match={}match.is={}match.is_not={}match._={}function match.Ref(Y) end match.ref=match.Ref match.is.Ref=match.Ref match.is.ref=match.Ref match.is_ref=match.Ref function match.all_of(...) end match.is_all_of=match.all_of match.is.all_of=match.all_of function match.any_of(...) end match.is_any_of=match.any_of match.is.any_of=match.any_of function match.none_of(...) end match.is_none_of=match.none_of match.is.none_of=match.none_of function match.True() end match.is.True=match.True match.is_true=match.True function match.False() end match.is.True=match.False match.is_false=match.False function match.Nil() end match.is.Nil=match.Nil match.is_nil=match.Nil function match.Boolean() end match.boolean=match.Boolean match.is.Boolean=match.Boolean match.is.boolean=match.Boolean match.is_boolean=match.Boolean function match.Number() end match.number=match.Number match.is.Number=match.Number match.is.number=match.Number match.is_number=match.Number function match.String() end match.string=match.String match.is.String=match.String match.is.string=match.String match.is_string=match.String function match.Table() end match.table=match.Table match.is.Table=match.Table match.is.table=match.Table match.is_table=match.Table function match.Function() end match.is.Function=match.Function match.is_function=match.Function function match.Userdata() end match.userdata=match.Userdata match.is.Userdata=match.Userdata match.is.userdata=match.Userdata match.is_userdata=match.Userdata function match.Thread() end match.thread=match.Thread match.is.thread=match.Thread match.is.Thread=match.Thread match.is_thread=match.Thread function match.truthy() end match.Truthy=match.truthy match.is.truthy=match.truthy match.is.Truthy=match.truthy match.is_truthy=match.truthy function match.falsy() end match.Falsy=match.falsy match.is.falsy=match.falsy match.is.Falsy=match.falsy match.is_falsy=match.falsy function match.Equals(Y) end match.equals=match.Equals match.is.equals=match.Equals match.is.equals=match.Equals match.is_equals=match.Equals function match.Same(Y) end match.same=match.Same match.is.same=match.Same match.is.same=match.Same match.is_same=match.Same function match.Unique(Y) end match.unique=match.Unique match.is.unique=match.Unique match.is.unique=match.Unique match.is_unique=match.Unique function match.Near(Y,f) end match.near=match.Near match.is.near=match.Near match.is.near=match.Near match.is_near=match.Near function match.Matches(Y,f,G) end match.matches=match.Matches match.is.matches=match.Matches match.is.matches=match.Matches match.is_matches=match.Matches match.match=match.Matches match.Match=match.matches match.is.match=match.Matches match.is.Matches=match.Matches match.is_match=match.Matches function match.is_not.True() end match.is_not_true=match.is_not.True function match.is_not.False() end match.is_not_false=match.is_not.False function match.is_not.Nil() end match.is_not_nil=match.is_not.Nil function match.is_not.Boolean() end match.is_not.boolean=match.is_not.Boolean match.is_not_boolean=match.is_not.Boolean function match.is_not.Number() end match.is_not.number=match.is_not.Number match.is_not_number=match.is_not.Number function match.is_not.String() end match.is_not.string=match.is_not.String match.is_not_string=match.is_not.String function match.is_not.Table() end match.is_not.table=match.is_not.Table match.is_not_table=match.is_not.Table function match.is_not.Function() end match.is_not_function=match.is_not.Function function match.is_not.Userdata() end match.is_not.userdata=match.is_not.Userdata match.is_not_userdata=match.is_not.Userdata function match.is_not.Thread() end match.is_not.Thread=match.is_not.Thread match.is_not_thread=match.is_not.Thread function match.is_not.truthy() end match.is_not.Truthy=match.is_not.truthy match.is_not_truthy=match.is_not.truthy function match.is_not.falsy() end match.is_not.Falsy=match.is_not.falsy match.is_not_falsy=match.is_not.falsy function match.is_not.Equals(Y) end match.is_not.equals=match.is_not.Equals match.is_not_equals=match.is_not.Equals function match.is_not.Same(Y) end match.is_not.same=match.is_not.Same match.is_not_same=match.is_not.Same function match.is_not.Unique(Y) end match.is_not.unique=match.is_not.Unique match.is_not_unique=match.is_not.Unique function match.is_not.Near(Y,f) end match.is_not.near=match.is_not.Near match.is_not_near=match.is_not.Near function match.is_not.Matches(Y,f,G) end match.is_not.matches=match.is_not.Matches match.is_not_matches=match.is_not.Matches match.is_not.match=match.is_not.Matches match.is_not_match=match.is_not.Matches return match
---@meta

---Matchers are used to provide flexible argument matching for `called_with` and
---`returned_with` asserts for spies. Just like with asserts, you can chain a
---modifier value using `is` or `is_not`, followed by the matcher you wish to use.
---@class luassert.match
match = {}

---Match a value from a spy
match.is = {}

---Match inverse values from a spy
match.is_not = {}

--- Wildcard match, matches anything.
--
---## Example
---```
---it("tests wildcard matcher", function()
---    local s = spy.new(function() end)
---    local _ = match._
---
---    s("foo")
---
---    assert.spy(s).was_called_with(_)        -- matches any argument
---    assert.spy(s).was_not_called_with(_, _) -- does not match two arguments
---end)
---```
match._ = {}

--[[ Modifiers ]]

--#region

---If you're creating a spy for functions that mutate any properties on a table
---(like `self`) and you want to use `was_called_with`, you should use
---`match.is_ref(obj)`.
---
---## Example
---```lua
---describe("combine matchers", function()
---    local match = require("luassert.match")
---
---    it("tests ref matchers for passed in table", function()
---        local t = { count = 0, }
---        function t.incrby(t, i) t.count = t.count + i end
---
---        local s = spy.on(t, "incrby")
---
---        s(t, 2)
---
---        assert.spy(s).was_called_with(match.is_ref(t), 2)
---    end)
---
---    it("tests ref matchers for self", function()
---        local t = { count = 0, }
---        function t:incrby(i) self.count = self.count + i end
---
---        local s = spy.on(t, "incrby")
---
---        t:incrby(2)
---
---        assert.spy(s).was_called_with(match.is_ref(t), 2)
---    end)
---end)
---```
---@param obj any
function match.Ref(obj) end
match.ref = match.Ref
match.is.Ref = match.Ref
match.is.ref = match.Ref
match.is_ref = match.Ref

---Combine matchers, matching all provided matchers.
---@param ... table|function
---```lua
---describe("combine matchers", function()
---    local match = require("luassert.match")
---
---    it("tests composite matchers", function()
---        local s = spy.new(function() end)
---
---        s("foo")
---
---        assert.spy(s).was_called_with(match.is_all_of(
---            match.is_not_nil(),
---            match.is_not_number()
---        ))
---    end)
---end)
---```
function match.all_of(...) end
match.is_all_of = match.all_of
match.is.all_of = match.all_of

---Combine matchers, matching at least one provided matcher.
---@param ... table|function
---```lua
---describe("combine matchers", function()
---    local match = require("luassert.match")
---
---    it("tests composite matchers", function()
---        local s = spy.new(function() end)
---
---        s("foo")
---
---        assert.spy(s).was_called_with(match.is_any_of(
---            match.is_number(),
---            match.is_string(),
---            match.is_boolean()
---        ))
---    end)
---end)
---```
function match.any_of(...) end
match.is_any_of = match.any_of
match.is.any_of = match.any_of

---Combine matchers, matching none of the provided matchers.
---@param ... table|function
---```lua
---describe("combine matchers", function()
---    local match = require("luassert.match")
---
---    it("tests composite matchers", function()
---        local s = spy.new(function() end)
---
---        s("foo")
---
---        assert.spy(s).was_called_with(match.is_none_of(
---            match.is_number(),
---            match.is_table(),
---            match.is_boolean()
---        ))
---    end)
---end)
---```
function match.none_of(...) end
match.is_none_of = match.none_of
match.is.none_of = match.none_of

--#endregion

--[[ Matchers ]]

--#region

---Check that the value is `true`.
---@return boolean isTrue
function match.True() end
match.is.True = match.True
match.is_true = match.True

---Check that the value is `false`.
---@return boolean isFalse
function match.False() end
match.is.True = match.False
match.is_false = match.False

---Check that the value is `nil`.
---@return boolean isNil
function match.Nil() end
match.is.Nil = match.Nil
match.is_nil = match.Nil

---Check that the value is of type `boolean`.
---@return boolean isBoolean
function match.Boolean() end
match.boolean = match.Boolean
match.is.Boolean = match.Boolean
match.is.boolean = match.Boolean
match.is_boolean = match.Boolean

---Check that the value is of type `number`.
---@return boolean isNumber
function match.Number() end
match.number = match.Number
match.is.Number = match.Number
match.is.number = match.Number
match.is_number = match.Number

---Check that the value is of type `string`.
---@return boolean isString
function match.String() end
match.string = match.String
match.is.String = match.String
match.is.string = match.String
match.is_string = match.String

---Check that the value is of type `table`.
---@return boolean isTable
function match.Table() end
match.table = match.Table
match.is.Table = match.Table
match.is.table = match.Table
match.is_table = match.Table

---Check that the value is of type `function`.
---@return boolean isFunction
function match.Function() end
match.is.Function = match.Function
match.is_function = match.Function

---Check that the value is of type `userdata`.
---@return boolean isUserdata
function match.Userdata() end
match.userdata = match.Userdata
match.is.Userdata = match.Userdata
match.is.userdata = match.Userdata
match.is_userdata = match.Userdata

---Check that the value is of type `thread`.
---@return boolean isThread
function match.Thread() end
match.thread = match.Thread
match.is.thread = match.Thread
match.is.Thread = match.Thread
match.is_thread = match.Thread

---Check that the value is truthy.
---@return boolean isTruthy
function match.truthy() end
match.Truthy = match.truthy
match.is.truthy = match.truthy
match.is.Truthy = match.truthy
match.is_truthy = match.truthy

---Check that the value is falsy.
---@return boolean isFalsy
function match.falsy() end
match.Falsy = match.falsy
match.is.falsy = match.falsy
match.is.Falsy = match.falsy
match.is_falsy = match.falsy

---Check that the two values are equal.
---
---When comparing tables, a reference check will be used.
---@param value any The target value
---@return boolean isEqual
function match.Equals(value) end
match.equals = match.Equals
match.is.equals = match.Equals
match.is.equals = match.Equals
match.is_equals = match.Equals

---Check that the two values are considered the "same".
---
---When comparing tables, a deep compare will be performed.
---@param value any The target value
---@return boolean isSame
function match.Same(value) end
match.same = match.Same
match.is.same = match.Same
match.is.same = match.Same
match.is_same = match.Same

---Match a table with unique values. Will pass if no values are duplicates.
---@param deep boolean If a deep check should be performed or just the first level
---@return boolean isUnique
function match.Unique(deep) end
match.unique = match.Unique
match.is.unique = match.Unique
match.is.unique = match.Unique
match.is_unique = match.Unique

---Match a certain numerical value with a specified +/- tolerance.
---@param value number The target value
---@param tolerance number The amount that the true value can be off by (inclusive)
---@return boolean isNear
function match.Near(value, tolerance) end
match.near = match.Near
match.is.near = match.Near
match.is.near = match.Near
match.is_near = match.Near

---Perform a `string.find()` match.
---@param pattern string String match pattern
---@param init integer Index of character to start searching for a match at
---@param plain boolean If the `pattern` should be treated as plain text instead of a pattern
---@return boolean matches
function match.Matches(pattern, init, plain) end
match.matches = match.Matches
match.is.matches = match.Matches
match.is.matches = match.Matches
match.is_matches = match.Matches
match.match = match.Matches
match.Match = match.matches
match.is.match = match.Matches
match.is.Matches = match.Matches
match.is_match = match.Matches

--#endregion

--[[ Inverse Matchers ]]

--#region

---Check that the value is **NOT** `true`.
---@return boolean isTrue
function match.is_not.True() end
match.is_not_true = match.is_not.True

---Check that the value is **NOT** `false`.
---@return boolean isFalse
function match.is_not.False() end
match.is_not_false = match.is_not.False

---Check that the value is **NOT** `nil`.
---@return boolean isNil
function match.is_not.Nil() end
match.is_not_nil = match.is_not.Nil

---Check that the value is **NOT** of type `boolean`.
---@return boolean isBoolean
function match.is_not.Boolean() end
match.is_not.boolean = match.is_not.Boolean
match.is_not_boolean = match.is_not.Boolean

---Check that the value is **NOT** of type `number`.
---@return boolean isNumber
function match.is_not.Number() end
match.is_not.number = match.is_not.Number
match.is_not_number = match.is_not.Number

---Check that the value is **NOT** of type `string`.
---@return boolean isString
function match.is_not.String() end
match.is_not.string = match.is_not.String
match.is_not_string = match.is_not.String

---Check that the value is **NOT** of type `table`.
---@return boolean isTable
function match.is_not.Table() end
match.is_not.table = match.is_not.Table
match.is_not_table = match.is_not.Table

---Check that the value is **NOT** of type `function`.
---@return boolean isFunction
function match.is_not.Function() end
match.is_not_function = match.is_not.Function

---Check that the value is **NOT** of type `userdata`.
---@return boolean isUserdata
function match.is_not.Userdata() end
match.is_not.userdata = match.is_not.Userdata
match.is_not_userdata = match.is_not.Userdata

---Check that the value is **NOT** of type `thread`.
---@return boolean isThread
function match.is_not.Thread() end
match.is_not.Thread = match.is_not.Thread
match.is_not_thread = match.is_not.Thread

---Check that the value is **NOT** truthy.
---@return boolean isTruthy
function match.is_not.truthy() end
match.is_not.Truthy = match.is_not.truthy
match.is_not_truthy = match.is_not.truthy

---Check that the value is **NOT** falsy.
---@return boolean isFalsy
function match.is_not.falsy() end
match.is_not.Falsy = match.is_not.falsy
match.is_not_falsy = match.is_not.falsy

---Check that the two values are **NOT** equal.
---
---When comparing tables, a reference check will be used.
---@param value any The target value
---@return boolean isEqual
function match.is_not.Equals(value) end
match.is_not.equals = match.is_not.Equals
match.is_not_equals = match.is_not.Equals

---Check that the two values are **NOT** considered the "same".
---
---When comparing tables, a deep compare will be performed.
---@param value any The target value
---@return boolean isSame
function match.is_not.Same(value) end
match.is_not.same = match.is_not.Same
match.is_not_same = match.is_not.Same

---Match a table with **NOT** unique values. Will pass if at least one duplicate is found.
---@param deep boolean If a deep check should be performed or just the first level
---@return boolean isUnique
function match.is_not.Unique(deep) end
match.is_not.unique = match.is_not.Unique
match.is_not_unique = match.is_not.Unique

---Match a certain numerical value outside a specified +/- tolerance.
---@param value number The target value
---@param tolerance number The amount that the true value must be off by (inclusive)
---@return boolean isNear
function match.is_not.Near(value, tolerance) end
match.is_not.near = match.is_not.Near
match.is_not_near = match.is_not.Near

---Perform a `string.find()` match to find a value that does **NOT** match.
---@param pattern string String match pattern
---@param init integer Index of character to start searching for a match at
---@param plain boolean If the `pattern` should be treated as plain text instead of a pattern
---@return boolean matches
function match.is_not.Matches(pattern, init, plain) end
match.is_not.matches = match.is_not.Matches
match.is_not_matches = match.is_not.Matches
match.is_not.match = match.is_not.Matches
match.is_not_match = match.is_not.Matches

--#endregion

return match
