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HEN a program violates the semantic constraints of the Java programming language, the Java virtual machine signals this error to the program as an exception An example of such a violation is an attempt to index outside the bounds of an array Some programming languages and their implementations react to such errors by peremptorily terminating the program; other programming languages allow an implementation to react in an arbitrary or unpredictable way Neither of these approaches is compatible with the design goals of the Java platform: to provide portability and robustness Instead, the Java programming language speci es that an exception will be thrown when semantic constraints are violated and will cause a non-local transfer of control from the point where the exception occurred to a point that can be speci ed by the programmer An exception is said to be thrown from the point where it occurred and is said to be caught at the point to which control is transferred Programs can also throw exceptions explicitly, using throw statements ( 1418) Explicit use of throw statements provides an alternative to the old-fashioned style of handling error conditions by returning funny values, such as the integer value -1 where a negative value would not normally be expected Experience shows that too often such funny values are ignored or not checked for by callers, leading to programs that are not robust, exhibit undesirable behavior, or both Every exception is represented by an instance of the class Throwable or one of its subclasses; such an object can be used to carry information from the point at which an exception occurs to the handler that catches it Handlers are established by catch clauses of try statements ( 1420) During the process of throwing an exception, the Java virtual machine abruptly completes, one by one, any expres-.

BufferedReader in = null; int numAdded = 0; LDAPConnection ld = new LDAPConnection(); try { // Connect to server and authenticate ldconnect( host, port, authid, authpw ); Systemoutprintln( "Connected to " + host ); in = new BufferedReader( new FileReader(filename)); String line; while ( (line = inreadLine()) != null ) { String uid = ""; String fname = "";

distance = distance_from_origin(*circle[:2]) distance = edge_distance_from_origin(*circle)

An exception is thrown for one of three reasons:

String lname = ""; String phone = ""; // Parse the line try { StringTokenizer t = new StringTokenizer(line,","); uid = tnextToken(); fname = tnextToken(); lname = tnextToken(); phone = tnextToken(); } catch (NoSuchElementException e) { Systemerrprintln( "Missing fields in: " + line ); continue; }

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Both of these assume that the circle tuples are of the form (x, y, radius) We can solve the problem of knowing the element order and of using tuple unpacking by using a named tuple:

An abnormal execution condition was synchronously detected by the Java virtual machine Such conditions arise because:

The next block of code builds the entry using the attribute values parsed from the input le The DN is formed as the user ID from the comma-delimited le, prepended to the base DN that is provided by the user on the command line Once the LDAPAttributes have been created and placed into an LDAPAttributeSet, an LDAPEntry object is created and added to the directory

These exceptions are not thrown at an arbitrary point in the program, but rather at a point where they are speci ed as a possible result of an expression evaluation or statement execution

import collections Circle = collectionsnamedtuple("Circle", "x y radius") circle = Circle(13, 84, 9) distance = distance_from_origin(circlex, circley)

A throw statement ( 1418) was executed An asynchronous exception occurred either because: the (deprecated) method stop of class Thread was invoked an internal error has occurred in the virtual machine ( 1152)

This allows us to create Circle 3-tuples with named attributes which makes function calls much easier to understand, since to access elements we can use their names Unfortunately, problems remain For example, there is nothing to stop an invalid circle from being created:

String dn = "uid=" + uid + "," + basedn; LDAPAttributeSet attrs = new LDAPAttributeSet(); attrsadd( attrobj ); // Western composition: first name, last name String fullname = fname + " " + lname; attrsadd( new LDAPAttribute("cn", fullname) ); attrsadd( new LDAPAttribute( "givenName", fname) ); attrsadd( new LDAPAttribute("sn",lname) ); attrsadd( new LDAPAttribute( "telephoneNumber", phone) ); // Now add the record to the directory LDAPEntry theEntry = new LDAPEntry( dn, attrs ); try { ldadd( theEntry ); Systemoutprintln("Added: " + dn); numAdded++; } catch ( LDAPException lda ) { Systemoutprintln( ldatoString() ); Systemoutprintln("Failed to add: " + dn); } }

The value must be too small (a negative value of large magnitude or negative in nity), and the result of the rst step is the smallest representable value of type int or long The value must be too large (a positive value of large magnitude or positive in nity), and the result of the rst step is the largest representable value of type int or long

circle = Circle(33, 56, -5)

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