4 files changed, 0 insertions, 323 deletions
diff --git a/std/default/format.pk b/std/default/format.pk
deleted file mode 100644
index b117632..0000000
--- a/std/default/format.pk
+++ /dev/null
@@ -1,52 +0,0 @@
-## std/format: Niceties around printing and debugging.
-## This module is imported by default.
-
-## The Display interface. Any type implementing `str` is printable.
-## Any type that is Display must also implement Debug.
-pub type Display = interface
-  str(Self): str
-  dbg(Self): str
-
-## The Debug interface. Broadly implemented for every type with compiler magic.
-## Types can (and should) override the generic implementations.
-pub type Debug = interface
-  dbg(Self): str
-
-## Prints all of its arguments to the command line.
-pub func print(params: varargs[Display]) =
-  stdout.write(params.map(x => x.str).join(" "), "\n")
-
-## Prints all of its arguments to the command line, in Debug form.
-## Note: this function is special! does not count as a side effect
-pub func dbg(params: varargs[Debug]) =
-  stdout.write(params.map(x => x.dbg).join(" "), "\n")
-
-## A dummy implementation of the Display interface for strings.
-pub func str(self: str): str = self
-## An implementation of the Debug interface for strings.
-pub func dbg(self: str): str = "\"" & self & "\""
-
-## An implementation of the Debug interface for all structs.
-## Uses the special `struct` typeclass.
-pub func dbg(self: struct): str =
-  "{" & self.fields.map(field => field.id & field.value.dbg) & "}"
-
-## An implementation of the Debug interface for all tuples.
-## Uses the special `tuple` typeclass.
-pub func dbg(self: tuple): str =
-  result &= "("
-  for i, field in self.fields.enumerate():
-    result &= field.id.map(id => id & " = ").get_or("")
-    if i != self.fields.len:
-      result &= ", "
-  result &= ")"
-
-## An implementation of the Debug interface for all arrays and lists.
-pub func dbg(self: Iter[Debug]): str =
-  "[" & self.map(x => x.str).join(", ") & "]"
-
-## The fmt macro. Builds a formatted string from its arguments.
-pub macro fmt(formatted: static[str], args: varargs[Display]) =
-  # if not formatted of String:
-  #   macro_error("fmt must take a static string parameter!")
-  ...
diff --git a/std/default/iterators.pk b/std/default/iterators.pk
deleted file mode 100644
index f7e4972..0000000
--- a/std/default/iterators.pk
+++ /dev/null
@@ -1,38 +0,0 @@
-## std/iterators: The Iter interface and associated functions.
-## This module is imported by default.
-
-## The Iter interface. Any type implementing `next()` is iterable.
-pub type Iter[T] = interface
-  next(mut Self): Option[T]
-
-# todo: useful functions for an iterator
-# https://doc.rust-lang.org/std/iter/trait.Iterator.html#provided-methods
-
-pub func advance_by[T](self: Iter[T], n: uint): Result[T, ...] =
-  for i in 0 .. n:
-    if self.next().is_none():
-      return Error(...)
-  Okay
-
-pub func get[T](self: Iter[T], at: uint): Option[T]
-  self.advance_by(at-1).ok?
-  self.next()
-
-# todo: implement iter[T](self: ...): Iter[T] funcs
-# todo: efficient functional methods
-
-## The Peek interface. Any type implementing `Iter`, `peek`, and `peek_nth` is peekable.
-pub type Peek[T] = interface
-  next(mut Self): Option[T]
-  peek(mut Self): Option[T]
-  peek_nth(mut Self, int): Option[T]
-
-# todo: implement peek[T](self: Iter[T]): Peek[T]
-# todo: implement Peekable struct
-# https://github.com/LukeMathWalker/multipeek/blob/main/src/lib.rs
-
-## We don't want a Countable. It's not terribly useful.
-# pub type Countable[T] = interface
-#   next(mut Self): Option[T]
-#   len(Self): uint
-#   get(Self, uint): Option[T]
diff --git a/std/default/options.pk b/std/default/options.pk
deleted file mode 100644
index fb696ba..0000000
--- a/std/default/options.pk
+++ /dev/null
@@ -1,97 +0,0 @@
-## std/options: Optional types.
