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The Adobe Acrobat team sees that certain in-house utilities, scripts, and tools may prove good to IT professionals inside the enterprise community. The Enterprise IT Tools for Acrobat and Reader are created to facilitate deployment, configuration, and workflow management in enterprise settings.
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Use this utility to leverage Acrobats Create PDF from web site feature when viewing site content within Safari.
Unzip the download and run the tool when necessary. Additional info is provided while using download.
SCCM deployments may use this English-only SCUP catalog to migrate 10.x Reader installations to 11.0 Reader. Refer for the Administration Guide for more info.
SCCM deployments can make use of this English-only SCUP catalog to migrate 9.x Reader installations to 10.0. Refer for the Administration Guide for additional information.
Unzip the download and run the installer. A link to additional documentation resides within the tools Help menu.
You must examine the box above to show your agreement towards the agreements as listed above to activate the download link.
You must confirm the box above to show your agreement to your agreements mentioned to activate the download link.
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Your using the Adobe Labs site such as download of software, submission of comments, ideas, feature requests and techniques, and Adobes rights to make use of such submitted materials, is governed through the Terms of Use and also the Adobe Privacy Policy and Cookies.
The Adobe Acrobat team is aware that certain in-house utilities, scripts, and tools may prove good for IT professionals from the enterprise community. The Enterprise IT Tools for Acrobat and Reader are meant to facilitate deployment, configuration, and workflow management in enterprise settings.
By downloading the application listed below, I acknowledge that I have read and agreed on the terms on the Enterprise IT Tools for Adobe Acrobat and Reader License, the Terms of Use along with the Adobe Online Privacy Policy.
Note: JavaScript is disabled with your browser. To access the Enterprise IT Tools for Acrobat and Reader, please enable JavaScript and reload the page.
Use this utility to leverage Acrobat s Create PDF from website feature when viewing content within Safari.
Download Create PDF Utility for Safari ZIP, 336 KB
Unzip the download and run the tool if required. Additional info is provided using the download.
Download Adobe Reader and Acrobat PDF Association Tool for Macintosh ZIP, 366 KB
SCCM deployments can make use of this English-only SCUP catalog to migrate 10.x Reader installations to 11.0 Reader. Refer to your Administration Guide for additional information.
Download SCUP Transition Catalog for Adobe Reader 11.x CAB, 8.7 KB
SCCM deployments will use this English-only SCUP catalog to migrate 9.x Reader installations to 10.0. Refer on the Administration Guide for more info.
Download SCUP Transition Catalog for Adobe Reader10.x CAB, 1.3 KB
Unzip the download and run the installer. A link to additional documentation resides beneath the tools Help menu.
Download JavaScript Blacklist Framework for Adobe Acrobat or Reader ZIP, 717 KB
You must look into the box above to suggest your agreement on the agreements as listed above to activate the download link.
You must confirm the box above to point your agreement to your agreements in the list above to activate the download link.
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The Blacklist : Former government agent Raymond Red Reddington James Spader has eluded capture for several years. But he suddenly surrenders towards the FBI with the offer to help you catch a terrorist beneath the condition which he speaks and then Elizabeth Liz Keen Megan Boone, a FBI profiler whos just barely outside of Quantico.
Spader is better. Don t know why but this series reminds me Fringe. Great new series!
Interesting to view, in my opinion almost all of it is totally unrealistic. And some szenes can be harmful directed, by way of example episode 6: if the women got shot by two bullets within the restroom, it will require a moment till she reacts Order Special Victims Unit by way of example is much better, more realistic. I know, which are two different kind of TV show fans know very well what I mean.
Honestly, Am I man or woman who sees how this plays out??
Outstanding show! Spader really delivers and fills the space. 5/5!!!
