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Configuring UNIX-Specific Settings: Creating Symbolic Links : Snap
Configuring UNIX-specific settings: Creating symbolic links Snap Creator Framework NetApp September 23, 2021 This PDF was generated from https://docs.netapp.com/us-en/snap-creator- framework/installation/task_creating_symbolic_links_for_domino_plug_in_on_linux_and_solaris_hosts.ht ml on September 23, 2021. Always check docs.netapp.com for the latest. Table of Contents Configuring UNIX-specific settings: Creating symbolic links . 1 Creating symbolic links for the Domino plug-in on Linux and Solaris hosts. 1 Creating symbolic links for the Domino plug-in on AIX hosts. 2 Configuring UNIX-specific settings: Creating symbolic links If you are going to install the Snap Creator Agent on a UNIX operating system (AIX, Linux, and Solaris), for the IBM Domino plug-in to work properly, three symbolic links (symlinks) must be created to link to Domino’s shared object files. Installation procedures vary slightly depending on the operating system. Refer to the appropriate procedure for your operating system. Domino does not support the HP-UX operating system. Creating symbolic links for the Domino plug-in on Linux and Solaris hosts You need to perform this procedure if you want to create symbolic links for the Domino plug-in on Linux and Solaris hosts. You should not copy and paste commands directly from this document; errors (such as incorrectly transferred characters caused by line breaks and hard returns) might result. Copy and paste the commands into a text editor, verify the commands, and then enter them in the CLI console. The paths provided in the following steps refer to the 32-bit systems; 64-bit systems must create simlinks to /usr/lib64 instead of /usr/lib. -
Desktop Migration and Administration Guide
Red Hat Enterprise Linux 7 Desktop Migration and Administration Guide GNOME 3 desktop migration planning, deployment, configuration, and administration in RHEL 7 Last Updated: 2021-05-05 Red Hat Enterprise Linux 7 Desktop Migration and Administration Guide GNOME 3 desktop migration planning, deployment, configuration, and administration in RHEL 7 Marie Doleželová Red Hat Customer Content Services [email protected] Petr Kovář Red Hat Customer Content Services [email protected] Jana Heves Red Hat Customer Content Services Legal Notice Copyright © 2018 Red Hat, Inc. This document is licensed by Red Hat under the Creative Commons Attribution-ShareAlike 3.0 Unported License. If you distribute this document, or a modified version of it, you must provide attribution to Red Hat, Inc. and provide a link to the original. If the document is modified, all Red Hat trademarks must be removed. Red Hat, as the licensor of this document, waives the right to enforce, and agrees not to assert, Section 4d of CC-BY-SA to the fullest extent permitted by applicable law. Red Hat, Red Hat Enterprise Linux, the Shadowman logo, the Red Hat logo, JBoss, OpenShift, Fedora, the Infinity logo, and RHCE are trademarks of Red Hat, Inc., registered in the United States and other countries. Linux ® is the registered trademark of Linus Torvalds in the United States and other countries. Java ® is a registered trademark of Oracle and/or its affiliates. XFS ® is a trademark of Silicon Graphics International Corp. or its subsidiaries in the United States and/or other countries. MySQL ® is a registered trademark of MySQL AB in the United States, the European Union and other countries. -
Scoping Changes with Method Namespaces
Scoping Changes with Method Namespaces Alexandre Bergel ADAM Project, INRIA Futurs Lille, France [email protected] Abstract. Size and complexity of software has reached a point where modular constructs provided by traditional object-oriented programming languages are not expressive enough. A typical situation is how to modify a legacy code without breaking its existing clients. We propose method namespaces as a visibility mechanism for behavioral refine- ments of classes (method addition and redefinition). New methods may be added and existing methods may be redefined in a method namespace. This results in a new version of a class accessible only within the defining method namespace. This mechanism, complementary to inheritance in object-orientation and tradi- tional packages, allows unanticipated changes while minimizing the impact on former code. Method Namespaces have been implemented in the Squeak Smalltalk system and has been successfully used to provide a translated version of a library without ad- versely impacting its original clients. We also provide benchmarks that demon- strate its application in a practical setting. 