ActiveExplorer Method
Documentation for this section has not yet been entered.
Syntax
[System.Runtime.InteropServices.DispId(273)]
public
Explorer ActiveExplorer ()
Returns
Documentation for this section has not yet been entered.
Remarks
Requirements
Namespace: Microsoft.Office.Interop.Outlook
Assembly: ORCAUnitTest (in ORCAUnitTest.dll)
Assembly Versions: <IP_ADDRESS>
ActiveInspector Method
Documentation for this section has not yet been entered.
Syntax
[System.Runtime.InteropServices.DispId(274)]
public
Inspector ActiveInspector ()
Returns
Documentation for this section has not yet been entered.
Remarks
Requirements
Namespace: Microsoft.Office.Interop.Outlook
Assembly: ORCAUnitTest (in ORCAUnitTest.dll)
Assembly Versions: <IP_ADDRESS>
ActiveWindow Method
Documentation for this section has not yet been entered.
Syntax
[System.Runtime.InteropServices.DispId(287)]
public
object ActiveWindow ()
Returns
Documentation for this section has not yet been entered.
Remarks
Requirements
Namespace: Microsoft.Office.Interop.Outlook
Assembly: ORCAUnitTest (in ORCAUnitTest.dll)
Assembly Versions: <IP_ADDRESS>
AdvancedSearch Method
Documentation for this section has not yet been entered.
Syntax
Parameters
-
Scope
-
Documentation for this section has not yet been entered.
-
Filter
-
Documentation for this section has not yet been entered.
-
SearchSubFolders
-
Documentation for this section has not yet been entered.
-
Tag
-
Documentation for this section has not yet been entered.
Returns
Documentation for this section has not yet been entered.
Remarks
Requirements
Namespace: Microsoft.Office.Interop.Outlook
Assembly: ORCAUnitTest (in ORCAUnitTest.dll)
Assembly Versions: <IP_ADDRESS>
AnswerWizard Property
Documentation for this section has not yet been entered.
Syntax
Value
Documentation for this section has not yet been entered.
Remarks
Requirements
Namespace: Microsoft.Office.Interop.Outlook
Assembly: ORCAUnitTest (in ORCAUnitTest.dll)
Assembly Versions: <IP_ADDRESS>
Application Property
Documentation for this section has not yet been entered.
Syntax
[System.Runtime.InteropServices.DispId(61440)]
[get: System.Runtime.InteropServices.DispId(61440)]
public
Application Application { get; }
Value
Documentation for this section has not yet been entered.
Remarks
Requirements
Namespace: Microsoft.Office.Interop.Outlook
Assembly: ORCAUnitTest (in ORCAUnitTest.dll)
Assembly Versions: <IP_ADDRESS>
Assistance Property
Documentation for this section has not yet been entered.
Syntax
Value
Documentation for this section has not yet been entered.
Remarks
Requirements
Namespace: Microsoft.Office.Interop.Outlook
Assembly: ORCAUnitTest (in ORCAUnitTest.dll)
Assembly Versions: <IP_ADDRESS>
Assistant Property
Documentation for this section has not yet been entered.
Syntax
Value
Documentation for this section has not yet been entered.
Remarks
Requirements
Namespace: Microsoft.Office.Interop.Outlook
Assembly: ORCAUnitTest (in ORCAUnitTest.dll)
Assembly Versions: <IP_ADDRESS>
Class Property
Documentation for this section has not yet been entered.
Syntax
[System.Runtime.InteropServices.DispId(61450)]
[get: System.Runtime.InteropServices.DispId(61450)]
public
OlObjectClass Class { get; }
Value
Documentation for this section has not yet been entered.
Remarks
Requirements
Namespace: Microsoft.Office.Interop.Outlook
Assembly: ORCAUnitTest (in ORCAUnitTest.dll)
Assembly Versions: <IP_ADDRESS>
COMAddIns Property
Documentation for this section has not yet been entered.
Syntax
Value
Documentation for this section has not yet been entered.
Remarks
Requirements
Namespace: Microsoft.Office.Interop.Outlook
Assembly: ORCAUnitTest (in ORCAUnitTest.dll)
Assembly Versions: <IP_ADDRESS>
CopyFile Method
Documentation for this section has not yet been entered.
Syntax
[System.Runtime.InteropServices.DispId(64098)]
public
object CopyFile (
string FilePath,
string DestFolderPath)
Parameters
-
FilePath
-
Documentation for this section has not yet been entered.
-
DestFolderPath
-
Documentation for this section has not yet been entered.
Returns
Documentation for this section has not yet been entered.
Remarks
Requirements
Namespace: Microsoft.Office.Interop.Outlook
Assembly: ORCAUnitTest (in ORCAUnitTest.dll)
Assembly Versions: <IP_ADDRESS>
CreateItem Method
Documentation for this section has not yet been entered.
Syntax
[System.Runtime.InteropServices.DispId(266)]
public
object CreateItem (
OlItemType ItemType)
Parameters
-
ItemType
-
Documentation for this section has not yet been entered.
Returns
Documentation for this section has not yet been entered.
Remarks
Requirements
Namespace: Microsoft.Office.Interop.Outlook
Assembly: ORCAUnitTest (in ORCAUnitTest.dll)
Assembly Versions: <IP_ADDRESS>
CreateItemFromTemplate Method
Documentation for this section has not yet been entered.
Syntax
[System.Runtime.InteropServices.DispId(267)]
public
object CreateItemFromTemplate (
string TemplatePath,
object InFolder)
Parameters
-
TemplatePath
-
Documentation for this section has not yet been entered.
-
InFolder
-
Documentation for this section has not yet been entered.
Returns
Documentation for this section has not yet been entered.
Remarks
Requirements
Namespace: Microsoft.Office.Interop.Outlook
Assembly: ORCAUnitTest (in ORCAUnitTest.dll)
Assembly Versions: <IP_ADDRESS>
CreateObject Method
Documentation for this section has not yet been entered.
Syntax
[System.Runtime.InteropServices.DispId(277)]
public
object CreateObject (
string ObjectName)
Parameters
-
ObjectName
-
Documentation for this section has not yet been entered.
Returns
Documentation for this section has not yet been entered.
Remarks
Requirements
Namespace: Microsoft.Office.Interop.Outlook
Assembly: ORCAUnitTest (in ORCAUnitTest.dll)
Assembly Versions: <IP_ADDRESS>
DefaultProfileName Property
Documentation for this section has not yet been entered.
Syntax
[System.Runtime.InteropServices.DispId(64214)]
[get: System.Runtime.InteropServices.DispId(64214)]
public
string DefaultProfileName { get; }
Value
Documentation for this section has not yet been entered.
Remarks
Requirements
Namespace: Microsoft.Office.Interop.Outlook
Assembly: ORCAUnitTest (in ORCAUnitTest.dll)
Assembly Versions: <IP_ADDRESS>
Explorers Property
Documentation for this section has not yet been entered.
Syntax
[System.Runtime.InteropServices.DispId(281)]
[get: System.Runtime.InteropServices.DispId(281)]
public
Explorers Explorers { get; }
Value
Documentation for this section has not yet been entered.
Remarks
Requirements
Namespace: Microsoft.Office.Interop.Outlook
Assembly: ORCAUnitTest (in ORCAUnitTest.dll)
Assembly Versions: <IP_ADDRESS>
FeatureInstall Property
Documentation for this section has not yet been entered.
Syntax
[System.Runtime.InteropServices.DispId(286)]
[get: System.Runtime.InteropServices.DispId(286)]
[set: System.Runtime.InteropServices.DispId(286)]
public
Microsoft.Office.Core.MsoFeatureInstall FeatureInstall { get; set; }
Value
Documentation for this section has not yet been entered.
Remarks
Requirements
Namespace: Microsoft.Office.Interop.Outlook
Assembly: ORCAUnitTest (in ORCAUnitTest.dll)
Assembly Versions: <IP_ADDRESS>
GetNamespace Method
Documentation for this section has not yet been entered.
Syntax
[System.Runtime.InteropServices.DispId(272)]
public
NameSpace GetNamespace (
string Type)
Parameters
-
Type
-
Documentation for this section has not yet been entered.
Returns
Documentation for this section has not yet been entered.
Remarks
Requirements
Namespace: Microsoft.Office.Interop.Outlook
Assembly: ORCAUnitTest (in ORCAUnitTest.dll)
Assembly Versions: <IP_ADDRESS>
GetNewNickNames Method
Documentation for this section has not yet been entered.
Syntax
[System.Runtime.InteropServices.DispId(64072)]
public
void GetNewNickNames (
ref object pvar)
Parameters
-
pvar
-
Documentation for this section has not yet been entered.
Remarks
Requirements
Namespace: Microsoft.Office.Interop.Outlook
Assembly: ORCAUnitTest (in ORCAUnitTest.dll)
Assembly Versions: <IP_ADDRESS>
GetObjectReference Method
Documentation for this section has not yet been entered.
Syntax
Parameters
-
Item
-
Documentation for this section has not yet been entered.
-
ReferenceType
-
Documentation for this section has not yet been entered.
Returns
Documentation for this section has not yet been entered.
Remarks
Requirements
Namespace: Microsoft.Office.Interop.Outlook
Assembly: ORCAUnitTest (in ORCAUnitTest.dll)
Assembly Versions: <IP_ADDRESS>
Inspectors Property
Documentation for this section has not yet been entered.
Syntax
[System.Runtime.InteropServices.DispId(282)]
[get: System.Runtime.InteropServices.DispId(282)]
public
Inspectors Inspectors { get; }
Value
Documentation for this section has not yet been entered.
Remarks
Requirements
Namespace: Microsoft.Office.Interop.Outlook
Assembly: ORCAUnitTest (in ORCAUnitTest.dll)
Assembly Versions: <IP_ADDRESS>
IsSearchSynchronous Method
Documentation for this section has not yet been entered.
Syntax
[System.Runtime.InteropServices.DispId(64108)]
public
bool IsSearchSynchronous (
string LookInFolders)
Parameters
-
LookInFolders
-
Documentation for this section has not yet been entered.
Returns
Documentation for this section has not yet been entered.
Remarks
Requirements
Namespace: Microsoft.Office.Interop.Outlook
Assembly: ORCAUnitTest (in ORCAUnitTest.dll)
Assembly Versions: <IP_ADDRESS>
IsTrusted Property
Documentation for this section has not yet been entered.
Syntax
[System.Runtime.InteropServices.DispId(64499)]
[get: System.Runtime.InteropServices.DispId(64499)]
public
bool IsTrusted { get; }
Value
Documentation for this section has not yet been entered.
Remarks
Requirements
Namespace: Microsoft.Office.Interop.Outlook
Assembly: ORCAUnitTest (in ORCAUnitTest.dll)
Assembly Versions: <IP_ADDRESS>
LanguageSettings Property
Documentation for this section has not yet been entered.
Syntax
Value
Documentation for this section has not yet been entered.
Remarks
Requirements
Namespace: Microsoft.Office.Interop.Outlook
Assembly: ORCAUnitTest (in ORCAUnitTest.dll)
Assembly Versions: <IP_ADDRESS>
Name Property
Documentation for this section has not yet been entered.
Syntax
[System.Runtime.InteropServices.DispId(12289)]
[get: System.Runtime.InteropServices.DispId(12289)]
public
string Name { get; }
Value
Documentation for this section has not yet been entered.
Remarks
Requirements
Namespace: Microsoft.Office.Interop.Outlook
Assembly: ORCAUnitTest (in ORCAUnitTest.dll)
Assembly Versions: <IP_ADDRESS>
Parent Property
Documentation for this section has not yet been entered.
Syntax
[System.Runtime.InteropServices.DispId(61441)]
[get: System.Runtime.InteropServices.DispId(61441)]
public
object Parent { get; }
Value
Documentation for this section has not yet been entered.
Remarks
Requirements
Namespace: Microsoft.Office.Interop.Outlook
Assembly: ORCAUnitTest (in ORCAUnitTest.dll)
Assembly Versions: <IP_ADDRESS>
PickerDialog Property
Documentation for this section has not yet been entered.
Syntax
Value
Documentation for this section has not yet been entered.
Remarks
Requirements
Namespace: Microsoft.Office.Interop.Outlook
Assembly: ORCAUnitTest (in ORCAUnitTest.dll)
Assembly Versions: <IP_ADDRESS>
ProductCode Property
Documentation for this section has not yet been entered.
Syntax
[System.Runtime.InteropServices.DispId(284)]
[get: System.Runtime.InteropServices.DispId(284)]
public
string ProductCode { get; }
Value
Documentation for this section has not yet been entered.
Remarks
Requirements
Namespace: Microsoft.Office.Interop.Outlook
Assembly: ORCAUnitTest (in ORCAUnitTest.dll)
Assembly Versions: <IP_ADDRESS>
Quit Method
Documentation for this section has not yet been entered.
Syntax
[System.Runtime.InteropServices.DispId(275)]
public
void Quit ()
Remarks
Requirements
Namespace: Microsoft.Office.Interop.Outlook
Assembly: ORCAUnitTest (in ORCAUnitTest.dll)
Assembly Versions: <IP_ADDRESS>
Documentation for this section has not yet been entered.
Syntax
[System.Runtime.InteropServices.DispId(64639)]
public
void RefreshFormRegionDefinition (
string RegionName)
Parameters
-
RegionName
-
Documentation for this section has not yet been entered.
Remarks
Requirements
Namespace: Microsoft.Office.Interop.Outlook
Assembly: ORCAUnitTest (in ORCAUnitTest.dll)
Assembly Versions: <IP_ADDRESS>
Reminders Property
Documentation for this section has not yet been entered.
Syntax
[System.Runtime.InteropServices.DispId(64153)]
[get: System.Runtime.InteropServices.DispId(64153)]
public
Reminders Reminders { get; }
Value
Documentation for this section has not yet been entered.
Remarks
Requirements
Namespace: Microsoft.Office.Interop.Outlook
Assembly: ORCAUnitTest (in ORCAUnitTest.dll)
Assembly Versions: <IP_ADDRESS>
Session Property
Documentation for this section has not yet been entered.
Syntax
[System.Runtime.InteropServices.DispId(61451)]
[get: System.Runtime.InteropServices.DispId(61451)]
public
NameSpace Session { get; }
Value
Documentation for this section has not yet been entered.
Remarks
Requirements
Namespace: Microsoft.Office.Interop.Outlook
Assembly: ORCAUnitTest (in ORCAUnitTest.dll)
Assembly Versions: <IP_ADDRESS>
TimeZones Property
Documentation for this section has not yet been entered.
Syntax
[System.Runtime.InteropServices.DispId(64553)]
[get: System.Runtime.InteropServices.DispId(64553)]
public
TimeZones TimeZones { get; }
Value
Documentation for this section has not yet been entered.
Remarks
Requirements
Namespace: Microsoft.Office.Interop.Outlook
Assembly: ORCAUnitTest (in ORCAUnitTest.dll)
Assembly Versions: <IP_ADDRESS>
Version Property
Documentation for this section has not yet been entered.
Syntax
[System.Runtime.InteropServices.DispId(278)]
[get: System.Runtime.InteropServices.DispId(278)]
public
string Version { get; }
Value
Documentation for this section has not yet been entered.
Remarks
Requirements
Namespace: Microsoft.Office.Interop.Outlook
Assembly: ORCAUnitTest (in ORCAUnitTest.dll)
Assembly Versions: <IP_ADDRESS>


