Newest Plugins. Synopsis: A web application running on the remote host is affected by a denialof service vulnerability in apache struts 2. Description: According to its self- reported version, the My.
![Install Jdk On Debian 6 Repository Install Jdk On Debian 6 Repository](http://3.bp.blogspot.com/-KuLuSnkYQ-E/T99LSPK-0kI/AAAAAAAAJIg/ibYVkY5mAEI/s1600/oracle-java7-jdk-debian.png)
SQL Enterprise Monitorapplication running on the remote host is 3. It is, therefore, affected by a denial of service vulnerability in Apache Struts. See also : http: //www.
![Install Jdk On Debian 6 Repository Install Jdk On Debian 6 Repository](https://losst.ru/wp-content/uploads/2017/06/debian6.png)
UpUbuntu is an Ubuntu blog that provides users with tips, tutorials, how-to guides, and much more.
Solution : Upgrade to My. SQL Enterprise Monitor version 3. Oracle security advisory.
RHEL 6 : Storage Server (RHSA-2017:2778) Synopsis: The remote Red Hat host is missing one or more security updates. Description: An update for samba is now available. Installation methods and paths of dependency components. Below we list all dependency components required to build CNTK and explain how to install them.
Risk factor : High / CVSS Base Score : 7. CVSS2#AV: N/AC: L/Au: N/C: N/I: N/A: C)This script is Copyright (C) 2.
Tenable Network Security, Inc. Synopsis: The remote Samba server is affected by multiple vulnerabilities. Description: The version of Samba running on the remote host is 4. It is,therefore, affected by the following vulnerabilities: - Signing requirements are not properly enforced for SMB v. This could allow a man- in- the- middle attacker tointerfere with client connections. CVE- 2. 01. 7- 1. A flaw exists with the DFS redirect that causes encryptionrequirements to not be maintained.
A man- in- the- middle attackercould read or alter the client connection. CVE- 2. 01. 7- 1. A flaw exists with SMB v. An authenticated attacker could potentially accesssensitive server information. CVE- 2. 01. 7- 1. Note that Nessus has not tested for this issue but has instead reliedonly on the application's self- reported version number.
See also : https: //www. CVE- 2. 01. 7- 1. CVE- 2. 01. 7- 1. CVE- 2. 01. 7- 1. Solution : Upgrade to Samba version 4. Risk factor : Medium / CVSS Base Score : 4. CVSS2#AV: N/AC: H/Au: N/C: P/I: P/A: N)This script is Copyright (C) 2.
Tenable Network Security, Inc. Synopsis: A SCADA application is running on the remote host. Description: Trihedral VTScada, a Human Machine Interface (HMI) SCADA software,is running on the remote host. See also : https: //www. Solution : Limit incoming traffic to this port if desired. Risk factor : None. This script is Copyright (C) 2.
Tenable Network Security, Inc. Synopsis: A SCADA application is affected by multiple vulnerabilities. Description: According to its self- reported version, the Trihedral VTScada running on the remote host is after 8 and prior to 1. It is,therefore, affected by multiple vulnerabilities : - An authentication issue exists within the handling of. Wireless Application Protocol requests due to thefailure to properly validate user- supplied filenames. Anunauthenticated, remote attacker can leverage thisvulnerability to disclose the contents of arbitraryfiles under the context of the user running theservice.
CVE- 2. 01. 6- 4. An Out- Of- Bounds read within the handling of Wireless.
Application Protocol requests due to the failure totraverse user- supplied paths. An unauthenticated,remote attacker can leverage this vulnerability toexecute code under the context of the user running theservice. CVE- 2. 01. 6- 4.
A path traversal information disclosure vulnerabilitywithin the handling of Wireless Application Protocolrequests due to the failure to properly restrict thepath from which images are retrieved. An remote,unauthenticated, attacker can leverage this vulnerabilityto disclose the contents of arbitrary files under thecontext of the user running the service. CVE- 2. 01. 6- 4. See also : https: //ics- cert. ICSA- 1. 6- 1. 59- 0. Solution : Upgrade to Trihedral VTScada 1.
Risk factor : Medium / CVSS Base Score : 6. CVSS2#AV: N/AC: L/Au: N/C: P/I: P/A: N)This script is Copyright (C) 2. Tenable Network Security, Inc.
