Assessments - 0, GPA: 0
(
)
)
|
por este dispositivo também tem outras instruções :
Computadores - HP Integrity NonStop H-Series (16.73 mb)
Computadores - HP Integrity NonStop H-Series (957.56 kb)
Computadores - HP Integrity NonStop H-Series (881.66 kb)
Computadores - HP Integrity NonStop H-Series (965.62 kb)
Computadores - HP Integrity NonStop H-Series (676.93 kb)
Computadores - HP Integrity NonStop H-Series (393.72 kb)
Computadores - HP Integrity NonStop H-Series (776.57 kb)
Facilidade de uso
store whatever possible in v, and set the failbit. Also set the failbit if any values in the stream are too large to be stored in
an element of v.
virtual RWvistream&
get(long* v, size_t N);
Redefined from class RWbistream. Get a vector of longs and store them in the array beginning at v, compensating for
any differences in size or endian format between the stream and the current environment. If the restore stops
prematurely, store whatever possible in v, and set the failbit. Also set the failbit if any values in the stream are too large
to be stored in an element of v.
virtual RWvistream&
get(short* v, size_t N);
Redefined from class RWbistream. Get a vector of shorts and store them in the array beginning at v, compensating for
any differences in size or endian format between the stream and the current environment. If the restore stops
prematurely, store whatever possible in v, and set the failbit. Also set the failbit if any values in the stream are too large
to be stored in an element of v.
virtual RWvistream&
get(unsigned short* v, size_t N);
Redefined from class RWbistream. Get a vector of unsigned shorts and store them in the array beginning at v. If the
restore stops prematurely, store whatever possible in v, and set the failbit. Also set the failbit if any values in the stream
are too large to be stored in an element of v.
virtual RWvistream&
get(unsigned int* v, size_t N);
Redefined from class RWbistream. Get a vector of unsigned ints and store them in the array beginning at v,
compensating for any differences in size or endian format between the stream and the current environment. If the restore
stops prematurely, store whatever possible in v, and set the failbit. Also set the failbit if any values in the stream are too
large to be stored in an element of v.
virtual RWvistream&
get(unsigned long* v, size_t N);
Redefined from class RWbistream. Get a vector of unsigned longs and store them in the array beginning at v,
compensating for any differences in size or endian format between the stream and the current environment If the restore
stops prematurely, store whatever possible in v, and set the failbit. Also set the failbit if any values in the stream are too
large to be stored in an element of v.
virtual RWvistream&
getString(char* s, size_t N);
Redefined from class RWbistream. Restores a character string from the input stream and stores it in the array beginning
at s. The function stops reading at the end of the string or after N-1 characters, whichever comes first. If the latter, then
the failbit of the stream will be set, and the remaining characters of the string will be extracted from the stream and
thrown away. In either case, the string will be terminated with a null byte. If the size of the string is too large to be
represented by a variable of type size_t in the current environment, the badbit of the stream will be set, and no characters
will be extracted. Note that the elements of the string are treated as characters, not numbers.
virtual RWvistream&
operator>>(char& c);
Redefined from class RWbistream. Get the next char from the input stream and store it in c. Note that c is treated as a
character, not a number.
virtual RWvistream&
operator>>(wchar_t& wc);
Redefined from class RWbistream. Get the next wchar_t from the input stream and store it in wc, compensating for any
differences in size or endian format between the stream and the current environment. Set the failbit if the value in the
stream is too large to be stored in wc.
virtual RWvistream&
operator>>(double& d);
... Este manual também é adequado para os modelos :
Computadores - HP Integrity NonStop J-Series (1.58 mb)
Computadores - HP NonStop G-Series (1.58 mb)
Computadores - HP NonStop L-Series (1.58 mb)