Module functional
A module for functional programming utils.
About the module
This module seeks to provide some utility functions and structures which are too verbose in vanilla lua, in particular with regards to iteration and inline function definition.
The module is writen completely in vanilla lua, with no dependencies on external packages. This was a decision made for portability, and has drawbacks. Since none of this was written as a C binding, it is not as performant as it could be.
For example, luafun is "high-performance functional programming library for Lua designed with LuaJIT's trace compiler in mind" . If your environment allows you to use LuaJIT and performance is a concern, perhaps luafun will be more suited for your needs.
The motivation behind this module is, again, portability. If you want to embed this code on a webpage, or use it in some weird system for which a C binding wouldn't work, this project is aimed at you.
Definitions
Array
As lua doesn't have a dedicated array
type, the word "array" in this document referes to a table with contiguous
non-nil
values starting at index 1
.
Iterable
An iterable
refers to either of:
- An array (see above); or
- An instance of
Iterator
.
Info:
- Copyright: 2021
- Release: 1.6.0
- License: MIT
- Author: William Quelho Ferreira
Functions
| iterate (iterable) | Create an Iterator for the iterable . |
| counter () | Iterate over the naturals starting at 1. |
| range ([start=1], stop[, step=1]) | Create an integer iterator that goes from start to stop , step -wise. |
| filter (iterable, predicate) | Select only values which match the predicate. |
| map (iterable, mapping) | Map values into new values. |
| reduce (iterable, reducer, initial_value) | Collapse values into a single value. |
| foreach (iterable, func) | Apply a function to all values. |
| last (iterable) | Return the last value of the given iterable. |
| take (iterable, n) | Iterate over the n first values and stop. |
| skip (iterable, n) | Iterate over the values, starting at the (n+1) th one. |
| every (iterable, n) | Take 1 value every n . |
| any (iterable, predicate) | Checks if any values evaluate to true . |
| all (iterable, predicate) | Checks if all values evaluate to true . |
| zip () | Iterate over two iterables simultaneously. |
| packed_zip () | Iterate over two iterables simultaneously. |
| enumerate () | Iterate with an added index. |
| concat () | Concatenate two iterables into an Iterator. |
| nop () | Does nothing. |
| identity (...) | Returns its arguments in the same order. |
| lambda (lambda_def[, env={}]) | Create a lambda function from a given definition string. |
| clambda (expr, extra_env) | Create a context-aware lambda function. |
| to_array (iterable) | Return an array version of the iterable . |
| to_coroutine (iterable) | Create a coroutine that yields the values. |
| negate (predicate) | Create a negated function of predicate . |
| compose (f1, f2, ...) | Create a function composition from the given functions. |
| bind (func, ...) | Create a function with bound arguments. |
| curry (func, levels) | Curries a function by the given amount of arguments. |
| dict (t) | Create a function that accesses t . |
| indexer (k) | Create a function that accesses the key k for any table. |
| bind_self (t, k, ...) | Create a bound function whose first argument is t . |
| constant (value) | Create a function that always returns the same value. |
| import ([env=_G]) | Import Iterator , lambda , and commonly used functions into a given scope. |
Fields
| _VERSION | Module version. |
Class Iterator
| Iterator.over (iterable) | Iterate over the given iterable . |
| Iterator:next () | Retrieve the next element from the iterator, if any. |
| Iterator.counter () | Iterate over the naturals starting at 1. |
| Iterator.range ([start=1], stop[, step=1]) | Create an integer iterator that goes from start to stop , step -wise. |
| Iterator.from (func, is, var) | Iterate over the function's returned values upon repeated calls. |
| Iterator.packed_from (func, is, var) | Iterate over the function's returned values (packed into a table) upon repeated calls. |
| Iterator.from_coroutine (co) | Iterate over the coroutine 's yielded values. |
| Iterator.clone (iterable) | Nondestructively return an independent iterable from the given one. |
| Iterator:filter (predicate) | Select only values which match the predicate. |
| Iterator:map (mapping) | Map values into new values. |
| Iterator:reduce (reducer, initial_value) | Collapse values into a single value. |
| Iterator:foreach (func) | Apply a function to all values. |
| Iterator:last () | Consume the iterator and retrieve the last value it produces. |
| Iterator:take (n) | Iterate over the n first values and stop. |
| Iterator:take_while (predicate) | Iterate while predicate is true and stop. |
| Iterator:take_last (n) | Consume the iterator and produce its n last values in order. |
| Iterator:take_until (predicate) | Iterate while predicate is false and stop. |
| Iterator:skip (n) | Iterate over the values, starting at the (n+1) th one. |
| Iterator:skip_while (predicate) | Iterate over the values, starting whenever predicate becomes false for the first time. |
| Iterator:skip_until (predicate) | Iterate over the values, starting whenever predicate becomes true for the first time. |
| Iterator:every (n) | Take 1 value every n . |
| Iterator:any (predicate) | Checks if any values evaluate to true . |
| Iterator:all (predicate) | Checks if all values evaluate to true . |
| Iterator:count (predicate) | Counts how many values evaluate to true . |
| Iterator:zip (other) | Iterate over two iterables simultaneously. |
| Iterator:packed_zip (other) | Iterate over two iterables simultaneously, giving their values as an array. |
| Iterator:enumerate () | Include an index while iterating. |
| Iterator:concat (other) | Append elements from other after this iterator has been exhausted. |
| Iterator:to_array () | Create an array out of the Iterator 's values. |
| Iterator:to_coroutine () | Create a coroutine that yields the values. |
| Iterator:is_complete () | Check whether or not the iterator is done. |
Functions
- iterate (iterable)
-
Create an
Iterator
for theiterable
.Equivalent to
Iterator.over(iterable)
.Parameters:
- iterable iterable the values to be iterated over
Returns:
- counter ()
-
Iterate over the naturals starting at 1.
Returns:
-
Iterator
the counter
See also:
- range ([start=1], stop[, step=1])
-
Create an integer iterator that goes from
start
tostop
,step
-wise.Parameters:
- start integer the start of the integer range (default 1)
- stop integer the end of the integer range (inclusive)
- step integer the difference between consecutive elements (default 1)
Returns:
See also:
- filter (iterable, predicate)
-
Select only values which match the predicate.
Equivalent to
iterate(iterable):filter(predicate)
.Parameters:
- iterable iterable the values to be filtered
- predicate predicate the function to evaluate for each value
Returns:
See also:
- map (iterable, mapping)
-
Map values into new values.
Equivalent to
iterate(iterable):map(mapping)
.Please note that at no point during iteration may the
mapping
function returnnil
as its first value.Parameters:
- iterable iterable the values to be mapped
- mapping function the function to evaluate for each value
Returns:
See also:
- reduce (iterable, reducer, initial_value)
-
Collapse values into a single value.
Equivalent to
iterate(iterable):reduce(reducer, initial_value)
.A reducer is a function of the form
function(accumulated_value, new_value)
which returns the reducing or "accumulation" ofaccumulated_value
andnew_value
The definition of "reducing" is flexible, and a few common examples include sum and concatenation.
Parameters:
- iterable iterable the values to be collapsed
- reducer reducer the collapsing function
- initial_value
the initial value passed to the
reducer
Returns:
-
the accumulation of all values
See also:
- foreach (iterable, func)
-
Apply a function to all values.
Equivalent to
iterate(iterable):foreach(func)
.The main difference between
foreach
andmap
is thatforeach
ignores the return value(s) of its function, while map uses them and has restrictions on what it can return.Another important difference is that
map
is a lazy evaluator, whileforeach
iterates over its values immediately.Parameters:
- iterable iterable the values to be iterated over
- func function the function to apply for each value
See also:
- last (iterable)
-
Return the last value of the given iterable.
If
iterable
is an iterator, this call is equivalent toiterable:last()
. Otherwise, this call accesses the last element in the array.Parameters:
- iterable iterable the sequence whose last element is to be accessed
Returns:
-
the last element in the sequence
See also:
- take (iterable, n)
-
Iterate over the
n
first values and stop.Equivalent to
iterate(iterable):take(n)
.Parameters:
- iterable iterable the values to be iterated over
- n integer amount of values to take
Returns:
See also:
- skip (iterable, n)
-
Iterate over the values, starting at the
(n+1)
th one.Equivalent to
iterate(iterable):skip(n)
.Parameters:
- iterable iterable the values to be iterated over
- n integer amount of values to skip
Returns:
See also:
- every (iterable, n)
-
Take 1 value every
n
.Equivalent to
iterate(iterable):every(n)
.The first value is always taken.
Parameters:
- iterable iterable the values to be iterated over
- n integer one more than the number of skipped values
Returns:
See also:
- any (iterable, predicate)
-
Checks if any values evaluate to
true
.Equivalent to
iterate(iterable):any(predicate)
.Parameters:
- iterable iterable the values to be iterated over
- predicate
predicate
the function to evaluate for each value,
defaults to
not (value == nil or value == false)
Returns:
-
boolean
true
if and only if at least one of the values evaluate totrue
See also:
- all (iterable, predicate)
-
Checks if all values evaluate to
true
.Equivalent to
iterate(iterable):all(predicate)
.Parameters:
- iterable iterable the values to be iterated over
- predicate
predicate
the function to evaluate for each value,
defaults to
not (value == nil or value == false)
Returns:
-
boolean
true
if and only if all of the values evaluate totrue
See also:
- zip ()
-
Iterate over two iterables simultaneously.
See also:
- packed_zip ()
-
Iterate over two iterables simultaneously.
See also:
- enumerate ()
-
Iterate with an added index.
See also:
- concat ()
-
Concatenate two iterables into an Iterator.
See also:
- nop ()
- Does nothing.
- identity (...)
-
Returns its arguments in the same order.
Parameters:
- ... the values to be returned
Returns:
-
the given values
- lambda (lambda_def[, env={}])
-
Create a lambda function from a given definition string.
DO NOT USE THIS WITH UNTRUSTED AND/OR UNKNOWN STRINGS!
This and clambda are meant to facilitate the creation of inline functions, given the vanilla Lua syntax is quite verbose (especially with higher order functions).
To attempt limit user error and naïve attacks, some restrictions are put in place with respect to the definition:
- It must be of the form
(arglist) => body
, wherebody
is either another lambda definition or an expression that could normally be put inside parenthesis in Lua. - The
()=>
chain must not be longer than 10 steps. - The environment
env
must not contain more than 150 string keys. - The definition string must not be longer than 100 bytes.
- The definition string must not contain a newline ("
\n
") character. - The definition string must not contain the substring "
--
". - The definition string must not contain the word "
end
".
Parameters:
- lambda_def string or table the definition to be made into a function
- env table the function environment (default {})
Returns:
-
function
the generated function
See also:
Usage:
local add = f.lambda "(x, y) => x + y" print(add(2, 3)) --> 5 local emphasis = f.lambda("(x)=>x..suffix", {suffix = "!!"}) -- f.lambda can even create higher order functions easily local linear_combinator = f.lambda "(m) => (x, y) => m*x + y" local comb2 = linear_combinator(2) print(comb2(3, 4)) --> 10 -- lambdas can "see" variables given in their environment local emphasis = f.lambda("(x)=>x..suffix", {suffix = "!!"}) emphasis = f.lambda{"(x)=>x..suffix", suffix = "!!"} -- alternative way to define environment print(emphasis("Hello")) --> Hello!!
- It must be of the form
- clambda (expr, extra_env)
-
Create a context-aware lambda function.
DO NOT USE THIS WITH UNTRUSTED AND/OR UNKNOWN STRINGS!
This works similarly to lambda, except it automatically adds any non-
false
and non-nil
locals and globals into its environment. As a flip-side, its environment is now read-only.See lambda for more information on restrictions and usage.
Parameters:
- expr string or table the expression to be made into a function
- extra_env table additional values to insert into the environment
See also:
Usage:
