*vim.version.lt()*
    Returns `true` if `v1 < v2`. See |vim.version.cmp()| for usage.

    Attributes: ~
        Since: 0.9.0

    Parameters: ~
      • {v1}  (`vim.Version|number[]|string`)
      • {v2}  (`vim.Version|number[]|string`)

    Return: ~
        (`boolean`)

vim.version.parse({version}, {opts})                     *vim.version.parse()*
    Parses a semantic version string and returns a version object which can be
    used with other `vim.version` functions. For example "1.0.1-rc1+build.2"
    returns: >
        { major = 1, minor = 0, patch = 1, prerelease = "rc1", build = "build.2" }
<

    Attributes: ~
        Since: 0.9.0

    Parameters: ~
      • {version}  (`string`) Version string to parse.
      • {opts}     (`table?`) Optional keyword arguments:
                   • strict (boolean): Default false. If `true`, no coercion
                     is attempted on input not conforming to semver v2.0.0. If
                     `false`, `parse()` attempts to coerce input such as
                     "1.0", "0-x", "tmux 3.2a" into valid versions.

    Return: ~
        (`vim.Version?`) parsed_version Version object or `nil` if input is
        invalid.

    See also: ~
      • https://semver.org/spec/v2.0.0.html

vim.version.range({spec})                                *vim.version.range()*
    Parses a semver |version-range| "spec" and returns a range object: >
        {
          from: Version
          to: Version
          has(v: string|Version)
        }
<

    `:has()` checks if a version is in the range (inclusive `from`, exclusive
    `to`).

    Example: >lua
        local r = vim.version.range('1.0.0 - 2.0.0')
        print(r:has('1.9.9'))       -- true
        print(r:has('2.0.0'))       -- false
        print(r:has(vim.version())) -- check against current Nvim version
<

    Or use cmp(), le(), lt(), ge(), gt(), and/or eq() to compare a version
    against `.to` and `.from` directly: >lua
        local r = vim.version.range('1.0.0 - 2.0.0') -- >=1.0, <2.0
        print(vim.version.ge({1,0,3}, r.from) and vim.version.lt({1,0,3}, r.to))
<

    Attributes: ~
        Since: 0.9.0

    Parameters: ~
      • {spec}  (`string`) Version range "spec"

    Return: ~
        (`table?`) A table with the following fields:
        • {from} (`vim.Version`)
        • {to}? (`vim.Version`)
        • {has} (`fun(self: vim.VersionRange, version: string|vim.Version)`)

    See also: ~
      • https://github.com/npm/node-semver#ranges


==============================================================================
Lua module: vim.iter                                                *vim.iter*

*vim.iter()* is an interface for |iterable|s: it wraps a table or function
argument into an *Iter* object with methods (such as |Iter:filter()| and
|Iter:map()|) that transform the underlying source data. These methods can be
chained to create iterator "pipelines": the output of each pipeline stage is
input to the next stage. The first stage depends on the type passed to
`vim.iter()`:
• Lists or arrays (|lua-list|) yield only the value of each element.
  • Holes (nil values) are allowed (but discarded).
  • Use pairs() to treat array/list tables as dicts (preserve holes and
    non-contiguous integer keys): `vim.iter(pairs(…))`.
  • Use |Iter:enumerate()| to also pass the index to the next stage.
    • Or initialize with ipairs(): `vim.iter(ipairs(…))`.
• Non-list tables (|lua-dict|) yield both the key and value of each element.
• Function |iterator|s yield all values returned by the underlying function.
• Tables with a |__call()| metamethod are treated as function iterators.

The iterator pipeline terminates when the underlying |iterable| is exhausted
(for function iterators this means it returned nil).

Note: `vim.iter()` scans table input to decide if it is a list or a dict; to
avoid this cost you can wrap the table with an iterator e.g.
`vim.iter(ipairs({…}))`, but that precludes the use of |list-iterator|