QNX Momentics IDE 7.0 Users Guide Working with QNX Momentics IDE Get to know Eclipse Whats new in the IDE Starting the IDE Preparing your target Creating a target connection Developing Projects with the IDE Creating a QNX project Writing code Adding libraries Building a QNX project Running an application Debugging Applications Selecting a tool for debugging Launching an application with the debugger attached Debug perspective controls Attaching the debugger to a running process Debugging a core file Debugging a child process Debugging libraries Debugging over a serial connection Debugging non-IDE code Unit Testing Writing and building test programs Running test programs Measuring code coverage Combining results from multiple sessions Importing Code Coverage results Exporting Code Coverage results Analyzing Memory Usage and Finding Memory Problems Monitoring memory and resource consumption Monitoring memory consumption at the system level Monitoring memory consumption at the process level Monitoring resource usage for a process Analyzing heap memory usage Analyzing heap memory usage with System Information and the debugger Analyzing heap memory usage with Memory Analysis Analyzing heap memory usage with Valgrind Massif Analyzing heap memory usage with Application Profiler Analyzing heap memory usage with libc allocator API Finding improper memory usage Finding memory corruption with Valgrind Memcheck Finding memory corruption with Memory Analysis Finding thread synchronization problems with Valgrind Helgrind Finding memory leaks Finding memory leaks with Memory Analysis Finding memory leaks with Valgrind Memcheck Finding unused memory with Valgrind Massif Optimizing an application after analysis Configuring shared library support Running memory-analyzing tools from the command line Attaching Memory Analysis to a running process Controlling librcheck Controlling librcheck through signals Controlling librcheck through API calls Importing results from memory-analyzing sessions Importing Memory Analysis data Importing Valgrind logs Exporting results from memory-analyzing sessions Exporting Memory Analysis data Exporting Valgrind logs Analyzing Performance Monitoring performance Monitoring performance of processes Monitoring performance of threads Profiling applications Sampling execution position and counting function calls Measuring function runtimes Profiling system activity with function instrumentation enabled Attaching Application Profiler to a running process Comparing profiling session results Investigating performance bottlenecks Analyzing cache usage with Valgrind Cachegrind Configuring shared library support Measuring application performance from the command line Controlling profiling at runtime Controlling profiling through signals Controlling profiling through API calls Importing performance analysis results Importing Application Profiler data Exporting performance analysis results Exporting Application Profiler data Analyzing System Behavior Analyzing kernel activity with the System Profiler Running a kernel event trace Interpreting trace data in the System Profiler Locating sources of high CPU usage Isolating client and server CPU loads Examining interrupt handling times Detecting priority inversion Interpreting trace data outside of the IDE Controlling kernel event tracing Controlling kernel event tracing through API calls Importing and exporting kernel event trace results Building QNX OS Images Overview of OS images Types of images you can create Project layout BSP filename conventions Creating a QNX System Builder project Modifying an OS image Building an OS image Downloading an image to your target Reference Switching between SDKs Host-target communications IP communications Securing qconn Configuring target connections Serial communications QNX CC Project properties QNX perspectives Editors Build configurations Adding debug symbols and instrumentation code to binaries Managing launch configurations Creating a launch configuration Launch modes QNX launch configuration types QNX launch configuration properties Editing a launch configuration Importing launch configurations Integrated tools Application Profiler Code Coverage Memory Analysis System Information APS View Connection Information Malloc Information Memory Information Process Information Signal Information System Resources System Summary