#294

Committed 24 Apr 2023 07:40PM UTC coverage: 91.705% (+5.4%) from 86.275%

Build # #294

Build Type

push

Committed by

Commit Message

Merge pull request #1 from rokucommunity/adoption

refactor in preparation for adoption the project

Run Details

1736 of 2013 branches covered (86.24%)

Branch coverage included in aggregate %.

5152 of 5498 relevant lines covered (93.71%)

8882.84 hits per line

Source File
Press 'n' to go to next uncovered line, 'b' for previous

96.73

/src/coverage/FileCoverage.ts

// tslint:disable-next-line
import type { FileCoverageData } from "istanbul-lib-coverage";
import { Stmt, Expr } from "../parser";
import { Location, isToken, Lexeme } from "../lexer";
import { BrsInvalid, BrsType } from "../brsTypes";
import { isStatement } from "../parser/Statement";

/** Keeps track of the number of hits on a given statement or expression. */
interface StatementCoverage {
    /** Number of times the interpreter has executed/evaluated this statement. */
    hits: number;
    /** Combine expressions and statements because we need to log some expressions to get the coverage report. */
    statement: Expr.Expression | Stmt.Statement;
}

export class FileCoverage implements Expr.Visitor<BrsType>, Stmt.Visitor<BrsType> {
    private statements = new Map<string, StatementCoverage>();

    constructor(readonly filePath: string) {}

    /**
     * Returns the StatementCoverage object for a given statement.
     * @param statement statement for which to get coverage.
     */
    private get(statement: Expr.Expression | Stmt.Statement) {
        let key = this.getStatementKey(statement);
        return this.statements.get(key);
    }

    /**
     * Creates a StatementCoverage object for a given statement.
     * @param statement statement to add.
     */
    private add(statement: Expr.Expression | Stmt.Statement) {
        let key = this.getStatementKey(statement);
        this.statements.set(key, { hits: 0, statement });
    }

    /**
     * Generates a key for the statement using its location and type.
     * @param statement statement for which to generate a key.
     */
    getStatementKey(statement: Expr.Expression | Stmt.Statement) {
        let { start, end } = statement.location;
        let kind = isStatement(statement) ? "stmt" : "expr";
        return `${kind}:${statement.type}:${start.line},${start.column}-${end.line},${end.column}`;
    }

    /**
     * Logs a hit to a particular statement, indicating the statement was used.
     * @param statement statement for which to log a hit
     */
    logHit(statement: Expr.Expression | Stmt.Statement) {
        let coverage = this.get(statement);
        if (coverage) {
            coverage.hits++;
        }
    }

    /**
     * Converts the coverage data to a POJO that's more friendly for consumers.
     */
    getCoverage(): FileCoverageData {
        let coverageSummary: FileCoverageData = {
            path: this.filePath,
            statementMap: {},
            fnMap: {},
            branchMap: {},
            s: {},
            f: {},
            b: {},
        };

        this.statements.forEach(({ statement, hits }, key) => {
            if (statement instanceof Stmt.If) {
                let locations: Location[] = [];
                let branchHits: number[] = [];

                // Add the "if" coverage
                let thenBranchCoverage = this.get(statement.thenBranch);
                if (thenBranchCoverage) {
                    locations.push({
                        ...statement.location,
                        end: statement.condition.location.end,
                    });
                    branchHits.push(thenBranchCoverage.hits);
                }

                // the condition is a statement as well as a branch, so put it in the statement map
                let ifCondition = this.get(statement.condition);
                if (ifCondition) {
                    coverageSummary.statementMap[`${key}.if`] = statement.condition.location;
                    coverageSummary.s[`${key}.if`] = ifCondition.hits;
                }

                // Add the "else if" coverage
                statement.elseIfs?.forEach((branch, index) => {
                    let elseIfCoverage = this.get(branch.condition);
                    if (elseIfCoverage) {
                        // the condition is a statement as well as a branch, so put it in the statement map
                        coverageSummary.statementMap[`${key}.elseif-${index}`] =
                            branch.condition.location;
                        coverageSummary.s[`${key}.elseif-${index}`] = elseIfCoverage.hits;

