@@ -9254,6 +9254,9 @@ soundfold({word})

This can be used for making spelling suggestions. Note that

the method can be quite slow.

Can also be used as a |method|: >

GetWord()->soundfold()

<

*spellbadword()*

spellbadword([{sentence}])

Without argument: The result is the badly spelled word under

@@ -9279,6 +9282,9 @@ spellbadword([{sentence}])

The spelling information for the current window and the value

of 'spelllang' are used.

Can also be used as a |method|: >

GetText()->spellbadword()

<

*spellsuggest()*

spellsuggest({word} [, {max} [, {capital}]])

Return a |List| with spelling suggestions to replace {word}.

@@ -9301,6 +9307,8 @@ spellsuggest({word} [, {max} [, {capital}]])

The spelling information for the current window is used. The

values of 'spelllang' and 'spellsuggest' are used.

Can also be used as a |method|: >

GetWord()->spellsuggest()

split({string} [, {pattern} [, {keepempty}]]) *split()*

Make a |List| out of {string}. When {pattern} is omitted or

@@ -9432,6 +9440,20 @@ str2nr({string} [, {base}]) *str2nr()*

{base} is 2 a leading "0b" or "0B" is ignored.

Text after the number is silently ignored.

Can also be used as a |method|: >

GetText()->str2nr()

strcharpart({src}, {start} [, {len}]) *strcharpart()*

Like |strpart()| but using character index and length instead

of byte index and length. Composing characters are counted

separately.

When a character index is used where a character does not

exist it is assumed to be one character. For example: >

strcharpart('abc', -1, 2)

< results in 'a'.

Can also be used as a |method|: >

GetText()->strcharpart(5)

strchars({string} [, {skipcc}]) *strchars()*

The result is a Number, which is the number of characters

@@ -9457,14 +9479,8 @@ strchars({string} [, {skipcc}]) *strchars()*

endfunction

endif

<

strcharpart({src}, {start} [, {len}]) *strcharpart()*

Like |strpart()| but using character index and length instead

of byte index and length. Composing characters are counted

separately.

When a character index is used where a character does not

exist it is assumed to be one character. For example: >

strcharpart('abc', -1, 2)

< results in 'a'.

Can also be used as a |method|: >

GetText()->strchars()

strdisplaywidth({string} [, {col}]) *strdisplaywidth()*

The result is a Number, which is the number of display cells

@@ -9479,6 +9495,9 @@ strdisplaywidth({string} [, {col}]) *strdisplaywidth()*

Ambiguous, this function's return value depends on 'ambiwidth'.

Also see |strlen()|, |strwidth()| and |strchars()|.

Can also be used as a |method|: >

GetText()->strdisplaywidth()

strftime({format} [, {time}]) *strftime()*

The result is a String, which is a formatted date and time, as

specified by the {format} string. The given {time} is used,

@@ -9496,12 +9515,18 @@ strftime({format} [, {time}]) *strftime()*

:echo strftime("%c", getftime("file.c"))

Show mod time of file.c.

< Can also be used as a |method|: >

GetFormat()->strftime()

strgetchar({str}, {index}) *strgetchar()*

Get character {index} from {str}. This uses a character

index, not a byte index. Composing characters are considered

separate characters here.

Also see |strcharpart()| and |strchars()|.

Can also be used as a |method|: >

GetText()->strgetchar(5)

stridx({haystack}, {needle} [, {start}]) *stridx()*

The result is a Number, which gives the byte index in

{haystack} of the first occurrence of the String {needle}.

@@ -9521,6 +9546,9 @@ stridx({haystack}, {needle} [, {start}]) *stridx()*

stridx() works similar to the C function strstr(). When used

with a single character it works similar to strchr().

Can also be used as a |method|: >

GetHaystack()->stridx(needle)

*string()*

string({expr}) Return {expr} converted to a String. If {expr} is a Number,

Float, String, Blob or a composition of them, then the result

@@ -9583,6 +9611,9 @@ strpart({src}, {start} [, {len} [, {chars}]]) *strpart()*

example, to get the character under the cursor: >

strpart(getline("."), col(".") - 1, 1, v:true)

<

Can also be used as a |method|: >

GetText()->strpart(5)

strptime({format}, {timestring}) *strptime()*

The result is a Number, which is a unix timestamp representing

the date and time in {timestring}, which is expected to match

@@ -9626,6 +9657,9 @@ strridx({haystack}, {needle} [, {start}]) *strridx()*

When used with a single character it works similar to the C

function strrchr().

Can also be used as a |method|: >

GetHaystack()->strridx(needle)

strtrans({string}) *strtrans()*

The result is a String, which is {string} with all unprintable

characters translated into printable characters |'isprint'|.

@@ -9674,6 +9708,9 @@ submatch({nr} [, {list}]) *submatch()* *E935*

< This finds the first number in the line and adds one to it.

A line break is included as a newline character.

Can also be used as a |method|: >

GetNr()->submatch()

substitute({string}, {pat}, {sub}, {flags}) *substitute()*

The result is a String, which is a copy of {string}, in which

the first match of {pat} is replaced with {sub}.

@@ -9736,13 +9773,19 @@ swapinfo({fname}) *swapinfo()*

Not a swap file: does not contain correct block ID

Magic number mismatch: Info in first block is invalid

Can also be used as a |method|: >

GetFilename()->swapinfo()

swapname({buf}) *swapname()*

The result is the swap file path of the buffer {buf}.

For the use of {buf}, see |bufname()| above.

If buffer {buf} is the current buffer, the result is equal to

|:swapname| (unless there is no swap file).

If buffer {buf} has no swap file, returns an empty string.

Can also be used as a |method|: >

GetBufname()->swapname()

synID({lnum}, {col}, {trans}) *synID()*

The result is a Number, which is the syntax ID at the position

{lnum} and {col} in the current window.