package common
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- By Inheritance
- common
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Type Members
-
case class
Document(id: Long, name: String, pages: Iterable[Page], prepared: Boolean) extends Product with Serializable
Represents a set of pages that are linked by their meanings
Represents a set of pages that are linked by their meanings
- id
The id in the database, set when stored, not takken in account when the document is first created
- name
The name you want to give to the document
- pages
The set of pages that constitute the document
- prepared
Determine wether the pages of the document are prepared, cut in examples
-
case class
Example(id: Long, imagePath: String, transcript: Option[String], enabled: Boolean = true, validated: Boolean = false) extends Product with Serializable
Represent the association between the image of a line and its transcription
Represent the association between the image of a line and its transcription
- id
The id in the database of the Example, not takken in account before the store in the database
- imagePath
The name of the image corresponding to the example
- transcript
The transcription of the text in the associated image
- enabled
Determine wether the example is relevant or not
- validated
Determine wether the example is checked and validated by the user or not
-
case class
Page(id: Long, groundTruth: String, examples: Iterable[Example]) extends Product with Serializable
Represent the association of a physical page and its associated describing file along with the examples based on those files
Represent the association of a physical page and its associated describing file along with the examples based on those files
- id
The id of the Page in the database, set when stored, not takken in account when first created
-
case class
Project(id: Long, name: String, recogniser: RecogniserType.Value, documents: Iterable[Document]) extends Product with Serializable
Represents the highest class in the datastructure, regroups the documents that are linked together by their meanings
Represents the highest class in the datastructure, regroups the documents that are linked together by their meanings
- id
The id of the Project in the database, set when stored, not takken in account when first created
- name
The name given to thr project
- recogniser
The recogniser format that the exported examples must match
- documents
The documents that composed the project
Value Members
- val answerPort: Int
- val detectorIp: String
- val disableLineDetector: Boolean
- val filePort: Int
- val globalDataFolder: String
- val globalExportFolder: String
- val pythonImageCropperExecutablePath: String
-
object
RecogniserType extends Enumeration
The differents format that the application can export to Need to write the name of the class used


| Package | Description |
|---|---|
| org.apache.chemistry.opencmis.bridge | |
| org.apache.chemistry.opencmis.client.api |
The OpenCMIS Client API.
|
| org.apache.chemistry.opencmis.client.util | |
| org.apache.chemistry.opencmis.commons.data |
OpenCMIS data interfaces.
|
| org.apache.chemistry.opencmis.commons.definitions |
OpenCMIS type and property definition interfaces.
|
| org.apache.chemistry.opencmis.commons.impl.server | |
| org.apache.chemistry.opencmis.commons.spi |
OpenCMIS client and server binding services.
|
| org.apache.chemistry.opencmis.server.support | |
| org.apache.chemistry.opencmis.server.support.query | |
| org.apache.chemistry.opencmis.server.support.wrapper | |
| org.apache.chemistry.opencmis.tck.impl |
| Class and Description |
|---|
| TypeDefinition
Base type definition interface.
|
| TypeDefinitionContainer
Type Definition Container.
|
| TypeDefinitionList
List of type definitions.
|
| Class and Description |
|---|
| PropertyDefinition
Base property definition interface.
|
| TypeDefinition
Base type definition interface.
|
| Class and Description |
|---|
| PropertyDefinition
Base property definition interface.
|
| TypeDefinition
Base type definition interface.
|
| Class and Description |
|---|
| PermissionDefinition
Permission definition.
|
| Class and Description |
|---|
| Choice
Choice value interface.
|
| DocumentTypeDefinition
Document Type Definition.
|
| FolderTypeDefinition
Folder Type Definition.
|
| ItemTypeDefinition
Item Type Definition.
|
| MutablePropertyDefinition
Mutable base property definition interface.
|
| MutableTypeDefinition |
| PolicyTypeDefinition
Policy Type Definition.
|
| PropertyBooleanDefinition
Property definition of a boolean property.
|
| PropertyDateTimeDefinition
Property definition of a datetime property.
|
| PropertyDecimalDefinition
Property definition of a decimal property.
|
| PropertyDefinition
Base property definition interface.
|
| PropertyHtmlDefinition
Property definition of a HTML property.
|
| PropertyIdDefinition
Property definition of an ID property.
|
| PropertyIntegerDefinition
Property definition of an integer property.
|
| PropertyStringDefinition
Property definition of a string property.
|
| PropertyUriDefinition
Property definition of a URI property.
|
| RelationshipTypeDefinition
Relationship Type Definition.
|
| SecondaryTypeDefinition
Secondary Type Definition.
|
| TypeDefinition
Base type definition interface.
|
| TypeDefinitionContainer
Type Definition Container.
|
| TypeMutability
Type mutability flags.
|
| Class and Description |
|---|
| TypeDefinition
Base type definition interface.
|
| TypeDefinitionContainer
Type Definition Container.
|
| TypeDefinitionList
List of type definitions.
|
| Class and Description |
|---|
| PropertyDefinition
Base property definition interface.
|
| TypeDefinition
Base type definition interface.
|
| TypeDefinitionContainer
Type Definition Container.
|
| TypeDefinitionList
List of type definitions.
|
| Class and Description |
|---|
| Choice
Choice value interface.
|
| DocumentTypeDefinition
Document Type Definition.
|
| MutableDocumentTypeDefinition
Mutable Document Type Definition.
|
| MutableFolderTypeDefinition
Mutable Folder Type Definition.
|
| MutableItemTypeDefinition
Mutable Item Type Definition.
|
| MutablePolicyTypeDefinition
Mutable Policy Type Definition.
|
| MutablePropertyDefinition
Mutable base property definition interface.
|
| MutableRelationshipTypeDefinition
Mutable Relationship Type Definition.
|
| MutableSecondaryTypeDefinition
Mutable Secondary Type Definition.
|
| MutableTypeDefinition |
| PropertyDefinition
Base property definition interface.
|
| RelationshipTypeDefinition
Relationship Type Definition.
|
| TypeDefinition
Base type definition interface.
|
| TypeDefinitionContainer
Type Definition Container.
|
| TypeDefinitionList
List of type definitions.
|
| TypeMutability
Type mutability flags.
|
| Class and Description |
|---|
| PropertyDefinition
Base property definition interface.
|
| TypeDefinition
Base type definition interface.
|
| Class and Description |
|---|
| TypeDefinition
Base type definition interface.
|
| TypeDefinitionContainer
Type Definition Container.
|
| TypeDefinitionList
List of type definitions.
|
| Class and Description |
|---|
| PropertyDefinition
Base property definition interface.
|
| TypeDefinition
Base type definition interface.
|
Copyright © 2009-2014 The Apache Software Foundation. All Rights Reserved.


--- title: Model loss functions type: docs repo: https://github.com/rstudio/keras menu: main: name: Model loss functions - keras parent: keras-reference aliases: - /reference/keras/loss_mean_squared_error.html - /keras/reference/loss_mean_squared_error.html - /guide/keras/reference/loss_mean_squared_error.html - /tools/tools/keras/reference/loss_mean_squared_error.html - /installation/keras/reference/loss_mean_squared_error.html - /tutorials/keras/reference/loss_mean_squared_error.html - /guide/tools/keras/reference/loss_mean_squared_error.html - /deploy/keras/reference/loss_mean_squared_error.html - /tools/keras/reference/loss_mean_squared_error.html - /tutorials/tools/keras/reference/loss_mean_squared_error.html ---
Model loss functions
loss_mean_squared_error(y_true, y_pred)
loss_mean_absolute_error(y_true, y_pred)
loss_mean_absolute_percentage_error(y_true, y_pred)
loss_mean_squared_logarithmic_error(y_true, y_pred)
loss_squared_hinge(y_true, y_pred)
loss_hinge(y_true, y_pred)
loss_categorical_hinge(y_true, y_pred)
loss_logcosh(y_true, y_pred)
loss_categorical_crossentropy(y_true, y_pred)
loss_sparse_categorical_crossentropy(y_true, y_pred)
loss_kullback_leibler_divergence(y_true, y_pred)
loss_poisson(y_true, y_pred)
loss_cosine_proximity(y_true, y_pred)
loss_cosine_similarity(y_true, y_pred)
| y_true | True labels (Tensor) |
| y_pred | Predictions (Tensor of the same shape as |
Loss functions are to be supplied in the loss
parameter of the
compile.keras.engine.training.Model()
function.
Loss functions can be specified either using the name of a built in loss function (e.g. 'loss = binary_crossentropy'), a reference to a built in loss function (e.g. 'loss = loss_binary_crossentropy()') or by passing an artitrary function that returns a scalar for each data-point and takes the following two arguments:
y_true
True labels (Tensor)
y_pred
Predictions (Tensor of the same shape as y_true
)
The actual optimized objective is the mean of the output array across all datapoints.
When using the categorical_crossentropy loss, your targets should be in
categorical format (e.g. if you have 10 classes, the target for each sample
should be a 10-dimensional vector that is all-zeros except for a 1 at the
index corresponding to the class of the sample). In order to convert
integer targets into categorical targets, you can use the Keras utility
function to_categorical()
:
categorical_labels <- to_categorical(int_labels, num_classes = NULL)
log(cosh(x))
is approximately equal to (x ** 2) / 2
for small x
and
to abs(x) - log(2)
for large x
. This means that 'logcosh' works mostly
like the mean squared error, but will not be so strongly affected by the
occasional wildly incorrect prediction. However, it may return NaNs if the
intermediate value cosh(y_pred - y_true)
is too large to be represented
in the chosen precision.


UTC -5
United States dollars (US$). Some Turks and Caicos coins are used.
International Dialing Code for Turks Caicos is +1 649.
Digicel update December 2014:
Anyone cruising using Digicel should be aware that if you purchase a SIM card in one country, it cannot be topped up in different one, as previously possible. So if you wish to use the sim bought here while cruising in other countries, you should either put on a large enough sum to cover your needs, or set up an account and do it online.
You can top-up Digicel at https://online-top-up.digicelgroup.com/
There are scheduled flights from Miami, Florida, to Providenciales by way of American Airlines. Turks & Caicos Island Airways can get you around the island group, or to Providenciales or Grand Turk from Jamaica, Nassau, Haiti, the Dominican Republic and Puerto Rico.
UK Governor's Office, Grand Turk: Tel +1<PHONE_NUMBER>.
Canadian High Commission, Kingston, Jamaica (also responsible for Turks and Caicos Islands): Tel +1<PHONE_NUMBER>
Australian High Commission, Port of Spain, Trinidad and Tobago (also responsible for Turks and Caicos Islands): Tel +1<PHONE_NUMBER>.
Start of South Caicos regatta on Commonwealth Day
Carnival, end of August
Emergencies - Dial 999/911
IMRAY AND ADLARD COLES PILOT BOOKS are available at a discounted price for Noonsite.com users via World Cruising Club
A Thinking Mans Guide to Voyages South - the many facets of Caribbean Cruising
Author: Frank Virgintino
Published: 3rd Edition January 2013
Available as a Kindle version at www.amazon.com as well as other EPub bookstores.
The latest edition of this route planner is larger than ever. For more details see this report
The Turks and Caicos Guide
By Stephen J Pavlidis
Publisher: Seaworthy Publications Edition: 2nd (2002)
ISBN:<PHONE_NUMBER>
This is the original in depth cruising guide to the Turks and Caicos region. It includes key harbours on the northern coast of the Dominican Republic. The book contains colour charts, GPS waypoints, piloting instructions, approach routes, marinas and anchorages. Also included are dive sites, radio weather broadcasts, tides and currents, and evn history, holidays and customs. In addition, the book contains information on Puerto Plata and luperon in the Dominica Republic with charts and photos.
Turks Islands Landfall - A History of the Turks & Caicos Islands
By Herbert E. Sadler
1997 Edition Editors: Marjorie Sadler, Karen Collins
ISBN 976-8138-62-9
Essential charts of the Islands are available from Wavey Line Publishing, P.O. Box 101, Grand Turk, Turks and Caicos Islands, BWI
Routes and Waypoints
By Captain Pieter D. Brown
Publisher Baico Publishing Consultants Inc., Ontario, Canada (2011)
ISBN: 978-1-926596-83-9
A Navigational & Piloting Guide of Suggested Routes with Waypoints from Eastern Canada to Grenada including: the Canadian & USA E. Coasts, Bahamas, Turks & Caicos, Cuba, Dominican Republic, Puerto Rico, the Virgin Islands, the Leeward & Windward Islands.
Read Review here
Visit Turks and Caicos Islands
A useful site with information about each of the islands.


