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--[[
Counts table entries when #tableObject will not work.
(...or would also fail on tables using non-numeric keys.)
--]]
end
end
--[[
Description
This is the only thing that should be used in table.sort's "comp" function. It allows
a data description of how to sort tables to be written, instead of writing a custom sort
function over and over again, you just create a single table that defines the sort ordering
for a general table type.
Arguments:
entry1 (table) An entry in the table being sorted
entry2 (table) Another entry in the table being sorted
sortKey (non nil) A key in the entry arguments (tableX[sortKey]) to be used for sorting.
sortKeys (table) A table whose keys are all keys in entryX and whose values are all tables.
sortKeys options:
isNumeric - used if a string field should be converted to a number for comparison
isId64 - used for id64 fields which need special comparison functions
caseInsensitive - used for case insensitive string comparison
tiebreaker - the next key to be used if this one is tied
tieBreakerSortOrder - the sort order to be used with the tie breaker key
reverseTiebreakerSortOrder - a boolean which if set to true causes the tie breaker to use the opposite of the current sort order
sortOrder (number) Must be ZO_SORT_ORDER_UP or ZO_SORT_ORDER_DOWN
Return:
When sortOrder is ZO_SORT_ORDER_UP: entry1[sortKey] < entry2[sortKey]
When sortOrder is ZO_SORT_ORDER_DOWN: entry1[sortKey] > entry2[sortKey]
--]]
local validOrderingTypes =
{
["number"] = true,
["string"] = true,
["boolean"] = true
}
if(boolean == true) then return 1 end
return 0
end
--[[
Common constants and types to make sorting a little easier.
--]]
-- Sort from A - Z
ZO_SORT_ORDER_UP = true
-- Sort from Z - A
ZO_SORT_ORDER_DOWN = false
-- Sort by the name field of your entry. Assumes the table being sorted is full of entries which are
-- also tables; those entries having a key named "name".
ZO_SORT_BY_NAME = { ["name"] = {} }
ZO_SORT_BY_NAME_NUMERIC = { ["name"] = { isNumeric = true } }
local IS_LESS_THAN = -1
local IS_EQUAL_TO = 0
local IS_GREATER_THAN = 1
end
end
local value1Text
value1Text = "nil"
else
end
local value2Text
value2Text = "nil"
else
end
internalassert(false, string.format("%s is not a valid sort key for this data. value1 = %s. value2 = %s.", sortKey or "[nil key]", value1Text, value2Text))
return false
end
if value1Type == "boolean" then
end
local compareResult
if sortKeys[sortKey].isId64 then
else
if sortKeys[sortKey].isNumeric then
elseif value1Type == "string" then
if sortKeys[sortKey].caseInsensitive then
end
end
compareResult = IS_LESS_THAN
compareResult = IS_GREATER_THAN
else
compareResult = IS_EQUAL_TO
end
end
-- The two pieces of data are equal, now this needs to tiebreaker to a different key and recurse.
-- This is so that in a list sorted by something like AllianceType, where there are only three
-- alliances, the tiebreaker would sort within the "name" key of the table entry.
if compareResult == IS_EQUAL_TO then
local tiebreaker = sortKeys[sortKey].tiebreaker
if tiebreaker then
local nextSortOrder
if sortKeys[sortKey].tieBreakerSortOrder ~= nil then
nextSortOrder = sortKeys[sortKey].tieBreakerSortOrder
else
nextSortOrder = sortOrder
end
if sortKeys[sortKey].reverseTiebreakerSortOrder then
nextSortOrder = not nextSortOrder
end
end
else
if sortOrder == ZO_SORT_ORDER_UP then
return compareResult == IS_LESS_THAN
end
return compareResult == IS_GREATER_THAN
end
return false
end
for i = #t, 1, -1 do
t[i] = nil
end
end
t[k] = nil
end
end
--Want to keep ZO_ClearTable(t) snappy, so don't bog it down with an optional callback param to if check
t[k] = nil
end
end
dest = dest or {}
dest[k] = v
end
return dest
end
dest = dest or {}
dest[k] = v
end
return dest
end
dest = dest or {}
else
dest[k] = v
end
end
return dest
end
-- Returns true if table is nil or empty
end
-- Returns true if running the iterator once did not return a value. this modifies the iterator.
if nextControlValue == nil then
return true
end
return false
end
-- The dest table is mutable and will take in the values of all subsequent tables. It must be initialized.
local counter = #dest
counter = counter + 1
end
end
end
-- The dest table is mutable and will take in the values of all subsequent tables. It must be initialized.
end
end
end
return true
end
end
return false
end
return index
end
end
return nil
end
return true
end
end
return false
end
return key
end
end
return nil
end
return true
end
end
return false
end
end
end
do
if i > 1 then
i = i - 1
return i, t[i]
end
end
end
end
local numFilters = filterFunctions and #filterFunctions or 0
if numFilters > 0 then
local index = 0
return function()
index = index + 1
local passesFilter = true
for filterIndex = 1, numFilters do
passesFilter = false
break
end
end
if passesFilter then
else
index = index + 1
end
end
end
else
end
end
local numFilters = filterFunctions and #filterFunctions or 0
if numFilters > 0 then
return function()
while nextKey do
local currentKey, currentData = nextKey, nextData
local passesFilter = true
for filterIndex = 1, numFilters do
if not filterFunctions[filterIndex](currentData) then
passesFilter = false
break
end
end
if passesFilter then
return currentKey, currentData
end
end
end
else
end
end
local visitedLeft, visitedRight = {}, {}
local numVisited = 0
if visitedLeft[left] or visitedRight[right] then
return false
end
visitedLeft[left], visitedRight[right] = true, true
numVisited = numVisited + 2
if numVisited > maxTablesVisited then
return false
end
return false
end
end
if left[k] == nil then
return false
end
end
return false
end
return true
else
return left == right
end
end
end
local set = {}
end
return set
end
if #left == #right then
return false
end
end
return true
end
return false
end
-- Creates a non-contiguous table, the keys of which are the unique values
-- in the numerically indexed table t or, if t is scalar, the value of t.
local s = {}
if tType == "table" then
s[v] = true
end
elseif tType ~= "nil" then
s[t] = true
end
return s
end
-- Returns a non-contiguous table, the keys of which are the intersecting keys
-- shared between the non-contiguous sets s1 and s2.
local s = {}
if s2[k] then
s[k] = true
end
end
return s
end
-- Returns true if the non-contiguous sets s1 and s2 share one or more keys.
end
-- Returns a non-contiguous table, the keys of which are the intersecting values
-- shared between the numerically indexed tables t1 and t2.
end
-- Returns true if the numerically indexed tables t1 and t2 share one or more values.
end
-- Returns true if the non-contiguous sets s1 and s2 contain the same keys.
if size1 ~= size2 then
return false
end
if not s2[k] then
return false
end
end
return true
end |