:: com :: sun :: star :: presentation ::
|
| unpublished |
interface XTransitionFactory |
|
|
|
- Usage Restrictions
- not published
- Description
- TransitionFactory interface to request optional custom Transition instances for slideshow transitions.
This interface provides the necessary methods to query and create optional transition effects for a SlideShow
- Since
- OOo 2.4
|
| Methods' Summary |
| hasTransition |
Checks whether this instance provides an implementation for given transition id. |
| createTransition |
Actually create a transition for the given transition id
|
| Methods' Details |
hasTransition
| boolean |
| hasTransition( |
[in] short |
transitionType, |
| [in] short |
transitionSubType ); |
- Description
- Checks whether this instance provides an implementation for given transition id.
|
|
createTransition
- Description
- Actually create a transition for the given transition id
- Parameter transitionType
- Main type of transition (
- Parameter transitionSubType
- Subtype for the transition (
- Parameter view
- Slideshow view to display on
- Parameter leavingBitmap
- Bitmap of the slide that's going to leave the screen
- Parameter enteringBitmap
- Bitmap of the slide that's going to enter the screen
- Parameter slideOffset
- Offset in pixel from the top, left edge of the view, such that the
slide displays similar to normal slideshow
- See also
- ::com::sun::star::animation::TransitionType), ::com::sun::star::animation::TransitionSubType)
|
|
Top of Page
Copyright © 2013, The Apache Software Foundation, Licensed under the Apache License, Version 2.0. Apache, the Apache feather logo, Apache OpenOffice and OpenOffice.org are trademarks of The Apache Software Foundation. Other names may be trademarks of their respective owners.


