public class IotpGateway extends java.lang.Object implements IotGateway
This class is incubating and is subject to change.
See IotpDevice
for common WIoTP documentation references.
IotpGateway
establishes its own WIoTP GatewayCallback
handler in its embedded or the passed in WIoTP GatewayClient
.
An application can use
setExternalCallbackHandler
to also receive and process callbacks.
Limitations:
IotProvider
and PublishSubscribeService
do not yet support
the gateway model. An IotProvider may be initialized with an IotpGateway
but the PublishSubscribeService mechanism will only publish events and receive
commands for the gateway device, not any of its connected devices.
| Modifier and Type | Field and Description |
|---|---|
static java.lang.String |
ATTR_DEVICE_ID
WIoTP Device Id identifier key.
|
static java.lang.String |
ATTR_DEVICE_TYPE
WIoTP Device Type identifier key.
|
CMD_DEVICE, CMD_FORMAT, CMD_ID, CMD_PAYLOAD, CMD_TS, RESERVED_ID_PREFIX
| Constructor and Description |
|---|
IotpGateway(Topology topology,
java.io.File optionsFile)
Create a connector for the IoT gateway device specified by
optionsFile . |
IotpGateway(Topology topology,
com.ibm.iotf.client.gateway.GatewayClient gatewayClient)
Create a connector using the supplied WIoTP
DeviceClient . |
IotpGateway(Topology topology,
java.util.Properties options)
Create a connector for the IoT gateway device specified by
options . |
| Modifier and Type | Method and Description |
|---|---|
TStream<com.google.gson.JsonObject> |
commands(java.lang.String... commands)
Create a stream of device commands as JSON objects.
|
TStream<com.google.gson.JsonObject> |
commandsForDevice(java.util.Set<java.lang.String> fqDeviceIds,
java.lang.String... commands)
Create a stream of device commands as JSON objects.
|
TStream<com.google.gson.JsonObject> |
commandsForDevice(java.lang.String fqDeviceId,
java.lang.String... commands)
Create a stream of device commands as JSON objects.
|
TStream<com.google.gson.JsonObject> |
commandsForType(java.lang.String deviceTypeId,
java.lang.String... commands)
Create a stream of device commands as JSON objects.
|
TSink<com.google.gson.JsonObject> |
events(TStream<com.google.gson.JsonObject> stream,
Function<com.google.gson.JsonObject,java.lang.String> eventId,
UnaryOperator<com.google.gson.JsonObject> payload,
Function<com.google.gson.JsonObject,java.lang.Integer> qos)
Publish a stream's tuples as device events.
|
TSink<com.google.gson.JsonObject> |
events(TStream<com.google.gson.JsonObject> stream,
java.lang.String eventId,
int qos)
Publish a stream's tuples as device events.
|
TSink<com.google.gson.JsonObject> |
eventsForDevice(Function<com.google.gson.JsonObject,java.lang.String> fqDeviceId,
TStream<com.google.gson.JsonObject> stream,
Function<com.google.gson.JsonObject,java.lang.String> eventId,
UnaryOperator<com.google.gson.JsonObject> payload,
Function<com.google.gson.JsonObject,java.lang.Integer> qos)
Publish a stream's tuples as device events.
|
TSink<com.google.gson.JsonObject> |
eventsForDevice(java.lang.String fqDeviceId,
TStream<com.google.gson.JsonObject> stream,
java.lang.String eventId,
int qos)
Publish a stream's tuples as device events.
|
java.lang.String |
getDeviceId()
Get the device's unique opaque device identifier.
|
java.lang.String |
getDeviceType()
Get the device's opaque device type identifier.
|
IotDevice |
getIotDevice(java.util.Map<java.lang.String,java.lang.String> deviceIdAttrs)
Get an
IotDevice for a connected device. |
IotDevice |
getIotDevice(java.lang.String fqDeviceId)
Get an
IotDevice for a connected device. |
java.lang.String |
getIotDeviceId(java.util.Map<java.lang.String,java.lang.String> deviceIdAttrs)
Get a
deviceId for a device. |
com.ibm.iotf.client.gateway.GatewayCallback |
setExternalCallbackHandler(com.ibm.iotf.client.gateway.GatewayCallback handler)
Set an external WIoTP
GatewayCallback handler. |
Topology |
topology()
Topology this element is contained in.
|
java.lang.String |
toString() |
public static final java.lang.String ATTR_DEVICE_TYPE
getIotDevice(Map)
,
Constant Field Valuespublic static final java.lang.String ATTR_DEVICE_ID
getIotDevice(Map)
,
Constant Field Valuespublic IotpGateway(Topology topology, java.util.Properties options)
options
.
options
.
org=
organization identifiertype=
gateway device typeid=
gateway device identifierauth-method=token
auth-token=
authorization token
Properties options = new Properties();
options.setProperty("org", "uguhsp");
options.setProperty("type", "iotsample-gateway");
options.setProperty("id", "00aabbccde03");
options.setProperty("auth-method", "token");
options.setProperty("auth-token", "AJfKQV@&bBo@VX6Dcg");
IotDevice iotDevice = new IotpDevice(options);
Connecting to the server occurs when the topology is submitted for execution.
See the IBM Watson IoT Platform documentation for additional properties.
options
- control optionstopology
- the connector's associated Topology
.public IotpGateway(Topology topology, java.io.File optionsFile)
optionsFile
.
[device]
org = organization identifier
type = gateway device type
id = gateway device identifier
auth-method = token
auth-token = authorization token
For example:
[device]
org = uguhsp
type = iotsample-gateway
id = 00aabbccde03
auth-method = token
auth-token = AJfKQV@&bBo@VX6Dcg
Connecting to the server occurs when the topology is submitted for execution.
See the IBM Watson IoT Platform documentation for additional properties.
topology
- the connector's associated Topology
.optionsFile
- File containing connection information.public IotpGateway(Topology topology, com.ibm.iotf.client.gateway.GatewayClient gatewayClient)
DeviceClient
.topology
- the connector's associated Topology
.gatewayClient
- a WIoTP device client API object.public java.lang.String getDeviceType()
IotDevice
getDeviceType
in interface IotDevice
public java.lang.String getDeviceId()
IotDevice
getDeviceId
in interface IotDevice
public TSink<com.google.gson.JsonObject> events(TStream<com.google.gson.JsonObject> stream, Function<com.google.gson.JsonObject,java.lang.String> eventId, UnaryOperator<com.google.gson.JsonObject> payload, Function<com.google.gson.JsonObject,java.lang.Integer> qos)
IotDevice
Each tuple is published as a device event with the supplied functions providing the event identifier, payload and QoS. The event identifier and QoS can be generated based upon the tuple.
events
in interface IotDevice
stream
- Stream to be published.eventId
- function to supply the event identifier.payload
- function to supply the event's payload.qos
- function to supply the event's delivery Quality of Service.public TSink<com.google.gson.JsonObject> events(TStream<com.google.gson.JsonObject> stream, java.lang.String eventId, int qos)
IotDevice
Each tuple is published as a device event with fixed event identifier and QoS.
public TStream<com.google.gson.JsonObject> commands(java.lang.String... commands)
IotDevice
commands
will result in a tuple
on the stream. The JSON object has these keys:
device
- Command's opaque target device's id String.
command
- Command identifier as a Stringtsms
- Timestamp of the command in milliseconds since the 1970/1/1 epoch.format
- Format of the command as a Stringpayload
- Payload of the command
format
is json
then payload
is JSONpayload
is Stringpublic Topology topology()
TopologyElement
topology
in interface TopologyElement
public java.lang.String getIotDeviceId(java.util.Map<java.lang.String,java.lang.String> deviceIdAttrs)
deviceId
for a device.
Logically equivalent to getIotDevice(deviceIdAttrs).getDeviceId()
.
No external validation of the attribute values is performed.
The device's WIoTP deviceType and deviceId must be supplied
using the ATTR_DEVICE_TYPE
and ATTR_DEVICE_ID
keys respectively.
getIotDeviceId
in interface IotGateway
deviceIdAttrs
- IotGateway implementation specific attributes
that identify a device.public IotDevice getIotDevice(java.util.Map<java.lang.String,java.lang.String> deviceIdAttrs)
IotDevice
for a connected device.
No external validation of the attribute values is performed.
See getIotDeviceId(Map)
for the required attribute keys.
getIotDevice
in interface IotGateway
deviceIdAttrs
- IotGateway implementation specific attributes
that identify a device.public IotDevice getIotDevice(java.lang.String fqDeviceId)
IotGateway
IotDevice
for a connected device.getIotDevice
in interface IotGateway
fqDeviceId
- a value from IotDevice.getDeviceId()
.public TSink<com.google.gson.JsonObject> eventsForDevice(Function<com.google.gson.JsonObject,java.lang.String> fqDeviceId, TStream<com.google.gson.JsonObject> stream, Function<com.google.gson.JsonObject,java.lang.String> eventId, UnaryOperator<com.google.gson.JsonObject> payload, Function<com.google.gson.JsonObject,java.lang.Integer> qos)
IotGateway
Events for a particular device can also be published via its
IotDevice.events()
.
eventsForDevice
in interface IotGateway
fqDeviceId
- function to supply the device-id that the event is associated with.stream
- Stream to be published.eventId
- function to supply the event identifier.payload
- function to supply the event's payload.qos
- function to supply the event's delivery Quality of Service.public TSink<com.google.gson.JsonObject> eventsForDevice(java.lang.String fqDeviceId, TStream<com.google.gson.JsonObject> stream, java.lang.String eventId, int qos)
IotGateway
Events for a particular device can also be published via its
IotDevice.event()
.
eventsForDevice
in interface IotGateway
fqDeviceId
- Device-id that the event is associated with.stream
- Stream to be published.eventId
- Event identifier.qos
- Event's delivery Quality of Service.public TStream<com.google.gson.JsonObject> commandsForDevice(java.util.Set<java.lang.String> fqDeviceIds, java.lang.String... commands)
IotGateway
deviceIds
matching commands
will
result in a tuple on the stream. The JSON object has these keys:
device
- Command's opaque target device's id String.
command
- Command identifier as a Stringtsms
- Timestamp of the command in milliseconds since the 1970/1/1 epoch.format
- Format of the command as a Stringpayload
- Payload of the command
format
is json
then payload
is JSONpayload
is StringcommandsForDevice
in interface IotGateway
fqDeviceIds
- Filter to include commands for the specified deviceIds
If the set is empty no filtering occurs. The commands for any device are included.commands
- Command identifiers to include. If no command identifiers are provided then the
stream will contain all device commands for the specified devices.public TStream<com.google.gson.JsonObject> commandsForDevice(java.lang.String fqDeviceId, java.lang.String... commands)
IotGateway
deviceId
matching commands
will
result in a tuple on the stream. The JSON object has these keys:
device
- Command's target device's opaque id String.
command
- Command identifier as a Stringtsms
- Timestamp of the command in milliseconds since the 1970/1/1 epoch.format
- Format of the command as a Stringpayload
- Payload of the command
format
is json
then payload
is JSONpayload
is String
Equivalent to commandsForDevice(Collections.singleton(deviceId)), ...
.
commandsForDevice
in interface IotGateway
fqDeviceId
- Filter to include commands for the specified deviceIdcommands
- Command identifiers to include. If no command identifiers are provided then the
stream will contain all device commands for the specified device.public TStream<com.google.gson.JsonObject> commandsForType(java.lang.String deviceTypeId, java.lang.String... commands)
IotGateway
deviceTypeId
matching commands
will result in a tuple on the stream. The JSON object has these keys:
device
- Command's target device's opaque id String.
command
- Command identifier as a Stringtsms
- Timestamp of the command in milliseconds since the 1970/1/1 epoch.format
- Format of the command as a Stringpayload
- Payload of the command
format
is json
then payload
is JSONpayload
is String
An IoT connector implementation may throw
UnsupportedOperationException
if it does not support this capability. See the implementation's documentation.
commandsForType
in interface IotGateway
deviceTypeId
- Only return commands for connected devices with the specified
device type id value (a value from IotDevice.getDeviceType()
).commands
- Command identifiers to include. If no command identifiers are provided then the
stream will contain all device commands for devices with the specified device type id.public com.ibm.iotf.client.gateway.GatewayCallback setExternalCallbackHandler(com.ibm.iotf.client.gateway.GatewayCallback handler)
GatewayCallback
handler.handler
- the handler to call. May be null.public java.lang.String toString()
toString
in class java.lang.Object
Copyright © 2017 The Apache Software Foundation. All Rights Reserved - 4744f56-20170226-1707