I cant take my eyes over bald Spader in The Blacklist, who keeps you guessing about whose side Red is actually on. I also found myself needing to figure out the link between Red and Liz. Some may dismiss Spader for being hammy, but hes actually inhabiting a job tailor-made for your three-time Emmy winner, a person as enigmatic as they can be brilliant, occasionally charming but in addition abruptly entertaining. I have to otherwise this could happen will be on the list of Peacocks first full-season 5/5
The Blacklist is a superb buzz-heavy drama. Spader devours the script and steals every scene, basking inside the power he the target audience isn t sure what his motives are. The connection to Keene doesn t come off as too difficult to determine, though guesses as direction might end up bearing no fruit. But the pilot demonstrates that Red isn t destined to be some white hat masquerading as being a criminal. He certainly has recently dealt with numerous unsavory types, along with the pilot helps it be clear that they s well-connected on the underbelly of international power brokers and So, what s his game?
this show lost its momentum. bad scripts, not interesting anymore, this sort of pity.
HTTP/1.1 301 Moved Permanently Date: Sun, 20 Dec 2015 16:41:45 GMT Server: gwiseguy/2.0 Location: /watch?vtSuj5l6cmf0 Content-Length: 0 Content-Type: text/html X-XSS-Protection: 1; modeblock X-Frame-Options: SAMEORIGIN HTTP/1.1 301 Moved Permanently Date: Sun, 20 Dec 2015 16:41:46 GMT Server: gwiseguy/2.0 Location: /watch?vtSuj5l6cmf0 X-Content-Type-Options: nosniff Content-Length: 0 Expires: Tue, 27 Apr 1971 19:44:06 EST X-XSS-Protection: 1; modeblock; /appserve/security-bugs/log/youtube Content-Type: text/html; charsetutf-8 Cache-Control: no-cache X-Frame-Options: SAMEORIGIN
This article shows you how to work with a free PowerShell script to handle sinkhole DNS domains using Microsofts Windows Server DNS. The script is easy make use of and can handle many thousands sinkhole DNS domains on local or remote Windows DNS servers. This is usually a script we use inside the Securing Windows and Resisting Malware course SEC505 at SANS conferences. To get the script, download the SEC505 scripts zip file and look inside the Day4-IPSecDNS-NetBIOS-LLMNR folder of this zip file.
Note: And here is an alternative PowerShell script to regulate sinkhole names inside HOSTS file instead.
DNS servers resolve names, like, to IP addresses. But you will discover fully-qualified names FQDNs which and we don't want our users to ensure that you resolve, , names used for malware, spyware, phishing, scams, pornography, hate groups, bandwidth-wasting video sites, social network sites unrelated to operate, etc.
Most organizations use a split DNS architecture the spot that the organizations internal DNS servers forward each of their Internet name resolution requests to at least one or a handful of their external DNS servers. The external DNS servers are often located from the DMZ from the firewall. Only the external DNS servers can talk to the outside world. The internal DNS servers must forward the requests they cant resolve themselves towards the external DNS servers.
On the external DNS servers you may create primary zones for that domain names and FQDNs you don't wish your users to end correctly. These DNS zones will all return an incorrect IP address, for instance 0.0.0.0 or address associated with an internal server, not the actual address. Because the organizations internal DNS servers are configured to forward their requests to external DNS servers within the DMZ, the interior DNS servers will cache these incorrect addresses too once the external DNS servers respond. So, when an inside client tries to eliminate an unwanted DNS name, it can receive a response, however the IP address returned will likely be incorrect. Because an IP address of 0.0.0.0 is unreachable, these unwanted zones created within the external DNS servers have been proved to be blackholed, sinklisted or blocklisted.
What to bar? You can obtain lists of FQDNs and website names to sinkhole free of charge. Some lists are only for malware, others may be just for pornography, but bear in mind that they are never 100% complete or accurate you obtain what you pay money for, so dont be blown away to find gaps only a few false positives.
From sites such as the above you'll be able to download lists of FQDNs and simple names which is usually fed into your PowerShell script because of this article to generate sinkhole zones on Windows DNS servers. If you've got DNS servers running BIND, perhaps on Linux or BSD, then your sites above will likely help you import sinkhole domains on those DNS servers too scripts for sinkholing on BIND are typical.
To make use of the PowerShell DNS sinkhole script download it here, you should:
Have PowerShell 2.0 or later around the computer in which the script will likely be run, which is often the DNS server itself or any other management workstation.
Use Windows Server 2003 with SP2 or later to the DNS server.
Allow network access for the RPC ports in the Windows Management Instrumentation WMI service on the workstation the place that the script is going to be run.
Be a member with the local Administrators group around the DNS server.