You can theme the PDF viewer and - to a limited extent - also the how forms are displayed in a PDF files. However, most PDF document define how the form is displayed. ngx-extended-pdf-viewer does not overwrite the rules defined by the PDF author.
ngx-extended-pdf-viewer ships with a light theme and a dark theme. Plus, you can define a custom theme.
Note that there's no theming for forms. I've define the demo PDF below with a dark background to make it fit nicely with the demo, but the checkboxes are invisible because they still use the default color theme. For the same reason, the input fields have a light background. Theming only changes the appearance of the PDF viewer. It does not change the way PDF files are rendered.


{% extends "layout_multi_sections.html" %} {% block page_title %} Ambassadors {% endblock %} {% block css_register %} {% endblock %} {% block main_nav %} {% include "includes/leedsgirlscan/main_nav.html" %} {% endblock %} {% block sectionOneTop %}
We want you to help us persuade more women and girls to get active, whatever their age, size, background or ability.
A Leeds Girls Can Volunteer: Gives up their free time to support Leeds Girls Can in a variety of ways. This could include: helping at events; promoting LGC through social media and flyering; taking registers at sessions; buddying up with new participants and being welcoming at groups; helping to set up and take down equipment and supporting leaders to ensure their sessions runs smoothly; Championing LGC and many other unpaid roles.
A Leeds Girls Can Group Leader: Commits to a regular physical activity session which fits into the Leeds Girls Can program. They are unpaid and agree to take on admin responsibilities (in line with their qualification guidelines) for that group. Initially leaders are supported by Leeds Girls Can, and the vision is to help groups become self-sustainable after a three month period. Leaders are required to collect participant information, and keep a record of attendance to pass on to the Women and Girls Activator on a monthly basis.
A Leeds Girls Can Ambassador: Goes through an appropriate recruitment process and signs up to Leeds City Council and Sport England’s policies and procedures. The main aim of an Ambassador is to get more women and girls in Leeds physically active. Ambassadors are required to attend monthly meetings which are vital for receiving guidance and insight around This Girl Can, this helps support their role. An Ambassador is not paid for their time, they are not required to lead a group and the roles can vary. For further information on these roles contact: Dani Penney<EMAIL_ADDRESS>We will be recruiting more ambassadors later in the year. Follow us on social media @Leedsgirlscan for regular updates.
Emma is a mother of two lively boys aged 2 and 5 and works part time as a transport planner. She used to run in her mid 20’s. On approaching 40 she took up running again after a 16 year break with the aim of completing the great north run again which she ended up doing 4 months pregnant.
FIND OUT MORELisa, mum to 6 year old Jasmine, is a full time student undertaking a Childhood Studies degree at Leeds University. She lives in Beeston (Leeds) with husband John. She is a green belt in Karate and loves to go on camping holidays. Lisa isn’t a particularly confident character and it’s her journey from her life just six months ago to now which inspired me to write this case study.
FIND OUT MOREThis is Liz. She is a retired Yoga instructor from Roundhay (Leeds). She has many hobbies including: crochet; hiking; reading and socialising over coffee and cake. She first joined Leeds Girls Can (LGC) in March 2016 at my beginner running/walking group in Beeston. Since then, she’s taken part in some of my other sessions in Leeds and we have formed a very good friendship.
FIND OUT MORE


Nathan
pushed new commit: Fix page load performance issue.
10 minutes ago
Alice
started new task: Tabler UI design.
1 hour ago
Rose
deployed new version of NodeJS REST Api V3
2 hours ago
Mark all as read
Tuğkan Boz
Administrator
Home
Create
Hospital Administration
Head Nurse
Nurse
Make Schedule
Report
Other Pages
Login
Register
Forgot password
404 error
Compare Department
Dep 1
Dep 2
Dep 3
Deparment 4
Dep 1
Dep 2
Dep 3
Deparment 4
Compare Nurses
nurse 1
nurse 2
nurse 3
nurse 4
nurse 11
nurse 22
nurse 33
nurse 44


[gecode-users] help me on compiling gecode
Marco Correia
mvc at netcabo.pt
Tue Feb 20 17:26:39 CET 2007
On Tuesday 20 February 2007 14:52, Mikael Zayenz Lagerkvist wrote:
> On 2/20/07, xiang.gan at kcl.ac.uk <xiang.gan at kcl.ac.uk> wrote:
> > Hello,
> > When I compile gecode under gentoo. I got the error below. I tried
> > gcc-3.4.4 and gcc-4.1.2 and gcc-4.1.0. The error is the same.
> > Can you give me some suggestion? Thank you very much.
>
> The error that gcc reports is only reported by gcc 3.3 and earlier
> (and is due to a bug in gcc, fixed in versions later than 3.3). In
> other words, it sounds like your compilation uses gcc 3.3, and not 3.4
> or later. This leads to two questions:
>
> a) How did you configure Gecode?
>
> b) What is the result of running g++ --version in the same shell where
> you try to compile Gecode.
>
> Cheers,
> Mikael
I also use gentoo. You can check what is the gcc version you're using by
doing:
gcc-config -l
Hope that helps.
Marco
--
Marco Correia <mvc at netcabo.pt>
More information about the gecode-users
mailing list


3D Image Table Display
For an image which has more that 3 dimensions, slices (in the third
dimension, additional dimensions are ignored)
of that image can be displayed as tables. The total number of
slices is shown at the top of the window. Slice numbers start at 1.
Go to About fv.


General support queries. User Guides: https://support.komodoplatform.com/ Support staff: Angelina#6231 gcharang#6833. If you want to ask JL777 a question, use the #ask-jl777 channel.
Between 23-Dec-19 12:00 AM and 24-Dec-19 12:00 AM
zaius33323-Dec-19 03:10 AM
Any updates on ledger sync issues?
CHMEX23-Dec-19 03:53 AM
This question should be addressed to ledger
In my experience they tend to be slow upgrading daemons
Requirements 2 Computers (1 online and 1 offline) Funds in your wallet Passphrase / WIF / Private Key Sending address Receiving address Simple Instructions It's a 3 step procedure: create, sign & push Push is limited to electrum only ...
Everything works fine until I try to broadcast the transaction. I get the error, {"code":1,"message":"the transaction was rejected by network rules.\n\n64: scriptpubkey\n[0400008085202f8901c22c7c2ce948bbe1104f29a464b9d9f484a70f596d5549c69feaba5726218e6b010000006b4830450221009b727505f27516d9fbd5f467f2a0f3c26b85c8ca0737a631d353c433db03f5f8022060f8fbd569c0db1189115d914ce4716df3c379b7e7b760215448c1f5df5d1ad2012103b911e4de8db9d0aab36b234b4b34609eb24a1f0e993ab6b07c29b199e6717d8effffffff02baf97653000000000576a90088ac7c4a0800000000000576a90088ac8529015e000000000000000000000000000000]"}. Any ideas what is wrong ? Thank you
I also tried to broadcast the same signed transaction at https://kmdexplorer.io/tx/send where I got the error, An error occured:
64: scriptpubkey. Code:-26
Acura23-Dec-19 09:26 PM
Try to update your Agama
PacificK2A23-Dec-19 09:30 PM
What is the latest Agama version ? Is it a portable version (so I don't need to install it) ?
Community driven open source CPU mineable cryptocurrency with 50/50 Proof-of-Work/Proof-of-Stake, zk-SNARK zero-knowledge proof privacy.
𝙊𝙞𝙣𝙠23-Dec-19 09:34 PM
It's in such a sense portable that the program holds all it needs to run in the extracted folder. The settings, wallet.dat and chaindata are standard written to %AppData% (windows) or comparable locations in Linux & MacOS(edited)
PacificK2A23-Dec-19 09:35 PM
OK, thanks. Its no longer called Agama, so that threw me off the trail. I will try it. Thanks again !
PacificK2A23-Dec-19 09:58 PM
I am now running the new Versuscoin wallet Versus Desktop v0.0.4-alpha. I do not see anyway to generate an transaction for offline signing, like the Agama wallet had. How can I generate and then sign a transaction offline on a 2nd computer in the new Versus wallet ?
Forget it. I think I need to use the 2nd wallet on the page called the graphical wallet v0.6.0-6. I will try that one.
1
wingless23-Dec-19 10:40 PM
@pbca26 just a follow up question... the only wallet that supports KMD and Trezor is the Magnum wallet. Correct? And when I want to claim my rewards, I use the link you posted earlier, right?
PacificK2A23-Dec-19 10:58 PM
It worked. I confirm for you that the offline signing of a transaction and then broadcasting online worked successfully with Agama-Windows-v0.6.0-6. Thanks again for the help !


ZitiKeychain
public class ZitiKeychain : NSObject
This class manages access to the Keychain, creating and storing keys and certificates needed to access a Ziti network.
This is primarily an internally used class, though certain methods are marked public in order to support senarios where the enrollment is provided by an application other than the one that needs to access Ziti using this identity (which will require the end user to provide their credentials to configure the keychain to allow the application access to the keys and certificates).
-
Initialize an instance of
ZitiKeychain
Declaration
Swift
public init(tag: String)
Parameters
tag
a
String
used to identify the application in the keychain. This is usually set to thesub
field of the one-time JWT used during enrollment -
macOS only This method will prompt for user creds to access keychain to mark the provided certificate as
Trusted
Declaration
Swift
public func addTrustForCertificate(_ certificate: SecCertificate) -> OSStatus
Parameters
certificate
The certificate for which to add trust
-
Extract the Root CA certificate from the provided pool
Declaration
Swift
public func extractRootCa(_ caPool: String) -> SecCertificate?
Parameters
caPool
PEM-formatted pool of CA certificates
Return Value
the Root CA certificate, or
nil
if not found -
Add the provided Root CA pool to the keychain
Declaration
Swift
public func addCaPool(_ caPool: String) -> Bool
Parameters
caPool
PEM-formatted pool of CA certificates
Return Value
true
if the certificates are successfully added to the keychain, otherwisefalse
-
Evaluates a trust object asynchronously on the specified dispatch queue.
You must call this method from the same dispatch queue that you specify as the queue parameter.
Declaration
Swift
public func evalTrustForCertificates(_ certificates:[SecCertificate], _ queue:DispatchQueue, _ result: @escaping SecTrustWithErrorCallback) -> OSStatus
Parameters
certificates
The certificate to be verified, plus any other certificates that might be useful for verifying the certificate.
queue
The dispatch queue on which the result block should execute. You must call the method from the same queue.
result
A closure that the method calls to report the result of trust evaluation.
-
Extract certificates from a PEM-formatted CA pool and return an array of
SecCertificate
objectsDeclaration
Swift
public func extractCerts(_ caPool: String) -> [SecCertificate]
Parameters
caPool
PEM-formatted pool of CA certificates
Return Value
an array of
SecCertificate
objects


{% extends "layout.html"%} {% block header %}
Title: {{ book['BTitle'] }}
Author: {{ book['BAuthor'] }}
ISBN-13: {{ book['BISBN'] }}
Release Year:{{ book['Byear'] }}
Related Course: {{ book['BCourse'] }}


Disclaimer: Your public key will be stored permanantly in the games contract on the blockchain. You will not be able to delete this reference.
No other personal information will be stored or accessed by this website.
- Starting or joining a game costs {{_blockchainService.connection.costInEth}} {{_blockchainService.connection.currencySymbol}}.
- Every move will be stored and validated on the Blockchain and there will be transaction costs.
- The winner of a game gets 7/4 of the game cost. 1/4 will be but in the lucky pot.
- After evere 5 finished games, the player who made the most moves gets the remaining 5/4 of the game costs as a lucky bonus.
- At the moment it is not possible to cancel a game. Each game must end with a winner.
- Nobody has access to the funds locked in the smart contract - all logic is decentralized!
- This is an early alpha version an will for sure have bugs!
- Smart contract address: {{_blockchainService.connection.contractAddress}}


