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In the outer for in loop, we iterate over two 2-tuples, unpacking each 2-tuple into two variables Even though the two lists might be quite large, returning them from a function is ef cient because Python uses object references, so the only thing that is really returned is a tuple of two object references Inside Python programs it is convenient to always use Unix-style paths, since they can be typed without the need for escaping, and they work on all platforms (including Windows) If we have a path we want to present to the user in, say, variable path, we can always import the os module and call pathreplace("/", ossep) to replace forward slashes with the platform-speci c directory separator

void move(int dx, int dy) { supermove(limit(dx, xLimit), limit(dy, yLimit)); } static int limit(int d, int limit) { return d > limit limit : d < -limit -limit : d; }

forenames, surnames = get_forenames_and_surnames() fh = open("test-names1txt", "w", encoding="utf8") for i in range(100): line = "{0} {1}\n"format(randomchoice(forenames), randomchoice(surnames)) fhwrite(line)

/** * Get the preference values from the directory and store * them internally * * @return true if the values could be read */ protected boolean readChildren() { clear(); LDAPSearchResults res = null; try { Systemoutprintln( "LDAPPreferencesreadChildren: " + "reading " + _urlgetUrl() ); res = LDAPConnectionsearch( _url ); } catch ( LDAPException e ) { Systemerrprintln( "LDAPPreferencesreadChildren: " + e ); return false; } while ( reshasMoreElements() ) {

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time error There is no required relationship between the return types or between the throws clauses of two methods with the same name, unless their signatures are override-equivalent Methods are overridden on a signature-by-signature basis If, for example, a class declares two public methods with the same name, and a subclass overrides one of them, the subclass still inherits the other method When a method is invoked ( 1512), the number of actual arguments (and any explicit type arguments) and the compile-time types of the arguments are used, at compile time, to determine the signature of the method that will be invoked ( 15122) If the method that is to be invoked is an instance method, the actual method to be invoked will be determined at run time, using dynamic method lookup ( 15124)

Having retrieved the two lists we open the output le for writing, and keep the le object in variable fh ( le handle ) We then loop 100 times, and in each iteration we create a line to be written to the le, remembering to include a newline at the end of every line We make no use of the loop variable i; it is needed purely to satisfy the for in loop s syntax The preceding code snippet, the get_forenames_and_surnames() function, and an import statement constitute the entire program In the generate_test_names1py program we paired items from two separate lists together into strings Another way of combining items from two or more lists (or other iterables) is to use the zip() function The zip() function takes one or more iterables and returns an iterator that returns tuples The rst tuple has the rst item from every iterable, the second tuple the second item from every iterable, and so on, stopping as soon as one of the iterables is exhausted Here is an example:

try { LDAPEntry entry = resnext(); addPropertiesFromEntry( entry ); Systemoutprintln( "LDAPPreferencesreadChildren: found " + entrygetDN() ); } catch ( LDAPException e ) { Systemerrprintln( "LDAPPreferencesreadChildren: " + e ); continue; } } return true; } /** * Get the preference values from an entry and store them * internally * * @param entry an LDAP entry containing preference attributes */ protected void addPropertiesFromEntry( LDAPEntry entry ) { // Get the name of the attribute LDAPAttribute attr = entrygetAttribute( "cn" ); String name = (String)attrgetStringValues()nextElement(); Object value = null; // Get the type of the attribute String type = null; if ( (attr = entrygetAttribute( "nsValueType" )) != null ) { // Is the type specified type = (String)attrgetStringValues()nextElement(); if ( (attr = entrygetAttribute( type )) != null ) { value = attrgetByteValues()nextElement(); } } // If type was not specified, look for all possible types for( int i = 0; (value == null) && (i < ATTRSlength); i++ ) { if ( (attr = entrygetAttribute( ATTRS[i] )) != null ) { value = attrgetByteValues()nextElement(); } } if ( value != null ) { put( name, value ); }

called, even if the reference to the SlowPoint object is taken from a variable whose type is Point 84102 Example: Overloading, Overriding, and Hiding In the example:

>>> (0, (1, (2, (3, for t in zip(range(4), range(0, 10, 2), range(1, 10, 2)): print(t) 0, 1) 2, 3) 4, 5) 6, 7)

class Point { int x = 0, y = 0; int color; }

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