Some number replacements with integer where necessary

Author: d-enk

Library/datetime.lua

@@ -5,22 +5,21 @@
 local datetime = {}
 
 ---@class datetime: ffi.cdata*
----@field nsec number (Default: 0) (usec, msec) Fractional part of the last second. You can specify either nanoseconds (nsec), or microseconds (usec), or milliseconds (msec). Specifying two of these units simultaneously or all three ones lead to an error
----@field sec number (Default: 0) Seconds. Value range: 0 - 60
----@field min number (Default: 0) Minutes. Value range: 0 - 59
----@field hour number (Default: 0) Hours. Value range: 0 - 23
----@field day number (Default: 1) Day number. Value range: 1 - 31. The special value -1 generates the last day of a particular month (see example below)
----@field month	number (Default: 1) Month number. Value range: 1 - 12
----@field year number (Default: 1970) Year.
----@field timestamp	number (Default: 0) Timestamp, in seconds. Similar to the Unix timestamp, but can have a fractional part which is converted in nanoseconds in the resulting datetime object. If the fractional part for the last second is set via the nsec, usec, or msec units, the timestamp value should be integer otherwise an error occurs. Timestamp is not allowed if you already set time and/or date via specific units, namely, sec, min, hour, day, month, and year
----@field tzoffset number (Default: 0) Time zone offset from UTC, in minutes. If both tzoffset and tz are specified, tz has the preference and the tzoffset value is ignored
+---@field nsec integer (Default: 0) (usec, msec) Fractional part of the last second. You can specify either nanoseconds (nsec), or microseconds (usec), or milliseconds (msec). Specifying two of these units simultaneously or all three ones lead to an error
+---@field sec integer (Default: 0) Seconds. Value range: 0 - 60
+---@field min integer (Default: 0) Minutes. Value range: 0 - 59
+---@field hour integer (Default: 0) Hours. Value range: 0 - 23
+---@field day integer (Default: 1) Day number. Value range: 1 - 31. The special value -1 generates the last day of a particular month (see example below)
+---@field month	integer (Default: 1) Month number. Value range: 1 - 12
+---@field year integer (Default: 1970) Year.
+---@field timestamp	integer (Default: 0) Timestamp, in seconds. Similar to the Unix timestamp, but can have a fractional part which is converted in nanoseconds in the resulting datetime object. If the fractional part for the last second is set via the nsec, usec, or msec units, the timestamp value should be integer otherwise an error occurs. Timestamp is not allowed if you already set time and/or date via specific units, namely, sec, min, hour, day, month, and year
+---@field tzoffset integer (Default: 0) Time zone offset from UTC, in minutes. If both tzoffset and tz are specified, tz has the preference and the tzoffset value is ignored
 ---@field tz string Time zone name according to the tz database
----@field wday number Days since the beginning of the week
----@field yday	number Days since the beginning of the year
+---@field wday integer Days since the beginning of the week
+---@field yday integer Days since the beginning of the year
 ---@field isdst	boolean Is the DST (Daylight saving time) applicable for the date. Boolean.
 local datetime_obj = {}
 
-
 --- Create a datetime object from a table of time units.
 ---
 ---**Default values:**
@@ -34,7 +33,7 @@ local datetime_obj = {}
 --- * timestamp: 0
 --- * tzoffset: 0
 --- * tz: nil
----@param units? { nsec: number, sec: number, min: number, hour: number, day: number, year: number, timestamp: number, tzoffset: number, tz: string}
+---@param units? { nsec?: integer, sec?: integer, min?: integer, hour?: integer, day?: integer, year?: integer, timestamp?: integer, tzoffset?: integer, tz?: string}
 ---@return datetime datetime_obj
 function datetime.new(units) end
 
@@ -58,24 +57,22 @@ function datetime_obj:add() end
 --- Modify an existing datetime object by subtracting values of the input arguments
 function datetime_obj:sub() end
 
