Examples with MemoryMap com.google.security.zynamics.binnavi.debug.models.processmanager.MemoryMap used on opensource projects

Example 16 with MemoryMap

use of com.google.security.zynamics.binnavi.debug.models.processmanager.MemoryMap in project binnavi by google.

the class MemoryRangeCalculator method calculateRequestRange.

/**
   * Calculates the range of memory to request from the debug client. For performance reasons this
   * range is different than the range specified by the user.
   *
   * @param debugger The debugger from which the memory is loaded.
   * @param offset The start offset of the range according to the user.
   * @param size The number of bytes to request according to the user.
   *
   * @return A pair that contains the real start offset and the real size information of the
   *         request.
   */
public static Pair<IAddress, Integer> calculateRequestRange(final IDebugger debugger, final BigInteger offset, final int size) {
    final MemoryMap mmap = debugger.getProcessManager().getMemoryMap();
    final MemorySection section = mmap.findOffset(offset);
    if (section == null) {
        return new Pair<IAddress, Integer>(new CAddress(offset), size);
    } else {
        return calculateRequestRange(offset, size, section.getStart(), section.getEnd());
    }
}

Example 17 with MemoryMap

use of com.google.security.zynamics.binnavi.debug.models.processmanager.MemoryMap in project binnavi by google.

the class DebuggerTest method testlisteners0.

@Test
public void testlisteners0() throws DebugExceptionWrapper, MaybeNullException, ParserConfigurationException, SAXException, IOException {
    mockDebugger.connect();
    mockDebugger.getProcessManager().addThread(new TargetProcessThread(0, ThreadState.RUNNING));
    mockDebugger.getProcessManager().setTargetInformation(new TargetInformation(5, Lists.newArrayList(new RegisterDescription("eax", 4, true), new RegisterDescription("ebx", 4, false)), new DebuggerOptions(false, false, false, false, false, false, false, false, false, false, 12, 0, new ArrayList<DebuggerException>(), false, false, false)));
    mockDebugger.connection.m_synchronizer.receivedEvent(DebuggerMessageBuilder.buildProcessStartReply(CommonTestObjects.MEMORY_MODULE));
    mockDebugger.getProcessManager().getThread(0).setCurrentAddress(new RelocatedAddress(new CAddress(0)));
    mockDebugger.getBreakpointManager().addBreakpoints(BreakpointType.ECHO, CommonTestObjects.BP_ADDRESS_123_SET);
    final ArrayList<Pair<RelocatedAddress, Integer>> list = new ArrayList<Pair<RelocatedAddress, Integer>>();
    mockDebugger.connection.m_synchronizer.receivedEvent(new EchoBreakpointSetReply(0, 0, list));
    mockDebugger.connection.m_synchronizer.receivedEvent(new EchoBreakpointSetReply(0, 0, list));
    mockDebugger.connection.m_synchronizer.receivedEvent(new EchoBreakpointsRemovedReply(0, 0, list));
    mockDebugger.connection.m_synchronizer.receivedEvent(new EchoBreakpointsRemovedReply(0, 0, list));
    mockDebugger.connection.m_synchronizer.receivedEvent(new ExceptionOccurredReply(0, 0, 0, 0, new RelocatedAddress(new CAddress(0)), "Test exception"));
    mockDebugger.connection.m_synchronizer.receivedEvent(new HaltReply(0, 0, 0));
    mockDebugger.connection.m_synchronizer.receivedEvent(new HaltReply(0, 0, 1));
    mockDebugger.connection.m_synchronizer.receivedEvent(new ListFilesReply(0, 0, RemoteFileSystem.parse("<foo></foo>".getBytes())));
    mockDebugger.connection.m_synchronizer.receivedEvent(new ListFilesReply(0, 1, null));
    mockDebugger.connection.m_synchronizer.receivedEvent(new ListProcessesReply(0, 0, ProcessList.parse("<foo></foo>".getBytes())));
    mockDebugger.connection.m_synchronizer.receivedEvent(new ListProcessesReply(0, 1, null));
    mockDebugger.connection.m_synchronizer.receivedEvent(new MemoryMapReply(0, 0, new MemoryMap(new ArrayList<MemorySection>())));
    mockDebugger.connection.m_synchronizer.receivedEvent(new MemoryMapReply(0, 1, null));
    mockDebugger.connection.m_synchronizer.receivedEvent(new ModuleLoadedReply(0, 0, new MemoryModule("XXX", "YYYXXX", new RelocatedAddress(new CAddress(0)), 0), new TargetProcessThread(123, ThreadState.SUSPENDED)));
    mockDebugger.connection.m_synchronizer.receivedEvent(new ModuleUnloadedReply(0, 0, new MemoryModule("XXX", "YYYXXX", new RelocatedAddress(new CAddress(0)), 0)));
    mockDebugger.connection.m_synchronizer.receivedEvent(new ProcessClosedReply(0, 0));
    mockDebugger.connection.m_synchronizer.receivedEvent(new ReadMemoryReply(0, 0, new CAddress(0), new byte[8]));
    mockDebugger.connection.m_synchronizer.receivedEvent(new ReadMemoryReply(0, 1, null, null));
    mockDebugger.connection.m_synchronizer.receivedEvent(new RegistersReply(0, 0, new RegisterValues(new FilledList<ThreadRegisters>())));
    mockDebugger.connection.m_synchronizer.receivedEvent(new RegistersReply(0, 1, null));
    mockDebugger.connection.m_synchronizer.receivedEvent(new RequestTargetReply(0, 0));
    mockDebugger.connection.m_synchronizer.receivedEvent(new RequestTargetReply(0, 1));
    mockDebugger.connection.m_synchronizer.receivedEvent(new ResumeReply(0, 0));
    mockDebugger.connection.m_synchronizer.receivedEvent(new ResumeReply(0, 1));
}

