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GNU LESSER GENERAL PUBLIC LICENSE
Version 3, 29 June 2007
Copyright (C) 2007 Free Software Foundation, Inc. <https://fsf.org/>
Everyone is permitted to copy and distribute verbatim copies
of this license document, but changing it is not allowed.
This version of the GNU Lesser General Public License incorporates
the terms and conditions of version 3 of the GNU General Public
License, supplemented by the additional permissions listed below.
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================================================================================
NIH : `Not Invented Here` A redundant misc. library
================================================================================
I've found that, generally, I end up using the same custom functions over and
over again across all of my projects-- sometimes I'll copy-and-paste, other
times I'll just re-implement.
... which, predictably, leads to inconsistensies. While some versions of `x`
function will flourish, gain new features, etc. etc., the others will
inevitably lag behind.
Well, no longer!
I've decided to stuff (somewhat) refactored versions of these generic functions
here, in this library!
Most of them have to deal with string manipulations, but there's a bit more
than that-- and everything has tests! :)
----------------------------------------
USAGE
----------------------------------------
I mean... it's a library. Use a function you like. Or not. =w=
But here's my logic with the string manipulation functions:
I want to treat strings like lists. Getting the `car` of "hi there, dad", for
example, should return "hi". Getting the `cdr` should be "there, dad".
But, then again, that uses WORDS as the unit.
What if I wanted to get the `car` or some such thing as say, a character? Or
maybe even have the unit be a line?
Thus, there are three different `units`:
* line-
* char-
* word-
Each of these have the following functions:
* get-all
* get
* remove-all
* remove
* position
* positions
* nth
* car
* cdr
* caar
* cddr
* (all combos of cdr and car)
... which behave pretty predictably.
The `get` functions use regex (as do the remove functions), position(s) use
the verbatim item value, etc.
Examples
--------------------
(word-car "hiya, mate-o. how're you doing? <3")
> "hiya,"
(word-nth 2 "hiya, dad. what's up?")
> "dad."
(line-get-all ".*e.*"
"hiya, what's up?
don't eat anyone else, OK?
i wouldn't like that.
would you?")
> "don't eat anyone else, OK?
would you?"
(char-remove #\h "hi there")
> "i there"
(char-remove-all #\h "hi there")
> "i tere"
... so on and so forth.
Oh, and those are just for generic string manips. There are still some
Honourable Mentions
--------------------
#'get-colon-values
#'remove-colon-values
#'positions
#'nil-blank
#'before
#'after
#'preceding
... etc
----------------------------------------
BORING STUFF
----------------------------------------
License is in COPYING.txt (GNU LGPLv3~! <3)
Author is Jaidyn Ann <jadedctrl@teknik.io>
Sauce is at https://git.eunichx.us/nih

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(defsystem "nih"
:version "0.1"
:author "Jaidyn Ann <jadedctrl@teknik.io>"
:license "CC 0"
:depends-on ("cl-strings" "cl-ppcre")
:components ((:module "src"
:components
((:file "package")
(:file "misc")
(:file "list")
(:file "string/string")
(:file "string/word")
(:file "string/line")
(:file "string/char"))))
:description
"Library of miscellanous (probably extraneous) functions (mainly string-manipulations).")

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(in-package :nih)
;; ITEM LIST --> DATA_AFTER_ITEM
(defun following (item list)
"Return all items following the first instance of ITEM"
(cdr (up-from (position item list :test #'equal) list)))
;; ITEM LIST --> DATA_UP_TO_ITEM
(defun preceding (item list)
"Return all items preceding the first instance of ITEM"
(reverse
(cdr (reverse
(up-to (position item list :test #'equal) list)))))
;; ----------------------------------------
;; ITEM LIST --> ITEM_BEFORE_ITEM
(defun before (item list)
"Return the single item before ITEM"
(car (reverse (preceding item list))))
;; ITEM LIST --> ITEM_AFTER_ITEM
(defun after (item list)
"Return the single item after ITEM"
(car (following item list)))
;; ----------------------------------------
;; N LIST --> LIST_FROM_N
(defun up-from (n list &optional (n-stack 0))
"Return all items after and including the position N in list"
(if (eq n n-stack)
list
(up-from n (cdr list) (+ n-stack 1))))
;; N LIST --> LIST_UP_TO_N
(defun up-to (n list &optional (n-stack 0))
"Return all items before and including the position N in list"
(cond
((not (car list)) nil)
((eq n n-stack) (list (car list)))
((concatenate 'list
(list (car list))
(up-to n (cdr list) (+ n-stack 1))))))
;; ----------------------------------------
;; ITEM LIST --> LIST_OF_ITEM_POS
(defun positions (item list &key (test #'eq))
"Return a list of positions of an item in a list."
(let ((i 0)
(stack '()))
(loop
:while (< i (length list))
:do
(if (funcall test (nth i list) item)
(setq stack (concatenate 'list stack (list i))))
(setq i (+ i 1)))
stack))
;; ----------------------------------------
;; LIST ITEM REPLACEMENT --> LIST_WITH_REPLACEMENTS
(defun replace-at (list item replacement &key (test #'eq))
"Replace all instances of an item within a list with a replacement."
(let ((pos-list (positions item list :test test))
(stack list)
(i 0))
(loop
:while (< i (length pos-list))
:do
(setf (nth (nth i pos-list) stack) replacement)
(setq i (+ 1 i)))
stack))

