Lines Matching refs:value
152 a legal, interpretable value. This does not mean that cutting wide
184 and the @code{sizeof} operator is useful in computing the value for the
213 arguments. Since a value of type @code{char} is automatically promoted
214 into a value of type @code{int} when used as a parameter, the functions
272 value does not have to correspond to the number of characters in the
273 string. To get this value the string can be converted to wide
300 @code{strlen}. The return value is the number of wide characters in the
305 character the return value is not only the offset in the array, it is
388 The value returned by @code{memcpy} is the value of @var{to}.
421 The value returned by @code{wmemcpy} is the value of @var{wto}.
432 returning the value of @var{to} it returns a pointer to the byte
434 I.e., the value is @code{((void *) ((char *) @var{to} + @var{size}))}.
459 instead of returning the value of @var{wto} it returns a pointer to the
461 beginning at @var{wto}. I.e., the value is @code{@var{wto} + @var{size}}.
490 The value returned by @code{memmove} is the value of @var{to}.
515 The value returned by @code{wmemmove} is the value of @var{wto}.
525 value is a pointer into @var{to} one byte past where @var{c} was copied,
533 This function copies the value of @var{c} (converted to an
535 object beginning at @var{block}. It returns the value of @var{block}.
541 This function copies the value of @var{wc} into each of the first
543 returns the value of @var{block}.
552 overlap. The return value is the value of @var{to}.
561 the strings overlap. The return value is the value of @var{wto}.
654 arguments are not in the same order and there is no return value.
662 value it can store is zero.
1113 return a nonzero value if the strings are @emph{not} equivalent rather
1114 than if they are. The sign of the value indicates the relative ordering
1116 negative value indicates that the first string is ``less'' than the
1117 second, while a positive value indicates that the first string is
1131 at @var{a2}. The value returned has the same sign as the difference
1144 at @var{a2}. The value returned is smaller than or larger than zero
1183 @} value;
1195 @var{s2}, returning a value that has the same sign as the difference
1215 against @var{ws2}. The value returned is smaller than or larger than zero
1269 return value is zero.
1278 return value is zero.
1333 return value follows the same conventions as found in the
1518 The return value is the length of the entire transformed string. This
1519 value is not affected by the value of @var{size}, but if it is greater
1547 The return value is the length of the entire transformed wide
1548 string. This value is not affected by the value of @var{size}, but if
1622 /* @r{The return value is not interesting because we know}
1667 /* @r{The return value is not interesting because we know}
1699 object beginning at @var{block}. The return value is a pointer to the
1708 @var{block}. The return value is a pointer to the located wide
1726 In this case the result is unspecified. Otherwise the return value is a
1757 beginning at @var{string}. The return value is a pointer to the located
1770 specifying zero as the value of the @var{c} argument.
1783 beginning at @var{wstring}. The return value is a pointer to the
1789 value of the @var{wc} argument. It would be better (but less portable)
2135 the expected value.
2452 The return value of @code{strfry} is always @var{string}.
2485 the binary pattern 00101010 (hexadecimal 0x2A). The return value is
2507 This function encodes a 32-bit input value using bytes from the
2517 value of @code{l64a} is undefined if @var{n} is negative. In the GNU
2589 The decoded number is returned as a @code{long int} value.
2633 name-value pair, separated by a @code{'='} byte (as in a Unix
2733 a value of @code{':'} for @var{delim}.
2767 @code{*@var{argz}}, passing in @code{*@var{argz}} as the value of
2799 Note that the latter depends on @var{argz} having a value of @code{0} if
2820 Each element in an envz vector is a name-value pair, separated by a @code{'='}
2822 after the first are considered part of the value, and treated like all other
2827 empty value: @code{envz_get} will return @code{0} if given the name of null
2828 entry, whereas an entry with an empty value would result in a value of
2852 @var{name} (like @code{envz_entry}), and returns a pointer to the value
2857 …vz_add (char **@var{envz}, size_t *@var{envz_len}, const char *@var{name}, const char *@var{value})
2861 @c argz_add or equivalent code that reallocs and appends name=value.
2864 @var{name}, and value @var{value}. If an entry with the same name
2865 already exists in @var{envz}, it is removed first. If @var{value} is