Example 18 with MemoryMap

use of com.google.security.zynamics.binnavi.debug.models.processmanager.MemoryMap in project binnavi by google.

the class CHistoryStringBuilderTest method testComplete3.

@SuppressWarnings("unchecked")
@Test
public void testComplete3() throws DebugExceptionWrapper, ParserConfigurationException, SAXException, IOException, MessageParserException, MaybeNullException {
    final CHistoryStringBuilder builder = new CHistoryStringBuilder();
    builder.setDebugger(m_debugger);
    m_debugger.connect();
    m_synchronizer.receivedEvent(DebuggerMessageBuilder.buildProcessStartReply(mockMemoryModule));
    m_debugger.getProcessManager().setTargetInformation(new TargetInformation(5, Lists.newArrayList(new RegisterDescription("eax", 4, true), new RegisterDescription("ebx", 4, false)), new DebuggerOptions(false, false, false, false, false, false, false, false, false, false, 12, 0, new ArrayList<DebuggerException>(), false, false, false)));
    m_debugger.getProcessManager().addThread(new TargetProcessThread(1, ThreadState.RUNNING));
    m_synchronizer.receivedEvent(new BreakpointConditionSetReply(0, 0));
    m_synchronizer.receivedEvent(new BreakpointConditionSetReply(0, 1));
    m_synchronizer.receivedEvent(new EchoBreakpointHitReply(0, 0, 1, new RegisterValues(Lists.<ThreadRegisters>newArrayList(new ThreadRegisters(1, Lists.newArrayList(new RegisterValue("eip", BigInteger.ONE, new byte[0], false, false)))))));
    m_synchronizer.receivedEvent(new EchoBreakpointHitReply(0, 0, 1, new RegisterValues(Lists.<ThreadRegisters>newArrayList(new ThreadRegisters(1, Lists.newArrayList(new RegisterValue("eip", BigInteger.ONE, new byte[0], true, false)))))));
    m_debugger.getProcessManager().addThread(new TargetProcessThread(0, ThreadState.RUNNING));
    m_debugger.getProcessManager().getThread(0).setCurrentAddress(new RelocatedAddress(new CAddress(0)));
    m_debugger.getBreakpointManager().addBreakpoints(BreakpointType.ECHO, BREAKPOINT_ADDRESS);
    m_synchronizer.receivedEvent(new EchoBreakpointSetReply(0, 0, Lists.newArrayList(new Pair<RelocatedAddress, Integer>(BREAKPOINT_ADDRESS_RELOC, 0))));
    m_synchronizer.receivedEvent(new EchoBreakpointSetReply(0, 0, Lists.newArrayList(new Pair<RelocatedAddress, Integer>(BREAKPOINT_ADDRESS_RELOC, 1))));
    m_synchronizer.receivedEvent(new EchoBreakpointsRemovedReply(0, 0, Lists.newArrayList(new Pair<RelocatedAddress, Integer>(BREAKPOINT_ADDRESS_RELOC, 0))));
    m_synchronizer.receivedEvent(new EchoBreakpointsRemovedReply(0, 0, Lists.newArrayList(new Pair<RelocatedAddress, Integer>(BREAKPOINT_ADDRESS_RELOC, 1))));
    m_synchronizer.receivedEvent(new ExceptionOccurredReply(0, 0, 0, 0, new RelocatedAddress(new CAddress(0)), "Test exception"));
    m_synchronizer.receivedEvent(new HaltReply(0, 0, 0));
    m_synchronizer.receivedEvent(new HaltReply(0, 0, 1));
    m_synchronizer.receivedEvent(new ListFilesReply(0, 0, RemoteFileSystem.parse("<foo></foo>".getBytes())));
    m_synchronizer.receivedEvent(new ListFilesReply(0, 1, null));
    m_synchronizer.receivedEvent(new ListProcessesReply(0, 0, ProcessList.parse("<foo></foo>".getBytes())));
    m_synchronizer.receivedEvent(new ListProcessesReply(0, 1, null));
    m_synchronizer.receivedEvent(new MemoryMapReply(0, 0, new MemoryMap(new ArrayList<MemorySection>())));
    m_synchronizer.receivedEvent(new MemoryMapReply(0, 1, null));
    m_synchronizer.receivedEvent(new ModuleLoadedReply(0, 0, new MemoryModule("XXX", "YYYXXX", new RelocatedAddress(new CAddress(0)), 0), new TargetProcessThread(123, ThreadState.SUSPENDED)));
    m_synchronizer.receivedEvent(new ModuleUnloadedReply(0, 0, new MemoryModule("XXX", "YYYXXX", new RelocatedAddress(new CAddress(0)), 0)));
    m_synchronizer.receivedEvent(new ProcessClosedReply(0, 0));
    m_synchronizer.receivedEvent(new ReadMemoryReply(0, 0, new CAddress(0), new byte[8]));
    m_synchronizer.receivedEvent(new ReadMemoryReply(0, 1, null, null));
    m_synchronizer.receivedEvent(new RegistersReply(0, 0, new RegisterValues(new FilledList<ThreadRegisters>())));
