If it's so easy to guess a uuid, here you go
I ran crypto.randomUUID()
twice on my machine.
The first ID was 15041508-fd38-4eda-bc1d-7b74e4738cd9
The second? That's your challenge.
I encrypted a text file with the following command:
If it's so easy to guess a uuid, here you go
I ran crypto.randomUUID()
twice on my machine.
The first ID was 15041508-fd38-4eda-bc1d-7b74e4738cd9
The second? That's your challenge.
I encrypted a text file with the following command:
{ | |
"kind": "discovery#restDescription", | |
"description": "Business logic for the Meetings app.", | |
"servicePath": "", | |
"rootUrl": "https://meetings.googleapis.com/", | |
"basePath": "", | |
"ownerDomain": "google.com", | |
"name": "meetings", | |
"batchPath": "batch", | |
"revision": "20181113", |
This archive contains the following programs: | |
bfc The compiler for the 'brainfuck' language (240 bytes!) | |
bfc.asm Source for the compiler | |
bfi The interpreter for the 'brainfuck' language | |
bfi.c Source for the interpreter (portable) | |
src/ Some example programs in 'brainfuck' | |
src/atoi.b Reads a number from stdin | |
src/div10.b Divides the number under the pointer by 10 | |
src/hello.b The ubiquitous "Hello World!" |