byte[] outbuf) { if (outbuf == null) outbuf = new byte[encodedSize(size)]; int inpos, outpos; int val;
byte[] outbuf) { if (outbuf == null) outbuf = new byte[encodedSize(size)]; int inpos, outpos; int val;
/** * Encode the data stored in <code>buffer</code>. * Uses <code>outbuf</code> to store the encoded * data before writing. * * @exception IOException if an I/O error occurs. */ private void encode() throws IOException { int osize = encodedSize(bufsize); out.write(encode(buffer, 0, bufsize, outbuf), 0, osize); // increment count count += osize; // If writing out this encoded unit caused overflow, // start a new line. if (count >= bytesPerLine) { if (!noCRLF) out.write(newline); count = 0; } }
/** * Encode the data stored in <code>buffer</code>. * Uses <code>outbuf</code> to store the encoded * data before writing. * * @exception IOException if an I/O error occurs. */ private void encode() throws IOException { int osize = encodedSize(bufsize); out.write(encode(buffer, 0, bufsize, outbuf), 0, osize); // increment count count += osize; // If writing out this encoded unit caused overflow, // start a new line. if (count >= bytesPerLine) { if (!noCRLF) out.write(newline); count = 0; } }
if (off + blen <= end) { int outlen = encodedSize(blen); if (!noCRLF) { outbuf[outlen++] = (byte)'\r'; blen = (blen / 3) * 3; // round down int outlen = encodedSize(blen); out.write(encode(b, off, blen, outbuf), 0, outlen); off += blen;
if (off + blen <= end) { int outlen = encodedSize(blen); if (!noCRLF) { outbuf[outlen++] = (byte)'\r'; blen = (blen / 3) * 3; // round down int outlen = encodedSize(blen); out.write(encode(b, off, blen, outbuf), 0, outlen); off += blen;
byte[] outbuf) { if (outbuf == null) outbuf = new byte[encodedSize(size)]; int inpos, outpos; int val;
byte[] outbuf) { if (outbuf == null) outbuf = new byte[encodedSize(size)]; int inpos, outpos; int val;
byte[] outbuf) { if (outbuf == null) outbuf = new byte[encodedSize(size)]; int inpos, outpos; int val;
byte[] outbuf) { if (outbuf == null) outbuf = new byte[encodedSize(size)]; int inpos, outpos; int val;
byte[] outbuf) { if (outbuf == null) outbuf = new byte[encodedSize(size)]; int inpos, outpos; int val;
/** * Encode the data stored in <code>buffer</code>. * Uses <code>outbuf</code> to store the encoded * data before writing. * * @exception IOException if an I/O error occurs. */ private void encode() throws IOException { int osize = encodedSize(bufsize); out.write(encode(buffer, 0, bufsize, outbuf), 0, osize); // increment count count += osize; // If writing out this encoded unit caused overflow, // start a new line. if (count >= bytesPerLine) { if (!noCRLF) out.write(newline); count = 0; } }
/** * Encode the data stored in <code>buffer</code>. * Uses <code>outbuf</code> to store the encoded * data before writing. * * @exception IOException if an I/O error occurs. */ private void encode() throws IOException { int osize = encodedSize(bufsize); out.write(encode(buffer, 0, bufsize, outbuf), 0, osize); // increment count count += osize; // If writing out this encoded unit caused overflow, // start a new line. if (count >= bytesPerLine) { if (!noCRLF) out.write(newline); count = 0; } }
/** * Encode the data stored in <code>buffer</code>. * Uses <code>outbuf</code> to store the encoded * data before writing. * * @exception IOException if an I/O error occurs. */ private void encode() throws IOException { int osize = encodedSize(bufsize); out.write(encode(buffer, 0, bufsize, outbuf), 0, osize); // increment count count += osize; // If writing out this encoded unit caused overflow, // start a new line. if (count >= bytesPerLine) { if (!noCRLF) out.write(newline); count = 0; } }
/** * Encode the data stored in <code>buffer</code>. * Uses <code>outbuf</code> to store the encoded * data before writing. * * @exception IOException if an I/O error occurs. */ private void encode() throws IOException { int osize = encodedSize(bufsize); out.write(encode(buffer, 0, bufsize, outbuf), 0, osize); // increment count count += osize; // If writing out this encoded unit caused overflow, // start a new line. if (count >= bytesPerLine) { if (!noCRLF) out.write(newline); count = 0; } }
/** * Encode the data stored in <code>buffer</code>. * Uses <code>outbuf</code> to store the encoded * data before writing. * * @exception IOException if an I/O error occurs. */ private void encode() throws IOException { int osize = encodedSize(bufsize); out.write(encode(buffer, 0, bufsize, outbuf), 0, osize); // increment count count += osize; // If writing out this encoded unit caused overflow, // start a new line. if (count >= bytesPerLine) { if (!noCRLF) out.write(newline); count = 0; } }
/** * Encode the data stored in <code>buffer</code>. * Uses <code>outbuf</code> to store the encoded * data before writing. * * @exception IOException if an I/O error occurs. */ private void encode() throws IOException { int osize = encodedSize(bufsize); out.write(encode(buffer, 0, bufsize, outbuf), 0, osize); // increment count count += osize; // If writing out this encoded unit caused overflow, // start a new line. if (count >= bytesPerLine) { if (!noCRLF) out.write(newline); count = 0; } }
/** * Encode the data stored in <code>buffer</code>. * Uses <code>outbuf</code> to store the encoded * data before writing. * * @exception IOException if an I/O error occurs. */ private void encode() throws IOException { int osize = encodedSize(bufsize); out.write(encode(buffer, 0, bufsize, outbuf), 0, osize); // increment count count += osize; // If writing out this encoded unit caused overflow, // start a new line. if (count >= bytesPerLine) { if (!noCRLF) out.write(newline); count = 0; } }
if (off + blen <= end) { int outlen = encodedSize(blen); if (!noCRLF) { outbuf[outlen++] = (byte)'\r'; blen = (blen / 3) * 3; // round down int outlen = encodedSize(blen); out.write(encode(b, off, blen, outbuf), 0, outlen); off += blen;
if (off + blen <= end) { int outlen = encodedSize(blen); if (!noCRLF) { outbuf[outlen++] = (byte)'\r'; blen = (blen / 3) * 3; // round down int outlen = encodedSize(blen); out.write(encode(b, off, blen, outbuf), 0, outlen); off += blen;