Table of Contents
Front page
Chapter 1: Introduction
1.1 C++ and Boost
1.2 Development Process
1.3 Installation
1.4 Overview
Chapter 2: Smart Pointers
2.1 General
2.2 RAII
2.3 Scoped Pointer
2.4 Scoped Array
2.5 Shared Pointer
2.6 Shared Array
2.7 Weak Pointer
2.8 Intrusive Pointer
2.9 Pointer Container
2.10 Exercises
Chapter 3: Function Objects
3.1 General
3.2 Boost.Bind
3.3 Boost.Ref
3.4 Boost.Function
3.5 Boost.Lambda
3.6 Exercises
Chapter 4: Event Handling
4.1 General
4.2 Signals
4.3 Connections
4.4 Exercises
Chapter 5: String Handling
5.1 General
5.2 Locales
5.3 Boost.StringAlgorithms
5.4 Boost.Regex
5.5 Boost.Tokenizer
5.6 Boost.Format
5.7 Exercises
Chapter 6: Multithreading
6.1 General
6.2 Thread Management
6.3 Synchronization
6.4 Thread Local Storage
6.5 Exercises
Chapter 7: Asynchronous Input and Output
7.1 General
7.2 I/O Services and I/O Objects
7.3 Scalability and Multithreading
7.4 Network Programming
7.5 Developing Boost.Asio Extensions
7.6 Exercises
Chapter 8: Interprocess Communication
8.1 General
8.2 Shared Memory
8.3 Managed Shared Memory
8.4 Synchronization
8.5 Exercises
Chapter 9: Filesystem
9.1 General
9.2 Paths
9.3 Files and Directories
9.4 File Streams
9.5 Exercises
Chapter 10: Date and Time
10.1 General
10.2 Calendar Dates
10.3 Location-independent Times
10.4 Location-dependent Times
10.5 Formatted Input and Output
10.6 Exercises
Chapter 11: Serialization
11.1 General
11.2 Archive
11.3 Pointers and references
11.4 Serialization of class hierarchy objects
11.5 Wrapper functions for optimization
11.6 Exercises
Chapter 12: Parser
12.1 General
12.2 Extended Backus-Naur Form
12.3 Grammar
12.4 Actions
12.5 Exercises
Chapter 13: Containers
13.1 General
13.2 Boost.Array
13.3 Boost.Unordered
13.4 Boost.MultiIndex
13.5 Boost.Bimap
13.6 Exercises
Chapter 14: Data Structures
14.1 General
14.2 Boost.Tuple
14.3 Boost.Any
14.4 Boost.Variant
14.5 Exercises
Chapter 15: Error Handling
15.1 General
15.2 Boost.System
15.3 Boost.Exception
Chapter 16: Cast Operators
16.1 General
16.2 Boost.Conversion
16.3 Boost.NumericConversion


belongs to a nucleotide.
return (
np.in1d(array.res_name, _ext_nucleotide_list)
& (array.res_id != -1)
)
This array is `True` for all indices in `array`, where the atom
belongs to a nucleotide.
return (
np.array([is_nucleotide(res_name) for res_name in array.res_name])
)
def filter_amino_acids(array):


Work Day Scheduler
A simple calendar app for scheduling your work day.
9am
10am
11am
12pm
1pm
2pm
3pm
4pm
5pm


This directory contains sample data from CALLFRIEND Tamil, Linguistic Data Consortium (LDC) catalog number LDC96S59 and isbn 1-58563-074-8.
Tamil is a Dravidian language spoken in the Tamil Nadu state of Southern India where it is an official language, and in Sri Lanka where it is spoken by the Tamil ethnic minority. The language also has speakers in Singapore, Malaysia and South Africa. In all, some 66 million people use Tamil as their first language. It is a diglossic language with a literary version that is distinct from the everyday spoken dialect. While the written form of Tamil is fairly standard throughout its diaspora, there is no recognized spoken standard. However, such a standard form may be coalescing out of the upper cast Tamil dialects in Tamil Nadu.
CALLFRIEND Tamil consists of 60 unscripted telephone conversations between native Tamil speakers lasting between 5-30 minutes each. The corpus also includes documentation describing speaker information (sex, age, education, callee telephone number) and call information (channel quality, number of speakers).
For each conversation, both the caller and callee were native speakers of Tamil; all calls were placed inside the continental United States and Canada.
Presented here are three two-minute samples from selected phone calls. The sample audio files are MS Wave files (.wav), but the actual corpus uses the NIST Sphere audio file format. Software to convert NIST to other formats is readily available through LDC. The demographic information listed below describes the persons placing the call in the sample files.
| Call ID | Speaker Gender | Speaker Age | Speaker Education(years) | Speaker Native City |
| ta_4202 | M | 25 | 17 | Bangalore |
| ta_4253 | F | 22 | 17 | Madras |
| ta_4348 | F | 24 | 15 | Madras |
Portions © 1996 Trustees of the University of Pennsylvania


Employment status :
{{demographics.employmentStatus}}
Ethnic origin :
{{demographics.ethnicOrigin}}
Gender :
{{demographics.gender}}
Date of birth :
{{demographics.dob|date:'dd MMM yyyy'}}
Disability/Health :
{{demographics.disability}}
Type of Disability/Condition :
{{demographics.disabilityType}}
Marital Status :
{{demographics.maritalStatus}}
Household :
{{demographics.householdType}}
Housing :
{{demographics.housingType}}
Monthly household income :
{{demographics.householdIncome}}


This sample contains a draggable HTML element (using jQuery UI), which houses a GoJS Palette.
A DIV to the right of the diagram houses a GoJS GraphObject inspector, which displays some editable information about each Node.


See what's showing at your local Cineworld Cinema
Which Cineworld Cinema's film times would you like to see?
Your closest suggested cinemas are:
-
1
Cineworld London - Haymarket (0.62 miles)
63-65 Haymarket, London, SW1Y 4RL
View Cineworld London - Haymarket
-
2
Cineworld London - Shaftesbury Avenue (0.77 miles)
13 Coventry Street, Piccadilly, London, W1D 7DH
View Cineworld London - Shaftesbury Avenue
-
3
Cineworld London - Chelsea (2.13 miles)
279 Kings Road,Chelsea, London, SW3 5EW
View Cineworld London - Chelsea
-
4
Cineworld London - Fulham Road (2.3 miles)
142 Fulham Road, London, SW10 9QR
View Cineworld London - Fulham Road
-
5
Cineworld London - Wandsworth (4.13 miles)
Southside Shopping Centre, Wandsworth High Street,, SW18 4TF
View Cineworld London - Wandsworth
-
6
Cineworld London - Hammersmith (4.47 miles)
207 King Street, Hammersmith, London, W6 9JT
View Cineworld London - Hammersmith


MochiKit.Visual - visual effects
// round the corners of all h1 elements roundClass("h1", null); // round the top left corner of the element with the id "title" roundElement("title", {corners: "tl"});
MochiKit.Visual provides visual effects and support functions for visuals.
At this time, MochiKit.Visual provides one visual effect: rounded corners for your HTML elements. These rounded corners are created completely through CSS manipulations and require no external images or style sheets. This implementation was adapted from Rico.
roundClass(tagName[, className[, options]]):
Rounds all of the elements that match the tagName and className specifiers, using the options provided. tagName or className can be null to match all tags or classes. For more information about the options, see the roundElement function.
roundElement(element[, options]):
Immediately round the corners of the specified element. The element can be given as either a string with the element ID, or as an element object.
The options mapping has the following defaults:
corners "all" color "fromElement" bgColor "fromParent" blend true border false compact false corners:
specifies which corners of the element should be rounded. Choices are:
- all
- top
- bottom
- tl (top left)
- bl (bottom left)
- tr (top right)
- br (bottom right)
- Example:
- "tl br": top-left and bottom-right corners are rounded
- blend:
- specifies whether the color and background color should be blended together to produce the border color.
| [1] | Application Kit Reference - NSColor: http://developer.apple.com/documentation/Cocoa/Reference/ApplicationKit/ObjC_classic/Classes/NSColor.html |
| [2] | SVG 1.0 color keywords: http://www.w3.org/TR/SVG/types.html#ColorKeywords |
| [3] | W3C CSS3 Color Module: http://www.w3.org/TR/css3-color/#svg-color |
Copyright 2005 Bob Ippolito<EMAIL_ADDRESS>This program is dual-licensed free software; you can redistribute it and/or modify it under the terms of the MIT License or the Academic Free License v2.1.
Portions adapted from Rico are available under the terms of the Apache License, Version 2.0.


