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Update statements tests

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cgewecke 5 years ago
parent 299d46aab4
commit 881771328f
1 changed files with 112 additions and 150 deletions
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  1. 262
      test/units/statements.js

262
test/units/statements.js
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/* eslint-env node, mocha */
/*const solc = require('solc');
const getInstrumentedVersion = require('./../lib/instrumentSolidity.js');
const util = require('./util/util.js');
const CoverageMap = require('./../lib/coverageMap');
const path = require('path');
const vm = require('./util/vm');
const assert = require('assert'); const assert = require('assert');
const util = require('./../util/util.js');
const ganache = require('ganache-core');
const Coverage = require('./../../lib/coverage');
describe('generic statements', () => { describe('generic statements', () => {
const filePath = path.resolve('./test.sol'); let coverage;
const pathPrefix = './'; let provider;
let collector;
before(async () => ({ provider, collector } = await util.initializeProvider(ganache)));
beforeEach(() => coverage = new Coverage());
after((done) => provider.close(done));
it('should compile function defined in a struct', () => { it('should compile function defined in a struct', () => {
const contract = util.getCode('statements/fn-struct.sol'); const info = util.instrumentAndCompile('statements/fn-struct');
const info = getInstrumentedVersion(contract, filePath); util.report(info.solcOutput.errors);
const output = JSON.parse(solc.compile(util.codeToCompilerInput(info.contract)));
util.report(output.errors);
}) })
it('should compile when using the type keyword', () => { it('should compile when using the type keyword', () => {
const contract = util.getCode('statements/type-keyword.sol'); const info = util.instrumentAndCompile('statements/type-keyword');
const info = getInstrumentedVersion(contract, filePath); util.report(info.solcOutput.errors);
const output = JSON.parse(solc.compile(util.codeToCompilerInput(info.contract)));
util.report(output.errors);
}) })
it('should compile after instrumenting a single statement (first line of function)', () => { it('should instrument a single statement (first line of function)', () => {
const contract = util.getCode('statements/single.sol'); const info = util.instrumentAndCompile('statements/single');
const info = getInstrumentedVersion(contract, filePath); util.report(info.solcOutput.errors);
const output = JSON.parse(solc.compile(util.codeToCompilerInput(info.contract)));
util.report(output.errors);
}); });
it('should compile after instrumenting multiple statements', () => { it('should instrument multiple statements', () => {
const contract = util.getCode('statements/multiple.sol'); const info = util.instrumentAndCompile('statements/multiple');
const info = getInstrumentedVersion(contract, filePath); util.report(info.solcOutput.errors);
const output = JSON.parse(solc.compile(util.codeToCompilerInput(info.contract)));
util.report(output.errors);
}); });
it('should compile after instrumenting a statement that is a function argument (single line)', () => { it('should instrument a statement that is a function argument (single line)', () => {
const contract = util.getCode('statements/fn-argument.sol'); const info = util.instrumentAndCompile('statements/fn-argument');
const info = getInstrumentedVersion(contract, filePath); util.report(info.solcOutput.errors);
const output = JSON.parse(solc.compile(util.codeToCompilerInput(info.contract)));
util.report(output.errors);
}); });
it('should compile after instrumenting a statement that is a function argument (multi-line)', () => { it('should instrument a statement that is a function argument (multi-line)', () => {
const contract = util.getCode('statements/fn-argument-multiline.sol'); const info = util.instrumentAndCompile('statements/fn-argument-multiline');
const info = getInstrumentedVersion(contract, filePath); util.report(info.solcOutput.errors);
const output = JSON.parse(solc.compile(util.codeToCompilerInput(info.contract)));
util.report(output.errors);
}); });
it('should compile after instrumenting an empty-contract-body', () => { it('should instrument an empty-contract-body', () => {
const contract = util.getCode('statements/empty-contract-ala-melonport.sol'); const info = util.instrumentAndCompile('statements/empty-contract-ala-melonport');
const info = getInstrumentedVersion(contract, filePath); util.report(info.solcOutput.errors);
const output = JSON.parse(solc.compile(util.codeToCompilerInput(info.contract)));
util.report(output.errors);
}); });
it('should NOT pass tests if the contract has a compilation error', () => { it('should NOT pass tests if the contract has a compilation error', () => {
const contract = util.getCode('statements/compilation-error.sol'); const info = util.instrumentAndCompile('../errors/compilation-error');
const info = getInstrumentedVersion(contract, filePath);
const output = JSON.parse(solc.compile(util.codeToCompilerInput(info.contract)));
try { try {
util.report(output.errors); util.report(output.errors);
assert.fail('WRONG'); // We shouldn't hit this. assert.fail('failure'); // We shouldn't hit this.
} catch (err) { } catch (err) {
(err.actual === 'WRONG') ? assert(false) : assert(true); (err.actual === 'failure') ? assert(false) : assert(true);
} }
}); });
it('should compile after instrumenting an emit statement after an un-enclosed if statement', () => { it('should instrument an emit statement after an un-enclosed if statement', () => {
const contract = util.getCode('statements/emit-instrument.sol'); const info = util.instrumentAndCompile('statements/emit-instrument');
const info = getInstrumentedVersion(contract, filePath); util.report(info.solcOutput.errors);
const output = JSON.parse(solc.compile(util.codeToCompilerInput(info.contract)));
util.report(output.errors);
}); });
it('should cover an emitted event statement', done => { it('should cover an emitted event statement', async function() {
const contract = util.getCode('statements/emit-coverage.sol'); const contract = await util.bootstrapCoverage('statements/emit-coverage', provider, collector);
const info = getInstrumentedVersion(contract, filePath); coverage.addContract(contract.instrumented, util.filePath);
const coverage = new CoverageMap(); await contract.instance.a(0);
coverage.addContract(info, filePath); const mapping = coverage.generate(contract.data, util.pathPrefix);
vm.execute(info.contract, 'a', [0]).then(events => { assert.deepEqual(mapping[util.filePath].l, {
const mapping = coverage.generate(events, pathPrefix); 6: 1
assert.deepEqual(mapping[filePath].l, { });
6: 1 assert.deepEqual(mapping[util.filePath].b, {});
}); assert.deepEqual(mapping[util.filePath].s, {
assert.deepEqual(mapping[filePath].b, {}); 1: 1
assert.deepEqual(mapping[filePath].s, { });
1: 1 assert.deepEqual(mapping[util.filePath].f, {
}); 1: 1,
assert.deepEqual(mapping[filePath].f, { });
1: 1,
});
done();
}).catch(done);
}); });
it('should cover a statement following a close brace', done => { it('should cover a statement following a close brace', async function() {
const contract = util.getCode('statements/post-close-brace.sol'); const contract = await util.bootstrapCoverage('statements/post-close-brace', provider, collector);
const info = getInstrumentedVersion(contract, filePath); coverage.addContract(contract.instrumented, util.filePath);
const coverage = new CoverageMap(); await contract.instance.a(1);
coverage.addContract(info, filePath); const mapping = coverage.generate(contract.data, util.pathPrefix);
vm.execute(info.contract, 'a', [1]).then(events => { assert.deepEqual(mapping[util.filePath].l, {
const mapping = coverage.generate(events, pathPrefix); 5: 1, 6: 0, 8: 1,
assert.deepEqual(mapping[filePath].l, { });
5: 1, 6: 0, 8: 1, assert.deepEqual(mapping[util.filePath].b, {
}); 1: [0, 1],
assert.deepEqual(mapping[filePath].b, { });
1: [0, 1], assert.deepEqual(mapping[util.filePath].s, {
}); 1: 1, 2: 0, 3: 1,
assert.deepEqual(mapping[filePath].s, { });
1: 1, 2: 0, 3: 1, assert.deepEqual(mapping[util.filePath].f, {
}); 1: 1,
assert.deepEqual(mapping[filePath].f, { });
1: 1,
});
done();
}).catch(done);
}); });
it('should cover a library statement and an invoked library method', done => { it('should cover a library statement and an invoked library method', async function() {