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(in-package :nih)
;; DATA --> LIST_OR_SUBLIST
(defun list-or-real (data)
"If a piece of data's `car` is a list (I.E., if it's a list of a list)
then return the sub-list. If it's not a list, then just return the top-level
list.
This is useful for recursion, so that you can just serve the &rest list to
a function, instead of having to itemize the &rest list out to reproduce it."
(if (and
(eq (type-of (ignore-errors (car data))) 'CONS)
(eq (length data) 1))
(car data)
data))
;; DATA ALT --> DATA_OR_ALT
(defun value-or (data alt)
"If a piece of data exists, return it. Otherwise, return the alternative.
literally just `if`, lol"
(if data
data
alt))
;; ARG-LIST &REST KEYS_TO_LOOK_FOR --> LIST_OF_KEY-VALUE_PAIRS
(defun parse-keys (arg-list key-list)
"Return all searched-for keys fom a list in a list of key-value pairs."
(let ((stack '())
(new-list arg-list))
(loop
:for key
:in key-list
:do
(if (ignore-errors (position key arg-list))
(let* ((key-position (position key arg-list))
(value-position (+ 1 key-position))
(key-value (nth value-position arg-list)))
(setq stack (concatenate 'list stack (list key key-value)))
(setq new-list (remove key-value (remove key new-list))))))
(values stack new-list)))
;; LIST --> RANDOM_ITEM
(defun random-item (list)
"Return a random item from a list."
(nth (random (length list)) list))
;; UNIVERSAL-TIME --> ISO8601-FORMAT_TIME
(defun iso-time (universal-time)
"Return `universal-time` in ISO 8601 format. :)"
(multiple-value-bind
(second minute hour date month year)
(decode-universal-time universal-time)
(format nil "~A-~A-~A"
year
(min-string-length month 2 "0")
(min-string-length date 2 "0"))))

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(defpackage :nih
(:use :cl)
(:export
;; STRING
;; =======================
:apply-convert
:string-manip
:create-string-manip
:manip-name
:string-combine
:intern-combine
:regex-get
:regex-get-all
:regex-remove
:regex-remove-all
:nil-string
:pad-string
:min-string-length
:getf-string
:getf-strings
:get-colon-values
:remove-colon-values
;; STRING/WORD
;; =======================
:word-list
:word-string
:word-nth
:word-get
:word-get-all
:word-remove
:word-remove-all
:word-position
:word-positions
:word-car
:word-caar :word-cadddrr :word-cadaar :word-cadr :word-caadr
:word-caaadr :word-caaaar :word-caadar :word-caddr :word-caaar
:word-cdr
:word-cdddar :word-cdar :word-cdaaar :word-cddddr :word-cdddr
:word-cdaadr :word-cdadar :word-cddadr :word-cdaddr :word-cdadr
:word-cddar :word-cddr :word-cddaar :word-cdaar
;; STRING/LINE
;; =======================
:line-list
:line-string
:line-nth
:line-get
:line-get-all
:line-remove
:line-remove-all
:line-position
:line-positions
:line-car
:line-caar :line-cadddrr :line-cadaar :line-cadr :line-caadr
:line-caaadr :line-caaaar :line-caadar :line-caddr :line-caaar
:line-cdr
:line-cdddar :line-cdar :line-cdaaar :line-cddddr :line-cdddr
:line-cdaadr :line-cdadar :line-cddadr :line-cdaddr :line-cdadr
:line-cddar :line-cddr :line-cddaar :line-cdaar
;; STRING/CHAR
;; =======================
:char-list
:char-string
:char-nth
:char-remove
:char-remove-all
:char-position
:char-positions
:char-car
:char-caar :char-cadddrr :char-cadaar :char-cadr :char-caadr
:char-caaadr :char-caaaar :char-caadar :char-caddr :char-caaar
:char-cdr
:char-cdddar :char-cdar :char-cdaaar :char-cddddr :char-cdddr
:char-cdaadr :char-cdadar :char-cddadr :char-cdaddr :char-cdadr
:char-cddar :char-cddr :char-cddaar :char-cdaar
;; LIST
;; =======================
:up-to
:up-from
:before
:after
:preceding
:following
:positions
:replace-at
;; MISC
;; =======================
:random-item
:iso-time
:list-or-real
:value-or
:parse-keys))
(in-package :nih)

