static int getBytesToDataChunk(final Buffer buffer, final int offset, final DataChunk dataChunk) { final int bytesStart = offset + 2; final int length = readShort(buffer, offset); if (isNullLength(length)) { return bytesStart; } dataChunk.setBuffer(buffer, bytesStart, bytesStart + length); // Don't forget to skip the terminating \0 (that's why "+ 1") return bytesStart + length + 1; }
static int getBytesToDataChunk(final Buffer buffer, final int offset, final DataChunk dataChunk) { final int bytesStart = offset + 2; final int length = readShort(buffer, offset); if (isNullLength(length)) { return bytesStart; } dataChunk.setBuffer(buffer, bytesStart, bytesStart + length); // Don't forget to skip the terminating \0 (that's why "+ 1") return bytesStart + length + 1; }
static int getBytesToDataChunk(final Buffer buffer, final int offset, final DataChunk dataChunk) { final int bytesStart = offset + 2; final int length = readShort(buffer, offset); if (isNullLength(length)) { return bytesStart; } dataChunk.setBuffer(buffer, bytesStart, bytesStart + length); // Don't forget to skip the terminating \0 (that's why "+ 1") return bytesStart + length + 1; }
static int getBytesToDataChunk(final Buffer buffer, final int offset, final DataChunk dataChunk) { final int bytesStart = offset + 2; final int length = readShort(buffer, offset); if (isNullLength(length)) { return bytesStart; } dataChunk.setBuffer(buffer, bytesStart, bytesStart + length); // Don't forget to skip the terminating \0 (that's why "+ 1") return bytesStart + length + 1; }
static int getBytesToDataChunk(final Buffer buffer, final int offset, final DataChunk dataChunk) { final int bytesStart = offset + 2; final int length = readShort(buffer, offset); if (isNullLength(length)) { return bytesStart; } dataChunk.setBuffer(buffer, bytesStart, bytesStart + length); // Don't forget to skip the terminating \0 (that's why "+ 1") return bytesStart + length + 1; }
static int getBytesToDataChunk(final Buffer buffer, final int offset, final DataChunk dataChunk) { final int bytesStart = offset + 2; final int length = readShort(buffer, offset); if (isNullLength(length)) { return bytesStart; } dataChunk.setBuffer(buffer, bytesStart, bytesStart + length); // Don't forget to skip the terminating \0 (that's why "+ 1") return bytesStart + length + 1; }
static int getBytesToDataChunk(final Buffer buffer, final int offset, final DataChunk dataChunk) { final int bytesStart = offset + 2; final int length = readShort(buffer, offset); if (isNullLength(length)) { return bytesStart; } dataChunk.setBuffer(buffer, bytesStart, bytesStart + length); // Don't forget to skip the terminating \0 (that's why "+ 1") return bytesStart + length + 1; }
static int getBytesToDataChunk(final Buffer buffer, final int offset, final DataChunk dataChunk) { final int bytesStart = offset + 2; final int length = readShort(buffer, offset); if (isNullLength(length)) { return bytesStart; } dataChunk.setBuffer(buffer, bytesStart, bytesStart + length); // Don't forget to skip the terminating \0 (that's why "+ 1") return bytesStart + length + 1; }
static int getBytesToDataChunk(final Buffer buffer, final int offset, final DataChunk dataChunk) { final int bytesStart = offset + 2; final int length = readShort(buffer, offset); if (isNullLength(length)) { return bytesStart; } dataChunk.setBuffer(buffer, bytesStart, bytesStart + length); // Don't forget to skip the terminating \0 (that's why "+ 1") return bytesStart + length + 1; }
/** Create a new named header using un-translated Buffer. The conversion to chars can be delayed until encoding is known. */ public DataChunk addValue(final Buffer buffer, final int startN, final int len) { if (!isValidName(buffer)) { return NOOP_CHUNK; } MimeHeaderField mhf = createHeader(); mhf.getName().setBuffer(buffer, startN, startN + len); return mhf.getValue(); }
/** Create a new named header using un-translated Buffer. The conversion to chars can be delayed until encoding is known. */ public DataChunk addValue(final Buffer buffer, final int startN, final int len) { if (!isValidName(buffer)) { return NOOP_CHUNK; } MimeHeaderField mhf = createHeader(); mhf.getName().setBuffer(buffer, startN, startN + len); return mhf.getValue(); }
/** Create a new named header using un-translated Buffer. The conversion to chars can be delayed until encoding is known. */ public DataChunk addValue(final Buffer buffer, final int startN, final int len) { if (!isValidName(buffer)) { return NOOP_CHUNK; } MimeHeaderField mhf = createHeader(); mhf.getName().setBuffer(buffer, startN, startN + len); return mhf.getValue(); }
/** Create a new named header using un-translated Buffer. The conversion to chars can be delayed until encoding is known. */ public DataChunk addValue(final Buffer buffer, final int startN, final int len) { if (!isValidName(buffer)) { return NOOP_CHUNK; } MimeHeaderField mhf = createHeader(); mhf.getName().setBuffer(buffer, startN, startN + len); return mhf.getValue(); }
/** Create a new named header using un-translated Buffer. The conversion to chars can be delayed until encoding is known. */ public DataChunk addValue(final Buffer buffer, final int startN, final int len) { if (!isValidName(buffer)) { return NOOP_CHUNK; } MimeHeaderField mhf = createHeader(); mhf.getName().setBuffer(buffer, startN, startN + len); return mhf.getValue(); }
/** Create a new named header using un-translated Buffer. The conversion to chars can be delayed until encoding is known. */ public DataChunk addValue(final Buffer buffer, final int startN, final int len) { if (!isValidName(buffer)) { return NOOP_CHUNK; } MimeHeaderField mhf = createHeader(); mhf.getName().setBuffer(buffer, startN, startN + len); return mhf.getValue(); }