/** * Appends a gap at the end of the bytecode sequence. * * @param gapLength gap length */ public void appendGap(int gapLength) { byte[] code = bytecode; int codeLength = code.length; byte[] newcode = new byte[codeLength + gapLength]; int i; for (i = 0; i < codeLength; ++i) newcode[i] = code[i]; for (i = codeLength; i < codeLength + gapLength; ++i) newcode[i] = NOP; codeAttr.setCode(newcode); bytecode = newcode; endPos = getCodeLength(); }
/** * Appends a gap at the end of the bytecode sequence. * * @param gapLength gap length */ public void appendGap(int gapLength) { byte[] code = bytecode; int codeLength = code.length; byte[] newcode = new byte[codeLength + gapLength]; int i; for (i = 0; i < codeLength; ++i) newcode[i] = code[i]; for (i = codeLength; i < codeLength + gapLength; ++i) newcode[i] = NOP; codeAttr.setCode(newcode); bytecode = newcode; endPos = getCodeLength(); }
codeAttr.setCode(c); bytecode = c; endPos = getCodeLength();
codeAttr.setCode(c); bytecode = c; endPos = getCodeLength();
/** * Appends a gap at the end of the bytecode sequence. * * @param gapLength gap length */ public void appendGap(int gapLength) { byte[] code = bytecode; int codeLength = code.length; byte[] newcode = new byte[codeLength + gapLength]; int i; for (i = 0; i < codeLength; ++i) newcode[i] = code[i]; for (i = codeLength; i < codeLength + gapLength; ++i) newcode[i] = NOP; codeAttr.setCode(newcode); bytecode = newcode; endPos = getCodeLength(); }
/** * Appends a gap at the end of the bytecode sequence. * * @param gapLength gap length */ public void appendGap(int gapLength) { byte[] code = bytecode; int codeLength = code.length; byte[] newcode = new byte[codeLength + gapLength]; int i; for (i = 0; i < codeLength; ++i) newcode[i] = code[i]; for (i = codeLength; i < codeLength + gapLength; ++i) newcode[i] = NOP; codeAttr.setCode(newcode); bytecode = newcode; endPos = getCodeLength(); }
/** * Appends a gap at the end of the bytecode sequence. * * @param gapLength gap length */ public void appendGap(int gapLength) { byte[] code = bytecode; int codeLength = code.length; byte[] newcode = new byte[codeLength + gapLength]; int i; for (i = 0; i < codeLength; ++i) newcode[i] = code[i]; for (i = codeLength; i < codeLength + gapLength; ++i) newcode[i] = NOP; codeAttr.setCode(newcode); bytecode = newcode; endPos = getCodeLength(); }
/** * Appends a gap at the end of the bytecode sequence. * * @param gapLength gap length */ public void appendGap(int gapLength) { byte[] code = bytecode; int codeLength = code.length; byte[] newcode = new byte[codeLength + gapLength]; int i; for (i = 0; i < codeLength; ++i) newcode[i] = code[i]; for (i = codeLength; i < codeLength + gapLength; ++i) newcode[i] = NOP; codeAttr.setCode(newcode); bytecode = newcode; endPos = getCodeLength(); }
/** * Appends a gap at the end of the bytecode sequence. * * @param gapLength gap length */ public void appendGap(int gapLength) { byte[] code = bytecode; int codeLength = code.length; byte[] newcode = new byte[codeLength + gapLength]; int i; for (i = 0; i < codeLength; ++i) newcode[i] = code[i]; for (i = codeLength; i < codeLength + gapLength; ++i) newcode[i] = NOP; codeAttr.setCode(newcode); bytecode = newcode; endPos = getCodeLength(); }
/** * @return the length of the really inserted gap. */ private int insertGapCore(int pos, int length, boolean exclusive) throws BadBytecode { if (length <= 0) return 0; int cur = currentPos; byte[] c = insertGap(bytecode, pos, length, exclusive, get().getExceptionTable(), codeAttr); int length2 = c.length - bytecode.length; if (cur >= pos) currentPos = cur + length2; codeAttr.setCode(c); bytecode = c; endPos = getCodeLength(); updateCursors(pos, length2); return length2; }
codeAttr.setCode(c); bytecode = c; endPos = getCodeLength();
codeAttr.setCode(c); bytecode = c; endPos = getCodeLength();
codeAttr.setCode(c); bytecode = c; endPos = getCodeLength();
codeAttr.setCode(c); bytecode = c; endPos = getCodeLength();