Brr, Articles
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This package contains a generic xlet that's designed to be configurable for a GRIN-based xlet. It can be used by setting up a build properties file in a new directory, and providing a GRIN show file and director.
See the README.txt file in this project's base directory (xlets/GrinXlet) for a more thorough discussion of how to use this xlet container.


Preparation time
less than 30 mins
Cooking time
10 to 30 mins
Serves
Serves 4-6
Dietary
This simple tart is easy to make and freezes well. Ready-rolled pastry makes it quick, so it's on your side if you need to impress in a flash.
Preheat the oven to 220C/200C Fan/Gas 7.
Place a griddle over a medium–high heat. Brush the aubergine slices with olive oil and season lightly on both sides. Cook in the griddle until tender and charred, turning halfway though. You may need to do this in batches.
Unroll the pastry and place onto a large non-stick baking tray. Using a small knife, score a 1cm/½in border around the edge of the pastry and prick the base to prevent it from puffing up. Brush the border with beaten egg.
Mix the tomato paste, garlic and dried basil in a small bowl and spread over the base, avoiding the border. Lay the aubergine on top. Crumble the feta and sprinkle over the aubergines. Bake on the middle shelf for 25–30 minutes, or until the sides have puffed up and the pastry has cooked through. Allow to stand for 10 minutes.
Meanwhile make the salad. Carefully place the cloves on the edge of a small gas hob and turning the flame onto its lowest setting so the edges catch and the garlic turns black. Turn off the gas, let the garlic cool slightly, chop the cloves as finely as possible and crush using the back of a knife.
Place the garlic, oil, vinegar, mayonnaise and a pinch of salt in a lidded jar and shake until smooth.
Place the leaves, onion and pine nuts in a large bowl and drizzle over the dressing. (Any leftover dressing can be refrigerated.)
To serve, cut the tart into four to six slices and serve with the salad. Sprinkle over the basil and finish with a drizzle of olive oil.


Can you remember the order that the sequence is played in? Click the start button and try to play back the button order based on the audio and visual cue prompts. You will only have a certain amount of time to make each guess based on the difficulty you chose, and can only make a total of 3 mistakes. Good luck!
Time Remaining(seconds):
0


Proper use of drugs and medicines
Medicine can affect our body in both positive way and negative way, taking too many drug and medicine will harm our health.
Patients should take medicines prescribed by their doctor according to the dosing schedule, and make no arbitrary increase or decrease on the frequency and dosage of medication.
Overdose may lead to poisoning or even death, while underdose cannot relieve the medical conditions.
For more advice on Medication
Please go to
http://www.drugoffice.gov.hk/eps/do/en/consumer/news_informations/knowledge_on_medicines/general_use_on_medicine.html
And have a check.
Keyword:Use
image from wateronline.com
Background photo by Gatis Gribusts (Flickr)


Honey Bee Colonies - Released May 12, 2016, by the National Agricultural Statistics Service (NASS), Agricultural Statistics Board, United States Department of Agriculture (USDA).
You have downloaded "comma-separated value" (CSV) files which contain delimited-record representations of the tables in the report referenced above. These CSV files can be imported into spreadsheets, or can be processed easily by other types of software.
The file hcny_index.htm is among the files you have downloaded. It contains table descriptions and file names for the CSV files.
Each line in a given CSV file represents one line in the published table (exception: there is a separate line for each footnote, regardless of how the footnotes are presented in the published table).
The first two values on the line are not part of the table. The first value is a table number. The second value is a line "type", as follows:
t = title line
h = column heading line
u = units definition line
d = data line
c = the horizontal "closing" line (___) at the bottom of the table
f = footnote
Examples:
Title Line
195,"t","Crop Summary: Area Planted and Harvested, United States, 2000-2001"
Column Heading Lines
195,"h","","Area Planted","Area Planted","Area Harvested","Area Harvested"
195,"h","Crop","","","",""
195,"h","","2000","2001","2000","2001"
195,"h","","","","",""
Units Definition Line
195,"u","","1,000 Acres","1,000 Acres","1,000 Acres","1,000 Acres"
Data Lines
195,"d","","","","",""
195,"d","Grains & Hay","","","",""
195,"d"," Corn for Grain 2/","79545.0","","72732.0",""
Closing Line
195,"c",""
Footnote
195,"f","2/ Area planted for all purposes."


| This is an inventory of the status of each of the various VRML 2.0
nodes in VRaniML. Most nodes are complete but need testing. There are
a few known bugs. The nodes that are not implemented are: FontStyle, MovieTexture,
Fog, Script, Collision and Text.
| . |
VRaniML C++
Node Inventory |
. |
. |
. |
. |
| . |
Beta
Release 0.9.04 |
. |
.. |
. |
. |
| . |
. |
ActionTraverser |
RenderTraverser* |
Notes |
. |
| . |
Node |
. |
. |
. |
. |
| . |
Appearance
Nodes |
.. |
.. |
.. |
. |
| . |
vrAppearance |
N/A |
Done |
|
. |
| . |
vrFontStyle |
N/A |
|
|
. |
| . |
vrImageTexture |
N/A |
Done |
|
. |
| . |
vrMaterial |
N/A |
Done |
|
. |
| . |
vrMovieTexture |
N/A |
|
|
. |
| . |
vrPixelTexture |
N/A |
NC |
4 comp textures
only |
. |
| . |
vrTextureTransform |
N/A |
Done |
|
. |
| . |
Bindable Nodes |
. |
. |
. |
. |
| . |
vrBackground |
N/A |
Done |
|
. |
| . |
vrFog |
N/A |
|
|
. |
| . |
vrNavigationInfo |
N/A |
NC |
ignores
avatarSize |
. |
| . |
vrViewpoint |
N/A |
NC |
viewpoint
orientation buggy |
. |
| . |
Common Nodes |
. |
. |
. |
. |
| . |
vrAudioClip |
NC |
NC |
not spatialized,
ignores time |
. |
| . |
vrDirectionalLight |
N/A |
Done |
|
. |
| . |
vrPointLight |
N/A |
Done |
|
. |
| . |
vrScript |
|
|
|
. |
| . |
vrShape |
N/A |
Done |
|
. |
| . |
vrSound |
NC |
NC |
not spatialized,
ignores time |
. |
| . |
vrSpotLight |
N/A |
Done |
|
. |
| . |
vrWorldInfo |
N/A |
Done |
|
. |
| . |
Grouping Nodes |
. |
. |
. |
. |
| . |
vrAnchor |
Done |
N/A |
|
. |
| . |
vrBillboard |
N/A |
Done |
|
. |
| . |
vrCollision |
|
|
|
. |
| . |
vrGroup |
N/A |
Done |
|
. |
| . |
vrTransform |
N/A |
Done |
|
. |
| . |
vrInline |
N/A |
Done |
|
. |
| . |
vrLOD |
NC |
Done |
ignores viewer orientation |
. |
| . |
vrSwitch |
N/A |
Done |
|
. |
| . |
Geometry Nodes |
. |
. |
. |
. |
| . |
vrBox |
N/A |
Done |
|
. |
| . |
vrCone |
N/A |
Done |
|
. |
| . |
vrCylinder |
N/A |
Done |
|
. |
| . |
vrExtrusion |
N/A |
NC |
normals,
textures buggy |
. |
| . |
vrSphere |
N/A |
Done |
|
. |
| . |
vrText |
N/A |
|
|
. |
| . |
vrElevationGrid |
N/A |
NC |
normals are
buggy |
. |
| . |
vrIndexedFaceSet |
N/A |
NC |
normals are
buggy |
. |
| . |
vrIndexedLineSet |
N/A |
Done |
|
. |
| . |
vrPointSet |
N/A |
Done |
|
. |
| . |
vrColor |
N/A |
N/A |
|
. |
| . |
vrCoordinate |
N/A |
N/A |
|
. |
| . |
vrNormal |
N/A |
N/A |
|
. |
| . |
vrTextureCoordinate |
N/A |
N/A |
|
. |
| . |
Interpolator Nodes |
. |
. |
. |
. |
| . |
vrColorInterpolator |
N/A |
N/A |
|
. |
| . |
vrCoordinateInterpolator |
N/A |
N/A |
|
. |
| . |
vrNormalInterpolator |
N/A |
N/A |
|
. |
| . |
vrOrientationInterpolator |
N/A |
N/A |
|
. |
| . |
vrPositionInterpolator |
N/A |
N/A |
|
. |
| . |
vrScalarInterpolator |
N/A |
N/A |
|
. |
| . |
Sensor Nodes |
. |
. |
. |
. |
| . |
vrCylinderSensor |
Done |
N/A |
|
. |
| . |
vrPlaneSensor |
Done |
N/A |
|
. |
| . |
vrProximitySensor |
NC |
N/A |
ignores viewer orientation |
. |
| . |
vrSphereSensor |
NC |
N/A |
buggy |
. |
| . |
vrTimeSensor |
Done |
N/A |
|
. |
| . |
vrTouchSensor |
Done |
N/A |
|
. |
| . |
vrVisibilitySensor |
|
N/A |
|
. |
| . |
. |
. |
. |
. |
. |
* - Only OpenGL renderer is currently available, however any rendering library can be
used to render VRaniML scene graphs.
N/A: Not Applicable
Done: Node implementation completed - may still need some testing
NC: Node implementation started not completed
Blank: Node implementation not started
Known Bugs and other notes:
(1) Nodes with 'url' fields may allow certain invalid 'URL's to be read, for example
DOS filenames.
(2) Proximity sensor and LOD ignores browser viewpoint orientation (ie they only work
with default orienation)
(3) Primitive geometry nodes (ie.Box, Cone, Cylinder and Sphere) ignore
textureTransform
(4) Sensors and Interpolators are not rendered. That's why they are N/A.
|


{% extends "base.html" %} {% block tag_trunk_content %}
With utmost consideration for the safety of Life and Property and the Protection of Environment, the Company dedicates itself to meet the expectations of its customers and the aspirations of its Stakeholders by ensuring that effective Safety and Quality Management Systems are in place that comply with the relevant National and International Codes, Standards, Statutory and Regulatory Requirements.
In line with our strategy to be a market leader and a preferred safe service provider, we shall monitor and ensure the effectiveness and continual improvement of our systems, leading to excellence.
With our firm belief in team success, we shall achieve our objectives by:
This policy shall be implemented and maintained at all levels of the organization- ship based, rig based and shore based.


ID3, founded out of the MIT Media Lab, has teamed up with nearly two dozen leading digital currency firms to announce the Windhover Principles. ID3 is a research and educational nonprofit with a mission to develop a new social ecosystem of trusted digital institutions. The Wi...


{% extends "base.html" %} {% load staticfiles %} {% block title %}Island Soccer{% endblock %} {% block content %}
Welcome to the official site of Major Island Soccer Organization (MISO). We hope you find this site informative and entertaining.
MISO, which stands for Major Island Soccer Organization (originally stood for Men’s Island Soccer Organization), was founded in August of 1996 by a group of players and teams to provide the island of Oahu it's then only men's USSF sanctioned league, as well as seeking something different from what was available at the time. Many people spoke of creating such a League, but it wasn't until Cesar Robledo stepped forward and decided to organize the players and teams, that the League started taking form. Cesar would later become MISO's first President, with Sergio Bolioli as second VP.
{% endblock %}


--- title: CLI and CGI version: "5.0" tags: - "5.0" - cli-cgi ---
In PHP 5 there were some changes in CLI and CGI filenames. In PHP 5, the CGI version was renamed to php-cgi.exe (previously php.exe) and the CLI version now sits in the main directory (previously cli/php.exe).
In PHP 5 it was also introduced a new mode: php-win.exe. This is equal to the CLI version, except that php-win doesn't output anything and thus provides no console (no "dos box" appears on the screen). This behavior is similar to php-gtk.
In PHP 5, the CLI version will always populate the global
$argv and $argc variables regardless
of any php.ini directive setting. Even having
register_argc_argv set to
off
will have no affect in CLI.
See also the command line reference.


Template system originally from the fantastic SingleFile extension
back to main preferences pageThe template variables are used to customize the infobar content or the file name of a saved page. They help to insert dynamic values like the save date or the page title.
You can limit the length of a dynamic value by adding [maxByteSize]
just after
the variable name. The maxByteSize
value is the maximum length of the value in bytes
(e.g. `{page-title}[20]` to limit the title to 20 bytes).
{page-title}
: the title of the page{page-heading}
: the content of the H1 tag in the page{page-description}
: the description of the page{page-author}
: the author of the page{page-publisher}
: the publisher of the page{datetime-iso}
: the save date and time in the ISO format (e.g.
"2018-09-15T22_38_26_317Z"){datetime-utc}
: the save date and time in UTC format (e.g. "Sat, 15 Sep 2018
22_38_26 GMT"){datetime-locale}
: the localized value of the date and time (e.g. "9_16_2018,
12_54_31 AM"){date-iso}
: the save date in the ISO format (e.g. "2018-09-15"){date-locale}
: the localized value of the save date (e.g. "16_09_2018"){time-iso}
: the save time in the ISO format (e.g. "22_38_26_317"){time-locale}
: the localized value of the save time (e.g. "00_38_26"){day-utc}
: the day of the save date in UTC format (e.g. "15"){day-locale}
: the localized value of the day (e.g. "15"){month-utc}
: the month of the save date in UTC format (e.g. "09"){month-locale}
: the localized value of the month (e.g. "09"){year-utc}
: the year of the save date in UTC format (e.g. "2018"){year-locale}
: the localized value of the year (e.g. "2018"){hours-utc}
: the hour of the save date in UTC format (e.g. "20"){hours-locale}
: the localized value of the hour (e.g. "22"){minutes-utc}
: the minutes of the save date in UTC format (e.g. "38"){minutes-locale}
: the localized value of the minutes (e.g. "38"){seconds-utc}
: the seconds of the save date in UTC format (e.g. "31"){seconds-locale}
: the localized value of the seconds (e.g. "31"){url-href}
: the URL of the page (e.g. "http_example.com"){url-pathname}
: the path name of the URL (e.g. "category_index.html"){url-last-segment}
: the last part of the pathname (without the extension) or the
host if not found (e.g. "index"){url-protocol}
: the protocol of the URL (e.g. "https"){url-host}
: the host name + the port of the URL (e.g. "example.com_8080"){url-hostname}
: the host name of the URL (e.g. "example.com"){url-port}
: the port of the URL (e.g. "8080"){url-username}
: the user name of the URL (e.g. "john_doe"){url-password}
: the password of the URL (e.g. "qwerty123"){url-search}
: the search string of the URL (e.g. "order=ascending"){url-search-<name>}
: the query parameter "<name>" in the the search
string of the URL (e.g. "url-search-order" will return "ascending" in the previous example){url-hash}
: the hash of the URL (e.g. "chapter-2"){url-referrer}
: the URI of the page that "linked" to the page (e.g.
"http_example.com"){tab-id}
: the unique identifier of the tab (e.g. "326"){tab-index}
: the index of the tab in the window (e.g. "1"){digest-sha-256}
: the SHA-256 hash value of the entire page content (e.g.
e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855){digest-sha-384}
: the SHA-384 hash value of the entire page content{digest-sha-512}
: the SHA-512 hash value of the entire page content


Shapovalov praises 'unbelievable' Davis Cup atmosphere
Canadian youngster Denis Shapovalov described the revamped Davis Cup format as something players have never experienced before after playing his part in victory over Italy.
MADRID: Canadian youngster Denis Shapovalov described the revamped Davis Cup format as something players have never experienced before after playing his part in victory over Italy.
The 20-year-old, who was defaulted in a 2017 Davis Cup tie after he accidentally struck the umpire with a ball, was involved in the match of the day on Monday when he beat Italian Matteo Berrettini in three sets on Court 2.
Critics of the new format, which sees 18 nations playing in Madrid for a week to decide the Davis Cup champions, fear the uniquely partisan atmosphere of the "home and away" ties will be lost. But Shapovalov was roared on by a large Canadian contingent while Berrettini also enjoyed vocal backing.
"I love the atmosphere. I think at a time like this, the end of the season, you're not looking forward to playing events and stuff like this," Shapovalov said.
 It's like nothing we have experienced. It's unbelievable."
Several times play was held up as the umpire tried to quieten the fans, which in itself was music to the ears of the organisers, the ITF and Kosmos, as the last thing they want is for ties to feel like regular ATP Tour events.
Shapovalov even goaded the Italians fans at one point after hitting an ace, cupping his ear to the crowd.
"They were talking a lot in between my first and second serves, and clapping on double (faults)," Shapovalov said. "I was getting into it, of course, in the heat of the moment.
"I felt like both sides of the fans really got into the match."
Shapovalov and Vasek Pospisil, who had earlier stunned Fabio Fognini, lost the doubles which finished past midnight local time. With ties, involving two singles and one doubles rubber starting in the evening, late nights will be a theme of the week, according to Canada captain Frank Dancevic.
Canada face the United States in their second Group F match later on Tuesday with a win assuring them of a place in the quarter-finals. That tie starts at 6pm local time.
"I think it's absurd that it's so late," he said. " We might see you here at 3 am tomorrow," he said.
Organisers said 12,114 people watched the three ties on Monday and say Tuesday's evening group clash between Spain and Russia is a 12,000-seat sell-out.
(Reporting by Martyn Herman, editing by Pritha Sarkar)


Let's see if paritial's text gets inserted here:If I show up in the index.html, then you are really upto something interesting 😉
targeting using same selector multiple times:If I show up in the index.html, then you are really upto something interesting 😉
If I show up in the index.html, then you are really upto something interesting 😉
the lower priority partial should appear after this sibling paragraph:
If I show up in the index.html, then you are really upto something interesting 😉


Puppet Class: r_profile::lockdown::user
- Defined in:
- manifests/lockdown/user.pp
Overview
R_profile::Lockdown::User
Lockdown users by disabling their passwords and or shells. Alternatively, we will remove all users named in the delete parameter. Note that it is an error to attempt to both disable and remove a user, since disabling requires that the user still be present to update /etc/shadow and /etc/password. This will manifest as a duplicate declaration error if encountered in the field.
12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 |
# File 'manifests/lockdown/user.pp', line 12
class r_profile::lockdown::user(
Array[String] $disable_password = hiera("r_profile::lockdown::user::disable_password", []),
Array[String] $disable_shell = hiera("r_profile::lockdown::user::disable_shell", []),
Array[String] $delete = hiera("r_profile::lockdown::user::delete", []),
) {
# figure out what unique users we have across both passed in arrays and then
# change each user resource once, as required
unique(concat($disable_password, $disable_shell)).each | $user | {
if $user in $disable_password {
$_disable_password = '*'
} else {
$_disable_password = undef
}
if $user in $disable_shell {
$_disable_shell = '/usr/bin/false'
} else {
$_disable_shell = undef
}
user { $user:
password => $_disable_password,
shell => $_disable_shell,
}
}
user { $delete:
ensure => absent,
}
}
|


.OK
#webapp #security
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{% extends "base.html" %} {% load staticfiles %} {% block titlesuffix %} - Configure {{ site.name }}{% endblock %} {% block head %} {% endblock %} {% block main %} {% if names_form %} {% url 'sites:edit_names' site.id as names_form_url %} {% with form=names_form form_submit_text="Save" form_action=names_form_url %} {% include "table_form_header.html" %} {% include "table_form_rows.html" %} {% include "table_form_row.html" with form_item="


Rich in culture and customs and brimming with hospitality, natural beauty, and historical heritage, Turkey serves as a crossroads between Asia and Europe. The landmass known as Anatolia on which Turkey thrives has been home to numerous civilizations and their faiths and cultures, as attested by the 13 World Heritage Sites and countless religious sites you'll find here. Relive the ancient world through the ruins, customs, and traditions that are among the nation's most precious heritages. Adventure-seekers have plenty do to here, including mountain climbing, scuba diving, rafting, and skiing. A holiday to Turkey is incomplete without a cup of Turkish coffee, the pinnacle of Turkish cuisine inscribed on the Intangible Cultural Heritage List
Places to vist in turkey & main attractions to vist
- hagia sophia
- sultan ahmed mosque
- topkapi palace
- bosphorousr
Here the
Turkey package includes all modes of transport i.e.,
- Air :
The basic price for air ways which includes first class and economic class 4000$ usd.
- Train :
The price for train is 2500$ usd.
- Bus :
The price for bus ways is 2000$ usd.


Create Event
Enter the event Name
Enter the event Location
Date of the event
Cost of one ticket
$
Number of seats for the event


---
layout: default-en
---
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{% for project in site.data.projects %}
{{ project.name }}
{% endfor %}


In this article we will build a Sign In and Password Recovery form with a single flexible layout, using Swift and the UIStackView
class, available since the release of the iOS 9 SDK. By taking advantage of UIStackView
's properties, we will dynamically adapt to the device's orientation and show / hide different form components with animations. The source code for this article can the found in this github repository.
Auto Layout has become a requirement for any application that wants to adhere to modern best practices of iOS development. When introduced in iOS 6, is was optional and full visual support in Interface Builder just wasn't there. With the release of iOS 8 and the introduction of Size Classes, the tools and the API improved but you could still dodge and avoid Auto Layout. But now, we are at a point where, in order to fully support all device sizes and split-screen multitasking on the iPad, you must embrace it and design your applications with a flexible UI in mind.
Auto Layout basically works as an linear equation solver, taking all of the constraints defined in your views and subviews, and calculates the correct sizes and positioning for them. One disadvantage of this approach is that you are obligated to define, typically, between 2 to 6 constraints for each control you add to your view. With different constraint sets for different size classes, the total number of constraints increases considerably and the complexity of managing them increases as well.
In order to reduce this complexity, the iOS 9 SDK introduced the UIStackView
, an interface control that serves the single purpose of laying out collections of views. An UIStackView
will dynamically adapt its containing views' layout to the device's current orientation, screen sizes and other changes in its views. You should keep the following stack view properties in mind:
arrangedSubviews
array[distribution](...)
and [alignment](...)
types. These attributes specify how the view collection is laid out across the span of the stack view (distribution) and how to align all subviews within the stack view's container (alignment)UIScrollView
, don't try to replicate the behaviour of an UITableView
or UICollectionView
, as you'll soon regret it.Apple recommends that you use UIStackView
for all cases, as it will seriously reduce constraint overhead. Just be sure to judiciously use compression and content hugging priorities to solve possible layout ambiguities.
The sample application we'll build features a simple Sign In form, with the option for recovering a forgotten password, all in a single screen.
When tapping on the "Forgot your password?" button, the form will change, hiding the password text field and showing the new call-to-action buttons and message labels. By canceling the password recovery action, these new controls will be hidden once again and the form will return to it's initial state.
This is what the form will look like when we're done. Let's start by creating a new iOS > Single View Application template.
Then, we add a new UIStackView
to the ViewController and add some constraints for positioning it within its parent view. Since we want a full screen width vertical form, we set its axis to .Vertical
, the alignment to .Fill
and the distribution to .FillProportionally
, so that individual views within the stack view can grow bigger or smaller, according to their content.
class ViewController : UIViewController
{
let formStackView = UIStackView()
...
override func viewDidLoad() {
super.viewDidLoad()
// Initialize the top-level form stack view
formStackView.axis = .Vertical
formStackView.alignment = .Fill
formStackView.distribution = .FillProportionally
formStackView.spacing = 8
formStackView.translatesAutoresizingMaskIntoConstraints = false
view.addSubview(formStackView)
// Anchor it to the parent view
view.addConstraints(
NSLayoutConstraint.constraintsWithVisualFormat("H:|-20-[formStackView]-20-|", options: [.AlignAllRight,.AlignAllLeft], metrics: nil, views: ["formStackView": formStackView])
)
view.addConstraints(
NSLayoutConstraint.constraintsWithVisualFormat("V:|-20-[formStackView]-8-|", options: [.AlignAllTop,.AlignAllBottom], metrics: nil, views: ["formStackView": formStackView])
)
...
}
...
}
Next, we'll add all the fields and buttons that make up our form. We'll only present a couple of them here as the rest of the code is boilerplate. In order to refrain UIStackView
from growing the height of our inputs and buttons as needed to fill vertical space, we add height constraints to set the maximum value for their vertical size.
class ViewController : UIViewController
{
...
var passwordField: UITextField!
var signInButton: UIButton!
var signInLabel: UILabel!
var forgotButton: UIButton!
var backToSignIn: UIButton!
var recoverLabel: UILabel!
var recoverButton: UIButton!
...
override func viewDidLoad() {
...
// Add the email field
let emailField = UITextField()
emailField.translatesAutoresizingMaskIntoConstraints = false
emailField.borderStyle = .RoundedRect
emailField.placeholder = "Email Address"
formStackView.addArrangedSubview(emailField)
// Make sure we have a height constraint, so it doesn't change according to the stackview auto-layout
emailField.addConstraints(
NSLayoutConstraint.constraintsWithVisualFormat("V:[emailField(<=30)]", options: [.AlignAllTop, .AlignAllBottom], metrics: nil, views: ["emailField": emailField])
)
// Add the password field
passwordField = UITextField()
passwordField.translatesAutoresizingMaskIntoConstraints = false
passwordField.borderStyle = .RoundedRect
passwordField.placeholder = "Password"
formStackView.addArrangedSubview(passwordField)
// Make sure we have a height constraint, so it doesn't change according to the stackview auto-layout
passwordField.addConstraints(
NSLayoutConstraint.constraintsWithVisualFormat("V:[passwordField(<=30)]", options: .AlignAllCenterY, metrics: nil, views: ["passwordField": passwordField])
)
...
}
...
}
By taking advantage of the previously mentioned properties of UIStackView
, we can transition from the Sign In form to the Password Recovery form by showing and hiding specific field and buttons. We do this by setting the hidden
property within a UIView.animateWithDuration
block.
class ViewController : UIViewController
{
...
// Callback target for the Forgot my password button, animates old and new controls in / out
func forgotTapped(sender: AnyObject) {
UIView.animateWithDuration(0.2) { [weak self] () -> Void in
self?.signInButton.hidden = true
self?.signInLabel.hidden = true
self?.forgotButton.hidden = true
self?.passwordField.hidden = true
self?.recoverButton.hidden = false
self?.recoverLabel.hidden = false
self?.backToSignIn.hidden = false
}
}
// Callback target for the Back to Sign In button, animates old and new controls in / out
func backToSignInTapped(sender: AnyObject) {
UIView.animateWithDuration(0.2) { [weak self] () -> Void in
self?.signInButton.hidden = false
self?.signInLabel.hidden = false
self?.forgotButton.hidden = false
self?.passwordField.hidden = false
self?.recoverButton.hidden = true
self?.recoverLabel.hidden = true
self?.backToSignIn.hidden = true
}
}
...
}
Because we have many vertical input fields and buttons, space can become an issue when presenting in a compact vertical size, like the iPhone in landscape. To overcome this, we add a stack view to the header section of the form and change its axis orientation between Vertical and Horizontal, according to the current active size class.
override func viewDidLoad() {
...
// Initialize the header stack view, that will change orientation type according to the current size class
headerStackView.axis = .Vertical
headerStackView.alignment = .Fill
headerStackView.distribution = .Fill
headerStackView.spacing = 8
headerStackView.translatesAutoresizingMaskIntoConstraints = false
...
}
// If we are presenting in a Compact Vertical Size Class, let's change the header stack view axis orientation
override func willTransitionToTraitCollection(newCollection: UITraitCollection, withTransitionCoordinator coordinator: UIViewControllerTransitionCoordinator) {
if newCollection.verticalSizeClass == .Compact {
headerStackView.axis = .Horizontal
} else {
headerStackView.axis = .Vertical
}
}
So, with a couple of UIStackView
s, we've built a flexible form only by defining a few height constraints for our input fields and buttons, with all the remaining constraints magically managed by the stack views. Here is the end result:
We have included in the sample source code a view controller with this same example but designed with Interface Builder. There, you can clearly see that we have less than 10 constraints, on a layout that could easily have up to 40-50 constraints if we had not used UIStackView
. Stack Views are here to stay and you should use them now if you are targeting iOS 9 and above.


-
Which of the following are concerns with cyber attacks on business?
-
What does the cryptographic technique RSA stand for?
-
In the OAuth, "secure access delegation" process, AS stands for
which of the following?
-
Which best describes the security technique IP-in-IP Tunneling?
-
Suppose that IP address <IP_ADDRESS> refers to a host running SSH?
Which filter parameters should most likely be used on incoming
traffic to that address?


---
format: html
external: true
author: Holly Schinsky
title: Sample Masonry Layout in a Mobile App (Cordova/AngularJS/Ionic)
permalink: /admin/blog/2014-05-22-sample-masonry-layout-in-a-mobile-app-cordova-angularjs-ionic-
link: http://devgirl.org/2014/05/22/sample-masonry-layout-in-a-mobile-app-cordovaangularjsionic/
type: post
date: 2014-05-22 20:51:43 Z
status: publish
tags:
- PhoneGap Network
---
If you’re looking for a fun useful layout library for your mobile apps then you should check out the Masonry grid system library. This layout is what is used on the Pinterest site, as well as many others you’ve probably come across daily and just may not have been aware that a special layout technique […]


UMSBCC
Posts
Meetings
Workshops
Resources
Meetings
2023
Experiment Management with batchtools (R) and pypet (Python)
Statistics research often requires some embarrassingly parallel computations: you might want to apply your method to a sequence of …
Jan 30, 2023 12:00 PM — 1:00 PM
West Hall 411
Simon Fontaine
Code
Slides
2021
A Discussion of Advanced GitHub Usage, Including Actions
This week’s seminar is hosted by the UM Statistics Computing Club. Join for an informal discussion of GitHub and some its more …
Mar 18, 2021 1:00 PM — 2:00 PM
Remote
Statistics Computing Club
2020
Speeding up R with C/C++/Fortran
R is a great language for statisticians because of its interactivity, simple syntax and access to multiple libraries produced by the …
Dec 2, 2020 10:30 AM — 11:30 AM
Remote
Simon Fontaine
PDF
Code
Slides
Git's a Wonderful Life
Whether you’re analyzing data, developing an R package, or even writing your dissertation, chances are you’re editing text …
Oct 8, 2020 10:30 AM — 11:30 AM
Remote
Dan Kessler
Package development and testing in R
This meeting is focused on package development, with a particular emphasis on writing tests to ensure code is error-free. The …
Mar 10, 2020 1:00 PM — 3:00 PM
West Hall 411
Statistics Computing Club
Resources
Statistical Computing in MacOS
This meetings is focused on statistical computing on MacOS. Potential topics include setting up Homebrew, LaTeX, R, the terminal, and …
Feb 18, 2020 1:00 PM — 3:00 PM
West Hall 411
Statistics Computing Club
Resources
LaTeX discussion
The topic of the first meeting will be a collaborative discussion about LaTeX, so we encourage you to come and share any interesting …
Feb 4, 2020 1:00 PM — 3:00 PM
West Hall 411
Statistics Computing Club
Resources
2019
Stan
‘‘Stan is a state-of-the-art platform for statistical modeling and high-performance statistical computation. Thousands of …
Nov 20, 2019 2:30 PM — 3:30 PM
West Hall 411
Rob Trangucci
Navigating the Transition from Flux to Great Lakes: New tools and policy town hall
Effective computing is a key component of many statistics workflows. The statistics department offers its graduate students access to a …
Nov 14, 2019 1:00 PM — 2:00 PM
West Hall 411
Statistics Computing Club
Accelerating Python using Cython
‘‘Cython is an optimising static compiler for both the Python programming language and the extended Cython programming …
Nov 6, 2019 2:30 PM — 3:30 PM
West Hall 411
Ziping Xu
The Julia language
‘‘Julia in a Nutshell—
Julia is fast!
Julia was designed from the beginning for high performance. Julia programs …
Oct 23, 2019 2:30 PM — 3:30 PM
East Quadrangle 1405
Jeffrey Regier
Building & Hosting a Simple Academic Website
In a workshop-type presentation, you will learn how to build a simple academic personal website based on the Academic theme by the Hugo …
Oct 9, 2019 2:30 PM — 3:30 PM
West Hall 411
Simon Fontaine
Slides
Workshop
Git: a deeper perspective
While there are many online tutorials on how to use git, few attemp to teach what really happens behind the common commands. …
Oct 2, 2019 2:30 PM — 3:30 PM
East Quadrangle 1405
Dan Kessler
Slides
Informational meeting & Functional Programming in R with purrr
Presentation of the Computing club and discussion of its purpose and means. Presentation of the R package
purrr
for functional …
Sep 18, 2019 2:30 PM — Sep 23, 2019 3:30 PM
West Hall 470
Derek Hansen
Club slides
purrr introduction
purrr slides
Rmd source
Cite
×


The Traces photograpghy project theme was based on movement and time. the majoity of my Images were taken on a Nikon D3200 DSLR camera. My Images are minutley edited on Photoshop as i believe that to much editing can ruin the natural elements of the image, i would prefer to stay true to what was caught in the moment. some of these images were also shot on a HTC mobile phone where as others were taken using a macro lense for extreme close up shots.


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Star Wars Planets
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A VCL wrapper around TBitmap32Collection object.
TBitmap32List provides simple means for storing bitmaps in design time.
The TBitmap32List object is quite different from the standard TImageList.
While TImageList, in fact, stores all images on a single bitmap, and all of its images have the same dimensions, TBitmap32List stores its items as independent bitmaps, which means, it can contain bitmaps of different sizes.
[See Also]


These pivot reports arrange results of all the testsuites
run on the last 3 Quicklisp versions into a tables similar to this:
| | | sbcl-1-win | sbcl-1-linux | clisp-win |
| quicklisp distro 1 | flexi-stream | ok | fail | ok |
| drakma | fail | ok | no-resource |
| babel | ok | ok | fail |
| quicklisp distro 2 | flexi-stream | ok | fail | ok |
| drakma | fail | ok | no-resource |
| babel | ok | ok | fail |
| quicklisp distro 3 | flexi-stream | ok | fail | ok |
| drakma | fail | ok | no-resource |
| babel | ok | ok | fail |
Depending on what fields we choose for rows and columns,
12 possible pivot variants are possible (the links are clickable):


| Getting process info: Win32 and COM with python and C++ |

Python is a rich scripting language offering a lot of the power of C++ while retaining the ease of use of VBscript. With it's simplified C++ style, win32 access, and ability to make COM servers, it's a natural rapid development environment for the developer.
When working with an unfamiliar API, python is great for helping you understand how to solve the problem without getting in the way. Even if you have to supply a C++ COM object, it is often easier to first figure out the details with python and then compose the C++ solution. Python is very similar to C++ pseudo-code, so you can follow it as an outline for the C++. In this case, we're going to talk about how to use both python and C++ to expose a list of processes and their corresponding ids with a COM object.
To get process information for both NT and W2K (but not the 9x family) you can use the Performance Data Helper library(PDH) available in the SDK at microsoft's ftp site. It provides a convenient interface to performance information stored fundamentally in the registry. The basic process of using the PDH encompasses the following:
In our case the object we want is the process object, the object's instances are it's list of processes, and the counter we want for the processes is 'ID Process'.
The specific set of API called are the following:
We'll cover these points now in more depth.
The MSDN describes the call as the following:
PDH_STATUS PdhEnumObjectItems(
LPCTSTR szDataSource,
LPCTSTR szMachineName,
LPCTSTR szObjectName,
LPTSTR mszCounterList,
LPDWORD pcchCounterListLength,
LPTSTR mszInstanceList,
LPDWORD pcchInstanceListLength,
DWORD dwDetailLevel,
DWORD dwFlags
);
The python call is similar though simpler. For example, you do not need to bother with the list length -- it takes care of that for you. Both the python and C++ examples are taken from their COM components shown later.To call make with python would look like the following
def proclist(self):
try:
junk, instances = win32pdh.EnumObjectItems(None,None,self.object, win32pdh.PERF_DETAIL_WIZARD)
return instances
except:
raise COMException("Problem getting process list")
The variable instances contains the list of processes, and you'll find the item or counter than we want 'ID Process' present in the list of items. Since you can have multiple processes with the same name, in python it is convenient to use a dictionary to store a list of processes and how many you found for each type.
for instance in instances: if proc_dict.has_key(instance): proc_dict[instance] = proc_dict[instance] + 1 else: proc_dict[instance]=0
The C++ call though essentially the same in spirit is much more involved. To help, I use map(like a python dictionary) and string from Standard C++. The additional things you need to manage are:
HRESULT getinst (map < string,int > & m_inst) {
map<string, int>::iterator iter;
USES_CONVERSION;
LPTSTR szCountersBuf = NULL;
DWORD dwCountersSize = 0;
LPTSTR szInstancesBuf = NULL;
DWORD dwInstancesSize = 0;
LPTSTR szTemp = NULL;
PDH_STATUS status;
std::string str_obj="Process";
status = PdhEnumObjectItems(
NULL,
NULL,
A2CT(str_obj.c_str()),
NULL,
&dwCountersSize,
szInstancesBuf,
&dwInstancesSize,
PERF_DETAIL_WIZARD,
0 );
if ( ERROR_SUCCESS != status )
return E_FAIL;
if (dwCountersSize) {
szCountersBuf = (LPTSTR)malloc (dwCountersSize * sizeof (TCHAR));
if (szCountersBuf==NULL) {
return E_FAIL;
}
} else
szCountersBuf=NULL;
if (dwInstancesSize) {
szInstancesBuf = (LPTSTR)malloc (dwInstancesSize * sizeof (TCHAR));
if (szInstancesBuf==NULL) {
free(szCountersBuf);
return E_FAIL;
}
} else
szInstancesBuf = NULL;
status = PdhEnumObjectItems(
NULL,
NULL,
A2CT(str_obj.c_str()),
szCountersBuf,
&dwCountersSize,
szInstancesBuf,
&dwInstancesSize,
PERF_DETAIL_WIZARD,
0);
if ( ERROR_SUCCESS != status )
return E_FAIL;
//it's a series of contingous NULL terminated strings, ending w/zero length string
if (szInstancesBuf){
for (szTemp = szInstancesBuf;*szTemp != 0;szTemp += lstrlen(szTemp) + 1) {
m_inst[T2A(szTemp)]++; //increment instance counter
//default value is zero for arith element
}
}
return S_OK;
}
A whole sequence of calls are necessary once you get the process list. To refresh your memory, you need:
for instance, max_instances in proc_dict.items():
for inum in xrange(max_instances+1):
try:
hq = win32pdh.OpenQuery() # initializes the query handle
path = win32pdh.MakeCounterPath( (None,self.object,instance, None, inum, self.item) )
counter_handle=win32pdh.AddCounter(hq, path) #convert counter path to counter handle
win32pdh.CollectQueryData(hq) #collects data for the counter
type, val = win32pdh.GetFormattedCounterValue(counter_handle, win32pdh.PDH_FMT_LONG)
proc_ids.append(instance+'\t'+str(val))
win32pdh.CloseQuery(hq)
except:
raise COMException("Problem getting process id")
Again, the C++ code is more involved and makes use of Standand C++, vector, map, and string. It converts a map of process names and the number for each name, to a vector of strings each which has tab-delimited process id entry. Also, the process id info is returned in the format of a double, which is converted to a string.
HRESULT getprocid (map<string,int>& m_inst, vector<string> &v_ids) {
USES_CONVERSION;
PDH_STATUS status = 0;
HQUERY hQuery = NULL;
HCOUNTER hCounter = NULL;
DWORD dwType = 0;
map<string,int> m_idinst;
std::string objname="Process";
std::string counter="ID Process";
char *buffer;int junk,junk2;
// initialize the query handle
map < string, int>::iterator iter;
for (iter=m_inst.begin();iter != m_inst.end();++iter) {
for (int i=0;i<= iter->second;++i) {
status = PdhOpenQuery( NULL, 0, &hQuery );
if ( status != ERROR_SUCCESS )
return status;
TCHAR szCounterPath[2048];
DWORD dwPathSize = 2048;
PDH_COUNTER_PATH_ELEMENTS pdh_elm;
pdh_elm.szMachineName = NULL;
pdh_elm.szObjectName = A2T(objname.c_str());
pdh_elm.szInstanceName = A2T(iter->first.c_str());
pdh_elm.szParentInstance = NULL;
pdh_elm.dwInstanceIndex = i;
pdh_elm.szCounterName = A2T(counter.c_str());
status = PdhMakeCounterPath( &pdh_elm, szCounterPath, &dwPathSize, 0 );
if ( status != ERROR_SUCCESS ) { return E_FAIL; }
// Add the counter to the query
//PdhAddCounter converts each counter path into a counter handle
status = PdhAddCounter( hQuery, szCounterPath, 0, &hCounter );
if ( status != ERROR_SUCCESS ) { return E_FAIL; }
//PdhCollectQueryData gets raw data for the counters
status = PdhCollectQueryData(hQuery);
if ( status != ERROR_SUCCESS ) { return E_FAIL; }
//PdhGetFormattedCounterValue formats counter values for display
DWORD dwFormat = PDH_FMT_DOUBLE;
PDH_FMT_COUNTERVALUE fmtValue;
status = PdhGetFormattedCounterValue (hCounter,
dwFormat,
(LPDWORD)NULL,
&fmtValue);
if (status == ERROR_SUCCESS) {
buffer=_fcvt( fmtValue.doubleValue, 0, &junk,&junk2 );
string id=buffer;
v_ids.push_back(iter->first+'\t'+id);
}
}
status = PdhCloseQuery (hQuery);
//PdhCloseQuery closes the query handle and it's counters
}
return S_OK;
}
import win32com.client
a=win32com.client.Dispatch('NtPerf.process') # C++ com object
print a.procids()
b=win32com.client.Dispatch('PyPerf.process') # python com object
print b.procids()
As far as it is concerned, there is no difference between the 2 objects. Both returns a list of processes and their respective id's seperated by tab.
From a 1000 mile perspective, ATL C++ and python offer a class based COM object approach. In both approaches, the methods of the com object are simply methods of a class. However, creating a COM object in python is much easier than C++, again allowing you to focus on the problem first while still retaining the C++ feel.
Much of the details with python COM objects are exposed through a default policy which leverages IDispatch. You simply add a few attributes your python class, to expose your methods, prog id, add a line to register your class, and you are done. The policy knows what to do. Thus, it's easy enough to take a simple win32 class you wrote and add a few attributes and convert it to a COM object. Creating and developing python COM objects is simple, all that is needed is notepad. You don't need a full blown IDE nor do you have to go back and find the source code that created the object, since the object is the source code. It lends itself to very rapid development.
ATL provides wizards and a lot of the basic implementation goo (like COM interfaces for IUnknown and IDispatch), and wrappers for data types. However, there still a big difference between a simple console based app and an ATL COM object. The COM world of Variants, SafeArrays, and BSTR's is (as we'll see below) unfriendly to C++.
Python behind the scenes converts back and forth between it's native types and BSTR, Variants, SafeArrays, etc. When you change your COM object, you don't have to worry about changing IDL and constructing new Variant structures, it is managed for you.
In C++, it is more messy. First of all: strings. Since the concept of what text is isn't consistent, COM standardizes with it's own OLECHAR. Also, for non-COM text, because of issues between using ansi and unicode, you need to use the TCHAR data type which is a generic type that maps at compile time to what is necessary. And, with regard to BSTRs (length-prefixed strings), you need to convert the OLECHAR to BSTR's with SysAllocString. You notice the COM object below uses the Standard C++ string (which I prefer to use). When necessary, it converts the string it to the necessary COM type leveraging ATL conversion macros and SysAllocString (another option is to use the CComBSTR class).
Secondly: arrays. Since we are returning a list of processes and their ids, to be friendly with all languages, everything needs to be converted to SafeArrays of Variants housing BSTRs. Python does the conversion for you. With C++, you'll need to make various Variant calls to create the necessary structure. In the C++ COM object, I've encapsulated all the necessary code in a single function that converts any vector of strings into a 1 dimensional safe array of variants.
Now for some code:
import win32pdh, string, win32api
from win32com.server.exception import COMException
import win32com.server.util
import win32com.client.dynamic
#to generate guids use:
#import pythoncom
#print pythoncom.CreateGuid()
class pyperf:
# COM attributes.
_reg_clsid_ = '{763AE791-1D6B-11D4-A38B-00902798B22B}'
#guid for your class in registry
_reg_desc_ = "get process list and ids"
_reg_progid_ = "PyPerf.process" #The progid for this class
_public_methods_ = ['procids','proclist' ] #names of callable methods
def __init__(self):
self.object='process'
self.item='ID Process'
def proclist(self):
try:
junk, instances = win32pdh.EnumObjectItems(None,None,self.object, win32pdh.PERF_DETAIL_WIZARD)
return instances
except:
raise COMException("Problem getting process list")
def procids(self):
#each instance is a process, you can have multiple processes w/same name
instances=self.proclist()
proc_ids=[]
proc_dict={}
for instance in instances:
if proc_dict.has_key(instance):
proc_dict[instance] = proc_dict[instance] + 1
else:
proc_dict[instance]=0
for instance, max_instances in proc_dict.items():
for inum in xrange(max_instances+1):
try:
hq = win32pdh.OpenQuery() # initializes the query handle
path = win32pdh.MakeCounterPath( (None,self.object,instance, None, inum, self.item) )
counter_handle=win32pdh.AddCounter(hq, path) #convert counter path to counter handle
win32pdh.CollectQueryData(hq) #collects data for the counter
type, val = win32pdh.GetFormattedCounterValue(counter_handle, win32pdh.PDH_FMT_LONG)
proc_ids.append(instance+'\t'+str(val))
win32pdh.CloseQuery(hq)
except:
raise COMException("Problem getting process id")
proc_ids.sort()
return proc_ids
if __name__=='__main__':
import win32com.server.register
win32com.server.register.UseCommandLine(pyperf)
As you notice from the idl, C++ COM object also exposes 2 methods, proclist and procids. Proclist calls the getinst function returns returns a map of processes, converts that to a vector of strings, and the calls make_safe to convert that to a Safe array of Variants. Procids does much the same except that after calling getinst, it then calls getprocid, which returns a vector of strings containing the processes and their ids. The vector of strings is then converted to a SafeArray with make_safe. Unlike python, you don't actually return the SafeArray(since every COM method has to return an HRESULT). Instead, you store the values in a Variant pointer.
Here is the relevant excerpt from the IDL:
interface Iprocess : IDispatch
{
[id(1), helpstring("lists current processes")] HRESULT proclist([out, retval] VARIANT *plist);
[id(2), helpstring("method procids")] HRESULT procids([out, retval] VARIANT *pids);
}
Here is the source for the cpp file
#include "stdafx.h"
#include "Ntperf.h"
#include "process.h"
//MS stuff
#include "pdh.h"
#include "pdhmsg.h"
// fix problem with different versions of pdh.dll
#undef PdhOpenQuery // PdhOpenQueryA
extern "C" long __stdcall
PdhOpenQuery (
IN LPCSTR szDataSource,
IN DWORD dwUserData,
IN HQUERY *phQuery
);
//STD C++ stuff
#pragma warning(disable : 4786) //get rid of stl warnings
#include <string>
#include <vector>
#include <map>
using namespace std;
/////////////////////////////////////////////////////////////////////////////
// Cprocess
HRESULT make_safe(vector<string>& v_list, VARIANT *plist) {
HRESULT hr = S_OK;
USES_CONVERSION;
VariantInit(plist);
plist->vt = VT_ARRAY | VT_VARIANT; //set type of plist to variant array
//now create the 1 dimensional safearray of variants
LPSAFEARRAY psa;
SAFEARRAYBOUND rgsabound[] = { v_list.size(), 0 }; // size elements, 0-based
psa = SafeArrayCreate(VT_VARIANT, 1, rgsabound);
if (!psa) { return E_OUTOFMEMORY; }
VARIANT * VarArray;
//Increment lock count and get pointer to the array data
if (FAILED(hr = SafeArrayAccessData(psa,(void **) &VarArray ))) {
return hr;
}
for (int i =0; i<v_list.size();i++) {
VarArray[i].vt = VT_BSTR;
//convert ascii to olestr then bstr
VarArray[i].bstrVal = SysAllocString(A2OLE(v_list[i].c_str()));
if (!VarArray[i].bstrVal) {
VariantClear(VarArray);
return hr = E_OUTOFMEMORY;
}
}
SafeArrayUnaccessData( psa );
plist->parray = psa; //now set the array in plist to be the created array
return S_OK;
}
HRESULT getprocid (map<string,int>& m_inst, vector<string> &v_ids) {
USES_CONVERSION;
PDH_STATUS status = 0;
HQUERY hQuery = NULL;
HCOUNTER hCounter = NULL;
DWORD dwType = 0;
map<string,int> m_idinst;
std::string objname="Process";
std::string counter="ID Process";
char *buffer;int junk,junk2;
// initialize the query handle
map<string, int>::iterator iter;
for (iter=m_inst.begin();iter != m_inst.end();++iter) {
for (int i=0;i<= iter->second;++i) {
status = PdhOpenQuery( NULL, 0, &hQuery );
if ( status != ERROR_SUCCESS )
return status;
TCHAR szCounterPath[2048];
DWORD dwPathSize = 2048;
PDH_COUNTER_PATH_ELEMENTS pdh_elm;
pdh_elm.szMachineName = NULL;
pdh_elm.szObjectName = A2T(objname.c_str());
pdh_elm.szInstanceName = A2T(iter->first.c_str());
pdh_elm.szParentInstance = NULL;
pdh_elm.dwInstanceIndex = i;
pdh_elm.szCounterName = A2T(counter.c_str());
status = PdhMakeCounterPath( &pdh_elm, szCounterPath, &dwPathSize, 0 );
if ( status != ERROR_SUCCESS ) { return E_FAIL; }
// Add the counter to the query
//PdhAddCounter converts each counter path into a counter handle
status = PdhAddCounter( hQuery, szCounterPath, 0, &hCounter );
if ( status != ERROR_SUCCESS ) { return E_FAIL; }
//PdhCollectQueryData gets raw data for the counters
status = PdhCollectQueryData(hQuery);
if ( status != ERROR_SUCCESS ) { return E_FAIL; }
//PdhGetFormattedCounterValue formats counter values for display
DWORD dwFormat = PDH_FMT_DOUBLE;
PDH_FMT_COUNTERVALUE fmtValue;
status = PdhGetFormattedCounterValue (hCounter,
dwFormat,
(LPDWORD)NULL,
&fmtValue);
if (status == ERROR_SUCCESS) {
buffer=_fcvt( fmtValue.doubleValue, 0, &junk,&junk2 );
string id=buffer;
v_ids.push_back(iter->first+'\t'+id);
}
}
status = PdhCloseQuery (hQuery);
//PdhCloseQuery closes the query handle and it's counters
}
return S_OK;
}
HRESULT getinst (map<string,int>& m_inst) {
map<string, int>::iterator iter;
USES_CONVERSION;
LPTSTR szCountersBuf = NULL;
DWORD dwCountersSize = 0;
LPTSTR szInstancesBuf = NULL;
DWORD dwInstancesSize = 0;
LPTSTR szTemp = NULL;
PDH_STATUS status;
std::string str_obj="Process";
status = PdhEnumObjectItems(
NULL,
NULL,
A2CT(str_obj.c_str()),
NULL,
&dwCountersSize,
szInstancesBuf,
&dwInstancesSize,
PERF_DETAIL_WIZARD,
0 );
if ( ERROR_SUCCESS != status )
return E_FAIL;
if (dwCountersSize) {
szCountersBuf = (LPTSTR)malloc (dwCountersSize * sizeof (TCHAR));
if (szCountersBuf==NULL) {
return E_FAIL;
}
} else
szCountersBuf=NULL;
if (dwInstancesSize) {
szInstancesBuf = (LPTSTR)malloc (dwInstancesSize * sizeof (TCHAR));
if (szInstancesBuf==NULL) {
free(szCountersBuf);
return E_FAIL;
}
} else
szInstancesBuf = NULL;
status = PdhEnumObjectItems(
NULL,
NULL,
A2CT(str_obj.c_str()),
szCountersBuf,
&dwCountersSize,
szInstancesBuf,
&dwInstancesSize,
PERF_DETAIL_WIZARD
0);
if ( ERROR_SUCCESS != status )
return E_FAIL;
//it's a series of contingous NULL terminated strings, ending w/zero length string
if (szInstancesBuf){
for (szTemp = szInstancesBuf;*szTemp != 0;szTemp += lstrlen(szTemp) + 1) {
m_inst[T2A(szTemp)]++; //increment instance counter
//default value is zero for arith element
}
}
return S_OK;
}
STDMETHODIMP Cprocess::proclist(VARIANT *plist)
{
if (!plist) { return E_INVALIDARG;}
HRESULT hr = NOERROR;
vector<string> test(50, "hello");
map<string,int> m_inst;
map<string, int>::iterator iter;
hr=getinst(m_inst);
if FAILED(hr) {return hr;}
vector<string> v_inst;
for (iter=m_inst.begin();iter != m_inst.end();++iter) {
//go through index of processes
for(int i=0;i<iter->second;i++){
//put onto vector multiple procs w/same name
v_inst.push_back(iter->first);
}
}
//send a vector of strings and a variant to make_safe
hr = make_safe(v_inst, plist);
//getprocid(m_inst);
return hr;
}
STDMETHODIMP Cprocess::procids(VARIANT *pids)
{
// TODO: Add your implementation code here
if (!pids) { return E_INVALIDARG;}
HRESULT hr = NOERROR;
map<string,int> m_inst;
map<string, int>::iterator iter;
hr=getinst(m_inst);
if FAILED(hr) {return hr;}
vector<string> v_ids;
getprocid(m_inst,v_ids);
//send a vector of strings and a variant to make_safe
hr = make_safe(v_ids, pids);
//getprocid(m_inst);
return hr;
}
That was a quick tour of Python and C++ in the win32 and COM world. Both languages have their strengths and weaknesses. With C++ you have ultimate granularity and power. It obviously comes at a cost of more details to keep track of. Python's strength is rich productivity. It is fast to write the win32 and COM sever code, yet still have a sophisticated language at your disposal. You lose some of the flexibility of C++, which often does not matter. And, when it does, python can help you understand how to solve the problem, before wading into the details.
| Getting process info: Win32 and COM with python and C++ |


