haskellcamargo

/** Consider the interface

interface Mappable<A> {
  map: (A → B) → Mappable<B>
}

*/


function Identity(value) {

haskellcamargo

{
  "cmd": ["java", "-jar", "C:\/TOTVS\/command_line_tools\/tdscli.jar", "-help"],
  "encoding": "cp1252",
  "variants": [

    {
      "cmd": ["java", "-jar", "C:\/TOTVS\/command_line_tools\/tdscli.jar", "compile",
              "program=$file", "includes=C:\/ambientes_protheus\/M118_SQA_VALID2\/include", 
              "server=localhost", "port=25006", "environment=M118_SQA_VALID2", "serverType=Advpl",
              "user=admin", "psw=",

haskellcamargo

Simple RecyclerView Divider

Simple Horizontal Divider Item Decoration for RecyclerView

    mRecyclerView.addItemDecoration(new SimpleDividerItemDecoration(
            getApplicationContext()
    	));

NOTE: Add item decoration prior to setting the adapter

haskellcamargo

import android.support.v7.widget.LinearLayoutManager;
import android.support.v7.widget.RecyclerView;

public abstract class EndlessRecyclerOnScrollListener extends RecyclerView.OnScrollListener {
    public static String TAG = EndlessRecyclerOnScrollListener.class.getSimpleName();

    private int previousTotal = 0; // The total number of items in the dataset after the last load
    private boolean loading = true; // True if we are still waiting for the last set of data to load.
    private int visibleThreshold = 5; // The minimum amount of items to have below your current scroll position before loading more.
    int firstVisibleItem, visibleItemCount, totalItemCount;

haskellcamargo

You can use this class to realize a simple sectioned RecyclerView.Adapter without changing your code.

The RecyclerView should use a LinearLayoutManager. You can use this code also with the TwoWayView with the ListLayoutManager (https://github.com/lucasr/twoway-view)

This is a porting of the class SimpleSectionedListAdapter provided by Google

Example:

haskellcamargo

Index: Zend/zend.h
===================================================================
--- Zend/zend.h	(revision 323850)
+++ Zend/zend.h	(working copy)
@@ -486,6 +486,10 @@
 	union _zend_function *__call;
 	union _zend_function *__callstatic;
 	union _zend_function *__tostring;
+	union _zend_function *__toint;
+	union _zend_function *__tofloat;

haskellcamargo

{- 
    Zachary Weaver <zaw6@pitt.edu>
    JSONParser.hs
    Version 0.1.1
    
    A simple example of parsing JSON with Parsec in haskell.  Note that 
    since the primary point of this excersize is demonstration, 
    Text.Parsec.Token was avoided to expose more of the grammar.  Also,
    complicated optimizations and shorcuts were avoided (mostly).

haskellcamargo

import { __, reject, contains, either } from 'ramda'

const words = [
  'oi', 'como', 'vai', 'você', 'seu', 'idiota'
]

const blacklist = [
  'idiota', 'babaca', 'fdp'
]

haskellcamargo

(*** Turing Machines in Coq *)

(** Some preliminary types we'll use *)
CoInductive CoList (A: Type) := CONS (a:A) (t:CoList A) | NIL.

Arguments CONS [A] _ _.
Arguments NIL [A].

CoInductive Delay A := HERE (a:A) | LATER (_:Delay A).