fce | Fluence Compute Engine runs multi-module WebAssembly | Binary Executable Format library

You forgot to quote the strings, and you're comparing procedures. You should do this instead:

The problem in the code above is using size of the visual object instead of the source image size (and it content). Therefore, when you changing the size of images in the document (doesn't matter decrease or increase in size) and then saving the document, always the saved images lost it quality.

The solution is saving the images using original size and content.

So, make changes to use the image source (converting an image from the Source pointed out by @Knuspakeks (+1)):

You just need to remove padding-left from your ul inside the ttps-lesson class and then everything will be just great. This is a bootstrap style. (padding-left: 2rem)

Or just add padding-left:0; into ul styles.

The problem here is that you are reading the file line by line. In each loop of for i, line in enumerate(open(file)):, re.sub accesses only one line, and therefore it cannot see whether the next line starts with a digit.

Try instead:

You can sorting Home and Away columns by rows, create DataFrame, add summed goal columns and use mean in GroupBy.transform for new column:

The problem is that your function fce returns None for every row, so the Series produced by the term df[['Name', "Previous time"]].apply(fce, axis=1) is a Series of None.

That is, instead of overriding the Dataframe with df.loc inside the function, you need to return the value to fill for this position. Unfortunately, this is impossible since then you need to know which indices you already calculated.

A better way to do it would be to use groupby. This is a more natural way, since you want to perform an action on each group. If you use apply after groupby and you to return a series, you, in fact, define a value for each row. Just remember to remove the extra index "Name" that groupby adds.

Why is there such a difference in the way the addresses are mapped for the main executable and the shared objects?

The shared libraries are usually linked at address 0 and relocated. The non-position executable is usually linked at address 0x400000 on x86_64 Linux and must not be relocated (or it wouldn't work).

To find out where a given ELF binary is linked, look at the p_vaddr address of the fist PT_LOAD segment (readelf -Wl foo will show you that). In addition, only ET_DYN ELF binaries can be relocated, while ET_EXEC binaries must not be.

Note that position-independent executables exist, and for them you need to do the subtraction.

Note that shared libraries are usually linked at address 0 (and so subtraction works), but they don't have to. Running prelink on a shared library will result in a shared library linked at non-0 address, and then the subtraction you use will not work either.

Really, what you need to do is subtract at-runtime load address from linked-at address to get relocation (which would be 0 for non-PIE executables, and non-0 for shared libraries), and then subtract that relocation from the program counter recorded by backtrace to get the symbol value.

Finally, if you iterate over all loaded ELF images with dl_iterate_phdr, the dlpi_addr it provides is exactly the relocation that you need to subtract.