Target File System Navigator Target Navigator System Profiler How kernel event tracing works Kernel event trace log configuration System Profiler editor ClientServer CPU Statistics Condition Statistics Event Data Event Owner Statistics Filters General Statistics Thread Call Stack Thread State Snapshot Timeline State Colors Trace Event Log Why Running JTAG: Debugging with Lauterbach TRACE32 Prerequisites Installing the Lauterbach TRACE32 In-Circuit Debugger software Installing the Target Communication Framework (TCF) in the IDE Installing the TRACE32 TCF Eclipse plugin Building applications and an OS image for TRACE32-ICD debugging Creating a TRACE32 startup script Creating a launch configuration for debugging an OS image Starting a TRACE32-ICD debugging session QNX Software Development Platform 7.0 Quickstart Guide Requirements 1.Designing with multiprocessing in mind Working with Access Control Lists (ACLs) ACL formats ACL storage management Manipulating ACL entries in working storage Manipulating permissions in an ACL entry Manipulating the tag type and qualifier in an ACL entry Manipulating ACLs on a file or directory Example Understanding the Microkernels Concept of Time Short delays Oversleeping: errors in delays Another hiccup with hardware timers What time is it Clocks, timers, and power management Tolerant and high-resolution timers Monitoring execution times Transparent Distributed Processing Using Qnet Benefits of Qnet How does it work Locating services using GNS Quality of Service (QoS) and multiple paths Designing a system using Qnet Autodiscovery vs static When should you use Qnet, TCPIP, or NFS Drivers for Qnet Low-level discussion of Qnet principles Details of Qnet data communication Node descriptors Forcing retransmission Writing an Interrupt Handler Interrupts on multicore systems Attaching and detaching interrupts Interrupt Service Routine (ISR) Determining the source of the interrupt Servicing the hardware Safe functions Updating common data structures Notifying the application code Using InterruptAttach().The main() function Command-line processing optproc() Common globals Usage messages Threaded resource managers High Availability Terminology Lies, damn lies, and statistics Increasing availability Increasing the MTBF Decreasing the MTTR Parallel versus serial Series calculations Parallel calculations Aggregate calculations Failure modes and recovery models Cascade failures System startup and HA Overlords, or Big Brother is watching you Cold, warm, and hot standby Achieving cold standby Achieving warm standby Achieving hot standby Problems Detecting failure Obituaries Graceful fail-over Using shadows In-service upgrades Policies Implementing HA RK drones on about his home systems again Other HA systems Design Philosophy Decoupling design in a message-passing environment Door-lock actuators At this point.
Exploit Sent! Preparing To Load The Ramdisk Drivers Sensor LibrarySensor Developers Guide Sensor Library Overview Opening and closing a connection to a sensor unit Starting and stopping a sensor unit Opening and closing a connection to an interim data unit Starting an interim data unit Accessing sensor data and status Using callback mode Using event mode Publishing interim data Subscribing to interim data Recording data from a sensor Querying sensor information Using external clocks Using external sensor drivers Sensor Library Reference sensorapi.h Definitions in sensorapi.h sensoraccessmodet sensorbuffert sensorclose() sensorcoordsystemt sensordatacallbackt sensordevstatust sensordisabledatacallback() sensordisableevent() sensordisablestatuscallback() sensorenableevent() sensorerrort sensoreventt sensoreventkeyt sensoreventmodet sensorfeedinputmetadata() sensorflagradartracksphericalt sensorflagradartrackpolart sensorflaglidarsphericalt sensorflaglidarpolart sensorflaglidarpointcloudt sensorflagimuformatt sensorflaggpsformatt sensorformatdatat sensorformatinfot sensorformatt sensorformatunspecifiedt sensorformatuserdatat sensorformatvideocbycryt sensorformatvideocompressedt sensorformatvideopackedt sensorformatvideoplanart sensorformatvideoroit sensorformatvideosemiplanart sensorgetbuffer() sensorgetlocationproperty() sensorgetlocationpropertyinternal() sensorgetmetadatalimits() sensorgetphysicalproperty() sensorgetphysicalpropertyinternal() sensorgetscreenbuffer() sensorgetstatusdetails() sensorgetstreamingproperty() sensorgetstreamingpropertyinternal() sensorgetsupportedsensors() sensorgetunit() sensorgpsfixt sensorgpsformatt sensorhandlet sensorimuformatt sensorinputmetadatat sensorlidarflagt sensorlidarpointcloudt sensorlidarpolart sensorlidarsphericalt sensorlocationpropt sensormetadatatypet sensormetadatalimitst sensoropen() sensorphyspropt sensorplaybackgroupt sensorradartrackflagst sensorradartrackpolart sensorradartracksphericalt sensorregisterdatacallback() sensorregisterstatuscallback() sensorreturnbuffer() sensorrollclosefile() sensorrollformatt sensorrollgetpath() sensorrollopenfile() sensorrollsetfilenamesuffix() sensorrollsetpath() sensorspeedmetadatat sensorspeedmetadatalimitst sensorspeedyawmetadatat sensorspeedyawmetadatalimitst sensorstart() sensorstartrecording() sensorstatuscallbackt sensorstop() sensorstoprecording() sensorstreampropt sensortypet sensorunitt sensorutcstatust sensorutctimet sensorvehicledirectiont sensorvideocodect supportedsensorinfot sensorinterimdata.h sensorinterimdataalloc() sensorinterimdataclose() sensorgetsupportedinterimdata() sensorinterimdataopen() sensorinterimdatapublish() sensorinterimdatastart() sensorinterimdataunitt sensorinterimdatainfot externalsensorapi.h closeexternalsensorfunct deinitsensorfunct fillformatinfofunct getbufferrequirementsfunct getmetadatalimitsfunct getpacketfunct gettimefunct initsensorfunct parseconfigfunct openexternalsensorfunct sensorextreferenceclockt sensorexternalsensort sensorflagst sensorstreamingparamst setsensormetadatafunct startstreamingfunct stopstreamingfunct Glossary System Services Publishing Sensor Data Robot Operating System (ROS) Installing ROS Using ROS Building and using the ROS sensor publisher node Platform-independent Publish Subscribe (PiPS) pipspubsub Using Mathworks MATLAB Processing Sensor Data Using ROS with MATLAB Synchronizing Sensor Timestamps Sensor ( sensor ) Sensor configuration file Example: Sensor configuration file for USB camera Example: Sensor configuration file for two USB cameras Example: Sensor configuration file for GigE network camera Example: Sensor configuration for file camera Example: Sensor configuration file for file data Example: Sensor configuration file for radar Example: Sensor configuration file for lidar Example: Sensor configuration file for lidar (Leddartech) Example: Sensor configuration file for GPS (XSens) Example: Sensor configuration file for ONVIF cameras Interim Data configuration file Example: Interim data configuration file for an interim data sensor unit Debugging Security considerations System Launch and Monitor ( slm ) Working with Target Images Generating a Target Image Prepare the work environment Generate the image Image Generation and Assembly The mksysimage.py process Artifacts Modifying Content Workspace directories Configuration files Content files, directories, and symbolic links Users and groups Filesets Profiles Search paths Configuring Partitions and Images Partition and image sizes Build files Utility Scripts mksysimage.py mkworkspace.py qnx-env Troubleshooting QNX Multimedia Suite Adding Multimedia to Target Images Modifying Buildfiles to Generate Multimedia Images Script for launching multimedia services OS image contents Location of Multimedia Support Files on Target Playback Management Encoding and casting MTP support Architecture Guide Multimedia Architecture Device detection and information retrieval Metadata synchronization and retrieval Media playback Dictionary Object API strmdictt strmdictclone() strmdictcompare() strmdictdestroy() strmdictfindindex() strmdictfindrstr() strmdictfindvalue() strmdictindexdelete() strmdictkeydelete() strmdictkeyget() strmdictkeyrstr() strmdictnew() strmdictset() strmdictsetindex() strmdictsetindexrstr() strmdictsetrstr() strmdictsize() strmdictsubtract() strmdictvalueget() strmdictvaluerstr() strmstringt strmstringalloc() strmstringclone() strmstringdestroy() strmstringget() strmstringmake() strmstringmodify() io-fs-media Reference iofs-pfs.so Reference Metadata Provider Library Metadata Provider Overview Architecture of libmd Metadata providers MDP ratings Metadata extraction Included MDPs Metadata-extraction sessions Extracting artwork Configuring Metadata Providers Configuration file Metadata Provider API Metadata provider constants mmmderrcodet mmmderrorinfo() mmmderrorinfot