-
 datetime.interval = {}
 
 ---@class interval: ffi.cdata*
----@field nsec number (Default: 0) (usec, msec)	Fractional part of the last second. You can specify either nanoseconds (nsec), or microseconds (usec), or milliseconds (msec). Specifying two of these units simultaneously or all three ones lead to an error
----@field sec number (Default: 0) Seconds
----@field min number (Default: 0) Minutes
----@field hour number (Default: 0) Hours
----@field day number (Default: 0) Day number
----@field week number (Default: 0) Week number
----@field month number (Default: 0) Month number
----@field year number (Default: 0) Year
+---@field nsec integer (Default: 0) (usec, msec)	Fractional part of the last second. You can specify either nanoseconds (nsec), or microseconds (usec), or milliseconds (msec). Specifying two of these units simultaneously or all three ones lead to an error
+---@field sec integer (Default: 0) Seconds
+---@field min integer (Default: 0) Minutes
+---@field hour integer (Default: 0) Hours
+---@field day integer (Default: 0) Day number
+---@field week integer (Default: 0) Week number
+---@field month integer (Default: 0) Month number
+---@field year integer (Default: 0) Year
 ---@field adjust string (Default: 'none') Defines how to round days in a month after an arithmetic operation
 ---@operator add(interval): interval
 ---@operator sub(interval): interval
 local interval_obj = {}
 
-
 --- Create an interval object from a table of time units
 ---
 ---**Default values:**
@@ -89,11 +86,10 @@ local interval_obj = {}
 --- * month: 0
 --- * year: 0
 --- * adjust: 'none'
----@param units? { nsec: number, sec: number, min: number, hour: number, day: number, week: number, month: number, year: number, adjust: string}
+---@param units? { nsec?: integer, sec?: integer, min?: integer, hour?: integer, day?: integer, week?: integer, month?: integer, year?: integer, adjust: string}
 ---@return interval interval_obj
 function datetime.interval.new(units) end
 
-
 --- Convert the information from an interval object into the table format
 function interval_obj:totable() end
 

Library/decimal.lua

@@ -35,7 +35,7 @@ function decimal.ln(n) end
 function decimal.new(n) end
 
 ---@param n decimal|string|number
----@return number
+---@return integer
 function decimal.precision(n) end
 
 ---@param n decimal

Library/fiber.lua

@@ -40,7 +40,7 @@ function fiber.new(func, ...) end
 function fiber.self() end
 
 ---Get a fiber object by ID
----@param id number numeric identifier of the fiber.
+---@param id integer numeric identifier of the fiber.
 ---@return Fiber
 function fiber.find(id) end
 
@@ -73,7 +73,7 @@ function fiber.status(fiber_object) end
 ---@return table<number, FiberInfo>
 function fiber.info(opts) end
 
----@return number fiber_id returns current fiber id
+---@return integer fiber_id returns current fiber id
 function fiber.id() end
 
 ---@class FiberTop
@@ -149,7 +149,7 @@ function fiber.extend_slice(slice) end
 local fiber_object = {}
 
 ---Get a fiber’s ID
----@return number # fiber id
+---@return integer # fiber id
 function fiber_object:id() end
 
 ---Get a fiber’s name
@@ -202,7 +202,7 @@ function fiber_object:join() end
 local channel_object = {}
 
 ---Create a communication channel
----@param capacity? number the maximum number of slots (spaces for channel:put messages) that can be in use at once. The default is 0.
+---@param capacity? integer the maximum number of slots (spaces for channel:put messages) that can be in use at once. The default is 0.
 ---@return fiber.channel
 function fiber.channel(capacity) end
 
@@ -227,11 +227,11 @@ function channel_object:get(timeout) end
 function channel_object:is_empty() end
 
 ---Count messages in a channel
----@return number
+---@return integer
 function channel_object:count() end
 
 ---Returns size of channel
----@return number
+---@return integer
 function channel_object:size() end
 
 ---Check if a channel is full