The hackers use SQL injection to insert a user-defined-function that downloads the malware. So, the developers must have been not protecting their strings from SQL injection.
Anyone remotely familiar with the giant pile of manure known as HIPPA knows that government regulations in IT are not only ineffective but also total waste of time and money.
A lot depends on where and how you want to talk to the hardware. Last time I checked, the kernel (or kernel driver) is the only thing directly writing to memory space mapped to actual hardware and the kernel is the only space where you are catching CPU interrupts. Depending on your platform, the kernel is very likely going to be written in C.
If you are making calls to the kernel drivers from userspace via kernel file interface, ioctls, or some other user-to-kernel API, then you can do that in just about any language that you want.
Anyway, there is a lot to QA, but everything starts with the build and bug/feature tracking systems. QA is anchored to these two pillars. Formalizing (and documenting) how these systems work and interact is critical to correctly tracking issues, reproducibility and inter-QA-to-developer communication. A strong nightly build system coupled with a properly used tracking tool (like Bugzilla, Jira, etc) are pretty much the cornerstone of any framework.
The build system itself breaks down into the nightly automated build process as well as source revision control system. Testing should start before QA ever sees a build by testing the build after checkins and running developer implemented unit tests. Tagging release candidates and making sure that QA is working with the correct build is critical to optimizing QA efficiency. Nothing is worse than having QA run tests on the wrong build.
Next, QA testing itself gets divided into two major categories: automated and manual testing. Automation has a high initial cost of development, but pays off in the long run with lower labor, especially for mundane tasks that are too tedious to possible test by human.
Automation typically is closely linked into the build system. Manual testing breaks down into a bunch of different sub-categories, but all manual testing should follow documented test plans. Test plan documentation can get overboard, but at least you want a wiki of some kind (Confluence, etc) to document how development wants QA to perform the testing.
Manual testing is often where labor is the biggest factor, and thus it tends to get the most attention from management. These folks tend to be either "testers" good at testing vs. system integrators who are good at staging environments that look like real world customer environments. Much here of course depends on the nature of your product and your customer.
However, with both manual and automated testing, it is important to have infrastructure for creating clean environments to test with. This usually involves some form of virtualization. QA needs to be able to produce clean images of systems to test with. This part of QA has never been easier, unless you are a hardware company, and actually have to still use a lot of physical equipment instead of VMs.
Release quality is determined by comparing the list of open issues targeting a given milestone and their status. Again, a well integrated tool for issue tracking is critical in the process of release management.
Lastly, I would not wait 10 years to formalize a QA plan. Every software startup that I know of had a QA director starting to fill this plan out within a few months of getting seed money. QA is integral to software (and hardware) engineering.
No, it would not - it would be even less private. Why? Because the cell network would not know which tower your phone was near and thus have to broadcast the page to all towers and all phones. Everyone in the world would know your phone needed to check-in. It would not scale (world has too many phones) and it's stupid.
It would be nice if a fully supported and working version of remote WMI worked on Linux. That way you could manage and monitor windows servers from Linux.
Firearms are protected by the 2nd amendment. I am afraid drones are not. I guarantee in 10 years, to buy a drone you will have to...
- mandatory background check - mandatory 3 hour online drone safety course that costs $100 and has to be renewed with a new course every 5 years - mandatory annual safety inspection of the drone that costs $50 - mandatory national registration markings on the drone tied to you in a federal database
Actually, the no pesticides claim is completely true. First, by having the crops indoors, you seriously cut down on attracting open air pests. Second, the crops are seeded in a cloth mat. After harvest, the mats are removed, cleaned, and if too worn destroyed. The cleaning process happens every 20 days, which is much shorter than the insects life cycle. So, the insects never get a chance to settle in. The cleaning process is like a laundry, removes any eggs.
The F-35 is a ground attack fighter - not a dog fighter. The F-22 Raptor is the bleeding edge dog fighter. The problem is that the F-22 program was cancelled due to budget issues. Issue is not a design flaw in the F-35.
This is by far the best approach out of all of the recommendations. Obviously, sending paper documents (or USB drives) via overnight delivery is relatively immune to intercept, but what if you relatives leave the documents out in an unsafe area? The best place is a safe deposit box, along with any portable valuables (nice watch, jewelry, etc). You can arrange in your will to have your estate trustee then disseminate the contents.
The problem with the articles is that they use a misleading term "information". The quantum information is transmitted instantaneously. However, quantum information is not the same as classical information. Classical observers at either end of the experiment cannot set the quantum information that is transmitted. Therefore the no-communication theorem is not violated. Superluminal communication of classical information (what you and I think of as data) is not possible. The best way to think of this (as another slashdot user pointed out) is that you have a random number generator at two points separated by a distance. Both points generate the same random number regardless of how far away from each other they happen to be in space.
The practical application of this is not transmitting classical data faster than the speed of light (as that is not possible.) However, it could be used for an encryption mechanism that is unbreakable. This is done by taking the random numbers generated and using them to encrypt classical data, which is then transmitted by conventional means (radio etc) and then decrypting on the other end with the same set of random numbers. Nobody can decrypt the data unless they have the other entangled particle of which there can only be one.
Slashdot Mirror
The hackers use SQL injection to insert a user-defined-function that downloads the malware. So, the developers must have been not protecting their strings from SQL injection.
Simple.
1. Remove the flash.
2. Mount it with a non Apple device.
3. Run a dictionary attack on the password.
With the right equipment, it would only take a few hours depending on the complexity of the user's password.
Am I missing something?
Sounds like the iToilet.
Anyone remotely familiar with the giant pile of manure known as HIPPA knows that government regulations in IT are not only ineffective but also total waste of time and money.
