Set Up Tutorial¶
In REEM, data is passed between client programs and a centralized Redis server. This tutorial will demonstrate how to set up the server and connect to it with a REEM client. Both the server and client will run on the local machine.
Requirements:
Python 3
Linux/macOS (ReJSON requirement, though you can run ReJSON with Docker on Windows)
Server¶
This section goes through how to set up a server. REEM runs on Redis and requires the ReJSON module. We will install both and check that they are working.
Redis¶
The following script will download and build Redis with supporting packages from source inside
a folder called database-server
.
REEM has been tested with Redis version 5.0.4. You may want to pull the latest version of Redis in the future. Change the
versioning in the script appropriately
DO NOT install Redis through apt-get install redis-server
This will install Redis 3 which does not support modules. You will not be able to run REEM.
Once you download and build Redis from source, you will need to access two executables:
redis-server
and redis-cli
. The former is the executable that launches a redis-server. The latter is a
useful command line interface (cli) that allows for easy testing. The executables are located at
database-server/redis-5.0.4/src/redis-server
database-server/redis-5.0.4/src/redis-cli
The script below gives them aliases to make things easier. Note that these aliases will disappear when the terminal closes.
mkdir database-server
cd database-server
wget http://download.redis.io/releases/redis-5.0.4.tar.gz
tar xzf redis-5.0.4.tar.gz
cd redis-5.0.4/deps
make hiredis lua jemalloc linenoise
cd ..
make
alias redis-server=$PWD/src/redis-server
alias redis-cli=$PWD/src/redis-cli
cd ..
Check that the version of Redis you have is 5.0.x by running redis-server --version
Now, check that the redis server will boot. Run redis-server
in your terminal. The redis server will take over
your terminal.
Open up another terminal and run redis-cli
. The CLI will take over that terminal and your prompt should look like
<IP_ADDRESS>:6379>
Execute a basic set and get with Redis, ensuring the output looks similar to the output below:
<IP_ADDRESS>:6379> SET key 1
OK
<IP_ADDRESS>:6379> GET key
"1"
<IP_ADDRESS>:6379>
Congratulations! You have successfully installed and ran Redis. Shutdown the Redis server (issue the shutdown
command
in the cli) and exit the cli.
ReJSON¶
ReJSON is a third party module developed for Redis developed by Redis Labs. It introduces a JSON datatype to Redis that is not available in standard Redis. REEM relies on it for serializable data.
Starting from inside the database-server
folder, continuing from the Redis installation script, the following will
build ReJSON from source.
git clone https://github.com/RedisLabsModules/redisjson.git
cd redisjson
make
cd ..
The above script produces an compiled library file at database-server/redisjson/src/rejson.so
. Redis needs to be
told to use that library. You can tell Redis that by starting a server with a configuration file. Download this
example configuration file and place it inside
database-server
.
Some details about this configuration file:
Line 46 (in the modules section) says
loadmodule redisjson/src/rejson.so
specifying the compiled library for rejsonLine 71 (in the network section) says
bind <IP_ADDRESS>
to bind only to the local host network interface.
If you later want to make this redis server accessible on a network,
you must change line 71 to bind to that interface too.
For example if the computer hosting the redis server has an ip address <IP_ADDRESS>
on the network, this line should become bind <IP_ADDRESS> <IP_ADDRESS>
so that it binds to the local interface and the network interface.
Let’s test the ReJSON installation. Run redis-server redis.conf
. This will start the Redis server with ReJSON.
Open another terminal and run redis-cli
. Be sure you can execute the following in that redis-cli prompt
<IP_ADDRESS>:6379> JSON.SET foo . 0
OK
Client¶
Before you begin this part of the turtorial, make sure a redis server is available for a client to connect to.
If a server is not already running, run redis-server redis.conf
in a terminal and leave that terminal be.
Client machines connect to the server purely through Python with the REEM client. Install REEM and it’s dependencies with the below command
pip3 install reem
Copy the below into a file and run it:
from reem.connection import RedisInterface
from reem.datatypes import KeyValueStore
import numpy as np
import time
interface = RedisInterface(host="localhost")
interface.initialize()
server = KeyValueStore(interface)
# Set a key and read it and its subkeys
server["foo"] = {"number": 100.0, "string": "REEM"}
print("Reading Root : {}".format(server["foo"].read()))
print("Reading Subkey: {}".format(server["foo"]["number"].read()))
# Set a new key that didn't exist before to a numpy array
server["foo"]["numpy"] = np.random.rand(3,4)
time.sleep(0.0001) # Needed on ubuntu machine for numpy set to register?
print("Reading Root : {}".format(server["foo"].read()))
print("Reading Subkey: {}".format(server["foo"]["numpy"].read()))
The output should appear something like the below
Reading Root : {'number': 100, 'string': 'REEM'}
Reading Subkey: 100
Reading Root : {'number': 100, 'string': 'REEM', 'numpy': array([[0.41949741, 0.40785201, 0.70637666, 0.1809309 ],
[0.37884759, 0.70176005, 0.14115555, 0.82246663],
[0.24243882, 0.86587402, 0.19852017, 0.21833667]])}
Reading Subkey: [[0.41949741 0.40785201 0.70637666 0.1809309 ]
[0.37884759 0.70176005 0.14115555 0.82246663]
[0.24243882 0.86587402 0.19852017 0.21833667]]
The code connects to a Redis server and set
s a dictionary with basic number and string data. It then
reads and prints that data. Next, it sends a numpy array to Redis and reads that back as well. It uses a KeyValueStore
object to do all this. Learn more about it in the next section.
Congratulations! You have got REEM working on your machine! Continue to the next section to see what it can do.


Chorley man wanted by police after breaching restraining order
by Matthew CalderbankA 29-year-old Chorley man is wanted by police after breaching a restraining order.
Daniel Evans, 29, is wanted in connection with breaching a restraining order and breaching a court order on Sunday, October 27.
He is described as white, 5ft 5in tall, of medium build with blue eyes and light brown hair.
Police said Evans could have travelled to the Blackpool and Birmingham areas.
PC Andrew Holder, of Chorley Police, said: "Evans is wanted by police and we want to find him as soon as possible.
"We would urge anyone who knows where he is to come forward immediately."
READ MORE: Chorley man who was caught by online paedophile hunters is sentenced
Anyone with information can contact police on 101 or email 5046@lancashire.pnn.police.uk


All
Phishing TTP
Zoom
Work From Home
Panda APT
Bear APT
Domain (3)
Security Accessment
10 tecnhigues
CHOOSE TACTICS
Security Accessment
10 techniques
Security Operations Center
8 techniques
Digital Forensices
19 techniques
Skills (10)
OS Pentest
Rules
0
Examples
0
Subtechniques
3
Web App Pentest
Rules
7
Examples
5
Subtechniques
0
Mobile App
Rules
0
Examples
11
Subtechniques
0
Network Pentest
Rules
0
Examples
0
Subtechniques
0
Application Pentest
Rules
0
Examples
0
Subtechniques
3
Wireless Pentest
Rules
0
Examples
12
Subtechniques
0
Hardware Pentest
Rules
0
Examples
1
Subtechniques
3
Embedded Pentest
Rules
0
Examples
2
Subtechniques
0
loT Pentest
Rules
0
Examples
2
Subtechniques
0
ICS Pentest
Rules
8
Examples
24
Subtechniques
4
TACTICS
BACK
OS Pentest
Choose subtechnique
Core technique
Initial Access
Execution
Persistence
Core technique


Above is a screenshot of one of the first websites I forked, and worked on.
Visit The WebpageTo challenge myself, I cloned, and refactored a website to make it more accessible.
Visit The WebpageI found a neat website to help me start on understanding basic Programming logic, by making my own game.
Visit The GamepageTo practice my skills with website layouts, I produced a webpage with differnt types of Floats, Rows, and column.
Visit The Webpage


The ::selection pseudo element matches the portion of an element that is selected by a user. The following CSS properties can be applied to ::selection:color,background,cursor and outline. The following example makes the selected text red on a yellow background.


Resets
Reset Fax Defaults and power Off/On the Printer:
Reset Scan Defaults and power Off/On the Printer:
Reset System Defaults and power Off/On the Printer:
Reset Network Defaults and power Off/On the Printer:
Power Off/On the Printer:


Lighting Design
the celestial light: light designed using a combination of new and recycled materials.
“dark side of the moon”.
3' wide diameter.
newspaper pulp, eco-friendly glue, plaster strips, gold spray paint.
LED bulb with contrasting red cord.
Celestial
Designed by Toby Lee Designs
Reference No. 0100
Pendant Light
Description
Designed by Toby Lee Designs. Made in Canada. Celestial has an opaque lampshade that directs the light downwards and creates both a task and ambient light. Large lamp used to create as much light as possible from a single source.  Edges are left rough to create a more interesting shape. The inner side of the dome is painted in a reflective gold finish to emit a golden light imitating the sun. Use of a dimmable LED light creates an energy efficient, sleek and modern luminaire. Celestial is an ideal pendant light for both ambient and task lighting with stunning visual impact.
Finish
Exterior: Matte Gray, Glossy White, Glossy Black
Interior: Exposed White, Gold, Glossy White
Electrical Characteristics
Ikea Ledare LED Lamp
1000 lm@ 16.5W
120 V, 60 Hz
2700 Kelvin
Model No E26
Physical Characteristics
1 box/ 36"x36"x18"/Net Weight 5.3 lbs.
Installation and Assembly
Additional hardware is required for full installtiom. Refer to installaton and assembly manual for more details.
Light Distribution
Ambient and Task Lighting - Opaque Shade
Fixture suitable for ambient and task illumination, distributing light mainly downward.
| Code | Mount | Voltage | Cord | Finish |
|---|---|---|---|---|
| 0100 | - | 120V | - | - |
| C1=ceiling mount P1=wall plug in |
W=white G=gray B=black R=red |
G=gray W=white B=black |


