See Calculating Heavenly Chips

The first HC “Costs” 1³=1 trillion cookies. The second one costs 2³=8 trillion. The third costs 3³=27 trillion, etc.

It’s a Druze village currently in an Israeli territory. Some residents have Syrian citizenship and some Israeli citizenship.

Israeli settlers continue to illegally settle lands outside of Israel’s borders

It’s a Druze village established in 18th century, not an “Israeli settlement”. Try to know the difference before commenting.

Anton Fomenko has a great channel

Sounds like programmers with sovereign citizen approach

What happen when the repository is getting forked? Goofing with the license is all haha fun till nasty lawyers get into the picture and you get all sort of liability claims

Would you like automatic update to mess with your disk partition allocations without requesting explicit permission to do so? As long as searching the error code would give me the explanation and solution I’m Ok with manual fix this time

The issue can be resolved by allocating an additional 250 MB of storage space to the recovery partition. Details on how to do that can be found here.

However, at least on Windows 10, Microsoft has acknowledged that an automatic resolution for this issue will not be released and as such, the only way to fix this is manually.

So there is a solution and the headline should be “Microsoft admits it can’t automatically fix…”

Keeping the chicken in the oven could lead to nasty bugs

My hometown is spending more than 1m US$ for a simple one lane roundabout, assuming an up-to-code terminal and runway would not be at the same price levels.

The amount of 13 million US$ seems cheap for the work needed.

It all depends on the task you are currently doing and how good your managers are. A good one can understand the need to have a quiet time to concentrate on the task, and another will insists of micromanage you to death. Worked with both types.

It all depends on the implementation and need.

In-memory structures are usually faster to work with, but harder to coordinate multiple updates from multiple sources (different applications, services, etc).

Databases have all sort of failsafe mechanisms to ensure data integrity and recovery options, in most times there is no need to reinvent it all over again.

Persistent - do you need to access the data again once your program was finished? How often does the data change by other programs/tasks once you read it? How big is your data and how complex are the connections between your data objects?

Many times the implementation is a mixed approach. It is better to know and calculate the needs before you start your project, but as it usually happen, once you get performance issues, you start optimizing adding in-memory cache or scale to a bigger database.

So solid, liquid, gas, and missing plasma. You just need to have a really big bang and any of the other vehicles will do