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These unreserved characters must not be encoded, whereas all other bytes must be percent encoded However, there are a few situations where you can be certain that the value contains only unreserved characters and therefore skip the encoding stepThe main case where this applies is to all AWS-defined constantsThis includes all of the SimpleDB parameter names, all of the operation names, and a number of valuesThis is why no encoding was done in the Request constructor in Listing 10-6 In the case of the domain name parameter, the characters allowed in domain names are a strict subset of the unreserved characters For all parameters other than domain name, however, all of the values need to be encoded Because setDomain() does not require encoding, let s add another parameter setting method to the Request class that does Listing 10-7 shows setting the SelectExpression parameter and a method to implement the percent encoding

Readers and writers support Unicode character sequences Internationalization may not seem like a significant concern for those of us with an English-speaking background However, in a growing global economy, internationalization may become more important, and the Y2K bug (which, while overrated, required significant cost and effort to repair) certainly taught us that software should be written with an eye toward the future

for(int i = 0; i< N; i++){ sum = sum + f(i); }

The javaioInputStream class has a character-based equivalent in the form of the javaioReader class The reader class has similar method signatures to that of the InputStream class, and existing code may be quickly converted to use it However, some slight

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This is technically a dependency between loop iterations, but if we recognize that the loop body is just accumulating into a simple scalar variable, it can be handled as a reduction Reductions are so common that both MPI and OpenMP provide support for them as part of the API Sec 642 in the Implementation Mechanisms design space discusses reductions in more detail

public void setSelectExpression(String select) { PARAMSput("SelectExpression", encode(select)); } private String encode(String value) { String result = ""; try { result = URLEncoderencode(value, "UTF-8"); } catch (UnsupportedEncodingException e) { eprintStackTrace(); // can't happen

changes are made to the method signatures, to support character, and not byte, reading Additionally, the available() method has been removed, and replaced by the ready() method 4431 The javaioReader Class Constructors No public constructors are available for this class Instead, a reader subclass should be instantiated Methods The class includes the following methods, all of which are public:

Other dependencies If the shared data cannot be pulled out of the tasks and is both read and written by the tasks, data dependencies must be explicitly managed within the tasks How to do this in a way that gives correct results and also acceptable performance is the subject of the

} result result result return }

void close() throws javaioIOException closes the reader void mark(int amount) throws javaioIOException marks the current

The remaining key element to consider is the schedule the way in which tasks are assigned to UEs and scheduled for execution Load balance (as described in 2) is a critical consideration in scheduling; a design that balances the computational load among PEs will execute more efficiently than one that does not Fig 43 illustrates the problem

position within the reader, and uses the specified amount of characters as a buffer Not every reader will support the mark(int) and reset() methods boolean markSupported() returns "true" if the reader supports mark and reset operations int read() throws javaioIOException reads and returns a character, blocking if no character is yet available If the end of the reader's stream has been reached, a value of 1 is returned int read(char[] characterArray) throws javaioIOException populates an array of characters with data This method returns an int value, representing the number of bytes that were read If the end of the reader's stream is reached, a value of 1 is returned and the array is not modified int read(char[] characterArray int offset, int length) throws javaioIOException populates a subset of the array with data, starting at the specified offset and lasting for the specified duration This method returns an int value, representing the number of bytes read, or 1 if no bytes could be obtained boolean ready() throws javaioIOException returns "true" if there is data available, or "false" if not This is similar to the InputStreamavailable() method, except that the number of bytes/characters is not available void reset() throws javaioIOException attempts to reset the reader's stream, by moving back to an earlier position Not every reader supports either mark or reset, and an exception could be thrown or the request ignored long skip(long amount) throws javaioIOException reads and discards the specified number of characters, unless the end of the input stream is reached or another error occurs The skip method returns the number of characters successfully skipped Table 4-5 Low-Level Reader Streams of the javaio Package

= resultreplace("+", "%20"); = resultreplace("*", "%2A"); = resultreplace("%7E", "~"); result;

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