1 files changed, 0 insertions, 155 deletions
diff --git a/paste/webkit/FakeWebware/MiscUtils/PropertiesObject.py b/paste/webkit/FakeWebware/MiscUtils/PropertiesObject.py
deleted file mode 100644
index d32f1a3..0000000
--- a/paste/webkit/FakeWebware/MiscUtils/PropertiesObject.py
+++ /dev/null
@@ -1,155 +0,0 @@
-from UserDict import UserDict
-import os, string, sys, types
-
-class WillNotRunError(Exception): pass
-
-
-class PropertiesObject(UserDict):
-	"""
-	A PropertiesObject represents, in a dictionary-like fashion, the values found in a Properties.py file. That file is always included with a Webware component to advertise its name, version, status, etc. Note that a Webware component is a Python package that follows additional conventions. Also, the top level Webware directory contains a Properties.py.
-
-	Component properties are often used for:
-		* generation of documentation
-		* runtime examination of components, especially prior to loading
-
-	PropertiesObject provides additional keys:
-		* filename - the filename from which the properties were read
-		* versionString - a nicely printable string of the version
-		* requiredPyVersionString - like versionString but for requiredPyVersion instead
-		* willRun - 1 if the component will run. So far that means having the right Python version.
-		* willNotRunReason - defined only if willRun is 0. contains a readable error message
-
-	Using a PropertiesObject is better than investigating the Properties.py file directly, because the rules for determining derived keys and any future convenience methods will all be provided here.
-
-	Usage example:
-		from MiscUtils.PropertiesObject import PropertiesObject
-		props = PropertiesObject(filename)
-		for item in props.items():
-			print '%s: %s' % item
-
-	Note: We don't normally suffix a class name with "Object" as we have with this class, however, the name Properties.py is already used in our containing package and all other packages.
-	"""
-
-
-	## Init and reading ##
-
-	def __init__(self, filename=None):
-		UserDict.__init__(self)
-		if filename:
-			self.readFileNamed(filename)
-
-	def loadValues(self, dict):
-		self.update(dict)
-		self.cleanPrivateItems()
-
-		
-	def readFileNamed(self, filename):
-		self['filename'] = filename
-		results = {}
-		exec open(filename) in results
-		# @@ 2001-01-20 ce: try "...in self"
-		self.update(results)
-		self.cleanPrivateItems()
-		self.createDerivedItems()
-
-
-	## Self utility ##
-
-	def cleanPrivateItems(self):
-		""" Removes items whose keys start with a double underscore, such as __builtins__. """
-		for key in self.keys():
-			if key[:2]=='__':
-				del self[key]
-
-	def createDerivedItems(self):
-		self.createVersionString()
-		self.createRequiredPyVersionString()
-		self.createWillRun()
-
-	def _versionString(self, version):
-		""" For a sequence containing version information such as (2, 0, 0, 'pre'), this returns a printable string such as '2.0-pre'. The micro version number is only excluded from the string if it is zero. """
-		ver = map(lambda x: str(x), version)
-		if ver[2]=='0': # e.g., if minor version is 0
-			numbers = ver[:2]
-		else:
-			numbers = ver[:3]
-		rest = ver[3:]
-		numbers = string.join(numbers, '.')
-		rest = string.join(rest, '-')
-		if rest:
-			return numbers + rest
-		else:
-			return numbers
-
-	def createVersionString(self):
-		self['versionString'] = self._versionString(self['version'])
-
-	def createRequiredPyVersionString(self):
-		self['requiredPyVersionString'] = self._versionString(self['requiredPyVersion'])
-
-	def createWillRun(self):
-		self['willRun'] = 0
-		try:
-			# Invoke each of the checkFoo() methods
-			for key in self.willRunKeys():
-				methodName = 'check' + string.upper(key[0]) + key[1:]
-				method = getattr(self, methodName)
-				method()
-		except WillNotRunError, msg:
-			self['willNotRunReason'] = msg
-			return
-		self['willRun'] = 1  # we passed all the tests
-
-	def willRunKeys(self):
-		""" Returns a list of keys whose values should be examined in order to determine if the component will run. Used by createWillRun(). """
-		return ['requiredPyVersion', 'requiredOpSys', 'deniedOpSys', 'willRunFunc']
-
-	def checkRequiredPyVersion(self):
-		pyVer = getattr(sys, 'version_info', None)
-		if not pyVer:
-			# Prior 2.0 there was no version_info
-			# So we parse it out of .version which is a string
-			pyVer = string.split(sys.version)[0]
-			pyVer = string.split(pyVer, '.')
-			pyVer = map(lambda x: int(x), pyVer)
-		if tuple(pyVer)<tuple(self['requiredPyVersion']):
-			raise WillNotRunError, 'Required python ver is %s, but actual ver is %s.' % (self['requiredPyVersion'], pyVer)
-
-	def checkRequiredOpSys(self):
-		requiredOpSys = self.get('requiredOpSys', None)
-		if requiredOpSys:
-			# We accept a string or list of strings
-			if type(requiredOpSys)==types.StringType:
-				requiredOpSys = [requiredOpSys]
-			if not os.name in requiredOpSys:
-				raise WillNotRunError, 'Required op sys is %s, but actual op sys is %s.' % (requiredOpSys, os.name)
-
-	def checkDeniedOpSys(self):
-		deniedOpSys = self.get('deniedOpSys', None)
-		if deniedOpSys:
-			# We accept a string or list of strings
-			if type(deniedOpSys)==types.StringType:
-				deniedOpSys = [deniedOpSys]
-			if os.name in deniedOpSys:
-				raise WillNotRunError, 'Will not run on op sys %s and actual op sys is %s.' % (deniedOpSys, os.name)
-
-	def checkRequiredSoftware(self):
-		""" Not implemented. No op right now. """
-		# Check required software
-		# @@ 2001-01-24 ce: TBD
-		# Issues include:
-		#     - order of dependencies
-		#     - circular dependencies
-		#     - examining Properties and willRun of dependencies
-		reqSoft = self.get('requiredSoftware', None)
-		if reqSoft:
-			for soft in reqSoft:
-				# type, name, version
-				pass
-
-	def checkWillRunFunc(self):
-		willRunFunc = self.get('willRunFunc', None)
-		if willRunFunc:
-			whyNotMsg = willRunFunc()
-			if whyNotMsg:
-				raise WillNotRunError, whyNotMsg