spell User’s Manual ¶

This manual is for spell version 0.0.3.

1 Introduction
2 External Protocols
Concept index
Function and macro and variable and type index
Changelog

1 Introduction ¶

The spell library provides protocols and implementations of those protocols for automatic spell-checking and suggestion of likely corrections. In addition to the spelling of words, dictionary entries contain information about word types and properties of the words such as case, gender and number. At the moment, English is the only supported language.

2 External Protocols ¶

This chapter describes the external protocols provided by the spell library.

2.1 English Protocol ¶

This protocol provides the highest level of abstraction within the spell library. The protocol consists of a few functions that perform the most common operations with minimal setup effort.

Function: english-lookup [spell] string ¶

Return a (possibly empty) list of entries in the English dictionary the spelling of which matches string.

The returned entries are instances of word. More than one entry in the dictionary can match string due to different word types or multiple combinations of properties within a word type that share a common spelling.

Note that clients which are interested only in the validity of string and not in the matching dictionary entries can treat the return value as a generalized Boolean.

Examples:

(spell:english-lookup "lithp")
⇒ NIL

(spell:english-lookup "lisp")
⇒ (#<EXPLICIT-BASE-VERB "lisp" person:ANY number:ANY ... infinitive:SELF {1004ED5993}>
   #<EXPLICIT-BASE-NOUN "lisp" number:SINGULAR case:NIL gender:NIL {1004ED3533}>)

Function: english-check-paragraph [spell] string ¶

Check the paragraph of English text string for spelling errors and return a list of detected errors.

The return value of this function is a possibly empty list of entries of the form (start-index . end-index). The start-index and end-index within each entry designate a sub-string of string that corresponds to a misspelled word.

Example:

(spell:english-check-paragraph "In Polish, a horse is koń, and in German, it's
das Pferd.")
⇒ ((22 . 25) (47 . 50) (51 . 56))

The three pairs in the result correspond to sub-strings that are not valid English words:

(loop :with string = "In Polish, a horse is koń, and in German, it's
das Pferd."
      :for (start . end) :in (spell:english-check-paragraph string)
      :collect (subseq string start end))
⇒ ("koń" "das" "Pferd")

2.2 Word Protocols ¶

Entries in spell dictionaries are conceptually pair: an (implicit) string that is the spelling and a word object that characterizes the word type and the type-specific properties of the word. Word objects are instance of subclasses of word. spell defines the following sub-classes of word and associated readers:

word
+-adjective
+-adverb
+-conjunction
| `-subordinate
+-determiner
| +-article
| +-demonstrative-adjective
| +-interrogative-adjective
| +-possessive-adjective
| `-quantifier
+-interjection
+-noun
| +-noun-verb-contraction
| `-proper-noun
+-preposition
+-pronoun
| +-demonstrative-pronoun
| +-personal-pronoun
| +-possessive-pronoun
| `-reflexive-pronoun
`-verb
  +-noun-verb-contraction
  `-verb-verb-contraction

Word Class word ¶

Class: word [spell] () ¶: Superclass for all word classes.

Generic Function: base [spell] word ¶

Return the base word of word.

For words of type noun, the base word is usually the nominative, singular variant of the word.

For words of type verb, the base word is usually the infinitive variant of the word.

Word Class adjective ¶

Class: adjective [spell] (word) ¶: Instances represent adjectives, that is a property of a noun together with the degree of that property.

Generic Function: degree [spell] word ¶

Return a keyword which indicates the degree for word.

Possible values are :positive, :comparative and :superlative.

Examples

zinkier	`#<EXPLICIT-BASE-ADJECTIVE "zincy" degree:COMPARATIVE {1003D28FF3}>`
wroughter	`#<EXPLICIT-BASE-ADJECTIVE "wrought" degree:COMPARATIVE {1003CD6E33}>`
well-wornest	`#<EXPLICIT-BASE-ADJECTIVE "well-worn" degree:SUPERLATIVE {1003BC5783}>`

Word Class adverb ¶

Class: adverb [spell] (word) ¶: Instances represent adverb, that is a property of a verb.

