alsa-lib | ALSA library

It ended up being wifi issues. Switching to a wired connection fixed the issues I was having.

My rule is never use RowSource. Generally, if you can put the information in an array, then you can assign that array to the Lisbtobx.List property. The other method is to add a new item with AddItem and then fill out the rest of the columns with the List() property. Below is an example. I made some minor changes to your existing code and the ComboBox2_Change code I think is what you're interested in.

If you want to get puppeteer to work on alpine, try using an older version of puppeteer that works with an older version of Chrome. The newest version of Chrome supported on Alpine is 63, which was the version of Chrome used during the development of puppeteer version 0.11.0.

Your code doesn't fail in the same way for me. If I run:

Ok, I finally fixed this!

The problem must have been related to upgrading PHP, probably from PHP 7.1 to PHP 7.2. I'm assuming this happened when I installed phpLDAPadmin, which is what triggered the issue.

Firstly, I was able to solve the segmentation fault/core dump issue by running the following:

The hw_params structure contains a configuration space, which is a description of all possible configurations that the device can support. Numeric parameters are described as intervals (i.e., min and max), access and format as bitmasks.

When you change one parameter, the library calls the kernel driver (SNDRV_PCM_IOCTL_HW_REFINE) to adjust all the other parameters in the hw_params structure that depend on the changed parameter.

After you have reduced the configuration space to the configuration you actually want, you call snd_pcm_hw_params() (→ SNDRV_PCM_IOCTL_HW_PARAMS) to actually configure the device for those parameters. (If some parameter has not been reduced to a single value, snd_pcm_hw_params() will choose a random one.)

snd_pcm_hw_params_set_xxx_near() is more complex because there is no SET_NEAR ioctl. This function tries to adjust the interval so that either its maximum or its minimum is the desired value, and then check whether the actual maximum or minimum is nearer.

For example, assume a device that supports period sizes of 1024, 2048, 4096, and 8192 frames. Initially, the interval is described as [1024, 8192]. When you call snd_pcm_hw_params_set_period_size_near(4000), the snd_pcm_hw_param_set_near() helper function calls set_min(4000) and set_max(4000) (on separate copies of the hw_params structure), so the intervals are [1024, 4000] and [4000, 8192]; after refining, the driver returns the intervals [1024, 2048] and [4096, 8192]. snd_pcm_hw_param_set_near() then sees that 4096 is nearest to the desired calue, so it then calls set_first on the second interval, which results in [4096, 4096].

You have two options

First

tslib is provided by meta-oe layer so you need to get that layer and add that to your BBLAYERS so inside your poky tree

I may be missing some context but I think you've several issues:

• You COPY /scraper... and ADD /common... -- are these directories hanging from root on your local machine?
• You set WORKDIR after COPY and ADD but generally (although not required), you'd set this first as a default destination and then you could COPY something . and ADD something . and these destinations (.) would refer to your WORKDIR
• You use /home/scraper as your WORKDIR but you don't copy and add your files into it. It will be empty at this point.
• Your ENTRYPOINT references app.py but your file is called test.py

One useful debugging tool is to shell into containers to e.g. examine the directory structure to confirm it's as expected. Assuming your image is called scraper, you could:

Unfortunately this is not possible. In theory you could use something like