|
|
Here are the closest cities to Washington, District of Columbia (20502) which have weather records and averages:
| Location | | Distance (miles) | | Distance (kilometers) |
|
| Washington - Northeast, District of Columbia | | 2 miles | | 4 kilometers |
| Alexandria, Virginia | | 3 miles | | 5 kilometers |
| Arlington, Virginia | | 3 miles | | 5 kilometers |
| Forest Heights, Maryland | | 3 miles | | 5 kilometers |
| Washington, District of Columbia | | 3 miles | | 5 kilometers |
| Washington - Georgetown, District of Columbia | | 5 miles | | 8 kilometers |
| College Park, Maryland | | 7 miles | | 11 kilometers |
| University Park, Maryland | | 7 miles | | 11 kilometers |
| Andrews Air Force Base, Maryland | | 10 miles | | 17 kilometers |
| Camp Springs, Maryland | | 10 miles | | 17 kilometers |
|


|
EagleEye
|
Developer: Gage Coates More...
Public Member Functions | |
| ParkingLot (int id, string name, Camera camera) | |
| Constructs a parking lot from a unique id, name, and associated camera model More... | |
| void | Update () |
| Encapsulates the entire parking lot state change, triggerd by Camera changes More... | |
Properties | |
| int | ID = -1 [get] |
| A unique identifier More... | |
| string | Name [get, set] |
| Camera | Camera [get, set] |
| The assocative camera that monitors this parking lot More... | |
| Bitmap | Baseline [get, set] |
| Updates the m_baseline member in a thread safe manner More... | |
| List< Annotation > | Annotations = new List<Annotation>() [get] |
| A list of annotations that define regions of Parking or Aisle space More... | |
| IEnumerable< Annotation > | ParkingSpaces [get] |
| Only annotations of Parking type More... | |
| IEnumerable< Annotation > | Aisles [get] |
| Only annotations of Aisle type More... | |
| Properties inherited from EagleEye.Models.IID | |
| int | ID [get] |
Developer: Gage Coates
Purpose: Stores accociated annotation data, baseline, and camera reference. Updates annotation state based on camera state
Dependencies: Bitmap: Defines the baseline image Camera: A parking lot must have an associated camera to compare against the baseline Annotation: Defines regions in the baseline that should be included in calculations
| EagleEye.Models.ParkingLot.ParkingLot | ( | int | id, |
| string | name, | ||
| Camera | camera | ||
| ) |
Constructs a parking lot from a unique id, name, and associated camera model
| id | A unique id |
| name | A name |
| camera | A camera model |
| void EagleEye.Models.ParkingLot.Update | ( | ) |
Encapsulates the entire parking lot state change, triggerd by Camera changes
|
get |
Only annotations of Aisle type
|
get |
A list of annotations that define regions of Parking or Aisle space
|
getset |
Updates the m_baseline member in a thread safe manner
|
getset |
The assocative camera that monitors this parking lot
|
get |
A unique identifier
|
getset |
|
get |
Only annotations of Parking type


I've just put a new Ready-To-Go SD card into a RPi and booted it up. MYSQL fails to start and I get a "cannot connect to database" error when I visit the emoncms web interface.
I can SSH into the pi and have tried to kick start MYSQL but it just fails. I can't find any relevant guides on the website and have found a dead page which looks like it should explain how to set things up but has no content!
Any help please?
Matt
Re: Ready-To-Go SD card MYSQL problem
I'm having the same issue. Just started the Jun 17 image. The webpage results in:
Looking at the /var/logs/syslog I see the following:
Any advice on getting the June 17 image up and running?
Re: Ready-To-Go SD card MYSQL problem
This seems to be a memory allocation issue: there is not enough RAM for the database to start. I have an original Raspberry Pi B, which has 512MB of RAM. By default, there are 6 ramdisks that are created, which on my system total 245MB. Also, the default GPU RAM allocation is 64MB, so that leaves about 203MB for processes.
The database is trying to allocate 128MB (as seen in the log), and there is just not enough ram for it to do it. The following are some solutions:
I chose #3, since this RPi won't be doing any heavy graphics. To reduce the GPU RAM, do the following:
Then anywhere in the file, add the following line:
That will give the processes an extra 48MB to use. This was enough for the database to load for me.
Admins, what are your recommendations on freeing up RAM? Maybe the author of the June 17 SD image has a RaspberryPi 2 B, which has 1024MB of RAM, so this is not an issue? How can we improve the SD card image for those with smaller amounts of RAM?


The mat-tree
provides a Material Design styled tree that can be used to display hierarchy
data.
This tree builds on the foundation of the CDK tree and uses a similar interface for its
data source input and template, except that its element and attribute selectors will be prefixed
with mat-
instead of cdk-
.
There are two types of trees: Flat tree and nested tree. The DOM structures are different for these two types of trees. Flat trees generally offer better performance, while nested trees provide flexibility.
In a flat tree, the hierarchy is flattened; nodes are not rendered inside of each other,
but instead are rendered as siblings in sequence. An instance of TreeFlattener
is
used to generate the flat list of items from hierarchical data. The "level" of each tree
node is read through the getLevel
method of the TreeControl
; this level can be
used to style the node such that it is indented to the appropriate level.
<mat-tree>
<mat-tree-node> parent node </mat-tree-node>
<mat-tree-node> -- child node1 </mat-tree-node>
<mat-tree-node> -- child node2 </mat-tree-node>
</mat-tree>
Flat trees are generally easier to style and inspect. They are also more friendly to scrolling variations, such as infinite or virtual scrolling. Flat trees generally offer better performance.
In Nested tree, children nodes are placed inside their parent node in DOM. The parent node has an outlet to keep all the children nodes.
<mat-tree>
<mat-nested-tree-node>
parent node
<mat-nested-tree-node> -- child node1 </mat-nested-tree-node>
<mat-nested-tree-node> -- child node2 </mat-nested-tree-node>
</mat-nested-tree-node>
</mat-tree>
Nested trees are easier to work with when hierarchical relationships are visually represented in ways that would be difficult to accomplish with flat nodes.
The <mat-tree>
itself only deals with the rendering of a tree structure.
Additional features can be built on top of the tree by adding behavior inside node templates
(e.g., padding and toggle). Interactions that affect the
rendered data (such as expand/collapse) should be propagated through the table's data source.
The TreeControl
controls the expand/collapse state of tree nodes. Users can expand/collapse a tree
node recursively through tree control. For nested tree node, getChildren
function need to pass to
the NestedTreeControl
to make it work recursively. The getChildren
function may return an
observable of children for a given node, or an array of children.
For flattened tree node, getLevel
and isExpandable
functions need to pass to the
FlatTreeControl
to make it work recursively.
A matTreeNodeToggle
can be added in the tree node template to expand/collapse the tree node. The
toggle toggles the expand/collapse functions in TreeControl
and is able to expand/collapse a
tree node recursively by setting [matTreeNodeToggleRecursive]
to true
.
The toggle can be placed anywhere in the tree node, and is only toggled by click
action.
The matTreeNodePadding
can be placed in a flat tree's node template to display the level
information of a flat tree node.
Nested tree does not need this padding since padding can be easily added to the hierarchy structure in DOM.
Trees without text or labels should be given a meaningful label via aria-label
or
aria-labelledby
. The aria-readonly
defaults to true
if it's not set.
Tree's role is tree
.
Parent nodes are given role="group"
, while leaf nodes are given role="treeitem"
mat-tree
does not manage any focus/keyboard interaction on its own. Users can add desired
focus/keyboard interactions in their application.


Configure the easing jQuery UI effect!
This example is working with `easeOutBack` effect instead of the default
You can see more about them here
Choose the best easing effect for your site!
Choose the best easing effect for your site!
Choose the best easing effect for your site!


MCSM Dashboard
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Represents a point in time, expressed as a date and time of day.
More...
#include <chrono.hpp>
|
| bool | valid () const noexcept |
| | Returns whether this object contains a valid date and time.
|
| |
|
bool | equals (const datetime &other) const noexcept |
| | Returns whether this object is equal to other .
|
| |
|
void | value (const datetime &x) noexcept |
| | Overrides the current date and time with the values from x .
|
| |
| template<class Duration = std::chrono::system_clock::duration> |
| auto | to_local_time () const noexcept |
| | Converts this object to a time_point object with given Duration type.
|
| |
|
|
static expected< datetime > | from_string (std::string_view str) |
| | Convenience function for converting a string to a datetime object.
|
| |
|
|
int | year = 0 |
| | The year.
|
| |
|
int | month = 0 |
| | The month of the year, starting with 1 for January.
|
| |
|
int | day = 0 |
| | The day of the month, starting with 1.
|
| |
|
int | hour = 0 |
| | The hour of the day, starting with 0.
|
| |
|
int | minute = 0 |
| | The minute of the hour, starting with 0.
|
| |
|
int | second = 0 |
| | The second of the minute, starting with 0.
|
| |
|
int | nanosecond = 0 |
| | The nanosecond of the second, starting with 0.
|
| |
|
std::optional< int > | utc_offset |
| | The offset from UTC in seconds.
|
| |
|
(Note that these are not member functions.)
|
|
bool | operator== (const datetime &x, const datetime &y) noexcept |
| |
|
bool | operator!= (const datetime &x, const datetime &y) noexcept |
| |
| CAF_CORE_EXPORT error | parse (std::string_view str, datetime &dest) |
| | Parses a date and time string in ISO 8601 format.
|
| |
| CAF_CORE_EXPORT void | parse (string_parser_state &ps, datetime &dest) |
| | Parses a date and time string in ISO 8601 format.
|
| |
|
CAF_CORE_EXPORT std::string | to_string (const datetime &x) |
| |
Represents a point in time, expressed as a date and time of day.
Also provides formatting and parsing functionality for ISO 8601.
◆ to_local_time()
template<class Duration = std::chrono::system_clock::duration>
| auto caf::chrono::datetime::to_local_time |
( |
| ) |
const |
|
noexcept |
Converts this object to a time_point object with given Duration type.
- Precondition
valid()
returns true
.
◆ valid()
| bool caf::chrono::datetime::valid |
( |
| ) |
const |
|
noexcept |
Returns whether this object contains a valid date and time.
A default constructed object is invalid.
◆ parse() [1/2]
| CAF_CORE_EXPORT error parse |
( |
std::string_view |
str, |
|
|
datetime & |
dest |
|
) |
| |
|
related |
Parses a date and time string in ISO 8601 format.
- Parameters
-
| str | The string to parse. |
| dest | The output parameter for the parsed date and time. |
- Returns
- An error code if parsing failed.
◆ parse() [2/2]
Parses a date and time string in ISO 8601 format.
- Parameters
-
| ps | The parser state to use. |
| dest | The output parameter for the parsed date and time. |
The documentation for this class was generated from the following file:
- libcaf_core/caf/chrono.hpp


Masha Fedzechkina, Charles Torres, Yiyun Zhao (2020). Dependency length minimization: an abstract bias or an input-driven preference? The 26th architectures and mechanisms for language processing conference (AMLaP).
Yiyun Zhao (2018). Synonyms are lost during cultural transmission without an explicit bias against synonyms. Workshop on Emergence of Universals at the Ohio State University, Columbus, OH.


GRAVESEND
It has been many years since I rode through the Gravesend area on a street car. Not far from the famed oceanside playground of Coney Island, Gravesend was even then a miserable Brooklyn neighborhood. Today it is inhabited by poor Italians, their children without goals, everyone "hanging out." The film is a depiction of a hair-raising night in Gravesend when four friends, obviously losers, whose combined intelligence is less than that of an ant, find themselves with a dead body on their hands.
 What are they going to do? Along with friends Chicken (Tom Malloy) and Mikey (Thomas Brandise) they mull over their very limited options: Do they call the police and explain it was an accident or do they try to get rid of body.
Zuane, who fired the gun, is not about to take a chance on the police buying their accident alibi. Instead, he and the others try to enlist the aid of a drug dealer who is known to be able to dump bodies. That's JoJo the Junkie (Macky Aquilino in a beautiful performance). In addition to $500 he wants a thumb. (sic.) Before long the friends have to dispose of another body.
The story of how the film was made (on a rumored $5000) is as interesting as the movie itself. Salvatore Stabile, only 22, wrote and directed this tense, revealing film. Just about singlehandedly he set about visiting those in Hollywood who could get the movie produced. Luckily he hit on Oliver Stone and others who were impressed with "Sal's" crude, first film, gave him money to upgrade it and get it shown.
If this is not a 100% professional film, it certainly is a good start. DREAMWORKS SKG, Steven Spielberg's company, has tapped young Stabile to a 2-picture deal.
Directed by Salvatore Stabile.
3 Bytes
4 bytes = Superb 3 bytes = Too good to miss 2 bytes = Average 1 byte = Save your money
Copyright 1997 Ben Hoffman
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.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


WITNESS LIST Public Education Committee April 29, 2003-2:00P HB 95 For: Bruno, Tina (Texans for a Traditional School Year) Gustafson, Lindsay (Texas Classroom Teachers Association) Harris, Dwight (Texas Federation of Teachers) Raab, Ted Melina (Texas Federation of Teachers) Against: Winkler, Sarah (TASB) HB 336 For: Bacon, Tim (TSTA) Bruni, Sylvia (Self and Laredo Independent School District, Dr. Jerry Barber, Supt.) Campbell, Tammie (NAACP Texas State Conference of Branches) Diaz, Zoraima A. (Self) Maxwell, Susan (Self) Morales, Becky (National Association of Social Workers/Texas Chapter) Murray, Tressy (Self) Sanchez, Joe (Mexican American Legal Defense and Educational Fund) Sanez-Correa, Ana (Texas LULAC) Smoot, Samantha (Texas Freedom Network) Urrutia, Marcela (National Council of La Raza) Wolfcale, Kay Donna (Self and Texans for Quality Assessment, Texas PTA) Against: Campbell, Jack (Texas Association of Business) On: Raab, Ted Melina (Texas Federation of Teachers) Valenzuela, Angela (University of Texas at Austin) HB 337 For: Bacon, Tim (TSTA) Borden, Sandi (Texas Elementary Principals & Supervisors Association) Bruni, Sylvia (Self and Dr. Jerry Barber, Supt, Laredo I.S.D.) Campbell, Tammie (NAACP Texas State Conference of Branches) Diaz, Zeraima (Self) Morales, Becky (National Association of Social Workers/Texas Chapter) Murray, Tressy (Self) Sanchez, Joe (M.A.L.D.E.F.) Sanez-Correa, Ana (Texas LULAC) Smoot, Samantha (Texas Freedom Network) Urrutia, Marcela (National Council of La Raza) Wolfcale, Kay Donna (Self and Texans for Quality Assessment, Texas PTA) On: Aguilera, Mari Carmen (Intercultural Development Research Association) Raab, Ted Melina (Texas Federation of Teachers) Valenzuela, Angela (University of Texas at Austin) HB 430 For: Bacon, Tim (TSTA) Gustafson, Lindsay (Texas Classroom Teachers Association) Against: Winkler, Sarah (TASB & TASA) HB 2221 For: Gustafson, Lindsay (Texas Classroom Teachers Association) On: Watts, Jenna (TEA) HB 3382 For: Hollingsworth, Lonnie (Texas Classroom Teachers Association) Huddleston, Albert D. (Self) Phillips, Preston (Legacy Investments - Albert D. Huddleston) Against: Sanchez, Joe (Mexican American Legal Defense and Educational Fund) Sanez-Correa, Ana (Texas LULAC) On: Raab, Ted Melina (Texas Federation of Teachers) HJR 8 For: Huddleston, Albert D. (Self) Phillips, Preston (Legacy Investments - Albert D. Huddleston) Against: Sanchez, Joe (Mexican American Legal Defense and Educational Fund) Sanez-Correa, Ana (Texas LULAC) On: Raab, Ted Melina (Texas Federation of Teachers)


