Ohio nursing homes' low staffing called a 'crisis,' puts residents at risk For residents of many nursing homes in Ohio, low staffing levels mean increased risk of falls, developing bedsores and urinary tract infections, and failure to obtain necessary treatment in emergencies, according to state records and published reports. CLEVELAND, Ohio - The Plain Dealer explores the quality of care in Ohio nursing homes. We looked at the federal government's statistical measure for rating care facilities, the importance of staffing and the millions of dollars in fines levied against nursing homes. We also offer consumers tips in finding a quality nursing home. It could be one of the most important decisions a family member makes.
The decision is made even more difficult because of the long waiting lists at some of the best facilities. For those not on Medicaid, the out-of-pocket cost could reach $6,000 to $8,000 a month. Scroll down to follow our continuing coverage of this important issue. The 2011 Ohio budget included a little-known concession between lawmakers and the nursing home lobby. Legislators cut $360 million in Medicaid to nursing homes.
At the same time, they reduced the minimum staffing standards at nursing homes, a move that has angered advocates. Top-rated nursing homes in Ohio's 88 counties Using updated data released in April, The Plain Dealer below lists all of Ohio's above-average rated nursing homes as determined by the Centers for Medicare and Medicaid Services.
Yes I have read the FAQ (maybe I could of been a bit more specific) I am using SI with frogice to stop SI being detected. I am geting to the password screen and using hmemcpy as a breakpoint to gain access into the code. I can usually crack this type of protection by looking through the code for were the password you entered is compared to the actual password (serial fishing) but I have never come accross the protection were the password is locked to your computer using hardware ID. Also can the programmer use the password in binary format so it will just display meanless letters were you are trying to display the memory location output. Sorry for any misunderstanding WonderWoman.
I have come across this type of program before and its a royal pain. Most likely though all you have to do is patch one jump where it does the compare unless of course it stores other information like what kind of user you are etc.
Often patching in these cases would require more work than its worth. I would definetly go for a keygen. You can get the hardware ID I imagine from the registry so just input that into the keygen and have it generate valid keys. The algorithm should not be hard to find.
Disassemble it and see if IDA gives you library functions that can make life much easier. Hiya, Without knowing the name of your target and without benefit of any code, it is difficult to give.specific. advice. With that said, have you considered running an API monitor?
Its very probable that the prog is using a standard windows API to obtain the hardware specific info (ie. Like GetvolumeinformationA which Esther suggested). You should be able to pick out suspicous function calls from your log and then you can look them up in your API reference. Alternatively, you could study the list of imports from your disassembly, but IMO the real-time API log will give you less 'noise' to sift through in looking for your function. If you need more specific help, I'm afraid you'll have to provide more specifics about what you've tried, some code where you think the serial is calculated.ect.
Cheers, Clandestiny. I'm sure you don't think of the HDs MBR, else you must be mistaken. No serial number is stored in the MBR, only the partition boot sector loader. Hello cyberheg!
Only the P3 had a serial number. It was always activated and if you didn't like it you had to run an Intel program every time you restarted your computer to disable reading the serial until the next reboot. Some weeks after the P3 was out the first magazines found ways to enable the serial again without rebooting.
Since the endusers weren't very happy that they were 'unique' users, Intel decided to drop the CPUs with serial number again. Hello, Thought I might give some general advice. I cracked a program that uses the same type of scheme (i.e. Hardware based; program Legato Networker Solaris/Windows if your wondering.) What I found there was that it was really annoying (read hard) tracing around the code to find the serial routine (it uses like twenty different exe's; and all do specific stuff. (talk about unix prog. Port ) and it has multiple codes. Anyhow in the end the easiest way to crack it was by simply cracking the compare routine.
However I still go back to that target now and again to see if I can make a keygen for it. An idea would be to find the DLL it uses to check the serial and (if possible. Speculating here) write a 'custom' keygen which utilizes their own DLL to create a valid serial. Another approach is to find the part which generates the hostid and simply make it the same as your other machine either by: a.) modifying the generation routine b.) having it not generate but set it rather. Well as I am myself a newbie this is all the advice I can give.
Hope it maybe gave you some ideas of how to attack it. I know exactly what you mean checksum I spent 12hrs yesterday searching through the code for the right compare and I am still yet to find it. I used the getwindowtexta breakpoint and searched high and low for the correct compare statement. Is it possible as I know the serial is 11 sets of 4 number (12c4-1221.) that the serial number will not show up as it is stored in hex. I also think that each set of 4 numbers are compared seperatly and there is eleven of them.
I think I am a bit out of my depth with this program as I do not have a great deal of experience, I have cracked simple serial protection but his is another level. I do know it uses the getvolumeinformationa to get the hardware ID, but I have got no chance of patching the hardware ID. I will check to see if it uses the partition ID it may well do. The program is called winserver but it is not avaiable to download off the internet, it is not commercially available Thanks everyone for your posts, wonderwoman. Bottom line is the hardware ID you are seeing could be any number of things.
Look at the one Microsoft makes! Hashes together all kinds of things to try to make it as unique as it can. The P3 serial might or might not be in there. It could check if the P3 serial is a available if it isnt it stores one value and if it is it stores the actual serial value hashed etc. Theres infinite possibilities of what could have been done. You need to use API spies and see if theres any hardware function or special CPU instructions CPUID for one being executed.
Chances are everything is done in one routine. Hi wonderwoman, as promised I'm attaching here the doc.
It's incredible how much it reminds me of some old 'dongles' (the boasting I mean): 'Impossible to crack', 'the ultimate anti-pirating gizmo', 'it would take 10,000,000 years to find the correct password'. That's the pdf.
And if you visit their page you have there some more info PLUS a complete explanation of how they hacked Windows XP hardware-checking routine. Hope it helps. (Now, how about a date?) EDITHi wonderwoman, the.pdf was too big to download (it's 140.985 bytes long), so I just copyed the first page, and let you search for it.
Hardware ID. 2 minutes to read. Contributors.
In this article A hardware ID is a vendor-defined identification string that Windows uses to match a device to an INF file. In most cases, a device has associated with it a list of hardware IDs. (However, there are exceptions − see ). When an reports a list of hardware IDs for a device, the hardware IDs should be listed in order of decreasing suitability.
A hardware ID has one of the following generic formats: This is the most common format for individual PnP devices reported to the Plug and Play (PnP) manager by a single enumerator. New enumerators should use this format or the following format. For more information about enumerator-specific device IDs, see.
The asterisk indicates that the device is supported by more than one enumerator, such as ISAPNP and the BIOS. For more information about this type of ID, see. An existing device class that has established its own naming convention might use a custom format. For information about their hardware ID formats, see the hardware specification for such buses. New enumerators should not use this format. The number of characters of a hardware ID, excluding a NULL terminator, must be less than MAXDEVICEIDLEN. This constraint applies to the sum of the lengths of all the fields and any ' ' field separators in a hardware ID.
For more information about constraints on device IDs, see the Operations section of. To obtain the list of hardware IDs for a device, call with the DeviceProperty parameter set to DevicePropertyHardwareID. The list of hardware IDs that this routine retrieves is a REGMULTISZ value. The maximum number of characters in a hardware list, including a NULL terminator after each hardware ID and a final NULL terminator, is REGSTRVALMAXHCIDLEN.
The maximum possible number of IDs in a list of hardware IDs is 64. Examples of Hardware IDs In the following, the first example is a for a PnP device, and the second example is an: root.PNP0F08 PCI VEN1000&DEV0001&SUBSYS00000000&REV02 Feedback.
. Assembler source code (. Source code file (Scheme). Shuffle! Direct Video. Sprint temporary sort. Temporary sort file.
WordPerfect Distribution. Microstation file. MicroStation. ZipSplitter Part 2. ZipSplitter Part 3. WordPerfect Distribution.
Corel WordPerfect. WordPerfect S03. Corel WordPerfect.
TaxCalc Tax File (. Free Pascal Assembler. Sealed MPEG -1 Video (. SPIRIT Drawing File (STI. Sealed MPEG -4 Video (.
SubSeven Saved Settings. Motorola S19 File Record. Motorola ASCII format of. Motorola EEPROM.
Sealed Acrobat Document. Sealed Excel Worksheet (. Sealed GIF Image (.
Sealed HTML Document (. Sealed file. Sealed MP3 Audio (. Sealed PNG Graphic (. Sealed PowerPoint. Sealed QuickTime Movie (.
Yamaha EX- series. Sealed Word Document (. Yamaha EX- series.
Stranded II Mapfile. Stranded II map file. Motorola S- record format. Genesis or Sega32X ROM. Subtitle file. Stronghold 2 Map File.
Starcraft 2 map file. Cabal online damage hack cheat engine. Starcraft 2 map preview.
Hardware Id Trivium Keygengurus
Sonnet File. Sonnet S- device. RegMagiK Registry Editor. SRT2SUP native subtitle. Spike2 Script (. HP Share to Web Upload. S2Games Savage game.
Motorola S- record format. Shape3d Surfboard Design. Philips 3D Solutions 3D. Micrografx Simply 3D. EverQuest ( Sony ). Sealed CAD File (.