                        // add to the list of branches
                        let elseIfBlock = this.get(branch.thenBranch);
                        if (elseIfBlock) {
                            // use the tokens as the start for the branch rather than the condition
                            let start =
                                statement.tokens.elseIfs?.[index].location.start ||
                                branch.condition.location.start;
                            locations.push({ ...branch.condition.location, start });
                            branchHits.push(elseIfBlock.hits);
                        }
                    }
                });

                // Add the "else" coverage
                if (statement.elseBranch) {
                    let elseCoverage = this.get(statement.elseBranch);
                    if (elseCoverage) {
                        // use the tokens as the start rather than the condition
                        let start =
                            statement.tokens.else?.location.start ||
                            statement.elseBranch.location.start;
                        locations.push({ ...statement.elseBranch.location, start });
                        branchHits.push(elseCoverage.hits);
                    }
                }

                coverageSummary.branchMap[key] = {
                    loc: statement.location,
                    type: "if",
                    locations,
                    line: statement.location.start.line,
                };
                coverageSummary.b[key] = branchHits;
            } else if (statement instanceof Stmt.Function) {
                // Named functions
                let functionCoverage = this.get(statement.func.body);
                if (functionCoverage) {
                    coverageSummary.fnMap[key] = {
                        name: statement.name.text,
                        loc: statement.location,
                        decl: {
                            ...statement.func.keyword.location,
                            end: statement.name.location.end,
                        },
                        line: statement.location.start.line,
                    };
                    coverageSummary.f[key] = functionCoverage.hits;
                }
            } else if (statement instanceof Expr.Function) {
                // Anonymous functions
                let functionCoverage = this.get(statement.body);
                if (functionCoverage) {
                    coverageSummary.fnMap[key] = {
                        name: "[Function]",
                        loc: statement.location,
                        decl: statement.keyword.location,
                        line: statement.location.start.line,
                    };
                    coverageSummary.f[key] = functionCoverage.hits;
                }
            } else if (
                statement instanceof Expr.Binary &&
                (statement.token.kind === Lexeme.And || statement.token.kind === Lexeme.Or)
            ) {
                let locations: Location[] = [];
                let branchHits: number[] = [];

                let leftCoverage = this.get(statement.left);
                if (leftCoverage) {
                    locations.push(statement.left.location);
                    branchHits.push(leftCoverage.hits);
                }
                let rightCoverage = this.get(statement.right);
                if (rightCoverage) {
                    locations.push(statement.right.location);
                    branchHits.push(rightCoverage.hits);
                }

                coverageSummary.branchMap[key] = {
                    loc: statement.location,
                    type: statement.token.kind,
                    locations,
                    line: statement.location.start.line,
                };
                coverageSummary.b[key] = branchHits;

                // this is a statement as well as a branch, so put it in the statement map
                coverageSummary.statementMap[key] = statement.location;
                coverageSummary.s[key] = hits;
            } else if (
                isStatement(statement) &&
                !(statement instanceof Stmt.Block) // blocks are part of other statements, so don't include them
            ) {
                coverageSummary.statementMap[key] = statement.location;
                coverageSummary.s[key] = hits;
            }
        });

        return coverageSummary;
    }

    /**
     *  STATEMENTS
     */

    visitAssignment(statement: Stmt.Assignment) {
        this.evaluate(statement.value);
        return BrsInvalid.Instance;
    }

    visitExpression(statement: Stmt.Expression) {
        this.evaluate(statement.expression);
        return BrsInvalid.Instance;
    }

    visitExitFor(statement: Stmt.ExitFor): never {
        throw new Stmt.ExitForReason(statement.location);
    }

    visitExitWhile(statement: Stmt.ExitWhile): never {
        throw new Stmt.ExitWhileReason(statement.location);
    }

    visitPrint(statement: Stmt.Print) {
        statement.expressions.forEach((exprOrToken) => {
            if (!isToken(exprOrToken)) {
                this.evaluate(exprOrToken);
            }
        });
        return BrsInvalid.Instance;
    }