local angle = math.pi / 3 local offset_sin = f.clambda "(x) => math.sin(x + angle)" print(offset_sin(math.pi)) --> -0.866 print(offset_sin(2 * math.pi / 3)) --> 0 local alternative = f.clambda("(x)=>sin(x + angle)", {sin=math.sin}) local or_even = f.clambda{"(x)=>sin(x+angle)", sin=math.sin}
- to_array (iterable)
-
Return an array version of the
iterable
.If
iterable
is an array, return itself.If
iterable
is anIterator
, returniterable:to_array()
Parameters:
- iterable iterable the values to make an array out of
Returns:
-
array
the array
See also:
- to_coroutine (iterable)
-
Create a
coroutine
that yields the values. of theiterable
.Equivalent to
iterate(iterable):to_coroutine()
.Parameters:
- iterable iterable the values to be iterated over
Returns:
-
thread
The new
coroutine
See also:
- negate (predicate)
-
Create a negated function of
predicate
.Parameters:
- predicate predicate the function to be negated
Returns:
-
predicate
the inverted predicate
- compose (f1, f2, ...)
-
Create a function composition from the given functions.
Parameters:
- f1 function the outermost function of the composition
- f2 function the second outermost function of the composition
- ... function... any further functions to add to the composition, in order
Returns:
-
function
the composite function
- bind (func, ...)
-
Create a function with bound arguments.
The bound function returned will call
func
with the arguments passed on to its creation.If more arguments are given during its call, they are appended to the original ones.
Parameters:
- func function the function to create a binding of
- ... the arguments to bind to the function.
Returns:
-
function
the bound function
- curry (func, levels)
-
Curries a function by the given amount of arguments.
Currying is, in simple terms, transforming a function
f
which is used as:res = f(x, y, z)
Into a function
g
which is used as:h = g(x); i = h(y); res = i(z)
Or, chaining all the calls into a single statement:
res = g(x)(y)(z)
You can read more about currying in the Wikipedia page on currying
In all levels except the deepest, any arguments past the first are ignored. In the deepest level, though, they are passed along to the function as normal. For an example, see Usage.
Parameters:
- func function the function to be curried
- levels integer the number of levels to curry for
Returns:
-
function
the curried function
Usage:
local function func(a, b, c, d) return a * b * c * d end local cfunc = f.curry(func, 3) -- 3 levels deep curry local c1 = cfunc(1) -- binds a = 1; 2 levels left after the call local c2 = c1(2, 3) -- binds b = 2, drops the 3; 1 level left after the call local res = c2(4, 5) -- calls w/ c = 4 & d = 5; this was the last level</pre>
- dict (t)
-
Create a function that accesses
t
.Creates a function that reads from
t
. The new function's argument is used as the key to indext
.Parameters:
- t table the table to be indexed
Returns:
-
function
the dictionary function
- indexer (k)
-
Create a function that accesses the key
k
for any table.The argument passed to the returned function is used as the table
t
to be accessed. The value oft[k]
is returned.Parameters:
- k the key to access
Returns:
-
function
the table indexer
- bind_self (t, k, ...)
-
Create a bound function whose first argument is
t
.Particularly useful to pass a method as a function.
Equivalent to
bind(t[k], t, ...)
.Parameters:
- t table the table to be accessed
- k the key to be accessed
- ... further arguments to bind to the function
Returns:
-
function
the binding for
t[k]
- constant (value)
-
Create a function that always returns the same value.
Parameters:
- value the constant to be returned
Returns:
-
function
the constant function
- import ([env=_G])
-
Import
Iterator
,lambda
, and commonly used functions into a given scope.Upon calling this, the following module entries will be added to the given environment. If
env
isnil
,_G
(global scope) is assumed.- Iterator
- iterate
- filter
- map
- reduce
- foreach
- take
- skip
- every
- any
- all
- zip
- packed_zip
- enumerate
- concat
- nop
- identity
- lambda
- clambda
They can still be accessed as usual through the module after the call.
Parameters:
- env table the environment to import into (default _G)
Fields
Class Iterator
- Iterator.over (iterable)
-
Iterate over the given
iterable
.If
iterable
is an array, create an Iterator instance that returns its values one by one. If it is an iterator, return itself.Parameters:
- iterable iterable the values to be iterated over
Returns:
-
Iterator
the new Iterator
- Iterator:next ()
-
Retrieve the next element from the iterator, if any.
Returns:
-
the next value in the sequence, or
nil
if there is none - Iterator.counter ()
-
Iterate over the naturals starting at 1.
Returns:
-
Iterator
the counter
See also:
- Iterator.range ([start=1], stop[, step=1])
-
Create an integer iterator that goes from
start
tostop
,step
-wise.Parameters:
- start integer the start of the integer range (default 1)
- stop integer the end of the integer range (inclusive)
- step integer the difference between consecutive elements (default 1)
Returns:
See also:
- Iterator.from (func, is, var)
-
Iterate over the function's returned values upon repeated calls.
This can effectively convert a vanilla-Lua iterator into a capital I Iterator. For example,
Iterator.from(io.lines "my_file.txt")
gives you a string iterator over the lines in a file.In general, any expression you can use in a for loop, you can wrap into an
Iterator.from
to get the same sequence of values in an Iterator form. For more information on iterators, read chapter 7 of Programming in Lua.Since any repeated function call without arguments can be used as a vanilla Lua iterator, they can also be used with
Iterator.from
. For an example, see Usage.Parameters:
- func function the function to call
- is
invariant state passed to
func
- var
initial variable passed to
func
Returns:
See also:
Usage:
local i = 0 local function my_counter() i = i + 1 if i > 10 then return nil end return i end f.from(my_counter):foreach(print) -- prints 1 through 10 and stops
- Iterator.packed_from (func, is, var)
-
Iterate over the function's returned values (packed into a table) upon repeated calls.
This is similar to Iterator.from, but instead of the created Iterator
generating multiple return values per call, it returns them all
packed into an array.
Parameters:
- func function the function to call
- is
invariant state passed to
func
- var
initial variable passed to
func
Returns:
See also:
- Iterator.from_coroutine (co)
-
Iterate over the
coroutine
's yielded values.For example, assume you have a coroutine that produces messages from clients. One easy way to consume them in a for loop would be as in Usage.
Parameters:
- co
thread
the
coroutine
to iterate
Returns:
Usage:
local function my_totally_real_message_queue() coroutine.yield("this is a message") coroutine.yield("hello!") coroutine.yield("almost done") coroutine.yield("bye bye") end local co = coroutine.create(my_totally_real_message_queue) for count, message in f.Iterator.from_coroutine(co):enumerate() do io.write(count, ": ", message, "\n") end io.write("end")
- co
thread
the
- Iterator.clone (iterable)
-
Nondestructively return an independent iterable from the given one.
If
iterable
is an Iterator, clone it according to its subtype. Ifiterable
is an array, then return itself.Please note that coroutine and iterated function call iterators cannot be cloned.
Parameters:
- iterable iterable the iterable to be cloned
Returns:
-
iterable
the clone
- Iterator:filter (predicate)
-
Select only values which match the predicate.
Parameters:
- predicate predicate the function to evaluate for each value
Returns:
- Iterator:map (mapping)
-
Map values into new values.
Please note that at no point during iteration may the
mapping
function returnnil
as its first value.Parameters:
- mapping function the function to evaluate for each value
Returns:
- Iterator:reduce (reducer, initial_value)
-
Collapse values into a single value.
A reducer is a function of the form
function(accumulated_value, new_value)
which returns the reducing or "accumulation" ofaccumulated_value
andnew_value
The definition of "reducing" is flexible, and a few common examples include sum and concatenation.
Parameters:
- reducer reducer the collapsing function
- initial_value
the initial value passed to the
reducer
Returns:
-
the accumulation of all values
- Iterator:foreach (func)
-
Apply a function to all values.
The main difference between
Iterator:foreach
andIterator:map
is thatforeach
ignores the return value(s) of its function, while map uses them and has restrictions on what it can return.Another important difference is that
Iterator:map
is a lazy evaluator, whileIterator:foreach
iterates over its values immediately.Parameters:
- func function the function to apply for each value
- Iterator:last ()
-
Consume the iterator and retrieve the last value it produces.
Returns:
-
the last value produced by the iterator, or
nil
if there was none. - Iterator:take (n)
-
Iterate over the
n
first values and stop.Parameters:
- n integer amount of values to take
Returns:
- Iterator:take_while (predicate)
-
Iterate while
predicate
istrue
and stop.Parameters:
- predicate predicate the predicate to check against
Returns:
- Iterator:take_last (n)
-
Consume the iterator and produce its
n
last values in order.Parameters:
- n integer the number of elements to capture
Returns:
- Iterator:take_until (predicate)
-
Iterate while
predicate
isfalse
and stop.Parameters:
- predicate predicate the predicate to check against
Returns:
- Iterator:skip (n)
-
Iterate over the values, starting at the
(n+1)
th one.Parameters:
- n integer amount of values to skip
Returns:
- Iterator:skip_while (predicate)
-
Iterate over the values, starting whenever
predicate
becomesfalse
for the first time.Parameters:
- predicate predicate the predicate to check against
Returns:
- Iterator:skip_until (predicate)
-
Iterate over the values, starting whenever
predicate
becomestrue
for the first time.Parameters:
- predicate predicate the predicate to check against
Returns:
- Iterator:every (n)
-
Take 1 value every
n
.The first value is always taken.
Parameters:
- n integer one more than the number of skipped values
Returns:
See also:
- Iterator:any (predicate)
-
Checks if any values evaluate to
true
.Parameters:
- predicate
predicate
the function to evaluate for each value,
defaults to
not (value == nil or value == false)
Returns:
-
boolean
true
if and only if at least one of the values evaluate totrue
- predicate
predicate
the function to evaluate for each value,
defaults to
- Iterator:all (predicate)
-
Checks if all values evaluate to
true
.Parameters:
- predicate
predicate
the function to evaluate for each value,
defaults to
not (value == nil or value == false)
Returns:
-
boolean
true
if and only if all of the values evaluate totrue
- predicate
predicate
the function to evaluate for each value,
defaults to
- Iterator:count (predicate)
-
Counts how many values evaluate to
true
.Parameters:
- predicate
predicate
function to evaluate for each value; if
nil
, then counts all values.
Returns:
-
integer
the number of values that match the
predicate
- predicate
predicate
function to evaluate for each value; if
- Iterator:zip (other)
-
Iterate over two iterables simultaneously.
This results in an Iterator with multiple values per :next() call.
The new Iterator will be considered complete as soon as the one the method was called on (
self
) is completed, regardless of the status ofother
.Parameters:
- other iterable the other iterable to zip with this one
Returns:
-
Iterator
the resulting zipped Iterator
- Iterator:packed_zip (other)
-
Iterate over two iterables simultaneously, giving their values as an array.
This results in an Iterator with a single value per :next() call.
Parameters:
- other iterable the other iterable to zip with this one
Returns:
-
Iterator
the resulting zipped Iterator
- Iterator:enumerate ()
-
Include an index while iterating.
The index is given as a single value to the left of all return values. Otherwise, the iterator is unchanged. This is similar to how
ipairs
iterates over an array, except it can be used with any iterator.Returns:
-
Iterator
the resulting indexed Iterator
See also:
Usage:
letters = f.every({"a", "b", "c", "d", "e"}, 2) for idx, letter in letters:enumerate() do print(idx, letter) end
- Iterator:concat (other)
-
Append elements from
other
after this iterator has been exhausted.Parameters:
- other iterable the iterator whose elements will be appended
Returns:
-
Iterator
the concatenation
- Iterator:to_array ()
-
Create an array out of the
Iterator
's values.Returns:
-
array
the array of values
- Iterator:to_coroutine ()
-
Create a
coroutine
that yields the values. of theIterator
.Returns:
-
thread
The new
coroutine
- Iterator:is_complete ()
-
Check whether or not the iterator is done.
Please note that even if the iterator has reached its actual last value, it has no way of knowing it was the last. Therefore, this function will only return true once the iterator returns
nil
for the first time.Returns:
-
boolean
true
if theIterator
has iterated over all its values.