You've crafted your mouthwatering taco masterpieces. Now, just imagine those creations appearing before you at home...or work...or wherever you are!
There are no tacos currently in your cart. Create one now or choose a recently created taco.
Here are your latest taco designs. Just say the word and we'll set them on a cloud aloft to you!
| Qty | Name | Description | Price |
| The "{{item.taco.name}}" |
|
{{4.99 * item.quantity | currency}} | |
| Total: | {{cartTotal | currency}} |


currentValue is: {{currentValue}} ]]>
| Attribute | Description |
|---|---|
| disabled | Disable the slider if present or true. |
| max | Defines the maximum possible value. |
| min | Defines the minimum possible value. |
| step | Defines the step the value can change. |
| ngModel | This component is ngModel complient. |


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This example is similar to the Simple React example with caching, except that instead of the react code living in
the example's index.js, it will create a sort of union filesystem between Unpkg and a set of in-memory files. The
in-memory file-system contains the code to render the react components, in the index.js
, as well as a
package.json
file that will tell @velcro/runtime
how to resolve modules like `react` and
`react-dom`.
As an exercise, try modifying the version ranges for react
and react-dom
and re-running.
You will see that the code in the index.js
gets versions of its dependencies based on the version
ranges found in a package.json
file; much like you would get if you had run
npm install
and then run the code through a bundler.
Here, however, there is no bundler. react
and react-dom
, as well as their dependencies,
are being loaded fully dynamically.
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Nigerian Government Hands Over Geregu Power Plant To Forte Oil
Forte Oil is pleased to annouce that the 414MW Geregu Power Plant acquired under the government-led privatization by its subsidiary, Emperion Power Distribution Company Limited has been formally handed over for full operational control in a brief ceremony held at the Aso Rock Villa in Abuja on September 30, 2012.
Dr. Good Luck Jonathan, President of the Federal Republic of Nigeria, formally handed over the certificate of ownership to Mr. Femi Otedola, Chairman, Forte Oil PLC in a ceremony that also has Arch. Namadi Sambo, the Vice President, Federal Republic of Nigeria, in attendance.


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Here are demo's created by the imapex team. These demo's may have continued development and enhancement so check back often.
Examples: Spark, ACI, Tropo, IOX, Data Center, Steve, etc