    visitIf(statement: Stmt.If) {
        this.evaluate(statement.condition);
        this.execute(statement.thenBranch);

        statement.elseIfs?.forEach((elseIf) => {
            this.evaluate(elseIf.condition);
            this.execute(elseIf.thenBranch);
        });

        if (statement.elseBranch) {
            this.execute(statement.elseBranch);
        }

        return BrsInvalid.Instance;
    }

    visitBlock(block: Stmt.Block) {
        block.statements.forEach((statement) => this.execute(statement));
        return BrsInvalid.Instance;
    }

    visitFor(statement: Stmt.For) {
        this.execute(statement.counterDeclaration);
        this.evaluate(statement.counterDeclaration.value);
        this.evaluate(statement.finalValue);
        this.evaluate(statement.increment);
        this.execute(statement.body);

        return BrsInvalid.Instance;
    }

    visitForEach(statement: Stmt.ForEach) {
        this.evaluate(statement.target);
        this.execute(statement.body);

        return BrsInvalid.Instance;
    }

    visitWhile(statement: Stmt.While) {
        this.evaluate(statement.condition);
        this.execute(statement.body);

        return BrsInvalid.Instance;
    }

    visitNamedFunction(statement: Stmt.Function) {
        // don't record the Expr.Function so that we don't double-count named functions.
        this.execute(statement.func.body);
        return BrsInvalid.Instance;
    }

    visitReturn(statement: Stmt.Return): never {
        if (!statement.value) {
            throw new Stmt.ReturnValue(statement.tokens.return.location);
        }

        let toReturn = this.evaluate(statement.value);
        throw new Stmt.ReturnValue(statement.tokens.return.location, toReturn);
    }

    visitDottedSet(statement: Stmt.DottedSet) {
        this.evaluate(statement.obj);
        this.evaluate(statement.value);

        return BrsInvalid.Instance;
    }

    visitIndexedSet(statement: Stmt.IndexedSet) {
        this.evaluate(statement.obj);
        this.evaluate(statement.index);
        this.evaluate(statement.value);

        return BrsInvalid.Instance;
    }

    visitIncrement(statement: Stmt.Increment) {
        this.evaluate(statement.value);

        return BrsInvalid.Instance;
    }

    visitLibrary(statement: Stmt.Library) {
        return BrsInvalid.Instance;
    }

    visitDim(statement: Stmt.Dim) {
        statement.dimensions.forEach((expr) => this.evaluate(expr));
        return BrsInvalid.Instance;
    }

    /**
     * EXPRESSIONS
     */

    visitBinary(expression: Expr.Binary) {
        this.evaluate(expression.left);
        this.evaluate(expression.right);
        return BrsInvalid.Instance;
    }

    visitCall(expression: Expr.Call) {
        this.evaluate(expression.callee);
        expression.args.map(this.evaluate, this);
        return BrsInvalid.Instance;
    }

    visitAnonymousFunction(func: Expr.Function) {
        this.execute(func.body);
        return BrsInvalid.Instance;
    }

    visitDottedGet(expression: Expr.DottedGet) {
        this.evaluate(expression.obj);
        return BrsInvalid.Instance;
    }

    visitIndexedGet(expression: Expr.IndexedGet) {
        this.evaluate(expression.obj);
        this.evaluate(expression.index);
        return BrsInvalid.Instance;
    }

    visitGrouping(expression: Expr.Grouping) {
        this.evaluate(expression.expression);
        return BrsInvalid.Instance;
    }

    visitLiteral(expression: Expr.Literal) {
        return BrsInvalid.Instance;
    }

    visitArrayLiteral(expression: Expr.ArrayLiteral) {
        expression.elements.forEach((expr) => this.evaluate(expr));
        return BrsInvalid.Instance;
    }

    visitAALiteral(expression: Expr.AALiteral) {
        expression.elements.forEach((member) => this.evaluate(member.value));
        return BrsInvalid.Instance;
    }

