Respond to PR feedback

lib/Parser/Scan.cpp

@@ -587,7 +587,7 @@ IdentPtr Scanner<EncodingPolicy>::PidOfIdentiferAt(EncodedCharPtr p, EncodedChar
 }
 
 template <typename EncodingPolicy>
-typename Scanner<EncodingPolicy>::EncodedCharPtr Scanner<EncodingPolicy>::FScanNumber(EncodedCharPtr p, double *pdbl, bool& likelyInt, size_t saveMultiUnits)
+typename Scanner<EncodingPolicy>::EncodedCharPtr Scanner<EncodingPolicy>::FScanNumber(EncodedCharPtr p, double *pdbl, bool& likelyInt, size_t savedMultiUnits)
 {
     EncodedCharPtr last = m_pchLast;
     EncodedCharPtr pchT = nullptr;
@@ -686,7 +686,7 @@ LIdCheck:
     }
     if (this->charClassifier->IsIdStart(outChar))
     {
-        this->RestoreMultiUnits(saveMultiUnits);
+        this->RestoreMultiUnits(savedMultiUnits);
         Error(ERRIdAfterLit);
     }
 
@@ -696,14 +696,14 @@ LIdCheck:
         startingLocation++; // TryReadEscape expects us to point to the 'u', and since it is by reference we need to do it beforehand.
         if (TryReadEscape(startingLocation, m_pchLast, &outChar))
         {
-            this->RestoreMultiUnits(saveMultiUnits);
+            this->RestoreMultiUnits(savedMultiUnits);
             Error(ERRIdAfterLit);
         }
     }
 
     if (Js::NumberUtilities::IsDigit(*startingLocation))
     {
-        this->RestoreMultiUnits(saveMultiUnits);
+        this->RestoreMultiUnits(savedMultiUnits);
         Error(ERRbadNumber);
     }
 
@@ -1590,7 +1590,7 @@ tokens Scanner<EncodingPolicy>::ScanCore(bool identifyKwds)
     m_tkPrevious = m_ptoken->tk;
     m_iecpLimTokPrevious = IecpLimTok();    // Introduced for use by lambda parsing to find correct span of expression lambdas
     m_ichLimTokPrevious = IchLimTok();
-    size_t saveMultiUnits = this->m_cMultiUnits;
+    size_t savedMultiUnits = this->m_cMultiUnits;
 
     if (p >= last)
     {
@@ -1724,10 +1724,10 @@ LEof:
                 p = m_pchMinTok;
                 this->RestoreMultiUnits(m_cMinTokMultiUnits);
                 bool likelyInt = true;
-                pchT = FScanNumber(p, &dbl, likelyInt, saveMultiUnits);
+                pchT = FScanNumber(p, &dbl, likelyInt, savedMultiUnits);
                 if (p == pchT)
                 {
-                    this->RestoreMultiUnits(saveMultiUnits);
+                    this->RestoreMultiUnits(savedMultiUnits);
                     Assert(this->PeekFirst(p, last) != '.');
                     Error(ERRbadNumber);
                 }

lib/Parser/Scan.h

@@ -787,7 +787,7 @@ private:
     tokens SkipComment(EncodedCharPtr *pp, /* out */ bool* containTypeDef);
     tokens ScanRegExpConstant(ArenaAllocator* alloc);
     tokens ScanRegExpConstantNoAST(ArenaAllocator* alloc);
-    EncodedCharPtr FScanNumber(EncodedCharPtr p, double *pdbl, bool& likelyInt, size_t saveMultiUnits);
+    EncodedCharPtr FScanNumber(EncodedCharPtr p, double *pdbl, bool& likelyInt, size_t savedMultiUnits);
     IdentPtr PidOfIdentiferAt(EncodedCharPtr p, EncodedCharPtr last, bool fHadEscape, bool fHasMultiChar);
     IdentPtr PidOfIdentiferAt(EncodedCharPtr p, EncodedCharPtr last);
     uint32 UnescapeToTempBuf(EncodedCharPtr p, EncodedCharPtr last);

test/Scanner/NumericLiteralSuffix.js

@@ -86,9 +86,11 @@ var tests = [
     {
         name: "Multi-unit count updated in the middle of a token",
         body: function () {
-            assert.throws(() => eval('\u20091a'), SyntaxError, 'Multi-unit whitespace followed by numeric literal followed by identifier', 'Unexpected identifier after numeric literal');
-            assert.throws(() => eval('\u20091\\u0065'), SyntaxError, 'Multi-unit whitespace followed by numeric literal followed by unicode escape sequence', 'Unexpected identifier after numeric literal');
-            assert.throws(() => eval('\u20090o1239'), SyntaxError, 'Multi-unit whitespace followed by invalid octal numeric literal', 'Invalid number');
+            if (WScript.Platform.INTL_LIBRARY === "winglob" || WScript.Platform.INTL_LIBRARY === "icu") {
+                assert.throws(() => eval('\u20091a'), SyntaxError, 'Multi-unit whitespace followed by numeric literal followed by identifier', 'Unexpected identifier after numeric literal');
+                assert.throws(() => eval('\u20091\\u0065'), SyntaxError, 'Multi-unit whitespace followed by numeric literal followed by unicode escape sequence', 'Unexpected identifier after numeric literal');
+                assert.throws(() => eval('\u20090o1239'), SyntaxError, 'Multi-unit whitespace followed by invalid octal numeric literal', 'Invalid number');
+            }
         }
     }
 ];