5
5
purposes) an (tt(unsigned)) tt(int).
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7
All tt(string) members accepting tt(string) objects as arguments also accept
8
tt(char const *) (bf(C) ASCII-Z string) arguments. The same usually holds true
8
tt(char const *) (NTBS) arguments. The same usually holds true
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9
for operators accepting tt(string) objects.
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11
Some tt(string)-members use em(iterators). Iterators are formally introduced
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49
tt(=))may also be used. Furthermore, assignment em(to) a character buffer is
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(the partial or complete contents of string objects may be
53
interpreted as bf(C) strings but the string's contents may also be
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processed as a series of raw binary bytes, not necessarily terminating in an
55
ASCII-Z byte. Furthermore, in many situations plain characters and bf(C)
56
strings may be used where tt(std::string)s are accepted as well.)
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(the partial or complete contents of string objects may be interpreted
53
as bf(C) strings but the string's contents may also be processed as a series
54
of raw binary bytes, not necessarily terminating in a 0-valued
55
character. Furthermore, in many situations plain characters and bf(C) strings
56
may be used where tt(std::string)s are accepted as well.)
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(the individual characters stored in a string can be accessed
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59
using the familiar index operator (tt([])) allowing us to either access or
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modify information in the middle of a string.)
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(strings may be compared to other strings (or bf(C) ASCII-Z strings)
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using the familiar logical comparison operators tt(==, !=, <, <=, >) and
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tt(>=). There are also member functions available offering a more fine-grained
62
(strings may be compared to other strings (NTB strings) using the
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familiar logical comparison operators tt(==, !=, <, <=, >) and tt(>=). There
64
are also member functions available offering a more fine-grained comparison.)
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(the contents of strings may be modified in many ways. Operators are
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available to add information to string objects, to insert information in
added
removed
yo/string/ops.yo
