/** Reset the internal state, empty the buffers. * The encoding remain in effect, the internal buffers remain allocated. */ public void recycle() { conv.recycle(); }
/** Reset the internal state, empty the buffers. * The encoding remain in effect, the internal buffers remain allocated. */ public void recycle() { conv.recycle(); }
/** Reset the internal state, empty the buffers. * The encoding remain in effect, the internal buffers remain allocated. */ public void recycle() { conv.recycle(); }
/** Reset the internal state, empty the buffers. * The encoding remain in effect, the internal buffers remain allocated. */ public void recycle() { conv.recycle(); }
/** Reset the internal state, empty the buffers. * The encoding remain in effect, the internal buffers remain allocated. */ public void recycle() { conv.recycle(); }
/** Reset the internal state, empty the buffers. * The encoding remain in effect, the internal buffers remain allocated. */ public void recycle() { conv.recycle(); }
/** Reset the internal state, empty the buffers. * The encoding remain in effect, the internal buffers remain allocated. */ public void recycle() { conv.recycle(); }
/** Reset the internal state, empty the buffers. * The encoding remain in effect, the internal buffers remain allocated. */ public void recycle() { conv.recycle(); }
/** Reset the internal state, empty the buffers. * The encoding remain in effect, the internal buffers remain allocated. */ public void recycle() { conv.recycle(); }
/** Reset the internal state, empty the buffers. * The encoding remain in effect, the internal buffers remain allocated. */ public void recycle() { conv.recycle(); }