private boolean _verifyLongName(int[] q, int qlen, int spillOffset) { final int[] hashArea = _hashArea; // spillOffset assumed to be physical index right into quad string int ix = 0; switch (qlen) { default: return _verifyLongName2(q, qlen, spillOffset); case 8: if (q[ix++] != hashArea[spillOffset++]) return false; case 7: if (q[ix++] != hashArea[spillOffset++]) return false; case 6: if (q[ix++] != hashArea[spillOffset++]) return false; case 5: if (q[ix++] != hashArea[spillOffset++]) return false; case 4: // always at least 4 if (q[ix++] != hashArea[spillOffset++]) return false; if (q[ix++] != hashArea[spillOffset++]) return false; if (q[ix++] != hashArea[spillOffset++]) return false; if (q[ix++] != hashArea[spillOffset++]) return false; } return true; }
private boolean _verifyLongName(int[] q, int qlen, int spillOffset) { final int[] hashArea = _hashArea; // spillOffset assumed to be physical index right into quad string int ix = 0; switch (qlen) { default: return _verifyLongName2(q, qlen, spillOffset); case 8: if (q[ix++] != hashArea[spillOffset++]) return false; case 7: if (q[ix++] != hashArea[spillOffset++]) return false; case 6: if (q[ix++] != hashArea[spillOffset++]) return false; case 5: if (q[ix++] != hashArea[spillOffset++]) return false; case 4: // always at least 4 if (q[ix++] != hashArea[spillOffset++]) return false; if (q[ix++] != hashArea[spillOffset++]) return false; if (q[ix++] != hashArea[spillOffset++]) return false; if (q[ix++] != hashArea[spillOffset++]) return false; } return true; }
private boolean _verifyLongName(int[] q, int qlen, int spillOffset) { final int[] hashArea = _hashArea; // spillOffset assumed to be physical index right into quad string int ix = 0; switch (qlen) { default: return _verifyLongName2(q, qlen, spillOffset); case 8: if (q[ix++] != hashArea[spillOffset++]) return false; case 7: if (q[ix++] != hashArea[spillOffset++]) return false; case 6: if (q[ix++] != hashArea[spillOffset++]) return false; case 5: if (q[ix++] != hashArea[spillOffset++]) return false; case 4: // always at least 4 if (q[ix++] != hashArea[spillOffset++]) return false; if (q[ix++] != hashArea[spillOffset++]) return false; if (q[ix++] != hashArea[spillOffset++]) return false; if (q[ix++] != hashArea[spillOffset++]) return false; } return true; }
private boolean _verifyLongName(int[] q, int qlen, int spillOffset) { final int[] hashArea = _hashArea; // spillOffset assumed to be physical index right into quad string int ix = 0; switch (qlen) { default: return _verifyLongName2(q, qlen, spillOffset); case 8: if (q[ix++] != hashArea[spillOffset++]) return false; case 7: if (q[ix++] != hashArea[spillOffset++]) return false; case 6: if (q[ix++] != hashArea[spillOffset++]) return false; case 5: if (q[ix++] != hashArea[spillOffset++]) return false; case 4: // always at least 4 if (q[ix++] != hashArea[spillOffset++]) return false; if (q[ix++] != hashArea[spillOffset++]) return false; if (q[ix++] != hashArea[spillOffset++]) return false; if (q[ix++] != hashArea[spillOffset++]) return false; } return true; }