Examples

unstoppably	`#<EXPLICIT-BASE-ADVERB "unstoppably" {1003895EC3}>`
twistingly	`#<EXPLICIT-BASE-ADVERB "twistingly" {100378F923}>`
together	`#<EXPLICIT-BASE-ADVERB "together" {10035D3933}>`

Word Class conjunction ¶

Class: conjunction [spell] (word) ¶: Direct instances represent conjunctions, that is words which connect sentences or clauses.

Examples

seeing	`#<EXPLICIT-BASE-CONJUNCTION "seeing" {10021499C3}>`
providing	`#<EXPLICIT-BASE-CONJUNCTION "provided" {1001B82F73}>`
either	`#<EXPLICIT-BASE-CONJUNCTION "either" {1006E22EF3}>`

Word Class subordinate ¶

Class: subordinate [spell] (word, conjunction) ¶: Instances represent subordinates, that is conjunctions which connect a dependent and an independent clause.

Examples

whether	`#<EXPLICIT-BASE-SUBORDINATE "whether" {1003C041E3}>`
that	`#<EXPLICIT-BASE-SUBORDINATE "that" {10034E4F83}>`
if	`#<EXPLICIT-BASE-SUBORDINATE "if" {1006E22F83}>`

Word Class determiner ¶

Class: determiner [spell] (word) ¶: Instances are determiners, that is words which determine one or more aspect, such as the grammatical number, of a noun. Also a superclass for several more specific determiner classes.

Generic Function: number [spell] word ¶

Return a keyword which indicates the number for entities related to word.

If word is a verb, the keyword indicates the number of agents who perform the action.

If word is a noun, the keyword indicates the number of objects or people the noun refers to. Similarly for pronouns.

If word is a determiner (or a more specific word sub type), the number refers to the associated noun.

Possible values are :any, :singular and :plural.

Word Class article ¶

Class: article [spell] (word, determiner) ¶: Instances are articles, that is determiners which specify whether a noun refers to a particular or an arbitrary entity.

Generic Function: determinate [spell] word ¶: Return a Boolean which indicates whether the noun associated with word refers to particular or an arbitrary entity.

Examples

the	`#<EXPLICIT-BASE-ARTICLE "the" number:SINGULAR determinate:T {10035318E3}>`
a	`#<EXPLICIT-BASE-ARTICLE "a" number:SINGULAR determinate:NIL {1006E22F33}>`
an	`#<EXPLICIT-BASE-ARTICLE "an" number:SINGULAR determinate:NIL {1006E22F43}>`

Word Class demonstrative-adjective ¶

Class: demonstrative-adjective [spell] (word, determiner) ¶: Instances represent demonstrative adjectives, that is determiners which highlight the fact that an associated noun is identifiable from the context.

Examples

this	`#<EXPLICIT-BASE-DEMONSTRATIVE-ADJECTIVE "this" number:SINGULAR {1003549873}>`
these	`#<EXPLICIT-BASE-DEMONSTRATIVE-ADJECTIVE "these" number:PLURAL {10035304D3}>`
that	`#<EXPLICIT-BASE-DEMONSTRATIVE-ADJECTIVE "that" number:SINGULAR {1003502D33}>`

Word Class interrogative-adjective ¶

Class: interrogative-adjective [spell] (word, determiner) ¶: Instances represent interrogative adjectives, that is adjectives

Examples

which	`#<EXPLICIT-BASE-INTERROGATIVE-ADJECTIVE "which" number:ANY {1003C05583}>`
what	`#<EXPLICIT-BASE-INTERROGATIVE-ADJECTIVE "what" number:ANY {1003BFD033}>`

Word Class possessive-adjective ¶

Class: possessive-adjective [spell] (word, determiner) ¶: Instances represent possessive adjectives, that is determiners which mark a noun as being possessed by another entity.

Generic Function: refnumber [spell] word ¶

Return a keyword which indicates the grammatical number of the possessing entity referenced by word.

