Also NotePlan (on the various Apple platforms). Can go by day, week, month, and year, with files stored in a directory of markdown files.
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I just looked at Tweek, it seems more similar to TeuxDeux, than NotePlan. But NotePlan seems more like what the grandparent was talking about (at least in my interpretation).
Looks really cool! I'll definitely use this next time I'm looking for flights or just want to go somewhere random for cheap.
One bug(?) I found is that the return flights don't seem to be departing from the city I am travelling to. For example, it's showing me flights that go from X > Y, but then the return flight is Z > X instead of Y > X.
Thanks! If the arrival (Y) is a specific location, the return flight is guaranteed to be Y->X.
However, if Y is a country, region, or continent, the return flight could be from any airport within that area, prioritizing the cheapest option. For example, if you search for a round trip: "Berlin to Asia for a week in Aug" the arrival could be Bangkok, but the departure for your return flight could be from Singapore.
Now that you mention it, I wonder if it would be better to enforce return_from_same_city or allow the user to toggle this option. What do you think?
I'm working on a super simple way to monitor your API at an endpoint level - https://subbul.com/.
At work we spent a bunch of time implementing monitoring and alerting for all our APIs and I figured it would be nice to have a near plug-and-play solution, so I built exactly that.
I work for a large PDF processing company (not Adobe) and true digital signatures are a bit more complex than that. Docusign actually uses our technology in their signing flow and it is a bit more complex than what you are describing.
A true digital signature ensures that the document is not altered after the document is signed. This is done by creating a hash of the document, encrypting it using a private key provided by a signing authority, and embedding that in a certificate that is then attached to the document.
When opening the signed document (in Adobe reader for example), the hash in the certificate is validated using a public key provided by the signing authority. If the document hash matches the certificate hash, then the document has not been altered!
That process has value when Party A and B each signed with their respective digital signature.
However, what happens with these signing websites is that WhateverSign signs the document with their own certificate - but makes no effort to verify that the person that signed the contract is truly who he says he is. So nothing stops me producing a Docusign contract with your name on it.
Isn't this the normal meaning of digital signature in computer circles? Where signature normally refers to cryptographic signing with a private key than with a squiggle on paper.
