What it does
FileFingerprint takes filename (a string) and algorithm (an integer), and answers a string. That is the first of 6 forms.
Syntax
1
FileFingerprint(filename string, algorithm integer) → string2
FileFingerprint(filename string, algorithm integer, bits integer) → string3
FileFingerprint(filename string, algorithm integer, bits integer, offset integer) → string4
FileFingerprint(filename string, algorithm integer, bits integer, offset integer, length integer) → string5
FileFingerprint(filename string, algorithm integer, bits integer, offset integer, length integer, hmacKey string) → string6
FileFingerprint(filename string, algorithm integer, bits integer, offset integer, length integer, hmacKey string, hmacKeyFormat integer) → stringParameters
| Name | Type | In forms |
|---|---|---|
| filename | string | all |
| algorithm | integer | all |
| bits | integer | 2, 3, 4, 5, 6 |
| offset | integer | 3, 4, 5, 6 |
| length | integer | 4, 5, 6 |
| hmacKey | string | 5, 6 |
| hmacKeyFormat | integer | 6 |
Every form returns
string
Example · generated
Form 1, the short one
DO Print(FileFingerprint("assets/data.dat", 1)) Sync()LOOPForm 6, with every argument
DO Print(FileFingerprint("assets/data.dat", 1, 1, 1, 1, "score", 1)) Sync()LOOPFileFingerprint is called and its answer is printed every frame. The DO … LOOP is not decoration: a classic BASIC program ends the moment it runs out of lines, and Sync() is what draws the frame.