1 Introduction Managing evolution and changes is a critical part of the life cycle of all software sys- tems [BMZ+05, NDGL06]. In software, changes are modeled as a set of incremental code refinements such as class redefinition, method addition, and method redefinition. Class-based object-oriented programming languages (OOP) models code refinements with subclasses that contain behavioral differences. It appears that subclassing is well adapted when evolution is anticipated. For example, most design patterns and frame- works rely on class inheritance to express future anticipated adaptation and evolution. However, subclassing does not as easily help in expressing unanticipated software evo- lution [FF98a, BDN05b]. -
Command Line Interface Specification Windows
Command Line Interface Specification Windows Online Backup Client version 4.3.x 1. Introduction The CloudBackup Command Line Interface (CLI for short) makes it possible to access the CloudBackup Client software from the command line. The following actions are implemented: backup, delete, dir en restore. These actions are described in more detail in the following paragraphs. For all actions applies that a successful action is indicated by means of exit code 0. In all other cases a status code of 1 will be used. 2. Configuration The command line client needs a configuration file. This configuration file may have the same layout as the configuration file for the full CloudBackup client. This configuration file is expected to reside in one of the following folders: CLI installation location or the settings folder in the CLI installation location. The name of the configuration file must be: Settings.xml. Example: if the CLI is installed in C:\Windows\MyBackup\, the configuration file may be in one of the two following locations: C:\Windows\MyBackup\Settings.xml C:\Windows\MyBackup\Settings\Settings.xml If both are present, the first form has precedence. Also the customer needs to edit the CloudBackup.Console.exe.config file which is located in the program file directory and edit the following line: 1 <add key="SettingsFolder" value="%settingsfilelocation%" /> After making these changes the customer can use the CLI instruction to make backups and restore data. 2.1 Configuration Error Handling If an error is found in the configuration file, the command line client will issue an error message describing which value or setting or option is causing the error and terminate with an exit value of 1. -
Investigating Powershell Attacks
Investigating PowerShell Attacks Black Hat USA 2014 August 7, 2014 PRESENTED BY: Ryan Kazanciyan, Matt Hastings © Mandiant, A FireEye Company. All rights reserved. Background Case Study WinRM, Victim VPN SMB, NetBIOS Attacker Victim workstations, Client servers § Fortune 100 organization § Command-and-control via § Compromised for > 3 years § Scheduled tasks § Active Directory § Local execution of § Authenticated access to PowerShell scripts corporate VPN § PowerShell Remoting © Mandiant, A FireEye Company. All rights reserved. 2 Why PowerShell? It can do almost anything… Execute commands Download files from the internet Reflectively load / inject code Interface with Win32 API Enumerate files Interact with the registry Interact with services Examine processes Retrieve event logs Access .NET framework © Mandiant, A FireEye Company. All rights reserved. 3 PowerShell Attack Tools § PowerSploit § Posh-SecMod § Reconnaissance § Veil-PowerView § Code execution § Metasploit § DLL injection § More to come… § Credential harvesting § Reverse engineering § Nishang © Mandiant, A FireEye Company. All rights reserved. 4 PowerShell Malware in the Wild © Mandiant, A FireEye Company. All rights reserved. 5 Investigation Methodology WinRM PowerShell Remoting evil.ps1 backdoor.ps1 Local PowerShell script Persistent PowerShell Network Registry File System Event Logs Memory Traffic Sources of Evidence © Mandiant, A FireEye Company. All rights reserved. 6 Attacker Assumptions § Has admin (local or domain) on target system § Has network access to needed ports on target system § Can use other remote command execution methods to: § Enable execution of unsigned PS scripts § Enable PS remoting © Mandiant, A FireEye Company. All rights reserved. 7 Version Reference 2.0 3.0 4.0 Requires WMF Requires WMF Default (SP1) 3.0 Update 4.0 Update Requires WMF Requires WMF Default (R2 SP1) 3.0 Update 4.0 Update Requires WMF Default 4.0 Update Default Default Default (R2) © Mandiant, A FireEye Company. -