A package allowing calculations on windows of latitude and longitude. The goal is to allow you to specify a window and be able to test whether or not LatLng points lie within the window.


{% endif %}
{% if (status[0] == 'added') %}
Rule added to the {{ listType }}
{% elif status[0] == 'removed' %}
Rule removed from the {{ listType }}
{% elif (status[0] == 'updated') %}
The rule was updated
{% elif (status[0] == 'update_failed') %}
Failed to update the rule in the {{ listType }}
{% elif (status[0] == 'already_exists') %}
This rule or a more global rule already exists in the {{ listType }}
{% elif (status[0] == 'already_removed') %}
Rule was already removed from the {{ listType }}.
{% elif (status[0] == 'invalid_url') %}
Invalid URL!
{% endif %}
{% if (status[0] != 'default') %}
close
{% endif %}


Psalms 141:6
When their judges are overthrown in stony places, they shall hear my words; for they are sweet.


SPPlayer Class Reference
| Inherits from | NSObject |
| Declared in | SPPlayer.h |
Overview
The SPPlayer
class provides a programmatic interface for interacting
with Dribbble players.
The following snippet demonstrates how to retrieve information about a player by their username.
#import <Spectttator/Spectttator.h>
NSString *username = @"inscopeapps";
[SPRequest playerInformationForUsername:username
runOnMainThread:NO
withBlock:^(SPPlayer *player){
NSLog(@"Player information for %@: %@", username, player);
}];
This is non-blocking, NSLog
will run whenever the comment data has finished loading,
but the block still has access to everything in the scope from where it was defined.
If the block is updating UI elements make sure to set runOnMainThread:YES
, the Dribbble
requests will still be asynchronous but the passed in block will be executed on the main thread.
Tasks
Other Methods
-
identifier
The unique id of the player.
property -
name
The real name of the player.
property -
username
The username of the player.
property -
url
The url of the player’s profile.
property -
avatarUrl
The url of the player’s avatar.
property -
location
The location of the player.
property -
twitterScreenName
The player’s twitter name.
property -
draftedByPlayerId
The id of this player who drafted this player.
property -
shotsCount
The number of shots the player has posted.
property -
drafteesCount
The number of players the player has drafted.
property -
followersCount
The number of people the player follows.
property -
followingCount
The number of followers the player has.
property -
commentsCount
The number of comments the player has posted.
property -
commentsReceivedCount
The number of comments the player’s shots have received.
property -
likesCount
The number of shots the player has liked.
property -
likesReceivedCount
The number of likes the player’s shots have received.
property -
reboundsCount
The number of rebounds the player has posted.
property -
reboundsReceivedCount
The number of rebounds the player’s shots have received.
property -
createdAt
The date the player’s account was created on.
property
Initializing a SPPlayer Object
-
– initWithDictionary:
Returns a Spectttator player object initialized with the given player data.
Avatar
-
– avatarRunOnMainThread:withBlock:
Retrieves the player’s avatar.
Properties
avatarUrl
The url of the player’s avatar.
@property (readonly) NSURL *avatarUrl
Declared In
SPPlayer.h
commentsCount
The number of comments the player has posted.
@property (readonly) NSUInteger commentsCount
Declared In
SPPlayer.h
commentsReceivedCount
The number of comments the player’s shots have received.
@property (readonly) NSUInteger commentsReceivedCount
Declared In
SPPlayer.h
createdAt
The date the player’s account was created on.
@property (readonly) NSDate *createdAt
Declared In
SPPlayer.h
draftedByPlayerId
The id of this player who drafted this player.
@property (readonly) NSUInteger draftedByPlayerId
Discussion
If this player was not drafted the value is NSNotFound
.
Declared In
SPPlayer.h
drafteesCount
The number of players the player has drafted.
@property (readonly) NSUInteger drafteesCount
Declared In
SPPlayer.h
followersCount
The number of people the player follows.
@property (readonly) NSUInteger followersCount
Declared In
SPPlayer.h
followingCount
The number of followers the player has.
@property (readonly) NSUInteger followingCount
Declared In
SPPlayer.h
identifier
The unique id of the player.
@property (readonly) NSUInteger identifier
Declared In
SPPlayer.h
likesCount
The number of shots the player has liked.
@property (readonly) NSUInteger likesCount
Declared In
SPPlayer.h
likesReceivedCount
The number of likes the player’s shots have received.
@property (readonly) NSUInteger likesReceivedCount
Declared In
SPPlayer.h
reboundsCount
The number of rebounds the player has posted.
@property (readonly) NSUInteger reboundsCount
Declared In
SPPlayer.h
reboundsReceivedCount
The number of rebounds the player’s shots have received.
@property (readonly) NSUInteger reboundsReceivedCount
Declared In
SPPlayer.h
shotsCount
The number of shots the player has posted.
@property (readonly) NSUInteger shotsCount
Declared In
SPPlayer.h
Instance Methods
avatarRunOnMainThread:withBlock:
Retrieves the player’s avatar.
- (void)avatarRunOnMainThread:(BOOL)runOnMainThread withBlock:(void ( ^ ) ( NS/UIImage * ))block
Parameters
- runOnMainThread
Specifies if the passed in block should be run on the main thread. If UI elements are being updated in the block this should be
YES
.
- block
The block to be executed once the data has been retrieved. Depending on the platform an
NSImage
orUIImage
object for the avatar is passed to the block.
Declared In
SPPlayer.h
initWithDictionary:
Returns a Spectttator player object initialized with the given player data.
- (id)initWithDictionary:(NSDictionary *)dictionary
Parameters
- dictionary
A dictionary of player data.
Return Value
An initialized SPPlayer
object.
Discussion
There is no need to call this method directly, it is used by
higher level methods like [SPRequest playerInformationForUsername:runOnMainThread:withBlock:]
.
Declared In
SPPlayer.h


Sentimental Analysis in Speech
ML App
Results for Speech
Normal: {{normal}}%
Toxic: {{toxic}}%
Severe Toxic: {{severe_toxic}}%
Obscene: {{obscene}}%
Threat: {{threat}}%
Insult: {{insult}}%
Identity Hate: {{identity_hate}}%