Instrument file (Scream. 16 channel music file (. AKAI MESA II/PC S.
Rtl Ski Jump Replay File. ScreamTracker v3 File. Amiga and Pc Tracker. S4/ TEXT and Tagless. vector image ( '.
Step5 Program ( Siemens. Mac File Type.
Sibelius Music Notation. Xilinx Libraries Library. Seed7 library / include. SubSeven Trojan File.
7-Zip Compressed File (. 7-zip compressed file. Simul8 Simulation. SABRE Chart or Graph (. Sabre Airline Solutions. Mac File Type.
UNIX stub library. System Sa51swe file. Panasonic AAC Data. Audio Encryption File.
Time Stamp project grid. Surprise! AdLib Tracker. Adlib tracker.
A2B Player Stream (. STABCAL ( stability.
street atlas document. SecretAgent archive file. Street Atlas Ver. Street Atlas Ver 7 Map. Street Atlas Ver 8 Map. Hue and Cry Photoshop. Hue and Cry Photoshop /.
SecretAgent Auto. ALSong album file. ACIS Solid Binary File. Saber file - Star Wars. NVision 3D Scanner File.
3D ACIS binary file. ModelMaker File. NVision 3D Scanner File.
Athlon sports Privacy Policy Last Updated: May 25, 2018 1. We have developed this Privacy Policy to inform you how we collect data through our Services, how we use the collected data, and a user’s rights with respect to the collected data. This Privacy Policy is binding on all those who access, visit and/or use our Services, whether acting as an individual or on behalf of an entity, including you and all persons, entities, or digital engines of any kind that harvest, crawl, index, scrape, spider, or mine digital content by an automated or manual process or otherwise (collectively, “ user,” “ you,” or “ your”).
Please read this carefully. If you do not agree to be bound by this, then do not access or use any of our Services. By accessing and/or using a Service, you accept and agree to be bound by this and our , which is hereby incorporated by reference. Information we collect from you and how we collect it Information We Collect. We collect information about your use of our Service, including but not limited to: your online behavior, your Internet connections, mobile, or other device computer equipment, as well as the site(s), application(s), destination(s), and/or service(s) visited before using or accessing the Services, and after leaving the Services, along with your time of visits, content viewed, ads viewed, and other similar information about traffic and usage, as you navigate to, through, and away from our website(s), including other clickstream data. This is “ Non-Personal Data,” which does not directly, personally identify you.
We also use “ cookies” to enhance your use of our Services. A cookie is information either temporarily or permanently stored in a file on your computer. You can set your browser to reject cookies, but that may limit your use of some convenient features of our Service(s).
For more information on cookies and how our Services use cookies, please see our Notification. Information You Provide, Directly and Indirectly. You may register to use our Services, set up an account, enter a sweepstakes or contest, complete a survey, make a payment, subscribe to our Services, or respond to communications (e.g., surveys, polls, requests for feedback). We will collect the information you provide to us. This may include your IP address, first and last name(s), demographic information, mailing address, e-mail address, phone number, credit card number, and any other information you provide to us.
Such information may also include the geographic location of you and/or your computer, mobile or other device, as well as date/time stamp, IP address, your computer (e.g., the make, model, settings, and specifications, including but not limited to your CPU speed, connection speed, browser type, operating system, device identifier). While using our Services, you may also transmit your communication preferences, your physical location, your demographic information (e.g., your age, marital status, ethnicity/race, and gender), and other information. All of this is “ Personal Data,” which can be used to personally identify you.
Additionally, if you choose to access, visit, and/or use any third party social networking service(s) that may be integrated with our Service, we may receive your Personal Data and other information about you and your computer, mobile, or other device that you have made available to those social networking services, including information about your contacts on those services. For example, some social networking services allow you to push content from our Service to your contacts or to pull information about your contacts so you can connect with them on or through our Service. Some social networking services also will facilitate your registration for our Service or enhance or personalize your experience on our Service.
Your decision to use a social networking service in connection with our Service is voluntary. However, you should make sure you are comfortable with the information your third-party social networking services may make available to our Service by visiting those services’ privacy policies and/or modifying your privacy settings directly with those services. How we use information about you For Legitimate Interests. Athlon uses information collected by clickstream data collection, web pixels, and cookies to store your preferences, improve website navigation, make personalized features and other available to you, compile and analyze aggregate statistics and trends, and otherwise help administer and improve the Services. We may identify you from your Personal Data and merge or co-mingle Personal Data and Non-Personal Data, for any lawful business purpose. Where you provide registration information, cookies can also be used to identify you when you log onto the Services or portions of the Services.
Comments are closed.
|
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |