Rudimentary test added

Author: JdeH

tests/dog_walker/bosses.py

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+class NatureLover:              # Define a type of human being that loves nature
+    def walk (self, dog):       # The NatureLover walks the dog, really
+        print ('\nC\'mon!')     # \n means start on new line, \' means ' inside string
+        dog.follow_me ()        # Just lets it escape
+
+class CouchPotato:              # Define a type of human being that loves couchhanging
+    def walk (self, dog):       # The CouchPotato walks the dog, well, lets it go
+        print ('\nBugger off!') # \n means start on new line
+        dog.escape ()           # Just lets it escape

tests/dog_walker/dog_walker.py

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+import bosses
+import dogs
+       
+your_dog = dogs.Dog ('Wraff')      # Instantiate dog, provide sound "Wraff" to constructor
+his_dog = dogs.Dog ('Howl')        # Instantiate dog, provide sound "Howl" to constructor
+        
+you = bosses.NatureLover ()         # Create yourself
+your_friend = bosses.CouchPotato () # Create your friend
+
+you.walk (your_dog)                 # Interface: walk dog, implementation: going out together
+your_friend.walk (his_dog)    	    # Interface: walk dog, implementation: sending dog out

tests/dog_walker/dogs.py

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+class Dog:                      # Define the dog species
+    def __init__ (self, sound): # Constructor, named __init__, accepts provided sound
+        self.sound = sound      # Stores accepted sound into self.sound field inside new dog
+
+    def _bark (self):           # Define _bark method, not part of interface of dog
+        print (self.sound)      # It prints the self.sound field stored inside this dog
+        
+    def escape (self):          # Define escape method
+        print ('Hang head')     # The dog hangs his head
+        self._bark ()           # It then calls upon its own _bark method
+        self._bark ()           # And yet again
+        
+    def follow_me (self):       # Define escape method
+        print ('Walk behind')   # The dog walks one step behind the boss
+        self._bark ()           # It then calls upon its own _bark method
+        self._bark ()           # And yet again

tests/dog_walker/func_walker.py

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+import random   # One of Python's many standard modules
+
+import bosses
+import dogs
+
+# Create a list of random bosses
+human_beings = [                                 # Start a so called list comprehension
+    random.choice (                              # Pick a random class
+        (bosses.NatureLover, bosses.CouchPotato) # out of this tuple
+    ) ()                                         # and call its constructor to instantiate an object
+    for index in range (10)                      # repeatedly, while letting index run from 0 to 9
+]                                                # End the list comprehension, it will hold 10 objects
+
+# Let them all walk a new dog with an random sound
+for human_being in human_beings: # Repeat the following for every human being in the list
+    human_being.walk (           # Call implementation of walk method for that type of human being
+        dogs.Dog (               # Construct a dog as parameter to the walk method
+            random.choice (      # Pick a random sound
+                ('Wraff', 'Wooff', 'Howl', 'Kaii', 'Shreek') # fom this tuple of sounds
+            )
+        )
+    )

tests/dog_walker/opy_config.txt

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+'''
+Copyright (C) 2014 - 2017 Jacques de Hooge, Geatec Engineering, www.geatec.com
+
+This program is free software.
+You can use, redistribute and/or modify it, but only under the terms stated in the QQuickLicence.
+
+This program is distributed in the hope that it will be useful,
+but WITHOUT ANY WARRANTY, without even the implied warranty of
+MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
+See the QQuickLicence at www.qquick.org/licence.html for details.
+'''
+
+
+
+#====================================================================================================
+# General options
+# All options have default value False
+#====================================================================================================
+
+obfuscate_strings = True        # Don't rely on this for sensitive information
+obfuscated_name_tail = '_opy_'  # Will be added to all obfuscated names to avoid clashes with plain names
+plain_marker = '_opy_'          # Strings or comments containing this marker will not be obfuscated
+pep8_comments = False           # If True, only inline comments of the form <blank><blank>#<blank>
+                                # will be recognized
+                                
+
+
+#====================================================================================================
+# Extensions of files that should be obfuscated
+# Typically these are files containing Python source code
+# Other files are just copied to the target directory
+#====================================================================================================
+
+source_extensions = '''
+py
+pyx
+'''
+
+
+
+#====================================================================================================
+# Extensions of files that should neither be obfuscated nor copied to the target directory
+# Typically these are .pyc files, which could easily be decompiled, breaking obfuscation
+#====================================================================================================
+
+skip_extensions = '''
+pyc
+'''
+
+
+
+#====================================================================================================
+# Fragments that, when occuring in the path of a file, will cause this file to be ignored
+# In other words, such files will neither be ofuscated nor copied
+# Use this to exclude complete directories from any processing by Opy
+# N.B. Use forward slashes rather than backslashes, also on Windows!
+#====================================================================================================
+
+skip_path_fragments = '''
+/test_skip_path_fragments/  # This fragment included for test purposes only
+'''
+
+
+
+#====================================================================================================
+# Modules in sys.path containing identifiers that should not be obfuscated
+# Typically these are installed standard or 3rd party modules of which you have no source code
+# Use dotted names if needed, e.g. include both matplotlib and matplotlib.pyplot
+#====================================================================================================
+
+external_modules = '''
+re
+os
+sys
+errno
+keyword
+importlib
+random
+codecs
+shutil
+'''
+
+
+
+#====================================================================================================
+# Relative path + name of Python source files containing identifiers that should not be obfuscated
+# Typically these are human readable settings files loaded and exec'ed at runtime by your program
+# Do not use this facility for files that are imported, that's what external_modules is for
+#====================================================================================================
+
+plain_files = '''
+opy_config.txt
+'''
+
+
+
+#====================================================================================================
+# Extra identifiers and module names (as opposed to contents) that should not be obfuscated
+# Probably at least the names of your main modules (so not their filenames) go here
+#====================================================================================================
+
+plain_names = '''
+opy
+currentModule
+dog_walker
+'''

tests/dog_walker/poly_walker.py

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+import random   # One of Python's many standard modules
+
+import bosses
+import dogs
+
+# Create a list of random bosses
+humanBeings = []                # Create an emptpy list
+for index in range (10):        # Repeat the following 10 times, index running from 0 to 9
+    humanBeings.append (        # Append a random HumanBeing to the list by
+        random.choice ((bosses.NatureLover, bosses.CouchPotato)) () # randomly selecting its class
+    )                                                               # and calling its contructor
+
+# Let them all walk a new dog with an random sound
+for humanBeing in humanBeings:  # Repeat the following for every humanBeing in the list
+    humanBeing.walk (           # Call implementation of walk method for that type of humanBeing
+        dogs.Dog (              # Construct a new dog as parameter to the walk method
+            random.choice (     # Pick a random sound
+                ('Wraff', 'Wooff', 'Howl', 'Kaii', 'Shreek') # fom this tuple of sounds
+            )
+        )
+    )