mmmderrorstr() mmmdflagsset() mmmdflagst mmmdget() mmmdhdlt mmmdinit() mmmdmdpslist() mmmdsessionclose() mmmdsessionopen() mmmdsessionparamsset() mmmdterminate() Multimedia Playlist Library Multimedia Playlist Library Overview Architecture of Playlist Library Plugins Plugin ratings Included plugins Playlist sessions Configuration File Multimedia Playlist API Multimedia Playlist API constants mmplaylistclose() mmplaylistcurrentposget() mmplaylistcurrentposset() mmplaylistentrynextget() mmplaylistentrynextgetraw() mmplaylistentryrelease() mmplaylistentryt mmplaylistentryvalidatedt mmplaylisterrorinfot mmplaylisterrortypet mmplaylistfmtlistt mmplaylistinit() mmplaylistlasterrorget() mmplaylistnumentriesget() mmplaylistopen() mmplaylistplvalidationfnt mmplaylistplpslist() mmplaylistpropsget() mmplaylistpropst mmplaylistseekoffsett mmplaylistsupportedfmtsget() mmplaylistsupportedfmtsrelease() mmplaylistt mmplaylistterminate() mmplaylistvalidationfnt mmplaylistvalidationmodet Multimedia Renderer Multimedia Renderer: Capabilities and Architecture Playback model Abstraction layers Configuring and Starting mm-renderer Configuration file for mm-renderer Command line for mm-renderer Playing and Recording Media Content Working with contexts Closing context handles Playing audio content Playing video content Managing video windows Playing video with subtitles Playing playlists Playing autolists Switching tracks within an input file Recording audio content Defining parameters Multimedia Renderer API Connection management mmrconnect() mmrconnectiont mmrdisconnect() mmrplugininfo() Context management mmrcommandsend() mmrcontextclose() mmrcontextcreate() mmrcontextdestroy() mmrcontextopen() mmrcontextparameters() mmrcontextt Error information mmerrorcodet mmrerrorinfo() mmrerrorinfot Events mmreventarm() mmreventdataset() mmreventget() mmreventt data details mmreventtypet mmreventwait() mmrmetadatasplit() mmrstatet Input configuration mmrinputattach() mmrinputdetach() mmrinputparameters() mmrtrackparameters() Output configuration mmroutputattach() mmroutputdetach() mmroutputparameters() Playback control mmrlistchange() mmrplay() mmrseek() mmrspeedset() mmrstop() Multimedia Streaming Server Multimedia Streaming Server: Overview Integration with other media services Starting the mm-stream server mm-stream-client utility Configuring the mm-stream server Configuration file examples Configuration syntax Multimedia Streaming Server API mm-stream error codes mmstreamconnect() mmstreamdisable() mmstreamdisconnect() mmstreamenable() mmstreamgetconfiguration() mmstreamgetstatusinformation() mmstreaminstancet mmstreamsetconfiguration() Multimedia Synchronizer Multimedia Synchronization Overview The synchronization process Synchronizer selection Synchronization passes Mediastore filesystem traversal Database cleanup Optimization of synchronization for slow devices Full versus directed synchronizations Setting up the Multimedia Synchronizer Environment mm-sync command line mmsyncclient command utility Working with Synchronizations Synchronizing metadata from mediastores Maintaining database persistence Tracking synchronization progress Setting a priority folder Repairing database inconsistencies Configuring Mediastore Synchronization Configuration file contents The element The element The element The element The element The element The element The element Setting synchronization thread priorities Skipping files based on their names Filtering synchronization by file type Prescanning for nonmedia items Limiting the number of items read Maintaining constant IDs for updated files and playlists Multimedia Synchronizer API Client interface Client interface constants mmsynccancel() mmsyncconnect() mmsynccontrol() mmsyncdebugget() mmsyncdebugset() mmsyncdisconnect() mmsyncresume() mmsyncstart() mmsyncstatusget() mmsyncstatusgetbydbname() mmsyncstatusgetbyid() mmsyncstatusgetdbname() mmsyncsuspend() mmsynchdlt mmsyncstatust Configuration constants Media file categories Event interface mmsynceventsget() mmsynceventsregister() mmsynceventqueuesizet mmsynceventt mmsynceventtypet mmsyncfirstfiddatat mmsyncfoldersyncdatat mmsyncmsupdatedatat mmsyncplentriessyncdatat mmsyncresetsyncdatat mmsyncsyncdatat Error information mmsyncsyncerrort mmsyncsyncerrortypet Multimedia Test Utilities Role of the Multimedia Test Utilities Using the test utilities mmcli Using mmcli instead of