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(in-package :nih)
;; CHAR-LIST FUNCTIONS
;; =====================================
;; STRING --> LIST_OF_CHARS
(defun char-list (string)
"Turn a string into a list of characters."
(let ((stack '()))
(loop
:for char
:across string
:do (setq stack
(append stack (list char))))
stack))
;; LIST_OF_CHARS --> STRING
(defun char-string (char-list)
"Convert a list of chars into a string"
(cond
((eq (length char-list) 1)
(string (car char-list)))
('T
(reduce
(lambda (char-a char-b)
(string-combine (string char-a) (string char-b) :seperator ""))
char-list))))
;; STRING --> NTH_CHARACTER
(defun char-nth (n string)
"Return nth line number from a multi-line string."
(nth n (char-list string)))
;; ----------------------------------------
;; REGEX STRING --> LINES_SANS_MATCHES
(defun char-remove (character string)
"Remove the first instance of a char from a string."
(let ((switch 0))
(reduce
(lambda (char-a char-b)
(string-combine
(if (and (eq switch 0) (eq character char-a))
(progn (setq switch 1) "")
char-a)
char-b))
(char-list string))))
;; REGEX STRING --> LIST_OF_MATCHING_WORDS
(defun char-remove-all (character string)
"Remove all instances of a char in a string."
(char-string (remove character (char-list string))))
;; CHARACTER STRING --> 1ST_POS_OF_CHAR_IN_STRING
(defun char-position (character string)
"Return the first position of a character in a string."
(position character (char-list string)))
;; CHARACTER STRING --> LIST_OF_CHAR_POS_IN_STRING
(defun char-positions (character string)
"Return a list of the positions of a character in a string."
(positions character (char-list string)))
;; ----------------------------------------
(create-string-manip char-car #'nih:char-list #'nih:char-string #'car)
(create-string-manip char-caar #'nih:char-list #'nih:char-string #'caar)
(create-string-manip char-cadddrr #'nih:char-list #'nih:char-string #'cadddrr)
(create-string-manip char-cadaar #'nih:char-list #'nih:char-string #'cadaar)
(create-string-manip char-cadr #'nih:char-list #'nih:char-string #'cadr)
(create-string-manip char-caadr #'nih:char-list #'nih:char-string #'caadr)
(create-string-manip char-caaadr #'nih:char-list #'nih:char-string #'caaadr)
(create-string-manip char-caaaar #'nih:char-list #'nih:char-string #'caaaar)
(create-string-manip char-caadar #'nih:char-list #'nih:char-string #'caadar)
(create-string-manip char-caddr #'nih:char-list #'nih:char-string #'caddr)
(create-string-manip char-caaar #'nih:char-list #'nih:char-string #'caaar)
(create-string-manip char-cdr #'nih:char-list #'nih:char-string #'cdr)
(create-string-manip char-cdddar #'nih:char-list #'nih:char-string #'cdddar)
(create-string-manip char-cdar #'nih:char-list #'nih:char-string #'cdar)
(create-string-manip char-cdaaar #'nih:char-list #'nih:char-string #'cdaaar)
(create-string-manip char-cddddr #'nih:char-list #'nih:char-string #'cddddr)
(create-string-manip char-cdddr #'nih:char-list #'nih:char-string #'cdddr)
(create-string-manip char-cdaadr #'nih:char-list #'nih:char-string #'cdaadr)
(create-string-manip char-cdadar #'nih:char-list #'nih:char-string #'cdadar)
(create-string-manip char-cddadr #'nih:char-list #'nih:char-string #'cddadr)
(create-string-manip char-cdaddr #'nih:char-list #'nih:char-string #'cdaddr)
(create-string-manip char-cdadr #'nih:char-list #'nih:char-string #'cdadr)
(create-string-manip char-cddar #'nih:char-list #'nih:char-string #'cddar)
(create-string-manip char-cddr #'nih:char-list #'nih:char-string #'cddr)
(create-string-manip char-cddaar #'nih:char-list #'nih:char-string #'cddaar)
(create-string-manip char-cdaar #'nih:char-list #'nih:char-string #'cdaar)

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(in-package :nih)
;; LINE-LIST FUNCTIONS
;; =====================================
;; MULTI-LINE_STRING --> LIST_OF_LINES
(defun line-list (string)
"Return a list of lines from a multi-line string."
(cl-strings:split string (format nil "~%")))
;; LIST_OF_STRINGS --> MULTI-LINE_STRING
(defun line-string (line-list)
"Turn a list of lines (string) into a multi-line string."
(if (not (equal (type-of line-list) 'CONS))
line-list
(reduce
(lambda (line-a line-b)
(string-combine :seperator (format nil "~%") line-a line-b))
line-list)))
;; NUMBER MULTI-LINE_STRING --> SINGLE-LINE_STRING
(defun line-nth (n string)
"Return nth line number from a multi-line string."
(nth n (line-list string)))
;; ----------------------------------------
;; REGEX STRING --> MATCHING_WORD
(defun line-get (query string)
"Return a line in a string that matches a regex query."
(ignore-errors (line-car (line-get-all query string))))
;; REGEX STRING --> LIST_OF_MATCHING_WORDS
(defun line-get-all (query string)
"Return all lines in a string that match a regex query."
(line-string (regex-get-all query (line-list string))))
;; REGEX STRING --> LINES_SANS_MATCHES
(defun line-remove (query string)
"Remove a line from a string that matches a regex query."
(line-string (regex-remove query (line-list string))))
;; REGEX STRING --> LINES_SANS_MATCHES
(defun line-remove-all (query string)
"Remove all lines from a string that match a regex query."
(line-string (regex-remove-all query (line-list string))))
;; LINE STRING --> POS_OF_LINE_IN_STRING
(defun line-position (line string)
"Return the line-number of a line in a string."
(position line (line-list string) :test #'equal))
;; LINE STRING --> LIST_OF_LINE_POS_IN_STRING
(defun line-positions (line string)
"Return a list of the positions of a line in string."
(positions line (line-list string) :test #'equal))
;; ----------------------------------------
(create-string-manip line-car #'nih:line-list #'nih:line-string #'car)
(create-string-manip line-caar #'nih:line-list #'nih:line-string #'caar)
(create-string-manip line-cadddrr #'nih:line-list #'nih:line-string #'cadddrr)
(create-string-manip line-cadaar #'nih:line-list #'nih:line-string #'cadaar)
(create-string-manip line-cadr #'nih:line-list #'nih:line-string #'cadr)
(create-string-manip line-caadr #'nih:line-list #'nih:line-string #'caadr)
(create-string-manip line-caaadr #'nih:line-list #'nih:line-string #'caaadr)
(create-string-manip line-caaaar #'nih:line-list #'nih:line-string #'caaaar)
(create-string-manip line-caadar #'nih:line-list #'nih:line-string #'caadar)
(create-string-manip line-caddr #'nih:line-list #'nih:line-string #'caddr)
(create-string-manip line-caaar #'nih:line-list #'nih:line-string #'caaar)
(create-string-manip line-cdr #'nih:line-list #'nih:line-string #'cdr)
(create-string-manip line-cdddar #'nih:line-list #'nih:line-string #'cdddar)
(create-string-manip line-cdar #'nih:line-list #'nih:line-string #'cdar)
(create-string-manip line-cdaaar #'nih:line-list #'nih:line-string #'cdaaar)
(create-string-manip line-cddddr #'nih:line-list #'nih:line-string #'cddddr)
(create-string-manip line-cdddr #'nih:line-list #'nih:line-string #'cdddr)
(create-string-manip line-cdaadr #'nih:line-list #'nih:line-string #'cdaadr)
(create-string-manip line-cdadar #'nih:line-list #'nih:line-string #'cdadar)
(create-string-manip line-cddadr #'nih:line-list #'nih:line-string #'cddadr)
(create-string-manip line-cdaddr #'nih:line-list #'nih:line-string #'cdaddr)
(create-string-manip line-cdadr #'nih:line-list #'nih:line-string #'cdadr)
(create-string-manip line-cddar #'nih:line-list #'nih:line-string #'cddar)
(create-string-manip line-cddr #'nih:line-list #'nih:line-string #'cddr)
(create-string-manip line-cddaar #'nih:line-list #'nih:line-string #'cddaar)
(create-string-manip line-cdaar #'nih:line-list #'nih:line-string #'cdaar)

