style: Adjust code to comply with latest Ruff

Author: justinmayer

pelican/plugins/image_process/image_process.py

@@ -374,7 +374,7 @@ def compute_paths(img, settings, derivative):
     process_dir = settings["IMAGE_PROCESS_DIR"]
     img_src = urlparse(img["src"])
     img_src_path = url2pathname(img_src.path.lstrip("/"))
-    img_src_dirname, filename = os.path.split(img_src_path)
+    _img_src_dirname, filename = os.path.split(img_src_path)
     derivative_path = os.path.join(process_dir, derivative)
     # urljoin truncates leading ../ elements
     base_url = posixpath.join(

pelican/plugins/image_process/test_image_process.py

@@ -123,22 +123,22 @@ def test_all_transforms(tmp_path, transform_id, transform_params, image_path):
     # depending on the platform on which they are run.
     if transformed.mode == "RGB":
         for _, (transformed_pixel, expected_pixel) in enumerate(
-            zip(transformed.getdata(), expected.getdata())
+            zip(transformed.getdata(), expected.getdata(), strict=False)
         ):
             assert abs(transformed_pixel[0] - expected_pixel[0]) <= 1
             assert abs(transformed_pixel[1] - expected_pixel[1]) <= 1
             assert abs(transformed_pixel[2] - expected_pixel[2]) <= 1
     elif transformed.mode == "RGBA":
         for _, (transformed_pixel, expected_pixel) in enumerate(
-            zip(transformed.getdata(), expected.getdata())
+            zip(transformed.getdata(), expected.getdata(), strict=False)
         ):
             assert abs(transformed_pixel[0] - expected_pixel[0]) <= 1
             assert abs(transformed_pixel[1] - expected_pixel[1]) <= 1
             assert abs(transformed_pixel[2] - expected_pixel[2]) <= 1
             assert abs(transformed_pixel[3] - expected_pixel[3]) <= 1
     elif transformed.mode == "L":
         for _, (transformed_pixel, expected_pixel) in enumerate(
-            zip(transformed.getdata(), expected.getdata())
+            zip(transformed.getdata(), expected.getdata(), strict=False)
         ):
             assert abs(transformed_pixel - expected_pixel) <= 1
     else: