rokucommunity / brs / #26

Committed 01 Dec 2023 12:59PM UTC coverage: 91.487% (-0.2%) from 91.648%

Build # #26

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Merge 73f2d2beb into e98151c1d

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/src/brsTypes/components/RoAssociativeArray.ts

import { BrsValue, ValueKind, BrsString, BrsBoolean, BrsInvalid } from "../BrsType";
import { BrsComponent, BrsIterable } from "./BrsComponent";
import { BrsType } from "..";
import { Callable, StdlibArgument } from "../Callable";
import { Interpreter } from "../../interpreter";
import { Int32 } from "../Int32";
import { RoArray } from "./RoArray";

/** A member of an `AssociativeArray` in BrightScript. */
export interface AAMember {
    /** The member's name. */
    name: BrsString;
    /** The value associated with `name`. */
    value: BrsType;
}

export class RoAssociativeArray extends BrsComponent implements BrsValue, BrsIterable {
    readonly kind = ValueKind.Object;
    elements = new Map<string, BrsType>();
    enumIndex: number;
    /** Maps lowercased element name to original name used in this.elements.
     * Main benefit of it is fast, case-insensitive access.
     */
    keyMap = new Map<string, Set<string>>();
    private modeCaseSensitive: boolean = false;

    constructor(elements: AAMember[]) {
        super("roAssociativeArray");
        elements.forEach((member) => this.set(member.name, member.value, true));
        this.enumIndex = elements.length ? 0 : -1;

        this.registerMethods({
            ifAssociativeArray: [
                this.clear,
                this.delete,
                this.addreplace,
                this.count,
                this.doesexist,
                this.append,
                this.keys,
                this.items,
                this.lookup,
                this.lookupCI,
                this.setmodecasesensitive,
            ],
            ifEnum: [this.isEmpty, this.isNext, this.next, this.reset],
        });
    }

    toString(parent?: BrsType): string {
        if (parent) {
            return "<Component: roAssociativeArray>";
        }

        return [
            "<Component: roAssociativeArray> =",
            "{",
            ...Array.from(this.elements.entries())
                .sort()
                .map(([key, value]) => `    ${key}: ${value.toString(this)}`),
            "}",
        ].join("\n");
    }

    equalTo(other: BrsType) {
        return BrsBoolean.False;
    }

    getValue() {
        return this.elements;
    }

    getElements() {
        return Array.from(this.elements.keys())
            .sort()
            .map((key) => new BrsString(key));
    }

    getValues() {
        return Array.from(this.elements.values())
            .sort()
            .map((value: BrsType) => value);
    }

    get(index: BrsType, isCaseSensitive = false) {
        if (index.kind !== ValueKind.String) {
            throw new Error("Associative array indexes must be strings");
        }

        // TODO: this works for now, in that a property with the same name as a method essentially
        // overwrites the method. The only reason this doesn't work is that getting a method from an
        // associative array and _not_ calling it returns `invalid`, but calling it returns the
        // function itself. I'm not entirely sure why yet, but it's gotta have something to do with
        // how methods are implemented within RBI.
        //
        // Are they stored separately from elements, like they are here? Or does
        // `Interpreter#visitCall` need to check for `invalid` in its callable, then try to find a
        // method with the desired name separately? That last bit would work but it's pretty gross.
        // That'd allow roArrays to have methods with the methods not accessible via `arr["count"]`.
        // Same with RoAssociativeArrays I guess.
        return (
            this.findElement(index.value, isCaseSensitive) ||
            this.getMethod(index.value) ||
            BrsInvalid.Instance
        );
    }

    set(index: BrsType, value: BrsType, isCaseSensitive = false) {
        if (index.kind !== ValueKind.String) {
            throw new Error("Associative array indexes must be strings");
        }
        // override old key with new one
        let oldKey = this.findElementKey(index.value);
        if (!this.modeCaseSensitive && oldKey) {
            this.elements.delete(oldKey);
            this.keyMap.set(oldKey.toLowerCase(), new Set()); // clear key set cuz in insensitive mode we should have 1 key in set
        }

        let indexValue = isCaseSensitive ? index.value : index.value.toLowerCase();
        this.elements.set(indexValue, value);

        let lkey = index.value.toLowerCase();
        if (!this.keyMap.has(lkey)) {
            this.keyMap.set(lkey, new Set());
        }
        this.keyMap.get(lkey)?.add(indexValue);

        return BrsInvalid.Instance;
    }

    getNext() {
        const keys = Array.from(this.elements.keys());
        const index = this.enumIndex;
        if (index >= 0) {
            this.enumIndex++;
            if (this.enumIndex >= keys.length) {
                this.enumIndex = -1;
            }
        }
        return keys[index];
    }

    updateNext() {
        const keys = Array.from(this.elements.keys());
        const hasItems = keys.length > 0;
        if (this.enumIndex === -1 && hasItems) {
            this.enumIndex = 0;
        } else if (this.enumIndex >= keys.length || !hasItems) {
            this.enumIndex = -1;
        }
    }

    /** if AA is in insensitive mode, it means that we should do insensitive search of real key */
    private findElementKey(elementKey: string, isCaseSensitiveFind = false) {
        if (this.modeCaseSensitive && isCaseSensitiveFind) {
            return elementKey;
        } else {
            return this.keyMap.get(elementKey.toLowerCase())?.values().next().value;
        }
    }

    private findElement(elementKey: string, isCaseSensitiveFind = false) {
        let realKey = this.findElementKey(elementKey, isCaseSensitiveFind);
        return realKey !== undefined ? this.elements.get(realKey) : undefined;
    }

    /** Removes all elements from the associative array */
    private clear = new Callable("clear", {
        signature: {
            args: [],
            returns: ValueKind.Void,
        },
        impl: (_: Interpreter) => {
            this.elements.clear();
            this.keyMap.clear();
            this.enumIndex = -1;
            return BrsInvalid.Instance;
        },
    });

    /** Removes a given item from the associative array */
    private delete = new Callable("delete", {
        signature: {
            args: [new StdlibArgument("str", ValueKind.String)],
            returns: ValueKind.Boolean,
        },
        impl: (_: Interpreter, str: BrsString) => {
            let key = this.findElementKey(str.value, this.modeCaseSensitive);
            let deleted = key ? this.elements.delete(key) : false;

            let lKey = str.value.toLowerCase();
            if (this.modeCaseSensitive) {
                let keySet = this.keyMap.get(lKey);
                keySet?.delete(key);
                if (keySet?.size === 0) {
                    this.keyMap.delete(lKey);
                }
            } else {
                this.keyMap.delete(lKey);
            }
            this.updateNext();
            return BrsBoolean.from(deleted);
        },
    });

    /** Given a key and value, adds an item to the associative array if it doesn't exist
     * Or replaces the value of a key that already exists in the associative array
     */
    private addreplace = new Callable("addreplace", {
        signature: {
            args: [
                new StdlibArgument("key", ValueKind.String),
                new StdlibArgument("value", ValueKind.Dynamic),
            ],
            returns: ValueKind.Void,
        },
        impl: (_: Interpreter, key: BrsString, value: BrsType) => {
            this.set(key, value, /* isCaseSensitive */ true);
            this.updateNext();
            return BrsInvalid.Instance;
        },
    });

    /** Returns the number of items in the associative array */
    private count = new Callable("count", {
        signature: {
            args: [],
            returns: ValueKind.Int32,
        },
        impl: (_: Interpreter) => {
            return new Int32(this.elements.size);
        },
    });

    /** Returns a boolean indicating whether or not a given key exists in the associative array */
    private doesexist = new Callable("doesexist", {
        signature: {
            args: [new StdlibArgument("str", ValueKind.String)],
            returns: ValueKind.Boolean,
        },
        impl: (_: Interpreter, str: BrsString) => {
            let key = this.findElementKey(str.value, this.modeCaseSensitive);
            return key && this.elements.has(key) ? BrsBoolean.True : BrsBoolean.False;
        },
    });

    /** Appends a new associative array to another. If two keys are the same, the value of the original AA is replaced with the new one. */
    private append = new Callable("append", {
        signature: {
            args: [new StdlibArgument("obj", ValueKind.Object)],
            returns: ValueKind.Void,
        },
        impl: (_: Interpreter, obj: BrsType) => {
            if (!(obj instanceof RoAssociativeArray)) {
                // TODO: validate against RBI
                return BrsInvalid.Instance;
            }

            obj.elements.forEach((value, key) => {
                this.set(new BrsString(key), value, true);
            });
            this.updateNext();

            return BrsInvalid.Instance;
        },
    });