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(in-package :nih)
;; FUNCTION-NAME #'TO-LIST #'TO-STRING #'MANIPULATION
(defmacro create-string-manip (manip-name list-function string-function manip)
"Define a function to perform a manipulation (#'manip, i.e. #'car) on the
list-form of a particular string (converting to list with #'list-function),
then converting back into a string (#'string-function) again
(but with the manipulations made)."
`(defun ,manip-name (string)
(funcall ,string-function
(funcall ,manip
(funcall ,list-function string)))))
;; ========================================
;; STRINGS :SEPERATOR --> STRINGS_COMBINED_W_SEPERATOR
(defun string-combine (&rest arg-list)
"Combine strings into a single string, marked with a seperator.
:seperator is parsed manually, since mixing &rest and &key makes
me want to eat my fucking hat. >;c"
(multiple-value-bind (keys strings)
(parse-keys arg-list '(:seperator))
(let ((seperator (value-or (getf keys :seperator) "")))
(reduce (lambda (word1 word2)
(format nil "~A~A~A" word1 seperator word2))
strings))))
;; STRING_A STRING_B --> SYMBOL_OF_STRING_A+STRING_B
(defun intern-combine (&rest arg-list)
"Combine two strings into a symbol, marked with a seperator.
:seperator and :package are parsed manually, since mixing &rest
and &key is utterly painful! ;_:"
(multiple-value-bind (keys strings)
(parse-keys arg-list '(:seperator :package))
(let* ((seperator (value-or (getf keys :seperator) ""))
(package (value-or (getf keys :package) nil))
(combined (string-upcase
(reduce (lambda (str1 str2)
(string-combine str1 str2
:seperator seperator))
strings))))
(if package
(intern combined (string-upcase package))
(intern combined)))))
;; ----------------------------------------
;; LIST --> LIST_SANS_NIL_WITH_""
(defun nil-string (list)
"Replace all instances of nil in a list with a blank string."
(replace-at list nil ""))
;; ----------------------------------------
;; STRING PREFIX SUFFIX --> STRING_ONE_OR_TWO_CHARS_LARGER
(defun pad-string (string &key prefix suffix)
"Increase the character-count of a string by 1; either by
adding a prefix-substitutor or a suffix-substitutor.
If both a :prefix and a :suffix are provided, :suffix is
ignored."
(flet ((padding (prefix string suffix)
(format nil "~A~A~A" prefix string suffix)))
(cond
((and prefix suffix)
(padding prefix string ""))
(prefix
(padding prefix string ""))
(suffix
(padding "" string suffix)))))
;; STRING DESIRED_LENGTH [PREFIX] [SUFFIX] --> STRING_OF_DESIRED_LENGTH
(defun min-string-length (string target-length
&key (prefix "") (suffix ""))
"If a string *must* be a certain length (formatting reasons), use
this function.
Returns a string of `length`, using the `prefix-substitutor` or
`suffix-substitutor` to beef up the character-count if it's too short.
If both `prefix` and `suffix` are defined, `prefix` is used.
Example:
(min-string-length \"9\" 3 \"0\")
\"009\""
(let* ((string (format nil "~A" string))
(cur-length (length string)))
(if (eq cur-length target-length)
string
(min-string-length
(if (eq (length suffix) 0)
(pad-string string :prefix prefix)
(pad-string string :suffix suffix))
target-length
:prefix prefix
:suffix suffix))))
;; ----------------------------------------
;; REGEX STRING --> MATCHING_WORD
(defun regex-get (query strings)
"Return a string in a list that matches a regex query."
(car (regex-get-all query strings)))
;; REGEX STRING --> LIST_OF_MATCHING_WORDS
(defun regex-get-all (query strings)
"Return all strings in a list that match a regex query."
(let ((stack '())
(i 0))
(loop
:while (< i (length strings))
:do
(if (cl-ppcre:scan-to-strings query (nth i strings))
(setq stack (concatenate 'list stack (list (nth i strings)))))
(setq i (+ 1 i)))
stack))
;; REGEX STRING --> ALL_BUT_MATCHES
(defun regex-remove (query strings)
"Return a list of strings without a matches to a regex query."
(let ((stack '())
(switch 0)
(i 0))
(loop
:while (< i (length strings))
:do
(cond
((eq switch 1)
(setq stack (concatenate 'list stack (list (nth i strings)))))
((cl-ppcre:scan-to-strings query (nth i strings))
(setq switch 1))
('T
(setq stack (concatenate 'list stack (list (nth i strings))))))
(setq i (+ 1 i)))
stack))
;; REGEX STRING --> ALL_BUT_MATCHES
(defun regex-remove-all (query strings)
"Return a list of strings without any matches to a regex query."
(let ((stack '())
(i 0))
(loop
:while (< i (length strings))
:do
(if (not (cl-ppcre:scan-to-strings query (nth i strings)))
(setq stack (concatenate 'list stack (list (nth i strings)))))
(setq i (+ 1 i)))
stack))
;; ----------------------------------------
;; LIST_OF_SUBLISTS STRING --> SUBLIST_WITH_STRING_AS_CAR
(defun getf-string (list string)
"Get an item from a list by an identifying string in `car`.
I.E., if the string is 'apple', the first sublist like this:
('apple' 1 2 3)
will be returned."
(car (getf-strings list string)))
;; LIST_OF_SUBLISTS STRING --> LIST_OF_SUBLISTS_WITH_STRING_AS_CAR
(defun getf-strings (list string &optional (stack '()))
"Get items from list by an identifying string in `car`.
I.E., if the string is 'apple', any sublists like this:
('apple' 1 2 3)
will be returned."
;; just recurse through the list, adding each new matching
;; item to the `stack`
(if (and (< 0 (length list)) (listp list))
(if (ignore-errors
;; the item might not be a list; for our purposes, let's ignore that.
(equal
(car (car list)) ;; '( ( here ) )
string))
(getf-strings (cdr list) string (concatenate 'list stack (list (car list))))
(getf-strings (cdr list) string stack))
stack))
;; ----------------------------------------
;; STRING COLON_VARIABLE_NAME --> COLON_VALUE
(defun get-colon-values (string)
"Return a the value of a `colon variable`; I.E.,
a line of a string starting with `:` followed by a variable
name, a space, then the value of said `colon variable`.
Here's an example:
(setq *example-string*
\"Blah blah blah
:Date 1999
Blah blah blah\")
If you ran
(get-colon-values *example-string*)
you would get
(:DATE \"1999\") in return.
Mainly useful for multi-line strings, but your use-case might
involve a `colon variable` in a single-lined string."
(if (line-get-all "^:" string)
(let* ((colon-lines (line-get-all "^:.* " string))
(colon-list (line-list colon-lines))
(cur-line (line-car colon-lines))
(variable (word-car cur-line))
(value (word-cdr cur-line)))
(cond
((eq 1 (length colon-list))
(list (read-from-string variable) value))
('T
(concatenate 'list (list (read-from-string variable) value)
(get-colon-values (line-cdr colon-lines))))))))
;; STRING COLON_VARIABLE_NAME --> STRING_WITHOUT_COLON_VARIABLE
(defun remove-colon-values (string)
"Remove the colon-variable declaration from a string."
(line-remove-all "^:.*" string))