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In a previous post we started using Microsoft Pex and showed how it helped exploring all possible code paths, and how that helped discovering a defect in our program logic. In that example, even our program logic is defective, all test cases succeeded. A test case fails if there is an un-caught exception or a failed assertion.
To see an example of a failed test case and how Pex could help in fixing it, let’s add the following basic function to our code:
public void Add(ArrayList a, object o)
{
a.Add(o);
}
when you run Pex for that simple method, you get the following results:
As you might expected, the ArrayList object might be NULL. In situations similar to this one, when a higher-level component (the code that called Add() method) passes malformed data to a lower-level component(that Add() method), which the lower-level component rejects, then the higher-level component should be prevented from doing so in the first place.
One way to achieve this is to promote the failure condition of the lower-level component to the abstraction level of the higher-level component. This is what the Add Precondition feature of Pex does: It expresses a low-level failure condition at the abstraction level of the code under test. When added to the code-under-test as argument validation code—also called a precondition—then this effectively prevents the code under test from causing a failure somewhere in its execution. In other words, the Add Precondition feature doesn’t completely fix an error, but it promotes the failure condition to a higher, more appropriate abstraction level.
To add a precondition to your code, click the failed test case row, then on the details section (right) click Add Precondition, as in picture below
Pex will open Preview and Apply updates dialog box to show you the proposed code modifications that Pex will do.
Review and Click Apply. The modified method will look like:
public void Add(ArrayList a, object o)
{
//
Debug.Assert(a != (ArrayList)null, "a");
//
a.Add(o);
}
When you run Pex for our method now, we will not find a failed test case.
The concept of assertions is well known in unit test frameworks. Pex understands the built-in Assert classes provided by each supported test framework. However, most frameworks do not provide a corresponding Assume class as Pex did. PexAssume is a class to express assumptions, i.e. a precondition. The methods of this class can be used to filter out undesirable test inputs. If you do not want to use an existing test framework, Pex also has the PexAssert class. Some functionalities can be achieved using attributes instead of PexAssume methods, like PexAssumeNotNullAttribute and PexAssumeUnderTestAttribute.
[PexMethod]
public void Test1(object o) //precondition: o should not be null
{
PexAssume.IsNotNull(o);
...
}
[PexMethod]
public void Test2([PexAssumeNotNull]object o) //precondition: o should not be null
{
...
}
When you write an assertion, Pex will not only passively detect assertion violations, but Pex will in fact actively try to compute test inputs that will cause the assertion to fail (just as an assertion might throw a PexAssertFailedException). Pes uses these exceptions internally to stop a test case when an assumption fails.
You can annotate the test—or the test class, or the test assembly—with one of the following attributes to indicate which exception types can or must be thrown by the test in order to be considered successful:
PexAllowedExceptionAttribute indicates that a test method, or any other method that it calls directly or indirectly, can throw a particular type of exception for some test inputs.
using System;
using Microsoft.Pex.Framework;
using Microsoft.Pex.Framework.Validation;
namespace ConsoleApplication3
{
class Stack
{
int[] _elements;
int _count;
public Stack(int capacity)
{
if (capacity < 0) throw new ArgumentOutOfRangeException();
_elements = new int[capacity];
_count = 0;
}
}
[PexClass]
public partial class StackTest
{
[PexMethod]
[PexAllowedException(typeof(ArgumentOutOfRangeException))]
public void CtorTest(int capacity) // will not fail
{
Stack s = new Stack(capacity); // may throw Argume
ntOutOfRangeException
}
}
}
PexAllowedExceptionFromTypeAttribute indicates that any method of a specified type can throw a particular type of exception for some test inputs.
using System;
using System.Collections;
using Microsoft.Pex.Framework;
using Microsoft.Pex.Framework.Validation;
namespace ConsoleApplication3
{
[PexClass]
public partial class ArrayListTest
{
[PexMethod]
[PexAllowedExceptionFromType(typeof(NullReferenceException), typeof(ArrayListTest))]
public void Add1(ArrayList a, object o) //will not fail
{
a.Add(o);
}
}
}
PexAllowedExceptionFromTypeUnderTestAttribute indicates that any method of the designated type under test can throw a particular type of exception for some test inputs.
PexAllowedExceptionFromAssemblyAttribute indicates that any method located in a specified assembly can throw a particular type of exception for some test inputs.
Pex supports different filters that decide when generated test inputs will be emitted as a test case. You can configure these filters with the TestEmissionFilter property that you can set for example in the PexMethod attribute. Possible values are the following:
Regarding increased branch coverage, the TestEmissionBranchHits property controls how a branch is covered. For example:
The default is TestEmissionBranchHits=2, which generates a more expressive test suite that is also better suited to detect future regression errors.
using System;
using Microsoft.Pex.Framework;
using Microsoft.Pex.Framework.Settings;
namespace ConsoleApplication3
{
[PexClass]
partial class TestEmission
{
int max(int x, int y)
{
if (x > y)
return x;
else
return y;
}
[PexMethod(TestEmissionFilter=Microsoft.Pex.Framework.Settings.PexTestEmissionFilter.All)]
public void MaxTest1(int a, int b, int c, int d) // 1 test case generated
{
int e = max(a, b);
PexObserve.ValueForViewing("max", e);
}
[PexMethod(TestEmissionFilter = Microsoft.Pex.Framework.Settings.PexTestEmissionFilter.Failures)]
public void MaxTest2(int a, int b, int c, int d) // No test cases generated
{
int e = max(a, b);
PexObserve.ValueForViewing("max", e);
}
}
}
If the code under test does not contain loops or unbounded recursion, Pex will typically stop quickly because there is only a (small) finite number of execution paths to analyze. However, most interesting programs contain loops and/or unbounded recursion. In such cases the number of execution paths is (practically) infinite, and it is in general undecidable whether a statement is reachable. In other words, Pex would take forever to analyze all execution paths of the program.
In order to make sure that Pex terminates after a reasonable amount of time, there are several exploration bounds. All bounds have predefined default values, which you can override to let Pex analyze more and longer execution paths. The bounds are parameters of the PexMethod, PexClass, and PexAssemblySettings attributes. There are different kinds of bounds:
Constraint Solving Bounds: apply to each attempt of Pex to determine whether an execution path is feasible or not. Pex might need several constraint solving attempts to compute the next test inputs.
Exploration Path Bounds: apply to each execution path that Pex executes and monitors. These bounds make sure that the program does not get stuck in an infinite loop, or recursive method.
Exploration Bounds apply to the exploration of each parameterized unit test.
The following example shows a parameterized test that involves a loop. The loop bound depends on the test inputs, and the exception can only be triggered if the loop is executed a certain number of times. Here, we used an explicit bound of 10 runs MaxRuns=10 to let Pex finish quickly. However, with this bound, Pex will most likely not be able to trigger the exception, as Pex will not unroll the loop sufficiently many times:
[PexMethod(MaxRuns = 10)]
public void TestWithLoop(int n)
{
var sum = 0;
for (int i = 0; i < n; i++)
sum++;
if (sum > 20) throw new Exception();
}
In the Pex Exploration Results you may see the Exception statement
reached, but you will see on the Pex tool bar that there is 1 boundry
reached.
If you click on it, you will see more details:
on the right, you could click Set MaxRuns=20 to increase the MaxRuns
boundry. You could do the same from the Pex tool bar
and also setting boundary to infinity. Both actions will open a dialog
to review and approve the code changes.
The following example shows another parameterized test that involves a loop, but this loop does not depend on the test inputs. Here, we used an explicit bound of 10 branches MaxBranches=10 to let Pex finish quickly. However, with this bound, Pex cannot even once execute the code from beginning to end, as executing the embedded loop will cause more than 10 branches to be executed.
[PexMethod(MaxBranches = 10)]
public void TestWithFixedLoop(int j)
{
var sum = 0;
for (int i = 0; i < 15; i++)
sum++;
if (j == 10) throw new Exception();
}
In those cases, where a particular run exceeded some path-specific bounds, we get a special row in the results. The Set MaxBranches= button on the results tool can be used to increase the bounds. If you increased the boundary to 20, you will get all you branched executed and the exception statement reached.
In this post we talked about how and when a test case fail, how to use precondition and assumptions to differentiate between failures from your unit code and failures from malformed input, how to allow specific exception to be raised from your tests without causing it to fail, how to control which test inputs should Pex use as a test case, and finally how to control the Pex stop criteria whether through bounding the constraint solver, or bounding the exploration paths, or bounding the exploration runs.


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Hi everyone! I'm currently studying at Wesleyan University in Middletown, Connecticut. This past semester I declared my majors as Computer Science and Government (specifically, American government). Immediately after orientation ended and my freshman year began, I joined the Wesleyan Student Assembly (WSA). During the entirety of my time on the WSA, I have sat on the Student Budget Committee (SBC) and am now its Chair.
Want to get in touch with me? That's great! Give me a call or send me an email and I will get back to you as soon as possible!


THE MICHELLE APARTMENTS A film review by T. Robin Sutherland Copyright 1995 T. Robin Sutherland
Directed by John Pozer
When I was in the middle of a three-film-per-day schedule at the Toronto International Film Festival, THE MICHELLE APARTMENTS seemed a relief from the more intense fare I had picked for myself. In retrospect, I find it difficult to find much about the film itself which I really enjoyed.
THE MICHELLE APARTMEMTS is not a difficult film to watch. Athough somewhat out of place in the noirish camp of this film, Henry Czernys acting is credible and amusing throughout (for better black comedy see him in Notes From Underground). Equally (though differently) entertaining are Mary Elizabeth Rubens as the psychotic femme fatale with many secrets, her manic boyfriend (Daniel Kash), and the slightly deranged couple who maintain the apartment complex.
Czerny plays government auditor Hatwell who is investigating a Turnbull Chemicals (We make the food you eat look better!). His hotel room is given away to a convention and he must take an apartment in a very odd complex. He becomes involved with a beautiful woman (Rubens) at the laundry room, and through an underwear mixup at the dryer, eventually ends up on the wrong side of her ex-con boyfriend. Meanwhile, Turnbull Chemicals seems to be running half of the town from its confines and is not happy with the presence of an auditor.
But it maybe that the film was just a little too easy to watch. The audience is engaged primarily by being kept off balance--how do you dispose of a body and who might catch you, for example--but as often as not, the screwball sequences come across as a bit contrived, cliche, predictable once set in motion, or just not very original in their resolution. Of course the ceiling (for example), which has been rotting throughout the film, will collapse on everyone at the films climax. A diner where unusual food is the usual fare (probably yesterdays special at another restauraunt) seems to serve no real purpose beyond a change of locale. And its no surprise that the local chemical plant being audited is crooked, and will resort to criminal actions to protect itself--seriously complicating Harwells already outrageous situation.
The film does succeed at creating unusual situations--golfing at midnight in an industrial park was a favorite of mine--but it doesn't sustain them. We are too easily taken to our own expectations, and although we get a few genuinely funny one-liners along the way, the movement of the story remains one-dimensional and only occasionally witty.
THE MICHELLE APARTMENTS is well-acted and competently produced, providing enough cornball and moments of weirdness to keep you watching--but this is not a particularly good film.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
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Related links: index of all rec.arts.movies.reviews reviews


--- layout: post title: Capistrano::Releases - Auto Scaling EC2 with Capistrano comments: false share: false date: 2017-09-03 type: post tags: [] ---
I've released my latest Ruby gem named Capistrano::Releases with the goal of making it easy to use Capistrano with AWS EC2 Auto Scaling. Benefits incude...
Continue to deploy as usual: This gem compliments your existing Capistrano deployment code with minimal changes. This is especially useful for situations where your app started off on a single server (such as a prototype) and now you want to move it to auto scaling AWS EC2 instances. Another use case is for apps that have outgrown Horoku.
Store releases on AWS S3: Every time you deploy with Capistrano, a new release directory is created on your server(s). This poses a problem for auto scaling instances because they are created/destroyed independently of your Capistrano deploys. To solve this problem, your releases get automatically compressed and stored on AWS S3. This highly reliable shared storage is then used to synchronize your releases across instances.
Bundler aware: Most Capistrano users choose to use Bundler for gem dependency management. Capistrano::Releases is bundler aware and will store your dependencies in S3 along with your releases. This means you don't have to depend on the public (or private) gem servers to be working when a new EC2 instance boots.
Simplicity: The code is relatively short and pure Ruby. This makes it very easy to customize for complex situations. It can be used from the command line or directly through its API.