Possible values are :any, :singular and :plural.

Generic Function: person [spell] word ¶

Return a keyword which indicates the grammatical person of entities associated with word.

Possible values are :any, :first, :second, :third.

Generic Function: gender [spell] word ¶

Return a keyword which indicates the gender of entities related to word.

Possible values are nil, :masculine, :feminine and :neuter.

Examples

its	`#<EXPLICIT-BASE-POSSESSIVE-ADJECTIVE "its" number:ANY gender:ANY person:THIRD refnumber:SINGULAR {1006E23043}>`
his	`#<EXPLICIT-BASE-POSSESSIVE-ADJECTIVE "his" number:ANY gender:MASCULINE person:THIRD refnumber:SINGULAR {1006E23053}>`
her	`#<EXPLICIT-BASE-POSSESSIVE-ADJECTIVE "her" number:ANY gender:FEMININE person:THIRD refnumber:SINGULAR {1006E23063}>`

Word Class quantifier ¶

Class: quantifier [spell] (word, determiner) ¶: Instances are quantifiers, that is determiners which specify count or amount of a noun.

Examples

enough	`#<EXPLICIT-BASE-QUANTIFIER "enough" number:ANY {1006E22E53}>`
eleven	`#<EXPLICIT-BASE-QUANTIFIER "eleven" number:PLURAL {1006E22E63}>`
either	`#<EXPLICIT-BASE-QUANTIFIER "either" number:SINGULAR {1006E22E73}>`

Word Class interjection ¶

Class: interjection [spell] (word) ¶: Instances represent interjections, that is words which interrupt the sequence of words within a sentence or the sequence of sentences.

Examples

bye-bye	`#<EXPLICIT-BASE-INTERJECTION "bye-bye" {1006E22343}>`
blimey	`#<EXPLICIT-BASE-INTERJECTION "blimey" {1006E22353}>`
begorra	`#<EXPLICIT-BASE-INTERJECTION "begorra" {1006E22363}>`

Word Class noun ¶

Class: noun [spell] (word) ¶: Direct instances represent generic nouns. Also a superclass for more specific noun classes.

The generic function gender can be applied to words of this class.

Generic Function: case [spell] word ¶

Return a keyword which indicates the grammatical case of word.

Possible values are :nominative, :genitive, :accusative and :nominative-or-accusative.

The generic function number can be applied to words of this class.

Examples

yellow-flags	`#<EXPLICIT-BASE-NOUN "yellow-flag" number:PLURAL case:NIL gender:NIL {1003CFEAB3}>`
worrywarts	`#<EXPLICIT-BASE-NOUN "worrywart" number:PLURAL case:NIL gender:NIL {1003CBA2D3}>`
woodrushes	`#<EXPLICIT-BASE-NOUN "woodrush" number:PLURAL case:NIL gender:NIL {1003C9C663}>`

Word Class noun-verb-contraction ¶

Class: noun-verb-contraction [spell] (word, verb, noun) ¶: Instances are of type noun and also of type verb and are formed as a contraction of one noun and one verb.

Examples

’twould	`#<EXPLICIT-BASE-NOUN-VERB-CONTRACTION "it would" person:THIRD number:SINGULAR tense:PRESENT-SIMPLE negative:NIL contraction:NIL strength:WEAK infinitive:NIL case:NIL gender:NEUTER {1006E223E3}>`
’twill	`#<EXPLICIT-BASE-NOUN-VERB-CONTRACTION "it will" person:THIRD number:SINGULAR tense:PRESENT-SIMPLE negative:NIL contraction:NIL strength:WEAK infinitive:NIL case:NIL gender:NEUTER {1006E223F3}>`
’twas	`#<EXPLICIT-BASE-NOUN-VERB-CONTRACTION "it was" person:THIRD number:SINGULAR tense:PAST negative:NIL contraction:NIL strength:STRONG infinitive:NIL case:NIL gender:NEUTER {1006E22403}>`

Word Class proper-noun ¶

Class: proper-noun [spell] (word, noun) ¶: Instances represent proper nouns, that is generally names.

