Difference between revisions of "ChucK/Bugs/Known"
From CSWiki
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These following have been verified and will be fixed in an upcoming release. | These following have been verified and will be fixed in an upcoming release. | ||
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+ | == Multiple Declarations == | ||
* multiple declarations in single statement causes crashes/undefined behavior. Example: | * multiple declarations in single statement causes crashes/undefined behavior. Example: | ||
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int a; int b; | int a; int b; | ||
+ | == Sporking Non-static Member Functions == | ||
* spork a non-static member function causes crashes/undefined behavior. Example: | * spork a non-static member function causes crashes/undefined behavior. Example: | ||
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spork ~ x.foo(); | spork ~ x.foo(); | ||
+ | == ++/-- inline bugs == | ||
* ++/-- causes incorrect behavior when used inline. Example: | * ++/-- causes incorrect behavior when used inline. Example: | ||
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Workaround: split into multiple statements | Workaround: split into multiple statements | ||
+ | == Static class variable initialization == | ||
* static class variables are initialized incorrectly. Example: | * static class variables are initialized incorrectly. Example: | ||
Revision as of 21:30, 15 July 2006
These following have been verified and will be fixed in an upcoming release.
Contents
Multiple Declarations
- multiple declarations in single statement causes crashes/undefined behavior. Example:
// bug: this causes bad things to happen int a, b;
Here is a workaround until the bug is fixed:
// workaround int a; int b;
Sporking Non-static Member Functions
- spork a non-static member function causes crashes/undefined behavior. Example:
class X { void fun foo() { <<< "hi" >>>; } } X x; // bug: causes crash and undefined behavior spork ~ x.foo();
++/-- inline bugs
- ++/-- causes incorrect behavior when used inline. Example:
// bug i++ * y++ => z;
Workaround: split into multiple statements
Static class variable initialization
- static class variables are initialized incorrectly. Example:
class X { // bug - this is not initialized static Object our_object; }
Here is a workaround:
class X { // declare as reference static Object @ our_object; } // initialize outside class new Object @=> X.our_object;