Operator Overloading ______
Chapter 10: Operator Overloading _________________________________________________________________________________________________________ Consider the following C++ code snippet: vector<string> myVector(kNumStrings); for(vector<string>::iterator itr = myVector.begin(); itr != myVector.end(); ++itr) *itr += "Now longer!"; Here, we create a vector<string> of a certain size, then iterate over it concatenating “Now longer!” to each of the strings. Code like this is ubiquitous in C++, and initially does not appear all that exciting. However, let's take a closer look at how this code is structured. First, let's look at exactly what operations we're performing on the iterator: vector<string> myVector(kNumStrings); for(vector<string>::iterator itr = myVector.begin(); itr != myVector.end(); ++itr) *itr += "Now longer!"; In this simple piece of code, we're comparing the iterator against myVector.end() using the != operator, incrementing the iterator with the ++ operator, and dereferencing the iterator with the * operator. At a high level, this doesn't seem all that out of the ordinary, since STL iterators are designed to look like regular pointers and these operators are all well-defined on pointers. But the key thing to notice is that STL iterators aren't pointers, they're objects, and !=, *, and ++ aren't normally defined on objects. We can't write code like ++myVector or *myMap = 137, so why can these operations be applied to vector<string>::iterator? Similarly, notice how we're concatenating the string “Now longer!” onto the end of the string: vector<string> myVector(kNumStrings); for(vector<string>::iterator itr = myVector.begin(); itr != myVector.end(); ++itr) *itr += "Now longer!"; Despite the fact that string is an object, somehow C++ “knows” what it means to apply += to strings. -
Mac Keyboard Shortcuts Cut, Copy, Paste, and Other Common Shortcuts
Mac keyboard shortcuts By pressing a combination of keys, you can do things that normally need a mouse, trackpad, or other input device. To use a keyboard shortcut, hold down one or more modifier keys while pressing the last key of the shortcut. For example, to use the shortcut Command-C (copy), hold down Command, press C, then release both keys. Mac menus and keyboards often use symbols for certain keys, including the modifier keys: Command ⌘ Option ⌥ Caps Lock ⇪ Shift ⇧ Control ⌃ Fn If you're using a keyboard made for Windows PCs, use the Alt key instead of Option, and the Windows logo key instead of Command. Some Mac keyboards and shortcuts use special keys in the top row, which include icons for volume, display brightness, and other functions. Press the icon key to perform that function, or combine it with the Fn key to use it as an F1, F2, F3, or other standard function key. To learn more shortcuts, check the menus of the app you're using. Every app can have its own shortcuts, and shortcuts that work in one app may not work in another. Cut, copy, paste, and other common shortcuts Shortcut Description Command-X Cut: Remove the selected item and copy it to the Clipboard. Command-C Copy the selected item to the Clipboard. This also works for files in the Finder. Command-V Paste the contents of the Clipboard into the current document or app. This also works for files in the Finder. Command-Z Undo the previous command. You can then press Command-Shift-Z to Redo, reversing the undo command. -
Attacker Antics Illustrations of Ingenuity
ATTACKER ANTICS ILLUSTRATIONS OF INGENUITY Bart Inglot and Vincent Wong FIRST CONFERENCE 2018 2 Bart Inglot ◆ Principal Consultant at Mandiant ◆ Incident Responder ◆ Rock Climber ◆ Globetrotter ▶ From Poland but live in Singapore ▶ Spent 1 year in Brazil and 8 years in the UK ▶ Learning French… poor effort! ◆ Twitter: @bartinglot ©2018 FireEye | Private & Confidential 3 Vincent Wong ◆ Principal Consultant at Mandiant ◆ Incident Responder ◆ Baby Sitter ◆ 3 years in Singapore ◆ Grew up in Australia ©2018 FireEye | Private & Confidential 4 Disclosure Statement “ Case studies and examples are drawn from our experiences and activities working for a variety of customers, and do not represent our work for any one customer or set of customers. In many cases, facts have been changed to obscure the identity of our customers and individuals associated with our customers. ” ©2018 FireEye | Private & Confidential 5 Today’s Tales 1. AV Server Gone Bad 2. Stealing Secrets From An Air-Gapped Network 3. A Backdoor That Uses DNS for C2 4. Hidden Comment That Can Haunt You 5. A Little Known Persistence Technique 6. Securing Corporate Email is Tricky 7. Hiding in Plain Sight 8. Rewriting Import Table 9. Dastardly Diabolical Evil (aka DDE) ©2018 FireEye | Private & Confidential 6 AV SERVER GONE BAD Cobalt Strike, PowerShell & McAfee ePO (1/9) 7 AV Server Gone Bad – Background ◆ Attackers used Cobalt Strike (along with other malware) ◆ Easily recognisable IOCs when recorded by Windows Event Logs ▶ Random service name – also seen with Metasploit ▶ Base64-encoded script, “%COMSPEC%” and “powershell.exe” ▶ Decoding the script yields additional PowerShell script with a base64-encoded GZIP stream that in turn contained a base64-encoded Cobalt Strike “Beacon” payload. -
Powershell Integration with Vmware View 5.0
PowerShell Integration with VMware® View™ 5.0 TECHNICAL WHITE PAPER PowerShell Integration with VMware View 5.0 Table of Contents Introduction . 3 VMware View. 3 Windows PowerShell . 3 Architecture . 4 Cmdlet dll. 4 Communication with Broker . 4 VMware View PowerCLI Integration . 5 VMware View PowerCLI Prerequisites . 5 Using VMware View PowerCLI . 5 VMware View PowerCLI cmdlets . 6 vSphere PowerCLI Integration . 7 Examples of VMware View PowerCLI and VMware vSphere PowerCLI Integration . 7 Passing VMs from Get-VM to VMware View PowerCLI cmdlets . 7 Registering a vCenter Server . .. 7 Using Other VMware vSphere Objects . 7 Advanced Usage . 7 Integrating VMware View PowerCLI into Your Own Scripts . 8 Scheduling PowerShell Scripts . 8 Workflow with VMware View PowerCLI and VMware vSphere PowerCLI . 9 Sample Scripts . 10 Add or Remove Datastores in Automatic Pools . 10 Add or Remove Virtual Machines . 11 Inventory Path Manipulation . 15 Poll Pool Usage . 16 Basic Troubleshooting . 18 About the Authors . 18 TECHNICAL WHITE PAPER / 2 PowerShell Integration with VMware View 5.0 Introduction VMware View VMware® View™ is a best-in-class enterprise desktop virtualization platform. VMware View separates the personal desktop environment from the physical system by moving desktops to a datacenter, where users can access them using a client-server computing model. VMware View delivers a rich set of features required for any enterprise deployment by providing a robust platform for hosting virtual desktops from VMware vSphere™. Windows PowerShell Windows PowerShell is Microsoft’s command line shell and scripting language. PowerShell is built on the Microsoft .NET Framework and helps in system administration. By providing full access to COM (Component Object Model) and WMI (Windows Management Instrumentation), PowerShell enables administrators to perform administrative tasks on both local and remote Windows systems. -
Run-Commands-Windows-10.Pdf
Run Commands Windows 10 by Bettertechtips.com Command Action Command Action documents Open Documents Folder devicepairingwizard Device Pairing Wizard videos Open Videos Folder msdt Diagnostics Troubleshooting Wizard downloads Open Downloads Folder tabcal Digitizer Calibration Tool favorites Open Favorites Folder dxdiag DirectX Diagnostic Tool recent Open Recent Folder cleanmgr Disk Cleanup pictures Open Pictures Folder dfrgui Optimie Drive devicepairingwizard Add a new Device diskmgmt.msc Disk Management winver About Windows dialog dpiscaling Display Setting hdwwiz Add Hardware Wizard dccw Display Color Calibration netplwiz User Accounts verifier Driver Verifier Manager azman.msc Authorization Manager utilman Ease of Access Center sdclt Backup and