    visitUnary(expression: Expr.Unary) {
        this.evaluate(expression.right);
        return BrsInvalid.Instance;
    }

    visitVariable(expression: Expr.Variable) {
        return BrsInvalid.Instance;
    }

    evaluate(this: FileCoverage, expression: Expr.Expression) {
        this.add(expression);
        return expression.accept<BrsType>(this);
    }

    execute(this: FileCoverage, statement: Stmt.Statement): BrsType {
        this.add(statement);

        try {
            return statement.accept<BrsType>(this);
        } catch (err) {
            if (
                !(
                    err instanceof Stmt.ReturnValue ||
                    err instanceof Stmt.ExitFor ||
                    err instanceof Stmt.ExitForReason ||
                    err instanceof Stmt.ExitWhile ||
                    err instanceof Stmt.ExitWhileReason
                )
            ) {
                throw err;
            }
        }

        return BrsInvalid.Instance;
    }
}

1	// tslint:disable-next-line
2	import type { FileCoverageData } from "istanbul-lib-coverage";
3	import { Stmt, Expr } from "../parser";	130✔
4	import { Location, isToken, Lexeme } from "../lexer";	130✔
5	import { BrsInvalid, BrsType } from "../brsTypes";	130✔
6	import { isStatement } from "../parser/Statement";	130✔
7
8	/** Keeps track of the number of hits on a given statement or expression. */
9	interface StatementCoverage {
10	/** Number of times the interpreter has executed/evaluated this statement. */
11	hits: number;
12	/** Combine expressions and statements because we need to log some expressions to get the coverage report. */
13	statement: Expr.Expression \| Stmt.Statement;
14	}
15
16	export class FileCoverage implements Expr.Visitor<BrsType>, Stmt.Visitor<BrsType> {	130✔
17	private statements = new Map<string, StatementCoverage>();	37✔
18
19	constructor(readonly filePath: string) {}	37✔
20
21	/**
22	* Returns the StatementCoverage object for a given statement.
23	* @param statement statement for which to get coverage.
24	*/
25	private get(statement: Expr.Expression \| Stmt.Statement) {
26	let key = this.getStatementKey(statement);	139✔
27	return this.statements.get(key);	139✔
28	}
29
30	/**
31	* Creates a StatementCoverage object for a given statement.
32	* @param statement statement to add.
33	*/
34	private add(statement: Expr.Expression \| Stmt.Statement) {
35	let key = this.getStatementKey(statement);	174✔
36	this.statements.set(key, { hits: 0, statement });	174✔
37	}
38
39	/**
40	* Generates a key for the statement using its location and type.
41	* @param statement statement for which to generate a key.
42	*/
43	getStatementKey(statement: Expr.Expression \| Stmt.Statement) {
44	let { start, end } = statement.location;	329✔
45	let kind = isStatement(statement) ? "stmt" : "expr";	329✔
46	return `${kind}:${statement.type}:${start.line},${start.column}-${end.line},${end.column}`;	329✔
47	}
48
49	/**
50	* Logs a hit to a particular statement, indicating the statement was used.
51	* @param statement statement for which to log a hit
52	*/
53	logHit(statement: Expr.Expression \| Stmt.Statement) {
54	let coverage = this.get(statement);	103✔
55	if (coverage) {	103✔
56	coverage.hits++;	103✔
57	}
58	}
59
60	/**
61	* Converts the coverage data to a POJO that's more friendly for consumers.
62	*/
63	getCoverage(): FileCoverageData {
64	let coverageSummary: FileCoverageData = {	37✔
65	path: this.filePath,
66	statementMap: {},
67	fnMap: {},
68	branchMap: {},
69	s: {},
70	f: {},
71	b: {},
72	};
73
74	this.statements.forEach(({ statement, hits }, key) => {	37✔
75	if (statement instanceof Stmt.If) {	162✔
76	let locations: Location[] = [];	6✔
77	let branchHits: number[] = [];	6✔
78
79	// Add the "if" coverage
80	let thenBranchCoverage = this.get(statement.thenBranch);	6✔
81	if (thenBranchCoverage) {	6✔
82	locations.push({	6✔
83	...statement.location,
84	end: statement.condition.location.end,
85	});
86	branchHits.push(thenBranchCoverage.hits);	6✔
87	}
88
89	// the condition is a statement as well as a branch, so put it in the statement map
90	let ifCondition = this.get(statement.condition);	6✔
91	if (ifCondition) {	6✔
92	coverageSummary.statementMap[`${key}.if`] = statement.condition.location;	6✔
93	coverageSummary.s[`${key}.if`] = ifCondition.hits;	6✔
94	}
95
96	// Add the "else if" coverage
97	statement.elseIfs?.forEach((branch, index) => {	6!
98	let elseIfCoverage = this.get(branch.condition);	4✔
99	if (elseIfCoverage) {	4✔
100	// the condition is a statement as well as a branch, so put it in the statement map
101	coverageSummary.statementMap[`${key}.elseif-${index}`] =	4✔
102	branch.condition.location;
103	coverageSummary.s[`${key}.elseif-${index}`] = elseIfCoverage.hits;	4✔
104
105	// add to the list of branches
106	let elseIfBlock = this.get(branch.thenBranch);	4✔
107	if (elseIfBlock) {	4✔
108	// use the tokens as the start for the branch rather than the condition
109	let start =
110	statement.tokens.elseIfs?.[index].location.start \|\|	4✔
111	branch.condition.location.start;
112	locations.push({ ...branch.condition.location, start });	4✔
113	branchHits.push(elseIfBlock.hits);	4✔
114	}
115	}
116	});
117
118	// Add the "else" coverage
119	if (statement.elseBranch) {	6✔
120	let elseCoverage = this.get(statement.elseBranch);	4✔
121	if (elseCoverage) {	4✔
122	// use the tokens as the start rather than the condition
123	let start =
124	statement.tokens.else?.location.start \|\|	4✔
125	statement.elseBranch.location.start;
126	locations.push({ ...statement.elseBranch.location, start });	4✔
127	branchHits.push(elseCoverage.hits);	4✔
128	}
129	}
130
131	coverageSummary.branchMap[key] = {	6✔
132	loc: statement.location,
133	type: "if",
134	locations,
135	line: statement.location.start.line,
136	};
137	coverageSummary.b[key] = branchHits;	6✔
138	} else if (statement instanceof Stmt.Function) {	156✔
139	// Named functions
140	let functionCoverage = this.get(statement.func.body);	4✔
141	if (functionCoverage) {	4✔
142	coverageSummary.fnMap[key] = {	4✔
143	name: statement.name.text,
144	loc: statement.location,
145	decl: {
146	...statement.func.keyword.location,
147	end: statement.name.location.end,
148	},
149	line: statement.location.start.line,
150	};
151	coverageSummary.f[key] = functionCoverage.hits;	4✔
152	}
153	} else if (statement instanceof Expr.Function) {	152✔
154	// Anonymous functions
155	let functionCoverage = this.get(statement.body);	2✔
156	if (functionCoverage) {	2✔
157	coverageSummary.fnMap[key] = {	2✔
158	name: "[Function]",
159	loc: statement.location,
160	decl: statement.keyword.location,
161	line: statement.location.start.line,
162	};
163	coverageSummary.f[key] = functionCoverage.hits;	2✔
164	}
165	} else if (	150✔
166	statement instanceof Expr.Binary &&	166✔
167	(statement.token.kind === Lexeme.And \|\| statement.token.kind === Lexeme.Or)