Synopsis: The remote Solaris host is affected by a remote code executionvulnerability. Description: Nessus was able to execute shellcode and run a system command on theremote Solaris host. Solaris 6, 7, 8, 9, and 1. XDR RPC service due to anoverflow condition caused by improper validation of user- suppliedinput when handling RPC requests. An unauthenticated, remote attackercan exploit this, via a specially crafted RPC request, to executearbitrary code. EBBISLAND / EBBSHAVE is one of multiple Equation Group vulnerabilitiesand exploits disclosed on 2. Shadow. Brokers. See also : http: //www.
Solution : Upgrade to Solaris 1. Alternatively, upgrade to Solaris 1. Update 1. 1, or upgrade to Solaris 1. Risk factor : Critical / CVSS Base Score : 1. CVSS2#AV: N/AC: L/Au: N/C: C/I: C/A: C)This script is Copyright (C) 2. Tenable Network Security, Inc. Synopsis: The remote host is missing a security update for mac.
OS Server. Description: The version of mac. OS Server (formerly known as Mac OS X Server)installed on the remote host is prior to 5. It is, therefore,affected by the multiple Buffer Overflow Do. S vulnerabilities in Free. RADIUSSee also : https: //support.
HT2. 08. 10. 2Solution : Upgrade to mac. OS Server version 5.
Note that mac. OS Serverversion 5. OS 1. 0. 1. 2. 4 or later. Risk factor : Medium / CVSS Base Score : 5.
CVSS2#AV: N/AC: L/Au: N/C: N/I: N/A: P)This script is Copyright (C) 2. Tenable Network Security, Inc. Synopsis: The remote web server is affected by multiple vulnerabilities. Description: According to its banner, the version of HP System Management Homepage(SMH) hosted on the remote web server is prior to 7. It is,therefore, affected by multiple vulnerabilities includingmultiple local and remote code execution vulnerabilities.
Note that Nessus has not tested for these issues but has insteadrelied only on the application's self- reported version number. See also : http: //www. Solution : Upgrade to HP System Management Homepage (SMH) version 7. Risk factor : High / CVSS Base Score : 7.
CVSS2#AV: N/AC: L/Au: N/C: N/I: N/A: C)This script is Copyright (C) 2. Tenable Network Security, Inc. Synopsis: The security application installed on the remote Windows host isaffected by a Mit. M command execution vulnerability.
Description: The version of Mc. Afee Security Scan Plus installed on the remote. Windows host is prior to 3.
It is, therefore, affected bya flaw in the non- certificate- based authentication mechanism that istriggered during the handling of HTTP backend- responses. This mayallow a man- in- the- middle attacker to make changes to the Windowsregistry value associated with the Mc. Afee update. See also : http: //www. Solution : Upgrade to Mc. Afee Security Scan Plus version 3.
Risk factor : High / CVSS Base Score : 7. CVSS2#AV: N/AC: L/Au: N/C: P/I: P/A: P)This script is Copyright (C) 2. Tenable Network Security, Inc. Synopsis: The remote SUSE host is missing one or more security updates. Description: This update for liblouis fixes several issues.
These security issueswere fixed : - CVE- 2. Prevent illegal address access in the_lou_get. ALine function that allowed to cause remote Do. S(bsc#1. 05. 61. 05).- CVE- 2.
Prevent heap- based buffer overflow inthe function resolve. Subtable() that could have caused. Do. S or remote code execution (bsc#1. CVE- 2. 01. 7- 1. Prevent stack- based buffer overflow inthe function parse. Chars() that could have caused Do.
S orpossibly unspecified other impact (bsc#1. CVE- 2. 01. 7- 1. Prevent use- after- free in functioncompile. Braille. Indicator() that allowed to cause remote. Do. S (bsc#1. 05. CVE_2. 01. 7- 1. 37. Prevent stack- based buffer overflow infunction include.
File that allowed to cause remote Do. S(bsc#1. 05. 60. 93).- CVE- 2. Prevent buffer overflow triggered in thefunction _lou_show. String() that allowed to cause remote.
Do. S (bsc#1. 05. CVE- 2. 01. 7- 1. Prevent illegal address access in thefunction _lou_get. ALine() that allowed to cause remote. Do. S (bsc#1. 05. Note that Tenable Network Security has extracted the precedingdescription block directly from the SUSE security advisory. Tenablehas attempted to automatically clean and format it as much as possiblewithout introducing additional issues.
