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Fixing issue 916 on URI path interpolation #1802
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jurgenvinju
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Jun 1, 2023
- removes deprecated calls and fixes modules names in tests
- fixes loc splicing does not build URIs the right way (e.g. spaces end up being not encoded when the loc is printed) #916
- added tests for loc splicing does not build URIs the right way (e.g. spaces end up being not encoded when the loc is printed) #916
This one was open since 2015, but now more and more people get confused by it. It's probably because of the increased usage of clair which has path interpolation in its source code. Seems like a good time as any to fix it. At least we have some tests for it now. |
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The RascalJUnitTestRunner changes confuse me a bit.
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try { | ||
// reuse our URI encoders here on the unencoded expression part | ||
URI tmp = URIUtil.create("x", "", "/" + path.getValue()); |
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Hmm, I was thinking we should deprecate the URI
part of URIUtil
, can we do this using ISourceLocation?
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possibly, but we also want to deprecate the URI part of ISourceLocation right? We'd have to think about getRawPath
additions to ISourceLocation, and friends.
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possibly, but we also want to deprecate the URI part of ISourceLocation right? We'd have to think about getRawPath
additions to ISourceLocation, and friends.
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well, to go from URI to ISourceLocation is fine(ish), but I was thinking that maybe we should not write new URI code when we don't need to.
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I don't know how to avoid URI, since I need URI.getRawPath() here.
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ah, okay, yeah that seems hackish, but this might be the place this kind of hackish stuff is needed. Can you write a test that checks that it works on windows? (and keeps working in the future/compiler?)
Maybe we need a special flag to say, run this test only on windows.
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I don't think this has to do with Windows. This is pure strings and URIs. The word "path" triggers thinking about file paths, but we are really not in that part of the code. This interpolation and the +
operator will do the same thing exactly, 100% ,whether on Windows or on Mac or on Linux, for the same input and the same code.
@@ -213,14 +213,14 @@ public Description getDescription() { | |||
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// the order of the tests aren't decided by this list so no need to randomly order them. | |||
for (AbstractFunction f : tests) { | |||
modDesc.addChild(Description.createTestDescription(clazz, computeTestName(f.getName(), f.getAst().getLocation()))); | |||
modDesc.addChild(Description.createTestDescription(module, computeTestName(f.getName(), f.getAst().getLocation()))); |
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is this related to this PR?
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No this was an accident
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No this was an accident
The RascalJUnitTestRunner changes confuse me a bit.
well, I was confused when this happened, so that makes total sense again. I accidentally merged this change into the PR. I've tested it and there is no effect, positive or negative, to the test execution other than that the right module names are now shown when a test fails in the reports (also in the XML files).
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that's nice :) okay, well, I'll allow it ;) ;)
@@ -283,7 +280,7 @@ private Description getDescription(String name, ISourceLocation loc) { | |||
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@Override | |||
public void start(String context, int count) { | |||
notifier.fireTestRunStarted(module); | |||
// notifier.fireTestRunStarted(module); |
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are we sure we want to disable these notifications?
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Yes, these are actually not allowed to be called anymore. They've been kept in for binary backwards compatibility but the javaDoc says "do not invoke" literally.
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IString path = (IString) ResultFactory.makeResult(TF.stringType(), VF.string(""), __eval) | ||
.add(expr).getValue(); | ||
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try { |
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this part should also get some comments explaining what is happening.
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done
test bool correctTempPathResolverOnWindows() = /\\/ !:= resolveLocation(|tmp:///|).path; | ||
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test bool encodingIsTheSameForPathAdditionAndTemplateInstantation() |
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can we also make one that tests the behavior on windows?
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there is no OS dependent code in this part of the implementation. I.e. we do not use new File
or anything like that or Path.separator.
Perhaps we should? Debatable. But right now we mimick exactly the behavior of the +
semantics which also does not depend on OS specifics because it simply uses: getValueFactory().sourceLocation(scheme, authority, newPath, query, fragment);
, via the fieldUpdate code on SourceLocationResult.
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x = "c:\x\t.txt";
return |file:///<x>| == |file:///c:/x/t.txt|;
something like that should work on windows right?
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I'm pretty sure that it will not. There is no code in scope that will interpret the \
as a path separator, so I'm pretty sure they will just stay where they are.
Also, in this example you'd have to escape the backslashes: x = c:\\x\\t.txt
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So I'd expect it will print: |file:///c:%5Cx%5Ct.txt|
, just like the +
operator does.
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Yes, confirmed. the +
operator and the fixed interpolator both will not interpret windows path separators, even if on windows. It will just be |file:///c:%5Cx%5Ct.txt|
where the \
is escaped as %5C
per the URI spec.
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ah, okay, I must be missing the case that this fix is solving :) I assumed it was trying to fix this.
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This current fix solves the case where x = " "; |file:///<x>|;
would throw a URISyntaxException because there are spaces in the path. Instead it now behaves like |file:///| + x
where the output would be |file:///%20%20%20|
The fix you have in mind requires a RAP. I'm open to the suggestion, but we'd have to carefully consider letting OS-dependent semantics into the Rascal language. The issue I have with that is that code that is run for a certain experiment could behave differently if run on another machine, with the same input data. So that's definitely worth another discussion.
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I'd rather put OS-dependent path conversion this under a well-documented library function than hide it under language semantics. Something like: loc parseFilePath(str path, OS forOS=currentOS())
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I'd rather put OS-dependent path conversion under a well-documented library function than hide it under language semantics. Something like: loc parseFilePath(str path, OS forOS=currentOS())
The current solution is broken. Another test for
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