Natural Area Volunteers
The Natural Area provides volunteers with an opportunity to learn about the habitat and care of native plants in the foothill’s most pristine region by assisting with restoration projects, trail maintenance, invasive species removal, and native seed collection. Other opportunities include planting, pruning, and seasonal greenhouse activities. Working in the Natural Area includes physical labor (hiking, kneeling, bending, lifting, tool use, etc.) and working in a variety of weather conditions. Volunteers must be age 15 years or older - younger volunteers must be approved in advance and accompanied by a parent or guardian.
Available: April – October or longer depending on the weather.
Conservation
While working in the field throughout Utah, Conservation volunteers facilitate projects that protect and restore native plants and ecosystems. We collect seeds for conservation storage, survey populations and habitats, conduct experiments in the field and greenhouse, propagate endangered species, and develop new techniques for managing and restoring plant resources. We invite anyone, age 18 and older, with an interest in the botanical treasures of the West to join us. Our projects often take place in remote locations under a variety of weather conditions, so volunteers should relish the outdoors and be comfortable with camping, hiking, and the challenge if environmental uncertainty.
Available: March – November.
Greenhouse Volunteers (Currently Filled)
Volunteers at the greenhouse are the foundation for the Garden’s seasonal displays: propagating plants from seeds and cuttings, transplanting, spacing, thinning, watering, and pruning until the plants are garden-ready. Greenhouse volunteers also plant and care for the Garden’s outdoor seasonal displays. Volunteers must be age 15 years or older. Working in the greenhouse includes light lifting, getting a little wet on occasion, working with your hands, small seeds, and delicate plants.
Available: Year-round with August and December off.
Plant Curation Volunteers
Plant Curation volunteers assist staff in the vital record-keeping and research of plants throughout the Garden. This opportunity allows volunteers to learn botanic names, curation methods, GIS skills, basic photography, and data entry. Volunteers must be age 15 years or older. Plant Curation includes standing for short periods, walking the Garden and working in a variety of weather conditions.
Available: Year-round.


Keep track of your body weight and BMI.
View your friends progress and help them stay on track.
Improve your overall health and feel awesome!


{% extends "layout.html" %} {% block page_title %} Personal Data Exchange {% endblock %} {% block content %} Confirm when the eligibility check will be used Does the following statement explain when you will access the data? Eligibility checking will happen only when citizen's Blue Badge application has been received and they have given permission to perform an eligibility check. Yes No When will you when the data? {% endblock %}
Does the following statement explain when you will access the data?


1. Introduction
Bitcoin is a peer-to-peer digital asset and a payment system. The system is invented by Satoshi Nakamoto and released as an open-source software in 2009.
Bitcoins are created as a reward for payment processing work in which users offer their computing power to verify and record payments into a public ledger. This activity is called mining and miners are rewarded with transaction fees and newly created bitcoins. Besides being obtained by mining, bitcoins can be exchanged for other currencies, products, and services.
Bitcoin is revolutionising they way people pay and exchange products. In former days, currency is created and exchanged based on trusted institutions. The central bank issues currency and people make their payments via various ways such as commercial bank, PayPal, Alipay, Apple Wallet, etc. This centralised scheme has its own problems like counterfeit. On the contrary, In bitcoin system, transactions take place between users directly, without an intermediary. These transactions are verified by network nodes and recorded in a public distributed ledger called the blockchain.
This blog series is based on some excellent books and tutorials such as Master Bitcoin and Bitcoin and Cryptocurrency Technologies. The official documentation of bitcoin is also very helpful.
In the first post, we give some introduction on data structures and cryptography concepts used in blockchain and bitcoin.
2. Cryptographic Hash function
2.1 Properties
Cryptographic Hash function is used often in blockchain. For a hash function, it takes variable length input x and map it to a fixed size output H(x) (e.g. 256 bits for MD5 and SHA-256). A hash function must have three properties to become a cryptographic hash function:
-
Collision-resistance: A hash function H is said to be collision resistant if it is infeasible to find two values, x and y , such that x != y , yet H(x)= H(y).
-
Hiding: A hash function H is hiding if: when a secret value r is chosen from a probability distribution that has high entropy, then given H(r ‖ x) it is infeasible to find x. ‖ means concatenation of two strings.
-
Puzzle friendliness. A hash function H is said to be puzzle-friendly if for every possible n-bit output value y , if k is chosen from a distribution with high entropy, then it is infeasible to find x such that H(k ‖ x) = y in time significantly less than 2n.
Given three properties, those hash functions can have a lot of practical applications. Hiding and puzzle friendliness guaranttee that it is infeasible to reverse-engineer intput x given hash value H(x). In Blockchain system, SHA-256 is the hardcore of the system. Given a data block, SHA-256 maps the data block to 256 bits. According to collision-resistance, since it is infeasible to find two different values that are mapped to the same hash value, we can safely use the 256 bits as the ID of the data block. SHA-256 is generated by a procedure called Merkle-Damgard transform. The procedure is shown below:
2.2 Hash Pointers
A hash pointer is simply a pointer to where some information is stored together with a cryptographic hash of the information. Whereas a regular pointer gives you a way to retrieve the information, a hash pointer also gives you a way to verify that the information hasn’t changed. In regular pointer such as in C/C++, the pointer stores the variable address. In a hash pointer, it simply stores the hash value H(x) of the data x it points to. An example is shown below.
In practice, the hash pointers can be indexed by database or structures like hash table to support efficient retrieval. Given hash pointers, we can use it to build all kinds of data structures. Intuitively, we can take a familiar data structure that uses pointers such as a linked list or a binary search tree and implement it with hash pointers, instead of pointers as we normally would. Here is two examples on blockchain and merkle tree.
2.2.1 Blockchain
Blockchain is just a linked list using hash pointers. Whereas as in a regular linked list where you have a series of blocks, each block has data as well as a pointer to the previous block in the list, in a block chain the previous block pointer will be replaced with a hash pointer. So each block not only tells us where the value of the previous block was, but it also contains a digest of that value that allows us to verify that the value hasn’t changed. We store the head of the list, which is just a regular hash-pointer that points to the most recent data block.
This structures have the property that it is a tamper-evident log, i.e., if the attacher changes the data in the middle, he has to continue changing the hash pointers until the root of the blockchain. In a distributed environment, if others store a copy of the root of the blockchain, it can easily detect the blockchain in the attacker’s machine has been tampered.
2.2.2 Merkle trees
Another useful data structure that we can build using hash pointers is a binary tree. A binary tree with hash pointers is known as a Merkle tree, after its inventor Ralph Merkle. Suppose we have a number of blocks containing data. These blocks comprise the leaves of our tree. We group these data blocks into pairs of two, and then for each pair, we build a data structure that has two hash pointers, one to each of these blocks. These data structures make the next level up of the tree. We in turn group these into groups of two, and for each pair, create a new data structure that contains the hash of each. We continue doing this until we reach a single block, the root of the tree. For example, suppose we have three data blocks, a, b, c. We can generate a merkle tree by doing the following steps:
d1 = dhash(a)
d2 = dhash(b)
d3 = dhash(c)
d4 = dhash(c) #since we have odd number of blocks, we append it with another c
d5 = dhash(d1 ‖ d2)
d6 = dhash(d3 ‖ d4)
d7 = dhash(d5 ‖ d6)
Here is graphical example of merkle tree with 8 data blocks.
Based on the structure of merkle, it can check the membership of data in O(logn) time and O(logn) space. Here is a nice post from Quora illustrating why.
3. Signatures
A digital signature is supposed to be the digital analog to a handwritten signature on paper. We desire two properties from digital signatures that correspond well to the handwritten signature analogy. Firstly, only you can make your signature, but anyone who sees it can verify that it’s valid. Secondly, we want the signature to be tied to a particular document so that the signature cannot be used to indicate your agreement or endorsement of a different document. For handwritten signatures, this latter property is analogous to assuring that somebody can’t take your signature and snip it off one document and glue it onto the bottom of another one.
In practice, the signature is usually implemented as private-public key encryption. The popular algorithm is RSA. A digital signature scheme consists of the following three algorithms:
- (sk, pk) := generateKeys(keysize) The generateKeys method takes a key size and generates a key pair. The secret key sk is kept privately and used to sign messages. pk is the public verification key that you give to everybody. Anyone with this key can verify your signature.
- sig := sign(sk, message) The sign method takes a message, msg, and a secret key, sk, as input and outputs a signature for the msg under sk.
- isValid := verify(pk, message, sig) The verify method takes a message, a signature, and a public key as input. It returns a boolean value, isValid, that will be true if sig is a valid signature for message under public key pk, and false otherwise.
We require that the following two properties hold:
-
Valid signatures must verify: verify(pk, message, sign(sk, message))== true
-
Signatures are existentially unforgeable
With signature, the receiver of the message can verify the validity.
4. Final remarks
Given the building blocks of blockchain and bitcoin, in next post, we will introduce the consensus and decentralisation schemes of blockchain and other more advanced features.