-## This module is imported by default.
-
-use std.format
-
-## The `Option` type.
-## A type that represents either the presence or absence of a value.
-pub type Option[T] = union
-  Some(T)
-  None
-
-## Checks if a type is present within an `Option` type.
-pub func is_some[T](self: Option[T]): bool =
-  self of Some(_)
-## Checks if a type is not present within an `Option` type.
-pub func is_none[T](self: Option[T]): bool =
-  self of None
-
-## Converts an `Option[T]` to a `Result[T, E]` given a user-provided error.
-pub func err[T, E](self: Option[T], error: E): Result[T, E] =
-  if self of Some(x):
-    Okay(x)
-  else:
-    Error(error)
-
-## Applies a function to `T`, if it exists.
-pub func map[T, U](self: Option[T], fn: T -> U): Option[U] =
-  if self of Some(x):
-    Some(fn(x))
-  else:
-    None
-## Converts `T` to a `None`, if `fn` returns false and it exists.
-pub func filter[T](self: Option[T], fn: T -> bool): Option[T] =
-  if self of Some(x) and fn(x):
-    Some(x)
-  else:
-    None
-
-## Applies a function to T, if it exists. Equivalent to `self.map(fn).flatten`.
-pub func flatmap[T, U](self: Option[T], fn: T -> Option[U]): Option[U] =
-  if self of Some(x):
-    fn(x)
-  else:
-    None
-## Converts from Option[Option[T]] to Option[T].
-pub func flatten[T](self: Option[Option[T]]): Option[T] =
-  match self
-  of Some(Some(x)):
-    Some(x)
-  of _:
-    None
-
-## Returns the inner value or a default.
-pub func get_or[T](self: Option[T], default: T): T =
-  if self of Some(x): x
-  else: default
-## Directly accesses the inner value. Throws an exception if None.
-pub func ![T](self: Option[T]): T =
-  if self of Some(x): x
-  else: raise Exception # todo: syntax??
-
-## Indirect access. Propagates `None`.
-## Parsed by compiler magic.
-pub macro ?[T](self: Option[T]) =
-  quote:
-    match `self`
-    of Some(x): x
-    of None: return None
-
-## Syntactic sugar for optional type declarations.
-pub macro ?(T: type) =
-  quote:
-    Option[`T`]
-
-## Overloads the `==` operation for use on Options.
-pub func ==[T](a, b: Option[T]): bool =
-  match (a, b)
-  of (Some(x), Some(y)):
-    x == y
-  of _:
-    false
-
-## Overloads the `str()` function for use on Options.
-pub func str[T](self: Option[T]): str =
-  if self of Some(x):
-    fmt("Some({})", x.str)
-  else:
-    "None"
-
-examples:
-  let x = Some(42)
-  if x of Some(y):
-    assert x! == y
-
-# references:
-# https://nim-lang.github.io/Nim/options.html
-# https://doc.rust-lang.org/std/option/enum.Option.html
diff --git a/std/default/results.pk b/std/default/results.pk
deleted file mode 100644
index 8e21234..0000000
--- a/std/default/results.pk
+++ /dev/null
@@ -1,136 +0,0 @@
-## std/results: Result types.
-## This module is imported by default.
-
-use std[options, format]
-
-## The Result type. Represents either success or failure.
-pub type Result[T, E] = union
-  Okay(T)
-  Error(E)
-
-## The Err interface. Useful for dynamically dispatching errors.
-pub type Err = interface
-  str(Self): str
-  dbg(Self): str
-
-## A `Result` type that uses dynamically dispatched errors.
-## The `Error` may be any type implementing `Err`.
-pub type Result[T] = Result[T, ref Err]
-## A `Result` type that only checks for success.
-## Does not contain a value.
-pub type Success[E] = Result[Unit, E]
-
-## Checks if a `Result` type was successful.