A lot depends on where and how you want to talk to the hardware. Last time I checked, the kernel (or kernel driver) is the only thing directly writing to memory space mapped to actual hardware and the kernel is the only space where you are catching CPU interrupts. Depending on your platform, the kernel is very likely going to be written in C.
If you are making calls to the kernel drivers from userspace via kernel file interface, ioctls, or some other user-to-kernel API, then you can do that in just about any language that you want.
Maybe I am missing something here.
Shatner albumn
That would be sweet. Overclocked CPUs, water cooling, neon lights in a storage array with a 3D GUI interface built on the Unity or Unreal platform.
...how to build a software company.
Anyway, there is a lot to QA, but everything starts with the build and bug/feature tracking systems. QA is anchored to these two pillars. Formalizing (and documenting) how these systems work and interact is critical to correctly tracking issues, reproducibility and inter-QA-to-developer communication. A strong nightly build system coupled with a properly used tracking tool (like Bugzilla, Jira, etc) are pretty much the cornerstone of any framework.
The build system itself breaks down into the nightly automated build process as well as source revision control system. Testing should start before QA ever sees a build by testing the build after checkins and running developer implemented unit tests. Tagging release candidates and making sure that QA is working with the correct build is critical to optimizing QA efficiency. Nothing is worse than having QA run tests on the wrong build.
Next, QA testing itself gets divided into two major categories: automated and manual testing. Automation has a high initial cost of development, but pays off in the long run with lower labor, especially for mundane tasks that are too tedious to possible test by human.
Automation typically is closely linked into the build system. Manual testing breaks down into a bunch of different sub-categories, but all manual testing should follow documented test plans. Test plan documentation can get overboard, but at least you want a wiki of some kind (Confluence, etc) to document how development wants QA to perform the testing.
Manual testing is often where labor is the biggest factor, and thus it tends to get the most attention from management. These folks tend to be either "testers" good at testing vs. system integrators who are good at staging environments that look like real world customer environments. Much here of course depends on the nature of your product and your customer.
However, with both manual and automated testing, it is important to have infrastructure for creating clean environments to test with. This usually involves some form of virtualization. QA needs to be able to produce clean images of systems to test with. This part of QA has never been easier, unless you are a hardware company, and actually have to still use a lot of physical equipment instead of VMs.
Release quality is determined by comparing the list of open issues targeting a given milestone and their status. Again, a well integrated tool for issue tracking is critical in the process of release management.
Lastly, I would not wait 10 years to formalize a QA plan. Every software startup that I know of had a QA director starting to fill this plan out within a few months of getting seed money. QA is integral to software (and hardware) engineering.
https://www.youtube.com/watch?...
No, it would not - it would be even less private. Why? Because the cell network would not know which tower your phone was near and thus have to broadcast the page to all towers and all phones. Everyone in the world would know your phone needed to check-in. It would not scale (world has too many phones) and it's stupid.
GCC and the GNU tool set were (and still are) all undoubtedly well worth the consequence of having to read this rubbish.
It would be nice if a fully supported and working version of remote WMI worked on Linux. That way you could manage and monitor windows servers from Linux.
Firearms are protected by the 2nd amendment. I am afraid drones are not. I guarantee in 10 years, to buy a drone you will have to...
- mandatory background check
- mandatory 3 hour online drone safety course that costs $100 and has to be renewed with a new course every 5 years
- mandatory annual safety inspection of the drone that costs $50
- mandatory national registration markings on the drone tied to you in a federal database
No joke.
Actually, the no pesticides claim is completely true. First, by having the crops indoors, you seriously cut down on attracting open air pests. Second, the crops are seeded in a cloth mat. After harvest, the mats are removed, cleaned, and if too worn destroyed. The cleaning process happens every 20 days, which is much shorter than the insects life cycle. So, the insects never get a chance to settle in. The cleaning process is like a laundry, removes any eggs.
ITS PEOPLE!!!!
Actually, the entire internet runs on a FreeBSD system running in Al Gore's basement.
Great for rusting
IPv6 0:0:0:0:0:0:0:1 is even more suspicious.
The F-35 is a ground attack fighter - not a dog fighter. The F-22 Raptor is the bleeding edge dog fighter. The problem is that the F-22 program was cancelled due to budget issues. Issue is not a design flaw in the F-35.
No doubt. How many saber toothed tigers landed on the moon?
This is by far the best approach out of all of the recommendations. Obviously, sending paper documents (or USB drives) via overnight delivery is relatively immune to intercept, but what if you relatives leave the documents out in an unsafe area? The best place is a safe deposit box, along with any portable valuables (nice watch, jewelry, etc). You can arrange in your will to have your estate trustee then disseminate the contents.
Actually, IT skills are entirely useless in any kind of an apocalypse, unless other people with other skills manage to restore power.
The problem with the articles is that they use a misleading term "information". The quantum information is transmitted instantaneously. However, quantum information is not the same as classical information. Classical observers at either end of the experiment cannot set the quantum information that is transmitted. Therefore the no-communication theorem is not violated. Superluminal communication of classical information (what you and I think of as data) is not possible. The best way to think of this (as another slashdot user pointed out) is that you have a random number generator at two points separated by a distance. Both points generate the same random number regardless of how far away from each other they happen to be in space.
The practical application of this is not transmitting classical data faster than the speed of light (as that is not possible.) However, it could be used for an encryption mechanism that is unbreakable. This is done by taking the random numbers generated and using them to encrypt classical data, which is then transmitted by conventional means (radio etc) and then decrypting on the other end with the same set of random numbers. Nobody can decrypt the data unless they have the other entangled particle of which there can only be one.
Amen
We should just nuke it, along with the moon.