Examples

Zaragozas	`#<EXPLICIT-BASE-PROPER-NOUN "Zaragoza" number:PLURAL case:NIL gender:NIL {1006E22C63}>`
Trinidad	`#<EXPLICIT-BASE-PROPER-NOUN "Trinidad" number:SINGULAR case:NIL gender:NIL {1006E22C73}>`
Sloughs	`#<EXPLICIT-BASE-PROPER-NOUN "Slough" number:PLURAL case:NIL gender:NIL {1006E22C83}>`

Word Class preposition ¶

Class: preposition [spell] (word) ¶: Instances represent prepositions, that is words which indicate the spatial, temporal, logical, etc. relations between other words.

Examples

although	`#<EXPLICIT-BASE-PREPOSITION "although" {1006E211C3}>`
alongside	`#<EXPLICIT-BASE-PREPOSITION "alongside" {1006E211D3}>`
albeit	`#<EXPLICIT-BASE-PREPOSITION "albeit" {1006E211E3}>`

Word Class pronoun ¶

Class: pronoun [spell] (word) ¶: Direct instances represent generic pronouns. Also a superclass for several more specific pronoun classes.

Generic Function: negative [spell] word ¶

Return a Boolean which indicates whether the meaning of word is in some way negative.

If word is a verb, a true value indicates that the absence of the action represented by the verb.

If word is a pronoun, a true value indicates the complement of the set of entities for which the non negated pronoun would stand in.

The generic function case can be applied to words of this class.

The generic function gender can be applied to words of this class.

The generic function number can be applied to words of this class.

The generic function person can be applied to words of this class.

Examples

everyone	`#<EXPLICIT-BASE-PRONOUN "everyone" person:THIRD number:SINGULAR gender:NIL case:NOMINATIVE-OR-ACCUSATIVE negative:NIL {1006E21123}>`
everybody	`#<EXPLICIT-BASE-PRONOUN "everybody" person:THIRD number:SINGULAR gender:NIL case:NOMINATIVE-OR-ACCUSATIVE negative:NIL {1006E21133}>`
either	`#<EXPLICIT-BASE-PRONOUN "either" person:THIRD number:SINGULAR gender:NIL case:NOMINATIVE-OR-ACCUSATIVE negative:NIL {1006E21143}>`

Word Class demonstrative-pronoun ¶

Class: demonstrative-pronoun [spell] (word, pronoun) ¶: Instances represent demonstrative pronouns, that is shorthand references which highlight an entity that is identifiable from the context.

Examples

there	`#<EXPLICIT-BASE-DEMONSTRATIVE-PRONOUN "there" person:NIL number:ANY gender:NIL case:NOMINATIVE negative:NIL {100351B513}>`
that	`#<EXPLICIT-BASE-DEMONSTRATIVE-PRONOUN "that" person:NIL number:ANY gender:NIL case:NOMINATIVE negative:NIL {10035032F3}>`
here	`#<EXPLICIT-BASE-DEMONSTRATIVE-PRONOUN "here" person:NIL number:ANY gender:NIL case:NOMINATIVE negative:NIL {1006E22FA3}>`

Word Class personal-pronoun ¶

Class: personal-pronoun [spell] (word, pronoun) ¶: Instances represent personal pronouns, that is shorthand references to a noun which designates a person.

Examples

he	`#<EXPLICIT-BASE-PERSONAL-PRONOUN "he" person:THIRD number:SINGULAR gender:MASCULINE case:NOMINATIVE negative:NIL {1006E22E23}>`
her	`#<EXPLICIT-BASE-PERSONAL-PRONOUN "her" person:THIRD number:SINGULAR gender:FEMININE case:ACCUSATIVE negative:NIL {1006E22E33}>`
I	`#<EXPLICIT-BASE-PERSONAL-PRONOUN "I" person:FIRST number:SINGULAR gender:NIL case:NOMINATIVE negative:NIL {1006E22E43}>`

Word Class possessive-pronoun ¶

Class: possessive-pronoun [spell] (word, pronoun) ¶: Instances represent possessive pronouns, that is shorthand references to an object that is possessed by an entity which is identifiable from the context.