    /** Returns an array of keys from the associative array in lexicographical order */
    private keys = new Callable("keys", {
        signature: {
            args: [],
            returns: ValueKind.Object,
        },
        impl: (_: Interpreter) => {
            return new RoArray(this.getElements());
        },
    });

    /** Returns an array of values from the associative array in lexicographical order */
    private items = new Callable("items", {
        signature: {
            args: [],
            returns: ValueKind.Object,
        },
        impl: (_: Interpreter) => {
            return new RoArray(
                this.getElements().map((key: BrsString) => {
                    return new RoAssociativeArray([
                        {
                            name: new BrsString("key"),
                            value: key,
                        },
                        {
                            name: new BrsString("value"),
                            value: this.get(key),
                        },
                    ]);
                })
            );
        },
    });

    /** Given a key, returns the value associated with that key.
     * This method is case insensitive either-or case sensitive, depends on whether `setModeCasesensitive` was called or not.
     */
    private lookup = new Callable("lookup", {
        signature: {
            args: [new StdlibArgument("key", ValueKind.String)],
            returns: ValueKind.Dynamic,
        },
        impl: (_: Interpreter, key: BrsString) => {
            return this.get(key, true);
        },
    });

    /** Given a key, returns the value associated with that key. This method always is case insensitive. */
    private lookupCI = new Callable("lookupCI", {
        signature: {
            args: [new StdlibArgument("key", ValueKind.String)],
            returns: ValueKind.Dynamic,
        },
        impl: (_: Interpreter, key: BrsString) => {
            return this.get(key);
        },
    });

    /** Changes the sensitive case method for lookups */
    private setmodecasesensitive = new Callable("setModeCaseSensitive", {
        signature: {
            args: [],
            returns: ValueKind.Void,
        },
        impl: (_: Interpreter) => {
            this.modeCaseSensitive = true;
            return BrsInvalid.Instance;
        },
    });

    //--------------------------------- ifEnum ---------------------------------

    /** Returns true if enumeration contains no elements, false otherwise         */
    private isEmpty = new Callable("isEmpty", {
        signature: {
            args: [],
            returns: ValueKind.Boolean,
        },
        impl: (_: Interpreter) => {
            return BrsBoolean.from(this.elements.size === 0);
        },
    });

    /** Checks whether the current position is not past the end of the enumeration. */
    private isNext = new Callable("isNext", {
        signature: {
            args: [],
            returns: ValueKind.Boolean,
        },
        impl: (_: Interpreter) => {
            return BrsBoolean.from(this.enumIndex >= 0);
        },
    });

    /** Resets the current position to the first element of the enumeration. */
    private reset = new Callable("reset", {
        signature: {
            args: [],
            returns: ValueKind.Void,
        },
        impl: (_: Interpreter) => {
            this.enumIndex = this.elements.size > 0 ? 0 : -1;
            return BrsInvalid.Instance;
        },
    });

    /** Increments the position of an enumeration. */
    private next = new Callable("next", {
        signature: {
            args: [],
            returns: ValueKind.Dynamic,
        },
        impl: (_: Interpreter) => {
            const item = this.getNext();
            return item ? new BrsString(item) : BrsInvalid.Instance;
        },
    });
}