{% extends "_base.html" %} {% block meta_title %}PyCon CZ Team{% endblock %} {% block content %}
This event is managed by ghosts!


Josh Hartigan
Introduction to the Lishp Transpiler
A Customized Vim Configuartion
Clojure Programming Introduction
A Game of HTML5 canvas and JavaScript
Designing a Font
Pleasant: Writing a programming language implementation


{% block content %}{% endblock %} {% block footer %}
Source code:
https://github.com/icedevml/sdm-backend
Do you want to use NFC technology in your project? Not sure how to do it? Send me an email:
<EMAIL_ADDRESS>{% endblock %}


The following backtest verifies the ExerciseOption
behavior. The following table shows the first three trades in the backtest:
| Time | Symbol | Price | Quantity | Type | Status | Value | Tag |
|---|---|---|---|---|---|---|---|
| 2021-07-01T09:31:00Z | SPY 221216C00085000 | 345.30 | 1 | Buy Market | Filled | 34530.00 | |
| 2021-07-01T09:31:00Z | SPY 221216C00085000 | 0.00 | -1 | Sell Option Exercise | Filled | 0.00 | Automatic Exercise |
| 2021-07-01T09:31:00Z | SPY | 85.00 | 100 | Sell Option Exercise | Filled | 8500.00 | Option Exercise |
The algorithm first brought a deep ITM option based on the set option selection conditions by $345.30, then exercise it actively, so 100 shares of SPY (in which 1 contract represents) was brought at its strike price at $85.00, with the option discarded from the portfolio.
To reproduce these results, backtest the following algorithm:


md-checkbox
is a Material Design selection control that allows
users to make a binary choice for a predetermined conditioned. It is modeled
after the browser's native checkbox element, and behaves in the same
way. Similar to the native checkbox element, it supports an indeterminate
state for "mixed" checkboxes.
A demo of the checkbox can be found at https://plnkr.co/edit/P7qce8lN9n2flS6kBhDy?p=preview.
md-checkbox
can be used anywhere a normal checkbox would be
used, and in the same way.

<md-checkbox [checked]="todo.completed"
(change)="todo.completed = $event">
{{todo.name} }
</md-checkbox>

In addition to supporting native checkbox functionality, md-checkbox
also
supports [(ngModel)]
for use within forms.
<form (submit)="saveUser()">

<md-checkbox [(ngModel)]="user.agreesToTOS">
I have read and agree to the terms of service.
</md-checkbox>

<button type="submit" [disabled]="!user.agreesToTOS">Sign Up</button>
</form>
Indeterminate checkboxes are useful when a checkbox needs to be in a "mixed" state
<md-checkbox [checked]="false"
[indeterminate]="isIndeterminate"
(change)="isIndeterminate = false">
Click the Button Below to Make Me Indeterminate.
</md-checkbox>
<button type="button" (click)="isIndeterminate = true">
Make Indeterminate
</button>
Note that checkboxes can be aligned to come at the "start" or the "end" of its corresponding label.
<md-checkbox [checked]="true" align="end">
I come after my label.
</md-checkbox>
Note that this alignment is preserved within RTL layouts.
By default, md-checkbox
provides all the accessibility attributes
needed. It also supports keyboard navigation and toggling via the spacebar.
However, you can provide an aria-label
to the checkbox if you
do not wish to have any label text.
<md-checkbox [checked]="false" aria-label="My standalone checkbox"></md-checkbox>


cvpr cvpr2013 cvpr2013-68 cvpr2013-68-reference knowledge-graph by maker-knowledge-mining
Source: pdf
Author: Yi Zhang, Keigo Hirakawa
Abstract: We propose a notion of double discrete wavelet transform (DDWT) that is designed to sparsify the blurred image and the blur kernel simultaneously. DDWT greatly enhances our ability to analyze, detect, and process blur kernels and blurry images—the proposed framework handles both global and spatially varying blur kernels seamlessly, and unifies the treatment of blur caused by object motion, optical defocus, and camera shake. To illustrate the potential of DDWT in computer vision and image processing, we develop example applications in blur kernel estimation, deblurring, and near-blur-invariant image feature extraction.


{% extends "base.html" %} {% block page %}
A solid foundation in Maths will give your primary school child ability, confidence, and a good basis for moving to more advanced maths.
Guided learning through practice. Your child will start with easy problems and progress only when these skills have been mastered.
Regular, short periods of practice help retention, learning and enthusiasm.
Your child will love winning points and medals for regular participation and progress.
Analyze your child's progress via a weekly email sent directly to your in-box. The report will provide details on activity and individual progress.
The activities are flexible. You can set a time limit for activities or have no time limit if you feel your child would be distracted by this feature.
We keep the activity screen very clean with no animation while the student is working. We don't show any timers so that the student doesn't feel under pressure. We use plain colors and large fonts for activity pages.
GeosciLab is a powerful visualization and calculation application to get the most out of your oil and gas field data.
Interactive well log plotting in a clear easy to use layout.
Trend analysis, regression, easily linked to well log plots.
.las, ascii or excel data input/output.
Analyze your well log data with statistical analysis.
We are developing a suite of plugins for the GeosciLab platform. Contact us for more deails.
Rock physics trends, fluid substitution, mineral mixing models.
Quick look petrophysical analysis focusing on the key reservoir evaluation ares of: Porosity, Saturation and Permeability.
Reservoir pressure analysis with interactive fluid trends and gradients.
Our team combines experience in Petrophysics, Geology, Geophysics and Software Development.


| I l@ve RuBoard |
20.2 C Embedding API OverviewThe first thing you should know about Python's embedded-call API is that it is less structured than the extension interfaces. Embedding Python in C may require a bit more creativity on your part than extending; you must pick tools from a general collection of calls to implement the Python integration, rather than coding to a boilerplate structure. The upside of this loose structure is that programs can combine embedding calls and strategies to build up arbitrary integration architectures. The lack of a more rigid model for embedding is largely the result of a less clear-cut goal. When extending Python, there is a distinct separation for Python and C responsibilities and a clear structure for the integration. C modules and types are required to fit the Python module/type model by conforming to standard extension structures. This makes the integration seamless for Python clients: C extensions look like Python objects and handle most of the work. But when Python is embedded, the structure isn't as obvious; because C is the enclosing level, there is no clear way to know what model the embedded Python code should fit. C may want to run objects fetched from modules, strings fetched from files or parsed out of documents, and so on. Instead of deciding what C can and cannot do, Python provides a collection of general embedding interface tools, which you use and structure according to your embedding goals. Most of these tools correspond to tools available to Python programs. Table 20-1 lists some of the more common API calls used for embedding, and their Python equivalents. In general, if you can figure out how to accomplish your embedding goals in pure Python code, you can probably find C API tools that achieve the same results.
Because embedding relies on API call selection, though, becoming familiar with the Python C API is fundamental to the embedding task. This chapter presents a handful of representative embedding examples and discusses common API calls, but does not provide a comprehensive list of all tools in the API. Once you've mastered the examples here, you'll probably need to consult Python's integration manuals for more details on available calls in this domain. The most recent Python release comes with two standard manuals for C/C++ integration programmers: Extending and Embedding, an integration tutorial; and Python/C API, the Python runtime library reference. You can find these manuals on the book's CD (view CD-ROM content online at http://examples.oreilly.com/python2), or fetch their most recent releases at http://www.python.org. Beyond this chapter, these manuals are likely to be your best resource for up-to-date and complete Python API tool information. 20.2.1 What Is Embedded Code?Before we jump into details, let's get a handle on some of the core ideas in the embedding domain. When this book speaks of "embedded" Python code, it simply means any Python program structure that can be executed from C. Generally speaking, embedded Python code can take a variety of forms:
The Python binary library is usually what is physically embedded in the C program; the actual Python code run from C can come from a wide variety of sources:
Registration is a technique commonly used in callback scenarios that we will explore in more detail later in this chapter. But especially for strings of code, there are as many possible sources as there are for C character strings. For example, C programs can construct arbitrary Python code dynamically by building and running strings. Finally, once you have some Python code to run, you need a way to communicate with it: the Python code may need to use inputs passed in from the C layer, and may want to generate outputs to communicate results back to C. In fact, embedding generally becomes interesting only when the embedded code has access to the enclosing C layer. Usually, the form of the embedded code suggests its communication mediums:
Naturally, all embedded code forms can also communicate with C using general system-level tools: files, sockets, pipes, and so on. These techniques are generally less direct and slower, though. |
| I l@ve RuBoard |


Welcome to my online diary (blog!) Here you will find (3) different blogs that I hope you will find interesting as I track my journey through the rigorous regimen of a becoming a Junior Web Developer.