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VSL // Where Do You Work?
* More reports are published every year about the rising number of entrepreneurs and freelancers, and the flexible office space that provides support for that community. In my opinion, no one does a better job analyzing those numbers
today’s Very Short List:
culture 3 Dec 2014
Andy Smith is Community Director of The Yard
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* Lately I’ve been thinking about various measures of success or happiness. Paul Dolan, a professor and author on “happiness” recently wrote about what makes him happy
* This ‘office of the future
http://link.nyobserver.com/516ca68465217dc6e1b9a3a621mo3.25iw/TvnrKi0WTdwTHwxwC8a78
delightful e-mail that shares
cultural gems from a
different curator every day.
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Front End Web Developer
Recent ProjectsA web developer driven by a desire for continual improvement of my programming skills.My passion is creating applications that engage a user’s imagination or perhaps automate a daily task. My biggest strength is writing simple yet effective code to avoid bloat while maintaining full functionality. I listen and understand the consumer’s design needs and can create a product that exceeds expectations.
The University of North Carolina’s Full Stack Web Development Boot Camp was an amazing experience. I recently completed this program with an A average and an enhanced appreciation of the complexities web development. Currently employed as a General Manager, I know what it takes to successfully communicate ideas and goals to a team of people. I value self-motivation and enthusiasm and believe one should continually strive to master new skills.
After graduation from the UNC Bootcamp I began working on a series of projects. Please take a look at my listed projects as well as my GitHub profile, link provided at the bottom of this page, to see my most recent repositories. I love programming because one's accomplishments are a direct result of the work put into the project at hand!
JavaScript
MongoDB
Express.js
React.js
Redux
Node.js
HTML5
CSS3
JQuery
RESTful API's
Proressive Web Applications (PWA's)
Apollo Server
Apollo Client
GraphQL
MySQL
Mongoose
Sequelize
OAuth
Visual Studio Code
Git
Heroku
Jest
Redux DevTools
Insomnia
MongoDB Atlas
CSS Bootstrap
If you want to reach out to me feel free to use any of the methods below. Also, be sure to check out my GitHub for any new projects!


Copay Firefox Installation:
Download the
XPI
Go to "about:addons" on your Firefox
Install the Addon from file
Copay is installed!


1
_____
Exercise
Exercise doesn't have to be boring. The best workout regimen is one where it doesn't feel like a chore to do.
2
_____
Nutrition
As important as working out is, eating heathily is just as important.
3
_____
Recovery Days
We aren't machines - you
need
to insert rest days in your schedule to recharge.


About the Website
AwesomePlaces.com is a one-stop site for images of beautiful places and landmarks from around the world. It aims to showcase the beauty of our world so people could appreciate life and the environment more. Most images are under Creative Commons Zero (free to use and modify) and derived from Pixabay, Pexels, Unsplash and Wikipedia.
About the Author
Jay Sarigumba is a 29-year old aspiring web developer from Davao City, Philippines. When not building websites, he enjoys playing Guild Wars 2, Cities: Skylines and various RPGs. He also likes watching anime and Hollywood shows and editing YouTube videos using Sony Vegas Pro (see sample video below).
He is currently employed as a Quality Assurance Specialist for the website content of Thumbtack.com. Aside from becoming a professional web developer, he dreams of living in Japan or Europe.
sample video:
Skills:
- HTML 5
- CSS 3
- Bootstrap 4
- JavaScript
- JQuery


--- title: Samples type: doc ---
In the directory samples of the source tree you can find some sample program using wallaroo features.
In the following table you can find the samples using a specific feature.
| Feature | Sample |
| Constraints check | all |
| All container types | Minimal |
| Loading from xml | Mineplant, Shapes |
| Loading from multiple configuration files | Shapes |
| Loading from code | Roulette |
| Constructor parameters | all |
| Multiple catalogs | Roulette |
| Explicit use of boost | Boost_only |
| Explicit use of c++11 | Cpp0x_only |
| Portable use | Minimal, Mineplant, Shapes, Roulette |
| Optional collaborator | Mineplant, Minimal |
| Mandatory collaborator | Mineplant (explicit), all (implicit) |
| Collection collaborator | Mineplant, Roulette, Shapes |
| Bounded collection collaborator | Minimal |
| Shared libraries | Roulette |
| Attributes | Shapes |
In the following table you can find which features use each sample.
| Sample | Feature |
| Minimal | All container types |
| Optional collaborator | |
| Bounded collection collaborator | |
| Boost_only | Explicit use of boost |
| Cpp0x_only | Explicit use of c++11 |
| Mineplant | XmlConfiguration |
| Shapes | JsonConfiguration |
| XmlConfiguration | |
| Loading from multiple configuration files | |
| Attributes | |
| Roulette | Loading from code |
| Multiple catalogs | |
| Shared libraries |
These samples are similar and show the basic features of wallaroo. The only difference among them is the explicit use of C++11 in Cpp0x_only, boost in Boost_only and a portable way in Minimal.
The static structure is shown in the following class diagram:
This sample is a simple process control software. See this blog for the problem description and a deep analisys of the solution.
This sample load from a file a list of shapes (trangles, rectangles, circles), align them and draw the resulting figure on the screen or on a CSV file.
This is a simulation of a roulette game. You can place your bet, a wheel is spun and then you get the result table. This sample shows how to define your classes in shared libraries (DLL or SO).


The Professional Lifeguard Foundation is a non-profit organization, begun
in 1996, which provides scholarship awards to Los Angeles County Lifeguards who are enrolled in full-time college or graduate course work.
Thank you for your donation. You are helping to make Professional Lifeguard scholarships a reality for Los Angeles County lifeguards.


user-defined clipping planes
using
Clip
components to create eight arbitrary clipping planes
visualizing each plane with a
ClipHelper


Go to the source code of this file.
Classes | |
| struct | _BMPHeader |
| BMP (Windows) Header Format. More... | |
Macros | |
| #define | BMP_TYPE 0x4D42 |
| BMP magic number ('BM'). More... | |
| #define | BITMAPINFOHEADER 40 |
| headerSize must be set to 40 More... | |
Typedefs | |
| typedef struct _BMPHeader | BMPHeader |
| BMP (Windows) Header Format. More... | |
Functions | |
| uint8_t | BMP_IsValid (void *file) |
| Test if BMP is valid. More... | |
| uint32_t | BMP_GetFileSize (void *file) |
| Returns the size of a BMP image given at least its header (the file does not have to be complete). More... | |
| uint8_t | BMP_Decode (void *file, uint8_t *buffer, uint32_t width, uint32_t height, uint8_t bpp) |
| Loads a BMP image located at the given address, decodes it and stores the resulting image inside the provided buffer. More... | |
| void | WriteBMPheader (uint32_t *pAddressHeader, uint32_t bmpHSize, uint32_t bmpVSize, uint8_t nbByte_Pixels) |
| Write a BMP header. More... | |
| void | BMP_displayHeader (uint32_t *pAddressHeader) |
| Debug function, dislay BMP header. More... | |
| void | RGB565toBGR555 (uint8_t *fileSource, uint8_t *fileDestination, uint32_t width, uint32_t height, uint8_t bpp) |
| Convert RGB 565 to RGB 555 (RGB 555 is adapted to LCD) More... | |
| #define BITMAPINFOHEADER 40 |
headerSize must be set to 40
| #define BMP_TYPE 0x4D42 |
BMP magic number ('BM').
| typedef struct _BMPHeader BMPHeader |
BMP (Windows) Header Format.
| uint8_t BMP_Decode | ( | void * | file, |
| uint8_t * | buffer, | ||
| uint32_t | width, | ||
| uint32_t | height, | ||
| uint8_t | bpp | ||
| ) |
Loads a BMP image located at the given address, decodes it and stores the resulting image inside the provided buffer.
Image must have the specified width & height. If no buffer is provided, this function simply checks if it is able to decode the image.
| file | Buffer which holds the BMP file. |
| buffer | Buffer in which to store the decoded image. |
| width | Buffer width in pixels. |
| height | Buffer height in pixels. |
| bpp | Number of bits per pixels that the buffer stores. |
| void BMP_displayHeader | ( | uint32_t * | pAddressHeader | ) |
Debug function, dislay BMP header.
| pAddressHeader | Address of the BMP |
| uint32_t BMP_GetFileSize | ( | void * | file | ) |
Returns the size of a BMP image given at least its header (the file does not have to be complete).
| file | Pointer to the buffer which holds the BMP file. |
| uint8_t BMP_IsValid | ( | void * | file | ) |
Test if BMP is valid.
| file | Buffer holding the file to examinate. |
| void RGB565toBGR555 | ( | uint8_t * | fileSource, |
| uint8_t * | fileDestination, | ||
| uint32_t | width, | ||
| uint32_t | height, | ||
| uint8_t | bpp | ||
| ) |
Convert RGB 565 to RGB 555 (RGB 555 is adapted to LCD)
| fileSource | Buffer which holds the RGB file |
| fileDestination | Buffer in which to store the decoded image |
| width | Buffer width in pixels. |
| height | Buffer height in pixels. |
| bpp | Number of bits per pixels that the buffer stores. |
| void WriteBMPheader | ( | uint32_t * | pAddressHeader, |
| uint32_t | bmpHSize, | ||
| uint32_t | bmpVSize, | ||
| uint8_t | nbByte_Pixels | ||
| ) |
Write a BMP header.
| pAddressHeader | Begin address of the BMP |
| bmpHSize | BMP heigth size |
| bmpVSize | BMP width size |
| bmpRgb | Type of BMP (YUV or RGB) |
| nbByte_Pixels | Number of byte per pixels |


Composting
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Who Are We
An informal working group of organizations and individuals provide ICT support to migrants and the organizations and volunteers who offer help.
Initiatives
We are focused on two broad initiatives:
- Connectivity: Providing WiFi and mobile data access to migrants on arrival to Europe, and to the organizations serving them.
- Information: Providing online (mobile web, social media, app based) critical information to migrants.
How We Communicate
Slack
- Join our Slack team: send yourself an invite here: http://joinslack.ict4eumigrants.org
- Instructions and links to download Slack mobile and desktop apps here: http://bit.ly/1WFS5nX
- Or join the conversation through Slack's web UI: http://ict4eumigrants.slack.com
Google Drive
Share information on work being performed in this Google Drive shared folder: http://bit.ly/1VwSrju