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(current)
{{{content}}}


The conference will be held this October as a free digital event experience. The aim is to boost the overall Node-RED based on interaction among Node-RED users, catching up technologies and cases in each field, and sharing the latest information from Global.
If you are interested in Node-RED and are using it, please join us!
This is a conference with lots of information about Node-RED developers, user examples, development tips, and more.
Members who are active at the forefront when it comes to work with Node-RED. The latest information, activities, and technical sessions are all available.
01A user community is like a place where users of the same service or product meet. This is your chance to join us.
02This conference will be hosted by the Japanese community, but it will also be attended by speakers and audiences from overseas, which are unique to digital.
03
Many experts from various fields will participate.
Why don't you get great inspiration? To get them will be beneficial for you and your work!
The connection between developers is important for open source development. Let's actively interact with other users and developers. You can meet great developers here.
05The attraction of the conference is meeting people with the same purpose. Keep in communicate with participants and organizers even after the event.
06We have two tracks, Business and Technology sessions.
Being digital, you can move between sessions at your convenience.
Session information will be added at any time.
Welcome to Node-RED Con Tokyo 2020!!
( Language: Japanese )
The OSS ecosystem that companies carry out in their businesses grows, and in order for companies to use the OSS with peace of mind for a long time, some "devices" are necessary.
As OSS is widely used, many developers will gather in the development community and it will mature as software. And as software matures, it will be used by more companies and attract more developers, which will further evolve the software.
It is important for companies to continue to use the OSS with peace of mind by continuing to run this cycle.
In this session, we will introduce how the OpenJS Foundation and its presiding Linux Foundation are working and driving the OSS growth cycle.
We hope that those who listen to the session will be able to use Node-RED in their business with peace of mind.
( Language: Japanese )
The terms factory IoT and DX have become quite common, but I don't think the specific form and implementation method have yet been established.
At first glance, "retrieving data from a device", which seems easy, cannot be easily achieved at a factory site where various data sources are scattered.
In addition, it is often overlooked to scale the constructed system to other bases.
I will talk about how to overcome such barriers to IoT and DX realization using Node-RED, based on specific examples.
As an example, we will introduce an example of creating a failure prediction system by vibration analysis using a combination of Node-RED and Siemens' cloud-based IoT platform "MindSphere".
This is an example of how even non-IT people could easily build an IoT system and quickly deploy it to other bases.
We also believe that low-code tools like Node-RED will occupy an important position in the factory in the future.
I will explain this based on the keyword "citizen developer".
( Language: Japanese )
As of 2020, as social problems are widespread and globalized due to pandemics caused by the new coronavirus and large-scale disasters caused by abnormal weather, etc., there are limits to the efforts that can be taken in each individual city. Flexible urban cooperation is needed depending on the situation. NEDO/Cabinet Office SIP2 “Wide Area Data Utilization Demonstration by Programmable Federation of Heterogeneous Smart Cities” contract research project conducted in 2019 has a different system architecture from the following perspectives and was proved as "programmable federation infrastructure construction" connected with the city systems operated independently.
What - What do you connect? When - When do you connect? Who - Who makes the decision? Who is the connecting entity? How - How to achieve the above?
This time, Node-RED is used in the How part. The reason why Node-RED was used is to connect "urban systems that have different system architectures and are operated independently". Please feel the flexibility and potential of Node-RED around this area.
( Language: Japanese )
The use of IoT/IT in the manufacturing industry, especially in small and medium-sized production sites, is very late. The reasons for this include the lack of willingness to innovate in the small and medium-sized manufacturing industry, lack of funds, and lack of standardization of processes.However, the development environment for developing extremely diverse and changing applications is The factor of nonexistence is also large. Since there are no IT specialists or production engineers in the small and medium-sized manufacturing industry, it is not possible to develop applications that meet the demands of production sites by themselves, and it is difficult to ask vendors to develop applications because there is no funds.
In the ia-cloud project of the Industrial Automation Forum, we have developed a custom Node that connects sensors and measurement control equipment used in the manufacturing production site, and is completely No Code (without Function Node) manufacturing industry. We have built an environment where you can develop IoT applications. The outline is shown below.
* As a cloud service, mainly ia-cloud promoted by the Industrial Automation Forum (IAF) can be connected to various cloud services.
* Developed a custom node that can use sensor devices and measurement control devices for industrial use that are widely used in production sites with No Code
* Connection node for measurement control equipment such as PLC connected to Modbus, remote I/O, temperature control system
* Mitsubishi Electric programmable controller (PLC) MC protocol, SLMP connection node
* Various EnOcean sensor connection nodes
* Reader connection node for RFID, barcode, etc.
* Node for connecting measuring devices such as calipers and micrometer
* Others will be added sequentially
( Language: Japanese )
I developed IOT System with our LSI and the service is used by our customers. The system consists of cloud, gateway and sensor devices.
Sensor devices send signal to gateway by wireless. Gateway judge the sensor is authorized in system. When the sensor device is authorized, the data is sent to database in cloud. The sensors are registered on the cloud, and there is also a mechanism to synchronize between gateway and cloud immediately. This configuration is very popular in IoT System. The authorization process is not important for proto-typing, but it is required during operation. However, the system of node-red is too complex to realize IoT system quickly.
Basically we are semiconductor company. And our goal is that many companies use our LSI. Then I try to develop new node to combine core library from some nodes.
In my talk, I will show you the first complicated flow and the optimized flow that anyone can use.
( Language: Japanese )
What KNX?
An open facility control protocol standardized by the international standard (IEC 14543). In Europe, many hotels, airports, offices and homes also use this protocol to control the entire equipment such as lighting, air conditioning and crime prevention.
A method to fuse the real space and virtual space that Soceity 5.0 indicates at low cost
Society 5.0 proposes a high degree of fusion of the physical and virtual spaces, but in order to actually achieve that, new investment is required and it is not a slight extension of the existing business. However, using Node-RED and KNX to connect the facilities that will be introduced to the real world to something in the virtual space will greatly reduce barriers to realization.
What you can do with Node-RED and KNX
With Node-RED and KNX, I'll give you an example of what you can do and what you need to do to make it a real business.
( Language: Japanese )
The modern company requires solutions that are able to deliver quickly and cleanly while also emphasising on clarity from the code which can be reusable among other developers within the company. This is where Node-Red comes in; where it can pull the strings from the hardware which we depend on, such as Raspberry Pis, and essentially work to connect different services together, including with the database of the company’s choice. Understanding how this can be made possible is crucial for any company that operates/are looking to operate with Node-RED so that they are able to make the most optimal use with the language.
In this talk, I will discuss how modern company structures are changing, and how it will look like when Node-RED is added into the mix to be a part of core business services. I will cover design patterns with the architecture that will be able to achieve this, while also talking in depth in regards to deployment procedures such as those involving CI/CD pipelines. Alongside this, I will also talk about how monitoring tools from cloud-based platforms such as AWS can be used to monitor the progress of deploying the made service on the cloud and how the business can best make use of the analytics to adapt the service to the environment. This will encourage developers and business owners to incorporate Node-RED into their own businesses.
To support this, I will also go over a case study of one of the projects that I have handled as well. I will talk about issues that I have encountered in different parts of the development of the service. This will also help the audience to see firsthand how the architecture talked about would be applied in a real-life context, and help them think how they can adopt the methodology to their own needs as well. I will also discuss different options for deployment, and show a live demo of how it would look like when it is done.
( Language: English )
Industries from all over the world are converging to a more connected shop floor, using IoT technologies and digital processes. As a Startup specialized in collecting data from machines and manufacturing processes we decided to be part of this revolution.
Our IoT journey started in 2016 when we decided to create our own Industrial IoT device, what we called “ST-One”. That time we wanted to create a device that could communicate with any machine or hardware, with a modular and extensible software. Fortunately Node-RED crossed our journey right at the beginning and we decided to give a try to that promising project. Today we have more than 150 applications running in big industries like Bosch, Renault, Audi, Volkswagen and Mercedes, in countries like Brazil, Mexico, Belgium and Sweden. In this talk we will present what exactly we are doing with Node-RED in all this customers and most importantly, we will reply the main question: is Node-RED suitable for industrial applications? Spoiler alert: Yes.
( Language: English )
No-code development is getting center of attention again
Recently, the topic of "no-code application development" has increased in the general media. While the needs for IT and DX have been accelerating over the past few years, these needs have become explosive and explosive this year. The shortage of professional developers has been pointed out for some time, but it may be a manifestation of the idea that "we can do it ourselves."
Survive this era
It is indispensable to prepare for the future era by dealing with programming in education from an early stage, but now that no-code is attracting attention, Node-RED will be suitable for education in this era.
Three points to keep in mind
There are three points to keep in mind here. If you don't care about anything with no code, you will be in trouble later due to lack of continuity, etc.
- Easy to start
- Easy to understand how to design programing
- High scalability
In this session, we will explain this point with concrete examples.
Who is suitable for this session
- Those who are considering using something as an educational material
- Those who want to utilize their Node-RED skills
- Those who want to teach Node-RED to juniors at companies, schools, etc.
- Those who are interested in what Node-RED is like
( Language: Japanese )
After leading the Node-RED project for 7 years, in this talk Nick O’Leary will look to the future for the project. We have come so far since it started as a simple side-project, but there is still plenty to do. Nick will look at some of the areas the project is already thinking about and share where he sees the project going.
( Language: English )
Thank you for attending Node-RED Con Tokyo 2020!
( Language: Japanese )
In many cases, PoC is performed as a preliminary verification when performing image recognition or data analysis. We will explain the best way to use Node-RED by sharing the necessary requirements.
Agenda
- What is the best prototype?
- Prototype requirements
- Features of Node-RED
- Prototype case sutudy
( Language: Japanese )
It is necessary to develop IoT services once and grow them while operating them, not the end. Enebular, which supports IoT development and operation, can easily create IoT applications with low-code Node-RED, and can practice DevOps from prototype development to the development and operation cycle of production services. Introducing an example of fully utilizing Node-RED to launch an IoT service three times faster than usual.
( Language: Japanese )
With Node-RED, processes such as API integration and data processing can be easily described by combining various nodes, but this is not only for digital data, but also for "things" such as motors and sensors in the real world. You can also combine them. By combining Node-RED with real-world objects, you can get information that you couldn't get before, or you can express yourself in a different way, and the possibilities are even greater. In this session, we will talk about how to integrate Node-RED with the real world, using obniz nodes.
( Language: Japanese )
I will report on how to use Node-RED in education and research at Tokyo City University. At our University, non-science students are using Node-RED to build IoT prototypes and robot systems in a short time. Through that experience, I will consider the effectiveness of Node-RED for university education and research.
( Language: Japanese )
Introducing the development of a custom node for connecting sensors and measurement control equipment used at manufacturing sites in the manufacturing industry, which is used in the activities of the cloud service "ia-cloud" for manufacturing sites promoted by the Industrial Automation Forum.
There are not always people who are familiar with IT at the production sites of small and medium-sized enterprises.
Under such circumstances, we are also holding a hands-on workshop with the concept that people involved in actual production sites can create IoT applications in the manufacturing industry with no code by using Node-RED. We will introduce some ideas for developing sensor nodes and dashboard nodes for the field that are used there.
( Language: Japanese )
What is Web of Things?
- The Web of Things Interest Group / Working Group of the World Wide Web Consortium is making a standardization for IoT interoperability. The Web of Things does not define new platforms or protocols, and standardizes how to connect to IoT devices on existing platforms, information about the device itself, and information about the data it has, for the feature of bridging between IoT platforms.
- The Web of Things was established in 2015 by the Interest Group, and on April 9, 2020, the main document Architecture and Thing Description became the standardized document W3C Recommendation. Currently, they are expanding the standardization contents and popularizing Web of Things compatible systems.
Node Generator and its Web of Things support
- The Web of Things Thing Description describes IoT device information in a machine-readable JSON-LD format. So if an IoT device is described in a Thing Description, we can interpret it and have a clear understanding of how to interact with that IoT device.
- If it can be treated as an abstraction as a node of the IoT device Node-RED described in Thing Description, IoT application development will be easier.
- Node Generetor has a function to create a unique node of Node-RED from the interface definition by Swagger / OpenAPI and the definition of function node. Inspired by this, we expanded the mechanism for generating nodes from Thing Description.
- Not only will the IoT device be accessible, but the Thing Description will also include information about the IoT device and the data that can be obtained, so use that information to display the detailed information of IoT device on the Node-RED help screen. This makes it possible to build an IoT application development environment on only Node-RED.
Examples of using Node-RED within Web of Things standardization
- From the initial stage of standardization, standardization has been promoted by utilizing the low-code characteristics of Node-RED. For example, attempts are being made to quickly create a control program on the IoT device side with Node-RED and perform an interconnection test, or to create a concrete application from an IoT application template with a small number of man-hours.
Conclution
If you describe Thing Description, you can easily handle IoT devices from Node-RED, so if you are interested in Web of Things, please try it.
( Language: Japanese )
In the first half, we will organize the awareness of issues and introduce the efforts that we feel in the efforts to promote the utilization of digital technology, and in the second half, we will introduce some of the prototype systems that we actually created.
( Language: Japanese )
Development background
My child is in the first grade of elementary school. She goes back home from school at a fixed time every day, but one day she did not come home even after 15 minutes from the fixed time. So I left a meeting, and went looking for her. Actually she just happened to be late watching a bug in a park with her friend, but I can't stop working every time something similar happens. Therefore, I developed a child watching system using Node-RED.
About SORACOM GPS multiunit
SORACOM GPS multiunit has four built-in sensors for "location information (GPS)", "temperature", "humidity", and "acceleration". I have a built-in battery, and can send data anywhere by cellular communication. I will explain about this device that I used to develop the watching system.
Node-RED flow development
I will explain the overview of the watching system. I will introduce the nodes that I used to create the watching system, and flows that I created.
After I show how the watching system works, I will introduce how to create the watching system.
( Language: Japanese )
More luxurious speakers will be added soon!
Are you interested in talking at Node-RED Con Tokyo 2020? please apply now!
VP of Japan Operations, Linux Foundation Japan
Open Source Developer and Node-RED project lead, IBM
SMEC, @bridge Consulting/Industrial Automation Forum
CEO, Smart Light
Engineer, ST-One
Engineer, SORACOM
Product development Director, Uhuru
Associate professor in Graduate School of Engineering, Nagoya University, Japan
Founder, GReS Studio
IT Engineer, Seino Information Service
Chief Researcher, Nara Prefectural Institute of Industrial Development
Research and Development, Hitachi
Automation Junky
SG Corporation
Co-Founder, CambrianRobotics
DevRel/Product Marketing Manager, Uhuru
Telecommnunication LSI development team, LAPIS Technology
Tokyo City University Professor
Solution Architect, Information Services International-Dentsu
CTO, Uhuru
CEO, 1ft Seabass
Playback to the last conference!
They are behind the conference!
CTO, Uhuru
CEO, 1ft Seabass
Software Engineer, Hitachi, Ltd.
Software Engineer, Freelance
Software Engineer, Studio BROS
IT Engineer
Sr. Developer Advocate, IBM
Researcher, Phone Appli
Section director, Japan System Laboratory
SRE, Softbank Corp.
IT Engineer
IT Engineer
For inquiries regarding this conference, please contact us here.
Event organizers strive to ensure that participants do not suffer human rights abuses or discrimination.
This event aims to share technical information and collaborate among engineers.
All participants, including speakers, viewers, sponsors and staff, must not be involved in harassment in any way.
If you have witnessed harassment or have concerns, please notify the event staff immediately.
| This Code of Conduct is from Linux Foundation document. |


