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  2. Heap pollution - Wikipedia

    en.wikipedia.org/wiki/Heap_pollution

    Heap pollution in Java can occur when type arguments and variables are not reified at run-time. As a result, different parameterized types are implemented by the same class or interface at run time. All invocations of a given generic type declaration share a single run-time implementation. This results in the possibility of heap pollution. [2]

  3. Java performance - Wikipedia

    en.wikipedia.org/wiki/Java_performance

    Java does not support access to individual bytes, only objects which are 8-byte aligned by default. Because of this, the lowest 3 bits of a heap reference will always be 0. By lowering the resolution of 32-bit references to 8 byte blocks, the addressable space can be increased to 32 GB.

  4. List of Eclipse projects - Wikipedia

    en.wikipedia.org/wiki/List_of_Eclipse_projects

    Acceleo, an Open Source code generator that uses EMF based models to generate any textual language (Java, PHP, Python, etc.). Sirius, an Open Source project to create custom graphical modeling workbenches by leveraging the Eclipse Modeling technologies, including EMF and GMF.

  5. Java virtual machine - Wikipedia

    en.wikipedia.org/wiki/Java_virtual_machine

    The primary advantage of running Java in a 64-bit environment is the larger address space. This allows for a much larger Java heap size and an increased maximum number of Java Threads, which is needed for certain kinds of large applications; however there is a performance hit in using 64-bit JVM compared to 32-bit JVM.

  6. Stack buffer overflow - Wikipedia

    en.wikipedia.org/wiki/Stack_buffer_overflow

    While this method prevents the canonical stack smashing exploit, stack overflows can be exploited in other ways. First, it is common to find ways to store shellcode in unprotected memory regions like the heap, and so very little need change in the way of exploitation. [12] Another attack is the so-called return to libc method for shellcode ...

  7. Memory corruption - Wikipedia

    en.wikipedia.org/wiki/Memory_corruption

    The most likely causes of memory corruption are programming errors (software bugs). When the corrupted memory contents are used later in that program, it leads either to program crash or to strange and bizarre program behavior. Nearly 10% of application crashes on Windows systems are due to heap corruption. [1]

  8. Eclipse (software) - Wikipedia

    en.wikipedia.org/wiki/Eclipse_(software)

    The Eclipse Web Tools Platform (WTP) project is an extension of the Eclipse platform with tools for developing Web and Java EE applications. It includes source and graphical editors for a variety of languages, wizards and built-in applications to simplify development, and tools and APIs to support deploying, running, and testing apps. [90]

  9. Dangling pointer - Wikipedia

    en.wikipedia.org/wiki/Dangling_pointer

    To expose dangling pointer errors, one common programming technique is to set pointers to the null pointer or to an invalid address once the storage they point to has been released. When the null pointer is dereferenced (in most languages) the program will immediately terminate—there is no potential for data corruption or unpredictable behavior.