Come join the largest community driven GDG event Seattle GDG DevFest at Google Fremont. There will be speakers, code labs and office hours on the topics of Firebase and Android. We will start out the DevFest with tech talks then transition into code labs and office hours. You can get help on how to migrate your existing Android apps to use Android Marshmallow features, or start from scratch by following code labs. If you are new to Android, you can also get help on getting started with Android development.
At the end of the DevFest the best apps will present for a few minutes for show/tell. Don’t miss this great opportunity to learn from experts, and network with the other developers. Breakfast and lunch are included. You’ll have the chance to win some sweet swag in the process!
After the DevFest is complete and the swags have been awarded, it’ll be time to enjoy a beer and network with fellow developers.
Having Android Studio 1.4 installed before the event will save time.
Google Seattle Parkview
601 N 34th Street
Seattle, WA 98103
Bike Racks
Front of PCC and Red Door
and between the two Google
office buildings on N Northlake Way
Diamond Parking
Surface Lot
Daily Parking, 24/7
Red Door
3401 Evanston Ave N
Seattle, WA 98103
Sandeep Dinesh, Developer Advocate at Google
Hasmik Kalantarian, Software Engineer at Disney
Andrew Rogers, Engineering Manager at Facebook
Ian Lewis, Developer Advocate at Google Tokyo


--- layout: default snail_trail: media title: The Weekend Follow-Up permalink: /weekendfollowup/ --- {% assign discussion = site.chaser %}
The Weekend Follow-Up is a set of discussion prompts to help your group unpack the weekend. These questions are designed to help you move further and faster toward the full life you were made for. {% if site.chaser_message %}
{% endif %}


This was one of my last .NET-based content management systems and, possibly, the most feature-rich. It included a content library (file manager and misc. content elements organized into categories + tags); public site and admin site menus and pages organized hierarchically; and a variety of content types - colleges, departments, degree programs, news, faculty and staff listings. It used an authentication model with fine-grained authorization (view/modify/publish permissions assigned by user role and by admin site area/content type.
I also wrote a 35-page system manual for site administrators. The manual describes what the system does in detail. The introduction to the manual provides an overview of the scope of the system:
A web site can be described as a collection of web pages, containing text and multimedia, which are linked to each other through hyperlinks, and are organized according to an hierarchical structure. The hierarchy is represented by the website’s menu.
The content management system you are using provides a way to manage these pages, the content they contain, the links between them and additional content, and their position within the website’s hierarchy. You can create pages, add text and multimedia to their content, link them to other pages, and assign them to related items, such as website menus, content to be displayed on the right-side bar, categories, labels, etc. In addition to pages, you can manage the content which may be included in pages, such as files and images; manage additional content items, such as quotes, sidebar modules, header images, etc. The system helps you manage this content and protects you from breaking dependencies between content items, which lead to broken links and non-functioning websites.


Privateaser
Users
Contact
Please enter the informations to calculate the price
Booker name:
Bar name:
Price per hour:
Time in hour:
Price by person:
Persons:
Deductible option :
Compute


'Risk of flooding' as 18 hours of rain forecast for Nottinghamshire
The yellow weather warning for rain is in place from the Met Office from midnight on Wednesday November 27 to 6pm on the same day
by Ben ReidThe wet autumnal weather is set to continue as the Met Office issued another warning for Nottinghamshire.
Eighteen hours of rain is predicted to batter the county and Yorkshire on Wednesday, November 27.
The yellow weather warning for rain is in place from the Met Office from midnight on November 27 to 6pm on the same day, with a risk of flooding possible.
A warning had previously been put in place for Saturday, November 23, but this was later cancelled by the Met Office.
In a statement on its website about the Wednesday warning the weather forecaster said: "Further heavy rain is possible on Wednesday with a risk of flooding.
"Spray and flooding could lead to difficult driving conditions and some road closures.
"Where flooding occurs, there is a slight chance of delays or cancellations to train and bus services.
"There is a small chance that homes and businesses could be flooded, causing damage to some buildings.
"There is a small chance that some communities become cut off by flooded roads.
"There is a small chance of fast flowing or deep floodwater causing danger to life."
Large parts of Nottinghamshire were hit hard by severe flooding on Thursday and Friday November 14/15 including Nottingham city centre streets.
With the General Election approaching we want to give you all the results and reactions as they happen. Join our new WhatsApp service to receive breaking news alerts throughout the night by texting ELECTION to<PHONE_NUMBER>2. The first messages will go out December 12 after polls close.


{% extends "account/base.html" %} {% load account socialaccount %} {% load i18n %} {% block head_title %}{% trans "Signup" %}{% endblock %} {% block content %}
{% blocktrans %}Already have an account? Then please sign in.{% endblocktrans %}
Due to a large volume of spam signups, we now require a social network or Google account to create an account.
However, we will be re-launching our bill search, follow and subscriptions features on pluralpolicy.com in July.
Check back then for more account creation options.
Sign up with a third party account:
{% endblock %}


Optime
A Css framework designed for better readablity
Stripe Elements is a set of pre-built UI components for building your checkout flow and is available as a feature of Stripe.js. Elements provides ready-made UI components like inputs and buttons for collecting information from the user. Stripe.js then tokenizes the sensitive information within an Element without ever having it touch your server.
- Formatting card information automatically as it’s entered
- Translating placeholders into your customer’s preferred language
- Using responsive design to fit the width of your customer’s screen or mobile device
- Customizing the styling to match the look and feel of your checkout flow
Typography
Headings
H1 Heading
H2 Heading
H3 Heading
H4 Heading
H5 Heading
H6 Heading

h1. Bootstrap heading

h2. Bootstrap heading

h3. Bootstrap heading

h4. Bootstrap heading

h5. Bootstrap heading

h6. Bootstrap heading

Inline Text Elements
You can use the mark tag to highlight text.
This line of text is meant to be treated as deleted text.
This line of text is meant to be treated as no longer accurate.
This line of text is meant to be treated as an addition to the document.
This line of text will render as underlined
This line of text is meant to be treated as fine print.
This line rendered as bold text.
This line rendered as italicized text.

You can use the mark tag to highlight text.

This line of text is meant to be treated as deleted text.

<s>This line of text is meant to be treated as no longer accurate.</s>

This line of text is meant to be treated as an addition to the document.

This line of text will render as underlined

This line of text is meant to be treated as fine print.

This line rendered as bold text.

This line rendered as italicized text.

Blockquotes
Lorem ipsum dolor sit amet, consectetur adipiscing elit.  Integer posuere erat a ante.

 Someone famous in Source Title

Cards
Basic Cards

Cards support a wide variety of content, including images, text, list groups, links, and more.
Below are examples of what’s supported.

Image Card
<button type="button" class="button rounded button-primary">Primary</button>
<button type="button" class="button rounded button-secondary">Secondary</button>
<button type="button" class="button rounded button-success">Success</button>
<button type="button" class="button rounded button-danger">Danger</button>


2 Chronicles 32:23
And many brought gifts unto the LORD to Jerusalem, and presents to Hezekiah king of Judah: so that he was magnified in the sight of all nations from thenceforth.


Every publicly available Puppet module must have metadata defined in the metadata.json file. This file must be placed at the root directory of the module.
metadata.json


Gain access to our full library pf tutorials along with expert code reviews.
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Acess to our Github repos
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|
www.CelebrityMorgue.com
The body of the Russian monk and favorite to the czarina, Grigori Efimovich Rasputin (1872-1916). On December 30, 1916, a plot to assassinate Rasputin transpired. The monk drank several glasses of poisoned wine, and consumed several pastries with potassium cyanide as an active ingredient. When this failed to stop Rasputin, he was shot by Prince Felix Yusupov, shot again, stabbed repeatedly, and finally met his end drowned in the icy Neva river. There are stories that Rasputin's penis was severed from his body prior to his demise, but we believe those to be false.
|


This year's
Please send in your position papers by the midnight of 3rd July, ONLY to committee email IDs -
SOCHUM -<EMAIL_ADDRESS>DISEC -<EMAIL_ADDRESS>ECOSOC -<EMAIL_ADDRESS>SC -<EMAIL_ADDRESS>HRC -<EMAIL_ADDRESS>Delegates of the specialised crisis committees will NOT be submitting position papers.
Delegates wanting extensions are requested to personally contact their vice chairs/moderators.
Delegates can also send emails - for queries, to the following IDs:
HJCC -<EMAIL_ADDRESS>HUNSSOP -<EMAIL_ADDRESS>AIPM -<EMAIL_ADDRESS>Committees with two agendas require TWO SEPARATE position papers to be submitted by 3rd July.
Position papers must not exceed one to one and a half A4 size sheets in MS Word, using font size 12.
Delegates, for better coordination and reach, we have created WhatsApp groups for all committees with EB members on them. Please join them -
DISEC: Join Now
HUNSSOP: Join Now
SOCHUM: Join Now
UNSC: Join Now
IPC: Join Now
ECOSOC: Join Now
HJCC (both cabinets): Join Now
AIPM: Join Now
HRC: Join Now
Background guides will be posted on these groups as well.


