Diffusion Ant (mir/inline-method) Code

ant/tests/test_ctor_prop_feedback.cjs
3fa05edd2fe3mir/inline-method

test_ctor_prop_feedback.cjs
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			function assert(cond, msg) {
			if (!cond) throw new Error(msg \|\| 'assertion failed');
			}

			function C5() {
			this.a = 1;
			this.b = 2;
			this.c = 3;
			this.d = 4;
			this.e = 5;
			}

			function C2() {
			this.a = 1;
			this.b = 2;
			}

			function CWarm() {
			this.a = 1;
			this.b = 2;
			this.c = 3;
			}

			function CEmpty() {}

			for (let i = 0; i < 8; i++) new CWarm();
			for (let i = 0; i < 50; i++) new C2();
			for (let i = 0; i < 1000; i++) new C5();

			const fEmpty = Ant.raw.ctorPropFeedback(CEmpty);
			const fWarm = Ant.raw.ctorPropFeedback(CWarm);
			const f2 = Ant.raw.ctorPropFeedback(C2);
			const f5 = Ant.raw.ctorPropFeedback(C5);

			assert(fEmpty && fWarm && f2 && f5, 'feedback object missing');
			assert(fWarm.inobjLimitFrozen === false, 'CWarm should still be in slack tracking');
			assert(fWarm.slackRemaining > 0, 'CWarm slackRemaining should be positive');
			assert(fWarm.inobjLimit === fEmpty.inobjLimit, 'CWarm should use default inobjLimit before freeze');
			assert(f2.samples === 50, 'C2 sample count mismatch');
			assert(f5.samples === 1000, 'C5 sample count mismatch');
			assert(Array.isArray(f2.bins) && Array.isArray(f5.bins), 'bins missing');
			assert(f2.bins[2] === 50, 'C2 bin[2] mismatch');
			assert(f5.bins[5] === 1000, 'C5 bin[5] mismatch');
			assert(f5.overflowFrom === 16, 'overflowFrom mismatch');
			assert(f2.inobjLimit === 2, 'C2 inobjLimit mismatch');
			assert(f5.inobjLimit >= 4, 'C5 inobjLimit mismatch');
			assert(f2.inobjLimitFrozen === true, 'C2 limit should be frozen');
			assert(f5.inobjLimitFrozen === true, 'C5 limit should be frozen');
			assert(f2.slackRemaining === 0, 'C2 slackRemaining mismatch');
			assert(f5.slackRemaining === 0, 'C5 slackRemaining mismatch');

			console.log('ctorPropFeedback OK');

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