168	) {
169	let locations: Location[] = [];	3✔
170	let branchHits: number[] = [];	3✔
171
172	let leftCoverage = this.get(statement.left);	3✔
173	if (leftCoverage) {	3✔
174	locations.push(statement.left.location);	3✔
175	branchHits.push(leftCoverage.hits);	3✔
176	}
177	let rightCoverage = this.get(statement.right);	3✔
178	if (rightCoverage) {	3✔
179	locations.push(statement.right.location);	3✔
180	branchHits.push(rightCoverage.hits);	3✔
181	}
182
183	coverageSummary.branchMap[key] = {	3✔
184	loc: statement.location,
185	type: statement.token.kind,
186	locations,
187	line: statement.location.start.line,
188	};
189	coverageSummary.b[key] = branchHits;	3✔
190
191	// this is a statement as well as a branch, so put it in the statement map
192	coverageSummary.statementMap[key] = statement.location;	3✔
193	coverageSummary.s[key] = hits;	3✔
194	} else if (	147✔
195	isStatement(statement) &&	208✔
196	!(statement instanceof Stmt.Block) // blocks are part of other statements, so don't include them
197	) {
198	coverageSummary.statementMap[key] = statement.location;	37✔
199	coverageSummary.s[key] = hits;	37✔
200	}
201	});
202
203	return coverageSummary;	37✔
204	}
205
206	/**
207	* STATEMENTS
208	*/
209
210	visitAssignment(statement: Stmt.Assignment) {
211	this.evaluate(statement.value);	16✔
212	return BrsInvalid.Instance;	16✔
213	}
214
215	visitExpression(statement: Stmt.Expression) {
216	this.evaluate(statement.expression);	6✔
217	return BrsInvalid.Instance;	6✔
218	}
219
220	visitExitFor(statement: Stmt.ExitFor): never {
221	throw new Stmt.ExitForReason(statement.location);	1✔
222	}
223
224	visitExitWhile(statement: Stmt.ExitWhile): never {
225	throw new Stmt.ExitWhileReason(statement.location);	1✔
226	}
227
228	visitPrint(statement: Stmt.Print) {
229	statement.expressions.forEach((exprOrToken) => {	4✔
230	if (!isToken(exprOrToken)) {	6✔
231	this.evaluate(exprOrToken);	6✔
232	}
233	});
234	return BrsInvalid.Instance;	4✔
235	}
236
237	visitIf(statement: Stmt.If) {
238	this.evaluate(statement.condition);	6✔
239	this.execute(statement.thenBranch);	6✔
240
241	statement.elseIfs?.forEach((elseIf) => {	6!
242	this.evaluate(elseIf.condition);	4✔
243	this.execute(elseIf.thenBranch);	4✔
244	});
245
246	if (statement.elseBranch) {	6✔
247	this.execute(statement.elseBranch);	4✔
248	}
249
250	return BrsInvalid.Instance;	6✔
251	}
252
253	visitBlock(block: Stmt.Block) {
254	block.statements.forEach((statement) => this.execute(statement));	24✔
255	return BrsInvalid.Instance;	24✔
256	}
257
258	visitFor(statement: Stmt.For) {
259	this.execute(statement.counterDeclaration);	1✔
260	this.evaluate(statement.counterDeclaration.value);	1✔
261	this.evaluate(statement.finalValue);	1✔
262	this.evaluate(statement.increment);	1✔
263	this.execute(statement.body);	1✔
264
265	return BrsInvalid.Instance;	1✔
266	}
267
268	visitForEach(statement: Stmt.ForEach) {
269	this.evaluate(statement.target);	1✔
270	this.execute(statement.body);	1✔
271
272	return BrsInvalid.Instance;	1✔
273	}
274
275	visitWhile(statement: Stmt.While) {
276	this.evaluate(statement.condition);	1✔
277	this.execute(statement.body);	1✔
278
279	return BrsInvalid.Instance;	1✔
280	}
281
282	visitNamedFunction(statement: Stmt.Function) {
283	// don't record the Expr.Function so that we don't double-count named functions.
284	this.execute(statement.func.body);	4✔
285	return BrsInvalid.Instance;	4✔