You do not really program the Hum system. Instead you tell the system what it needs to know to write its own programs. Accordingly, authoring an application mainly involves identifying the goals of the application and then providing the knowledge required by the system to achieve each goal.
In general, the system determines what is missing by examining what you have told it so far and identifying things you have mentioned but not yet explained. Thus, the system might not know that a goal is missing, but, it will know when the plan for a known goal is incomplete.
The Hum framework is designed, from the ground up, to implement and simulate business processes. The framework can be used for other purposes, but it is easiest to understand when viewed in the context of a business process.
The fundamental business process is fulfilling an order. An order is the triggering event. Fulfilling the order is the goal of the business system. Everything else flows from the order. Resources are marshaled, allocated, assigned, used, and accounted. The customer is billed for the service performed or product delivered, funds are collected. The metrics of the enterprise are continuously monitored.
To illustrate how the system works, consider the following scenario: Our enterprise is operating a donut shop. Customers buy donuts and coffee. We offer a variety of donuts and coffees. We will describe our business processes from the top down. Along the way, we will note the different entities involved - the roles, the resources, the products. This scenario is partially described in the top-level task frame shown in Figure 1.
Figure 1: The top-level task frame - identifies the primary goal.--- Task: Serve the customer. Post: Customer is served. Pre: . Customer has entered an order. . Customer has paid for order. Actions: . Coffee-Mixer: Prepare the coffee items in the order. . Donut-Fetcher: Fetch the donut items in the order. . Order-assembler: Assemble order items into packages. . Order-checker: Give packages to the customer. --- Dictionary: . A donut is a product. . A donut item is an order item. . A carrier is a delivery package. --- |
This is not the time to worry about the realism or efficiency of this business process or the related business policies. This example is for illustration. In fact, it contains some deliberate errors. Later, we will show how processes get refined and how policies are changed.
Read the following paragraph carefully.
It contains a dense description of the main concepts of Hum.
The top-level task frame defines the goal of the plan in its post-condition. The post-condition is labeled "Post" in the frame. However, before the work of serving the customer can begin, we need to know what the customer wants. Therefore, a precondition is that the customer has entered an order. It is also our policy to collect payment in advance. So, that is one of the preconditions also. Once the preconditions (labeled "Pre" in the task frame) are satisfied, we perform a sequence of actions with the end result being that the post-condition, the goal, is achieved. Each action is a procedure performed by a specific role. The actions performed by a role are detailed in a role frame.
Now that the primary goal and its prerequisites and transitional actions are identified, we can define the prerequisite sub-processes indicated by the preconditions. We will write more task frames to show how the preconditions are satisfied. We will also write role frames (sets of procedures) to define the actions performed by various roles.
Assume for now that we always have actors on hand that can understand the instructions in the role frame. When the system is running, the roles are assigned to humans, robots, or simulated actors (sim-bots).
Here is an action procedure:
Figure 2: Role Frame - Provide detailed instructions for actors assigned to a role.Role: Coffee-Mixer. (Coffee-Mixer is the name of a role.) Action: Prepare the coffee-items in the order. . Get a coffee-tray from the coffee-tray-stacker. . For each coffee-item in order: . . Prepare the coffee-item. . . Add coffee-item to coffee-tray. . . Bookkeeper: Add coffee-item value to coffee-tray inventory. . Move coffee-tray to outgoing-coffee-queue. To: Prepare the coffee-item. . Fetch recipe's cup from cup-dispenser. . Execute coffee-item's assembly-process. . (The assembly-process is the coffee-item recipe.) . (The assembly-process will account for materials and equipment costs.) To: Get container from stacker. . Move to stacker's location. . Remove container from stacker. |
Here are some of the points of interest in the action procedure shown in Figure 2:
Figure 3: Dictionary Frame - add new words to the vocabulary.--- Dictionary: Donut-Shop Equipment. . A coffee-tray is a container. . A coffee-tray-stacker is a stacker. --- |
Since the procedures are written in Hum, they can be understood equally well by humans, robots, and sim-bots. When we run the actual business, the procedures are executed by humans and/or robots. When we simulate the operation of the business, the procedure actions are performed by sim-bots. The same system can be used to operate the business in the real world or in a virtual world. In fact, we may want to test our business processes in the virtual world before running them in the real-world.
If you are a programmer, you may be wondering how the variables are indicated in the procedures. In a natural language sentence, the nouns denote variables. Nouns are almost always abstract concepts whose meaning depends on context. Only proper nouns denote a specific instance of an object.
Variables in a programming language are essentially blanks (slots) to be filled-in at run-time. Using the language of math, we would say that the system substitutes specific values for the variables in the formulae.
When humans are given procedures, they map the nouns to specific objects in their environment based on context and experience. But sim-bots are just bots and they need a little help with the mapping. There are two things involved here: mapping and context.
Mapping:
Nouns refer to entities and the attributes of entities.
Dictionary entries map nouns to built-in concepts.
In Hum, the dictionary entries identify which nouns are entities
and which are attributes.
In addition to data-level concepts like entity and attribute,
the framework contains higher level concepts including:
- role
- resource
- resource pool
- location
- measure
Context: At run time, the nouns in the statements are mapped to specific objects. A plan is assembled to satisfy a specific goal. All of the nouns in that plan are then interpreted in the context of that goal and the world in which the plan is operating. Some objects are defined in the goal. For example, a specific order (product) and customer (client, person) might be referenced in the post-condition of the top-most task frame. Other nouns may refer to the environment. For example, they may refer to specific resources including equipment, materials, workspaces, and actors.
When a Hum system wakes up, its memory of the world is read from a kind of database that we call a world-base. The memory of the world changes as the instructions in the frames are executed by various actors. The world-base maintains records of what-is and what-happened.
Consider the instruction:
. Add flavors shown in item recipe.
The nouns are "flavors", "item", and "recipe".
The system already knows that "item" refers to an "order item"
and that an order item will refer to a product
and that a product may have a bill-of-material
and an assembly-process.
We need to explain "flavors" and "recipe".
The relevant dictionary entries are:
--- Dictionary: . A flavor is a material. . Recipe is a synonyn for assembly-process. ---
These dictionary entries map the nouns to lower-level concepts that are "understood" by the system. In this case, the item is in the order that is referenced in the original goal. The item, in turn, implicitly references a recipe. The recipe is an assembly-process defined by a task frame in the ontology. The sim-bots will read the bill-of-materials and draw "flavor" material from appropriate resource pools.
--- Dictionary: Bill-of-Materials concepts. . Product is described by name, bill-of-materials, assembly-process. . . (The "assembly-process" names a task-frame in the ontology.) . A bill-of-materials contains a list of component-quantities. . A component-quantity is described by a component and a quantity. . A part is a component. . A material is a component. ---
A version "0.1" elaboration of the Donut Shop's business process is in the "DonutShopV01" listing. This is a good time to examine the listing. The elaboration is fairly detailed, but there are still some inconsistencies and some missing bits. That will help us show how the system catches errors.
In Running the Business, we will explain how the system operates (or simulates) a business.


