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datatypes as text PrintStream (OutputStream output, boolean flush) creates a print stream for printing of datatypes as text If the specified boolean flag is set to "true," whenever a byte array, println method, or newline character is sent, the underlying buffer will be automatically flushed

A common misconception is that results in this case are returned in the same order that you inserted them However, this is untrueThe default ordering is undefined If you want to guarantee the order of results, you must include a sort clause The beginning of the sort clause is signaled with the keywords ORDER BY immediately following the WHERE clauseYou must specify a single attribute name to sort on, and may optionally include a sort directionAn example follows:

Solution Designs for task parallel algorithms involve three key elements: the tasks and how they are defined, the dependencies among them, and the schedule (how the tasks are assigned to UEs) We discuss

boolean checkError() automatically flushes the output stream and checks to see if an error has occurred Instead of throwing an IOException, an internal flag is

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print(boolean value) prints a boolean value print(char character) prints a character value print(char[] charArray) prints an array of characters print(double doubleValue) prints a double value print(float floatValue) prints a float value print(int intValue) prints an int value print(long longValue) prints a long value print(Object obj) prints the value of the specified object's toString()

This is the same as the prior Select example, but now the results will come back sorted on the value of the score attributeThe default sort direction is ascending if no direction is given

them separately, but in fact they are tightly coupled, and all three must be considered before final decisions are made After these factors are considered, we look at the overall program structure and then at some important special cases of this pattern

void print(String string) prints a string's contents void println() sends a line separator (such as '\n') This value is system dependent and determined by the value of the system property "lineseparator" void println(char character) prints a character value, followed by a println() void println(char[] charArray) prints an array of characters, followed by a println() void println(double doubleValue) prints a double value, followed by a println() void println(float floatValue) prints a float value, followed by a println() void println(int intValue) prints an int value, followed by a println() void println(long longValue) prints a long value, followed by a println() void println(Object obj) prints the specified object's toString() method, followed by a println() void println(String string) prints a string followed by a line separator protected void setError() modifies the error flag to a value of "true"

Ideally, the tasks into which the problem is decomposed should meet two criteria: First, there should be at least as many tasks as UEs, and preferably many more, to allow greater flexibility in scheduling Second, the computation associated with each task must be large enough to offset the overhead associated with managing the tasks and handling any dependencies If the initial decomposition does not meet these criteria, it is worthwhile to consider whether there is another way of decomposing the problem into tasks that does meet the criteria For example, in image processing applications where each pixel update is independent, the task definition can be individual pixels, image lines, or even whole blocks in the image On a system with a small number of nodes connected by a slow network, tasks should be large to offset high communication latencies, so basing tasks on blocks of the image is appropriate The same problem on a system containing a large number of nodes connected by a fast (low latency) network, however, would need smaller tasks to make sure enough work exists to keep all the UEs occupied Notice that this imposes a requirement for a fast network, because otherwise the smaller amount of work per task will not be enough to compensate for communication overhead

for the names of the request parameters So, let s move the parameter name into the Request class, as follows:

While input streams and output streams may be used to read and write text as well as bytes of information and primitive data types, a better alternative is to use readers and writers Readers and writers were introduced in JDK11 to better support Unicode character streams

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