Difference between revisions of "Pronunciation"
(Add pronunciation of <>) 
(fix formatting and links to ghc users guide) 

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 <hask>>>=</hask> 
 <hask>>>=</hask> 

 bind 
 bind 

−   [http://www.haskell.org/tutorial/monads.html About monads] 
+   [http://www.haskell.org/tutorial/monads.html About monads], [[Monads as containers]] 
−  [[Monads as containers]] 

 
 

 <hask>>></hask> 
 <hask>>></hask> 

Line 72:  Line 72:  
 <hask>\</hask> 
 <hask>\</hask> 

 lambda 
 lambda 

−   [[Lambda abstraction]] 

⚫  
⚫  
 
 

 <hask>!</hask> 
 <hask>!</hask> 

 bang; strict (in patterns or data definitions); index (in expressions) 
 bang; strict (in patterns or data definitions); index (in expressions) 

−   [http://www.haskell.org/ghc/docs/latest/html/users_guide/bangpatterns.html Bang Patterns] 

+   {{GHCUsersGuideexts/stricta section on Bang Patterns}} 

−  [[Keywords]] 

 
 

 <hask>~</hask> 
 <hask>~</hask> 
Latest revision as of 23:05, 24 July 2021
There was a thread on HaskellCafe about how to pronounce Haskell.
Below are some notes for beginners on how to pronounce those strange Haskell operators and 'read' Haskell programs.
This is meant to be a table with formal and informal ways of saying various operators and code snippets.
Symbol  Pronunciation  References  

::

has type (in definitions); at type (in expressions or patterns)  
>

maps to, to  
=

is  
==

equals  Prelude  
/=

not equals  Prelude  
=>

is a witness for, implies  Type Classes and Overloading  
.

dot (could be used anywhere, but especially in, for example, Data.Char.ord), ring, compose (for example, negate . (+1)), (silent) (for example, forall a. (Num a) => a)  
<

drawn from, from  
<

arrow application  Arrows syntax  
&&&

both, fanout  Control.Arrow  


either, fanin  Control.Arrow  
++

append  Prelude  
>>=

bind  About monads, Monads as containers  
>>

then, sequence  Prelude  
<*>

applied over  Applicative Functors  
<>

or/alternative  [1]  
\

lambda  Lambda abstraction, Haskell 98 Report  
!

bang; strict (in patterns or data definitions); index (in expressions)  The GHC Users Guide has a section on Bang Patterns.  
~

irrefutable, lazy (in patterns)  
:

cons  
[]

nil  
()

unit  
(,)

2tuple, pair  
(a,b,c)

[3]tuple [of] a, b, and c  
({)}

just as inconvenient to convey grouping verbally, whether it's layout or punctuation 
Example  Pronunciation 

f :: Int > Int

f has type Int to Int 
Thoughts on improving this page:
The tables above would be best split into more columns to distinguish Informal, possibly bad suggestions like "then", "is", "gets", from Formal correct ways of saying the same thing. The Symbols could also be named in a literal way in another column, such as "arrow" or "doublecolon". The Description column can be quite brief and a link provided to the relevant wiki page for the operator.
Some words, particularly the informal ones, may be good for several different symbols, but these can hopefully be arranged so that their context will make them unambiguous when reading a code snippet.