1	import { BrsValue, ValueKind, BrsString, BrsBoolean, BrsInvalid } from "../BrsType";	138✔
2	import { BrsComponent, BrsIterable } from "./BrsComponent";	138✔
3	import { BrsType } from "..";
4	import { Callable, StdlibArgument } from "../Callable";	138✔
5	import { Interpreter } from "../../interpreter";
6	import { Int32 } from "../Int32";	138✔
7	import { RoArray } from "./RoArray";	138✔
8
9	/** A member of an `AssociativeArray` in BrightScript. */
10	export interface AAMember {
11	/** The member's name. */
12	name: BrsString;
13	/** The value associated with `name`. */
14	value: BrsType;
15	}
16
17	export class RoAssociativeArray extends BrsComponent implements BrsValue, BrsIterable {	138✔
18	readonly kind = ValueKind.Object;	11,935✔
19	elements = new Map<string, BrsType>();	11,935✔
20	enumIndex: number;
21	/** Maps lowercased element name to original name used in this.elements.
22	* Main benefit of it is fast, case-insensitive access.
23	*/
24	keyMap = new Map<string, Set<string>>();	11,935✔
25	private modeCaseSensitive: boolean = false;	11,935✔
26
27	constructor(elements: AAMember[]) {
28	super("roAssociativeArray");	11,935✔
29	elements.forEach((member) => this.set(member.name, member.value, true));	11,935✔
30	this.enumIndex = elements.length ? 0 : -1;	11,935✔
31
32	this.registerMethods({	11,935✔
33	ifAssociativeArray: [
34	this.clear,
35	this.delete,
36	this.addreplace,
37	this.count,
38	this.doesexist,
39	this.append,
40	this.keys,
41	this.items,
42	this.lookup,
43	this.lookupCI,
44	this.setmodecasesensitive,
45	],
46	ifEnum: [this.isEmpty, this.isNext, this.next, this.reset],
47	});
48	}
49
50	toString(parent?: BrsType): string {
51	if (parent) {	49✔
52	return "<Component: roAssociativeArray>";	34✔
53	}
54
55	return [	15✔
56	"<Component: roAssociativeArray> =",
57	"{",
58	...Array.from(this.elements.entries())
59	.sort()
60	.map(([key, value]) => ` ${key}: ${value.toString(this)}`),	27✔
61	"}",
62	].join("\n");
63	}
64
65	equalTo(other: BrsType) {
66	return BrsBoolean.False;	3✔
67	}
68
69	getValue() {
70	return this.elements;	41✔
71	}
72
73	getElements() {
74	return Array.from(this.elements.keys())	33✔
75	.sort()
76	.map((key) => new BrsString(key));	72✔
77	}
78
79	getValues() {
80	return Array.from(this.elements.values())	×
81	.sort()
82	.map((value: BrsType) => value);	×
83	}
84
85	get(index: BrsType, isCaseSensitive = false) {	692✔
86	if (index.kind !== ValueKind.String) {	709!
87	throw new Error("Associative array indexes must be strings");	×
88	}
89
90	// TODO: this works for now, in that a property with the same name as a method essentially
91	// overwrites the method. The only reason this doesn't work is that getting a method from an
92	// associative array and _not_ calling it returns `invalid`, but calling it returns the
93	// function itself. I'm not entirely sure why yet, but it's gotta have something to do with
94	// how methods are implemented within RBI.
95	//
96	// Are they stored separately from elements, like they are here? Or does
97	// `Interpreter#visitCall` need to check for `invalid` in its callable, then try to find a
98	// method with the desired name separately? That last bit would work but it's pretty gross.
99	// That'd allow roArrays to have methods with the methods not accessible via `arr["count"]`.
100	// Same with RoAssociativeArrays I guess.
101	return (	709✔
102	this.findElement(index.value, isCaseSensitive) \|\|	796✔
103	this.getMethod(index.value) \|\|
104	BrsInvalid.Instance
105	);
106	}
107
108	set(index: BrsType, value: BrsType, isCaseSensitive = false) {	350✔
109	if (index.kind !== ValueKind.String) {	3,096!
110	throw new Error("Associative array indexes must be strings");	×
111	}
112	// override old key with new one
113	let oldKey = this.findElementKey(index.value);	3,096✔
114	if (!this.modeCaseSensitive && oldKey) {	3,096✔
115	this.elements.delete(oldKey);	47✔
116	this.keyMap.set(oldKey.toLowerCase(), new Set()); // clear key set cuz in insensitive mode we should have 1 key in set	47✔
117	}
118
119	let indexValue = isCaseSensitive ? index.value : index.value.toLowerCase();	3,096✔
