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Closes le object f and sets attribute fclosed to True Returns True if the le is closed The encoding used for bytes str conversions Returns the underlying le s le descriptor (Available only for le objects that have le descriptors) Flushes the le object f Returns True if the le object is associated with a console (Available only for le objects that refer to actual les) The mode le object f was opened with File object f s lename (if it has one) The kinds of newline strings encountered in text le f Returns the next line from le object f In most cases, this method is used implicitly, for example, for line in f Returns n bytes without moving the le pointer position Reads at most count bytes from le object f If count is not speci ed then every byte is read from the current le position to the end Returns a bytes object when reading in binary mode and a str when reading in text mode If there is no more to read (end of le), an empty bytes or str is returned Returns True if f was opened for reading Reads at most len(ba) bytes into bytearray ba and returns the number of bytes read this is 0 at end of le (Available only in binary mode) Reads the next line (or up to count bytes if count is speci ed and reached before the \n character), including the \n Reads all the lines to the end of the le and returns them as a list If sizehint is given, then reads approximately up to sizehint bytes if the underlying le object supports this Moves the le pointer position (where the next read or write will take place) to the given offset if whence is not given or is osSEEK_SET Moves the le pointer to the given offset (which may be negative) relative to the current position if whence is osSEEK_CUR or relative to the end if whence is osSEEK_END Writes are always done at the end in append "a" mode no matter where the le pointer is In text mode only the return value of tell() method calls should be used as offsets.

since no part of the division operation, including signaling of a divide-by-zero exception, may appear to occur before the invocation of loseBig completes, even though the implementation may be able to detect or infer that the division operation would certainly result in a divide-by-zero exception

while( enhasMoreElements() ) { String name = (String)ennextElement(); _entriesaddElement( name ); } } } } catch ( LDAPException ex ) { Systemoutprintln( ex + ", enumerating" ); } } } catch ( LDAPException e ) { Systemoutprintln( e + ", searching" ); return false; } if ( _debug ) { Systemoutprintln( "Returning " + _entriessize() + " entries" ); } return true; }

freadable() freadinto( ba) freadline( count) freadlines( sizehint) fseek( offset, whence)

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1573 Evaluation Respects Parentheses and Precedence Java programming language implementations must respect the order of evaluation as indicated explicitly by parentheses and implicitly by operator precedence An implementation may not take advantage of algebraic identities such as the associative law to rewrite expressions into a more convenient computational order unless it can be proven that the replacement expression is equivalent in value and in its observable side effects, even in the presence of multiple threads of execution (using the thread execution model in 17), for all possible computational values that might be involved In the case of oating-point calculations, this rule applies also for in nity and not-a-number (NaN) values For example, !(x<y) may not be rewritten as x>=y, because these expressions have different values if either x or y is NaN or both are NaN Speci cally, oating-point calculations that appear to be mathematically associative are unlikely to be computationally associative Such computations must not be naively reordered For example, it is not correct for a Java compiler to rewrite 40*x*05 as 20*x; while roundoff happens not to be an issue here, there are large values of x for which the rst expression produces in nity (because of over ow) but the second expression produces a nite result

When JList asks for a particular list item, the model checks its cache rst If the item is not found, the cache is re lled from the directory:

Table 75 File Object Attributes and Methods #2

So, for example, the test program:

Syntax fseekable() ftell() ftruncate( size) fwritable() fwrite(s) fwritelines( seq)

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