At Bingus Hotels over a thousand slot games are waiting for you. Come in and find new favorites as well as classic reel games, some you won’t find anywhere else. There are so many games and denominations to choose from. Many games are multi-denomination so you can play the game you like at multiple levels. Progressive jackpots are here for the winning.


{% extends "site_base.html" %} {% load i18n %} {% load account_tags %} {% load pagination_tags %} {% block head_title %}Videos{% endblock %} {% block body %}
Live cast by Day[9] at http://day9.tv/live/ every Wednesday at 8:15pm PST. Videos of matches covered by other casters will be up by Friday of each week and embedded on the site. Follow us on Twitter https://twitter.com/ahgltv or Facebook at https://www.facebook.com/AHGLtv to be notified when casts go live and VODs are posted!


Akan is a tribe in Ghana where the people frequently name their children based on the day of the week they are born and the order in which they are born.
If you are curious to know what name you'd be given if you were born in the Akan tribe in Ghana, fill in your details below:


Company profile - Canadian Company Capabilities
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
FormVerse Incorporated
Legal Name:
FormVerse Incorporated
Operating Name:
FormVerse
Mailing Address:
6139 Russell RdCARLSBAD SPRINGS, Ontario
K0A 1K0
Location Address:
6139 Russell RdCARLSBAD SPRINGS, Ontario
K0A 1K0
Tel.:<PHONE_NUMBER>
Fax:<PHONE_NUMBER>
Company Profile
Form Verse is the Next Generation Business Process Automation (BPA) Solution
Businesses today face ever-increasing challenges to adapt to rapidly changing market demands, competition, compliance regulations, and to manage their operations in a flexible and cost-effective manner. FormVerse provides a cost effective platform that enables organizations to automate the 80% of business processes that previously couldnt support a business case. It delivers a solution that is extremely agile and quickly implemented, thus increasing your organizations capacity to transform itself to meet constantly changing business conditions.
Solution Architecture:
At the heart of FormVerse BPA is a revolutionary, policy-driven email technology that applies a user-centric approach to business processes and information. By seamlessly integrating with enterprise email, FormVerse provides a single point of entry for all data collection, structured and unstructured. This significantly increases the efficiency of collecting mission-critical business data through the most common business communication mechanism email, and enhances the dependability of implemented business processes. FormVerse has been completely developed using the Microsoft .NET platform, which enables it to seamlessly integrate with most-advanced software architectures and technologies, such as Microsoft Exchange, Microsoft IIS, and InfoPath. FormVerse is massively scalable, secure, and easy to deploy with any enterprise solution operating on the Microsoft platform.
How FormVerse Works:
FormVerse empowers traditional emails with embedded structured XML forms, and integrates it with automated workflow execution, such as rule-based email dispatching and data processing. It expedites, tracks, and simplifies the use of electronic forms, which are sent embedded in regular email and processed instantaneously over LAN/WAN and Internet. All the data collected through FormVerse email forms uses XML as a neutral data interchange format. The FormVerse processing engine, at the appropriate time and as defined by the business process rules, extracts the data contained in a FormVerse e-mail and applies the processing rules defined for that particular process; like inserting them into various enterprise application databases/repositories or into any table in a standard relational database, such as MS SQL.
FormVerse is simple to implement, and works in three straightforward stages:
Stage 1, Template Implementation, Stage 2,Application Initiation, Stage 3, Background Processing
Product Summary:
FormVerse is an agile, patent-pending, policy-driven email-based business process automation (BPA) solution that assumes a user-centric approach of how an organization's business processes and information should be actioned.
Key Benefits:
Automate business processes that would otherwise never be automated given the costs of implementing enterprise BPM solutions
Automate business processes using the same constructs as those used by office application users
Enable bottoms-up, rapid automation of operational processes by business managers
Create scalable frameworks to support business processes from the simplest to the most complex
Use simple forms and enterprise email to support complex interaction between human workers and automated processes.
The FormVerse Difference:
For all their flexibility, the first generation BPM systems failed the human factor test by offering solely centralized control over process automation, resulting in complex and very expensive deployments. Further, they implemented largely static business logic and processes. Rules-engine based applications responded to the need to support changes in business rules, but did not empower business users to apply these changes.
FormVerse, by contrast, delivers an agile BPA solution based on the conjunction of two basic concepts:
Everyone in an organization is responsible for the success of some business process and, ideally, they should have the ability to contribute to its automation. FormVerse empowers business personnel at all levels to design and use their own Process Templates. At the heart of FormVerse BPA is a revolutionary, policy-driven email technology that applies a user-centric approach to business processes and information. It turns enterprise email into the foundation of agile business process automation.
Every act of communication in a business can potentially have information that should be captured by the automated business process. Email remains the most widely and frequently used application in the enterprise. None of the available email tools attack its fundamental weakness its lack of structure in a systemic way. FormVerse transforms corporate email from an informal medium to a highly structured one, uniquely enabling businesses to capture information from email messages and into the agile BPA/BPM system.
Features:
Explore key FormVerse product features that provide unparalleled benefits to your organization. Each system feature has been specifically designed to streamline the automation of the bulk of your business processes that would otherwise not be automated.
Policy-driven emails:
Each FormVerse email is designed to meet the requirements of the recipient and to ensure that vital data and information important to the recipient will be processed and actioned appropriately in a timely manner.
Embedded structured forms in emails:
FormVerse emails contain embedded XML-based forms (InfoPath) that enable data to be collected in a structured manner, which allows automated processing of information via processing rules, automatic extraction and storage in a database, and integration with other enterprise applications.
User-transparent use of FormVerse emails:
FormVerse emails containing electronic forms are sent as regular emails, and can be managed or archived just as regular emails.
User-defined email dispatching rules:
FormVerse administrators can define specific rules for dispatching FormVerse emails to specific end users or groups, which enables recipients to determine the correct forms to be completed.
User-defined email processing rules:
FormVerse administrators can define specific rules for the processing of FormVerse emails, which ensures that FormVerse emails received by the recipient organization are routed to the FormVerse user within the organization that needs to action the emails. Processing rules also determine if and when data contained within a FormVerse email is extracted and where the extracted data will be placed.
FormVerse Processing Rule Wizards:
Provides an intuitive way for FormVerse administrators to design processing rules. In a short amount of time a typical user can master the skills required to design even the most complex/sophisticated business process rules.
Rule authoring language:
FormVerse includes a robust .NET based Rule Authoring Language for advanced designers that want more flexible ways to design and modify their FormVerse email rules through integration with enterprise applications to implement more powerful solutions.
Visual design for business workflows:
Business workflows are designed with FormVerse Workflow Editor, an intuitive and user-friendly graphical editor. Visualized workflow diagrams provide a straightforward way to review, understand and simplify even the most complex business processes.
Workflow execution capabilities:
The FormVerse system can execute complex business workflows against the user-defined dispatch and processing rules.
Centralized management:
An administration console integrated with Microsoft Management Console can be deployed by FormVerse administrators to manage all aspects of the FormVerse system.
Full integration with Microsoft Outlook:
FormVerse is fully integrated with MS Outlook as an extension, and can be deployed on any MS Outlook enabled desktop.
Full integration with Microsoft Exchange server:
FormVerse has been designed to work with MS Exchange server without jeopardizing either its performance or security.
High scalability:
FormVerse has been architected to leverage the strength of the MS .NET architecture and technology. This ensures that FormVerse can be deployed for use in any size business, from a small single office to a dispersed international corporation.
Serve LAN/WAN and Internet emails:
FormVerse email can serve as an internal enterprise solution for forms routing and implementing business workflows. It can also be used externally to provide capabilities for consumer to business applications or business to business workflows.
Easy integration with other enterprise applications:
FormVerse can be integrated with other enterprise applications through the applications database. FormVerse emails can be used as an effective way to securely collect data, which can be extracted based on recipient defined processing rules to be saved in one or more enterprise application database to be processed later by the enterprise application.
Full profile
Full profile
Contact information
Company description
541690 - Other Scientific and Technical Consulting Services
Product / Service / Licensing
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Contacts
Contact information
Description
Company description
541690 - Other Scientific and Technical Consulting Services


