tlv | extremely lightweight svg header | Animation library

Dereference the Box before doing the assert_eq:

There is an issue in your ECDSA signatures which is only ignored by Adobe Acrobat but not by iText 7.

There are two major formats to encode an ECDSA signature value:

• as a TLV SEQUENCE of two INTEGER values

Following what says this PDF from ST about NDEF management, "The CC manages the information of an NFC Forum T5T", so the structure of this Capability Container is mainly common to all NFC Forum tags.

For more information about how to interpret the CC, see the previous pdf.

You can't append JSONs. You need to read the file, decode the JSON into an array, add the new element to the array, and write it back out.

Also, you shouldn't assign to individual array elements at the same time as you're pushing to the same array.

Found a solution, this does the trick:

In 64-bit mode, the actual contents of the 16-bit FS and GS segment registers are essentially irrelevant. Instead, there are separate 64-bit "FSBASE" and "GSBASE" registers within the CPU, and when you specify, say, an FS segment override to an instruction, the base address from the FSBASE register is added to the operand's effective address to determine the actual linear address to be accessed.

The kernel's context structure for each thread stores a copy of its FSBASE and GSBASE registers, and they are reloaded appropriately on each context switch.

So what actually happens is that each thread sets its FSBASE register to point to its own thread-local storage. (Depending on the CPU features and OS design, this may only be possible for privileged code, so a system call may be required.) Then instructions with an FS segment override can be used to access an object with a given offset in the thread-local storage block, as you've seen.

In 32-bit mode, on the other hand, the values in FS and GS do have meaning; they are segment selectors which are used to index into a descriptor table maintained by the kernel. The descriptor table holds the actual segment info, including its base address, and you could use a system call to ask the kernel to modify it. Each thread would have its own local descriptor table, so you wouldn't necessarily see different selectors in FS for different threads, but it would still be the case that FS-override instructions from different threads would result in accesses to different linear addresses.

I continued researching on my own and Java 15 is the problem. If anyone has the same problem as i had just switch to Java 11 and run the build as described. It worked fine for me. If you have any other problems I suggest that you also post your questions, concerning leshan lwm2m, on https://github.com/eclipse/leshan/issues.

Jonas

EDIT: You can also do it with Java 15. You have to change the pom.xml document. Change in line 456 the version from 4.0.0 to 5.1.1 .

Edit: I wanted to give you something a bit more complete. In the below code, I used a separate function that creates a map between before and after values. This cleans up the code because now all of these values are stored in one place (also easier to maintain). I use this object to then create the search pattern, since a regular expression can search for multiple patterns at once. Finally, I use the dictionary to return the replacement value. Try this revised code, and see if it better meets your use case.

I ran quick performance test to see if it performed better/worse than built-in VBA replace function. In my test, I used only three of the possibilities in my regular expression search/replace, and I ran a test against 103k rows. It performed equally as well as a built-in search and replace using only one value. The search and replace would have had to be re-run for each of the search values.

Let me know if this helps.

Based on this GitHub fork, in which the author added a functionality that is somewhat similar to what I was searching for, I found a solution.

I added a class to fields.py that just inherits from the field class that I want to hide, which in my case it StrFixedLenField: