Pankraz76 commented on code in PR #11284:
URL: https://github.com/apache/maven/pull/11284#discussion_r2438783475


##########
impl/maven-impl/src/main/java/org/apache/maven/impl/DefaultSettingsBuilder.java:
##########
@@ -228,17 +228,16 @@ private Settings readSettings(
         return settings;
     }
 
-    private Settings interpolate(
-            Settings settings, SettingsBuilderRequest request, 
ProblemCollector<BuilderProblem> problems) {
-        UnaryOperator<String> src;
-        if (request.getInterpolationSource().isPresent()) {
-            src = request.getInterpolationSource().get();
-        } else {
-            Map<String, String> userProperties = 
request.getSession().getUserProperties();
-            Map<String, String> systemProperties = 
request.getSession().getSystemProperties();
-            src = Interpolator.chain(userProperties::get, 
systemProperties::get);
-        }
-        return new DefSettingsTransformer(value -> value != null ? 
interpolator.interpolate(value, src) : null)
+    private Settings interpolate(Settings settings, SettingsBuilderRequest 
request) {

Review Comment:
   One could argue that "understanding" is a complex goal for this codebase. 
The presence of incorrect, ignored, and unused segments suggests that the 
original intent has become obscured over time. It's likely the logic was once 
valid, but that context has been lost.
   
   The system continues to operate, but its current behavior appears 
disconnected from its actual purpose, seemingly functioning through emergent 
coincidence rather than by explicit design (no unused stuff dangling around).
   
   In these situations, static code analysis becomes a valuable tool for 
reconstructing the rationale behind the code. As team members move on, 
institutional knowledge fades, and manual auditing does not scale effectively.
   
   From my perspective, comprehending the full scope is challenging. For 
instance, the purpose of an unused field isn't clear, requiring me to 
hypothesize about its original function.
   
   Ideally, code should narrate its purpose like a coherent story, with each 
line building upon the last. Gaps in this narrative—such as unused components 
or logical inconsistencies—highlight areas where the underlying purpose has 
been lost. While there may be valid, albeit hidden, reasons for these 
anomalies, the process of understanding involves methodically converting these 
open questions into resolved answers to piece together the complete picture.



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