I’ve always struggled to find info about the boot!
- What drives are in the system?
- What’s the IP address?
- What are some details about the hardware?
- Etc.
Turns out, it is really easy.
journalctl -b
I’ve always struggled to find info about the boot!
Turns out, it is really easy.
journalctl -b
Here’s a python script.
import os import subprocess # inspired by this post # https://guides.wp-bullet.com/batch-resize-images-using-linux-command-line-and-imagemagick/ def main(): # the maximum length in any direction (width or height) # setting at 1600 because full HD (1920x1080) seems larger than necessary # this will allow 1600x900 (or portrait 900x1600) images. MAX_LEN = "1600" size_parm = MAX_LEN+'x'+MAX_LEN+'>' #https://legacy.imagemagick.org/Usage/resize/#shrink # files in the input directory will (at least SHOULD) remain untouched. # files with identical names will be created in the output directory. # files in the output directory are OVERWRITTEN (if they already exist and the names match) IN_DIR = '/home/vince/Pictures/WordPress' OUT_DIR = '/home/vince/Pictures/WordPressSmall' # show what is about to happen print ('Input: ', IN_DIR) print ('Output:', OUT_DIR) print ('Resize Geometry:', size_parm) for filename in os.listdir(IN_DIR): # get full file paths infile = os.path.join(IN_DIR, filename) outfile = os.path.join(OUT_DIR, filename) # this is not necessary because the ImageMagick library supports shrinking only # AND maintaining aspect ratio. all the logic is basically done. # the '>' in size_parm prevents making the image larger. # #get width and height # width = subprocess.check_output(['identify', '-format', '%w', filepath]) # width = int(width.decode()) # convert and print output subprocess.check_output(['convert', infile, '-verbose', '-resize', size_parm, outfile]) if __name__ == '__main__': main()