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ESO_NumberFormats = {}
do
local g_strArgs = {}
if currentArgType == "number" then
local str = ""
local numFmt = "d"
local width = 0
local digits = 1
local unsigned = false
if ESO_NumberFormats[formatString] ~= nil and ESO_NumberFormats[formatString][i] ~= nil then
width = ESO_NumberFormats[formatString][i].width or width
digits = ESO_NumberFormats[formatString][i].digits or digits
unsigned = ESO_NumberFormats[formatString][i].unsigned or unsigned
end
if width > 0 then
end
if frac ~= 0 then
numFmt = "f"
elseif unsigned == true then
numFmt = "u"
end
elseif currentArgType == "string" then
g_strArgs[i] = currentArg
else
internalassert(false, string.format("Argument %d with invalid type passed to zo_strformat: %s", i, currentArgType))
g_strArgs[i] = ""
end
end
end
end
end
do
-- zo_strformat elegantly handles the case where we pass in a param as the "formatter" (e.g.: collectible descriptions).
-- However, in order to avoid having each string generate its own cache table, the ZO_CachedStrFormat function need to be explicitely told "I have no formatter"
-- so it can add all of them to one table. This cuts down on overhead, with the downside that it loses slight parity with zo_strformat.
-- However, the fact that we do this whole no param thing at all is exploiting a quirk in the grammar to get around a bug in the grammar anyway so
-- it's a relatively rare scenario
ZO_CACHED_STR_FORMAT_NO_FORMATTER = ""
local g_onlyStoreOneByFormatter = { }
g_onlyStoreOneByFormatter[formatter] = true
end
local g_cachedStringsByFormatter =
{
[ZO_CACHED_STR_FORMAT_NO_FORMATTER] = {} --Used for strings that need to run through grammar without a formatter
}
formatter = formatter or ZO_CACHED_STR_FORMAT_NO_FORMATTER
local formatterCache = g_cachedStringsByFormatter[formatter]
if not formatterCache then
formatterCache = {}
g_cachedStringsByFormatter[formatter] = formatterCache
end
local cachedString
if formatter == ZO_CACHED_STR_FORMAT_NO_FORMATTER then
--"No formatter" only works with 1 param
local rawString = ...
cachedString = formatterCache[hashKey]
if not cachedString then
formatterCache[hashKey] = cachedString
end
else
cachedString = formatterCache[hashKey]
if not cachedString then
if g_onlyStoreOneByFormatter[formatter] then
if existingKey then
formatterCache[existingKey] = nil
end
end
formatterCache[hashKey] = cachedString
end
end
return cachedString
end
if g_cachedStringsByFormatter[formatter] then
g_cachedStringsByFormatter[formatter] = nil
end
end
end
-- The extra parentheses are used to discard the additional return value (which is the total number of matches)
end
do
-- Before passing to a formatting function, use english separators. zo_strformat() (with a <<f:1>> or <<F:1>>) and ZO_FastFormatDecimalNumber() will automatically replace these separators with language-appropriate ones.
local ENGLISH_DIGIT_GROUP_REPLACER = ","
local ENGLISH_DIGIT_GROUP_DECIMAL_REPLACER = "."
if amount < DIGIT_GROUP_REPLACER_THRESHOLD then
end
end
-- Guards against negative 0 as a displayed numeric value
if amount == 0 then
amount = 0
end
if amount < DIGIT_GROUP_REPLACER_THRESHOLD then
-- No commas needed
end
if wholeAmount == amount then
-- This is an integer, safe to pass to ZO_CommaDelimitNumber
end
-- Comma delimit whole part and then concatenate the decimal part as-is
local LITERAL_MATCH = true
local decimalSeparatorIndex = zo_strfind(amountString, ENGLISH_DIGIT_GROUP_DECIMAL_REPLACER, 1, LITERAL_MATCH)
end
-- This is a replacement for zo_strformat(SI_NUMBER_FORMAT, decimalNumberString) that avoids the slow call to grammar.
-- decimalNumberString should be a number string that contains ASCII digits, commas, periods, and/or a negative sign. It can have a non number suffix, so we can continue to support abbreviations, but it really shouldn't contain any more than that.
-- The return value should not be used as a component of larger format strings, and an amount string should not be run through it more than once.
local ENGLISH_DIGIT_SEPARATOR_PATTERN = "[,.]"
local ENGLISH_DIGIT_SEPARATOR_TO_LOCALIZED_SEPARATOR =
{
}
if firstNonNumberCharacter then
return zo_strgsub(numberPrefix, ENGLISH_DIGIT_SEPARATOR_PATTERN, ENGLISH_DIGIT_SEPARATOR_TO_LOCALIZED_SEPARATOR) .. nonNumberSuffix
else
return zo_strgsub(decimalNumberString, ENGLISH_DIGIT_SEPARATOR_PATTERN, ENGLISH_DIGIT_SEPARATOR_TO_LOCALIZED_SEPARATOR)
end
end
end
do
local NON_DIGIT = "%D"
if amountString then
end
return 0
end
end
function ZO_GenerateDelimiterSeparatedListWithCustomFinalDelimiter(argumentTable, delimiter, finalDelimiter, finalDelimiterIfListLengthIsTwo)
if argumentTable ~= nil and #argumentTable > 0 then
local numArguments = #argumentTable
-- If there's only one item in the list, the string is just the first item
if numArguments == 1 then
return argumentTable[1]
else
-- loop through the first through the second to last element adding the delimiter in between
-- don't add the last since we will use a different separator for it
-- add the last element of the array to the list using finalDelimiter or finalDelimiterIfListLengthIsTwo as appropriate
local finalSeparator = finalDelimiter
if numArguments == 2 and finalDelimiterIfListLengthIsTwo then
finalSeparator = finalDelimiterIfListLengthIsTwo
end
return listString
end
else
return ""
end
end
return ZO_GenerateDelimiterSeparatedListWithCustomFinalDelimiter(argumentTable, GetString(SI_LIST_COMMA_SEPARATOR), GetString(SI_LIST_COMMA_AND_SEPARATOR), GetString(SI_LIST_AND_SEPARATOR))
end
return ZO_GenerateDelimiterSeparatedListWithCustomFinalDelimiter(argumentTable, GetString(SI_LIST_COMMA_SEPARATOR), GetString(SI_LIST_COMMA_OR_SEPARATOR), GetString(SI_LIST_OR_SEPARATOR))
end
if argumentTable ~= nil then
else
return ""
end
end
end
end
end
end
end
-- Takes a given text and generates a string with the text broken into segments of
-- the specified length and separated by the given delimiter
-- For example a text of "12345678" with a space delimiter and a segment length of 4
-- would yield "1234 5678"
local textSegments = {}
for i = 1, stringLength, segmentLength do
end
return formattedText
end |