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Tip: When you create a Java project that you want to share with a team, it is a good idea to use an execution environment instead of a specific JRE Execution environments are symbolic representations of JREs with standardized entries like J2SE-14, J2SE-15, and JavaSE-16 That means no file system path will go into the shared build path JREs may be assigned to execution environments on the Java > Installed JREs > Execution Environments preference page

Again, this idiom uses two loop variables, and the second variable, n, is used to avoid the cost of performing redundant computation on every iteration As a rule, you should use this idiom if the loop test involves a method invocation and the method invocation is guaranteed to return the same result on each iteration A final technique to minimize the scope of local variables is to keep methods small and focused If you combine two activities in the same method, local variables relevant to one activity may be in the scope of the code performing the other activity To prevent this from happening, simply separate the method into two: one for each activity

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The next page of the wizard (see Figure 1 17) contains build path settings for the Java project The Source tab provides a place to add source folders, which act as roots for packages containing Java files Traditionally, source files are placed in a separate source folder named src and the compiler output is in a

void gen_aux(const Grammar& g, const string& word, vector<string>& ret) { if (!bracketed(word)) { retpush_back(word); } else { // locate the rule that corresponds to word Grammar::const_iterator it = gfind(word); if (it == gend()) throw logic_error("empty rule"); // fetch the set of possible rules const Rule_collection& c = it->second; // from which we select one at random const Rule& r = c[nrand(csize())]; // recursively expand the selected rule for (Rule::const_iterator i = rbegin(); i != rend(); ++i) gen_aux(g, *i, ret); } }

bin directory Placing these types of files in separate directories results in an easier build process Use the Java > Build Path preference page to specify the default directory names used when creating new Java projects

The Projects tab allows you to set up project dependencies by selecting other projects in the workbench on which this project depends The Libraries tab is the place to add JAR files (either stored in the workbench or out on the file system) The last tab, Order and Export, controls the order of build path elements and whether they are exported and visible to other projects that require this project The Default output folder field, at the bottom the page, is used to specify the default location where compilation output will be stored When the Finish button is clicked, the new project is created and appears in the Package Explorer view or the Navigator view, depending on which perspective is active

Our first job is trivial: If the word is not bracketed, it represents itself, so we can append it to ret and we're done Now comes the interesting part: finding in g the rule that corresponds to our word You might think that we could simply refer to g[word], but doing so would give us the wrong result Recall from 72/125 that when you try to index a map with a nonexistent key, it automatically creates an element with that key That will never do in this case, because we don't want to litter our grammar with spurious rules Moreover, g is a const map, so even if we wanted to create new entries, we couldn't do so Indeed, [] isn't even defined on a const map Evidently, we must use a different facility: The find member of the map class looks for the element, if any, with the given key, and returns an iterator that refers to that element if it can find one If no such element exists in g, the find algorithm returns gend() The comparison between it and gend(), therefore, serves to ensure that the rule exists If it doesn't exist, that means the input was inconsistent it used a bracketed word without a corresponding rule so we throw an exception At this point, it is an iterator that refers to an element of g, which is a map Dereferencing this iterator yields a pair, the second member of which is the value of the map element Therefore, it->second denotes the collection of rules that correspond to this category For convenience, we define a reference named c as a synonym for this object Our next job is to select a random element from this collection, which we do in the initialization of r This code

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