washort

{% set amo_user = request.amo_user %}
{% if user.is_authenticated() %}
  <li class="account">
    <a href="#" class="user" title="{{ amo_user.email }}">
      {{ amo_user.welcome_name }}</a>
    {% if account_links %}
      <ul>
        {% for link in account_links %}
          {% if not loop.last %}
            <li><a href="{{ link.href }}">{{ link.text }}</a></li>

washort

git diff -M  HEAD
                                                                        
  M lisp/base.lisp 
  M lisp/float.lisp 
  M lisp/util.lisp 
                                                                        

diff --git a/lisp/base.lisp b/lisp/base.lisp
index 3ba43b3..21f6fe5 100644
--- a/lisp/base.lisp

washort

from unittest import TestCase
from terml.twine import SourceSpan, Twine

class SourceSpanTests(TestCase):

    def test_creation(self):
        ss = SourceSpan("http://example.org/t", True, 1, 0, 1, 9)
        self.assertEqual(ss,
                         SourceSpan("http://example.org/t", True, 1, 0, 1, 9))
        self.assertEqual(list(ss), ["http://example.org/t", True, 1, 0, 1, 9])

washort

materials = { "iron": {"hardness": 4, "organic": False}}

washort

magcius loves parsley

washort

Parsley Tutorial

Four function calculator:

digit = anything:x ?(x in '0123456789')
number = <digit+>:ds -> int(ds)
ws = ' '*
muldiv = value:left ws ('*' value:right -> left * right

washort

Parsley Tutorial

From Regular Expressions To Grammars

Parsley is a pattern matching and parsing tool for Python programmers.

washort

Parsley Tutorial

From Regular Expressions To Grammars

Parsley is a pattern matching and parsing tool for Python programmers.

washort

---

Now that you are familiar with the basics of Parsley syntax, let's look at a more realistic example: a JSON parser.

The JSON spec on http://json.org/ describes the format, and we can adapt its description to a parser. We'll write the Parsley rules in the same order as the grammar rules in the right sidebar on the JSON site, starting with the top-level rule, 'object'. :: object = token('{') members:m token('}') -> dict(m)

washort

import txurntable
from twisted.internet import reactor

auth = "..."
userid = "..."
roomid = "..."

def turntableStart(bot):
    def speak(data):
        name = data['name']