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(in-package :nih)
;; WORD-LIST FUNCTIONS
;; =====================================
;; STRING --> LIST_OF_WORDS
(defun word-list (string)
"Turn a string into a list of words."
(cl-strings:split string " "))
;; LIST_OF_WORDS --> STRING
(defun word-string (word-list)
"Convert a list of words into a string"
(if (not (equal (type-of word-list) 'CONS))
word-list
(reduce
(lambda (word-a word-b)
(string-combine :seperator " " word-a word-b))
word-list)))
;; STRING --> NTH_WORD_FROM_STRING
(defun word-nth (n string)
"Get nth word from a string."
(word-string (nth n (word-list string))))
;; ----------------------------------------
;; REGEX STRING --> MATCHING_WORD
(defun word-get (query string)
"Return a word in a string that matches a regex query."
(word-car (word-get-all query string)))
;; REGEX STRING --> LIST_OF_MATCHING_WORDS
(defun word-get-all (query string)
"Return all words in a string that match a regex query."
(word-string (regex-get-all query (word-list string))))
;; REGEX STRING --> LINES_SANS_MATCHES
(defun word-remove (query string)
"Remove a word from a string that matches a regex query."
(word-string (regex-remove query (word-list string))))
;; REGEX STRING --> LINES_SANS_MATCHES
(defun word-remove-all (query string)
"Remove all words from a string that match a regex query."
(word-string (regex-remove-all query (word-list string))))
;; WORD STRING --> WORD_POS_IN_STRING
(defun word-position (word string)
"Return the position of a word (relative to other words) in a string."
(position word (word-list string) :test #'equal))
;; WORD STRING --> LIST_OF_WORD_POS_IN_STRING
(defun word-positions (word string)
"Return a list of positions of a word (relative to other words) in a string."
(positions word (word-list string) :test #'equal))
;; ----------------------------------------
(create-string-manip word-car #'nih:word-list #'nih:word-string #'car)
(create-string-manip word-caar #'nih:word-list #'nih:word-string #'caar)
(create-string-manip word-cadddrr #'nih:word-list #'nih:word-string #'cadddrr)
(create-string-manip word-cadaar #'nih:word-list #'nih:word-string #'cadaar)
(create-string-manip word-cadr #'nih:word-list #'nih:word-string #'cadr)
(create-string-manip word-caadr #'nih:word-list #'nih:word-string #'caadr)
(create-string-manip word-caaadr #'nih:word-list #'nih:word-string #'caaadr)
(create-string-manip word-caaaar #'nih:word-list #'nih:word-string #'caaaar)
(create-string-manip word-caadar #'nih:word-list #'nih:word-string #'caadar)
(create-string-manip word-caddr #'nih:word-list #'nih:word-string #'caddr)
(create-string-manip word-caaar #'nih:word-list #'nih:word-string #'caaar)
(create-string-manip word-cdr #'nih:word-list #'nih:word-string #'cdr)
(create-string-manip word-cdddar #'nih:word-list #'nih:word-string #'cdddar)
(create-string-manip word-cdar #'nih:word-list #'nih:word-string #'cdar)
(create-string-manip word-cdaaar #'nih:word-list #'nih:word-string #'cdaaar)
(create-string-manip word-cddddr #'nih:word-list #'nih:word-string #'cddddr)
(create-string-manip word-cdddr #'nih:word-list #'nih:word-string #'cdddr)
(create-string-manip word-cdaadr #'nih:word-list #'nih:word-string #'cdaadr)
(create-string-manip word-cdadar #'nih:word-list #'nih:word-string #'cdadar)
(create-string-manip word-cddadr #'nih:word-list #'nih:word-string #'cddadr)
(create-string-manip word-cdaddr #'nih:word-list #'nih:word-string #'cdaddr)
(create-string-manip word-cdadr #'nih:word-list #'nih:word-string #'cdadr)
(create-string-manip word-cddar #'nih:word-list #'nih:word-string #'cddar)
(create-string-manip word-cddr #'nih:word-list #'nih:word-string #'cddr)
(create-string-manip word-cddaar #'nih:word-list #'nih:word-string #'cddaar)
(create-string-manip word-cdaar #'nih:word-list #'nih:word-string #'cdaar)