    m_synchronizer.receivedEvent(new RegistersReply(0, 1, null));
    m_synchronizer.receivedEvent(new RequestTargetReply(0, 0));
    m_synchronizer.receivedEvent(new RequestTargetReply(0, 1));
    m_synchronizer.receivedEvent(new ResumeReply(0, 0));
    m_synchronizer.receivedEvent(new ResumeReply(0, 1));
    m_debugger.connect();
    m_debugger.getProcessManager().addThread(new TargetProcessThread(0, ThreadState.RUNNING));
    m_debugger.getProcessManager().getThread(0).setCurrentAddress(new RelocatedAddress(new CAddress(0)));
    m_synchronizer.receivedEvent(new ResumeThreadReply(0, 0, 0));
    m_synchronizer.receivedEvent(new ResumeThreadReply(0, 1, 0));
    m_synchronizer.receivedEvent(new SearchReply(0, 0, new CAddress(0)));
    m_synchronizer.receivedEvent(new SearchReply(0, 1, null));
    m_synchronizer.receivedEvent(new SelectFileReply(0, 0));
    m_synchronizer.receivedEvent(new SelectFileReply(0, 1));
    m_debugger.getProcessManager().addThread(new TargetProcessThread(0, ThreadState.RUNNING));
    m_debugger.getProcessManager().getThread(0).setCurrentAddress(new RelocatedAddress(new CAddress(0)));
    m_synchronizer.receivedEvent(new SetRegisterReply(0, 0, 0, 0));
    m_synchronizer.receivedEvent(new SetRegisterReply(0, 1, 0, 0));
    m_synchronizer.receivedEvent(new SingleStepReply(0, 0, 0, new RelocatedAddress(new CAddress(0)), new RegisterValues(new FilledList<ThreadRegisters>())));
    m_synchronizer.receivedEvent(new SingleStepReply(0, 1, 0, new RelocatedAddress(new CAddress(0)), new RegisterValues(new FilledList<ThreadRegisters>())));
    m_synchronizer.receivedEvent(new StepBreakpointHitReply(0, 0, 1, new RegisterValues(Lists.<ThreadRegisters>newArrayList(new ThreadRegisters(1, Lists.newArrayList(new RegisterValue("eip", BigInteger.ONE, new byte[0], false, false)))))));
    m_synchronizer.receivedEvent(new StepBreakpointHitReply(0, 0, 1, new RegisterValues(Lists.<ThreadRegisters>newArrayList(new ThreadRegisters(1, Lists.newArrayList(new RegisterValue("eip", BigInteger.ONE, new byte[0], true, false)))))));
    m_debugger.getBreakpointManager().addBreakpoints(BreakpointType.STEP, BREAKPOINT_ADDRESS);
    m_synchronizer.receivedEvent(new StepBreakpointSetReply(0, 0, Lists.newArrayList(new Pair<RelocatedAddress, Integer>(BREAKPOINT_ADDRESS_RELOC, 0))));
    m_synchronizer.receivedEvent(new StepBreakpointSetReply(0, 1, Lists.newArrayList(new Pair<RelocatedAddress, Integer>(BREAKPOINT_ADDRESS_RELOC, 1))));
    m_synchronizer.receivedEvent(new StepBreakpointsRemovedReply(0, 0, Lists.newArrayList(new Pair<RelocatedAddress, Integer>(BREAKPOINT_ADDRESS_RELOC, 0))));
    m_synchronizer.receivedEvent(new StepBreakpointsRemovedReply(0, 1, Lists.newArrayList(new Pair<RelocatedAddress, Integer>(BREAKPOINT_ADDRESS_RELOC, 1))));
    m_synchronizer.receivedEvent(new SuspendThreadReply(0, 0, 0));
    m_synchronizer.receivedEvent(new SuspendThreadReply(0, 1, 0));
    m_synchronizer.receivedEvent(new TargetInformationReply(0, 0, TargetInformationParser.parse("<foo><size>32</size><registers></registers><options></options></foo>".getBytes())));
    m_synchronizer.receivedEvent(new TargetInformationReply(0, 1, null));
    m_debugger.getProcessManager().addThread(new TargetProcessThread(0, ThreadState.RUNNING));
    m_synchronizer.receivedEvent(new ThreadClosedReply(0, 0, 0));
    m_synchronizer.receivedEvent(new ThreadClosedReply(0, 1, 0));
    m_synchronizer.receivedEvent(new ThreadCreatedReply(0, 0, 0, ThreadState.RUNNING));
    m_synchronizer.receivedEvent(new ThreadCreatedReply(0, 1, 0, null));
    m_synchronizer.receivedEvent(new ValidateMemoryReply(0, 0, new CAddress(0), new CAddress(0)));
    m_synchronizer.receivedEvent(new ValidateMemoryReply(0, 1, null, null));
    m_synchronizer.receivedEvent(new WriteMemoryReply(0, 0));
    m_synchronizer.receivedEvent(new WriteMemoryReply(0, 1));
    m_synchronizer.receivedEvent(new TerminateReply(0, 0));
    m_synchronizer.receivedEvent(new TerminateReply(0, 1));
}

