No matther where from you start: you can start from first or last, it will remain the same. that's recursion. You can also say its result will be same if you choose either FIFO or LIFO :D
I've posted this here a few times, but here we go again: From the index of the dBASE III Plus manual back in the '80s (when software came with printed manuals so big you could kill someone with them):
Endless Loop: See Loop, Endless
...
...
Loop, Endless: See Endless Loop
Programmed Canon Canola calculators in 1977. Assorted platforms and languages ever since. Assisting with HOPL.info.
I am NOT looking for work -- I've got more than enough to do.
Location
Perth, WA Australia
Education
A few diplomas.
Work
Software Engineer at [Daisy Digital](https://daisydigital.com.au/)
There are two kinds of people in the world: those who understand recursion and those who don't understand that there are two kinds of people in this world...
An aspiring artist using code as another medium for creation. I am currently a software developer in an EdTech company focused on improving communication in the workplace. I work heavily in Ruby!
I am an OpenEdge (aka Progress) developer that loves clean code and good looking applications that are easy to use. My main pet project is the Progress DataDigger
I am a product engineer and have helped build software from small startups, to manipulating hundreds of millions of data points. I write API's and make tools that make developers lives easier.
Latest comments (19)
No matther where from you start: you can start from first or last, it will remain the same. that's recursion. You can also say its result will be same if you choose either FIFO or LIFO :D
I've posted this here a few times, but here we go again: From the index of the dBASE III Plus manual back in the '80s (when software came with printed manuals so big you could kill someone with them):
Endless Loop: See Loop, Endless
...
...
Loop, Endless: See Endless Loop
Now that is cute. Really cute. You're not a parent, are you?
This made me laugh, thank you!
I prefer this one about deadlock (kind of similar) :

There are two kinds of people in the world: those who understand recursion and those who don't understand that there are two kinds of people in this world...
good man....
Haha this was hella clever. You getting a
unicornreaction andheartfrom meIn order to understand recursion, one must first understand recursion.