Sha256: 64ea2a8b351839e75aeb5f1b9a2eb0e019ff7d9a2cfcaff04f2225ee49baa807
Contents?: true
Size: 1.88 KB
Versions: 7
Compression:
Stored size: 1.88 KB
Contents
/* eslint-disable require-jsdoc */
// The wait time used to simulate the encryption of the vote during the preview
const FAKE_ENCRYPTION_TIME = 1000;
class PreviewVoteComponent {
constructor({ electionUniqueId, voterUniqueId }) {
this.electionUniqueId = electionUniqueId;
this.voterUniqueId = voterUniqueId;
}
async bindEvents({
onBindEncryptButton,
onStart,
onVoteEncryption,
castOrAuditBallot,
onBindAuditBallotButton,
onBindCastBallotButton,
onAuditBallot,
onCastBallot,
onAuditComplete,
onCastComplete,
onInvalid
}) {
onBindEncryptButton(async () => {
onStart();
onVoteEncryption(
(plainVote) => {
this.fakeEncrypt(plainVote).then((ballot) => {
castOrAuditBallot(ballot);
onBindAuditBallotButton(() => {
onAuditBallot(
ballot,
`${this.voterUniqueId}-election-${this.electionUniqueId}.txt`
);
onAuditComplete();
});
onBindCastBallotButton(async () => {
await onCastBallot(ballot);
onCastComplete();
});
});
},
() => {
onInvalid();
}
);
});
}
async fakeEncrypt(plainVote) {
await new Promise((resolve) => setTimeout(resolve, FAKE_ENCRYPTION_TIME));
return {
encryptedData: plainVote,
encryptedDataHash: this.generateHexString(64),
auditableData: plainVote
};
}
generateHexString(length) {
return Array(length).
fill("").
map(() => Math.random().toString(16).charAt(2)).
join("");
}
}
export default function setupVoteComponent($voteWrapper) {
const voterUniqueId = $voteWrapper.data("voterId");
const electionUniqueId = $voteWrapper.data("electionUniqueId");
return new PreviewVoteComponent({
electionUniqueId,
voterUniqueId
});
}
Version data entries
7 entries across 7 versions & 1 rubygems