What should be done to correct the following code?
public class exam { float mark; public static void main(String[]arg){ float aCopyofMark; exam e = new exam(); System.out.println( e.mark + aCopyofMark); } }
There are no hints for this question


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object --+ | AbstractStructureParser
A base PDB structure format-aware parser. Subclasses must implement
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filename Current input PDB file name |
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mapper Current residue mapping strategy |
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x.__init__(...) initializes x; see help(type(x)) for signature
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A StructureParser factory, which instantiates and returns the proper parser object based on the contents of the PDB file. If the file contains a SEQRES section, RegularStructureParser is returned, otherwise LegacyStructureParser is instantiated. In the latter case LegacyStructureParser will read the sequence data directly from the ATOMs.
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Try to guess what is the sequence type of a chunk of PDB
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Find all available model identifiers in the structure.
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Parse and return the Structure of the biological unit (quaternary structure) as annotated by the REMARK 350 BIOMOLECULE record.
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Parse the specified models in the file and build an Ensemble.
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Try to parse a PDB
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Parse and return the Structure with the specified model identifier. If no explicit model is specified, parse the first model in the structure.
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filenameCurrent input PDB file name
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mapperCurrent residue mapping strategy
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| Generated by Epydoc 3.0.1 on Tue Jul 4 20:19:05 2017 | http://epydoc.sourceforge.net |


2 Samuel 10:1
And it came to pass after this, that the king of the children of Ammon died, and Hanun his son reigned in his stead.


I made this application to help track my Amazon product sells instead of using a spreadsheet. It is still very much in beta and has barebones features, but it works for my current needs.
If you have any trouble using this app or can think of some awesome new features, just let me know by creating an Issue over on Github
Thanks for checking out my app!


--- layout: default title: About Keith Ostertag ---
This is a blog for Keith Ostertag, a collection of notes on programming and personal projects.
Keith has worn many hats in the past- photographer, librarian, electronics tinkerer, generalist and life-long learner ... But currently on a career path toward writing code.
I've always had a fascination with writing code, but previously had seldom taken formal classes. In engineering school I took one self-paced elective in assembly programming which I enjoyed but didn't pursue. I also did some self-paced home study in C as a hobby for a few months, as well as writing scripts for telecommunications software (remember Kermit? Procomm?) and WordPerfect. Throughout the 1990's I wrote DOS and Windows batch files for creating user interfaces and streamlining application access for PC software for students and staff, and created the first web site for the Memorial Library at SUNY Cortland where I worked. For some years I pursued other interests such as photograpy and electronics (one of my hobbies was repairing vintage analog Tektronics oscilloscopes), and spent a lot of time renovating houses.
Starting in late 2016 I began studying online computer programming videos at TeamTreehouse.com. At the start of 2017 I enrolled in my local Code Louisville program to formally study in their Front End Web Development course, a 12-week course also using Treehouse online videos.
Currently (Fall 2017) I am studying python and django through Code Louisville. My goal is to someday work with data or in QA.
You can find a few of my code projects on my github page (link is below). You can see the "badges" and "points" I've earned at Treehouse (showing the various subjects I've studied there) at this link: https://teamtreehouse.com/keithostertag
The main purpose of this blog is to provide a publicly accessible site for me and others to review notes I've made in my journey in writing code. A second purpose is to chronicle various projects that I work on whether they be for coding, photography, home improvements, or other hobbies. And of course maintaining this blog gives me practice with using various tools like git, jekyll, markdown, YAML, etc.


Share — copy and redistribute the material in any medium or format The licensor cannot revoke these freedoms as long as you follow the license terms. Under the following terms:
Attribution — You must give appropriate credit, provide a link to the license, and indicate if changes were made. You may do so in any reasonable manner, but not in any way that suggests the licensor endorses you or your use.
Non-Commercial — You may not use the material for commercial purposes.
No Derivatives — If you remix, transform, or build upon the material, you may not distribute the modified material.
No additional restrictions — You may not apply legal terms or technological measures that legally restrict others from doing anything the license permits.


We aggregate tables!
- maximize plug-and-play schemas
- enable global technologies
- repurpose distributed models
- strategize transparent metrics
- harness best-of-breed architectures
- whiteboard front-end web services
- deploy back-end schemas
- leverage value-added solutions


FATAL_ERROR
Unexpected error encountered. This could be a result of client or backend bug and unlikely to be user recoverable.


The Atlas transfer case
is a new development from Advanced Adapters. It is gear driven with
an aluminum case. The internals are similar to a Dana 300 except
it has a low range reduction of 3.7:1 and lower. They have
version for the Wrangler and should have versions for
earlier CJs available at this time.
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A front view of the Atlas transfer case and the NP231.
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The Atlas and NP-231 transfer case from the drivers side.
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The Atlas and NP-231 transfer case from the passenger side. Note that
this NP-231 has a tail shaft shortening kit installed.
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Nepali Calendar
Datepicker with Disabled Date (12/08/2073 - 20/08/2073)
Datepicker with Disable Date Number (10 days before and after the current date)
Datepicker with callback
Datepicker with Year and Month
Datepicker with button
Datepicker with english date textbox
Datepicker inside modal
Launch demo modal
Datepicker hidden functions (AD2BS and BS2AD)
×
Nepali Datepicker Modal Box


There's a hero ,If you look inside your heart ,You don't have to be afraid?


The COVID-risk dashboard looks at data to understand hyper-local risk due to COVID-19 on Pune city and supplements it with micronarratives from doctors.
It combines COVID hazard, healthcare infrastructure capacity, population vulnerabilities and expert narratives to arrive at a multidimensional risk assessment for Pune city.
For further details, please refer to the report
Stories and Statistics: A multidimensional risk dashboard for COVID-19


| Order |
Action |
Title |
Who |
Date |
{
my $order = 0;
foreach my $ref (@{$c{refs}})
{
$order++;
my $action = $ref->{action};
my $created = $ref->{date_st};
my $who = $ref->{author};
my $what = $ref->{title};
my $type = $ref->{type};
$OUT.=<<"+++";
| $order |
$action |
$what |
$who |
$created |
+++
}
}
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Celtic star Scott Sinclair trolled by John Terry as he's sent leg day advice
The Hoops winger turned heads on Instagram with a post showing off his incredible physique.
by Record Sport OnlineJohn Terry has told Scott Sinclair "don't forget the legs" after the Celtic star turned heads with a viral Instagram post.
The winger racked up over 20,000 likes on Sunday night as he showed off his incredible physique on social media.
Sinclair has become the forgotten man under Neil Lennon but sent a timely reminder that he's fot and available for selection.
Alongside the picture, Sinclair commented: "No matter what the situation, I'm focused and ready!"
But his incredible conditioning didn't stop former Chelsea captain Terry chiming in with a playful dig.
He replied: "Don't forget the legs geez"
Sinclair has been restricted to just six appearances this season, despite extending his contract by a further year during the summer.
The arrival of Mohamed Elyounoussi on-loan from Southampton and the rise of Mikey Johnston have ensured the Englishman's opportunities have been severely limited.
Sinclair won Player of the Year following his first campaign at the club and has won every domestic trophy he's competed for since arriving in 2016.
He has scored 62 goals and racked up 34 assists in 166 games for the club.


Email Addresses
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Generate Reports
Automatically
Saving...
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Asthma is a chronic inflammatory disorder of airways, in which your airways narrow and swell and produce extra mucus. This can make breathing difficult and trigger coughing, wheezing and shortness of breath.
The prevalence of asthma was one percent in 1964 in the country. But, new data as per WAO (World Allergy Organization) shows that about 14 per cent people now have asthma .The way these are occurring, WAO believes, that by 2050, about 50 percent of all children will have some sort of allergies.
Since these symptoms could occur due to the other causes also, your doctors would have to confirm the diagnosis
Outdoor
The airway mucosa (inner lining of airway) swells up and secrets thick mucus, which obstructs the airways. The muscles around the airway tighten making the airway narrower. All this makes breathing very difficult.
The tests determine how much air your lungs can hold, how quickly you can move air in and out of your lungs
The tests can diagnose lung diseases, measure the severity of lung problems, and check to see how well treatment for a lung disease is working.
Lung function tests are done to:
The testing may take from 5 to 30 minutes, depending upon how many tests are done.
Asthma disease has constellation symptoms. The symptoms that are perceived by us are mainly coughing, wheezing, shortness of breath and night awakening, that makes the tip of the iceberg .These symptoms respond well to the short term asthma reliever medications for example bronchodilators. Other symptoms that are constantly present in asthmatic patients are difficulty in breathing out, airway hypersensitivity, excess mucus production and swollen airway. These symptoms do not alarm an asthmatic as they become use to these symptoms. For reduction of underlying airway swelling and these symptoms, it is necessary to use preventer medications regularly.
Asthma treatment consist of two basic classes of medications
Rescuer medications dilate the tubes of the lungs and are called bronchodilators. They give immediate relief from symptoms but their effect last only for 4 to 6 hours
Preventer medication control asthma attacks and control asthma better. These medications reduces inflammation and widens the air tube that help in reduction of the symptoms
So that preventer medications should be taken regularly till the doctor advice it to be stopped.
The inhalers are devices by which the medications are delivered into the tubes of the lung. With the help of inhaler drug can be delivered directly to the larger surface area of the air tubes resulting in rapid action.
As inhaler devices directly deposit the medicine into the lung tubes, dose of medicine is reduced significantly.
The same medicines in the form of tablets, injections, syrups have side effects where as inhaler does not have any side effect.
Complication of asthma includes respiratory failure, death and growth retardation in children.
What are the myths and realities of the Asthma?
Myths
Unresponsive Asthma
Antiasthma therapy is very effective in treating and controlling asthma symptoms but few patients fail to respond, and continue experiencing troublesome asthma related symptoms even on taking asthma medications on regular basis.
The reason behind unresponsiveness is commonly due to the wrong inhaler technique, tobacco smoke, significant environmental allergen exposure and significant occupational exposure.
Beside this some drugs for example beta blockers, NSAIDS, ACE inhibitors produces asthma like symptoms.
Any concurrent disease for example gastroesophageal reflux disease, COPD, chronic sinusitis, rhinitis, systemic disease, thyrotoxicosis and vasculitis may be the cause of poor symptom control.
Your physician needs to diagnose and treat the concurrent medical condition for the better control.
Complicated Asthma
Although most asthma patients respond well to comprehensive treatment, a few with symptoms and signs of severe asthma supported by objective evidence of obstructive airway disease will have a decidedly inadequate response to treatment. Less than 5% of asthma patients are diagnosed with severe asthma. Among these, some fail to respond to even aggressive asthma management. Such patients are often treated with daily oral corticosteroids, and many become steroid dependent. However, some severe asthma patients have a poor response to even high doses of glucocorticosteroids. Many become steroid-dependent. The term steroid-resistant asthma has been applied to asthma patients who have little or no objective response (improvement in FEV1‚) to even prolonged treatment of high-dose glucocorticosteroids.
It is now clear that the category of severe unresponsive asthma is heterogenous and includes not only steroid-resistant asthma, but also other severe asthmatics that are affected by various co morbidities (e.g., GERD, chronic sinusitis, paradoxical vocal cord dysfunction, bronchopulmonaryaspergillosus, psychopathology, uncontrolled triggers {allergens and pollution} immunodeficiency, etc.). These patients may benefit from a consultation at a major academic canter (e.g., National Jewish Health) for a second opinion, always searching for a solution.
Brittle asthma
Is a rare form of severe asthma characterized by a wide variation of Peak Expiratory Flow (PEF), in spite of heavy doses of steroids.
Brittle asthma is classified in two types: type 1 characterized by a maintained wide PEF variability (> 40% diurnal variation for > 50% of the time over a period of at least 150 days) despite maximal medical therapy.
Type 2 is characterized by acute attacks occurring within minutes that could lead to death, with a background of well controlled asthma.
Allergic asthma
Nonallergic asthma
Non allergic asthma is more likely to occur in subjects 4 years or older than 60 years of age. Episodes are triggered by ongoing inflammation, by upper respiratory infection, purulent rhinitis and exacerbation of chronic rhinitis. Most patients have no evidence of IgE antibodies. Indoor air pollution from volatile organic compounds, formaldehyde and wood burning stoves are the trigger factor.
Potentially fatal asthma
Malignant potentially asthma
Aspirin induced asthma
Occupational asthma
Exercise induced asthma
Variant asthma
Factitious asthma
Vocal Cord Dysfunction and Asthma
Coexistent Asthma and Chronic Obstructive Pulmonary Disease
Irreversible asthma
Avoidance therapy You are advised to avoid the allergens diagnosed by allergy testing by your physician
Pharmacotherapy Medicines are prescribed for symptomatic relief.
Immunotherapy
Asthma is a disease that causes the airways to swell and get narrow.
Asthma is caused by swelling in the airways. During an asthma attack, the muscles surrounding the airways tighten. The lining of the air passages swells. Less air is able to pass through as a result.
Asthma is often seen in children. It is a leading cause of missed school days and hospital visits for children. An allergic reaction is a key part of asthma in children. Asthma and allergies often occur together.
Some things that can bring on asthma symptoms (triggers) include:
Breathing problems are common. They can include:
Other symptoms of asthma in children include:
Your doctor will to listen to the child’s lungs. Doctor may be able to hear asthma sounds. However, lung sounds are often normal when the child is not having an asthma episode. Doctor will have the child breathe into a device called a peak flow meter. Peak flow meters can tell how well the child can blow air out of the lungs. If the airways are narrow due to asthma, peak flow values drop.You and your child will learn to measure peak flow at home.
Lung function testing for Asthma diagnosis
Tests may include:
You and your child’s doctors should work together as a team to create and carry out an asthma action plan.
This plan will tell you how to:
The plan should also tell you when to call the nurse or doctor. It’s important to know what questions to ask your child’s doctor. Children with asthma need a lot of support at school.
Give the school staff your asthma action plan so they know how to take care of your child’s asthma. Find out how to let your child take medicine during school hours. (You may need to sign a consent form.) Having asthma does not mean your child cannot exercise.
There are two basic kinds of medicine used to treat asthma.
Long-term control drugs are taken every day to prevent asthma symptoms. Your child should take these medicines even if no symptoms are present. Some children may need more than one long-term control medicine.
Types of long-term control medicines include:
Quick relief or rescue asthma drugs work fast to control asthma symptoms.
It is important to know what things make your child’s asthma worse. These are called asthma “triggers.” Avoiding them is the first step toward helping your child feeling better.
Keep pets outdoors, or at least away from the child’s bedroom.
No one should smoke in a house or around a child with asthma.
Keep the house clean. Keep food in containers and out of bedrooms. This helps reduce the possibility of cockroaches, which can trigger asthma attacks. Cleaning products in the home should be unscented.
Checking “peak flow” is one of the best ways to control asthma. It can help you keep your child’s asthma from getting worse. Asthma attacks do NOT usually come on without warning.
Children under age 5 may not be able to use a peak flow meter well enough for it be helpful. However, a child should start using the peak flow meter at a young age to get used to it. An adult should always watch for a child’s asthma symptoms.


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[gecode-users] Optimization in GECODE
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grammar::peg - Create and manipulate parsing expression grammars
This package provides a container class for parsing expression grammars (Short: PEG). It allows the incremental definition of the grammar, its manipulation and querying of the definition. The package neither provides complex operations on the grammar, nor has it the ability to execute a grammar definition for a stream of symbols. Two packages related to this one are grammar::mengine and grammar::peg::interpreter. The first of them defines a general virtual machine for the matching of a character stream, and the second implements an interpreter for parsing expression grammars on top of that virtual machine.
PEGs are similar to context-free grammars, but not equivalent; in some cases PEGs are strictly more powerful than context-free grammars (there exist PEGs for some non-context-free languages). The formal mathematical definition of parsing expressions and parsing expression grammars can be found in section PARSING EXPRESSION GRAMMARS.
In short, we have terminal symbols, which are the most basic building blocks for sentences, and nonterminal symbols with associated parsing expressions, defining the grammatical structure of the sentences. The two sets of symbols are distinctive, and do not overlap. When speaking about symbols the word "symbol" is often left out. The union of the sets of terminal and nonterminal symbols is called the set of symbols.
Here the set of terminal symbols is not explicitly managed, but implicitly defined as the set of all characters. Note that this means that we inherit from Tcl the ability to handle all of Unicode.
A pair of nonterminal and parsing expression is also called a grammatical rule, or rule for short. In the context of a rule the nonterminal is often called the left-hand-side (LHS), and the parsing expression the right-hand-side (RHS).
The start expression of a grammar is a parsing expression from which all the sentences contained in the language specified by the grammar are derived. To make the understanding of this term easier let us assume for a moment that the RHS of each rule, and the start expression, is either a sequence of symbols, or a series of alternate parsing expressions. In the latter case the rule can be seen as a set of rules, each providing one alternative for the nonterminal. A parsing expression A' is now a derivation of a parsing expression A if we pick one of the nonterminals N in the expression, and one of the alternative rules R for N, and then replace the nonterminal in A with the RHS of the chosen rule. Here we can see why the terminal symbols are called such. They cannot be expanded any further, thus terminate the process of deriving new expressions. An example
Rules (1) A <- a B c (2a) B <- d B (2b) B <- e Some derivations, using starting expression A. A -/1/-> a B c -/2a/-> a d B c -/2b/-> a d e c
A derived expression containing only terminal symbols is a sentence. The set of all sentences which can be derived from the start expression is the language of the grammar.
Some definitions for nonterminals and expressions:
A nonterminal A is called reachable if it is possible to derive a parsing expression from the start expression which contains A.
A nonterminal A is called useful if it is possible to derive a sentence from it.
A nonterminal A is called recursive if it is possible to derive a parsing expression from it which contains A, again.
The FIRST set of a nonterminal A contains all the symbols which can occur of as the leftmost symbol in a parsing expression derived from A. If the FIRST set contains A itself then that nonterminal is called left-recursive.
The LAST set of a nonterminal A contains all the symbols which can occur of as the rightmost symbol in a parsing expression derived from A. If the LAST set contains A itself then that nonterminal is called right-recursive.
The FOLLOW set of a nonterminal A contains all the symbols which can occur after A in a parsing expression derived from the start expression.
A nonterminal (or parsing expression) is called nullable if the empty sentence can be derived from it.
And based on the above definitions for grammars:
A grammar G is recursive if and only if it contains a nonterminal A which is recursive. The terms left- and right-recursive, and useful are analogously defined.
A grammar is minimal if it contains only reachable and useful nonterminals.
A grammar is wellformed if it is not left-recursive. Such grammars are also complete, which means that they always succeed or fail on all input sentences. For an incomplete grammar on the other hand input sentences exist for which an attempt to match them against the grammar will not terminate.
As we wish to allow ourselves to build a grammar incrementally in a container object we will encounter stages where the RHS of one or more rules reference symbols which are not yet known to the container. Such a grammar we call invalid. We cannot use the term incomplete as this term is already taken, see the last item.
The package exports the API described here.
The command creates a new container object for a parsing expression grammar and returns the fully qualified name of the object command as its result. The API the returned command is following is described in the section CONTAINER OBJECT API. It may be used to invoke various operations on the container and the grammar within.
The new container, i.e. grammar will be empty if no src is specified. Otherwise it will contain a copy of the grammar contained in the src. The src has to be a container object reference for all operators except deserialize. The deserialize operator requires src to be the serialization of a parsing expression grammar instead.
An empty grammar has no nonterminal symbols, and the start expression is the empty expression, i.e. epsilon. It is valid, but not useful.
All grammar container objects provide the following methods for the manipulation of their contents:
Destroys the grammar, including its storage space and associated command.
Clears out the definition of the grammar contained in pegName, but does not destroy the object.
Assigns the contents of the grammar contained in srcPEG to pegName, overwriting any existing definition. This is the assignment operator for grammars. It copies the grammar contained in the grammar object srcPEG over the grammar definition in pegName. The old contents of pegName are deleted by this operation.
This operation is in effect equivalent to
pegName deserialize [srcPEG serialize]
This is the reverse assignment operator for grammars. It copies the automation contained in the object pegName over the grammar definition in the object dstPEG. The old contents of dstPEG are deleted by this operation.
This operation is in effect equivalent to
dstPEG deserialize [pegName serialize]
This method serializes the grammar stored in pegName. In other words it returns a tcl value completely describing that grammar. This allows, for example, the transfer of grammars over arbitrary channels, persistence, etc. This method is also the basis for both the copy constructor and the assignment operator.
The result of this method has to be semantically identical over all implementations of the grammar::peg interface. This is what will enable us to copy grammars between different implementations of the same interface.
The result is a list of four elements with the following structure:
The constant string grammar::peg.
A dictionary. Its keys are the names of all known nonterminal symbols, and their associated values are the parsing expressions describing their sentennial structure.
A dictionary. Its keys are the names of all known nonterminal symbols, and their associated values hints to a matcher regarding the semantic values produced by the symbol.
The last item is a parsing expression, the start expression of the grammar.
Assuming the following PEG for simple mathematical expressions
Digit <- '0'/'1'/'2'/'3'/'4'/'5'/'6'/'7'/'8'/'9' Sign <- '+' / '-' Number <- Sign?  Sign} {+ Digit}} \ Sign {/ + -} \ Digit {/ 0 1 2 3 4 5 6 7 8 9} \ } \ {Expression value Factor value \ Term value MulOp value \ AddOp value Number value \ Sign value Digit value \ } Expression
A possible one, because the order of the nonterminals in the dictionary is not relevant.
This is the complement to serialize. It replaces the grammar definition in pegName with the grammar described by the serialization value. The old contents of pegName are deleted by this operation.
A predicate. It tests whether the PEG in pegName is valid. See section TERMS & CONCEPTS for the definition of this grammar property. The result is a boolean value. It will be set to true if the PEG has the tested property, and false otherwise.
This method defines the start expression of the grammar. It replaces the previously defined start expression with the parsing expression pe. The method fails and throws an error if pe does not contain a valid parsing expression as specified in the section PARSING EXPRESSIONS. In that case the existing start expression is not changed. The method returns the empty string as its result.
If the method is called without an argument it will return the currently defined start expression.
Returns the set of all nonterminal symbols known to the grammar.
This method adds the nonterminal nt and its associated parsing expression pe to the set of nonterminal symbols and rules of the PEG contained in the object pegName. The method fails and throws an error if either the string nt is already known as a symbol of the grammar, or if pe does not contain a valid parsing expression as specified in the section PARSING EXPRESSIONS. In that case the current set of nonterminal symbols and rules is not changed. The method returns the empty string as its result.
This method removes the named symbols nt1, nt2 from the set of nonterminal symbols of the PEG contained in the object pegName. The method fails and throws an error if any of the strings is not known as a nonterminal symbol. In that case the current set of nonterminal symbols is not changed. The method returns the empty string as its result.
The stored grammar becomes invalid if the deleted nonterminals are referenced by the RHS of still-known rules.
A predicate. It tests whether the nonterminal symbol nt is known to the PEG in pegName. The result is a boolean value. It will be set to true if the symbol nt is known, and false otherwise.
This method renames the nonterminal symbol nt to ntnew. The method fails and throws an error if either nt is not known as a nonterminal, or if ntnew is a known symbol. The method returns the empty string as its result.
This mode returns or sets the semantic mode associated with the nonterminal symbol nt. If no mode is specified the current mode of the nonterminal is returned. Otherwise the current mode is set to mode. The method fails and throws an error if nt is not known as a nonterminal. The grammar interpreter implemented by the package grammar::peg::interpreter recognizes the following modes:
The semantic value of the nonterminal is the abstract syntax tree created from the AST's of the RHS and a node for the nonterminal itself.
The semantic value of the nonterminal is an the abstract syntax tree consisting of single a node for the string matched by the RHS. The ASTs generated by the RHS are discarded.
The semantic value of the nonterminal is an the abstract syntax tree consisting of single a node for the nonterminal itself. The ASTs generated by the RHS are discarded.
The nonterminal has no semantic value. The ASTs generated by the RHS are discarded (as well).
This method returns the parsing expression associated with the nonterminal nt. The method fails and throws an error if nt is not known as a nonterminal.
This method returns a list containing the names of all nonterminal symbols which are referenced on the RHS of a grammatical rule, but have no rule definining their structure. In other words, a list of the nonterminal symbols which make the grammar invalid. The grammar is valid if this list is empty.
Various methods of PEG container objects expect a parsing expression as their argument, or will return such. This section specifies the format such parsing expressions are in.
The string epsilon is an atomic parsing expression. It matches the empty string.
The string alnum is an atomic parsing expression. It matches any alphanumeric character.
The string alpha is an atomic parsing expression. It matches any alphabetical character.
The string dot is an atomic parsing expression. It matches any character.
The expression [list t x] is an atomic parsing expression. It matches the terminal string x.
The expression [list n A] is an atomic parsing expression. It matches the nonterminal A.
For parsing expressions e1, e2, ... the result of [list / e1 e2 ... ] is a parsing expression as well. This is the ordered choice, aka prioritized choice.
For parsing expressions e1, e2, ... the result of [list x e1 e2 ... ] is a parsing expression as well. This is the sequence.
For a parsing expression e the result of [list * e] is a parsing expression as well. This is the kleene closure, describing zero or more repetitions.
For a parsing expression e the result of [list + e] is a parsing expression as well. This is the positive kleene closure, describing one or more repetitions.
For a parsing expression e the result of [list & e] is a parsing expression as well. This is the and lookahead predicate.
For a parsing expression e the result of [list ! e] is a parsing expression as well. This is the not lookahead predicate.
For a parsing expression e the result of [list ? e] is a parsing expression as well. This is the optional input.
Examples of parsing expressions where already shown, in the description of the method serialize.
For the mathematically inclined, a PEG is a 4-tuple (VN,VT,R,eS) where
VN is a set of nonterminal symbols,
VT is a set of terminal symbols,
R is a finite set of rules, where each rule is a pair (A,e), A in VN, and e a parsing expression.
eS is a parsing expression, the start expression.
Further constraints are
The intersection of VN and VT is empty.
For all A in VT exists exactly one pair (A,e) in R. In other words, R is a function from nonterminal symbols to parsing expressions.
Parsing expression are inductively defined via
The empty string (epsilon) is a parsing expression.
A terminal symbol a is a parsing expression.
A nonterminal symbol A is a parsing expression.
e1e2 is a parsing expression for parsing expressions e1 and 2. This is called sequence.
e1/e2 is a parsing expression for parsing expressions e1 and 2. This is called ordered choice.
e* is a parsing expression for parsing expression e. This is called zero-or-more repetitions, also known as kleene closure.
e+ is a parsing expression for parsing expression e. This is called one-or-more repetitions, also known as positive kleene closure.
!e is a parsing expression for parsing expression e1. This is called a not lookahead predicate.
&e is a parsing expression for parsing expression e1. This is called an and lookahead predicate.
PEGs are used to define a grammatical structure for streams of symbols over VT. They are a modern phrasing of older formalisms invented by Alexander Birham. These formalisms were called TS (TMG recognition scheme), and gTS (generalized TS). Later they were renamed to TPDL (Top-Down Parsing Languages) and gTPDL (generalized TPDL).
They can be easily implemented by recursive descent parsers with backtracking. This makes them relatives of LL(k) Context-Free Grammars.
The Packrat Parsing and Parsing Expression Grammars Page, by Bryan Ford, Massachusetts Institute of Technology. This is the main entry page to PEGs, and their realization through Packrat Parsers.
Parsing Techniques - A Practical Guide , an online book offering a clear, accessible, and thorough discussion of many different parsing techniques with their interrelations and applicabilities, including error recovery techniques.
Compilers and Compiler Generators, an online book using CoCo/R, a generator for recursive descent parsers.
This document, and the package it describes, will undoubtedly contain bugs and other problems. Please report such in the category grammar_peg of the Tcllib Trackers. Please also report any ideas for enhancements you may have for either package and/or documentation.
When proposing code changes, please provide unified diffs, i.e the output of diff -u.
Note further that attachments are strongly preferred over inlined patches. Attachments can be made by going to the Edit form of the ticket immediately after its creation, and then using the left-most button in the secondary navigation bar.
LL(k), TDPL, context-free languages, expression, grammar, parsing, parsing expression, parsing expression grammar, push down automaton, recursive descent, state, top-down parsing languages, transducer
Grammars and finite automata
Copyright © 2005 Andreas Kupries <andreas_kupries@users.sourceforge.net>


