@ -85,6 +85,7 @@ The Signature is the MD5 hash of the following string concatenation:
pid + psk + note
pid + psk + note
The signature serves as a proof, that the request is authentic and will be issued by the publisher corresponding to the provided PID. Please note, that _all_ of the values used in the signature computation, should be identical to the values passed with the request itself.
The signature serves as a proof, that the request is authentic and will be issued by the publisher corresponding to the provided PID. Please note, that _all_ of the values used in the signature computation, should be identical to the values passed with the request itself.
Ensure, that your note contains only `\\n` symbols as line breaks!
The parameters specifying the theme name and fonts are optional and only impact the URLs returned back.
The parameters specifying the theme name and fonts are optional and only impact the URLs returned back.
@ -126,6 +127,7 @@ The Signature is the MD5 hash of the following string concatenation:
pid + psk + noteID + note + password
pid + psk + noteID + note + password
Please note, that all of the values used in the signature computation, should be identical to the values passed with the request itself.
Please note, that all of the values used in the signature computation, should be identical to the values passed with the request itself.
Ensure, that your note contains only `\\n` symbols as line breaks!
The response of the server will contain the fields `longURL`, `shortURL`, `status`.
The response of the server will contain the fields `longURL`, `shortURL`, `status`.