A DESCRIPTION OF THE REQUEST :
I found that the aot compiler runs clinit during the compilation. In case that the clinit contains some dangerous code, it may cause troubles. The following class successfully writes a file when it is compiled using jaotc.

public class Vector1 extends java.util.AbstractList
  minor version: 0
  major version: 52
  flags: ACC_PUBLIC, ACC_SUPER
Constant pool:
   #1 = Utf8 Vector1
   #2 = Class #1 // Vector1
   #3 = Utf8 java/util/AbstractList
   #4 = Class #3 // java/util/AbstractList
   #5 = Utf8 elementData
   #6 = Utf8 [Ljava/lang/Object;
   #7 = Utf8 elementCount
   #8 = Utf8 I
   #9 = Utf8 capacityIncrement
  #10 = Utf8 serialVersionUID
  #11 = Utf8 J
  #12 = Long -2767605614048989439l
  #14 = Utf8 MAX_ARRAY_SIZE
  #15 = Integer 2147483639
  #16 = Utf8 <clinit>
  #17 = Utf8 ()V
  #18 = Utf8 @68--public static void <clinit>()
  #19 = String #18 // @68--public static void <clinit>()
  #20 = Utf8 _DTJVM_Print
  #21 = Class #20 // _DTJVM_Print
  #22 = Utf8 print
  #23 = Utf8 (Ljava/lang/String;)V
  #24 = NameAndType #22:#23 // print:(Ljava/lang/String;)V
  #25 = Methodref #21.#24 // _DTJVM_Print.print:(Ljava/lang/String;)V
  #26 = Utf8 @68$0
  #27 = String #26 // @68$0
  #28 = NameAndType #14:#8 // MAX_ARRAY_SIZE:I
  #29 = Fieldref #2.#28 // Vector1.MAX_ARRAY_SIZE:I
  #30 = Utf8 @68$9897683
  #31 = String #30 // @68$9897683
  #32 = Utf8 @68$1
  #33 = String #32 // @68$1
  #34 = NameAndType #10:#11 // serialVersionUID:J
  #35 = Fieldref #2.#34 // Vector1.serialVersionUID:J
  #36 = Utf8 @68$2
  #37 = String #36 // @68$2
  #38 = Utf8 ConstantValue
  #39 = Utf8 Code
  #40 = Utf8 StackMapTable
{
  protected java.lang.Object[] elementData;
    descriptor: [Ljava/lang/Object;
    flags: ACC_PROTECTED

  protected int elementCount;
    descriptor: I
    flags: ACC_PROTECTED

  protected int capacityIncrement;
    descriptor: I
    flags: ACC_PROTECTED

  public static {};
    descriptor: ()V
    flags: ACC_PUBLIC, ACC_STATIC
    Code:
      stack=2, locals=1, args_size=0
         0: ldc #19 // String @68--public static void <clinit>()
         2: invokestatic #25 // Method _DTJVM_Print.print:(Ljava/lang/String;)V
         5: bipush 35
         7: istore_0
         8: ldc #27 // String @68$0
        10: invokestatic #25 // Method _DTJVM_Print.print:(Ljava/lang/String;)V
        13: ldc #15 // int 2147483639
        15: putstatic #29 // Field MAX_ARRAY_SIZE:I
        18: ldc #31 // String @68$9897683
        20: invokestatic #25 // Method _DTJVM_Print.print:(Ljava/lang/String;)V
        23: iinc 0, -1
        26: iload_0
        27: ifge 8
        30: ldc #33 // String @68$1
        32: invokestatic #25 // Method _DTJVM_Print.print:(Ljava/lang/String;)V
        35: ldc2_w #12 // long -2767605614048989439l
        38: putstatic #35 // Field serialVersionUID:J
        41: ldc #37 // String @68$2
        43: invokestatic #25 // Method _DTJVM_Print.print:(Ljava/lang/String;)V
        46: return
      StackMapTable: number_of_entries = 1
        frame_type = 252 /* append */
          offset_delta = 8
          locals = [ int ]
}




JUSTIFICATION :
We should not use jaotc to compile bytecode if we do not fully understand/trust the code.

EXPECTED VERSUS ACTUAL BEHAVIOR :
EXPECTED -
Do not have any external behaviors during compilation.
ACTUAL -
Writes an external file.