120	this.elements.set(indexValue, value);	3,096✔
121
122	let lkey = index.value.toLowerCase();	3,096✔
123	if (!this.keyMap.has(lkey)) {	3,096✔
124	this.keyMap.set(lkey, new Set());	3,047✔
125	}
126	this.keyMap.get(lkey)?.add(indexValue);	3,096!
127
128	return BrsInvalid.Instance;	3,096✔
129	}
130
131	getNext() {
132	const keys = Array.from(this.elements.keys());	17✔
133	const index = this.enumIndex;	17✔
134	if (index >= 0) {	17✔
135	this.enumIndex++;	15✔
136	if (this.enumIndex >= keys.length) {	15✔
137	this.enumIndex = -1;	2✔
138	}
139	}
140	return keys[index];	17✔
141	}
142
143	updateNext() {
144	const keys = Array.from(this.elements.keys());	19✔
145	const hasItems = keys.length > 0;	19✔
146	if (this.enumIndex === -1 && hasItems) {	19✔
147	this.enumIndex = 0;	2✔
148	} else if (this.enumIndex >= keys.length \|\| !hasItems) {	17!
NEW 149	this.enumIndex = -1;	×
150	}
151	}
152
153	/** if AA is in insensitive mode, it means that we should do insensitive search of real key */
154	private findElementKey(elementKey: string, isCaseSensitiveFind = false) {	3,096✔
155	if (this.modeCaseSensitive && isCaseSensitiveFind) {	3,816✔
156	return elementKey;	7✔
157	} else {
158	return this.keyMap.get(elementKey.toLowerCase())?.values().next().value;	3,809✔
159	}
160	}
161
162	private findElement(elementKey: string, isCaseSensitiveFind = false) {	×
163	let realKey = this.findElementKey(elementKey, isCaseSensitiveFind);	709✔
164	return realKey !== undefined ? this.elements.get(realKey) : undefined;	709✔
165	}
166
167	/** Removes all elements from the associative array */
168	private clear = new Callable("clear", {	11,935✔
169	signature: {
170	args: [],
171	returns: ValueKind.Void,
172	},
173	impl: (_: Interpreter) => {
174	this.elements.clear();	2✔
175	this.keyMap.clear();	2✔
176	this.enumIndex = -1;	2✔
177	return BrsInvalid.Instance;	2✔
178	},
179	});
180
181	/** Removes a given item from the associative array */
182	private delete = new Callable("delete", {	11,935✔
183	signature: {
184	args: [new StdlibArgument("str", ValueKind.String)],
185	returns: ValueKind.Boolean,
186	},
187	impl: (_: Interpreter, str: BrsString) => {
188	let key = this.findElementKey(str.value, this.modeCaseSensitive);	3✔
189	let deleted = key ? this.elements.delete(key) : false;	3✔
190
191	let lKey = str.value.toLowerCase();	3✔
192	if (this.modeCaseSensitive) {	3!
193	let keySet = this.keyMap.get(lKey);	×
194	keySet?.delete(key);	×
195	if (keySet?.size === 0) {	×
196	this.keyMap.delete(lKey);	×
197	}
198	} else {
199	this.keyMap.delete(lKey);	3✔
200	}
201	this.updateNext();	3✔
202	return BrsBoolean.from(deleted);	3✔
203	},
204	});
205
206	/** Given a key and value, adds an item to the associative array if it doesn't exist
207	* Or replaces the value of a key that already exists in the associative array
208	*/
209	private addreplace = new Callable("addreplace", {	11,935✔
210	signature: {
211	args: [
212	new StdlibArgument("key", ValueKind.String),
213	new StdlibArgument("value", ValueKind.Dynamic),
214	],
215	returns: ValueKind.Void,
216	},
217	impl: (_: Interpreter, key: BrsString, value: BrsType) => {
218	this.set(key, value, /* isCaseSensitive */ true);	14✔
219	this.updateNext();	14✔
220	return BrsInvalid.Instance;	14✔
221	},
222	});
223
224	/** Returns the number of items in the associative array */
225	private count = new Callable("count", {	11,935✔
226	signature: {
227	args: [],
228	returns: ValueKind.Int32,
229	},
230	impl: (_: Interpreter) => {
231	return new Int32(this.elements.size);	14✔
232	},
233	});
234
235	/** Returns a boolean indicating whether or not a given key exists in the associative array */
236	private doesexist = new Callable("doesexist", {	11,935✔
237	signature: {
238	args: [new StdlibArgument("str", ValueKind.String)],
239	returns: ValueKind.Boolean,
240	},
241	impl: (_: Interpreter, str: BrsString) => {
242	let key = this.findElementKey(str.value, this.modeCaseSensitive);	8✔
243	return key && this.elements.has(key) ? BrsBoolean.True : BrsBoolean.False;	8✔
244	},
245	});
246
