osv | OSv , a new operating system for the cloud | Continuous Deployment library

It's hard to tell because the code on the site you linked is a bit different from what you posted here. But it seems to me like the .ca div isn't actually jumping, it just looks like it is because as the items inside the grid change in size the number of items per row changes. The jump happens when the items either take up more space so that one fewer can fit in a row, or take up less space so one more can fit per row.

I played with the code you posted here a bit just to demonstrate what I think is happening. I hid the nav and added some outlines around the songgrid-container & individual songgrid items, and then I slowed down the transition a bit. So you can press the blue box and see what the transition looks like in slow motion. It looks like the widths are all transitioning fine, it just jumps when the layout inevitably changes.

Unfortunately I don't have a super easy solution to this, it's not really something you can control with a basic CSS transition. But maybe look at a library like this: https://isotope.metafizzy.co/

I don't actually think the media queries have anything to do with it, but I may also just be completely misunderstanding the effect you are seeing!

There are a few things to consider:

1. a and v are reactive values and they must be called like a function, for example a().
2. v is called inside the reactive defining v, and because there's no object declared in any environment with that name that would result in an error or in case that it exists it won't have the desired value.
3. The vector of choices defined in the second selectInput does not match the ones inside the if statements. (be ware of case sensitiveness)

Code:

I think the easiest solution is to create three fields in your class and make sure you define domain

Calling external exe's/cmd's via PowerShell requires specific attention. It is a well-documented thing.

See these details from Microsoft and others: ---

PowerShell: Running Executables

1. The Call Operator &

I think you might want to refactor your code a bit and wrap your querySelector's in an onload event listener because (at least for me) the variables are all undefined. You should wait until the content (class names etc.) are already rendered onto the DOM.

Then you need to wrap your point check in a function that gets called at the end of your point assignment. Otherwise the check will only be called when the JS file initially loads. I put the point evaluation in the evalPoints function and added it at the end of the point assignment function so that so the check gets run every time you add a point.

You also don't appear to have resetScore declared anywhere so I added that as well.

There are two ways for QEMU/KVM to support guest physical memory: EPT and shadow page tables. (EPT is an Intel-defined mechanism. Other processors support something similar, which I won't talk about here.)

EPT stands for Extended Page Tables. It is a second level of paging supported by the CPU in addition to the regular processor page tables. While running in a VM, the regular page tables are used to translate Guest Virtual Addresses into Guest Physical Addresses, while the EPT tables are used to translate Guest Physical Addresses into Host Physical Addresses. This double-level translation is performed for every memory access within the guest. (The processor TLBs hide most of the cost.) EPT tables are managed by the VMM while the regular page tables are managed by the guest. If a page is not present in the guest page tables, it causes a page fault within the guest, exactly as you have described. If a page is present in the guest page tables but not present in the EPT, it causes an EPT violation VM exit, so the VMM can handle the missing page.

Shadow page tables are used when EPT is not available. Shadow page tables are a copy of the guest page tables which incorporate both the GVA to GPA and GPA to HPA mappings within a single set of page tables. When a page fault occurs, it always causes a VM exit. The VMM checks whether the missing page is mapped in the guest page tables. If it is not, then the VMM injects the page fault into the guest for it to handle. If the page is mapped in the guest page tables, then the VMM handles the fault as it would for an EPT violation. Efficient management of shadow page tables across multiple processes within the guest can be very complex.

EPT is both simpler to implement and has far better performance for most workloads, because page faults are generated directly to the guest OS, which is generally where they need to be handled. The use of shadow page tables requires a VM exit for every page fault. However, shadow page tables may have better performance for a few specific workloads that cause very few page faults.

The plugin executes in every server transaction & it gets triggered which is the expected behavior (that's the whole purpose).

You may use some other flag (additional attribute or any service account) which only get updated/used by outside integration, in that case you can check in execution context/target entity and ignore the further execution.

For external integration - you should create an Application user (non-interactive service account). Read more

Basically child_of functionality is provided by odoo, not python.

But to understand it you must need to knowledge of parent, 'child` relationship in database concept.

If any of your tables are using a self join like below example.

_name = 'my.table'

parent_id = fields.Many2one('my.table', string='Parent Id')

In the above case, your model has connected itself. In this type of cases in Odoo, you can use child_of operator in the domain.

So, it will search in database like parent_id = .

For in domain,

You can pass the list of data which you need to search in id field. It similar to any database in operator.