To understand the scripts command-line options remember the. 92 prior to a script name:
To sinkhole by looking into making it resolve to 0.0.0.0:
To sinkhole each of the FQDNs and domains listed in, removing any www. leading strings, plus put in a wildcard record for each and every domain, all resolving to 0.0.0.0:
To delete all sinkhole domains and just the sinkhole domains this script created, little else:
Q: Are the DNS zones replicated through Active Directory?
A: No, they are standard primary zones employing a text file.
Q: If I sinkhole 10, 000 domains, will the script create 10, 000 zone files?
A: No, one zone file named is utilized by these.
Q: If Im not sitting with the DNS server, because its remote, does that DNS server need PowerShell installed?
A: No, a nearby PowerShell script only talks to your WMI service within the remote DNS server.
Q: Does the DNS server need to get a member associated with an Active Directory domain?
Q: What if I have other primary or AD-integrated zones on my own DNS server?
A: Thats fine, the script will add more primary zones to whatever zones you already possess.
Q: Will the script delete or modify all of my other previously-existing zones?
A: No, the script only touches the zones or domains who's created itself, your other DNS domains wont be changed.
By default, the script can establish sinkhole zones which resolve to 0.0.0.0, but there's a command-line parameter named - SinkholeIP with which you are able to set a new IP address for all you sinkholed zones. You might think about using the IP address of the internal server put in place specifically because of this purpose.
Your internal sinkhole IDS server, lets refer to it, should listen on each of the likely ports which malware or attack tools might use, especially TCP 80 HTTP and 21 FTP. Enable maximum logging into it. Run a packet capture tool like WinDump, WireShark or Network Monitor to capture full packet payloads 24x7 using circular logging, using a large maximum capture size before wrapping, of traffic to/in the sinkhole server itself. You can install full servers for that listening ports, like IIS for HTTP and FTP, but be cautious about unintended infections. You might instead install honeypot services, or it could be something as simple as HoneyBOT, but we have to interact enough with all the client in order that the details of any requests is usually logged. Your perimeter firewall should block and log all traffic on your sinkhole server to/through the Internet too.
The idea is that you are able to examine the different logs and packet captures on the sinkhole server to aid identify infected machines or those users whorrrre attempting to violate your acceptable use policies. For example, each time a workstation becomes infected, that malware may attempt to solve a known FQDN so that you can download via HTTP another little bit of malware; often, it is possible to identify the sort of malware simply because of the URL with the file it experimented with download. You might also set a default HTML page which reminds users within your acceptable use policies and have absolutely it mention that all Internet access is logged for that sake of HR. Dont forget that you may enable debug logging for the DNS server too.
The script is fast when making new sinkhole domains, even many thousands of them, however the script is slow when deleting - DeleteSinkHoleDomains or reloading - ReloadSinkHoleDomains these domains. These two operations will likely run up a core on the CPU close to 90% while executing. How slow is slow? For example, during my testing, deleting or reloading 20, 000 sinkhole domains with a 2.7GHz Core i7 CPU box with Server 2008-R2 required about nine minutes. The poor performance is due on the WMI queries required.
The script is free of charge and inside the public domain, you might use it for virtually any purpose whatsoever without restriction. However, that being
THIS SCRIPT IS PROVIDED AS IS WITH NO WARRANTIES OR GUARANTEES OF ANY KIND, INCLUDING BUT NOT LIMITED TO MERCHANTABILITY AND/OR FITNESS FOR A PARTICULAR PURPOSE. ALL RISKS OF DAMAGE REMAINS WITH THE USER, EVEN IF THE AUTHOR, SUPPLIER OR DISTRIBUTOR HAS BEEN ADVISED OF THE POSSIBILITY OF ANY SUCH DAMAGE. IF YOUR STATE DOES NOT PERMIT THE COMPLETE LIMITATION OF LIABILITY, THEN DO NOT DOWNLOAD OR USE THE SCRIPT. NO TECHNICAL SUPPORT WILL BE PROVIDED.
Please test the script on non-production servers first, then test over a production server only during off-peak hours and simply after having produced full backup.
The SANS Institute hopes there is the script useful, so best of luck and all the best .!
2010: Initial release.
2012: Renamed the script.
Seems in my experience we could actually download the files derived from one of or more resources if they use a newer time stamp compared to previously downloaded ones, and automatically add those to our server. So, Im wondering if there seemed to be some cautionary tale that resulted within your script avoiding doing that.
Nope, no cautionary tale, but time stamp checking might be done in a very wrapper script prior to running the DNS script.
On windows servers, an auto-updating and parsing mechanism that retrieves bad domains all these places has already been built into software like DNS Redirector
Mark - many people block http/https traffic to/from our DNS servers given that they do not need such functionality to supply their core function, DNS service. Running Jasons script from an administrative system allows the DNS servers to get more limited into their access, which I think is an excellent thing.
I looked throughout the script and tested against eachother. Very nice, many thanks sharing it! I like because of this you put the script together the constant maintenance to build objects based for the blackhole zone file you specify.
1 Is there in whatever way that you know of to split up or split forward lookup zones into multiple folders in microsoft DNS 2008R2? Importing many thousands of domains causes it to be a pain to scroll down within the GUI on your integrated domain zone. It just causes it to be look messy, and is also confusing for a person when they first look in internet marketing.
2 Thoughts on using conditional forwarders for your same purpose? If DNS was configured to forward those domains to your bogus IP, it will effectively black hole it as well. You would obviously lose the ability to re-direct clients to some targeted wildcard forwarder entry for reasons like IDS, Aside from that, would there be any pros/cons to carrying this out?
Unfortunately, where I know, it is just not possible organize the zones into folders prefer that. I agree it's messy with a large number of domains, but we could possibly be stuck.
Using conditional forwarders is definitely an interesting idea, but I bet the DNS service would complain if countless amounts were configured. Ill contemplate it some more too.
Is there methods to enable these zones for active directory integration inside the script?
Hi Juba: The script may very well be rewritten make use of AD integration, but I think 99% of admins would prefer make use of the standard zone file, so thats how I wrote it. Feel free to change it out though! Cheers, J.
Hi Jason, is there in whatever way to sinkhole everything except certain defined domain? Thanks
Sorry, unattainable with sinkholing i per se/i, however, you could make the domains and records you would like, then disable forwarding along with other DNS servers and disable recursion. You can also do conditional forwarding for under the domains you may need, when your server wont be authoritative for people domains.
Do you've got any suggestion for the way to allow having access to a single subdomain of one of several domains blocked and wildcarded with this script?
Hi Daniel: The script is just not designed due to this, and you could manually add the subdomain or records personally, then ensure these point people to the correct IP addresses but not the default sinkhole address of 0.0.0.0. Note that this data might get deleted next time the script can be used since the script automatically deletes sinkholed names before refreshing/renewing them. Hope it will help! - -Jason
Indicates a required field.
This article shows you how make use of a free PowerShell script to deal with sinkhole DNS domains using Microsofts Windows Server DNS. The script is easy to work with and can handle many thousands sinkhole DNS domains on local or remote Windows DNS servers. This is often a script we use inside Securing Windows and Resisting Malware course SEC505 at SANS conferences. To get the script, download the SEC505 scripts zip file and look from the Day4-IPSecDNS-NetBIOS-LLMNR folder of the zip file.
Note: And here is another PowerShell script to deal with sinkhole names from the HOSTS file instead.
DNS servers resolve names, like, to IP addresses. But you will find fully-qualified names FQDNs which we don't want our users to actually resolve, , names used for malware, spyware, phishing, scams, pornography, hate groups, bandwidth-wasting video sites, social networks unrelated to function, etc.
Most organizations have a very split DNS architecture the place that the organizations internal DNS servers forward all of their Internet name resolution requests to at least one or a a couple of their external DNS servers. The external DNS servers are generally located inside the DMZ in the firewall. Only the external DNS servers can get in touch with the outside world. The internal DNS servers must forward the requests they cant resolve themselves towards the external DNS servers.
