mirror of
https://github.com/ninjamuffin99/Funkin.git
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279277b18c
* Initial test suite * Fix some build warnings * Implemented working unit tests with coverage * Reduced some warnings * Fix a mac-specific issue * Add 2 additional unit test classes. * Multiple new unit tests * Some fixins * Remove auto-generated file * WIP on hiding ignored tests * Added list of debug hotkeys * Remove old website * Remove empty file * Add more unit tests * Fix bug where arrows would nudge BF * Fix bug where ctrl/alt would flash capsules * Fixed bug where bf-old easter egg broke * Remove duplicate lines * More test-related stuff * Some code cleanup * Add mocking and a test assets folder * More TESTS! * Update Hmm... * Update artist on Monster * More minor fixes to individual functions * 1.38% unit test coverage! * Even more tests? :O * More unit test work * Rework migration for BaseRegistry * gameover fix * Fix an issue with Lime * Fix issues with version parsing on data files * 100 total unit tests! * Added even MORE unit tests! * Additional test tweaks :3 * Fixed tests on windows by updating libraries. * A bunch of smaller syntax tweaks. * New crash handler catches and logs critical errors! * Chart editor now has null safety enabled. * Null safety on all tests * New Level data test * Generate proper code coverage reports! * Disable null safety on ChartEditorState for unit testing * Update openfl to use latest fixes for crash reporting * Added unit test to Github Workflow * Updated unit tests to compile with null safety enabled by inlining assertions. * Added coverage gutters as a recommended extension * Impreovements to tests involving exceptions * Disable a few incomplete tests. * Add scripts for building unit coverage reports on linux --------- Co-authored-by: Cameron Taylor <cameron.taylor.ninja@gmail.com>
177 lines
4.7 KiB
Haxe
177 lines
4.7 KiB
Haxe
package funkin.util.macro;
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import haxe.macro.Context;
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import haxe.macro.Expr;
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import haxe.macro.Type;
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class MacroUtil
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{
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/**
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* Gets the value of a Haxe compiler define.
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*
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* @param key The name of the define to get the value of.
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* @param defaultValue The value to return if the define is not set.
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* @return An expression containing the value of the define.
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*/
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public static macro function getDefine(key:String, defaultValue:String = null):haxe.macro.Expr
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{
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var value = haxe.macro.Context.definedValue(key);
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if (value == null) value = defaultValue;
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return macro $v{value};
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}
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/**
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* Gets the current date and time (at compile time).
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* @return A `Date` object containing the current date and time.
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*/
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public static macro function getDate():ExprOf<Date>
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{
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var date = Date.now();
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var year = toExpr(date.getFullYear());
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var month = toExpr(date.getMonth());
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var day = toExpr(date.getDate());
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var hours = toExpr(date.getHours());
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var mins = toExpr(date.getMinutes());
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var secs = toExpr(date.getSeconds());
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return macro new Date($year, $month, $day, $hours, $mins, $secs);
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}
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#if macro
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//
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// MACRO HELPER FUNCTIONS
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//
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/**
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* Convert an ExprOf<Class<T>> to a ClassType.
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* @see https://github.com/jasononeil/compiletime/blob/master/src/CompileTime.hx#L201
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*/
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public static function getClassTypeFromExpr(e:Expr):ClassType
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{
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var classType:ClassType = null;
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var parts:Array<String> = [];
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var nextSection:ExprDef = e.expr;
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while (nextSection != null)
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{
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var section:ExprDef = nextSection;
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nextSection = null;
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switch (section)
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{
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// Expression is a class name with no packages
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case EConst(c):
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switch (c)
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{
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case CIdent(cn):
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if (cn != "null") parts.unshift(cn);
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default:
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}
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// Expression is a fully qualified package name.
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// We need to traverse the expression tree to get the full package name.
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case EField(exp, field):
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nextSection = exp.expr;
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parts.unshift(field);
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// We've reached the end of the expression tree.
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default:
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}
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}
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var fullClassName:String = parts.join('.');
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if (fullClassName != "")
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{
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var classType:Type = Context.getType(fullClassName);
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// Follow typedefs to get the actual class type.
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var classTypeParsed:Type = Context.follow(classType, false);
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switch (classTypeParsed)
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{
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case TInst(t, params):
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return t.get();
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default:
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// We couldn't parse this class type.
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// This function may need to be updated to be more robust.
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throw 'Class type could not be parsed: ${fullClassName}';
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}
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}
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return null;
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}
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public static function isFieldStatic(field:haxe.macro.Expr.Field):Bool
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{
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return field.access.contains(AStatic);
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}
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/**
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* Converts a value to an equivalent macro expression.
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*/
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public static function toExpr(value:Dynamic):ExprOf<Dynamic>
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{
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return Context.makeExpr(value, Context.currentPos());
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}
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public static function areClassesEqual(class1:ClassType, class2:ClassType):Bool
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{
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return class1.pack.join('.') == class2.pack.join('.') && class1.name == class2.name;
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}
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/**
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* Retrieve a ClassType from a string name.
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*/
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public static function getClassType(name:String):ClassType
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{
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switch (Context.getType(name))
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{
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case TInst(t, _params):
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return t.get();
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default:
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throw 'Class type could not be parsed: ${name}';
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}
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}
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/**
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* Determine whether a given ClassType is a subclass of a given superclass.
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* @param classType The class to check.
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* @param superClass The superclass to check for.
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* @return Whether the class is a subclass of the superclass.
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*/
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public static function isSubclassOf(classType:ClassType, superClass:ClassType):Bool
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{
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if (areClassesEqual(classType, superClass)) return true;
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if (classType.superClass != null)
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{
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return isSubclassOf(classType.superClass.t.get(), superClass);
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}
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return false;
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}
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/**
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* Determine whether a given ClassType implements a given interface.
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* @param classType The class to check.
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* @param interfaceType The interface to check for.
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* @return Whether the class implements the interface.
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*/
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public static function implementsInterface(classType:ClassType, interfaceType:ClassType):Bool
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{
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for (i in classType.interfaces)
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{
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if (areClassesEqual(i.t.get(), interfaceType))
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{
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return true;
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}
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}
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if (classType.superClass != null)
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{
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return implementsInterface(classType.superClass.t.get(), interfaceType);
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}
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return false;
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}
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#end
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}
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