Extract epoch timestamp from UUID v7 strings (millis, Date, ISO) — works with any TypeScript or JavaScript project.
A react component that display's text that describes a given ms-epoch timestamp relative to the current moment, updated in real-time.
> Convert a date to its UNIX epoch timestamp
RFC9562 UUIDs
This library built on the top of moments and normal javascript Date object to make epoch timestamp use easy
Gets the current time as an epoch timestamp.
Deconstructs and generates snowflake IDs using BigInts
Tiny library to create and manipulate Unix timestamps
Measure React Native performance
Collects Git commit info from CI or from CLI
v11 compatibility preset for otplib
A modern implementation Snowflake on TypeScript
Capture and retrieve the last time a function was run
Generate an unique ID for use in a distributed environment.
Display a list of deployed revisions using ember-cli-deploy.
Library to help you create a Snowflake Id or parse the same.
An mutable object-based log format designed for chaining & objectMode streams.
A node.js client for graphite.
high precision system time helper
[](https://www.npmjs.com/package/@aws-sdk/endpoint-cache) [](https://www.npmjs.com/package/@aws-sdk/e
RFC 6238 TOTP implementation for otplib
TypeScript definitions for pidusage
Convert Unix time to a relative time string e.g., "4 hours ago".
Timestamp for 64-bit time_t, nanosecond precision and strftime
Easy way to convert and interact with epoch timestamps in the terminal
== Time.timestamp Defines <tt>Time::timestamp</tt> and <tt>Time::unix_timestamp</tt>. See the original discussion at {Ruby-Lang}[https://bugs.ruby-lang.org/issues/8096] :call-seq: Time::timestamp -> Integer Returns a nanosecond-precision timestamp from the system's monotonic clock. Note that the resolution of the measured time is system- dependent (i.e. while the value displayed is always an integer number of nanoseconds, the values may not necessarily change in increments of exactly one). This time value does not correlate to any absolute, real-world time system; it is only useful for measuring relative (or elapsed) times at a high granularity. For example, benchmark measurements. :call-seq: Time::unix_timestamp -> Integer Time::unix_time -> Integer Returns the current real-world time as a whole number of seconds since the Epoch (1-Jan-1970). :call-seq: Time::unix_microtime -> Float Returns the current real-world time as a floating-point number of seconds since the Epoch (1-Jan-1970).
When you have a project in which you are not using Mongoid::Timestamps and you want to mock an object's creation time, you have to do some cumbersome operations in order to get those first 4 bytes of the ObjectId to represent the seconds since the Unix epoch that you want for that object. Particularly, if you want to have two objects with the same creation time, it would not suffice to generate the IDs via the BSON::ObjectId.from_time method, since it would yield the same ID for both objects, and you probably do not want them to be seen as the same object. This gem solves this little annoying issue by generating a unique ID for the given timestamp by using the other 8 bytes in ObjectId to generate the needed additional entropy.
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