If you want to serve static files - including images, or fonts - just place them in the /static directory.
This file is accessible from /static/example.html.


|
Note
|
You can read the latest published version of the guide at https://progymedia.com/docs/acomba-nodejs-driver-guide/ |
Introduction
This guide is an introduction to using the Acomba Node.JS driver to execute from simple to more advanced tasks.
About this guide
We assume that the reader is familiar with the Node.JS (javascript) environment and the Acomba accounting and management software.
This guide will teach you how to :
-
Fetch data from Acomba
-
Write simple and complex scripts to automate certain tasks
-
Export data in various format (excel, csv, etc)
-
Create a web service exposing some (or all) concepts
What is the Acomba Node.JS driver?
The Acomba Node.JS driver is a module that wraps the somehow complex Acomba SDK by providing a more user-friendly API.
Step 0 - Prerequisites
Before you start following this guide, it may be useful to know how to setup your environment.
Windows
At the moment, Acomba is a Windows exclusive software. You’ll have to have a working Windows system, preferably with the latest version of Windows 10.
|
Note
|
This driver was not tested with any other Windows version |
Acomba
Having the Acomba software is critical in order to be able to use the driver. Make sure that you have either an activated version or the developer version.
Node.JS
In order to develop scripts and applications using this driver, it is required to have a working Node.js environment.
Development tools
Editor
To make your life easier, you might want to use a JavaScript editor. Here are some suggestions :
|
Note
|
Don’t forget to install the related Node.js plugins/extensions to get the best out of your JavaScript editor. |
Step 1 - The basics
The following section will get you started on your journey, from configuration to simple data fetching.
Configuration
You can start by creating an empty directory, and initializing a new Node.js projet by running the following line inside that directory (via your preferred command-line utility) :
npm init
You can now add the acomba-driver to your project by running the following line :
npm i acomba-driver
After that, create a new file named index.js
(which is the default entry point for a Node.js application) in that directory, and add the following line :
var driver = require('acomba-driver');
You then have to append the appropriate configuration to that file :
var configuration = new driver.AcombaConfigurationBuilder()
.setAcombaPath('C:\\Aco_SDK')
.setCompanyPath('C:\\F1000.dta\\YourCompany')
.setCachePath('C:\\Aco_Cache')
.setUsername('myusername')
.setPassword('mypassword')
.doInitializeConceptsOnStart(true)
.build();
Here’s a quick recap of possible configuration options :
-
setAcombaPath(string)
: The path where Acomba is installed (where the Acomba.exe is located) -
setCompanyPath(string)
: The path where the Acomba company files are located -
setCachePath(string)
: The path where the driver will store its internal cache (you will have to create this folder) -
setUsername(string)
: The Acomba username -
setPassword(string)
: The Acomba password -
doInitializeConceptsOnStart(bool)
: Indicates whether or not all concepts should be initialized when the driver starts -
setLicenseKey(string)
: The provided license key, if available. By default, the driver will run in demo mode
Once you’re done with the configuration, you can go ahead and establish the connection to Acomba!
var connection = driver.AcombaDriver.connect(configuration, true);
Concepts
The Acomba driver offers a well defined set of concepts that you can interact with :
-
customer
-
product
-
salesrep
-
territory
-
user
-
invoicing
|
Note
|
It is possible to get a precise list of concepts by calling the connection.getConcepts() method, which returns an array of concept names.
|
Behind the scene, after successfully establishing the connection to Acomba, the driver builds a cache to quickly navigate through each concept (unless initializeConceptsOnStart
is set to false). You’ll have to make sure that the concept is ready before use. This can be done by calling the following method :
await connection.waitUntilConceptReady('customer');
|
Note
|
Depending on the number of elements in the concept, it can take several minutes for the concept’s cache to be ready. |
In the case where initializeConceptsOnStart = false
, you will have to manually initialize each concept that you want to work with, as follow :
connection.initializeConcept('customer');
connection.initializeConcept('product');
...
Concept identification
Each concept possess an id
field. Here’s how the driver identifies each concept :
-
customer :
number
-
product :
number
-
salesrep :
number
-
territory :
number
-
user :
number
-
invoicing :
type
_number
_customer_number
Fetching your first customers
After making sure that the concepts are ready, all that’s left is to interact with the driver to manipulate data. Let’s say that you know precisely the customer numbers that you want to fetch, all you have to do is :
var customers = connection.getCustomers(["SUPERMARKET-A", "SUPERMARKET-B"]);
console.log('Found customers:\n%j', customers);
Output :
Found customers:
{
"SUPERMARKET-A": {
"id": "SUPERMARKET-A",
"number": "SUPERMARKET-A",
"name": "Supermarket A",
"address": "100 Broadway",
"city": "Blainville"
, [...]
},
"SUPERMARKET-B": {
"id": "SUPERMARKET-B",
"number": "SUPERMARKET-B",
"name": "Supermarket B",
"address": "200 Broadway",
"city": "Blainville",
[...]
}
}
In the instance where you don’t know the customer numbers (or maybe you want to iterate through all customers), you can ask the driver for all known identifiers :
var ids = await connection.getCustomerIds();
console.log('Found customer ids : ' + ids);
You can now iterate over the array of identifiers :
var id;
for (id of ids) {
var customer = connection.getCustomer(id);
console.log('Customer number=' + customer.number + ', name=' + customer.name);
}
Step 2 - A more complete example
This exemple will show you how to export all invoicing documents that were created on or after a certain date. The header information and the lines information will be stored in two separate files.
The code
const driver = require('acomba-driver');
const fs = require('fs');
const invoicingFilePath = "C:/data/orders.csv";
const invoicingLinesFilePath = "C:/data/orders_lines.csv";
var configuration = new driver.AcombaConfigurationBuilder()
.setAcombaPath('C:\\Aco_SDK')
.setCompanyPath('C:\\F1000.dta\\YourCompany')
.setCachePath('C:\\Aco_Cache')
.setUsername('myusername')
.setPassword('mypassword')
.doInitializeConceptsOnStart(false)
.build();
var connection;
try {
connection = driver.AcombaDriver.connect(configuration, true);
} catch (error) {
console.error("An error occurred while connecting to Acomba : " + error);
}
async function main() {
// Awaiting customer cache
connection.initializeConcept('customer');
await connection.waitUntilConceptReady('customer');
// Awaiting invoicing concept
connection.initializeConcept('invoicing');
await connection.waitUntilConceptReady('invoicing');
// Ok, concepts are ready!
let specificDay = new Date(2019, 8, 1, 0 , 0);
let ids = await connection.getCreatedIdsSince('invoicing', specificDay.getTime());
let invoices = await connection.getInvoicings(ids);
exportToCSV(invoices);
}
async function exportToCSV(invoices) {
printOrderHeader();
printOrderLineHeader();
for (var key of Object.keys(invoices)) {
let invoice = invoices[key];
let customer = await connection.getCustomer(invoice.customerNumber);
printOrder(invoice, customer);
printOrderLines(invoice, customer);
}
}
function printOrderHeader() {
let values = [];
appendValue(values, "orderid");
appendValue(values, "orderdate");
appendValue(values, "type");
appendValue(values, "customernumber");
appendValue(values, "customername");
appendValue(values, "subtotal");
appendValue(values, "taxes");
appendValue(values, "total");
fs.writeFileSync(invoicingFilePath, values.join() + '\n');
}
function printOrderLineHeader() {
let values = [];
appendValue(values, "orderid");
appendValue(values, "linenumber");
appendValue(values, "productnumber");
appendValue(values, "quantity");
appendValue(values, "totalAmount");
fs.writeFileSync(invoicingLinesFilePath, values.join() + '\n');
}
function printOrder(invoice, customer) {
var values = [];
appendValue(values, invoice.id);
appendValue(values, invoice.date);
appendValue(values, invoice.type);
appendValue(values, invoice.customerNumber);
appendValue(values, customer.name);
appendValue(values, invoice.subTotal);
appendValue(values, invoice.taxes);
appendValue(values, invoice.total);
fs.appendFileSync(invoicingFilePath, values.join() + '\n');
}
function printOrderLines(invoice, customer) {
if (invoice.lines != null) {
invoice.lines.forEach(function (line) {
var values = [];
appendValue(values, invoice.id);
appendValue(values, line.lineNumber);
appendValue(values, line.productNumber);
appendValue(values, line.orderedQty);
appendValue(values, line.totalAmount);
fs.appendFileSync(invoicingLinesFilePath, values.join() + '\n');
});
}
}
function appendValue(values, value) {
values.push('"' + (value ? value : '') + '"');
return;
}
main().catch(e => console.error(e.stack));
Some explanations…
At this point, you must be already familiar with the first part of the code where we set up the driver so let’s skip it. Instead, let’s take a look a the main method :
async function main() {
// Awaiting customer cache
connection.initializeConcept('customer');
await connection.waitUntilConceptReady('customer');
// Awaiting invoicing concept
connection.initializeConcept('invoicing');
await connection.waitUntilConceptReady('invoicing');
// Ok, concepts are ready!
let specificDay = new Date(2019, 8, 1, 0 , 0);
let ids = await connection.getCreatedIdsSince('invoicing', specificDay.getTime());
let invoices = await connection.getInvoicings(ids);
exportToCSV(invoices);
}
We make sure that the concepts we’d like to work with are ready. In our case, we’ll need the invoicing
and the customer
concept.
After that, we’re defining a date (specificDay
) from when we’d like to gather invoicing documents. You could also define a date far back in time, like new Date(2000, 1, 1, 0 , 0)
if you’d get all the invoicing documents. Alternatively, to get all invoicing documents, calling the getInvoicingIds()
method would be a cleaner approach. Once all the identifiers are gathered, we can request the documents by calling the getInvoicings(ids)
method.
Now, let’s see that exportToCSV
method…
async function exportToCSV(invoices) {
printOrderHeader();
printOrderLineHeader();
for (var key of Object.keys(invoices)) {
let invoice = invoices[key];
let customer = await connection.getCustomer(invoice.customerNumber);
printOrder(invoice, customer);
printOrderLines(invoice, customer);
}
}
Both printOrderHeader()
and printOrderLineHeader()
methods are very similar to the printOrder(…)
and printOrderLines(…)
method so we’ll cover them all at once when reviewing the latters.
The for loop iterates over all the invoices. When the driver returns multiple documents, it returns them as a map (or enumerable properties), with the identifier
as the key :
{
invoice1: { invoicing-object },
invoice2: { invoicing-object },
order1: { invoicing-object }
}
For each invoicing document, we ask the driver to retrieve the related customer using the invoice.customerNumber
property. Once we have all the required data, it’s time to export them!
Exporting invoicings
function printOrder(invoice, customer) {
var values = [];
appendValue(values, invoice.id);
appendValue(values, invoice.date);
appendValue(values, invoice.type);
appendValue(values, invoice.customerNumber);
appendValue(values, customer.name);
appendValue(values, invoice.subTotal);
appendValue(values, invoice.taxes);
appendValue(values, invoice.total);
fs.appendFileSync(invoicingFilePath, values.join() + '\n');
}
Here, we append all the values for the defined column headers. Note that we use the customer
object to get some additionnal information on the customer (the name in this instance). Once the values are ready, we can use the fs
import to write them to the order file.
|
Note
|
Make sure that you have the same number of columns (header) and values. |
Exporting invoicing lines
function printOrderLines(invoice, customer) {
if (invoice.lines != null) {
invoice.lines.forEach(function (line) {
var values = [];
appendValue(values, invoice.id);
appendValue(values, line.lineNumber);
appendValue(values, line.productNumber);
appendValue(values, line.orderedQty);
appendValue(values, line.totalAmount);
fs.appendFileSync(invoicingLinesFilePath, values.join() + '\n');
});
}
}
Here again, we append all the values for the defined column headers. The only difference is that we have to loop through each line on the invoicing document.