286	}
287
288	visitReturn(statement: Stmt.Return): never {
289	if (!statement.value) {	1!
290	throw new Stmt.ReturnValue(statement.tokens.return.location);	×
291	}
292
293	let toReturn = this.evaluate(statement.value);	1✔
294	throw new Stmt.ReturnValue(statement.tokens.return.location, toReturn);	1✔
295	}
296
297	visitDottedSet(statement: Stmt.DottedSet) {
298	this.evaluate(statement.obj);	1✔
299	this.evaluate(statement.value);	1✔
300
301	return BrsInvalid.Instance;	1✔
302	}
303
304	visitIndexedSet(statement: Stmt.IndexedSet) {
305	this.evaluate(statement.obj);	2✔
306	this.evaluate(statement.index);	2✔
307	this.evaluate(statement.value);	2✔
308
309	return BrsInvalid.Instance;	2✔
310	}
311
312	visitIncrement(statement: Stmt.Increment) {
313	this.evaluate(statement.value);	1✔
314
315	return BrsInvalid.Instance;	1✔
316	}
317
318	visitLibrary(statement: Stmt.Library) {
319	return BrsInvalid.Instance;	×
320	}
321
322	visitDim(statement: Stmt.Dim) {
323	statement.dimensions.forEach((expr) => this.evaluate(expr));	1✔
324	return BrsInvalid.Instance;	1✔
325	}
326
327	/**
328	* EXPRESSIONS
329	*/
330
331	visitBinary(expression: Expr.Binary) {
332	this.evaluate(expression.left);	9✔
333	this.evaluate(expression.right);	9✔
334	return BrsInvalid.Instance;	9✔
335	}
336
337	visitCall(expression: Expr.Call) {
338	this.evaluate(expression.callee);	3✔
339	expression.args.map(this.evaluate, this);	3✔
340	return BrsInvalid.Instance;	3✔
341	}
342
343	visitAnonymousFunction(func: Expr.Function) {
344	this.execute(func.body);	2✔
345	return BrsInvalid.Instance;	2✔
346	}
347
348	visitDottedGet(expression: Expr.DottedGet) {
349	this.evaluate(expression.obj);	2✔
350	return BrsInvalid.Instance;	2✔
351	}
352
353	visitIndexedGet(expression: Expr.IndexedGet) {
354	this.evaluate(expression.obj);	1✔
355	this.evaluate(expression.index);	1✔
356	return BrsInvalid.Instance;	1✔
357	}
358
359	visitGrouping(expression: Expr.Grouping) {
360	this.evaluate(expression.expression);	1✔
361	return BrsInvalid.Instance;	1✔
362	}
363
364	visitLiteral(expression: Expr.Literal) {
365	return BrsInvalid.Instance;	68✔
366	}
367
368	visitArrayLiteral(expression: Expr.ArrayLiteral) {
369	expression.elements.forEach((expr) => this.evaluate(expr));	6✔
370	return BrsInvalid.Instance;	2✔
371	}
372
373	visitAALiteral(expression: Expr.AALiteral) {
374	expression.elements.forEach((member) => this.evaluate(member.value));	2✔
375	return BrsInvalid.Instance;	2✔
376	}
377
378	visitUnary(expression: Expr.Unary) {
379	this.evaluate(expression.right);	1✔
380	return BrsInvalid.Instance;	1✔
381	}
382
383	visitVariable(expression: Expr.Variable) {
384	return BrsInvalid.Instance;	12✔
385	}
386
387	evaluate(this: FileCoverage, expression: Expr.Expression) {
388	this.add(expression);	93✔
389	return expression.accept<BrsType>(this);	93✔
390	}
391
392	execute(this: FileCoverage, statement: Stmt.Statement): BrsType {
393	this.add(statement);	81✔
394
395	try {	81✔
396	return statement.accept<BrsType>(this);	81✔
397	} catch (err) {
398	if (	3!
399	!(
400	err instanceof Stmt.ReturnValue \|\|	9✔
401	err instanceof Stmt.ExitFor \|\|
402	err instanceof Stmt.ExitForReason \|\|
403	err instanceof Stmt.ExitWhile \|\|
404	err instanceof Stmt.ExitWhileReason
405	)
406	) {
407	throw err;	×
408	}
409	}
410
411	return BrsInvalid.Instance;	3✔
412	}
413	}

rokucommunity / brs / #294

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