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Some implementations may nd it convenient to divide a single write action on a 64-bit long or double value into two write actions on adjacent 32 bit values For ef ciency's sake, this behavior is implementation speci c; Java virtual machines are free to perform writes to long and double values atomically or in two parts For the purposes of the Java programming language memory model, a single write to a non-volatile long or double value is treated as two separate writes: one to each 32-bit half This can result in a situation where a thread sees the rst 32 bits of a 64 bit value from one write, and the second 32 bits from another write Writes and reads of volatile long and double values are always atomic Writes to and reads of references are always atomic, regardless of whether they are implemented as 32 or 64 bit values VM implementors are encouraged to avoid splitting their 64-bit values where possible Programmers are encouraged to declare shared 64-bit values as volatile or synchronize their programs correctly to avoid possible complications

For example, given a sentence in the English language, such as the dog barked , we might transform the sentence into a sequence of (part-of-speech word) 2-tuples, ((DEFINITE_ARTICLE, "the"), (NOUN, "dog"), (VERB, "barked")) We would then perform syntactic analysis to see if this is a valid English sentence In this case it is, but our parser would have to reject, say, the barked dog The lexing phase is used to convert the data into a stream of tokens In typical cases, each token holds at least two pieces of information: the token s type (the kind of data or language construct being represented), and the token s value (which may be empty if the type stands for itself for example, a keyword in a programming language) The parsing phase is where a parser reads each token and performs some semantic action The parser operates according to a prede ned set of grammar rules that de ne the syntax that the data is expected to follow (If the data doesn t follow the syntax rules the parser will correctly fail) In multiphase parsers, the semantic action consists of building up an internal representation of the input in memory (called an Abstract Syntax Tree AST), which serves as input to the next phase Once the AST has been constructed, it can be traversed, for example, to query the data, or to write the data out in a different format, or to perform computations that correspond to the meanings encoded in the data Data formats and DSLs (and programming languages generally) can be described using a grammar a set of syntax rules that de ne what is valid syntax for the data or language Of course, just because a statement is syntactically valid doesn t mean that it makes sense for example, the cat ate democracy is syntactically valid English, but meaningless Nonetheless, being able to de ne the grammar is very useful, so much so that there is a commonly used syntax for describing grammars BNF (Backus Naur Form) Creating a BNF is the rst step to creating a parser, and although not formally necessary, for all but the most trivial grammars it should be considered essential Here we will describe a very simple subset of BNF syntax that is suf cient for our needs In a BNF there are two kinds of item: terminals and nonterminals A terminal is an item which is in its nal form, for example, a literal number or string A nonterminal is an item that is de ned in terms of zero or more other items (which themselves may be terminals or nonterminals) Every nonterminal must ultimately be de ned in terms of zero or more terminals Figure 141 shows an example BNF that de nes the syntax of a le of attributes , to put things into perspective.

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One of the three following conditions will be true for an attribute in an entry: the attribute is present but has no value (actually a null value), the attribute is not present, or the attribute is present and has one or more values: 1 Attribute present in entry with no value The following abbreviated LDIF record shows that this entry has the telephoneNumber attribute, but that the attribute has no value

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