const contract = util.getCode('statements/library.sol'); const contract = await util.bootstrapCoverage('statements/library', provider, collector);
const info = getInstrumentedVersion(contract, filePath); coverage.addContract(contract.instrumented, util.filePath);
const coverage = new CoverageMap(); await contract.instance.not();
coverage.addContract(info, filePath); const mapping = coverage.generate(contract.data, util.pathPrefix);
vm.execute(info.contract, 'not', []).then(events => { assert.deepEqual(mapping[util.filePath].l, {
const mapping = coverage.generate(events, pathPrefix); 9: 1, 10: 1, 19: 1,
assert.deepEqual(mapping[filePath].l, { });
9: 1, 10: 1, 19: 1, assert.deepEqual(mapping[util.filePath].b, {});
}); assert.deepEqual(mapping[util.filePath].s, {
assert.deepEqual(mapping[filePath].b, {}); 1: 1, 2: 1, 3: 1,
assert.deepEqual(mapping[filePath].s, { });
1: 1, 2: 1, 3: 1, assert.deepEqual(mapping[util.filePath].f, {
}); 1: 1, 2: 1,
assert.deepEqual(mapping[filePath].f, { });
1: 1, 2: 1,
});
done();
}).catch(done);
}); });
it('should cover a tuple statement', done => { it('should cover a tuple statement', async function() {
const contract = util.getCode('statements/tuple.sol'); const contract = await util.bootstrapCoverage('statements/tuple', provider, collector);
const info = getInstrumentedVersion(contract, filePath); coverage.addContract(contract.instrumented, util.filePath);
const coverage = new CoverageMap(); await contract.instance.a();
coverage.addContract(info, filePath); const mapping = coverage.generate(contract.data, util.pathPrefix);
vm.execute(info.contract, 'a', []).then(events => { assert.deepEqual(mapping[util.filePath].l, {
const mapping = coverage.generate(events, pathPrefix); 6: 1, 10: 1, 11: 1
assert.deepEqual(mapping[filePath].l, { });
6: 1, 10: 1, 11: 1 assert.deepEqual(mapping[util.filePath].b, {});
}); assert.deepEqual(mapping[util.filePath].s, {
assert.deepEqual(mapping[filePath].b, {}); 1: 1, 2: 1, 3: 1,
assert.deepEqual(mapping[filePath].s, { });
1: 1, 2: 1, 3: 1, assert.deepEqual(mapping[util.filePath].f, {
}); 1: 1, 2: 1,
assert.deepEqual(mapping[filePath].f, { });
1: 1, 2: 1,
});
done();
}).catch(done);
}); });
it('should cover an empty bodied contract statement', done => { it('should cover an empty bodied contract statement', async function() {
const contract = util.getCode('statements/empty-contract-body.sol'); const contract = await util.bootstrapCoverage('statements/empty-contract-body', provider, collector);
const info = getInstrumentedVersion(contract, filePath); coverage.addContract(contract.instrumented, util.filePath);
const coverage = new CoverageMap(); const mapping = coverage.generate(contract.data, util.pathPrefix);
coverage.addContract(info, filePath);
assert.deepEqual(mapping[util.filePath].l, {});
vm.execute(info.contract, null, []).then(events => { assert.deepEqual(mapping[util.filePath].b, {});
const mapping = coverage.generate(events, pathPrefix); assert.deepEqual(mapping[util.filePath].s, {});
assert.deepEqual(mapping[filePath].l, {}); assert.deepEqual(mapping[util.filePath].f, {});
assert.deepEqual(mapping[filePath].b, {});
assert.deepEqual(mapping[filePath].s, {});
assert.deepEqual(mapping[filePath].f, {});
done();
}).catch(done);
}); });
});*/ });

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