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<font color="#0000ff">// Copyright (c) 2002 David Muse</font>
<font color="#0000ff">// See the COPYING file for more information.</font>
<font color="#a020f0">#ifndef RUDIMENTS_STRINGBUFFER_H</font>
<font color="#a020f0">#define RUDIMENTS_STRINGBUFFER_H</font>
<font color="#a020f0">#include </font><font color="#ff00ff"><rudiments/private/stringbufferincludes.h></font>
<font color="#0000ff">// The stringbuffer class can be used to store strings of arbitrary length.</font>
<font color="#a020f0">#ifdef RUDIMENTS_NAMESPACE</font>
<font color="#2e8b57"><b>namespace</b></font> rudiments {
<font color="#a020f0">#endif</font>
<font color="#2e8b57"><b>class</b></font> stringbufferprivate;
<font color="#2e8b57"><b>class</b></font> stringbuffer : <font color="#a52a2a"><b>public</b></font> variablebuffer {
<font color="#a52a2a"><b>public</b></font>:
stringbuffer();
stringbuffer(<font color="#2e8b57"><b>char</b></font> *initialcontents,
<font color="#2e8b57"><b>size_t</b></font> initialsize,
<font color="#2e8b57"><b>size_t</b></font> increment);
<font color="#0000ff">// Creates a new buffer which will grow as</font>
<font color="#0000ff">// necessary to accomodate the string written</font>
<font color="#0000ff">// to it.</font>
stringbuffer(<font color="#2e8b57"><b>const</b></font> stringbuffer &s);
stringbuffer &<font color="#a52a2a"><b>operator</b></font>=(<font color="#2e8b57"><b>const</b></font> stringbuffer &s);
~stringbuffer();
<font color="#2e8b57"><b>void</b></font> setPosition(<font color="#2e8b57"><b>size_t</b></font> pos);
<font color="#0000ff">// Sets the position at which the next write will</font>
<font color="#0000ff">// occur to "pos". If the position is set beyond the</font>
<font color="#0000ff">// end of the buffer, the buffer will grow but the data</font>
<font color="#0000ff">// between the current end of the buffer and the new</font>
<font color="#0000ff">// position will be undefined.</font>
<font color="#0000ff">// The write() and append() methods return a pointer to the</font>
<font color="#0000ff">// variablebuffer instance. This enables chaining:</font>
<font color="#0000ff">//</font>
<font color="#0000ff">// sb->write("numbers: ")->write(5)->write(5.5);</font>
<font color="#0000ff">// or</font>
<font color="#0000ff">// sb->append("numbers: ")->append(5)->append(5.5);</font>
stringbuffer *write(<font color="#2e8b57"><b>const</b></font> <font color="#2e8b57"><b>unsigned</b></font> <font color="#2e8b57"><b>char</b></font> *string);
stringbuffer *write(<font color="#2e8b57"><b>const</b></font> <font color="#2e8b57"><b>unsigned</b></font> <font color="#2e8b57"><b>char</b></font> *string,
<font color="#2e8b57"><b>size_t</b></font> size);
stringbuffer *write(<font color="#2e8b57"><b>const</b></font> <font color="#2e8b57"><b>char</b></font> *string);
stringbuffer *write(<font color="#2e8b57"><b>const</b></font> <font color="#2e8b57"><b>char</b></font> *string, <font color="#2e8b57"><b>size_t</b></font> size);
stringbuffer *write(<font color="#2e8b57"><b>char</b></font> character);
stringbuffer *write(<font color="#2e8b57"><b>int16_t</b></font> number);
stringbuffer *write(<font color="#2e8b57"><b>int32_t</b></font> number);
stringbuffer *write(<font color="#2e8b57"><b>int64_t</b></font> number);
stringbuffer *write(<font color="#2e8b57"><b>unsigned</b></font> <font color="#2e8b57"><b>char</b></font> number);
stringbuffer *write(<font color="#2e8b57"><b>uint16_t</b></font> number);
stringbuffer *write(<font color="#2e8b57"><b>uint32_t</b></font> number);
stringbuffer *write(<font color="#2e8b57"><b>uint64_t</b></font> number);
stringbuffer *write(<font color="#2e8b57"><b>float</b></font> number);
stringbuffer *write(<font color="#2e8b57"><b>float</b></font> number,
<font color="#2e8b57"><b>unsigned</b></font> <font color="#2e8b57"><b>short</b></font> scale);
stringbuffer *write(<font color="#2e8b57"><b>float</b></font> number,
<font color="#2e8b57"><b>unsigned</b></font> <font color="#2e8b57"><b>short</b></font> precision,
<font color="#2e8b57"><b>unsigned</b></font> <font color="#2e8b57"><b>short</b></font> scale);
stringbuffer *write(<font color="#2e8b57"><b>double</b></font> number);
stringbuffer *write(<font color="#2e8b57"><b>double</b></font> number,
<font color="#2e8b57"><b>unsigned</b></font> <font color="#2e8b57"><b>short</b></font> scale);
stringbuffer *write(<font color="#2e8b57"><b>double</b></font> number,
<font color="#2e8b57"><b>unsigned</b></font> <font color="#2e8b57"><b>short</b></font> precision,
<font color="#2e8b57"><b>unsigned</b></font> <font color="#2e8b57"><b>short</b></font> scale);
<font color="#0000ff">// Writes the data to the stringbuffer at the current</font>
<font color="#0000ff">// position. If necessary, the buffer will grow to</font>
<font color="#0000ff">// accommodate the new data.</font>