other components mmcli command line mmcli language mmcli test scripts mmcli interactive sessions Using mmcli to play media files mmrplay Using mmrplay instead of mm-renderer mmrplay command line Playback examples OpenMAX AL Additions QNX OpenMAX-Compliant Media Engine Decoding audio to a QNX buffer queue QNX OpenMAX AL API Buffer data types Buffer constants XADataLocatorQNXBufferQueue XAQNXBuffer XAQNXBufferInfo XAQNXBufferItem XAQNXBufferQueueSourceItf XAQNXBufferQueueSourceItf constants XAQNXBufferQueueSourceItf Clear() Enqueue() GetCallbackEventsMask() RegisterCallback() SetBufferInfo() SetCallbackEventsMask() xaQNXBufferQueueSourceCallback XAQNXVideoBufferQueueSourceItf XAQNXVideoBufferQueueSourceItf constants XAQNXVideoBufferQueueSourceItf Clear() Enqueue() GetCallbackEventsMask() RegisterCallback() SetBufferInfo() SetCallbackEventsMask() xaQNXVideoBufferQueueSourceCallback XAQNXBufferQueueSinkItf XAQNXBufferQueueSinkItf constants XADataFormatQNXEncoded XAAudioStreamInformationQNX XAVideoStreamInformationQNX XADataLocatorQNXScreenBufferQueue XAQNXBufferQueueSinkItf Done() Get() GetAndWait() GetFormat() Logging function controls openmaxalloggercb openmaxalsetlogger() QNX configuration extensions Audio decoding parameters Audio encoding parameters Network parameters Screen-writer parameters Subtitle parameters Thread priority parameters Video decoding parameters Video encoding parameters XAQVideoEncoderCropping QNX Web Browser Developers Guide Browser Architecture Browser engine at a glance Process models Application process models Renderer process models Getting Started Install the browser onto your development host Prepare your target Using the Browser Command Line Setting Environment Variables Using Gestures Viewing User Settings and About Pages Using Web Inspector Managing the Browser Lifecycle Launching and Controlling Applications JavaScript PPS API API at a glance ppsService.clearWatch() ppsService.close() ppsService.open() ppsService.read() ppsService.removeWatch() ppsService.watch() ppsService.write() ppsService.writeNativeData() User callbacks for the JavaScript PPS API dataListener() errorListener() Troubleshooting Typographical Conventions, Support, and Licensing Typographical conventions Technical support Licensing information Your browser does not support iframes.
Exploit Sent! Preparing To Load The Ramdisk Serial Connection DebuggingExploit Sent! Preparing To Load The Ramdisk Code Adding LibrariesThese check functions connect to a host and check if the exploit applies. October 2015, Cobalt Strike does not share code with Armitage or depend on the Metasploit Framework. You can. The second half of this video shows Armitage and Cobalt Strike working. This section describes these features at a high-level, the rest of this. Armitage also launches scans and imports data from many security. If these options fail, use the Hail Mary attack to unleash Armitages smart automatic exploitation against. Armitage uses Metasploits SOCKS proxy module to let you use external tools. You can bypass Armitage and type commands yourself (covered later). If. To launch a module, you must set one or more options to configure the module. This process is uniform for all modules and Armitage makes this process easier for you. Armitage does NOT require a local copy of the Metasploit Framework to. BackTrack Linux environment will not work if you update Metasploit. Sometimes the framework changes in a way thats not compatible until. Take a look at the change log file for the latest development release tested against Armitage. This button will take you to the Armitage Startup Troubleshooting Guide. Metasploit console, you must configure and launch an exploit and post modules for each host youre working. Click in the search box below the tree, type a wildcard expression (e.g., ssh), and. A bright green line indicates the pivot communication path is in use. You may select multiple hosts by clicking and dragging a box over the desired. Highlight a row and right-click it to bring up a menu with options for that host. To disable the colors, set the console.showcolors.boolean preference. Separate multiple operating systems with a comma and a space. These scans do not attempt to discover if a host is alive before. You will need to set the DOMAIN option to the domain you want to.
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