
${3:pass}
endsnippet
snippet cmp "methods implementing rich comparison"
def __eq__(self, other):
${1:pass}
def __ne__(self, other):
${2:pass}
def __lt__(self, other):
${3:pass}
def __le__(self, other):
${4:pass}
def __gt__(self, other):
${5:pass}
def __ge__(self, other):
${6:pass}
def __cmp__(self, other):
${7:pass}
endsnippet
snippet repr "methods implementing string representation"
def __repr__(self):
${1:pass}
def __str__(self):
${2:pass}
def __unicode__(self):
${3:pass}
endsnippet
# note: reflected operands and augmented arithmeitc assignements have been
# intentionally ommited to reduce verbosity.
snippet numeric "methods for emulating a numeric type" b
def __add__(self, other):
${1:pass}
def __sub__(self, other):
${2:pass}
def __mul__(self, other):
${3:pass}
def __div__(self, other):
${4:pass}
def __truediv__(self, other):
${5:pass}
def __floordiv__(self, other):
${6:pass}
def __mod__(self, other):
${7:pass}
def __divmod__(self, other):
${8:pass}
def __pow__(self, other):
${9:pass}
def __lshift__(self, other):
${10:pass}
def __rshift__(self, other):
${11:pass}
def __and__(self, other):
${12:pass}
def __xor__(self, other):
${13:pass}
def __or__(self, other):
${14:pass}
def __neg__(self):
${15:pass}
def __pos__(self):
${16:pass}
def __abs__(self):
${17:pass}
def __invert__(self):
${18:pass}
def __complex__(self):
${19:pass}
def __int__(self):
${20:pass}
def __long__(self):
${21:pass}
def __float__(self):
${22:pass}
def __oct__(self):
${22:pass}
def __hex__(self):
${23:pass}
def __index__(self):
${24:pass}
def __coerce__(self, other):
${25:pass}
endsnippet
snippet def "function with docstrings" b
def ${1:function}(`!p
if snip.indent:
snip.rv = 'self' + (", " if len(t[2]) else "")`${2:arg1}):
"""${4:@todo: Docstring for $1}`!p
snip.rv = ""
snip >> 1
args = get_args(t[2])
if args:
write_docstring_args(args, snip)
style = get_style(snip)
snip += format_return(style)
snip.rv += '\n' + snip.mkline('', indent='')
snip += '"""' `
${0:pass}
endsnippet
# doesn't expand when there is a word in front
snippet /(^|(?<=\W))\./ "self." r
self.
endsnippet
snippet from "from module import name" b
from ${1:module} import ${2:Stuff}
endsnippet
##############
# PROPERTIES #
##############
snippet roprop "Read Only Property" b
@property
def ${1:property}(self):
${2:return self._$1}$0
endsnippet
snippet rwprop "Read write property" b
def ${1:property}():
${2/.+/(?0:""")/}${2:The RW property $1}`!p if t[2]:
snip.rv += '"""'
snip >> 1
snip += ""
else:
snip.rv = ""`def fget(self):
return self._$1$0
def fset(self, value):
self._$1 = value
return locals()
$1 = property(**$1())
endsnippet
##########################
# Try / Except / Finally #
##########################
snippet try "Try / Except" b
try:
${1:pass}
except ${2:Exception}, ${3:e}:
${4:raise $3}
endsnippet
snippet try "Try / Except / Else" b
try:
${1:pass}
except ${2:Exception}, ${3:e}:
${4:raise $3}
else:
${5:pass}
endsnippet
snippet try "Try / Except / Finally" b
try:
${1:pass}
except ${2:Exception}, ${3:e}:
${4:raise $3}
finally:
${5:pass}
endsnippet
snippet try "Try / Except / Else / Finally" b
try:
${1:pass}
except${2: ${3:Exception}, ${4:e}}:
${5:raise}
else:
${6:pass}
finally:
${7:pass}
endsnippet
#####################
# Assertions & Tests #
#####################
snippet pdb "Set PDB breakpoint" b
import pdb; pdb.set_trace()
endsnippet
snippet ae "Assert equal" b
self.assertEqual(${1:first},${2:second})
endsnippet
snippet at "Assert True" b
self.assertTrue(${0:exp})
endsnippet
snippet af "Assert False" b
self.assertFalse(${1:expression})
endsnippet
snippet aae "Assert almost equal" b
self.assertAlmostEqual(${1:first},${2:second})
endsnippet
snippet ar "Assert raises" b
self.assertRaises(${1:exception}, ${2:func}${3/.+/, /}${3:arguments})
endsnippet
snippet testcase "pyunit testcase" b
class Test${1:Class}(${2:unittest.TestCase}):
"""${3:Test case docstring}"""
def setUp(self):
${4:pass}
def tearDown(self):
${5:pass}
def test_${6:name}(self):
${7:pass}
endsnippet
# vim:ft=snippets: