intel

The uncompensated temperature of the BMP180 is incorrectly converted to a 16-bit signed value, instead of a 32-bit signed value (long). Since the data is 16-bits wide and can therefore not be negative, the easy fix would be to do the following:

sip.js(1128): uncompensated = uint16(data[0], data[1]);

Please see page 15 of the manual of the BMP180 chip:
https://ae-bst.resource.bosch.com/media

This would allow doing e.g.

$ magic-trace attach -p $(pidof foo) -trigger bar sleep 5

like perf.

varying float<3> col = { 0, 0, 0 };
uniform float <3> reduce_col;
reduce_col.x = reduce_add( col.x );
reduce_col.y = reduce_add( col.y );
reduce_col.z = reduce_add( col.z );
reduce_col.w = reduce_add( col.w );

This currently does not produce an error. I expect attempting to access the w component of a three component type to be an error.

I may have found another reason for the different results, why the installation works for one and not for the other.

If you look at the examples and explanation in the page linked below, you can see why.

So please check it out: https://unix.stackexchange.com/questions/464770/shell-command-executed-differently-in-a-terminal-and-script

![Bildschirmfoto_2022-06-22_14-11-51](https://us

If you speak another language, I would appreciate your help in translating the README.md.

For tables, checklists, or other data that might change, please indicate that that information is in the main README. Otherwise every change to the main README will need to be replicated to the other READMEs.

^ I've tried to do this a bit in the French README. The only thing you need to replicate when

There are couple more cases to filter out from isEntryPoint() check: __builtin* and __esimd*.

Originally posted by @kbobrovs in intel/llvm#5858 (comment)