See also : https: //bugzilla. CVE- 2. 01. 7- 1.
CVE- 2. 01. 7- 1. CVE- 2. 01. 7- 1. CVE- 2. 01. 7- 1. CVE- 2. 01. 7- 1.
CVE- 2. 01. 7- 1. Solution : To install this SUSE Security Update use Ya.
ST online_update. Alternatively you can run the command listed for your product : SUSE Linux Enterprise Software Development Kit 1. SP3: zypper in - tpatch SUSE- SLE- SDK- 1.
SP3- 2. 01. 7- 1. SUSE Linux Enterprise Software Development Kit 1. SP2: zypper in - tpatch SUSE- SLE- SDK- 1. SP2- 2. 01. 7- 1. SUSE Linux Enterprise Server for Raspberry Pi 1. SP2: zypper in - tpatch SUSE- SLE- RPI- 1. SP2- 2. 01. 7- 1.
SUSE Linux Enterprise Server 1. SP3: zypper in - t patch.
SUSE- SLE- SERVER- 1. SP3- 2. 01. 7- 1. SUSE Linux Enterprise Server 1. SP2: zypper in - t patch. SUSE- SLE- SERVER- 1. SP2- 2. 01. 7- 1. SUSE Linux Enterprise Desktop 1.
SP3: zypper in - t patch. SUSE- SLE- DESKTOP- 1.
SP3- 2. 01. 7- 1.
Setup CNTK on Linux | Microsoft Docs. CNTK Production Build and Test configuration. CNTK may be successfully run in many Linux configurations, but in case you want to avoid possible compatibility issues you may get yourself familiar with CNTK Production Build and Test configuration where we list all dependency component and component versions that we use. CNTK as a Docker container.
Before moving any further you may consider deploying CNTK as a Docker container. Read the corresponding section. Current limitations and precautions. Please, read carefully this section before you proceed with your system configuration. The information below may save you a lot of time otherwise spent on build errors debugging. Note. This page assumes that you are trying to build CNTK's master branch. Expected component locations in configure and Makefile scripts.
Today configure and Makefile scripts support only limited set of installation paths for all dependency components listed in this section. We know, that this is a limitation and will fix it soon (also if you feel like improving these scripts yourselves and submit your proposed changes your help is welcome and much appreciated). Important. If you want to modify default_path_list variable in configure to add a custom path for a certain dependency component be sure to check the correspondent section of Makefile.
Otherwise you may get build errors due to inability of finding INCLUDE files, libraries, etc. Installation methods and paths of dependency components. Below we list all dependency components required to build CNTK and explain how to install them. We understand that there are many other ways to get the same components. However, if you prefer an alternative way of installation, please ensure that you get the same thing, because quite often alternative installation sources, namely network distribution packages (like Debian, RPM, etc.) contain older versions of the software, miss some libraries, etc.
In some sections below we specifically highlight these limitations, but please take it as a general precaution. Usage of make - j. In most of the sections we suggest using make - j command to invoke parallel build jobs and thus increasing the speed of the build process. However please be aware that on some systems and especially on virtual machines using make - j may result in "Out of memory" errors. If you face this, just use "plain" make or limit the number of jobs that run simultaneously (two simultaneous jobs usually work for the most of the systems - use the command make - j 2).
Simultaneous installation of different versions of the same development packages. Be very careful in case you would like to have several installations of some of the development packages mentioned below on the same system. It may result in very hard to debug build errors as you can see in this post. And now let's proceed to the setup. If you would like to know what prerequisite configuration is used in the CNTK production environment, i.
OSYou need a 6. 4- bit Linux installation to use CNTK. C++ Compiler. Ensure your installation has a C++ compiler.
Many distributions do not include it by default. Refer to your platform documentation on how to check for and obtain a C++ compiler.
Example: for Ubuntu, run the following command: dpkg - -list | grep compiler. GNU C++ compiler. C++ compiler is not installed. If you have Ubuntu 1. If you have Ubuntu 1. Git. Install Git on your system as described here. MKLThe default CNTK math library is the Intel Math Kernel Library (Intel MKL).
CNTK supports using the Intel MKL via a custom library version ("CNTK custom MKL"). Important. You can NOT directly build CNTK using a regular installed Intel MKL SDK, the build is configured to work with a custom generated CNTK custom MKL library (This way you don't need to go through the process of installing the complete Intel MKL SDK). You can obtain the CNTK custom MKL library if you follow the steps below. If you need to build your own custom version, you can find the needed information here. Installing the CNTK custom MKL library: Create a directory on your machine to hold CNTK custom MKL versions, e. CNTKCustom. MKL. Download the required CNTK custom MKL from the CNTK web site. Un- tar it into your CNTK MKL path, creating a numbered sub directory within.
For example, if you are on latest master, download CNTKCustom. MKL- Linux- 3. tgz and extract its contents to /usr/local/CNTKCustom. MKL, which should create a folder /usr/local/CNTKCustom.
MKL/3 within: sudo tar - xzf CNTKCustom. MKL- Linux- 3. tgz - C /usr/local/CNTKCustom.
MKL. Note: if you want to build other CNTK source versions, you may need to install alternate CNTK custom MKL versions. Check the variable cntk_custom_mkl_version in CNTK's configuration script configure to determine which. When configuring the build (cf. CNTKCustom. MKL. Open MPIInstall Open Message Passing Interface Library (Open MPI). We recommend installing from sources as described below because a lot of distribution packages contain older versions and miss the libraries required by CNTK. Current CNTK Open MPI version requirement is at least 1.
Please, check whether you have older version installations on your system and if you do, either uninstall them or ensure (via, e. CNTK build procedure is using the required version. Otherwise you may get hard to debug build errors as you can see in this post. Get the installation sources: wget https: //www.
Unpack, build and install Open MPI (to /usr/local/mpi in this example): tar - xzvf ./openmpi- 1. Add the following environment variable to your current session and your . Prepending the new path, ensures this version is used as opposed to a default version available through the OS): export PATH=/usr/local/mpi/bin: $PATH.
LD_LIBRARY_PATH=/usr/local/mpi/lib: $LD_LIBRARY_PATH. Protobuf. We use Protocol Buffers for serialization. For installation please follow these steps: Install the required packages usingsudo apt- get install autoconf automake libtool curl make g++ unzip. Download and unpack protobuf sourceswget https: //github. CFLAGS=- f. PIC CXXFLAGS=- f.
PIC - -disable- shared - -prefix=/usr/local/protobuf- 3. ZLIBzlib today is a part of many popular Linux distributions so with the high probability you have it preinstalled. However note, that libzip requires zlib version 1. NOT preinstalled. Boost below. See your platform documentation on how to get the required zlib package or get it directly from zlib website. Example: for Ubuntu use the following command: sudo apt- get install zlib.
LIBZIPlibzip is available in different network distribution packages, but we found that many of them contain old versions. Using these versions will likely result in build errors. So we strongly recommend to build libzip from sources as described below. Note that the following procedure will install libzip to /usr/local. This is exactly where CNTK build procedure expects it (see the beginning of this page for details). If you want to install libzip to a different path see instructions in INSTALL file in the root of libzip distribution folder. However beware that in this case you have to manually edit configure AND Makefile of CNTK to support this path.
Use the following commands: wget http: //nih. Add the following environment variable to your current session and your . LD_LIBRARY_PATH=/usr/local/lib: $LD_LIBRARY_PATH. Boost Library. The Boost Library is a prerequisite for building the Microsoft Cognitive Toolkit. Follow these steps to install the Boost Library on your system: sudo apt- get install libbz.
O - https: //sourceforge. Open. CVSince CNTK 2. Open Source Computer Vision (Open. CV). If you plan to use both CUDA and Open. CV, install CUDA first. Open. CV can have many interfaces and options.
In this section we cover only parts necessary to build CNTK. Read more about installing Open. CV here and more generally here. Important. Install Open. CV using the exact version and target path as specified below. This is necessary because it is expected by the CNTK build configuration program.
Install Open. CV prerequisites. See Open. CV installation instructions for the full package list and explanations. See your platform documentation on how to install the packages.
Example: for Ubuntu use the following command: sudo apt- get install cmake libgtk. Get Open. CV and install it. Use the following commands: wget https: //github. Itseez/opencv/archive/3. D WITH_CUDA=OFF - D CMAKE_BUILD_TYPE=RELEASE - D CMAKE_INSTALL_PREFIX=/usr/local/opencv- 3.