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While this solves both of the problems with the string-based API, you can do better You don't really need the static methods any more They can instead become instance methods on the key, at which point the key is no longer a key: it is a thread-local variable At this point, the noninstantiable top-level class isn't doing anything for you any more, so you might as well get rid of it and rename the nested class to ThreadLocal:

id = orgeclipsejdtuiClassFileEditor menuId = #ClassFileEditorContext menuId = #ClassFileRulerContext

As a final example, here is a program that produces, on its standard output, a copy of the contents of all the files whose names are given as arguments to main:

Compilation Unit Editor (*java)

id = orgeclipsejdtuiCompilationUnitEditor menuId = #CompilationUnitEditorContext menuId = #CompilationUnitRulerContext

int main(int argc, char **argv) { int fail_count = 0; // for each file in the input list for (int i = 1; i < argc; ++i) { ifstream in(argv[i]); // if it exists, write its contents, otherwise generate an error message if (in) { string s; while (getline(in, s)) cout << s << endl; } else { cerr << "cannot open file " << argv[i] << endl; ++fail_count; } } return fail_count; }

Snippet Editor (*jpage)

public class ThreadLocal { public ThreadLocal() { } public void set(Object value); public Object get(); }

id = orgeclipsejdtdebuguiSnippetEditor menuId = #JavaSnippetEditorContext menuId = #JavaSnippetRulerContext

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For each argument given to main ( 104/179), the program creates an ifstream object to read the file by that name If the object appears false when used as a condition, that means that the file does not exist, or that it cannot be read for some reason Accordingly, the program complains on cerr, and keeps a count of how many failures it had If the program created the ifstream object successfully, it reads the file, one line at a time, into s, and writes the contents of each line on the standard output When the program returns control to the system, it passes back the number of files that it was unable to read As usual, a return value of zero indicates success, which in this case will indicate that we were able to read all the files

Both workbench actions and editor actions can have accelerator keys associated with them (see Section 735, Keyboard commands, on page 320 for how to programmatically associate accelerator keys) Originally, the accelerator was specified as part of the action declaration, but that approach did not prevent multiple actions from declaring the same accelerator and did not allow the user to change key bindings The new approach involves associating key bindings (see Section 64, Key Bindings, on page 238) and actions (see Figure 6 18)

So far, we have seen two distinct kinds of memory management, although we have not discussed them explicitly The first kind is usually called automatic memory management, and is associated with local variables: A local variable occupies memory that the system allocates when it encounters the variable's definition during execution The system automatically deallocates that memory at the end of the block that contains the definition Once a variable has been deallocated, any pointers to it become invalid It is the programmer's responsibility to avoid using such invalid pointers For example,

Defining an accelerator for the Favorites example involves creating a new command (see Section 61, Commands, on page 216) creating a new key binding (see Section 64, Key Bindings, on page 238) modifying the editor action defined in Section 695, Defining an editor top-level action, on page 281 to reference the command

Once the first two steps are complete, select the editor action in the plug-in manifest and modify the definitionId attribute to have the value comqualityeclipsefavoritescommandsadd so that the action now references the command and associated key binding

This is, roughly speaking, the API that javautilThreadLocal provides In addition to solving the problems with the string-based API, it's faster and more elegant than either of the key-based APIs To summarize, avoid the natural tendency to represent objects as strings when better data types exist or can be written Used inappropriately, strings are more cumbersome, less flexible, slower, and more error-prone than other types Types for which strings are commonly misused include primitive types, enumerated types, and aggregate types

// this function deliberately yields an invalid pointer // it is intended as a negative example don't do this! int* invalid_pointer() { int x; return &x; // instant disaster! }

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