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Migrate your email by using the Self-Service Migration Tool (task example)¶
Use the Self-Service Migration Tool provided in the Cloud Office Control Panel to copy email data from your current provider to Rackspace Email, Rackspace Hosted Exchange, or Rackspace Office 365.
Prerequisites¶
To perform this task, you need access to the Cloud Office Control Panel and Administrator access to the DNS host.
Before you begin your migration, you must create your mailboxes on the Rackspace environment. The migration tool does not create your mailboxes for you. Use the following resources to help you create your mailboxes:
- Rackspace Email: Add Rackspace Email mailboxes
- Microsoft Exchange: Add Microsoft Exchange mailboxes
- Rackspace Office 365:
- Add an Office 365 license
- Add users individually or in bulk to Office 365 (Microsoft Support site)
- Create a shared mailbox (Microsoft Support site)
Ensure that you meet the following migration requirements:
- Gather all email addresses, usernames, and passwords for mailboxes on both your source (current) and destination (Rackspace Email or Hosted Exchange) mail servers. This information is required for migrating email data with the Self-Service Migration Tool. For Office 365, you can use admin credentials to verify your migration.
- Ensure that you can update your email DNS records at your current DNS host. If you do not know where to update your email DNS records, read Find your DNS host.
- Review the list of items migrated during a Cloud Office migration.
- Ensure that the size of your source mailbox does not exceed 70 percent of your new mailbox’s capacity.
- Copy email from the source server so that no data is lost. Some email messages might be corrupt and not migrate.
- Inform users to refrain from changing their passwords during the migration process.
Warning
Do not cancel your source mail server service until you have confirmed with all users that they have their email data.
Migrate your email¶
Log in to the Cloud Office Control Panel.
In the Domains section at the bottom of the screen, click Email Migrations.
Click Start Migration Now.
You are redirected to the MigrationWiz portal.
You can follow the remaining instructions or follow a MigrationWiz video tutorial.
In the Email Address box, enter a contact email address that will not be migrating. Then, agree to the User Agreement (BitTitan is MigrationWiz), and click Login.
A notification informs you that an email with a secure link has been sent to your email address. Follow the instructions in the email to log in to the MigrationWiz portal.
Find the server address for your existing email service:
- IMAP: If you use Outlook, the incoming server address can be found under your account settings. It typically looks like mail.domain.com or imap.domain.com.
- Webmail: Your server address is a portion of the webmail URL. For example, if your webmail address is https://webmail.domain.com, then your server address is webmail.domain.com.
- Exchange: Your Outlook Web Access (OWA) address is the best way to connect. Check your mail via an Internet browser. It typically looks like https://mail.domain.com/owa or https://mail.domain.com/exchange.
Note
You can also use your server’s IP address in place of any host names and server addresses.
Click Next.
Enter your source and destination server configuration settings:
- Select the source server system type and enter the server address. For IMAP, you must also enter a port number. IMAP ports are 993 (SSL) and 143 (non-SSL).
- For the destination server, select the service that you are migrating to, Rackspace Email, Rackspace Exchange 2016, or Microsoft Office 365.
- Click Next.
Note
If you are migrating to a hybrid solution (both Rackspace Email and Rackspace Exchange), you must create more than one migration project. Step 12 explains how to start a new project when the current one is completed.
Enter the email addresses, usernames, and passwords for the source and destination mailboxes. You can migrate multiple mailboxes by clicking the + symbol or by entering your mailbox information in the spreadsheet provided. Then, click Next.
The next step is a trial migration to ensure that connectivity is successful to both the source and destination mailboxes based on the information that you entered.
Click Next to begin the trial migration.
When the status changes to Ready for migration, click Next.
Note
If the status shows Failed, click the red button labeled More info. Next select Solve Issue for instructions on resolving the issue.
On the Ready to migrate page, click Next to begin the migration of your email data.
Several factors influence how long your email takes to migrate. For a list of possible factors, see Factors that affect the duration of email migrations.
After your migration has completed, you can run the migration tool again by clicking Migrate new items.
For more information about running additional migrations, see Run additional passes with MigrationWiz. Otherwise, click Finish.
To begin a new migration project, click My Migrations in the top-right corner of your migration portal. On the My Migrations page, click Start new migration.
Next step¶
After the migration is complete, users must reconfigure Outlook, mail clients, and mobile devices to connect to their mailbox at Rackspace. Users can visit https://emailhelp.rackspace.com for configuration instructions.


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{{ event.name }} {{ event.location }}, {{ event.date }}


#include <sysc/utils/sc_report_handler.h>
Public Attributes | |
| const char * | msg_type |
| sc_actions | actions |
| sc_actions | sev_actions [SC_MAX_SEVERITY] |
| unsigned | limit |
| unsigned | sev_limit [SC_MAX_SEVERITY] |
| unsigned | limit_mask |
| unsigned | call_count |
| unsigned | sev_call_count [SC_MAX_SEVERITY] |
| char * | msg_type_data |
| int | id |
Definition at line 41 of file sc_report_handler.h.
Definition at line 44 of file sc_report_handler.h.
| unsigned sc_core::sc_msg_def::call_count |
Definition at line 49 of file sc_report_handler.h.
Definition at line 53 of file sc_report_handler.h.
| unsigned sc_core::sc_msg_def::limit |
Definition at line 46 of file sc_report_handler.h.
| unsigned sc_core::sc_msg_def::limit_mask |
Definition at line 48 of file sc_report_handler.h.
| const char* sc_core::sc_msg_def::msg_type |
Definition at line 43 of file sc_report_handler.h.
Definition at line 51 of file sc_report_handler.h.
| sc_actions sc_core::sc_msg_def::sev_actions[SC_MAX_SEVERITY] |
Definition at line 45 of file sc_report_handler.h.
| unsigned sc_core::sc_msg_def::sev_call_count[SC_MAX_SEVERITY] |
Definition at line 50 of file sc_report_handler.h.
| unsigned sc_core::sc_msg_def::sev_limit[SC_MAX_SEVERITY] |
Definition at line 47 of file sc_report_handler.h.


|
| CHIP_ERROR | chip::Platform::MemoryInit (void *buf=nullptr, size_t bufSize=0) |
| | This function is called by CHIP layer to initialize memory and resources required for proper functionality of the CHIP memory allocator. More...
|
| |
| void | chip::Platform::MemoryShutdown () |
| | This function is called by the CHIP layer to releases all resources that were allocated by MemoryInit() function. More...
|
| |
| void * | chip::Platform::MemoryAlloc (size_t size) |
| | This function is called by the CHIP layer to allocate a block of memory of "size" bytes. More...
|
| |
| void * | chip::Platform::MemoryCalloc (size_t num, size_t size) |
| | This function is called by the CHIP layer to allocate a block of memory for an array of num elements, each of them size bytes long, and initializes all its bits to zero. More...
|
| |
| void * | chip::Platform::MemoryRealloc (void *p, size_t size) |
| | This function is called by the Chip layer to change the size of the memory block pointed to by p. More...
|
| |
| void | chip::Platform::MemoryFree (void *p) |
| | This function is called by the Chip layer to release a memory block allocated by the MemoryAlloc(), MemoryCalloc or MemoryRealloc. More...
|
| |
| template<typename T , typename... Args> |
| T * | chip::Platform::New (Args &&... args) |
| | This function wraps the operator new with placement-new using MemoryAlloc(). More...
|
| |
| template<typename T > |
| void | chip::Platform::Delete (T *p) |
| | This function wraps the operator delete with using MemoryFree(). More...
|
| |
| bool | chip::Platform::MemoryInternalCheckPointer (const void *p, size_t min_size) |
| |
| bool | chip::Platform::MemoryDebugCheckPointer (const void *p, size_t min_size=0) |
| | In debug builds, test the validity of a pointer obtained from a chip::Platform memory allocation. More...
|
| |
This file defines heap memory allocation APIs for CHIP.


HTML code for the slider C:/Users/natco/Desktop/مشروع الويب/new slider.html
How to add this slider to HTML page
1 Upload these folders to your server
2 Paste this code to your page between the tags
3 Paste this code to your page between the tags  in the place that you want the slider to appear
Also you can try the Insert-To-Page wizard, to add the slider visually, without touching the code!
Click here for the detailed info.


www.linktocapstoneproject.com
During bootcamp I was on a team of 4 people, collaborating virtually to create a live web application. We utilized HTML5 - CSS - JavaScript - Bootstrap - React - MySQL - Docker as well as other software to develop this project.
www.linktobeyonborders.com
This is a link to a website I volunteered to work on for a local non-profit who assists young people in restarting their lives. I utilized HTML5 - CSS - JavaScript - Bootstrap and other software in the development of this project.
www.linktoeithergithuborlastproject
This is a direct link to my Github just in case I don't have anything else ready to display by the time this site goes live. I'm sure that I have used HTML5 - CSS - JavaScript - Bootstrap - React - MySQL - Docker as well as other software while using Github.


The stepper input
Drop-in wrapper around the number type input
- No dependencies
- Minimum styles to override
- Style increment/decrement with CSS
- Works with step, min, max attributes
- Touch devices supported
- Long press for fast value change
- Same as keyboard behaviour
- Triggers input & change events (open console)
- Triggers keyup & keydown events (open console)
- Fallback to browser defaults without Javascript


Test your knowledge of American US Presidents and take the quiz below.
This quiz was built using AMP for Email and can be played entirely within an email.
What is the name of George Washington's home?
Washington's home is located on the banks of the Potomac River in Fairfax County, Virginia.
Who was the first president assassinated while serving in office?
Lincoln was assissinated in 1865 by John Wilkes Booth.
Which president earned a PhD?
Wilson earned a PhD in political science from Johns Hopkins University in 1886.
Which of the following jobs did Harry Truman not do in his lifetime?
Truman was never a college president in his lifetime. In fact, he was the last president who did not graduate from college.
Thomas Jefferson was the author of what document?
Both Benjamin Franklin and John Adams helped edit the Declaration of Independence.
Which president served two non-consecutive terms?
Grover Cleveland served as the 22nd and 24th US President.
Which president suspended the gold standard in the United States?
There are 435 voting members in the House of Representatives. Each state is divided into districts. Each district elects one representative. California is the state with the most people. It has more than 50 representatives. States with fewer people, like Alaska, have only one representative.
Who was the first president born in the United States of America?
Martin Van Buren was born on December 5, 1782 in Kinderhook, New York.
How many presidents were Civil War veterans?
U.S. Grant, Rutherford B. Hayes, James A. Garfield, Benjamin Harrison, and William McKinley all fought in the Civil War.
Which state produced the most US presidents?
The commonwealth was the home of eight presidents, including four of the nation's first five: William Henry Harrison, Thomas Jefferson, James Madison, James Monroe, Zachary Taylor, John Tyler, George Washington, and Woodrow Wilson.
What is the maximum number of years a president can serve?
The 22nd amendment caps the service of a president at 10 years. If a person succeeds to the office of president without election and serves less than two years, that person may run for two full terms; otherwise, a person succeeding to office of president can serve no more than a single elected term.


