# increment counter counter += 1 # TODO: fix after release many empty doc pages Data included in git repo hard coded versions fractal if statements commented out code Empty README.md # last run 13- 03-2022 do_fooBarandBaz idioms from other languages (bonus if FORTRAN) mixture of old and new coding style changes CWD at random points abbreviations Hardcoded paths reference developer laptop little to no build instructions if (false){ "../../../foo" too many parameters hand rolled implementation of builtin behaviour comment clarifies what code does but not why routine use cases require editing code print("here!") random closures # increment counter counter += 1 # TODO: fix after release many empty doc pages Data included in git repo hard coded versions fractal if statements commented out code Empty README.md # last run 13- 03-2022 do_fooBarandBaz idioms from other languages (bonus if FORTRAN) mixture of old and new coding style changes CWD at random points abbreviations Hardcoded paths reference developer laptop little to no build instructions if (false){ "../../../foo" too many parameters hand rolled implementation of builtin behaviour comment clarifies what code does but not why routine use cases require editing code print("here!") random closures
(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.
# increment counter
counter += 1
# TODO: fix after release
many empty doc pages
Data included in git repo
hard coded versions
fractal if statements
commented out code
Empty README.md
# last run 13-03-2022
do_fooBarandBaz
idioms from other languages (bonus if FORTRAN)
mixture of old and new coding style
changes CWD at random points
abbreviations
Hardcoded paths reference developer laptop
little to no build instructions
if (false){
"../../../foo"
too many parameters
hand rolled implementation of builtin behaviour
comment clarifies what code does but not why
routine use cases require editing code
print("here!")
random closures