jd-gui 1.0 static block will be lost on the class and main method can not be decompiled about jd-gui

[fjh658]

jd-gui 0.3.5 Although there is no normal static block decompile, but static block content is there. 1.0 static Block contents are not

[emmanue1]

You report two different bugs:

• JD-Core failed to decompile your class. I keep your file for a futur analysis, but it's not the good place to report it.
• A static block appears in the tree but decompiled source code does not display a such block. Javac creates a synthetic static block in the CLASS files to store instructions needed to initialize fields. JD-Core rebuilds the field initializations. At the end of the process, the static block may be empty, so it is not displayed. JD-GUI do not a such advanced analysis : it just uses ASM to retrieve fields and methods. A fixe has added to JD-GUI : if you click on a treenode of a static block, and if the source does not contain a such bloc, the class name will be highlighted, instead.

[SetoKaiba]

I encounter similar bug @emmanue1 .
I use the latest 1.4.0 jd-gui. The static initializer block is missing.
The block contains the obfuscated string encryption code. But it is missing in the 1.4.0 jd-gui.

[SetoKaiba]

`static {

    final String[] z = new String[2];

    final int n = 0;

    final char[] charArray = "\u001c-\u000042".toCharArray();

    int length;

    int n3;

    final int n2 = n3 = (length = charArray.length);

    int n4 = 0;

    while (true) {

        Label_0096: {

            if (n2 > 1) {

                break Label_0096;

            }

            length = (n3 = n4);

            do {

                final char c = charArray[n3];

                char c2 = '\0';

                switch (n4 % 5) {

                    case 0: {

                        c2 = '-';

                        break;

                    }

                    case 1: {

                        c2 = '\u001d';

                        break;

                    }

                    case 2: {

                        c2 = '0';

                        break;

                    }

                    case 3: {

                        c2 = '\u0004';

                        break;

                    }

                    default: {

                        c2 = '\u0003';

                        break;

                    }

                }

                charArray[length] = (char)(c ^ c2);

                ++n4;

            } while (n2 == 0);

        }

        if (n2 > n4) {

            continue;

        }

        break;

    }

    z[n] = new String(charArray).intern();

    final int n5 = 1;

    final char[] charArray2 = "I+\u0003a0N+\u0007a5O|Tfg\u001e%Q7;Lx\u000401\u0014$\b3aH.".toCharArray();

    int length2;

    int n7;

    final int n6 = n7 = (length2 = charArray2.length);

    int n8 = 0;

    while (true) {

        Label_0212: {

            if (n6 > 1) {

                break Label_0212;

            }

            length2 = (n7 = n8);

            do {

                final char c3 = charArray2[n7];

                char c4 = '\0';

                switch (n8 % 5) {

                    case 0: {

                        c4 = '-';

                        break;

                    }

                    case 1: {

                        c4 = '\u001d';

                        break;

                    }

                    case 2: {

                        c4 = '0';

                        break;

                    }

                    case 3: {

                        c4 = '\u0004';

                        break;

                    }

                    default: {

                        c4 = '\u0003';

                        break;

                    }

                }

                charArray2[length2] = (char)(c3 ^ c4);

                ++n8;

            } while (n6 == 0);

        }

        if (n6 <= n8) {

            z[n5] = new String(charArray2).intern();

            c.z = z;

            a = new BigInteger(c.z[1], 16);

            b = new BigInteger(c.z[0], 16);

            return;

        }

        continue;

    }

}`

Here's the static initializer block for example. I think the decompiler should at least give me the code.