stringbuffer *append(<font color="#2e8b57"><b>const</b></font> <font color="#2e8b57"><b>unsigned</b></font> <font color="#2e8b57"><b>char</b></font> *string);
stringbuffer *append(<font color="#2e8b57"><b>const</b></font> <font color="#2e8b57"><b>unsigned</b></font> <font color="#2e8b57"><b>char</b></font> *string,
<font color="#2e8b57"><b>size_t</b></font> size);
stringbuffer *append(<font color="#2e8b57"><b>const</b></font> <font color="#2e8b57"><b>char</b></font> *string);
stringbuffer *append(<font color="#2e8b57"><b>const</b></font> <font color="#2e8b57"><b>char</b></font> *string, <font color="#2e8b57"><b>size_t</b></font> size);
stringbuffer *append(<font color="#2e8b57"><b>char</b></font> character);
stringbuffer *append(<font color="#2e8b57"><b>int16_t</b></font> character);
stringbuffer *append(<font color="#2e8b57"><b>int32_t</b></font> number);
stringbuffer *append(<font color="#2e8b57"><b>int64_t</b></font> number);
stringbuffer *append(<font color="#2e8b57"><b>unsigned</b></font> <font color="#2e8b57"><b>char</b></font> number);
stringbuffer *append(<font color="#2e8b57"><b>uint16_t</b></font> number);
stringbuffer *append(<font color="#2e8b57"><b>uint32_t</b></font> number);
stringbuffer *append(<font color="#2e8b57"><b>uint64_t</b></font> number);
stringbuffer *append(<font color="#2e8b57"><b>int16_t</b></font> number,
<font color="#2e8b57"><b>unsigned</b></font> <font color="#2e8b57"><b>short</b></font> zeropadding);
stringbuffer *append(<font color="#2e8b57"><b>int32_t</b></font> number,
<font color="#2e8b57"><b>unsigned</b></font> <font color="#2e8b57"><b>short</b></font> zeropadding);
stringbuffer *append(<font color="#2e8b57"><b>int64_t</b></font> number,
<font color="#2e8b57"><b>unsigned</b></font> <font color="#2e8b57"><b>short</b></font> zeropadding);
stringbuffer *append(<font color="#2e8b57"><b>uint16_t</b></font> number,
<font color="#2e8b57"><b>unsigned</b></font> <font color="#2e8b57"><b>short</b></font> zeropadding);
stringbuffer *append(<font color="#2e8b57"><b>uint32_t</b></font> number,
<font color="#2e8b57"><b>unsigned</b></font> <font color="#2e8b57"><b>short</b></font> zeropadding);
stringbuffer *append(<font color="#2e8b57"><b>uint64_t</b></font> number,
<font color="#2e8b57"><b>unsigned</b></font> <font color="#2e8b57"><b>short</b></font> zeropadding);
stringbuffer *append(<font color="#2e8b57"><b>float</b></font> number);
stringbuffer *append(<font color="#2e8b57"><b>float</b></font> number,
<font color="#2e8b57"><b>unsigned</b></font> <font color="#2e8b57"><b>short</b></font> scale);
stringbuffer *append(<font color="#2e8b57"><b>float</b></font> number,
<font color="#2e8b57"><b>unsigned</b></font> <font color="#2e8b57"><b>short</b></font> precision,
<font color="#2e8b57"><b>unsigned</b></font> <font color="#2e8b57"><b>short</b></font> scale);
stringbuffer *append(<font color="#2e8b57"><b>double</b></font> number);
stringbuffer *append(<font color="#2e8b57"><b>double</b></font> number,
<font color="#2e8b57"><b>unsigned</b></font> <font color="#2e8b57"><b>short</b></font> scale);
stringbuffer *append(<font color="#2e8b57"><b>double</b></font> number,
<font color="#2e8b57"><b>unsigned</b></font> <font color="#2e8b57"><b>short</b></font> precision,
<font color="#2e8b57"><b>unsigned</b></font> <font color="#2e8b57"><b>short</b></font> scale);
<font color="#0000ff">// Appends the data to the stringbuffer. The buffer</font>
<font color="#0000ff">// will grow to accommodate the new data.</font>
<font color="#2e8b57"><b>void</b></font> clear();
<font color="#0000ff">// Empties the stringbuffer.</font>
<font color="#2e8b57"><b>const</b></font> <font color="#2e8b57"><b>char</b></font> *getString();
<font color="#0000ff">// Returns the string currently stored in the</font>
<font color="#0000ff">// stringbuffer.</font>
<font color="#2e8b57"><b>char</b></font> *detachString();
<font color="#0000ff">// Returns a pointer to the string currently stored</font>
<font color="#0000ff">// in the stringbuffer, then resets the stringbuffer</font>
<font color="#0000ff">// such that it will no longer use that string.</font>
<font color="#0000ff">//</font>
<font color="#0000ff">// The calling program must deallocate the string</font>
<font color="#0000ff">// returned from this method.</font>
<font color="#2e8b57"><b>size_t</b></font> getStringLength();
<font color="#0000ff">// Returns the length of the string currently stored</font>
<font color="#0000ff">// in the stringbuffer.</font>
<font color="#2e8b57"><b>size_t</b></font> getPosition();
<font color="#0000ff">// Returns the position in the buffer at which</font>
<font color="#0000ff">// the next write will occur.</font>
<font color="#a020f0"> #include </font><font color="#ff00ff"><rudiments/private/stringbuffer.h></font>
};
<font color="#a020f0">#ifdef RUDIMENTS_NAMESPACE</font>
}
<font color="#a020f0">#endif</font>
<font color="#a020f0">#endif</font>
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