Example 19 with MemoryMap

use of com.google.security.zynamics.binnavi.debug.models.processmanager.MemoryMap in project binnavi by google.

the class CMemoryViewerSynchronizerTest method testLifeCycle.

@Test
public void testLifeCycle() throws DebugExceptionWrapper {
    m_debugger.connect();
    m_debugger.getProcessManager().setAttached(true);
    m_debugger.getProcessManager().setAttached(true);
    final MockMemoryViewerSynchronizerListener listener = new MockMemoryViewerSynchronizerListener();
    m_synchronizer.addListener(listener);
    m_model.setActiveMemoryAddress(new CAddress(0x100), false);
    assertEquals("requestedUnsectionedAddress;", listener.events);
    m_debugger.getProcessManager().setMemoryMap(new MemoryMap(Lists.newArrayList(new MemorySection(new CAddress(0x100), new CAddress(0x1FF)))));
    assertEquals("requestedUnsectionedAddress;", listener.events);
    m_model.setActiveMemoryAddress(new CAddress(0x100), false);
    assertEquals(0x100, m_hexView.getCurrentOffset());
    assertEquals("requestedUnsectionedAddress;", listener.events);
    m_synchronizer.removeListener(listener);
    m_debugger.getProcessManager().setAttached(false);
    m_synchronizer.dispose();
}

Example 20 with MemoryMap

use of com.google.security.zynamics.binnavi.debug.models.processmanager.MemoryMap in project binnavi by google.

the class CMemoryViewerSynchronizerTest method testSwitchDebuggers.

@Test
public void testSwitchDebuggers() throws DebugExceptionWrapper {
    m_debugger.connect();
    m_debugger.getProcessManager().setAttached(true);
    m_debugger.getProcessManager().setMemoryMap(new MemoryMap(Lists.newArrayList(new MemorySection(new CAddress(0x100), new CAddress(0x1FF)))));
    m_model.setActiveMemoryAddress(new CAddress(0x100), false);
    assertEquals(0x100, m_hexView.getCurrentOffset());
    assertEquals(0x100, m_hexView.getData().getDataLength());
    final IDebugger debugger2 = new MockDebugger(new ModuleTargetSettings(CommonTestObjects.MODULE));
    debugger2.connect();
    debugger2.getProcessManager().setMemoryMap(new MemoryMap(Lists.newArrayList(new MemorySection(new CAddress(0x10), new CAddress(0x50)))));
    m_model.setActiveDebugger(debugger2);
    assertEquals(0x10, m_hexView.getCurrentOffset());
    assertEquals(0x41, m_hexView.getData().getDataLength());
    m_debugger.getProcessManager().setAttached(false);
    m_synchronizer.dispose();
    debugger2.close();
}