On the external DNS servers you could make primary zones for that domain names and FQDNs you don't want your users to settle correctly. These DNS zones will all return an incorrect IP address, for instance 0.0.0.0 or address of the internal server, not the genuine address. Because the organizations internal DNS servers are configured to forward their requests about bat roosting external DNS servers from the DMZ, the interior DNS servers will cache these incorrect addresses too if the external DNS servers respond. So, when an enclosed client tries to end an unwanted DNS name, it is going to receive a response, however the IP address returned is going to be incorrect. Because an IP address of 0.0.0.0 is unreachable, these unwanted zones created for the external DNS servers have been proved to be blackholed, sinklisted or blocklisted.
What to dam? You can obtain lists of FQDNs and names to sinkhole free of charge. Some lists are only for malware, others could possibly be just for pornography, but know that they are never 100% complete or accurate you obtain what you buy, so dont be amazed to find gaps a few false positives.
From sites such as above you are able to download lists of FQDNs and simple website names which is usually fed in the PowerShell script due to this article to make sinkhole zones on Windows DNS servers. If you could have DNS servers running BIND, perhaps on Linux or BSD, then a sites above may also help you import sinkhole domains on those DNS servers too scripts for sinkholing on BIND are typical.
To make use of the PowerShell DNS sinkhole script download it here, you have to:
Have PowerShell 2.0 or later around the computer the place that the script will likely be run, which can be the DNS server itself or some other management workstation.
Use Windows Server 2003 with SP2 or later with the DNS server.
Allow network access for the RPC ports in the Windows Management Instrumentation WMI service on the workstation the location where the script will likely be run.
Be a member in the local Administrators group around the DNS server.
To begin to see the scripts command-line options do not forget the. 92 prior to script name:
To sinkhole by designing it resolve to 0.0.0.0:
To sinkhole all of the FQDNs and websites listed in, removing any www. leading strings, plus include a wildcard record for each and every domain, all resolving to 0.0.0.0:
To delete all sinkhole domains and simply the sinkhole domains this script created, little else:
Q: Are the DNS zones replicated through Active Directory?
A: No, they are standard primary zones by using a text file.
Q: If I sinkhole 10, 000 domains, will the script create 10, 000 zone files?
A: No, one zone file named is employed by every one of them.
Q: If Im not sitting on the DNS server, because its remote, does that DNS server need PowerShell installed?
A: No, a nearby PowerShell script only talks on the WMI service within the remote DNS server.
Q: Does the DNS server need being a member associated with an Active Directory domain?
Q: What if I have other primary or AD-integrated zones on my own DNS server?
A: Thats fine, the script will add more primary zones to whatever zones you already possess.
Q: Will the script delete or modify any one of my other previously-existing zones?
A: No, the script only touches the zones or domains it created itself, your other DNS domains wont be changed.
By default, the script can create sinkhole zones which resolve to 0.0.0.0, but there's a command-line parameter named - SinkholeIP with which you'll be able to set some other IP address for all you sinkholed zones. You might think about using the IP address connected with an internal server put in place specifically with this purpose.
Your internal sinkhole IDS server, lets refer to it, should listen on each of the likely ports which malware or attack tools might use, especially TCP 80 HTTP and 21 FTP. Enable maximum logging into it. Run a packet capture tool like WinDump, WireShark or Network Monitor to capture full packet payloads 24x7 using circular logging, using a large maximum capture size before wrapping, of most traffic to/in the sinkhole server itself. You can install full servers to the listening ports, like IIS for HTTP and FTP, but watch out for unintended infections. You might instead install honeypot services, or perhaps something as simple as HoneyBOT, but we must interact enough with all the client so your details of any requests is usually logged. Your perimeter firewall should block and log all traffic for the sinkhole server to/on the Internet too.
The idea is that you may examine the different logs and packet captures on your own sinkhole server to aid identify infected machines or those users whorrrre attempting to violate your acceptable use policies. For example, each time a workstation becomes infected, that malware may attempt to settle a known FQDN as a way to download via HTTP another little bit of malware; often, you may identify the kind of malware simply because of the URL on the file it experimented with download. You might also set a default HTML page which reminds users within your acceptable use policies and possess it mention that all Internet access is logged for your sake of HR. Dont forget that you'll be able to enable debug logging around the DNS server too.
The script is fast when designing new sinkhole domains, even many thousands of them, nevertheless the script is slow when deleting - DeleteSinkHoleDomains or reloading - ReloadSinkHoleDomains these domains. These two operations may also run up a core on the CPU close to 90% while executing. How slow is slow? For example, during my testing, deleting or reloading 20, 000 sinkhole domains on the 2.7GHz Core i7 CPU box with Server 2008-R2 required approximately nine minutes. The poor performance is due to your WMI queries required.
