race conditions

To combat the issue of race conditions, the concept of a critical section was created.

You can even debug race conditions on SMP systems with Kprobes -- and save yourself the trouble of all that rebuilding and rebooting.

Other thread-related bugs are possible as well, including race conditions and deadlocks.

The kernel itself is dynamic, and race conditions can be created in a number of ways.

This could result in race conditions if one thread is adding to the end of the list while another is iterating through it.

This code could fail in race conditions on servers with a heavy load.

Clearly, it's important for your program to protect against race conditions.

Later topics will include avoiding buffer overflows, minimizing privileges, and avoiding race conditions.

Concurrency can occur on uniprocessor (UP) hosts where multiple threads share the same CPU and preemption creates race conditions.

When the deformity is not enabled operating point of the Area, the pump will be operating in the inferior race conditions.

If multiple threads attempt to access a shared resource at the same time, race conditions can result, causing corruption of data.

Since threads can share memory, there are usually many more opportunities for race conditions between threads than between processes.

These views may reflect some lack of awareness that race conditions can cause serious data corruption. . .

avoid manual synchronization because that often leads to deadlocks and race conditions.

Another area of concern is the potential for security holes exploited by race conditions.

Race conditions should be avoided by good design practices.

File locking is a very tricky issue and race conditions abound.

Fewer race conditions because the messages are all handled sequentially in the code with no need for callbacks interrupting the flow.

Attempting a solution in user space causes difficult-to-solve race conditions.

This design, especially when combined with blocks like Broadcast, can lead to race conditions.

Ensure that no other internal race conditions exist.

Race conditions can also occur when you synchronize the activities of multiple threads.

Your only comfort with race conditions is that data corruption and denial of service are the norm.

Specifically, problems such as race conditions and deadlocks that lie dormant could suddenly become major problems.

Race conditions can also occur in signal handling.

It's not the first time that the car is fast in race conditions when we put in more fuel.

It is afflicted by race conditions; it only works for 16 bit PCMCIA cards; it does what is better left to ifupdown to do.

The thread attempting to write a message must obtain an exclusive lock on the log in order to avoid race conditions.

Describes how to avoid race conditions in your code.

To understand race conditions, let's first look at a trivial C statement

Study of Race Conditions in Integrated Circuits Design

Preventing Race Conditions by Using Locks

Race Conditions in the Dispose Method