The generic function refnumber can be applied to words of this class.

Examples

theirs	`#<EXPLICIT-BASE-POSSESSIVE-PRONOUN "theirs" person:THIRD number:ANY gender:NIL case:NOMINATIVE negative:NIL refnumber:PLURAL {1003507833}>`
its	`#<EXPLICIT-BASE-POSSESSIVE-PRONOUN "it" person:THIRD number:ANY gender:NIL case:NOMINATIVE negative:NIL refnumber:SINGULAR {1006E23013}>`
his	`#<EXPLICIT-BASE-POSSESSIVE-PRONOUN "his" person:THIRD number:ANY gender:MASCULINE case:NOMINATIVE negative:NIL refnumber:SINGULAR {1006E23023}>`

Word Class reflexive-pronoun ¶

Class: reflexive-pronoun [spell] (word, pronoun) ¶: Instances represent possessive pronouns, that is shorthand references that link the object back to the subject which is identifiable from the context.

Examples

yourselves	`#<EXPLICIT-BASE-REFLEXIVE-PRONOUN "yourselves" person:SECOND number:PLURAL gender:NIL case:NOMINATIVE negative:NIL {1003D106C3}>`
yourself	`#<EXPLICIT-BASE-REFLEXIVE-PRONOUN "yourself" person:SECOND number:SINGULAR gender:NIL case:NOMINATIVE negative:NIL {1003D10653}>`
thyself	`#<EXPLICIT-BASE-REFLEXIVE-PRONOUN "thyself" person:SECOND number:SINGULAR gender:NIL case:NOMINATIVE negative:NIL {1003580A13}>`

Word Class verb ¶

Class: verb [spell] (word) ¶: Direct instances represent generic verbs. Also a superclass for more specific verb classes.

Generic Function: infinitive [spell] word ¶

Return a keyword which indicates whether and which kind of infinitive word is.

Possible values are nil, :self and :to.

Generic Function: strength [spell] word ¶

Return a keyword which indicates the grammatical strength of word.

Only verb instances have the strength property which is either weak or strong. Weak means that the past tense of the verb is formed by adding a suffix while strong means that the past tense form of the verb has a different stem than the infinitive form.

Possible values are :weak and :strong.

Generic Function: contraction [spell] word ¶

Return a Boolean which indicates whether word is a contraction of two words.

For instances of the verb class a true value of the contraction property always goes together with a true value of the negative property. In other words these contractions consist of the base verb and the word not as in won t.

The generic function negative can be applied to words of this class.

Generic Function: tense [spell] word ¶

Return a keyword which indicates the time of the action for word.

Possible values are nil, :present-simple, :progressive, :past, :perfect-participle, :passive-perfect-participle.

The generic function number can be applied to words of this class.

The generic function person can be applied to words of this class.

Examples

wannaed	`#<EXPLICIT-BASE-VERB "wanna" person:ANY number:ANY tense:PERFECT-PARTICIPLE negative:NIL contraction:NIL strength:WEAK infinitive:NIL {1003A6DCC3}>`
visaing	`#<EXPLICIT-BASE-VERB "visa" person:ANY number:ANY tense:PROGRESSIVE negative:NIL contraction:NIL strength:WEAK infinitive:NIL {10039FAF63}>`
validating	`#<EXPLICIT-BASE-VERB "validate" person:ANY number:ANY tense:PROGRESSIVE negative:NIL contraction:NIL strength:WEAK infinitive:NIL {10038FF693}>`

Word Class verb-verb-contraction ¶

Class: verb-verb-contraction [spell] (word, verb) ¶: Instances are verbs that are formed as a contraction of two verbs.

