cmdTokenizerobject | tokens.t[66]

Command tokenizer for US English. Other language modules should provide their own tokenizers to allow for differences in punctuation and other lexical elements.

[Required]

`cmdTokenizer : Tokenizer`

Superclass Tree (in declaration order)

`cmdTokenizer`
`Tokenizer`
`object`

Summary of Properties

`endAssert patAlphaDashAlpha patPunct patSpelledTens patSpelledUnits punctChars rules_ squote wordPunct`

``

Summary of Methods

`acceptAbbrTok buildOrigText tokCvtAbbr tokCvtApostropheS tokCvtSpelledNumber`

Inherited from `Tokenizer` :
`deleteRule deleteRuleAt insertRule insertRuleAt tokCvtLower tokCvtSkip tokenize`

Properties

`endAssert` | `tokens.t[199]`

end-of-token assertion

`patAlphaDashAlpha` | `tokens.t[258]`

add the part after the hyphen

`patPunct` | `tokens.t[375]`

no description available

`patSpelledTens` | `tokens.t[371]`

some pre-compiled regular expressions

`patSpelledUnits` | `tokens.t[373]`

no description available

`punctChars` | `tokens.t[196]`

token-separating punctuation marks, as an <alpha|x|y> pattern

`rules_`OVERRIDDEN | `tokens.t[74]`

The list of tokenizing rules. This isn't actually required to be defined by the language module, since you *could* just use the default rules inherited from the base Tokenizer class, but it's likely that each language will have some quirks that require custom rules.

`squote` | `tokens.t[206]`

List of characters consisting a single quote mark. This includes regular ASCII straight quotes as well as the unicode curly quotes. This is for pasting into a <alpha|x|y> pattern.

`wordPunct` | `tokens.t[212]`

list of acceptable punctuation marks within words; this is for pasting into an <alpha|x|y> pattern

Methods

`acceptAbbrTok (txt)` | `tokens.t[270]`

Check to see if we want to accept an abbreviated token - this is a token that ends in a period, which we use for abbreviated words like "Mr." or "Ave." We'll accept the token only if it appears as given - including the period - in the dictionary. Note that we ignore truncated matches, since the only way we'll accept a period in a word token is as the last character; there is thus no way that a token ending in a period could be a truncation of any longer valid token.

`buildOrigText (toks)` | `tokens.t[311]`

Given a list of token strings, rebuild the original input string. We can't recover the exact input string, because the tokenization process throws away whitespace information, but we can at least come up with something that will display cleanly and produce the same results when run through the tokenizer.

[Required]

`tokCvtAbbr (txt, typ, toks)` | `tokens.t[290]`

Process an abbreviated token.

When we find an abbreviation, we'll enter it with the abbreviated word minus the trailing period, plus the period as a separate token. We'll mark the period as an "abbreviation period" so that grammar rules will be able to consider treating it as an abbreviation -- but since it's also a regular period, grammar rules that treat periods as regular punctuation will also be able to try to match the result. This will ensure that we try it both ways - as abbreviation and as a word with punctuation - and pick the one that gives us the best result.

`tokCvtApostropheS (txt, typ, toks)` | `tokens.t[220]`

Handle an apostrophe-s word. We'll return this as two separate tokens: one for the word preceding the apostrophe-s, and one for the apostrophe-s itself.

`tokCvtSpelledNumber (txt, typ, toks)` | `tokens.t[244]`

Handle a spelled-out hyphenated number from 21 to 99. We'll return this as three separate tokens: a word for the tens name, a word for the hyphen, and a word for the units name.

Adv3Lite Library Reference Manual
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