cbt | The Ceph Benchmarking Tool | DevOps library

You were actually very close to what you were looking for.

If you drilldown into the documentation you provided (https://vertx.io/docs/vertx-web/java/#_request_logger) you will see it has a LoggerFormat (https://vertx.io/docs/apidocs/io/vertx/ext/web/handler/LoggerFormat.html#DEFAULT)

Default format is remote-client - - [timestamp] "method uri version" status content-length "referrer" "user-agent"

So if we breakdown your log:

There is currently no data browser in the web console, so you're correct that you're limited to the cbt command line. One option that can help making viewing your data easier is to query Bigtable through BigQuery. This can be great for one off ways you want to look at your data, but you should be careful with using it on any production data since some of the queries can easily do full table scans which impact performance.

Thanks to @JohnHanley for the insight of gcloud config list, I compared the configurations between embedded gcloud and the downloaded version, then read some documentation to find that this behavior is only due to an accessibility option which is now set to true by default.

For anyone having this issue, here is the command to get the good ol' pretty print output back:

You can't put a conditional statement in the middle of a hashtable literal like that.

You'll have to create the hashtable/dictionary first, then populate the relevant keys based on your conditional logic:

Remove the call to g2.dispose() and it will work like a charm. You should not dispose it as, that same Graphics object is used further to draw the components inside the panel.

The main painting method works like this:

I found this post which discuss the same issue. I suggest you to give it a look.

Additionally I don't suggest you to use Apache HUE with GCP Big Table as this procedure is not well documented.

What are you trying to do exactly? If you want to monitor Big Table I suggest you to use the Cloud Bigtable Monitoring UI

LPARAM is a pointer-sized value. It can hold any value that fits into a pointer. The meaning of the value commonly depends on context.

When handling a HCBT_MOVESIZE callback it designates

a long pointer to a RECT structure

To use it, client code needs to convert the value into a value of the respective type. In C++ this is done using a cast, e.g.

There are no objects of function types. The type will be adjusted to be a function pointer, which is why you delegated{func} and delegated{func_ptr} are exactly the same thing and former cannot be smaller.

Wrap the function call inside a function object (lambda, if you so prefer) to avoid the overhead of the function pointer.

If you would like to prevent the accidental use of the adjusted/decayed function pointer case when user tries to pass a function, then you could use a deleted overload for function references. I don't know how that could be achieved with CTAD, but if you provide a function interface, it could be done like this:

Using function overloads: