79 void RingBuffer::Pop(size_t n)  in Pop()  argument
83     WARNINGMSG(n > 0, "Argument is not positive number.  Do nothing.\n");  in Pop()
85     if(n > 0)  in Pop()
87         size_t len = min(n, m_dataLength);  in Pop()
90         u8 *p = m_pHeadData += n;  in Pop()
107 bool RingBuffer::Push(const void *pBuf, size_t n)  in Push()  argument
112     if(n <= 0)  in Push()
114         PANIC("Size of buffer is not positive number.(n=%d)\n", n);  in Push()
118     if(m_dataLength + n > m_bufLength)  in Push()
130         if(dst + n > getEndOfBuffer())  in Push()
135             size_t n2 = n - n1;  in Push()
141             memcpy(dst, pBuf, n);  in Push()
145         m_dataLength += n;  in Push()
151 size_t RingBuffer::Read(void *pBuf, size_t n) const  in Read()
154     ASSERT(n > 0);  in Read()
156     return read(pBuf, n, 0);  in Read()
160 size_t RingBuffer::Read(void *pBuf, size_t n, size_t offset) const  in Read()  argument
163     ASSERT(n > 0);  in Read()
166     return read(pBuf, n, offset);  in Read()
170 size_t RingBuffer::read(void *pBuf, size_t n, size_t offset) const  in read()  argument
173     ASSERT(n > 0);  in read()
184     size_t len = min(m_dataLength - offset, n);  in read()