247	/** Appends a new associative array to another. If two keys are the same, the value of the original AA is replaced with the new one. */
248	private append = new Callable("append", {	11,935✔
249	signature: {
250	args: [new StdlibArgument("obj", ValueKind.Object)],
251	returns: ValueKind.Void,
252	},
253	impl: (_: Interpreter, obj: BrsType) => {
254	if (!(obj instanceof RoAssociativeArray)) {	2!
255	// TODO: validate against RBI
256	return BrsInvalid.Instance;	×
257	}
258
259	obj.elements.forEach((value, key) => {	2✔
260	this.set(new BrsString(key), value, true);	6✔
261	});
262	this.updateNext();	2✔
263
264	return BrsInvalid.Instance;	2✔
265	},
266	});
267
268	/** Returns an array of keys from the associative array in lexicographical order */
269	private keys = new Callable("keys", {	11,935✔
270	signature: {
271	args: [],
272	returns: ValueKind.Object,
273	},
274	impl: (_: Interpreter) => {
275	return new RoArray(this.getElements());	7✔
276	},
277	});
278
279	/** Returns an array of values from the associative array in lexicographical order */
280	private items = new Callable("items", {	11,935✔
281	signature: {
282	args: [],
283	returns: ValueKind.Object,
284	},
285	impl: (_: Interpreter) => {
286	return new RoArray(	17✔
287	this.getElements().map((key: BrsString) => {
288	return new RoAssociativeArray([	18✔
289	{
290	name: new BrsString("key"),
291	value: key,
292	},
293	{
294	name: new BrsString("value"),
295	value: this.get(key),
296	},
297	]);
298	})
299	);
300	},
301	});
302
303	/** Given a key, returns the value associated with that key.
304	* This method is case insensitive either-or case sensitive, depends on whether `setModeCasesensitive` was called or not.
305	*/
306	private lookup = new Callable("lookup", {	11,935✔
307	signature: {
308	args: [new StdlibArgument("key", ValueKind.String)],
309	returns: ValueKind.Dynamic,
310	},
311	impl: (_: Interpreter, key: BrsString) => {
312	return this.get(key, true);	7✔
313	},
314	});
315
316	/** Given a key, returns the value associated with that key. This method always is case insensitive. */
317	private lookupCI = new Callable("lookupCI", {	11,935✔
318	signature: {
319	args: [new StdlibArgument("key", ValueKind.String)],
320	returns: ValueKind.Dynamic,
321	},
322	impl: (_: Interpreter, key: BrsString) => {
323	return this.get(key);	4✔
324	},
325	});
326
327	/** Changes the sensitive case method for lookups */
328	private setmodecasesensitive = new Callable("setModeCaseSensitive", {	11,935✔
329	signature: {
330	args: [],
331	returns: ValueKind.Void,
332	},
333	impl: (_: Interpreter) => {
334	this.modeCaseSensitive = true;	3✔
335	return BrsInvalid.Instance;	3✔
336	},
337	});
338
339	//--------------------------------- ifEnum ---------------------------------
340
341	/** Returns true if enumeration contains no elements, false otherwise */
342	private isEmpty = new Callable("isEmpty", {	11,935✔
343	signature: {
344	args: [],
345	returns: ValueKind.Boolean,
346	},
347	impl: (_: Interpreter) => {
348	return BrsBoolean.from(this.elements.size === 0);	1✔
349	},
350	});
351
352	/** Checks whether the current position is not past the end of the enumeration. */
353	private isNext = new Callable("isNext", {	11,935✔
354	signature: {
355	args: [],
356	returns: ValueKind.Boolean,
357	},
358	impl: (_: Interpreter) => {
359	return BrsBoolean.from(this.enumIndex >= 0);	6✔
360	},
361	});
362
363	/** Resets the current position to the first element of the enumeration. */
364	private reset = new Callable("reset", {	11,935✔
365	signature: {
366	args: [],
367	returns: ValueKind.Void,
368	},
369	impl: (_: Interpreter) => {
370	this.enumIndex = this.elements.size > 0 ? 0 : -1;	3!
371	return BrsInvalid.Instance;	3✔
372	},
373	});
374
375	/** Increments the position of an enumeration. */
376	private next = new Callable("next", {	11,935✔
377	signature: {
378	args: [],
379	returns: ValueKind.Dynamic,
380	},
381	impl: (_: Interpreter) => {
382	const item = this.getNext();	17✔
383	return item ? new BrsString(item) : BrsInvalid.Instance;	17✔
384	},
385	});
386	}

rokucommunity / brs / #26

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