-- Hoogle documentation, generated by Haddock
-- See Hoogle, http://www.haskell.org/hoogle/


-- | A cffi-based python binding for X
--   
--   A cffi-based python binding for X, comparable to xpyb
@package xcffib
@version 1.6.2

module Data.XCB.Python.AST
data Expr
Var :: Ident -> Expr
[var] :: Expr -> Ident
Int :: Int -> Expr
[int_value] :: Expr -> Int
Bool :: Bool -> Expr
[bool_value] :: Expr -> Bool
None :: Expr
Strings :: [String] -> Expr
[strings_strings] :: Expr -> [String]
Call :: Expr -> [Expr] -> Expr
[call_fun] :: Expr -> Expr
[call_args] :: Expr -> [Expr]
CondExpr :: Expr -> Expr -> Expr -> Expr
[ce_true_branch] :: Expr -> Expr
[ce_conditon] :: Expr -> Expr
[ce_false_branch] :: Expr -> Expr
Subscript :: Expr -> Expr -> Expr
[subscriptee] :: Expr -> Expr
[subscript_expr] :: Expr -> Expr
BinaryOp :: Op -> Expr -> Expr -> Expr
[operator] :: Expr -> Op
[binop_left] :: Expr -> Expr
[binop_right] :: Expr -> Expr
UnaryOp :: Op -> Expr -> Expr
[operator] :: Expr -> Op
[unop_arg] :: Expr -> Expr
Dot :: Expr -> Ident -> Expr
[dot_expr] :: Expr -> Expr
[dot_attribute] :: Expr -> Ident
Tuple :: [Expr] -> Expr
[tuple_exprs] :: Expr -> [Expr]
EmptyDict :: Expr
Paren :: Expr -> Expr
[paren_expr] :: Expr -> Expr
type Suite = [Statement]
data Statement
Import :: Ident -> Statement
[import_item] :: Statement -> Ident
FromImport :: Ident -> Ident -> Statement
[from_module] :: Statement -> Ident
[from_item] :: Statement -> Ident
Fun :: Ident -> [Ident] -> Suite -> Statement
[fun_name] :: Statement -> Ident
[fun_args] :: Statement -> [Ident]
[fun_body] :: Statement -> Suite
Decorated :: Ident -> Ident -> [Ident] -> Suite -> Statement
[decorations] :: Statement -> Ident
[fun_name] :: Statement -> Ident
[fun_args] :: Statement -> [Ident]
[fun_body] :: Statement -> Suite
Class :: Ident -> [Ident] -> Suite -> Statement
[class_name] :: Statement -> Ident
[class_args] :: Statement -> [Ident]
[class_body] :: Statement -> Suite
Conditional :: Expr -> Suite -> Suite -> Statement
[if_cond] :: Statement -> Expr
[if_body] :: Statement -> Suite
[else_body] :: Statement -> Suite
Assign :: Expr -> Expr -> Statement
[assign_to] :: Statement -> Expr
[assign_expr] :: Statement -> Expr
AugmentedAssign :: Expr -> Op -> Expr -> Statement
[aug_assign_to] :: Statement -> Expr
[aug_assign_op] :: Statement -> Op
[aug_assign_expr] :: Statement -> Expr
Return :: Maybe Expr -> Statement
[return_expr] :: Statement -> Maybe Expr
Pass :: Statement
StmtExpr :: Expr -> Statement
[stmt_expr] :: Statement -> Expr
Raise :: Ident -> Statement
[raise_exception] :: Statement -> Ident
type Ident = String
data Op
Plus :: Op
Minus :: Op
Multiply :: Op
FloorDivide :: Op
BinaryAnd :: Op
ShiftRight :: Op
ShiftLeft :: Op
Invert :: Op
Equality :: Op
LessThan :: Op
Modulo :: Op
class Pretty a
pretty :: Pretty a => a -> Doc
prettyText :: Pretty a => a -> String
class PseudoExpr a
getExpr :: PseudoExpr a => a -> Expr
instance GHC.Show.Show Data.XCB.Python.AST.Op
instance GHC.Classes.Ord Data.XCB.Python.AST.Op
instance GHC.Classes.Eq Data.XCB.Python.AST.Op
instance GHC.Show.Show Data.XCB.Python.AST.Expr
instance GHC.Classes.Ord Data.XCB.Python.AST.Expr
instance GHC.Classes.Eq Data.XCB.Python.AST.Expr
instance GHC.Show.Show Data.XCB.Python.AST.Statement
instance GHC.Classes.Ord Data.XCB.Python.AST.Statement
instance GHC.Classes.Eq Data.XCB.Python.AST.Statement
instance Data.XCB.Python.AST.PseudoExpr GHC.Base.String
instance Data.XCB.Python.AST.PseudoExpr Data.XCB.Python.AST.Expr
instance Data.XCB.Python.AST.Pretty Data.XCB.Python.AST.Op
instance Data.XCB.Python.AST.Pretty Data.XCB.Python.AST.Ident
instance Data.XCB.Python.AST.Pretty Data.XCB.Python.AST.Suite
instance Data.XCB.Python.AST.Pretty Data.XCB.Python.AST.Statement
instance Data.XCB.Python.AST.Pretty Data.XCB.Python.AST.Expr

module Data.XCB.Python.PyHelpers
mkRelImport :: String -> Statement
mkAssign :: PseudoExpr a => a -> Expr -> Statement
mkCall :: PseudoExpr a => a -> [Expr] -> Expr
mkEnum :: String -> [(String, Expr)] -> Statement

-- | Make an Expr out of a string like "foo.bar" describing the name.
mkName :: String -> Expr
mkDot :: PseudoExpr a => a -> String -> Expr

-- | Make an attribute access, i.e. self.<a>string</a>.
mkAttr :: String -> Expr
mkIncr :: String -> Expr -> Statement
mkClass :: String -> String -> Suite -> Statement
mkEmptyClass :: String -> String -> Statement
mkXClass :: String -> String -> Bool -> Suite -> Suite -> Statement
mkStr :: String -> Expr
mkUnpackFrom :: PseudoExpr a => a -> [String] -> String -> Suite
mkDict :: String -> Statement
mkDictUpdate :: String -> Int -> String -> Statement
mkMethod :: String -> [Ident] -> Suite -> Statement
mkReturn :: Expr -> Statement
mkIf :: Expr -> Suite -> Statement
notImplemented :: Statement

module Data.XCB.Python.Parse
parseXHeaders :: FilePath -> IO [XHeader]

-- | Generate the code for a set of X headers. Note that the code is
--   generated in dependency order, NOT in the order you pass them in.
--   Thus, you get a string (a suggested filename) along with the python
--   code for that XHeader back.
xform :: [XHeader] -> [(String, Suite)]
renderPy :: Suite -> String

-- | Clone of python's struct.calcsize.
calcsize :: String -> Int
instance GHC.Show.Show Data.XCB.Python.Parse.TypeInfo
instance GHC.Classes.Ord Data.XCB.Python.Parse.TypeInfo
instance GHC.Classes.Eq Data.XCB.Python.Parse.TypeInfo
instance GHC.Show.Show Data.XCB.Python.Parse.BindingPart