pLUX
pLUX is a tool for the LUX experiment designed to take in user classification of pulses found by the TransparentRubicsCube pulse finding algorithm. Normally, these pulses are classified by plotting reduced pulse quantities such as pulse area, pulse width and prompt fraction against each other and drawing population boundary lines in the various parameter spaces. This accomplishes the task of separating populations that are distinctly different but can have issues in "contested" regions.
pLUX seeks to ultimately replace the need for user defined parameter space cuts. Reduced pulse quantities along with the user pulse classification truth values will be fed into a classification machine learning algorithm (specific algorithm to be determined, from scikit-learn). Currently, we are implementing 11 different classifications, as follows:
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S1. These pulses are the prompt response in the dual-phase detector and are due to the immediate scintillation of the xenon dimer following an energy deposition. They are characterized by their sharp rise time and fast decaying tail (lasting on the order of 100's of nanoseconds).
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S2. These pulses are the delayed response in the dual-phase detector. They are formed by the electro-luminescence of the gas phase xenon. The electrons released by a particle interaction in the liquid phase will drift up to the gate in a high electric field and will then be extracted from the liquid phase into the gas phase using a high electric field between the anode and gate. The extracted electrons have high kinetic energy causing the gas phase xenon to electro-luminesce. This form of amplification allows a single extracted electron to liberate roughly 20-30 detectable photons.
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SPHE. The so-called single photo electron. These pulses form a class that is characterized by the response of the photomultiplier tube to a single photon.
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SE. A single electron pulse. These are essentially a sub-class of the S2 pulse but are treated separately to allow for ease of use.
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e-train. The electron train. This pulse type is characterized by a series of many single electrons pulses following a large S2. These pulses can last for as long as 10 milliseconds.
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e-burp. The electron burp. A very large (100s-1000s) of electron burst following a large S2.
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multi-S2. A multiple S2. These are most likely seen in cases where the pulse finding algorithm failed to split independent S2 pulses that were too close to each other in time.
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gas-S2. A gas event is characterized by a very short time difference between the S1 and S2 signal, indicating that the energy deposition occurred in the gas phase of the detector.
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rfrs1. The reverse-field region S1. Also known as a "gamma-X", this pulse type occurs when an interaction occurs beneath the cathode. Electrons are not able to drift into the extraction region and are thus lost. The pulse is characterized by an S1, localized to 1 or just a few PMTs in the bottom PMT array.
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noise. Baseline noise due to a variety of reasons.
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¯\_(ツ)_/¯. The "I don't know" category. The is used when the user has no idea what to categorize the event under.
Site design
The pLUX website is hosted at UC Davis and run by a Python Flask webserver. The classification values are stored in a MySQL database. The website uses the D3.js library for plotting waveforms and the PMT hitmap and make use of the JQuery library for various utilities, such as asynchronous calls with ajax().
When the user loads a new page, refreshes the current page, or classifies the currently displayed event, the server runs a Python script that returns a random sumPOD from a LUX .evt file. The random pulse is found by scanning the directory that stores the .evt files and selecting a random file. Once the file is opened, a random event number from the file is chosen. Following that, a random pulse number (all events store 10 pulses regardless of there being less than 10 pulses present). Once a pulse is chose, the .rq file containing the reduced pulse quantities is opened and necessary values are extracted.
We next undergo two checks simultaneously.
- If a pulse does not actually exist for the chosen pulse number, a new random pulse number is chosen until a pulse is actually found for that event.
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A simple filter is implemented. There are many, many more single photo-electron pulses present in our data than large S2 pulses. To alleviate user frustration and to acquire a more feature rich classification dataset, a simple algorithm based on pulse area is used to artificially reduce the number of the more common pulse types seen by the end user.
Once these conditions have been met, the pulse waveform and reduced quantity data is encapsulated and passed to the web front-end. The user then selects the most appropriate classification value using the buttons on the bottom of the site. The classification information is sent back to the server, along with all the information necessary to tag that specific pulse. This information is stored in the database along with any other user provided information like user name, email address, and any notes regarding the specific pulse.
In order to spur user contributions, a leader board was created allowing users to compete with each by ranking the users with the most classifications. A effort is underway to incorporate an agreement rate, promoting users who not only classify many pulses but also make sure to classify them well, or at least consistently.


Derby bridal studio scoops top national boutique award
Two sisters run the business
by Rachel SutherlandA Derby bridal store has come out on top in a national wedding contest.
Lori G Bridal Studio, in Allestree, has been awarded Wedding Boutique of the Year 2019 at the English Wedding Awards.
It won the same accolade last year.
The bridal shop, in Blenheim Drive, was set up by sisters, Sandra Galloghly and trained bridal designer Lorraine Radford in 2006.
The team go the extra mile to provide aftercare services to their customers.
The sisters gave thanks to everyone who voted for them, along with the brides and their suppliers.
Sandra Galloghly said that to say they were delighted to be finalists for the second year running.
She added: "To be nominated is wonderful but to be a finalist again the the category of 'Best Bridal Boutique' East Midlands was fantastic.
"It's a wonderful feeling to be recognised as the best in the business. This is all down to our brides votes, testimonials and reviews.
"We give our brides that extra with our Luxury aftercare service. We attend to our brides right up to the day they collect their dress altered, streamed to perfection & ready to just step into on the day."
Sandra said the team were excited just to be at the awards ceremony in Birmingham, let alone to win.
She said: "It was astounding. The excitement was amazing - the atmosphere in the room was electric. Derby was well recognised on the night with other winners in their categories too.
"It was an amazing night and we are truly grateful to have won and to spend the evening with such wonderful talented suppliers and friends."
Their suppliers deliver what they've described as the best possible products.
From the beautifully designed and manufactured bridal gowns and bridesmaid dresses right through to uniquely designed accessories.
The team of four have a large studio, a reception area and two bridal suites with large fitting areas.


For this exercise you will be making a very simple web app that contains an array of student names in a .js file. The website will prompt you for four possible commands: add,remove,display, and quit. This web page will prompt the user for one of the commands. Here is what each command should do:
Watch the lecture video for an example of how it should work. Also make sure to change the script src file to your own .js file!


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A
Contact...
... me by email
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I
Products...
... that I want to sell
-
C
About
Why I'm selling my stuffs?
-
S
Fork this project
And help us to improve this tool


| Total net profit | 7.15 | Gross profit | 32.56 | Gross loss | -25.41 |
| Profit factor | 1.28 | Expected payoff | 0.15 | ||
| Absolute drawdown | -2.55 | Maximal drawdown (%) | 7.34 (51.65%) | ||
| Total trades | 49 | Profit trades (% of total) | 33 (67.35%) | Loss trades (% of total) | 16 (32.65%) |
| Long positions (won %) | 23 (65.22%) | Short positions (won %) | 26 (69.23%) | ||
| Largest | profit trade | 5.19 | loss trade | -3.47 | |
| Average | profit trade | 0.99 | loss trade | -1.59 | |
| Minimum | profit trade | 0.21 | loss trade | -0.02 | |
| Maximum | take profit in pips | 50.8 | stop loss in pips | -35.4 | |
| Average | take profit in pips | 9.5 | stop loss in pips | -22.0 | |
| Minimum | take profit in pips | -0.2 | stop loss in pips | -6.0 | |
| Maximum | Reward-Risk | 1.9 | Duration in minutes | 3632 | |
| Average | Reward-Risk | 0.5 | Duration in minutes | 253.1 | |
| Minimum | Reward-Risk | 0.0 | Duration in minutes | 0 | |
| Maximum | consecutive wins (profit in money) | 7.0 (4.74) | consecutive losses (loss in money) | 3.0 (-5.9) | |
| Average | consecutive wins | 2.0 | consecutive losses | 1.0 |
| Total net profit | -1.45 | Gross profit | 10.4 | Gross loss | -11.85 |
| Profit factor | 0.88 | Expected payoff | -0.06 | ||
| Absolute drawdown | -1.73 | Maximal drawdown (%) | 3.86 (181.22%) | ||
| Total trades | 23 | Profit trades (% of total) | 15 (65.22%) | Loss trades (% of total) | 8 (34.78%) |
| Largest | profit trade | 1.79 | loss trade | -3.17 | |
| Average | profit trade | 0.69 | loss trade | -1.48 | |
| Minimum | profit trade | 0.21 | loss trade | -0.02 | |
| Maximum | take profit in pips | 20.2 | stop loss in pips | -35.4 | |
| Average | take profit in pips | 7.1 | stop loss in pips | -23.4 | |
| Minimum | take profit in pips | -0.2 | stop loss in pips | -9.3 | |
| Maximum | Reward-Risk | 1.0 | Duration in minutes | 734.0 | |
| Average | Reward-Risk | 0.3 | Duration in minutes | 144.9 | |
| Minimum | Reward-Risk | 0.0 | Duration in minutes | 4.0 | |
| Maximum | consecutive wins (profit in money) | 5.0 (2.62) | consecutive losses (loss in money) | 2.0 (-2.59) | |
| Average | consecutive wins | 2.0 | consecutive losses | 1.0 |
| Total net profit | 8.6 | Gross profit | 22.16 | Gross loss | -13.56 |
| Profit factor | 1.63 | Expected payoff | 0.33 | ||
| Absolute drawdown | -2.55 | Maximal drawdown (%) | 4.02 (31.85%) | ||
| Total trades | 26 | Profit trades (% of total) | 18 (69.23%) | Loss trades (% of total) | 8 (30.77%) |
| Largest | profit trade | 5.19 | loss trade | -3.47 | |
| Average | profit trade | 1.23 | loss trade | -1.7 | |
| Minimum | profit trade | 0.35 | loss trade | -0.62 | |
| Maximum | take profit in pips | 50.8 | stop loss in pips | -33.9 | |
| Average | take profit in pips | 11.6 | stop loss in pips | -20.7 | |
| Minimum | take profit in pips | 3.1 | stop loss in pips | -6.0 | |
| Maximum | Reward-Risk | 1.9 | Duration in minutes | 3632.0 | |
| Average | Reward-Risk | 0.6 | Duration in minutes | 348.8 | |
| Minimum | Reward-Risk | Duration in minutes | 0.0 | ||
| Maximum | consecutive wins (profit in money) | 5.0 (9.36) | consecutive losses (loss in money) | 3.0 (-2.73) | |
| Average | consecutive wins | 3.0 | consecutive losses | 1.0 |


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Jimmy Butler: ‘Obviously, Something Happened’ Leading to Philly Exit
by Marcel MutoniJimmy Butler wouldn’t go into detail, but hinted that “something happened” last season that eventually led him to bolt from Philadelphia.
The Sixers reportedly didn’t offer the 30-year-old star a five-year, max deal when he became an unrestricted free agent in the summer.
“I don’t regret nothing,” Butler says, adding that he’s very happy in South Beach.
Per The Athletic:
“Obviously, something happened,” Butler told The Athletic while lacing up his boots after the 76ers’ woodshed-worthy, 113-86 beatdown at Wells Fargo Center. “We’re not going to say what it was. We’re not going to go into detail. We can’t keep living on that. They can’t. But I’m happy, man. It brings me joy, being around this group of guys (in Miami). I don’t regret nothing, you feel me?”
Despite serenading him with chants of “Jimmy!” the last time he played in this arena only a few months ago, Butler was jeered loudly every time he touched the ball.
“I wasn’t on no bullshit,” Butler said of his six-month stint with the organization. “I still saw a lot of my jerseys up there in the stands. I still had people smiling as I signed stuff, as I took photos.
“I didn’t do too much wrong by the fanbase here,” Butler said. “Nobody knows what really went on, besides the organization and myself. My agent. And my people. I don’t know how to take it. They’re diehard fans. I’m not here no more. I’m the enemy.  I’m OK with that. I really am. They don’t know what’s going on. I love fans. I love my fans. But you don’t know what happened.”
Related Ben Simmons: ‘Chemistry is Much Better’ This Season in Philly