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================================================================================
TESTING FOR :NIH
================================================================================
To test :nih functions, just change directories into the root of the
repository; then, load `t.lisp` from there, like so:
[0]> (load "t/t.lisp")
Then, you can run the tests as you please:
[1]> (nih-testing:do-all)

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;; ----------------------------------------
;; STRING.LISP
;; ----------------------------------------
;; DATA DECLARATIONS
;; ----------------------------------------
(defvar *number-list* '(98 37 23 24 14 14 24 52 5325 32 4234))
(defvar *one-number-list* '(1))
;; TESTS
;; ----------------------------------------
(rt:deftest up-to-i
(nih:up-to 2 *number-list*)
(98 37 23))
(rt:deftest up-to-ii
(nih:up-to 0 *one-number-list*)
(1))
(rt:deftest up-to-iii
(nih:up-to 3 *one-number-list*)
(1))
(rt:deftest up-to-iv
(nih:up-to 13 *number-list*)
(98 37 23 24 14 14 24 52 5325 32 4234))
(rt:deftest up-from-i
(nih:up-from 2 *number-list*)
(23 24 14 14 24 52 5325 32 4234))
(rt:deftest up-from-ii
(nih:up-from 10 *number-list*)
(4234))
(rt:deftest up-from-iii
(nih:up-from 11 *number-list*)
nil)
;; ----------------------------------------
(rt:deftest before-i
(nih:before 37 *number-list*)
98)
(rt:deftest before-ii
(nih:before 98 *number-list*)
nil)
(rt:deftest after-i
(nih:after 37 *number-list*)
23)
(rt:deftest after-ii
(nih:after 4234 *number-list*)
nil)
;; ----------------------------------------
(rt:deftest following-i
(nih:following 37 *number-list*)
(23 24 14 14 24 52 5325 32 4234))
(rt:deftest following-ii
(nih:following 4234 *number-list*)
nil)
(rt:deftest preceding-i
(nih:preceding 23 *number-list*)
(98 37))
(rt:deftest preceding-ii
(nih:preceding 98 *number-list*)
nil)
;; ----------------------------------------
(rt:deftest positions
(nih:positions 14 *number-list*)
(4 5))
;; ----------------------------------------
(rt:deftest replace-at-i
(nih:replace-at '(1 2 3 1 4) 1 0)
(0 2 3 0 4))
(rt:deftest replace-at-ii
(nih:replace-at '("yo" "hi" "hi" "ya") "hi" "ye" :test #'equal)
("yo" "ye" "ye" "ya"))

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;; ----------------------------------------
;; STRING.LISP
;; ----------------------------------------
;; DATA DECLARATIONS
;; ----------------------------------------
(defvar *list-in-list* '((1 2 3 4)))
(defvar *keyed-list* '(1 2 :morto "hi" 3 :ploro 4))
;; TESTS
;; ----------------------------------------
(rt:deftest parse-keys-i
(nih:parse-keys *keyed-list* '(:morto))
(:morto "hi")
(1 2 3 :ploro 4))
(rt:deftest parse-keys-ii
(nih:parse-keys *keyed-list* '(:ploro))
(:ploro 4)
(1 2 :morto "hi" 3))
(rt:deftest parse-keys-iii
(nih:parse-keys *keyed-list* '(:ploro :morto))
(:ploro 4 :morto "hi")
(1 2 3))
(rt:deftest parse-keys-iv
(nih:parse-keys *list-in-list* '(:ploro :morto))
nil
((1 2 3 4)))
;; ----------------------------------------
(rt:deftest value-or-i
(nih:value-or nil "")
"")
(rt:deftest value-or-ii
(nih:value-or 2 "")
2)
;; ----------------------------------------
(rt:deftest list-or-real-i
(nih:list-or-real *list-in-list*)
(1 2 3 4))
(rt:deftest list-or-real-ii
(nih:list-or-real *keyed-list*)
(1 2 :morto "hi" 3 :ploro 4))