R/parsnip-seasonal_reg.R
seasonal_reg.Rd
seasonal_reg()
is a way to generate a specification of an
Seasonal Decomposition model
before fitting and allows the model to be created using
different packages. Currently the only package is forecast
.
seasonal_reg( mode = "regression", seasonal_period_1 = NULL, seasonal_period_2 = NULL, seasonal_period_3 = NULL )
| mode | A single character string for the type of model. The only possible value for this model is "regression". |
|---|---|
| seasonal_period_1 | (required) The primary seasonal frequency.
Uses |
| seasonal_period_2 | (optional) A second seasonal frequency.
Is |
| seasonal_period_3 | (optional) A third seasonal frequency.
Is |
The data given to the function are not saved and are only used
to determine the mode of the model. For seasonal_reg()
, the
mode will always be "regression".
The model can be created using the fit()
function using the
following engines:
"tbats" - Connects to forecast::tbats()
"stlm_ets" - Connects to forecast::stlm()
, method = "ets"
"stlm_arima" - Connects to forecast::stlm()
, method = "arima"
The standardized parameter names in modeltime
can be mapped to their original
names in each engine:
| modeltime | forecast::stlm | forecast::tbats |
| seasonal_period_1, seasonal_period_2, seasonal_period_3 | msts(seasonal.periods) | msts(seasonal.periods) |
Other options can be set using set_engine()
.
The engines use forecast::stlm()
.
Function Parameters:
## function (y, s.window = 13, robust = FALSE, method = c("ets", "arima"), ## modelfunction = NULL, model = NULL, etsmodel = "ZZN", lambda = NULL, ## biasadj = FALSE, xreg = NULL, allow.multiplicative.trend = FALSE, x = y, ## ...)
tbats
Method: Uses method = "tbats"
, which by default is auto-TBATS.
Xregs: Univariate. Cannot accept Exogenous Regressors (xregs). Xregs are ignored.
stlm_ets
Method: Uses method = "stlm_ets"
, which by default is auto-ETS.
Xregs: Univariate. Cannot accept Exogenous Regressors (xregs). Xregs are ignored.
stlm_arima
Method: Uses method = "stlm_arima"
, which by default is auto-ARIMA.
Xregs: Multivariate. Can accept Exogenous Regressors (xregs).
Date and Date-Time Variable
It's a requirement to have a date or date-time variable as a predictor.
The fit()
interface accepts date and date-time features and handles them internally.
Seasonal Period Specification
The period can be non-seasonal (seasonal_period = 1 or "none"
) or
yearly seasonal (e.g. For monthly time stamps, seasonal_period = 12
, seasonal_period = "12 months"
, or seasonal_period = "yearly"
).
There are 3 ways to specify:
seasonal_period = "auto"
: A seasonal period is selected based on the periodicity of the data (e.g. 12 if monthly)
seasonal_period = 12
: A numeric frequency. For example, 12 is common for monthly data
seasonal_period = "1 year"
: A time-based phrase. For example, "1 year" would convert to 12 for monthly data.
Univariate (No xregs, Exogenous Regressors):
For univariate analysis, you must include a date or date-time feature. Simply use:
Formula Interface (recommended): fit(y ~ date)
will ignore xreg's.
XY Interface: fit_xy(x = data[,"date"], y = data$y)
will ignore xreg's.
Multivariate (xregs, Exogenous Regressors)
The tbats
engine cannot accept Xregs.
The stlm_ets
engine cannot accept Xregs.
The stlm_arima
engine can accept Xregs
The xreg
parameter is populated using the fit()
or fit_xy()
function:
Only factor
, ordered factor
, and numeric
data will be used as xregs.
Date and Date-time variables are not used as xregs
character
data should be converted to factor.
Xreg Example: Suppose you have 3 features:
y
(target)
date
(time stamp),
month.lbl
(labeled month as a ordered factor).
The month.lbl
is an exogenous regressor that can be passed to the seasonal_reg()
using
fit()
:
fit(y ~ date + month.lbl)
will pass month.lbl
on as an exogenous regressor.
fit_xy(data[,c("date", "month.lbl")], y = data$y)
will pass x, where x is a data frame containing month.lbl
and the date
feature. Only month.lbl
will be used as an exogenous regressor.
Note that date or date-time class values are excluded from xreg
.
library(dplyr) library(parsnip) library(rsample) library(timetk) library(modeltime) # Data taylor_30_min#> # A tibble: 4,032 x 2 #> date value #> <dttm> <dbl> #> 1 2000-06-05 00:00:00 22262 #> 2 2000-06-05 00:30:00 21756 #> 3 2000-06-05 01:00:00 22247 #> 4 2000-06-05 01:30:00 22759 #> 5 2000-06-05 02:00:00 22549 #> 6 2000-06-05 02:30:00 22313 #> 7 2000-06-05 03:00:00 22128 #> 8 2000-06-05 03:30:00 21860 #> 9 2000-06-05 04:00:00 21751 #> 10 2000-06-05 04:30:00 21336 #> # … with 4,022 more rows# Split Data 80/20 splits <- initial_time_split(taylor_30_min, prop = 0.8) # ---- STLM ETS ---- # Model Spec model_spec <- seasonal_reg() %>% set_engine("stlm_ets") # Fit Spec model_fit <- model_spec %>% fit(log(value) ~ date, data = training(splits))#>model_fit#> parsnip model object #> #> Fit time: 345ms #> SEASONAL DECOMP: ETS(A,Ad,N) #> #> # A tibble: 1 x 5 #> aic bic aicc loglik mse #> <dbl> <dbl> <dbl> <dbl> <dbl> #> 1 -6238. -6201. -6238. 3125. 0.0000447# ---- STLM ARIMA ---- # Model Spec model_spec <- seasonal_reg() %>% set_engine("stlm_arima") # Fit Spec model_fit <- model_spec %>% fit(log(value) ~ date, data = training(splits))#>model_fit#> parsnip model object #> #> Fit time: 725ms #> SEASONAL DECOMP: ARIMA(3,1,2) #> #> Series: x #> ARIMA(3,1,2) #> #> Coefficients: #> ar1 ar2 ar3 ma1 ma2 #> 0.9990 0.0837 -0.3144 -0.2989 -0.1504 #> s.e. 0.0857 0.1321 0.0595 0.0893 0.0828 #> #> sigma^2 estimated as 4.194e-05: log likelihood=11676.26 #> AIC=-23340.52 AICc=-23340.5 BIC=-23304.05


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The shōdan marks a sharp return to one of the simplest textures: the recitation of prose accompanied by the percussion instruments in flexible rhythmic setting.
The two protagonists return to their respective kneeling positions on Squares 9 and 6 and face each other. Although the swordsmith tries one last time to inquire about the boy’s identity, the latter brushes aside the question and tells Munechika to get his forge ready. Then, rising on his knee and switching to chanting, thus producing a more , he tells Munchika to expect his return.


AgoraARKit
Enabling apps to live stream AR video streams. ARKit, uses the device’s camera and motion sensors to project virtual content into a user’s world. Agora.io, provides a video SDK for building real-time video and audio communications applications. By combining Agora.io’s Video SDK and ARKit, it enables developers to create many different applications across many different use-cases.
This library provides three classes with managed user itnterfaces:
- Lobby: the pre-channel UIView, provides a text input for users to define their channel name and their role (broadcaster and audience)
- ARBroadcaster: User broadcasting their AR view in the live stream
- ARAudience: User viewing the remote user’s AR session.
Device Requirements
AgoraARKit requires a minimum version of iOS 12.2, and supports the following devices:
- iPhone 6S or newer
- iPhone SE
- iPad (2017)
- All iPad Pro models
iOS 12.2 can be downloaded from Apple’s Developer website.
Dependencies
AgoraARKit relies on the Agora.io Video SDK and ARVideoKit.
Support
Quick start guide
To get started with the AgoraARVideoKit, please follow the steps below to
Set up using CocoaPods
- Add to your podfile:
pod 'AgoraARKit'
- In Terminal, navigate to your project folder, then:
pod install
- Add
NSCameraUsageDescription
,NSMicrophoneUsageDescription
,NSPhotoLibraryAddUsageDescription
, andNSPhotoLibraryUsageDescription
to plist with a brief explanation. The last two permissions are required by ARVideoKit because of its ability to store photos/videos.
See demo project for an example
Set up manually
- Add all files from the
AgoraARKit
directory to your project. - Import
ARVideoKit
andAgora.io Video SDK
SDK - Add
NSCameraUsageDescription
andNSMicrophoneUsageDescription
to plist with a brief explanation (see demo project for an example)
Implementation
once you have imported the AgoraARKit and its dependancies, open your
ViewController.swift
and add:import AgoraARKit
Next set your
ViewController
class to inherit fromAgoraLobbyVC
and set your Agora App Id with theloadView
method. If you want to set a custom image for the Lobby view, set it using thebannerImage
property.override func loadView() { super.loadView() AgoraARKit.agoraAppId = "" // set the banner image within the initial view if let agoraLogo = UIImage(named: "ar-support-icon") { self.bannerImage = agoraLogo } }
View the AgoraARKit QuickStart guide on Medium
Customization
The AgoraARKit classes are extendtable so you can subclass them to customize them as needed.
LobbyVC
Since we are already inheriting from the AgoraLobbyVC
, let’s override
the joinSession
and createSession
methods within our ViewController
to set the images for the audience and broadcaster views.
Custom images in Audience view
@IBAction override func joinSession() {
if let channelName = self.userInput.text {
if channelName != "" {
let arAudienceVC = ARAudience()
if let exitBtnImage = UIImage(named: "exit") {
arAudienceVC.backBtnImage = exitBtnImage
}
arAudienceVC.channelName = channelName
arAudienceVC.modalPresentationStyle = .fullScreen
self.present(arAudienceVC, animated: true, completion: nil)
} else {
// TODO: add visible msg to user
print("unable to join a broadcast without a channel name")
}
}
}
Custom images in Broadcaster view
@IBAction override func createSession() {
if let channelName = self.userInput.text {
if channelName != "" {
let arBroadcastVC = ARBroadcaster()
if let exitBtnImage = UIImage(named: "exit") {
arBroadcastVC.backBtnImage = exitBtnImage
}
if let micBtnImage = UIImage(named: "mic"),
let muteBtnImage = UIImage(named: "mute"),
let watermakerImage = UIImage(named: "agora-logo") {
arBroadcastVC.micBtnImage = micBtnImage
arBroadcastVC.muteBtnImage = muteBtnImage
arBroadcastVC.watermarkImage = watermakerImage
}
arBroadcastVC.channelName = channelName
arBroadcastVC.modalPresentationStyle = .fullScreen
self.present(arBroadcastVC, animated: true, completion: nil)
} else {
// TODO: add visible msg to user
print("unable to launch a broadcast without a channel name")
}
}
}
ARBroadcaster
The ARBroadcaster is a UIViewController that implements the ARKit Session and Render Delegates along with the Agora RTC Engine Delegate methods. For a full list of each please see the ARKit documentation.
The current ARBroadcaster
class is setup for WorldTracking
, but this can be easily updated to front facing. Below is an example of the ARBroadcaster
extended for ARKit FaceTracking
and also adds support for multiple broadcasters.
import ARKit
class FaceBroadcaster : ARBroadcaster {
// placements dictionary
var faceNodes: [UUID:SCNNode] = [:] // Dictionary of faces
override func viewDidLoad() {
super.viewDidLoad()
}
override func setARConfiguration() {
print("setARConfiguration") // Configure ARKit Session
let configuration = ARFaceTrackingConfiguration()
configuration.isLightEstimationEnabled = true
// run the config to start the ARSession
self.sceneView.session.run(configuration)
self.arvkRenderer?.prepare(configuration)
}
// anchor detection
override func renderer(_ renderer: SCNSceneRenderer, didAdd node: SCNNode, for anchor: ARAnchor) {
super.renderer(renderer, didAdd: node, for: anchor)
guard let sceneView = renderer as? ARSCNView, anchor is ARFaceAnchor else { return }
/*
Write depth but not color and render before other objects.
This causes the geometry to occlude other SceneKit content
while showing the camera view beneath, creating the illusion
that real-world faces are obscuring virtual 3D objects.
*/
let faceGeometry = ARSCNFaceGeometry(device: sceneView.device!)!
faceGeometry.firstMaterial!.colorBufferWriteMask = []
let occlusionNode = SCNNode(geometry: faceGeometry)
occlusionNode.renderingOrder = -1
let contentNode = SCNNode()
contentNode.addChildNode(occlusionNode)
node.addChildNode(contentNode)
faceNodes[anchor.identifier] = node
}
}
…


Critically expose, juxtapose, and rate political bias by topic — contrasting the coverage of various journalistic sources across the political spectrum based on simultaneous parallel news-searches!


If you would like to join our lab as a postdoc, graduate student, or undergraduate student, please reach out to Dr. Ipsita Banerjee at<EMAIL_ADDRESS>We have space on multiple novel research projects, and we are open to new ideas as well.


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CVAR - C Variable Declaration
To interface with other software, CSNOBOL4 programs must exchange data with this other software. This exchange can use files, pipes, or calls. P64 provides BASIC-like PEEK() and POKE() functions. CVAR provides a "named variable" access to these external variables, layered on the P64 facilities.
CVAR converts declarations into a symbol table. Keeps variable names in table VTAB. Each variable is assigned an offset. When all declarations are complete, VOFFSET will be the size of the data region (possibly for malloc()).
Contrary to the valid declaration 'UNSIGNED LONG', all 64 bit integers are signed (because CSNOBOL4 wants it that way). Still, 63 bits of integer are probably just fine, so we ignore this issue. On 32 bit systems, 64 bit variables won't work well. Similarly, on 32 bit systems, 32 bit integers are always signed.
Also, LONG DOUBLE is not supported (but will likely never be supported by CSNOBOL4). Again, we ignore this.
All variables are aligned to the correct boundary (1 for CHAR, 2 for SHORT, 4 for INT/FLOAT, 8 for LONG/DOUBLE). These alignments are correct for 64 bit versions; they may require adjustment for 32 bit targets.
A variable name begins with a letter or underscore, followed by letters, digits or underscore. variables are case sensitive.
DECLAREV() will fail if an invalid declaration is passed.
Each variable is described by:
| CV_OFFSET Offset from base of data | CV_SIZE Variable size (1, 2, 4, 8) in bytes | CV_DIM Number of elements (1..N) | CV_SIGN 0 = UNSIGNED, 1 = SIGNED (if integer) | CV_ISINT 0 = FLOAT, 1 = INTEGER
Example declarations:
| CHAR S[20] 20 * 8 BIT SIGNED | UNSIGNED CHAR C UNSIGNED 8 BIT | SHORT SH SIGNED 16 BIT | UNSIGNED INT U UNSIGNED 32 BIT | SIGNED I SIGNED 32 BIT | UNSIGNED U2 UNSIGNED 32 BIT | LONG L SIGNED 64 BIT | UNSIGNED LONG L2 UNSIGNED 64 BIT | POINTER P 64 BIT POINTER | FLOAT F[10] 10 * 32 BIT FLOATS | DOUBLE D 64 BIT DOUBLE
| CREATE NEW SYMBOL TABLE: NEWDECLV() | DECLARE NEW VARIABLE: DECLAREV(S) | LOAD VAR FROM BASE: LOADV(BASE, 'NAME' [, INDEX]) | STORE VAR TO BASE: STOREV(BASE, 'NAME, [INDEX], VALUE)
«INCLUDES»≡ -INCLUDE 'CHARS.INC' -INCLUDE 'HASH.INC' -INCLUDE 'HOST.INC' -INCLUDE 'P64.INC' @
«CVAR»≡ %SET (BITS, HOST(HOST_POINTER_BITS)) * * FIXME - ISOLATE BY PASSING CVARSYMS * * THIS WILL ALLOW SUPPORT OF MULTIPLE ROUTINES. BUT... PARAMETER * PASSING WILL BE... DIFFICULT. RECURSION IS TOUGH. WE CAN SIMPLY * SET PARAMETER VARIABLES IF NEEDED. PARAMETERS ARE TOUGHER. WE * CAN RETRIEVE POINTER. BUT THAT DOESN'T DEFINE STORAGE! ON RECURSIVE * CALL WE WOULD NEED TO SAVE ALL PARAMETERS TO A STACK. WHICH WOULD * WORK FOR DIRECT RECURSIVE CALL. ALTERNATIVE IS PUSH AND RETRIEVE, * AND COPY BACK ON RETURN. * * PUSH/POP OF PARAMETERS TO ALTERNATE STACK... CRIB STACK CODE. * TO PUSH DOUBLE, PUSH TWO WORDS, OR ONE QWORD. REGISTER IS QWORD. * PUSH MEMORY_WORD, PUSH MEMORY_QWORD WOULD BE USEFUL... (AND POP * VARIANTS): PUSHMW PUSHMQ POPMW POPMQ, AND PUSH POP. * * THEN, * * FUNCTION NAME(P1,P2...PN) * INTEGER V(D1,D2,D3),V... * REAL V * DOUBLE PRECISION V * LOGICAL V * DIMENSION V(D1,D2,D3) * COMMON /NAME/ V,V,V... * * BY DEFAULT, FUNCTION CREATE COMMON BLOCK NAME_ * * LABEL EXPR * IF (EXPR) EXPR * GOTO LABEL * * CALL THIS LANGUAGE "F00" - MINI-FORTRAN. WE CAN INTRODUCE DO, * RETURN, ETC. * -PUBLIC CVARSYMS(), CV_BASE(), CV_SYMTAB(), CV_END() * DATA('CVARSYMS(CV_BASE,CV_SYMTAB,CV_END)') * -PUBLIC CVART(), CV_OFFSET(), CV_SIZE(), CV_DIM(), CV_SIGN(), CV_ISINT() * DATA('CVART(CV_OFFSET,CV_SIZE,CV_DIM,CV_SIGN,CV_ISINT)') * -PUBLIC PTRV(), LOADV(), STOREV(), NEWDECLV(), DECLAREV() * DEFINE('PTRV(B,V,I)') DEFINE('LOADV(B,V,I)') DEFINE('STOREV(B,V,I,X)') DEFINE('NEWDECLV()') DEFINE('DECLAREV(L)SIGN,INT,FLOAT,AL,NU,SP,BS,BN,IDENT,DIM,' + 'INTDECL,FLOATDECL,DECL,SIZE,ALIGN,ISINT,' + 'S,T,I,N,SIGNED') :(DECLAREV_END) * PTRV V = VTAB<V> IDENT(V) :S(FRETURN) I = IDENT(I) 0 PTRV = B + CV_OFFSET(V) + I * CV_SIZE(V) :(RETURN) * STOREV B = PTRV(B, V, I) :F(FRETURN) V = VTAB<V> :($('STOREV_' CV_SIZE(V))) STOREV_1 POKE_C(B, X) :(RETURN) STOREV_2 POKE_S(B, X) :(RETURN) STOREV_4 (EQ(CV_ISINT(V)) POKE_F(B, X)) :S(RETURN) POKE_I(B, X) :(RETURN) STOREV_8 (EQ(CV_ISINT(V)) POKE_D(B, X)) :S(RETURN) POKE_P(B, X) :(RETURN) * LOADV B = PTRV(B, V, I) :F(FRETURN) V = VTAB<V> :($('LOADV_' CV_SIZE(V))) LOADV_1 LOADV = PEEK_C(B) NE(CV_SIGN(V)) :S(RETURN) LOADV = LT(LOADV) (2 ** 8) + LOADV :(RETURN) LOADV_2 LOADV = PEEK_S(B) :(RETURN) NE(CV_SIGN(V)) :S(RETURN) LOADV = LT(LOADV) (2 ** 16) + LOADV :(RETURN) LOADV_4 LOADV = EQ(CV_ISINT(V)) PEEK_F(B) :S(RETURN) LOADV = PEEK_I(B) @
The next statement attempts to convert a negative 32 bit integer to positive, keeping the same bit pattern. It will not work on a 32 CSNOBOL4 system. 2**32 will overflow, so only done on 64 bit system. On a 32 bit system, all 32 bit integers are signed.
«CVAR»≡ %IF (BITS EQ 32) :(RETURN) %ELSE NE(CV_SIGN(V)) :S(RETURN) LOADV = LT(LOADV) (2 ** 32) + LOADV :(RETURN) %ENDIF LOADV_8 LOADV = EQ(CV_ISINT(V)) PEEK_D(B) :S(RETURN) LOADV = PEEK_P(B) :(RETURN) * NEWDECLV VTAB = TABLE() VOFFSET = 0 :(RETURN) * DECLAREV SIGN = ('signed' | 'SIGNED' | 'unsigned' | 'UNSIGNED') . S INT = ('char' | 'CHAR' | 'short' | 'SHORT' | 'int' | + 'INT' | 'long' | 'LONG' | 'pointer' | 'POINTER') . T FLOAT = ('float' | 'FLOAT' | 'double' | 'DOUBLE') . T AL = &UCASE &LCASE NU = &DIGITS SP = '_' BS = SPAN(' ' CHARS_TAB) BN = BS | NULL IDENT = (ANY(AL SP) (SPAN(AL NU SP) | NULL)) . I DIM = '[' BN SPAN(&DIGITS) . N BN ']' INTDECL = (SIGN BS INT) | SIGN | INT FLOATDECL = FLOAT DECL = BN (INTDECL | FLOATDECL) BN IDENT BN (DIM | NULL) * SIZE = + #'CHAR=1,SHORT=2,INT=4,LONG=8,POINTER=8,FLOAT=4,DOUBLE=8' ALIGN = + #'CHAR=1,SHORT=2,INT=4,LONG=8,POINTER=8,FLOAT=4,DOUBLE=8' ISINT = + #'CHAR=1,SHORT=1,INT=1,LONG=1,POINTER=1,FLOAT=,DOUBLE=' * * ASSIGN PATTERN VARIABLE TO DEFAULTS - SIGNED INT [1] * S = 'SIGNED' T = 'INT' I = N = 1 * * SCAN THE DECLARATION, SETTING PATTERN VARIABLES S, T, I, N * L DECL :F(FRETURN) * * CONVERT T AND S TO UPPERCASE * T = REPLACE(T, &LCASE, &UCASE) S = REPLACE(S, &LCASE, &UCASE) * * SIGNED = 1 IF SIGNED, 0 IF UNSIGNED * SIGNED = 0 S 'UNSIGNED' :S(DECLV2) SIGNED = 1 * * ADJUST OFFSET FOR ALIGNMENT * DECLV2 R = REMDR(VOFFSET, ALIGN<T>) VOFFSET = NE(R) VOFFSET + (ALIGN<T> - R) * * ALREADY DECLARED? * V = VTAB<I> IDENT(V) :F(FRETURN) * * CREATE CVART() RECORD FOR NEW VARIABLE * V = CVART(VOFFSET, SIZE<T>, N, SIGNED, ISINT<T>) * * PUT VARIABLE INTO SYMBOL TABLE * VTAB<I> = V * * ADJUST OFFSET BY SIZE OF NEW VARIABLE (INCLUDING DIMENSION) * VOFFSET = VOFFSET + SIZE<T> * N * DECLAREV = VOFFSET :(RETURN) * DECLAREV_END @
«unit_test»≡ #!/usr/bin/bash exec "snobol4" "-b" "$0" "$@" -INCLUDE 'CVAR.INC' &CODE = 1 &CODE = 0 END @
«»≡ -MODULE CVAR -USES HASH() «INCLUDES» -IN72 -STITL CVAR -EJECT * ************************************************************************ * * * * * ##### # # # ###### * * # # # # # # # # * * # # # # # # # * * # # # # # ###### * * # # # ####### # # * * # # # # # # # # * * ##### # # # # # * * * * CVAR C VARIABLE DECLARATIONS, AND LOAD/STORE * * * ************************************************************************ * * CVAR.lss * «CVAR» * * CE: .MSNOBOL4; @


Choosing Monica Browne Weddings to meet my needs during one of the most important events in my life was a decision that hosts no regrets. True professionalism, at its best! While planning a wedding can be very stressful and hectic, my experience with Monica Browne Weddings was definitely one that was fun and exciting! All tasks were completed in a very organized manner and with so many things to accomplish, such organization was very important. Monica Browne Weddings also referred me to many vendors that were equally very professional. As a result, my wedding day was truly all that I had dreamed it to be and more! It was at last the vivid reality of all of the planning and decision making done in the prior months. I am so thankful for the memories I now have to cherish for a lifetime. Monica Browne Weddings........I can't thank you enough!
Teresa Thomas
Working with Monica as my wedding planner was one of the best decisions I made. At the time, I lived in Philadelphia while I was planning for my wedding in Washington DC. With Monica's expertise and experience with wedding planning, I was left stress free on my wedding day. Each month, Monica sent me monthly "to-do lists" to ensure I remained on task. Thanks to Monica, I was able to find vendors to fit my budget. Once vendors were hired for my big day, Monica remained in constant communication with them to ensure everyone was on the same page. Even though I was no Bridezilla, I definitely had my moments. Through those moments, Monica remained professional at all times and was able to get me back on track. I would definitely recommend Monica's services to any bride I meet. I am looking forward to working with her in the future when my sister gets married!
Diane C. Bryce
I am so thankful that I used Uniquely Designed Affairs, now Monica Browne Weddings for my rooftop wedding in the summer of 2010. It has been 5 years and I still have family and friends tell me how beautiful my wedding day was. I could not have been more pleased at their work. They listened to all my wants and carried them out exactly how I asked them to. They were nice, understanding and very easy to work with. They kept me on track and made the experience enjoyable. I am very particular and I like to be involved in everything however, I was able to let go and have them handle everything. I was not disappointed at all and my day turned out perfect. I could go on and on. I would recommend them over and over again.
Katrina Edmonds