The script cost nothing and inside the public domain, you can utilize it for almost any purpose whatsoever without restriction. However, that being
THIS SCRIPT IS PROVIDED AS IS WITH NO WARRANTIES OR GUARANTEES OF ANY KIND, INCLUDING BUT NOT LIMITED TO MERCHANTABILITY AND/OR FITNESS FOR A PARTICULAR PURPOSE. ALL RISKS OF DAMAGE REMAINS WITH THE USER, EVEN IF THE AUTHOR, SUPPLIER OR DISTRIBUTOR HAS BEEN ADVISED OF THE POSSIBILITY OF ANY SUCH DAMAGE. IF YOUR STATE DOES NOT PERMIT THE COMPLETE LIMITATION OF LIABILITY, THEN DO NOT DOWNLOAD OR USE THE SCRIPT. NO TECHNICAL SUPPORT WILL BE PROVIDED.
Please test the script on non-production servers first, then test with a production server only during off-peak hours and simply after having produced full backup.
The SANS Institute hopes there is an script useful, so best of luck and best of luck!
2010: Initial release.
2012: Renamed the script.
Seems in my experience we could actually download the files from a single or more resources if they possess a newer time stamp compared to previously downloaded ones, and automatically add these to our server. So, Im wondering if there seemed to be some cautionary tale that resulted with your script avoiding doing that.
Nope, no cautionary tale, but time stamp checking may be done inside a wrapper script prior to running the DNS script.
On windows servers, an auto-updating and parsing mechanism that retrieves bad domains all these places has already been built into software like DNS Redirector
Mark - a lot of us block http/https traffic to/from our DNS servers because they do not need such functionality to supply their core function, DNS service. Running Jasons script from an administrative system allows the DNS servers to become more limited of their access, which I think is a superb thing.
I looked over the script and tested against each other. Very nice, many thanks sharing it! I like like that you put the script together fostering to build objects based for the blackhole zone file you specify.
1 Is there however that you know of to part ways or split forward lookup zones into multiple folders in microsoft DNS 2008R2? Importing many thousands of domains helps it be a pain to scroll down inside the GUI for a integrated domain zone. It just causes it to become look messy, and is particularly confusing for a person when they first look advertising online.
2 Thoughts on using conditional forwarders for that same purpose? If DNS was configured to forward those domains to some bogus IP, it'd effectively black hole it as well. You would obviously lose the ability to re-direct clients with a targeted wildcard forwarder entry for factors like IDS, Aside from that, would there be any pros/cons to carrying this out?
Unfortunately, in terms of I know, it is not possible organize the zones into folders prefer that. I agree it seems messy with countless domains, but we could be stuck.
Using conditional forwarders can be an interesting idea, but I bet the DNS service would complain if thousands were configured. Ill contemplate it some more too.
Is there a means to enable these zones for active directory integration inside the script?
Hi Juba: The script may be rewritten make use of AD integration, but I think 99% of admins would prefer to make use of the standard zone file, so thats how I wrote it. Feel free to put it back though! Cheers, J.
Hi Jason, is there however to sinkhole everything except certain defined domain? Thanks
Sorry, extremely hard with sinkholing i per se/i, however you could make the domains and records you would like, then disable forwarding with other DNS servers and disable recursion. You can also do conditional forwarding for only the domains you will need, when your server wont be authoritative for anyone domains.
Do you've got any suggestion depending on how to allow entry to a single subdomain of on the list of domains blocked and wildcarded with this script?
Hi Daniel: The script just isn't designed just for this, nevertheless, you could manually add the subdomain or records personally, then ensure these point people to the correct IP addresses rather than the default sinkhole address of 0.0.0.0. Note that this data might get deleted the next occasion the script is employed since the script automatically deletes sinkholed names before refreshing/renewing them. Hope this can help! - -Jason
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Developers: Have you ever imagined one place where it is possible to find every one of ParseРІs open-source offerings?
Users of Facebook Messenger possess a pile of holiday presents to unwrap.
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