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;; ----------------------------------------
;; WORD.LISP
;; ----------------------------------------
;; DATA DECLARATIONS
;; ----------------------------------------
(defvar *three-words*
"Hiya! <3<3<3 daddyyyyy")
(defvar *three-words-char-list*
'(#\H #\i #\y #\a #\!
#\Space #\< #\3 #\< #\3 #\< #\3
#\Space #\d #\a #\d #\d #\y #\y #\y #\y #\y))
(defvar *char-repeat*
"I like to eat like to eat like to eat babies")
;; ----------------------------------------
(rt:deftest char-list
(nih:char-list *three-words*)
(#\H #\i #\y #\a #\!
#\Space #\< #\3 #\< #\3 #\< #\3
#\Space #\d #\a #\d #\d #\y #\y #\y #\y #\y))
(rt:deftest char-string
(nih:char-string *three-words-char-list*)
"Hiya! <3<3<3 daddyyyyy")
(rt:deftest char-nth-i
(nih:char-nth 0 *three-words*)
#\H)
(rt:deftest char-nth-ii
(nih:char-nth 2 *three-words*)
#\y)
(rt:deftest char-nth-iii
(nih:char-nth 21 *three-words*)
#\y)
;; ----------------------------------------
(rt:deftest char-remove-i
(nih:char-remove #\h "hi there :)")
"i there :)")
(rt:deftest char-remove-ii
(nih:char-remove #\h "hi")
"i")
(rt:deftest char-remove-all
(nih:char-remove-all #\h "hi there :)")
"i tere :)")
;; ----------------------------------------
(rt:deftest char-position-i
(nih:char-position #\H *three-words*)
0)
(rt:deftest char-position-ii
(nih:char-position #\y *three-words*)
2)
(rt:deftest char-positions
(nih:char-positions #\y *three-words*)
(2 17 18 19 20 21))

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;; ----------------------------------------
;; LINE.LISP
;; ----------------------------------------
;; DATA DECLARATIONS
;; ----------------------------------------
(defvar *single-line-string*
"Hiya! <3<3<3 daddyyyyy")
(defvar *single-line-list*
'("Hiya! <3<3<3 daddyyyyy"))
(defvar *multi-line-string*
"I like to eat
like to eat
like to eat
babies")
(defvar *multi-line-list*
'("I like to eat"
"like to eat"
"like to eat"
"babies"))
;; ----------------------------------------
(rt:deftest line-list-i
(nih:line-list *multi-line-string*)
("I like to eat" "like to eat" "like to eat" "babies"))
(rt:deftest line-list-ii
(nih:line-list *single-line-string*)
("Hiya! <3<3<3 daddyyyyy"))
(rt:deftest line-string-i
(nih:line-string *multi-line-list*)
"I like to eat
like to eat
like to eat
babies")
(rt:deftest line-string-ii
(nih:line-string *single-line-list*)
"Hiya! <3<3<3 daddyyyyy")
(rt:deftest line-nth-i
(nih:line-nth 2 *multi-line-string*)
"like to eat")
(rt:deftest line-nth-ii
(nih:line-nth 0 *multi-line-string*)
"I like to eat")
(rt:deftest line-nth-iii
(nih:line-nth 3 *multi-line-string*)
"babies")
;; ----------------------------------------
(rt:deftest line-get
(nih:line-get "eat" *multi-line-string*)
"I like to eat")
(rt:deftest line-get-all
(nih:line-get-all ".*eat.*" *multi-line-string*)
"I like to eat
like to eat
like to eat")
(rt:deftest line-remove
(nih:line-remove "eat" *multi-line-string*)
"like to eat
like to eat
babies")
(rt:deftest line-remove-all
(nih:line-remove-all "eat" *multi-line-string*)
"babies")
(rt:deftest line-position-i
(nih:line-position "I like to eat" *multi-line-string*)
0)
(rt:deftest line-position-ii
(nih:line-position "like to eat" *multi-line-string*)
1)
(rt:deftest line-position-iii
(nih:line-position "babies" *multi-line-string*)
3)
(rt:deftest line-positions
(nih:line-positions "like to eat" *multi-line-string*)
(1 2))

