TheDude
/
solidity-coverage
mirror of https://github.com/sc-forks/solidity-coverage
1
0
Fork 0
Code Issues Packages Projects Releases Wiki Activity

Update statements tests

Browse Source
test/vm-fixtures
cgewecke 5 years ago
parent 20d357971a
commit 66fa5ea7a5
1 changed files with 111 additions and 146 deletions
Show all changes Ignore whitespace when comparing lines Ignore changes in amount of whitespace Ignore changes in whitespace at EOL
Show Stats Download Patch File Download Diff File
  1. 257
      test/units/statements.js

257
test/units/statements.js
Unescape View File

@ -1,181 +1,146 @@
/* 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 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);
}); });
});*/ });

Write Preview
Loading…
Cancel
Save