<learningOverview>
A Learning Overview topic identifies the learning objectives, includes other information helpful to the learner, such as prerequisites, duration, intended audience, and can include information and strategies that seeks to gain attention and stimulate recall of prior learning.
Category: Learning and training: topic elements


Mobi_Mtld_DA_Device_Tree $obj = new Mobi_Mtld_DA_Device_Tree()
Create the JSON tree handler.
void $obj->getDataCreationTimestamp()
Get data file creation timestamp
void $obj->getDataVersion()
Get data file version
string $obj->getLookupSource()
Get the source properties fetch source to be used for debugging.
void $obj->getPropertyNames()
Get the list of all available property names from the tree (not contains client side props)
void $obj->loadTreeFromFile()
Load the JSON tree file into the handler.
void $obj->loadTreeFromString()
Load the JSON tree into the handler.
void $obj->putProperties(userAgent user-agent, stockUserAgents list, clientside may)
Get properties from tree walk/ua/client-side and put them in the tree.properties
void $obj->putTreeWalkProperties(userAgent user-agent, stockUserAgents list)
Get properties from tree walk/ua and put them in the tree.properties if stockUserAgents != null - iterate over stockUserAgents for each item: tree-walk and stop iteration if result has deviceId - use userAgent for detecting the ua-props if stockUserAgents == null - use userAgent for tree walk - use userAgent for detecting the ua-props
void $obj->setConfig(type $config)
Set new config settings via a new Config object.


In between the Himalayas and the thick Doon valley are these quintessential hill stations that make it to every list mentioning the best places to visit in Uttarakhand in winter. Breathtaking places to witness snowfall in India, Dehradun and Mussoorie, which is also known as the "Queen of the Hills", are known for their heritage charm, snow-capped mountains, and lush greenery. These quaint countrysides should be your go-to place this winter.
Things to do: Hiking, trekking, camping, and paragliding


Spoilers: Broken Daniel caught in arrest drama in Corrie
Daniel Osbourne (Rob Mallard) is set to face arrest in Coronation Street tonight as he goes on a rampage in a pawn shop, convinced that they have his stolen laptop containing videos left for him and Bertie by Sinead.
A spate of burglaries in the area, actually committed by Kel (Joseph Alessi), has seen Daniel’s laptop go missing – an added blow in the wake of Sinead’s funeral. As Craig Tinker (Colson Smith) can see how much it is breaking Daniel to have lost the precious final memories of his late wife, he offers to go with him round pawn shops to try and see if they can locate the stolen computer.
When they arrive at one, Daniel is convinced that he has seen the laptop in the cabinet and demands it back, accusing the shocked shop owner of handling stolen goods. Craig tries to diffuse the situation but as things get out of hand, Daniel grabs a nearby golf club and smashes the glass of the cabinet to try and get the computer.
It turns out that he is wrong about the laptop and the police are called. They prepare to put vulnerable Daniel under arrest but Craig tries to intervene with his colleagues and explain Daniel’s circumstances. Can he stop him being locked up?
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Meanwhile, Bernie Winter (Jane Hazlegrove) will get suspicious about Kel’s behaviour and, after some digging, will realise that he has been stealing from the neighbours. But as she looks into it further, a discovery is made which looks set to expose the true nature of the child abuser.
When he is reported to police by Bernie, he lashes out at her and ends up holding her hostage as Paul (Peter Ash) and Gemma (Dolly-Rose Campbell) rush to the rescue.
But as Kel is apprehended, will Daniel’s lost memories of Sinead be recovered?
Coronation Street continues on Wednesday 20 November at 7:30pm on ITV.


These maps are a sample of a set of over 30 maps I collaborated with Ate Poorthuis to create for Dutch economist Dr. Pieter Tordoir.
Drawing on social flow data from the Dutch Centraal Bureau voor de Statistiek, Dr. Tordoir used the maps we created to suggest new ways of grouping Dutch municipalities and counties for better governance.
Pieter Tordoir,
August 2013


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Our site may use cookies to track
visitor retention information, and for other purposes.
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Our online surveys and contests may ask viewers for contact
information (like e-mail address) and demographic information
(like zip code, age, etc.). We will use the contact
information to reach the viewer that is a contest winner.
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Classes Are Templates For Objects
Classes allow us to describe a template for objects in terms of what they are (aka characteristics) and what they can do (aka methods).
Classes allow us to describe a template for objects in terms of what they are (aka characteristics) and what they can do (aka methods).
As templates, classes aren't unfinished products. A class is an outline that needs to be filled out, like a MadLibs. When you decide to create an filled out class, you are actually instantiating, or create an instance of, the class. This instance of a class is known as an "object" of that class.
When you instantiate an object, it comes packaged with its own instance variables and methods. These instance variables and methods come into existence when the object is created. The scope of these instance variables and methods are limited to the particular object as well. One object cannot access the instance variables and methods of any other object even if they are created from the same class.
Instance variables are important for passing around data between your instance methods. Instance variables are preceded by an '@' sign like '@color'.
You want to make t-shirts and you think have a form for these t-shirts would help keep you organized. What can the t-shirts be? What can happen to the t-shirts? These are the considerations when creating your Tshirt (classes are capitalized by Ruby convention) class.
You decided that your Tshirt class should have a particular size and color, similar to what you would have on your form. Size and color are characteristics your t-shirts can have. You also want to mark off if your t-shirts have been worn. Being worn is something that can happen to your t-shirts so you can describe this action as a method in your Tshirt class.
And here is the Tshirt class.
class Tshirt def initialize (size, color) @size = size # assigns size to the @size instance variable @color = color # assigns color to the @color instance variable @clean = true #@clean is an instance variable assigned true end def worn @clean = false end end
Notice the three instance variables: @size, @color, @clean. Your @size, @color, and @clean are variables that contain data that can now be passed around to different instance methods when you create a new object of your Tshirt. You can create a new object by using Ruby's 'new' constructor method like this:
wacky_t = Tshirt.new("small", "red")
Notice the two instance methods: Tshirt#initialize and Tshirt#worn. Tshirt#initialize organizes your characteristics and determines whether your characteristics have default values - like @clean = true in our example - or you can pass in arguments to designate your characteristics like your size or color.
Tshirt#worn sets the instance variable @clean to false to indicate the Tshirt is dirty after it is worn.
Try the more complete Tshirt class below with some driver code to show you want can be done. Take notice of the attribute accessor method 'attr_accessor' which allows you to read and write over the instance variables.
class Tshirt attr_accessor :size, :color, :clean def initialize (size, color) @size = size # assigns size to the @size instance variable @color = color # assigns color to the @color instance variable @clean = true #@clean is an instance variable assigned true end def wash @clean = true end def worn @clean = false end end #Driver code ruby = Tshirt.new("small", "red") puts ruby.size puts ruby.color puts "This t-shirt is clean. Is it clean? #{ruby.clean.to_s.capitalize}" ruby.worn puts "This t-shirt was worn. Is it clean? #{ruby.clean.to_s.capitalize}" ruby.wash puts "This t-shirt is clean. Is it clean? #{ruby.clean.to_s.capitalize}"


4.0.0-4
A base class for CRUD routes and templates for a model
See Controller docs
The default implementation of the routes handles querying for the model instance, pagination, and the template rendering. See the specific method documentation for each public view function.
Extends ViewController
Implement the edit route. Resolve the passed query and return the context for template templatePrefix-edit
(Request)
The express request object
(Response)
The express response object
(object)
A query that can be further filtered or populated before resolution
object
:
The context for template rendering.
Register a nav menu item
Retrieve a menu group
(string)
Group of nav items
Array
:
Menu items
A base class for common application module organization
Automatically registers:
./templates
./models
- these files should extend nxus-storage.BaseModel
)./controllers
- you may want to extend nxus-web.ViewController
A base class for CRUD routes and templates for a model
You can pass any of the following into the constructor options argument:
modelIdentity
- defaults to name of class, underscored, e.g. todo_item
prefix
- defaults to name of class, dashed, e.g. todo-item
templatePrefix
- defaults to parent containing directory (module) + prefix
, e.g. mymodule-todo-item-
routePrefix
- defaults to '/'+prefix
pageTemplate
- the layout to use to render the pagepopulate
- relationships to populate on finddisplayName
- defaults to class nameinstanceTitleField
- defaults to first attributepaginationOptions
- object with sortField
, sortDirection
, and itemsPerPage
keys.ignoreFields
- blacklist of fields to ignore in displaydisplayFields
- whitelist of fields to displayidField
- field to use for id in routesThe default implementation of the routes handles querying for the model instance, pagination, and the template rendering. See the specific method documentation for each public view function.
Extends HasModels
Implement the list route. Resolve the passed query and return the context for template templatePrefix-list
(Request)
The express request object
(Response)
The express response object
(object)
A query that can be further filtered or populated before resolution
object
:
The context for template rendering. Include
pagination: this.paginationOptions
by default
Implement the view/detail route. Resolve the passed query and return the
context for template templatePrefix-view
(Request)
The express request object
(Response)
The express response object
(object)
A query for one object that can be further populated before resolution
object
:
The context for template rendering.


| ID | Dealer Name | City | Address | Zip | State |
|---|---|---|---|---|---|
| 1 | Holdlamis Car Dealership | El Paso | 3 Nova Court | 88563 | TX |
| 2 | Temp Car Dealership | Minneapolis | 6337 Butternut Crossing | 55402 | MN |
| 3 | Sub-Ex Car Dealership | Birmingham | 9477 Twin Pines Center | 35285 | AL |
| 4 | Solarbreeze Car Dealership | Dallas | 85800 Hazelcrest Circle | 75241 | TX |
| 5 | Regrant Car Dealership | Maryland | 93 Golf Course Pass | 21203 | MD |
| 6 | Stronghold Car Dealership | Wilkes Barre | 2 Burrows Hill | 18763 | PA |
| 7 | Job Car Dealership | Pueblo | 9 Cambridge Park | 81010 | CO |
| 8 | Bytecard Car Dealership | Topeka | 288 Larry Place | 66642 | KS |
| 9 | Job Car Dealership | Dallas | 253 Hanson Junction | 75216 | TX |
| 10 | Alphazap Car Dealership | Washington | 108 Memorial Pass | 20005 | DC |


Importer allows you to import into three different Content Types:
Channel Entries
Channel Entries importer accepts data in the form of CSV, JSON, and XML via an uploaded, local, or remote file. More information on the allowed Data Sources and Data Types.
Entry and Expiration Dates. These dates can come in various formats when importing and will be coverted automatically. Please read the strtotime() documentation for more information.
Members
Member importer accepts data in the form of CSV, JSON, and XML via an uploaded, local, or remote file. More information on the allowed Data Sources and Data Types.
Playa
The Playa field data importer accepts data from either the native Relationship custom field type or the Playa custom field type (multiple fields into one).


