create a new instance of random concode_field_sep String ANSI_YELLOW concode_elem_sep Unsafe m_unsafe concode_elem_sep ServiceLoader<NonVolatileMemoryAllocatorService> m_nvmasvcloader concode_elem_sep String ANSI_GREEN concode_elem_sep String ANSI_PURPLE concode_elem_sep String ANSI_BLACK concode_elem_sep String ANSI_BLUE concode_elem_sep String ANSI_WHITE concode_elem_sep String ANSI_CYAN concode_elem_sep String ANSI_RESET concode_elem_sep String ANSI_RED concode_elem_sep ServiceLoader<VolatileMemoryAllocatorService> m_vmasvcloader concode_field_sep void collectGarbage concode_elem_sep NonVolatileMemoryAllocatorService getNonVolatileMemoryAllocatorService concode_elem_sep String genUniquePathname concode_elem_sep long[] genNativeStackItem concode_elem_sep long getMemoryUse concode_elem_sep void putOutTheGarbage concode_elem_sep boolean assertComparison concode_elem_sep List<long[]> getNativeParamForm concode_elem_sep ByteBuffer resizeByteBuffer concode_elem_sep String genRandomString concode_elem_sep String genRandomString concode_elem_sep String toInitLiteral concode_elem_sep String toInitLiteral concode_elem_sep VolatileMemoryAllocatorService getVolatileMemoryAllocatorService concode_elem_sep VolatileMemoryAllocatorService getVolatileMemoryAllocatorService concode_elem_sep Unsafe getUnsafe
Random function ( long arg0 ) { Random loc0 = new Random ( ) ; if ( 0L == arg0 ) { arg0 = System . currentTimeMillis ( ) ; System . out . println ( "srini_string" + arg0 ) ; } else { System . out . println ( "srini_string" + arg0 ) ; } loc0 . setSeed ( arg0 ) ; return loc0 ; }