![]() ![]() This is a snippet of the REST API GET Envelope response for this envelope once the envelope is completed: "emailSubject": "Please DocuSign: _Test.pdf", Likewise, the response will use UTC dates. These would be provided in UTC date format. He could get the envelope information using an envelopeId or by making an API call, providing from_date and to_date query parameters. Both are signers and both sign the envelope.Īpex Geoff might use the eSignature REST API to get envelope information. Greenbeard sends an envelope to Apex Geoff. The administrator has set the account Regional Settings to the following: The administrator for the account is Apex Geoff, who lives on the US West Coast. This article will explain the variations.įor my example, Green Beard is a user who lives in Hawaii. Developer Support has had several conversations with developers who were trying to understand the ways time is presented in DocuSign. Users who view envelopes in the eSignature web application, however, will have multiple variations on how timestamps show up for them. If you make a GET API call to retrieve an envelope’s details, the time included in the response is in UTC. This is the methodology adopted by Narrative.The DocuSign eSignature REST API always uses UTC time. Unix Time in MillisecondsĪnother option is to represent timestamps using the number of milliseconds since the Unix epoch instead of the number of seconds. One way to represent timestamps with greater precision than a single second is instead of representing time using whole numbers, instead use decimals to represent fractions of a second. If the timestamp needs to represent a time that is smaller than one second a variation of Unix time needs to be employed. The Unix epoch is at the beginning of 1970 meaning that any timestamp prior to 1970 needs to be represented as a negative number representing the number of seconds until January 1st, 1970 00:00:00 UTC. Because of this Unix time is not a true representation of UTC. The underlying assumption is that each day has exactly 86,400 seconds. Leap seconds have the same Unix time as the second before it. The problem is similar to the Y2K problem which arose when developers assumed that years could be stored in two digits instead of four. Systems built assuming that the time would always fit withing 32-bits will result in undefined behavior potentially causing those systems to crash, become unusable, or create other undesired effects. The year 2038 problem is related to Unix time because times after 03:14:07 UTC on 19 January 2038 will require computers to store the value as greater than 32-bits. Early Unix engineers picked that date arbitrarily because they needed to set a uniform date for the start of time, and New Year's Day, 1970, seemed most convenient. January 1st, 1970 at 00:00:00 UTC is referred to as the Unix epoch. Narrative's Data Streaming Platform defaults to using Unix time (in milliseconds) for all timestamp fields. One of the primary benefits of using Unix time is that it can be represented as an integer making it easier to parse and use across different systems. Unix time is a way of representing a timestamp by representing the time as the number of seconds since January 1st, 1970 at 00:00:00 UTC. Unix is an operating system originally developed in the 1960s. ![]() It is the number of seconds that have elapsed since January 1st, 1970 00:00:00 UTC. ![]() ![]() What is Unix time? Unix time is a system for representing a point in time. ![]()
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