The Maven’s exec plugin also makes a lot of use of the generated classpath.
Because the exec plugin allows to execute the project’s application as defined
by the POM, it’s not surprising that the required classpath is taken from Maven.
In the following, the exec
goal of the plugin is used. Even if the java
goal is sufficient to execute Java application, the exec
is sometimes
beneficial because of:
The exec plugin provides another way to display the Maven generated classpath:
$ mvn exec:exec -Dexec.executable=echo -Dexec.args="%classpath"
[INFO] Scanning for projects...
[INFO]
[INFO] ---------------------< net.gunther.cli:json2yaml >----------------------
[INFO] Building json2yaml 0.0.1-SNAPSHOT
[INFO] --------------------------------[ jar ]---------------------------------
[INFO]
[INFO] --- exec-maven-plugin:3.0.0:exec (default-cli) @ json2yaml ---
/home/gunther/_work/java/json2yaml/target/classes:/home/gunther/.m2/repository/javax/json/javax.json-api/1.1/javax.json-api-1.1.jar:/home/gunther/.m2/repository/org/glassfish/javax.json/1.1/javax.json-1.1.jar
[INFO] ------------------------------------------------------------------------
[INFO] BUILD SUCCESS
[INFO] ------------------------------------------------------------------------
...
In this case the echo
command is executed and displays the classpath passed
in as %classpath
placeholder. The exec plugin substitutes this placeholder
when starting the application.
Please note, that the classpath does not contain test dependencies, but only
reference artifacts actually required to execute the project’s application.
Another usage of the Maven generated classpath by exec plugin is to actually
execute Java applications, eg.:
$ echo '{ "f1": "v1", "f2": "v2" }' | mvn exec:exec -Dexec.executable=java -Dexec.args="-cp %classpath net.gunther.cli.json.PrettyPrinter"
[INFO] Scanning for projects...
[INFO]
[INFO] ---------------------< net.gunther.cli:json2yaml >----------------------
[INFO] Building json2yaml 0.0.1-SNAPSHOT
[INFO] --------------------------------[ jar ]---------------------------------
[INFO]
[INFO] --- exec-maven-plugin:3.0.0:exec (default-cli) @ json2yaml ---
{
"f1": "v1",
"f2": "v2"
}
[INFO] ------------------------------------------------------------------------
[INFO] BUILD SUCCESS
[INFO] ------------------------------------------------------------------------
...
In this case the java
executable is started, which requires the classpath to
be given as -cp %classpath
option. The placeholder is again substituted by
references to the project’s dependencies.
The input string { "f1": "v1", "f2": "v2" }
is piped to the JSON
pretty-printer demo application using STDIN
, the application writes given
JSON in beautified format to STDOUT
.


You will create a new #{msg['label.competence'].toLowerCase()} with the same structure as the original one in terms of activities and other content. The new #{msg['label.competence'].toLowerCase()} will be empty in terms of students, student results and comments.


Notebooks
Story: Certain kinds of food, said not to be eaten by adults
Certain kinds of food, said not to be eaten by adults
Title
Certain kinds of food, said not to be eaten by adults
Collection
Summary
Certain kinds of food not eaten by adults. By lhan≠kass’o (L VIII.-30. 8649 and 8650). The |xam do not eat pigs, fish, little birds and many kinds of mice.
Comments
1) This story is found in Book VIII-30
Contributors
|han≠kass'o (Klein Jantje) (VIII)
Date
27 July 1879 (and 4 August)
Categories
Keywords
food (animals that are not eaten) , food (avoided by adults) , food (eaten by children) , food (prohibitions regarding certain) , children (food eaten by) , children (eat little birds and mice) , adults (do not eat little birds and mice) , adults (do not eat pigs) , adults (do not eat fish) , adults (food eaten and avoided by) , prohibitions (regarding the eating of certain animals by adults) , avoidance (of certain foods by adults)
Story Pages
8649-8650


{% with messages = get_flashed_messages(with_categories = True) %}
{% for category, message in messages %}
{{ message }}
{% endfor %}
{% endwith %}
{% block body_content %}{% endblock %}
{# This file needs to be cleaned up. There are some constraints, though. Most pages need a generic jQuery, persist and angular libs,
but ngapps need to declare those themselves to support bower in a standard way. #}
{% block scripts %}
{% include "_mng_common.html" %}
{% endblock scripts %}
{% block tail %}{% endblock %}


{% extends "adminx/blog/base.html" %} {% load static %} {% block customCss %} {% endblock %} {% block title %} New Blog | Adminx | Blogx {% endblock %} {% block createActive %} class="active" {% endblock %} {% block indexcontent %}
A simple Markdown editor for BlogX. Revised base on simplemde-markdown-editor, Icons from Fontawesom To get the same sytle with blog page, preview function is base on backend render.
Design by wsc500.
TODO : Make a component?


Hello friend, I am siddharth , I am studying at kanpur in B.Tech (Computer Science & Engg.).
<EMAIL_ADDRESS>For bulinding a website.
Follow us on social media.


--- layout: post date: 2011-01-20 time: "09:00:00" authors: ["Greg Wilson"] title: How to Cite Software Carpentry tags: ["Content"] ---
If you are citing Software Carpentry in papers or technical reports, the web site and the 2006 article in Computing in Science & Engineering are probably best; the other articles below provide other background that might also be useful. I hope to update the 2006 article some time this year, but a lot of other things are ahead of it in queue...
@article{wilson-bottleneck, author = {Gregory V. Wilson}, title = {Where's the Real Bottleneck in Scientific Computing?}, journal = {American Scientist}, month = {January--February}, year = {2005}, note = {Discusses the difference between machine speed and human productivity, and explains why the latter is more important for most computational scientists.} } @article{wilson-software-carpentry, author = {Greg Wilson}, title = {Software Carpentry: Getting Scientists to Write Better Code by Making Them More Productive}, journal = {Computing in Science \& Engineering}, month = {November--December}, year = {2006}, note = {Summarizes the what and why of Version 3 of the course.} } @article{wilson-learn-history, author = {Greg Wilson}, title = {Those Who Will Not Learn From History...}, journal = {Computing in Science \& Engineering}, month = {May--June}, year = {2008}, note = {Argues that equating "scientific computing" and "high performance computing" is bad for the former, and detrimental to most computational scientists.} } @inproceedings{hannay-scientific-software-survey, author = {Jo Erskine Hannay and Hans Petter Langtangen and Carolyn MacLeod and Dietmar Pfahl and Janice Singer and Greg Wilson}, title = {How Do Scientists Develop and Use Scientific Software?}, booktitle = {Proc. 2009 ICSE Workshop on Software Engineering for Computational Science and Engineering}, year = {2009}, note = {Summarizes the largest survey ever done of how scientists actually use computers, what they know, and what they find difficult.} } @article{wilson-scientists-really-use-computers, author = {Gregory Wilson}, title = {How Do Scientists Really Use Computers?}, journal = {American Scientist}, month = {September--October}, year = {2009}, note = {A short (and more readable) summary of the survey reported in Hannay et al.} } @misc{software-carpentry, author = {Greg Wilson}, title = {Software Carpentry web site}, howpublished = {http://software-carpentry.org}, accessed = {December 2010}, note = {Main web site for Software Carpentry, replacing http://swc.scipy.org.} }


OpenDSE is a design space exploration framework for embedded systems, written in Java. It follows the Y-chart approach where an application consisting of data-dependent tasks is mapped to an architecture consisting of resources. The project is open source at Sourceforge.
OpenDSE can either be downloaded from Sourceforge or via Maven. The source code repository is listed below in the documentation listing.
The documentation of the framework is based on a tutorial, javadocs, and source code. Learn how to use OpenDSE from the following links:


The Rules
There are 5 questions, you have 50 seconds to answer all 5 questions.
1. If there is a basket of 13 apples and you take three of them, how many apples do you have?
2. How many 2-cent stamps does it take to make a dozen?
3. Mary’s father has 5 daughters – Nana, Nene, Nini, Nono. What is the fifth daughters name
4. What travels around the world but stays in one spot?
4. If you divide 14 by 1/2, what do you get?
Show me the answers!


