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The control transfer that occurs when an exception is thrown causes abrupt completion of expressions ( 156) and statements ( 141) until a catch clause is encountered that can handle the exception; execution then continues by executing the block of that catch clause The code that caused the exception is never resumed If no catch clause handling an exception can be found, then the current thread (the thread that encountered the exception) is terminated, but only after all finally clauses have been executed and the method uncaughtException has been invoked for the ThreadGroup that is the parent of the current thread In situations where it is desirable to ensure that one block of code is always executed after another, even if that other block of code completes abruptly, a try statement with a finally clause ( 14202) may be used If a try or catch block in a try finally or try catch finally statement completes abruptly, then the finally clause is executed during propagation of the exception, even if no matching catch clause is ultimately found If a finally clause is executed because of abrupt completion of a try block and the finally clause itself completes abruptly, then the reason for the abrupt completion of the try block is discarded and the new reason for abrupt completion is propagated from there The exact rules for abrupt completion and for the catching of exceptions are speci ed in detail with the speci cation of each statement in 14 and for expressions in 15 (especially 156)

result = srpartition("/")

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Proper understanding of the semantics of asynchronous exceptions is necessary if high-quality machine code is to be generated Asynchronous exceptions are rare They occur only as a result of: An invocation of the stop methods of class Thread or ThreadGroup An internal error ( 1152) in the Java virtual machine The stop methods may be invoked by one thread to affect another thread or all the threads in a speci ed thread group They are asynchronous because they may occur at any point in the execution of the other thread or threads An InternalError is considered asynchronous The Java platform permits a small but bounded amount of execution to occur before an asynchronous exception is thrown This delay is permitted to allow optimized code to detect and throw these exceptions at points where it is practical to handle them while obeying the semantics of the Java programming language A simple implementation might poll for asynchronous exceptions at the point of each control transfer instruction Since a program has a nite size, this provides a bound on the total delay in detecting an asynchronous exception Since no asynchronous exception will occur between control transfers, the code generator has some exibility to reorder computation between control transfers for greater performance The paper Polling Ef ciently on Stock Hardware by Marc Feeley, Proc 1993 Conference on Functional Programming and Computer Architecture, Copenhagen, Denmark, pp 179 187, is recommended as further reading Like all exceptions, asynchronous exceptions are precise ( 1131)

Java applets run within browsers and have additional restrictions that do not apply to stand-alone Java applications Typically, browsers restrict the capabilities of an applet to prevent potential security problems (for example, to prevent a rogue applet from damaging les on the system or from making unwarranted connections to sites on the Internet and passing information to those sites) These restrictions or boundaries are typically referred to as the sandbox (as in applets can work only within the sandbox ) One of the main restrictions of the sandbox is that an applet cannot make network connections to other systems This limitation presents a problem for developers who want to create applets that are LDAP clients The applet typically must be capable

The left- and right-hand code snippets are not quite equivalent because the one on the right also creates a new variable, i Notice that we can assign tuples without formality, and that in both cases we looked for the rightmost occurrence of / If s is the string "/usr/local/bin/firefox", both snippets produce the same result: ('/usr/local/bin', '/', 'firefox') We can use strendswith() (and strstartswith()) with a single string argument, for example, sstartswith("From:"), or with a tuple of strings Here is a statement that uses both strendswith() and strlower() to print a lename if it is a JPEG le:

The names of constants in interface types should be, and final variables of class types may conventionally be, a sequence of one or more words, acronyms, or abbreviations, all uppercase, with components separated by underscore _ characters Constant names should be descriptive and not unnecessarily abbreviated Conventionally they may be any appropriate part of speech Examples of names for constants include MIN_VALUE, MAX_VALUE, MIN_RADIX, and MAX_RADIX of the class Character

if filenamelower()endswith(("jpg", "jpeg")): print(filename, "is a JPEG image")

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