diff --git a/test/utils.js b/test/utils.js
deleted file mode 100644
index f960a0178..000000000
--- a/test/utils.js
+++ /dev/null
@@ -1,71 +0,0 @@
-// const assert = require('assert');
-// const simple = require('./sources/pass/simple.js');
-// const bzzr0 = require('./sources/pass/simple.bzzr0.js');
-// const bzzr1 = require('./sources/pass/simple.bzzr1.js');
-// const dagPB = require('ipld-dag-pb');
-// const UnixFS = require('ipfs-unixfs');
-// const multihashes = require('multihashes');
-// const web3 = require('web3');
-
-// const {
-//     cborDecode,
-//     getBytecodeWithoutMetadata
-// } = require('../src/utils/Utils');
-
-// describe('utils', function () {
-
-//     it('cborDecode: extracts an ipfs hash from bytecode which matches metadata hash', async function () {
-//         const metadata = simple.compilerOutput.metadata;
-//         const deployedBytecode = simple.compilerOutput.evm.deployedBytecode.object;
-//         const cborData = cborDecode(web3.utils.hexToBytes(deployedBytecode))
-
-//         // Create IPFS dag node for metadata
-//         const file = new UnixFS('file', Buffer.from(metadata));
-//         const node = new dagPB.DAGNode(file.marshal());
-
-//         // Convert metadata node hash to DAGLink object
-//         const metadataLink = await node.toDAGLink()
-
-//         // Extract ipfs
-//         const metadataHash = multihashes.toB58String(metadataLink._cid.multihash);
-//         const bytecodeHash = multihashes.toB58String(cborData['ipfs']);
-
-//         assert.equal(metadataHash, bytecodeHash);
-//     });
-
-//     it('getBytecodeWithoutMetadata: removes metadata (IPFS)', function () {
-//         const deployedBytecode = simple.compilerOutput.evm.deployedBytecode.object;
-//         const trimmed = getBytecodeWithoutMetadata(deployedBytecode);
-//         const diffLength = deployedBytecode.length - trimmed.length;
-//         const metadata = deployedBytecode.slice(-diffLength);
-
-//         // a264 is the ipfs prefix for the metadata section...
-//         assert.equal(metadata.slice(0, 4), "a264");
-//     });
-
-//     it('getBytecodeWithoutMetadata: removes metadata (bzzr0)', function () {
-//         const deployedBytecode = bzzr0.compilerOutput.evm.deployedBytecode.object;
-//         const trimmed = getBytecodeWithoutMetadata(deployedBytecode);
-//         const diffLength = deployedBytecode.length - trimmed.length;
-//         const metadata = deployedBytecode.slice(-diffLength);
-
-//         // a265 is the bzzr prefix for the metadata section...
-//         assert.equal(metadata.slice(0, 4), "a265");
-//     });
-
-//     it('getBytecodeWithoutMetadata: removes metadata (bzzr1)', function () {
-//         const deployedBytecode = bzzr1.compilerOutput.evm.deployedBytecode.object;
-//         const trimmed = getBytecodeWithoutMetadata(deployedBytecode);
-//         const diffLength = deployedBytecode.length - trimmed.length;
-//         const metadata = deployedBytecode.slice(-diffLength);
-
-//         // a265 is the bzzr prefix for the metadata section...
-//         assert.equal(metadata.slice(0, 4), "a265");
-//     });
-
-//     it.skip('getBytecode: gets bytecode for address');
-//     it.skip('recompile: compiles sources with metadata spec. compiler');
-//     it.skip('recompile: errors on compilation failure');
-//     it.skip('reformatMetadata: synthesizes a compiler input from sources and metadata');
-//     it.skip('reformatMetadata: throws if compilation target is missing');
-// })