--- title: Yahoo! Fantasy Baseball (in progress) permalink: /docs/yahoo-fantasy-leagues/ ---
As daily leagues become more popular, and leagues become more competitive, fantasy players need to look for competitive edges. The next arena is for advanced players to run their own analysis, on their own leagues.
To win, it's imperative to understand how specific league settings affect player valuation. How much is Billy Hamitlon really worth in your league?
It'd be great to know which streamers have the best matchup. Or be able to sneak a few extra saves, because you streamed RP when the main closer had pitched a few nights in a row. Or know which of today's SP are the worst against the SB, so you can stream for steals.
Expected to launch September 30, 2018.
{% include mc_signup.html %}


| Interface | Description |
|---|---|
| ExecutableElement |
| Class | Description |
|---|---|
| ConnectionInterceptor |
Handles connections for elements being executed.
|
| ConnectionManager |
TODO: Add documentation
|
| DriverFactory |
Factory for Scriptella Service Providers and JDBC drivers.
|
| DynamicContext |
Represents dynamic execution context for executable elements.
|
| DynamicContextDecorator |
Allows to change behaviour of wrapped DynamicContext.
|
| ElementInterceptor |
Base class for executable elements interceptors.
|
| EtlVariable |
Represents a global
etl variable available for all ETL file elements. |
| EtlVariable.ClassUtils |
Utility class for ETL expressions.
|
| EtlVariable.DateUtils |
Utility class for ETL file expressions.
|
| EtlVariable.TextUtils |
Utility class for ETL file expressions.
|
| ExceptionInterceptor |
Intercepts exceptions thrown by wrapped executable elements.
|
| IfInterceptor |
Handles if expressions specified by if attribute on query/script elements.
|
| OnErrorHandler |
Error handler for scripting elements.
|
| QueryExecutor |
<query> element executor.
|
| ScriptExecutor |
<script> element executor.
|
| Session |
A helper class for EtlContext to store and work with connections/executors.
|
| StatisticInterceptor |
Collects execution statistics.
|
| TxInterceptor |
TODO: Add documentation
|
| Exception | Description |
|---|---|
| EtlCancelledException |
Thrown to indicate ETL interruption.
|
| ExceptionInterceptor.ExecutionException | |
| RuntimeIOException |
Runtime wrapper for IO exceptions propagation.
|
| SystemException |
Base class for all scriptella runtime exceptions.
|
| Annotation Type | Description |
|---|---|
| ThreadSafe |
Indicates thread safety
|
Copyright © Copyright 2006-2019 The Scriptella Project Team.


9 Inet configuration
9.1 Introduction
This chapter tells you how the Erlang runtime system is configured for IP communication. It also explains how you may configure it for your own particular needs by means of a configuration file. The information here is mainly intended for users with special configuration needs or problems. There should normally be no need for specific settings for Erlang to function properly on a correctly IP configured platform.
When Erlang starts up it will read the kernel variable inetrc which, if defined, should specify the location and name of a user configuration file. Example:
% erl -kernel inetrc '"./cfg_files/erl_inetrc"'
Note that the usage of a .inetrc file, which was supported in earlier Erlang versions, is now obsolete.
A second way to specify the configuration file is to set the environment variable ERL_INETRC to the full name of the file. Example (bash):
% export ERL_INETRC=./cfg_files/erl_inetrc
Note that the kernel variable inetrc overrides this environment variable.
If no user configuration file is specified and Erlang is started in non-distributed or short name distributed mode, Erlang will use default configuration settings and a native lookup method that should work correctly under most circumstances. Erlang will not read any information from system inet configuration files (like /etc/host.conf, /etc/nsswitch.conf, etc) in these modes, except for /etc/resolv.conf and /etc/hosts that is read and monitored for changes on Unix platforms for the internal DNS client inet_res.
If Erlang is started in long name distributed mode, it needs to get the domain name from somewhere and will read system inet configuration files for this information. Any hosts and resolver information found then is also recorded, but not used as long as Erlang is configured for native lookups. (The information becomes useful if the lookup method is changed to 'file' or 'dns', see below).
Native lookup (system calls) is always the default resolver method. This is true for all platforms except VxWorks and OSE Delta where 'file' or 'dns' is used (in that order of priority).
On Windows platforms, Erlang will search the system registry rather than look for configuration files when started in long name distributed mode.
9.2 Configuration Data
Erlang records the following data in a local database if found in system inet configuration files (or system registry):
- Host names and addresses
- Domain name
- Nameservers
- Search domains
- Lookup method
This data may also be specified explicitly in the user configuration file. The configuration file should contain lines of configuration parameters (each terminated with a full stop). Some parameters add data to the configuration (e.g. host and nameserver), others overwrite any previous settings (e.g. domain and lookup). The user configuration file is always examined last in the configuration process, making it possible for the user to override any default values or previously made settings. Call inet:get_rc() to view the state of the inet configuration database.
These are the valid configuration parameters:
- {file, Format, File}.
-
Format = atom()
File = string()
Specify a system file that Erlang should read configuration data from. Format tells the parser how the file should be interpreted: resolv (Unix resolv.conf), host_conf_freebsd (FreeBSD host.conf), host_conf_bsdos (BSDOS host.conf), host_conf_linux (Linux host.conf), nsswitch_conf (Unix nsswitch.conf) or hosts (Unix hosts). File should specify the name of the file with full path.
- {resolv_conf, File}.
-
File = string()
Specify a system file that Erlang should read resolver configuration from for the internal DNS client inet_res, and monitor for changes, even if it does not exist. The path must be absolute.
This may override the configuration parameters nameserver and search depending on the contents of the specified file. They may also change any time in the future reflecting the file contents.
If the file is specified as an empty string "", no file is read nor monitored in the future. This emulates the old behaviour of not configuring the DNS client when the node is started in short name distributed mode.
If this parameter is not specified it defaults to /etc/resolv.conf unless the environment variable ERL_INET_ETC_DIR is set which defines the directory for this file to some maybe other than /etc.
- {hosts_file, File}.
-
File = string()
Specify a system file that Erlang should read resolver configuration from for the internal hosts file resolver and monitor for changes, even if it does not exist. The path must be absolute.
These host entries are searched after all added with {file, hosts, File} above or {host, IP, Aliases} below when the lookup option file is used.
If the file is specified as an empty string "", no file is read nor monitored in the future. This emulates the old behaviour of not configuring the DNS client when the node is started in short name distributed mode.
If this parameter is not specified it defaults to /etc/hosts unless the environment variable ERL_INET_ETC_DIR is set which defines the directory for this file to some maybe other than /etc.
- {registry, Type}.
-
Type = atom()
Specify a system registry that Erlang should read configuration data from. Currently, win32 is the only valid option.
- {host, IP, Aliases}.
-
IP = tuple()
Aliases = [string()]
Add host entry to the hosts table.
- {domain, Domain}.
-
Domain = string()
Set domain name.
- {nameserver, IP [,Port]}.
-
IP = tuple()
Port = integer()
Add address (and port, if other than default) of primary nameserver to use for inet_res.
- {alt_nameserver, IP [,Port]}.
-
IP = tuple()
Port = integer()
Add address (and port, if other than default) of secondary nameserver for inet_res.
- {search, Domains}.
-
Domains = [string()]
Add search domains for inet_res.
- {lookup, Methods}.
-
Methods = [atom()]
Specify lookup methods and in which order to try them. The valid methods are: native (use system calls), file (use host data retrieved from system configuration files and/or the user configuration file) or dns (use the Erlang DNS client inet_res for nameserver queries).
The lookup method string tries to parse the hostname as a IPv4 or IPv6 string and return the resulting IP address. It is automatically tried first when native is not in the Methods list. To skip it in this case the pseudo lookup method nostring can be inserted anywhere in the Methods list.
- {cache_size, Size}.
-
Size = integer()
Set size of resolver cache. Default is 100 DNS records.
- {cache_refresh, Time}.
-
Time = integer()
Set how often (in millisec) the resolver cache for inet_res. is refreshed (i.e. expired DNS records are deleted). Default is 1 h.
- {timeout, Time}.
-
Time = integer()
Set the time to wait until retry (in millisec) for DNS queries made by inet_res. Default is 2 sec.
- {retry, N}.
-
N = integer()
Set the number of DNS queries inet_res will try before giving up. Default is 3.
- {inet6, Bool}.
-
Bool = true | false
Tells the DNS client inet_res to look up IPv6 addresses. Default is false.
- {usevc, Bool}.
-
Bool = true | false
Tells the DNS client inet_res to use TCP (Virtual Circuit) instead of UDP. Default is false.
- {edns, Version}.
-
Version = false | 0
Sets the EDNS version that inet_res will use. The only allowed is zero. Default is false which means to not use EDNS.
- {udp_payload_size, Size}.
-
N = integer()
Sets the allowed UDP payload size inet_res will advertise in EDNS queries. Also sets the limit when the DNS query will be deemed too large for UDP forcing a TCP query instead, which is not entirely correct since the advertised UDP payload size of the individual nameserver is what should be used, but this simple strategy will do until a more intelligent (probing, caching) algorithm need be implemented. The default is 1280 which stems from the standard Ethernet MTU size.
- {udp, Module}.
-
Module = atom()
Tell Erlang to use other primitive UDP module than inet_udp.
- {tcp, Module}.
-
Module = atom()
Tell Erlang to use other primitive TCP module than inet_tcp.
- clear_hosts.
-
Clear the hosts table.
- clear_ns.
-
Clear the list of recorded nameservers (primary and secondary).
- clear_search.
-
Clear the list of search domains.
9.3 User Configuration Example
Here follows a user configuration example.
Assume a user does not want Erlang to use the native lookup method, but wants Erlang to read all information necessary from start and use that for resolving names and addresses. In case lookup fails, Erlang should request the data from a nameserver (using the Erlang DNS client, set to use EDNS allowing larger responses). The resolver configuration will be updated when its configuration file changes, furthermore, DNS records should never be cached. The user configuration file (in this example named erl_inetrc, stored in directory ./cfg_files) could then look like this (Unix):
%% -- ERLANG INET CONFIGURATION FILE -- %% read the hosts file {file, hosts, "/etc/hosts"}. %% add a particular host {host, {134,138,177,105}, ["finwe"]}. %% do not monitor the hosts file {hosts_file, ""}. %% read and monitor nameserver config from here {resolv_conf, "/usr/local/etc/resolv.conf"}. %% enable EDNS {edns,0}. %% disable caching {cache_size, 0}. %% specify lookup method {lookup, [file, dns]}.
And Erlang could, for example, be started like this:
% erl -sname my_node -kernel inetrc '"./cfg_files/erl_inetrc"'


