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// set precision to 3, return previous value streamsize prec = coutprecision(3); cout << "Your final grade is " << 02 * midterm + 04 * final + 04 * sum / count << endl; reset precision to its original value //

The <antcall> task resets the depends calculations so that targets can be executed twice Consider the previous build script with a slight modification

This class represents a complex number (a number with both real and imaginary parts) In addition to the standard Object methods, it provides accessors for the real and imaginary parts and provides the four basic arithmetic operations: addition, subtraction, multiplication, and division Notice how the arithmetic operations create and return a new Complex instance rather than modifying this instance This pattern is used in most nontrivial immutable classes It is known as the functional approach because methods return the result of applying a function to their operand without modifying it Contrast this to the more common procedural approach in which methods apply a procedure to their operand causing its state to change The functional approach may appear unnatural if you're not familiar with it, but it enables immutability, which has many advantages Immutable objects are simple An immutable object can be in exactly one state, the state in which it was created If you make sure that all constructors establish class invariants, then it is guaranteed that these invariants will remain true for all time, with no further effort on your part or on the part of the programmer who uses the class Mutable objects, on the other hand, can have arbitrarily complex state spaces If the documentation does not provide a precise description of the state transitions performed by mutator methods, it can be difficult or impossible to use a mutable class reliably Immutable objects are inherently thread-safe; they require no synchronization They cannot be corrupted by multiple threads accessing them concurrently This is far and away the easiest approach to achieving thread safety In fact, no thread can ever observe any effect of another thread on an immutable object Therefore immutable objects can be shared freely Immutable classes should take advantage of this by encouraging clients to reuse existing instances wherever possible One easy way to do this is to provide public static final.

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This document is created with the unregistered version of CHM2PDF Pilot coutprecision(prec);

< xml version="10" encoding="UTF-8" > <project name="Test" default="test" basedir=""> <target name="init"> <property name="foo" value="xyz"/> <echo message="in init, foo=${foo}"/> <property name="foo" value="123"/> <echo message="in init, foo=${foo}"/> </target> <target name="test" depends="init"> <echo message="in test, foo=${foo}"/> <antcall target="sub"> <param name="foo" value="gob"/> </antcall> <echo message="in test, foo=${foo}"/> </target> <target name="sub" depends="init"> <echo message="in sub, foo=${foo}"/> <property name="foo" value="abc"/> <echo message="in sub, foo=${foo}"/> </target> </project>

This modification makes the sub target dependent on the init target Even though the init target is executed prior to the test target, the init target is executed a second time before the sub target because the sub target was executed using the <antcall> task In addition, the value for the foo property is different the second time the init target is executed, but as discussed before, returns to its original value when the <antcall> task completes

However, we prefer to use the setprecision manipulator, because by doing so, we can minimize the part of the program in which the precision is set to an unusual value

Buildfile: mutability_test_4xml init: [echo] in init, foo=xyz [echo] in init, foo=xyz test: [echo] in test, foo=xyz init: [echo] in init, foo=gob [echo] in init, foo=gob sub: [echo] in sub, foo=gob [echo] in sub, foo=gob [echo] in test, foo=xyz BUILD SUCCESSFUL Total time: 375 milliseconds

When building complex Ant build scripts, you will find groups of similar operations One way to refactor and parameterize these operations is by placing them in their own target and then calling them via <antcall> (see Section 1915, <antcall> task, on page 706) Another way to group and parameterize operations is to create a new task using a macrodef For example, modify the script from the previous example to use a macrodef

Conceptually, the only really new part of this program is the condition in the while statement That condition implicitly uses an istream as the subject of the while condition: while (cin >> x) {/**/}

constants for frequently used values For example, the Complex class might provide the following constants:

< xml version="10" encoding="UTF-8" > <project name="Test" default="test" basedir=""> <target name="init"> <sub fooval="xyz"/> <echo message="in init, foo=${foo}"/> <sub fooval="123"/> <echo message="in init, foo=${foo}"/> </target> <target name="test" depends="init"> <echo message="in test, foo=${foo}"/> <sub fooval="gob"/> <echo message="in test, foo=${foo}"/> </target> <macrodef name="sub"> <attribute name="fooval"/> <sequential> <echo message="in sub, foo=${foo}"/> <property name="foo" value="@{fooval}"/> <echo message="in sub, foo=${foo}"/> </sequential> </macrodef> </project>

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