|
Panda3D
|
A handy class that can scrub over a scene graph and collect interesting statistics on it. More...
Public Types | |
| enum | LodMode { LM_lowest = 0, LM_highest = 1, LM_all = 2, LM_none = 3 } |
A handy class that can scrub over a scene graph and collect interesting statistics on it.
| enum LodMode |
| __init__ | ( | ) |
| __init__ | ( | const | SceneGraphAnalyzer | ) |
| addNode | ( | PandaNode | node | ) |
Adds a new node to the set of data for analysis.
Normally, this would only be called once, and passed the top of the scene graph, but it's possible to repeatedly pass in subgraphs to get an analysis of all the graphs together.
| clear | ( | ) |
Resets all of the data in the analyzer in preparation for a new run.
| SceneGraphAnalyzer::LodMode getLodMode | ( | SceneGraphAnalyzer::LodMode | lod_mode | ) |
Returns the mode in which LODNodes are analyzed.
| int getNumColors | ( | ) |
| int getNumGeomNodes | ( | ) |
| int getNumGeoms | ( | ) |
| int getNumGeomVertexDatas | ( | ) |
| int getNumGeomVertexFormats | ( | ) |
| int getNumIndividualTris | ( | ) |
| int getNumInstances | ( | ) |
| int getNumLines | ( | ) |
| int getNumLodNodes | ( | ) |
| int getNumLongNormals | ( | ) |
| int getNumNodes | ( | ) |
| int getNumNodesWithAttribs | ( | ) |
| int getNumNormals | ( | ) |
| int getNumPatches | ( | ) |
| int getNumPoints | ( | ) |
| int getNumShortNormals | ( | ) |
| int getNumTexcoords | ( | ) |
| int getNumTransforms | ( | ) |
| int getNumTrianglesInFans | ( | ) |
| int getNumTrianglesInStrips | ( | ) |
| int getNumTrifans | ( | ) |
| int getNumTris | ( | ) |
| int getNumTristrips | ( | ) |
| int getNumVertices | ( | ) |
| int getNumVerticesInPatches | ( | ) |
| int getTextureBytes | ( | ) |
| float getTotalNormalLength | ( | ) |
| int getVertexDataSize | ( | ) |
| setLodMode | ( | SceneGraphAnalyzer::LodMode | lod_mode | ) |
Specifies the mode in which LODNodes are analyzed.
| write | ( | Ostream | out, |
| int | indent_level | ||
| ) |
Describes all the data collected.


New Star Wars: The Rise of Skywalker Clip Shows Rey, Poe and Finn on the Run
by Rachel SinghStar Wars: The Rise of Skywalker is due in theaters in less than a month, and to up the already sky-high anticipation, Disney/Lucasfilm has released a clip of Rey, Poe, Finn and friends reunited and on the run.
The gang of Resistance fighters are jetting across a desert landscape when they’re spotted by a group of stormtroopers, who subsequently pursue them. Rey finds herself in a flight-and-fight situation where she shoots red lasers at the stormtroopers while trying not to singe Chewbacca’s fur off. The Empire seems to be eating their dust until a new trick stuns C-3PO and the rest. The clip ends before we get to see the result of this chase, so we’ll just have to wait until Dec. 20—or whenever you manage to get tickets—to see if and how they escape the Empire’s grasp.
Watch the clip below and check out the film’s latest trailer here.


Edwards
This page contains an index of all the individuals in the database with the surname of Edwards. Selecting the person’s name will take you to that person’s individual page.
| Given Name | Birth | Death | Partner | Parents |
|---|---|---|---|---|
| Amelia | Cook, Robert Harcourt (Blacksmith) | |||
| Beryl Joy | 1914-12-26 | 2010-09-00 | Neal, James Sidney | Edwards, Thomas Eccott Connor, Amelia Rosetta (Millie) |
| Donald Eldred | Corbett, Joan Catherine | |||
| Dorothy Yvonne | c1916 | 1998-04-17 | Laver, Arthur John Forrest | Edwards, Frank Lincoln Hutton, Lucy Bertha |
| Elizabeth | Edwards, Henry | |||
| Elizabeth | Horsey, Job (Miller) | |||
| Frank Lincoln | 1887 | 1969-05-08 | Hutton, Lucy Bertha, Boroughs, Bertha | Edwards, Henry & Jessie |
| Henry | Edwards, Elizabeth | |||
| Henry & Jessie | ||||
| Henry A. | Purnell, Violet M. | |||
| Lilly May | c1880 | 1966-10-06 | Newling, Joseph Randolph | |
| Louisa | 1853 | 1937 | Procter, Thomas | Edwards, Henry Edwards, Elizabeth |
| Marjorie | c1914 | Edwards, Frank Lincoln Hutton, Lucy Bertha | ||
| Martin Austin | c1918 | Johnston, Eva Margaret | Edwards, Frank Lincoln Hutton, Lucy Bertha | |
| Paul | c1920 | Edwards, Frank Lincoln Hutton, Lucy Bertha | ||
| Raymond Bruce | 1920-04-16 | 1976-08-09 | Banks, Edith “Jean” | |
| Sophia Blanche | 1873 | 1912-12-09 | Procter, Peter Albert Dixon | |
| Thomas | Martin, Elizabeth J. | |||
| Thomas Eccott | 1892 | 1960-10-10 | Connor, Amelia Rosetta (Millie) | Edwards, Thomas Martin, Elizabeth J. |
| [Living] | Keating, Ronald Gordon, Reid, Geoffrey Vernon | Edwards, Thomas Eccott Connor, Amelia Rosetta (Millie) | ||
| [Living] | Favell, Ralph Reginald | Edwards, Thomas Eccott Connor, Amelia Rosetta (Millie) | ||
| [Living] | Oliver, Kenneth Bruce | Edwards, Thomas Eccott Connor, Amelia Rosetta (Millie) | ||
| [Living] | Musto, [Living] | |||
| [Living] | Edwards, Raymond Bruce Banks, Edith "Jean" | |||
| [Living] | Davies, [Living] | Edwards, Raymond Bruce Banks, Edith "Jean" | ||
| [Living] | Hogarth, [Living] | |||
| [Living] | Edwards, Frank Lincoln Boroughs, Bertha | |||
| [Living] | Brown, [Living] | |||
| [Living] | Edwards, [Living] Brown, [Living] | |||
| [Living] | Edwards, [Living] Brown, [Living] |


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Given this, RAMADDA can be configured to also provide a view of the file system on the server. The site administrator can specify any number of directory paths. For each of these paths a synthetic Entry is created as a child of the top group. The ids of these entries are of the form: file:/the/dir/path
Now, there are just a few methods that the core repository has that create the Entry/Group objects. These methods look to see whether the given Entry id begins with "file:". If it does then the file path is checked against the configured set of file paths to ensure that the path is under the configured paths. (we wouldn't want to allow access to just anywhere on the server). The children of a file: Entry that is a directory are the subdirectories and files of that directory.


Here you'll find some example content to show Aloha's possibilities regarding any kind of formatting.
Here we test, a link and other formattings such as bold, italic or deleted text. You may also use formattings for maths 22 = 4 or chemical formulas like CO2. Or you may edit tables as you do in office products.
| This | is | a | demo |
| table | with | an | |
| awesome | column | ||
| and | row | span | ! |
For better sematical understanding and WAI compatibility you can describe abbreviations like HTML and CSS.


bcbioSCDataSet
to bcbioSingleCell
.filterCells()
will now slot a named logical vector into metadata(object)[["filteredCells"]]
, which will be used to dynamically subset the slotted internal SummarizedExperiment
data. Now that we’re using this approach, we can return a modified bcbioSingleCell
object rather than defining a separate bcbioSCFiltered
class.loadSingleCellRun()
to loadSingleCell()
, to match bcbioRNASeq package.sampleNameAggregate
in the sample metadata.darkTheme()
), based on the Seurat theme.plotDot()
function, based on Seurat::DotPlot()
.bcbioSCDataSet
and bcbioSCFiltered
, which will be deprecated in a future release.internal-projectDir.R
, internal-readSampleMetadataFile.R
, internal-sampleDirs.R
. We may want to provide this code as a shared bcbio core package (e.g. bcbioBase) in the future..validMarkers()
).ensemblVersion
).plotClusters()
to plotMarkers()
. Added soft deprecation.loadSingleCellRun()
and loadCellRanger()
from S4 generics back to standard functions.fetchTSNEData()
, fetchTSNEExpressionData()
, and plotTSNEExpressionData()
. This enable plotting of geometric mean values of desired marker genes.cellCycleMarkers
and cellTypeMarkers
data. Now supports Drosophila.make.names()
instead of camel()
. This avoids undesirable coercion of some IDs (e.g. group1_1
into group11
).1
instead of 1L
).DESCRIPTION
file. The package now attaches Seurat automatically.quantileHeatmap()
function.bcbioSCFiltered
to seurat
coercion to slot relevant bcbio metadata.bcbioSinglecell
to bcbioSingleCell
.organism
in bcbioSCDataSet
metadata, in addition to genomeBuild
.bcbioSCFiltered
to seurat
coercion method to also run FindVariableGenes()
and ScaleData()
by default.bcbioSinglecell-package.R
file.download()
functionality to basejump package, to avoid collisions with bcbioRNASeq package. Function has been renamed to externalFile()
..detectPipeline()
function is no longer needed..sampleDirs()
function..readSparseCounts()
function.packageSE()
to prepareSE()
, matching the corresponding basejump function change.filter()
to tidy_filter()
, to avoid future NAMESPACE collisions with ensembldb package.bcbioSCSubset
class to bcbioSCFiltered
class.plotZeroesVsDepth()
for datasets with high cell counts.selectSamples()
. Will attempt to migrate this to bracket-based subsetting in a future update.selectSamples()
to only work on bcbioSCFiltered
class for the time being. We can add bracket-based subsetting or S4 method support in selectSamples()
to properly work on bcbioSCDataSet
class in a future update.bcbioSCFiltered
class coercion to monocle CellDataSet
class.subsetPerSample()
function.lowerCamelCase
from snake_case
.loadRun()
to loadSingleCellRun()
for improved compatibility with bcbioRNASeq package. This helps avoid NAMESPACE collisions between packages.loadCellRanger()
.filteringCriteria
to filterParams
in @metadata
slot.load_run()
.load_run()
function for improved consistency with bcbioRNASeq package.