Using Python (OpenCV) to analyze video files
1. Excerpt
I have collected video recordings from a rat that was performing multiple trials of reach-and-pull activities. My goal in this project is to classify these activities based on the number of reaches rat performed in each trial. The overall procedure looks like this:
2. Introduction
Rodents are among the most popular animal models used in research studies. Rats, especially, can be trained to perform a variety of tasks to study motor disabilities, and psychological and cognitive disorders. When analyzing the rat behavior or using it as a dependent parameter, it is often required to use repetitive trials in which the rat performs a “similar” task. (A trial is defined as the learned task, such as reaching and grasping a food pellet, that is performed by rat over and over again and during which data is collected). Perhaps, the best method of identifying a particular task is to use a 3D tracking system with reflective markers attached to the rat’s joints, although such systems can be very expensive. A cheaper and equally effective method might be using a simple USB camera that is strategically placed so that it can capture information from the images.
Figure 1. The behavioral task
3. Problem Definition
The picture above demonstrates an experimental setup where neural, EMG, and force signals are being recorded simultaneously while the rat is performing a reach-to-pull task. In this task, the rat reaches through a window on its cage and pulls on a metal rod. The recording system automatically saves all the signals along with video images sampled at 30 frames/sec. Our goal is to group trials based on the number of reaches the rat performs, so that we can study each group separately.
What about using a force sensor?
Using a force sensor is probably the first and simplest solution we can think of. However, there it has a big drawback. We can detect reaches only if the animal makes contact with the rod. All other reaches would go unnoticed. We need a better approach where we can detect the reaches regardless of the final outcome (pulling vs. not pulling).
What is the alternative?
We can analyze the video recordings to figure out how many times rat attempted the pull in a given trial.
4. Image Processing using OpenCV-Python
Here is the basic flowchart that I implemented:
Figure 2. The flowchart
Step 1: Read the frames, convert it to gray scale, and specify the Region of Interest (ROI)
# Convert from colored to grayscale
gray = cv2.cvtColor(frame, cv2.COLOR_BGR2GRAY)
# Define a region of interest for the white plastic tray (landmark)
roi = np.zeros((480,640), np.uint8)
roi[240:400, 220:460] = np.ones((160,240), np.uint8) * 255
Figure 3. ROI is shown as the white rectangle
Step 2: Convert frame to a binary image
# Convert from grayscale to black-and-white
_, thresh = cv2.threshold(gray, 125, 255, cv2.THRESH_BINARY)
# Bitwise-AND the mask and the original image
res = cv2.bitwise_and(thresh, thresh, mask=roi)
Figure 4. Binarized
Step 3: Use cv2.findContours()
to find the desired large white area and mark it
contours, hier = cv2.findContours(res,cv2.RETR_LIST,cv2.CHAIN_APPROX_SIMPLE)
for cnt in contours:
if 5000 < cv2.contourArea(cnt) < 20000:
cv2.drawContours(frame, [cnt], 0, (0, 255, 0), 2)
Figure 5. Contour idntified
Step 4: Finally, choose a window of interest to follow rat’s paw movements
# x1, y1, x2, and y2 coordinates are defined based on the contour
img = cv2.rectangle(frame, (x1, y1), (x2, y2), (0, 0, 255), 3)
Figure 6. We are interested in the pixel variations within the RED area
Let’s look at the overall procedure one more time:
5. Testing the Algorithm
I tested the algorithm on two sessions of recordings, each having about 100 trials. The confusion matrices and kappa statistics are given below. The group numbers represent the number of reaches with or without a successful pull. Actual numbers of reaches were determined by a human observer.
1: One reach, 2: Two reaches, 3: Three reaches, 4: Four reaches
RESULTS
SESSION 1:
Predicted group
1 2 3 4 | Tot.
-------------------------
1 | 20 2 1 0 | 23 -Accuracy = 90%
Actual 2 | 1 41 3 1 | 46 -Cohen's kappa = 0.8341
Group 3 | 0 1 16 0 | 17 -Near perfect agreement between groups
4 | 0 0 0 1 | 1
-------------------------
Tot.| 21 44 20 2 | 87
SESSION 2:
Predicted group
1 2 3 4 | Tot.
-------------------------
1 | 34 3 0 0 | 37 -Accuracy = 85%
Actual 2 | 5 49 2 0 | 56 -Cohen's kappa = 0.7440
Group 3 | 1 4 8 0 | 13 -Substantial agreement between groups
4 | 0 0 1 0 | 1
-------------------------
Tot.| 40 56 11 0 | 107
6. Conclusion
By analyzing video images, I segregated rat’s reaching movements into different groups with significant accuracy. There were two major limitations in the method I used:
- Paw detection is susceptible to changes in the background. The background must be dark and static in order for this method to work efficiently. A better approach would be placing the camera from a bird-view angle so that rat’s body would not intervene with the ROI window.
- The current method requires a pre-defined region to focus (the ROI) which requires user adjustments based on camera angle. An optimal approach should automatically decide an ROI without requiring the user’s involvement.
7. Demo
Instructions for using the demo folder in a Python IDE (E.g. VS Code)
- Download the files
$ git clone https://github.com/goksinan/rat_video_demo.git
- Go to rat_video_demo directory and create a new virtual environment
$ python3 -m venv venv $ source venv/bin/activate
- Install the required packages
$ pip install -r requirements.txt
- Run the .py file
$ python3 run.py


Playbook
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Hasina vows to provide electricity to every household
by bdnews24.comPrime Minister Sheikh Hasina has promised to provide electricity to every household in Bangladesh while urging citizens not to waste power.
The prime minister launched seven power stations and 100 percent electricity coverage in 23 upazilas through a video conference on Wednesday.
The seven power plants are -- Anowara 300MW Power Plant, Rangpur 113MW Power Plant, Karnaphuli 110MW Power Plant, Shitalbaha 105MW Power Plant, Patiya 54MW Power Plant, Tetulia 8MW Solar Power Plant and Gazipur 100MW Power Plant.
"We are supplying electricity at rates that are lower than the cost of production," she said.
"I urge everyone to be prudent about power consumption so that there's no wastage."
Hasina added that the government is working to supply electricity to the entire population of the country.
"We are supplying electricity through solar panels to houses that are not connected to the power grid. We are producing power through different means to light up those houses.”


FAQ
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{% extends "base.html" %} {% block body %}
It's important to keep your departmental action plan records up to date. This is so we can work towards constantly improving the UK's supply chain resilience.
{% if update_complete %}All supply chains have been completed for this month.
{% else %}| Supply chain | No. strategic actions |
Last updated |
|---|---|---|
| {{ supplychain.name }} | {{supplychain.strategic_action_count}} | {{supplychain.last_submission_date|date:"j M Y"}} |


Components/types upload
Edit (pull request)You cannot upload the same archive (same id and version) mutliple times. If you changed an archive, you must increment the version number so you can upload it to Alien.
Create your own component
If you want create your own component please go here.
Roles and security
In order to be able to add components to the repository you must have the COMPONENT_MANAGER role. Note that if the archive you wish to upload contains both nodes and relationship types and both a topology template, then you must have both the COMPONENT_MANAGER and ARCHITECT role
There are three ways to upload components descriptions in ALIEN regarding you browser capabilities :
Drag you archive file > Drop it on the dash dotted area
Once upload has been completed successfully you should be able to see the node types contained in the archive in the components browsing panel.
Click on [Upload CSAR] > Select your archive (The file is automaticly uploaded)
Once upload has been completed successfully you should be able to see the node types contained in the archive in the components browsing panel.
Git repository hierarchy
In order to be able to import components properly, this feature required a folder organisation based on TOSCA recommendation For example, if you want to import one of the Samples repository, the folder to import musn’t contains a Yaml file at its root. See apache archive for examples Github apache example. If the folder is based on an older TOSCA recommandation, please ensure you have a folder named TOSCA-Metadata and the YAML file to import in another folder See recipes archive for examples Gitblit recipes example.
Click on
Fill the modal by typing expected values and save.
In the Archive’s folder text field : put the name of the folder containing the yaml file for example apache to import Apache component in the Samples repository. You can also leave this text filed empty (under no circumstance put an * ) : it will import all the folders if its contains a yaml file. Credentials text fields can be used to access private repository. Click on Save the repository locally if you want the repository to be stored on your computer, this will enable the versionning manager on it.
Now you should be able to see the Csar git location created in the tab below
Click on to trigger the import process.
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Upload issues
Alien 4 Cloud performs validation of your archive agains the TOSCA specification.
The following image shows the upload of an archive with an error :
When deploying on some cloud technologies alien4cloud uses some node template names in the name of the generated ressources (VMs, BlockStorage etc.). Some cloud APIs do not manage special characters as dashes or underscore. In addition some people like to set the hostname based on the name of the node template. Therefore and while this is authorized in TOSCA alien4cloud prevent naming the node template with such characters.
If a node template name contains some special character (is: not an alphanumeric character from the basic Latin alphabet and the underscore) we will automatically replace these characters.


Kitchener looking for feedback on first draft of Cycling and Trails Master Plan
An online survey is available until November 30
by Cali DoranThe City of Kitchener is hoping to better connect Kitchener through walking and cycling trails.
In their first round of engagement, they spoke with 2000 residents about what they would like to see in the master plan.
They developed a draft of the master plan from the suggestions they received from the public.
Barry Cronkite, Director of Transportation Services with the City of Kitchener explained what the draft entails.
"We have come up with a vision, a mission, goals, and strategies. We have also come up with what our proposed network infrastructure should look like and what those spines are."
He said they are on to the second phase of engagement which is an online survey to gather feedback about the draft.
"We are essentially asking people what they think of the plan to date, the vision, the mission, the goals, what they think of the network and essentially if we have missed anything. There is an opportunity to fill in any gaps that we have missed at this point."
Cronkite said they will be taking the feedback into consideration when creating the final plan which they are planning to take to council in April of 2020.
"If it's approved at that time you will start to see, hopefully, some pretty substantial changes in the construction season of 2020."
The online survey is available until November 30.