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;; ----------------------------------------
;; STRING.LISP
;; ----------------------------------------
;; DATA DECLARATIONS
;; ----------------------------------------
(defvar *a-string*
"Hiya! <3<3<3")
(defvar *multiple-lines*
"Oh, hi, how're you doing?
I hope you responded 'fine'.
Honestly, I can't hear you from here,
Hopefully your day is OK, though. <3")
(defvar *multiple-lines-list*
'("Oh, hi, how're you doing?"
"I hope you responded 'fine'."
"Honestly, I can't hear you from here,"
"Hopefully your day is OK, though. <3"))
(defvar *single-multiple-lines-list*
'("Hiya! <3<3<3"))
(defvar *number-string*
"9")
(defvar *getf-strings-list*
'(("one" 1)("two" 2)("three" 3)("four" iv)("four" 4)))
(defvar *colon-valued-string*
":Date 1999-01-23
This is a QOTD-format colon-value thing!
:Programme QOTDD
From QOTDD, of course =w=
:Spice tasty")
(defvar *misc-strings-list*
'("hi" "hiya" "fhi" "die" "love"))
;; ----------------------------------------
(rt:deftest string-combine-i
(nih:string-combine "hi")
"hi")
(rt:deftest string-combine-ii
(nih:string-combine "hi" "dad" :seperator " ")
"hi dad")
(rt:deftest string-combine-iii
(nih:string-combine "the" "lad" "which" "never" :seperator "-")
"the-lad-which-never")
(rt:deftest string-combine-iv
(nih:string-combine "she" "who" "never" :seperator "^" "lied")
"she^who^never^lied")
(rt:deftest string-combine-v
(nih:string-combine "hi" "dad")
"hidad")
(rt:deftest intern-combine-i
(nih:intern-combine "hi")
hi :internal)
(rt:deftest intern-combine-ii
(nih:intern-combine "hi" "dad" :seperator " ")
|HI DAD| :internal)
(rt:deftest intern-combine-iii
(nih:intern-combine :package "nih" "the" "lad" "which"
"never" :seperator "-")
NIH::the-lad-which-never :internal)
;; notice that keys are interspersed with strings
(rt:deftest intern-combine-iv
(nih:intern-combine "she" "who" "never" :seperator "^" "lied")
she^who^never^lied :internal)
(rt:deftest intern-combine-v
(nih:intern-combine "hi" "dad")
hidad :internal)
;; ----------------------------------------
(rt:deftest pad-string-i
(nih:pad-string *a-string* :prefix "a")
"aHiya! <3<3<3")
(rt:deftest pad-string-ii
(nih:pad-string *a-string* :prefix "a" :suffix "b")
"aHiya! <3<3<3") ;; notice how the :suffix is ignored!
(rt:deftest pad-string-iii
(nih:pad-string *a-string* :suffix "b")
"Hiya! <3<3<3b")
(rt:deftest min-string-length-i
(nih:min-string-length *number-string* 3 :prefix "0")
"009")
(rt:deftest min-string-length-ii
(nih:min-string-length *number-string* 9 :prefix "9")
"999999999")
(rt:deftest min-string-length-iii
(nih:min-string-length "bonege" 10 :suffix "e")
"bonegeeeee")
;; ----------------------------------------
(rt:deftest regex-get
(nih:regex-get ".*hi.*" *misc-strings-list*)
"hi")
(rt:deftest regex-get-all
(nih:regex-get-all ".*hi.*" *misc-strings-list*)
("hi" "hiya" "fhi"))
(rt:deftest regex-remove
(nih:regex-remove ".*hi.*" *misc-strings-list*)
("hiya" "fhi" "die" "love"))
(rt:deftest regex-remove-all
(nih:regex-remove-all ".*hi.*" *misc-strings-list*)
("die" "love"))
;; ----------------------------------------
(rt:deftest nil-string
(nih:nil-string '(1 2 3 nil "hi" nil 3))
(1 2 3 "" "hi" "" 3))
;; ----------------------------------------
(rt:deftest getf-strings-i
(nih:getf-strings *getf-strings-list* "one")
(("one" 1)))
(rt:deftest getf-strings-ii
(nih:getf-strings *getf-strings-list* "two")
(("two" 2)))
(rt:deftest getf-strings-iii
(nih:getf-strings *getf-strings-list* "four")
(("four" iv)("four" 4)))
(rt:deftest getf-string
(nih:getf-string *getf-strings-list* "four")
("four" iv))
;; ----------------------------------------
(rt:deftest get-colon-values-i
(nih:get-colon-values *colon-valued-string*)
(:DATE "1999-01-23" :PROGRAMME "QOTDD" :SPICE "tasty"))
(rt:deftest get-colon-values-ii
(nih:get-colon-values *a-string*)
nil)
(rt:deftest remove-colon-values-i
(nih:remove-colon-values *colon-valued-string*)
"This is a QOTD-format colon-value thing!
From QOTDD, of course =w=")
(rt:deftest remove-colon-values-ii
(nih:remove-colon-values *a-string*)
"Hiya! <3<3<3")

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;; ----------------------------------------
;; WORD.LISP
;; ----------------------------------------
;; DATA DECLARATIONS
;; ----------------------------------------
(defvar *three-word-string*
"Hiya! <3<3<3 daddyyyyy")
(defvar *three-word-list*
'("Hiya!" "<3<3<3" "daddyyyyy"))
(defvar *word-repeat*
"I like to eat like to eat like to eat babies")
;; ----------------------------------------
(rt:deftest word-list-i
(nih:word-list *three-word-string*)
("Hiya!" "<3<3<3" "daddyyyyy"))
(rt:deftest word-list-ii
(nih:word-list "hi")
("hi"))
(rt:deftest word-string-i
(nih:word-string *three-word-list*)
"Hiya! <3<3<3 daddyyyyy")
(rt:deftest word-string-ii
(nih:word-string '("hi"))
"hi")
(rt:deftest word-nth-i
(nih:word-nth 2 *three-word-string*)
"daddyyyyy")
(rt:deftest word-nth-ii
(nih:word-nth 0 *three-word-string*)
"Hiya!")
(rt:deftest word-nth-iii
(nih:word-nth 1 *three-word-string*)
"<3<3<3")
(rt:deftest word-nth-iv
(nih:word-nth 0 "hi")
"hi")
;; ----------------------------------------
(rt:deftest word-get
(nih:word-get "Hi" *three-word-string*)
"Hiya!")
(rt:deftest word-get-all
(nih:word-get-all ".*a.*" *three-word-string*)
"Hiya! daddyyyyy")
(rt:deftest word-remove
(nih:word-remove "a" *three-word-string*)
"<3<3<3 daddyyyyy")
(rt:deftest word-remove-all
(nih:word-remove-all ".*a.*" *three-word-string*)
"<3<3<3")
(rt:deftest word-position
(nih:word-position "Hiya!" *three-word-string*)
0)
(rt:deftest word-positions
(nih:word-positions "like" *word-repeat*)
(1 4 7))

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(ql:quickload :rt)
(ql:quickload :cl-strings)
(ql:quickload :cl-ppcre)
(defpackage :nih-testing
(:use :cl)
(:export
:do-all))
(in-package :nih-testing)
(defun do-all ()
"Execute all tests."
(rt:do-tests))
(load "src/package.lisp")
(load "src/misc.lisp")
(load "t/misc.lisp")
(load "src/list.lisp")
(load "t/list.lisp")
(load "src/string/string.lisp")
(load "t/string/string.lisp")
(load "src/string/word.lisp")
(load "t/string/word.lisp")
(load "src/string/line.lisp")
(load "t/string/line.lisp")
(load "src/string/char.lisp")
(load "t/string/char.lisp")
(nih-testing:do-all)