Restore rekeywiz Encryption File System Wizard fsquirt fsquirt eventvwr.msc Event Viewer calc Calculator fxscover Fax Cover Page Editor certmgr.msc Certificates sigverif File Signature Verification systempropertiesperformance Performance Options joy.cpl Game Controllers printui Printer User Interface iexpress IExpress Wizard charmap Character Map iexplore Internet Explorer cttune ClearType text Tuner inetcpl.cpl Internet Properties colorcpl Color Management iscsicpl iSCSI Initiator Configuration Tool cmd Command Prompt lpksetup Language Pack Installer comexp.msc Component Services gpedit.msc Local Group Policy Editor compmgmt.msc Computer Management secpol.msc Local Security Policy: displayswitch Connect to a Projector lusrmgr.msc Local Users and Groups control Control Panel magnify Magnifier -
SQL Wildcard Operators
SSQQLL -- WWIILLDDCCAARRDD OOPPEERRAATTOORRSS http://www.tutorialspoint.com/sql/sql-wildcards.htm Copyright © tutorialspoint.com We already have discussed SQL LIKE operator, which is used to compare a value to similar values using wildcard operators. SQL supports following two wildcard operators in conjunction with the LIKE operator: Wildcards Description The percent sign Matches one or more characters. Note that MS Access uses the asterisk ∗ wildcard character instead of the percent sign wildcard character. The underscore _ Matches one character. Note that MS Access uses a question mark ? instead of the underscore _ to match any one character. The percent sign represents zero, one, or multiple characters. The underscore represents a single number or character. The symbols can be used in combinations. Syntax: The basic syntax of '%' and '_' is as follows: SELECT FROM table_name WHERE column LIKE 'XXXX%' or SELECT FROM table_name WHERE column LIKE '%XXXX%' or SELECT FROM table_name WHERE column LIKE 'XXXX_' or SELECT FROM table_name WHERE column LIKE '_XXXX' or SELECT FROM table_name WHERE column LIKE '_XXXX_' You can combine N number of conditions using AND or OR operators. Here, XXXX could be any numeric or string value. Example: Here are number of examples showing WHERE part having different LIKE clause with '%' and '_' operators: Statement Description WHERE SALARY LIKE Finds any values that start with 200 '200%' WHERE SALARY LIKE Finds any values that have 200 in any position '%200%' WHERE SALARY LIKE Finds any values that have 00 -
Property Mapping: a Simple Technique for Mobile Robot Programming
Property Mapping: a simple technique for mobile robot programming Illah R. Nourbakhsh The Robotics Institute, Carnegie Mellon University Pittsburgh, PA 15213 [email protected] Abstract In this paper we present robot observability as a The mobile robot programming problem is a software predictor for diagnostic transparency. Then, we present a engineering challenge that is not easily conquered using language-independent technique called property mapping contemporary software engineering best practices. We for constructing robot programs that are diagnostically propose robot observability as a measure of the diagnostic transparent and thereby achieve high degrees of transparency of a situated robot program, then describe reliability. property mapping as a simple, language-independent approach to implementing reliable robot programs by maximizing robot observability. Examples from real- The Robot Programming Problem world, working robots are given in Lisp and Java. A mobile robot is a situated automata, or a module that comprises one part of a closed system together with the Introduction environment. Fig. 1 shows the standard depiction of a robot, with its outputs labeled as actions and the outputs The recent availability of inexpensive, reliable robot of the environment in turn labeled as percepts. chassis (e.g. ActivMedia Pioneer, IS-Robotics Magellan, Nomad Scout) has broadened the accessibility of mobile robotics research. Because these robots consist of fixed E hardware out-of-the-box, this technology is shifting the actions A P percepts emphasis of mobile robot research from a joint hardware and software design process toward hardware-unaware R mobile robot programming. This is a software design problem, and yet software Figure 1: The standard view of an embedded robot engineering best practices are not very helpful.