Examples

might’ve	`#<EXPLICIT-BASE-VERB-VERB-CONTRACTION "might have" person:ANY number:ANY tense:PRESENT-SIMPLE negative:NIL contraction:NIL strength:WEAK infinitive:SELF {1006E22F53}>`
may’ve	`#<EXPLICIT-BASE-VERB-VERB-CONTRACTION "may have" person:ANY number:ANY tense:PRESENT-SIMPLE negative:NIL contraction:NIL strength:WEAK infinitive:SELF {1006E22F63}>`
could’ve	`#<EXPLICIT-BASE-VERB-VERB-CONTRACTION "could have" person:ANY number:ANY tense:PRESENT-SIMPLE negative:NIL contraction:NIL strength:WEAK infinitive:SELF {1006E22F73}>`

2.3 Dictionary Protocol ¶

Generic Function: entry-count [spell] dictionary ¶

Return the number of entries in dictionary.

Example

(spell:entry-count spell::*english-dictionary*)
⇒ 347488

Generic Function: map-entries [spell] function dictionary ¶

Call function for each entry in dictionary.

The lambda-list of function has to be compatible with (spelling word) where word is the word object of the entry and spelling is the spelling of the entry as a string.

spelling is passed as a separate argument because it cannot be obtained from word.

Example:

(prog ((i 0))
  (spell:map-entries (lambda (spelling word)
                       (cond ((<= 7000 (incf i) 7005)
                              (format t "~D ~10A ~A~%" i spelling word))
                             ((> i 10005)
                              (return))))
                     spell::*english-dictionary*))
-| 7000 Highlander #<EXPLICIT-BASE-NOUN "Highlander" number:SINGULAR case:NIL gender:NIL {101ACF7AF3}>
-| 7001 Highlands' #<EXPLICIT-BASE-PROPER-NOUN "Highland" number:PLURAL case:GENITIVE gender:NIL {101AD086E3}>
-| 7002 Highlands  #<EXPLICIT-BASE-PROPER-NOUN "Highland" number:PLURAL case:NIL gender:NIL {101AD087C3}>
-| 7003 Highland   #<EXPLICIT-BASE-PROPER-NOUN "Highland" number:SINGULAR case:NIL gender:NIL {101AD088A3}>
-| 7004 Hilary's   #<EXPLICIT-BASE-PROPER-NOUN "Hilary" number:SINGULAR case:GENITIVE gender:NIL {101AD08983}>
-| 7005 Hilarys'   #<EXPLICIT-BASE-PROPER-NOUN "Hilary" number:PLURAL case:GENITIVE gender:NIL {101AD08A63}>

Generic Function: lookup [spell] string dictionary ¶

Return a (possibly empty) list of entries in dictionary the spelling of which matches string.

Example:

(spell:lookup "bright" spell::*english-dictionary*)
⇒ (#<EXPLICIT-BASE-ADVERB "bright" {101B1CE6B3}>
   #<EXPLICIT-BASE-ADJECTIVE "bright" degree:POSITIVE {101B1CE663}>
   #<EXPLICIT-BASE-NOUN "bright" number:SINGULAR case:NIL gender:NIL {101B1CE633}>)

Generic Function: insert [spell] word string dictionary ¶

Insert word into dictionary as an entry for string.

word must be an instance of word.

dictionary must be a mutable dictionary. A “raw” dictionary is mutable, a “compacted” dictionary is not mutable.

Generic Function: load-dictionary [spell] source &key into ¶

Turn the word information in source into into or a new dictionary and return that dictionary.

source can be a stream, a string or pathname or some other sequence. If source is a stream, it must be an open character input stream. The word information is read from the stream. If source is a string a pathname it is a designator for a file that should be opened and read. If source is some other sequence, the sequence elements must be of the types discussed above. The word information from all source is combined into one dictionary in that case.

If supplied, into must be a mutable dictionary into which the word information should be loaded. The function returns into in that case. Otherwise the function creates a new dictionary, loads the word information into it and returns it.