-pub func is_ok[T, E](self: Result[T, E]): bool =
-  self of Okay(_)
-## Checks if a `Result` type was not successful.
-pub func is_err[T, E](self: Result[T, E]): bool =
-  self of Error(_)
-
-## Converts from a `Result[T, E]` to an `Option[T]`.
-pub func ok[T, E](self: Result[T, E]): Option[T] =
-  if self of Okay(x):
-    Some(x)
-  else:
-    None()
-## Converts from a `Result[T, E]` to an `Option[E]`.
-pub func err[T, E](self: Result[T, E]): Option[E] =
-  if self of Error(x):
-    Some(x)
-  else:
-    None()
-
-## Applies a function to `T`, if self is `Okay`.
-pub func map[T, E, U](self: Result[T, E], fn: T -> U): Result[U, E] =
-  match self
-  of Okay(x):
-    Okay(fn(x))
-  of Error(e):
-    Error(e)
-## Applies a function to `E`, if self is `Error`.
-pub func map_err[T, E, F](self: Result[T, E], fn: E -> F): Result[T, F] =
-  match self
-  of Error(e):
-    Error(fn(e))
-  of Okay(x):
-    Okay(x)
-
-## Applies a function to `T`, if it exists. Equivalent to `self.map(fn).flatten`.
-pub func flatmap[T, E, U](self: Result[T, E], fn: T -> Result[U, E]): Result[U, E] =
-  match self
-  of Okay(x):
-    fn(x)
-  of Error(e):
-    Error(e)
-## Converts from a `Result[Result[T, E], E]` to a `Result[T, E]`.
-pub func flatten[T, E](self: Result[Result[T, E], E]): Result[T, E] =
-  match self
-  of Okay(Okay(x)):
-    Okay(x)
-  of Okay(Error(e)), Error(e):
-    Error(e)
-
-## Transposes a `Result[Option[T], E]` to an `Option[Result[T, E]]`.
-pub func transpose[T, E](self: Result[Option[T], E]): Option[Result[T, E]] =
-  match self
-  of Okay(Some(x)):
-    Some(Okay(x))
-  of Okay(None()), Error(_):
-    None()
-## Transposes an `Option[Result[T, E]]` to a `Result[Option[T], E]`. Takes a default error.
-pub func transpose[T, E](self: Option[Result[T, E]], error: E): Result[Option[T], E] =
-  match self
-  of Some(Okay(x)):
-    Okay(Some(x))
-  of Some(Error(e)):
-    Error(e)
-  of None():
-    Error(error)
-
-## Returns the inner value or a default.
-pub func get_or[T, E](self: Result[T, E], default: T): T =
-  if self of Okay(x): x
-  else: default
-
-## Directly accesses the inner value. Throws an exception if `Error`.
-pub func ![T, E](self: Result[T, E]): T =
-  match self
-  of Okay(x): x
-  of Error(e): raise e
-## Directly accesses the inner error. Throws an exception of type T if `Okay`.
-pub func get_err[T, E](self: Result[T, E]): E =
-  match self
-  of Error(e): e
-  of Okay(x): raise x
-
-## Indirect access. Propagates `Error`.
-pub macro ?[T, E](self: Result[T, E]) =
-  quote:
-    match `self`
-    of Okay(x): x
-    of Error(e): return Error(e)
-
-## Overloads the `==` operation for use on Results.
-pub func ==[T, E, F](a: Result[T, E], b: Result[T, F]): bool =
-  match (a, b)
-  of (Okay(x), Okay(y)):
-    x == y
-  of _:
-    false
-
-## Overloads the `str()` function for use on Results.
-pub func str[T, E](self: Result[T, E]): str =
-  match self
-  of Some(x):
-    fmt("Okay({})", x.str)
-  of Error(e):
-    fmt("Error({})", e.str)
-
-examples:
-  let x: Error("fuck") = Okay(42)
-  func idk: Result[int, string]
-
-# references:
-# https://doc.rust-lang.org/std/result/enum.Result.html
-# https://github.com/arnetheduck/nim-results
-# https://github.com/codex-storage/questionable