Concept index ¶

Function and macro and variable and type index ¶

Jump to:	A B C D E G I L M N P Q R S T V W

A
	Index Entry	Section

	`adjective [spell]`	Word Protocols
	`adverb [spell]`	Word Protocols
	`article [spell]`	Word Protocols

B
	`base [spell]`	Word Protocols

C
	`case [spell]`	Word Protocols
	`conjunction [spell]`	Word Protocols
	`contraction [spell]`	Word Protocols

D
	`degree [spell]`	Word Protocols
	`demonstrative-adjective [spell]`	Word Protocols
	`demonstrative-pronoun [spell]`	Word Protocols
	`determinate [spell]`	Word Protocols
	`determiner [spell]`	Word Protocols

E
	`english-check-paragraph [spell]`	English Protocol
	`english-lookup [spell]`	English Protocol
	`entry-count [spell]`	Dictionary Protocol

G
	`gender [spell]`	Word Protocols

I
	`infinitive [spell]`	Word Protocols
	`insert [spell]`	Dictionary Protocol
	`interjection [spell]`	Word Protocols
	`interrogative-adjective [spell]`	Word Protocols

L
	`load-dictionary [spell]`	Dictionary Protocol
	`lookup [spell]`	Dictionary Protocol

M
	`map-entries [spell]`	Dictionary Protocol

N
	`negative [spell]`	Word Protocols
	`noun [spell]`	Word Protocols
	`noun-verb-contraction [spell]`	Word Protocols
	`number [spell]`	Word Protocols

P
	`person [spell]`	Word Protocols
	`personal-pronoun [spell]`	Word Protocols
	`possessive-adjective [spell]`	Word Protocols
	`possessive-pronoun [spell]`	Word Protocols
	`preposition [spell]`	Word Protocols
	`pronoun [spell]`	Word Protocols
	`proper-noun [spell]`	Word Protocols

Q
	`quantifier [spell]`	Word Protocols

R
	`reflexive-pronoun [spell]`	Word Protocols
	`refnumber [spell]`	Word Protocols

S
	`strength [spell]`	Word Protocols
	`subordinate [spell]`	Word Protocols

T
	`tense [spell]`	Word Protocols

V
	`verb [spell]`	Word Protocols
	`verb-verb-contraction [spell]`	Word Protocols

W
	`word [spell]`	Word Protocols

Changelog ¶

Release 0.3 (not yet released)

Documentation is now available in the documentation directory.
The new function map-entries calls a supplied function for each entry in a given dictionary.

Release 0.2 (2025-01-05)

The README.org file now uses the org-mode format. The examples have been updated.
The spell/simple system is now an alias for the spell system since the improved memory footprint makes the former unnecessary.
Compilation and loading times as well as memory footprint have been significantly reduced.
Dictionaries can now be built from multiple source files. Additional words are now loaded from data/english-additions.txt.

Release 0.1 (2024-12-20)

Initial release with basic lookup for the English dictionary but slow compilation and loading and a big memory footprint.

spell User’s Manual ¶

Table of Contents

1 Introduction ¶

2 External Protocols ¶

2.1 English Protocol ¶

2.2 Word Protocols ¶

Word Class word ¶

Word Class adjective ¶

Word Class adverb ¶

Word Class conjunction ¶

Word Class subordinate ¶

Word Class determiner ¶

Word Class article ¶

Word Class demonstrative-adjective ¶

Word Class interrogative-adjective ¶

Word Class possessive-adjective ¶

Word Class quantifier ¶

Word Class interjection ¶

Word Class noun ¶

Word Class noun-verb-contraction ¶

Word Class proper-noun ¶

Word Class preposition ¶

Word Class pronoun ¶

Word Class demonstrative-pronoun ¶

Word Class personal-pronoun ¶

Word Class possessive-pronoun ¶

Word Class reflexive-pronoun ¶

Word Class verb ¶

Word Class verb-verb-contraction ¶

2.3 Dictionary Protocol ¶

Concept index ¶

Function and macro and variable and type index ¶

Changelog ¶