Class MonsterSkill
Class that represents a monster's standard skill.
Inheritance
Implements
Inherited Members
Namespace: Fibula.Creatures
Assembly: Fibula.Creatures.dll
Syntax
public class MonsterSkill : ISkill
Constructors
| Improve this Doc View SourceMonsterSkill(SkillType, Int32, Int32, Int32, UInt32, UInt32, UInt32, Byte)
Initializes a new instance of the MonsterSkill class.
Declaration
public MonsterSkill(SkillType type, int defaultLevel, int level, int maxLevel, uint currentCount, uint targetForNextLevel, uint targetIncreaseFactor, byte increasePerLevel)
Parameters
| Type | Name | Description |
|---|---|---|
| SkillType | type | This skill's type. |
| System.Int32 | defaultLevel | This skill's default level. |
| System.Int32 | level | This skill's current level. |
| System.Int32 | maxLevel | This skill's maximum level. |
| System.UInt32 | currentCount | The skill's current count. |
| System.UInt32 | targetForNextLevel | This skill's target count for next level. |
| System.UInt32 | targetIncreaseFactor | This skill's target increase factor for calculating the next level's target. |
| System.Byte | increasePerLevel | This skill's value increase level over level. |
Properties
| Improve this Doc View SourceBaseTargetIncrease
Gets this skill's target base increase level over level.
Declaration
public double BaseTargetIncrease { get; }
Property Value
| Type | Description |
|---|---|
| System.Double |
Count
Gets this skill's current count.
Declaration
public double Count { get; }
Property Value
| Type | Description |
|---|---|
| System.Double |
DefaultLevel
Gets this skill's default level.
Declaration
public uint DefaultLevel { get; }
Property Value
| Type | Description |
|---|---|
| System.UInt32 |
Level
Gets this skill's level.
Declaration
public uint Level { get; }
Property Value
| Type | Description |
|---|---|
| System.UInt32 |
MaxLevel
Gets this skill's maximum level.
Declaration
public uint MaxLevel { get; }
Property Value
| Type | Description |
|---|---|
| System.UInt32 |
Percent
Gets the current percentual value between current and target counts this skill.
Declaration
public byte Percent { get; }
Property Value
| Type | Description |
|---|---|
| System.Byte |
PerLevelIncrease
Gets the value by which to advance on skill level increase.
Declaration
public byte PerLevelIncrease { get; }
Property Value
| Type | Description |
|---|---|
| System.Byte |
Rate
Gets this skill's rate of target count increase.
Declaration
public double Rate { get; }
Property Value
| Type | Description |
|---|---|
| System.Double |
StartingCount
Gets the count at which the current level starts.
Declaration
public double StartingCount { get; }
Property Value
| Type | Description |
|---|---|
| System.Double |
TargetCount
Gets this skill's target count.
Declaration
public double TargetCount { get; }
Property Value
| Type | Description |
|---|---|
| System.Double |
Type
Gets this skill's type.
Declaration
public SkillType Type { get; }
Property Value
| Type | Description |
|---|---|
| SkillType |
Methods
| Improve this Doc View SourceIncreaseCounter(Double)
Increases this skill's counter.
Declaration
public void IncreaseCounter(double value)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Double | value | The amount by which to increase this skills counter. |
Events
| Improve this Doc View SourceChanged
Event triggered when this skill changes.
Declaration
public event OnSkillChanged Changed
Event Type
| Type | Description |
|---|---|
| OnSkillChanged |


[gecode-users] assert in propagator cast
David Rijsman
David.Rijsman at quintiq.com
Mon Oct 24 15:33:38 CEST 2011
I need some help with an assert being thrown by Gecode, hopefully by an error I made in a propagator I have created. Is there an obvious candidate for an error I made in my propagator when this assert is thrown?
The assert is thrown in core.hpp
forceinline Propagator&
Advisor::propagator(void) const {
assert(!disposed());
return *Propagator::cast(ActorLink::prev());
}
as a result of an invocation of Advisor::cast(*a)->propagator().afc() in:
template<class VIC>
forceinline double
VarImp<VIC>::afc(void) const {
if (degree() == 0)
return 0.0;
double d = degree();
// Count the afc of each propagator
{
ActorLink** a = const_cast<VarImp<VIC>*>(this)->actor(0);
ActorLink** e = const_cast<VarImp<VIC>*>(this)->actorNonZero(pc_max+1);
while (a < e) {
d += Propagator::cast(*a)->afc(); a++;
}
}
// Count the afc of each advisor's propagator
{
ActorLink** a = const_cast<VarImp<VIC>*>(this)->actorNonZero(pc_max+1);
ActorLink** e = const_cast<VarImp<VIC>*>(this)->base+entries;
while (a < e) {
d += Advisor::cast(*a)->propagator().afc(); a++;
}
}
return d;
}
thanks,
David Rijsman
More information about the users
mailing list


An efficient Fibonacci function on binary numbers
This exercise follows this one.
Find a simple relation between (fib n, fib (n+1))
and (fib (2n), fib (2n+1)). Use this relation
to construct an efficient function with the following type:
forall p:nat, {u:nat &{u':nat | u = fib n \coqand u' = fib(n+1)}}
using a recursive algorith on numbers of type positive.
Solution
Look at This file


Number of candidates: {{ tiles[0][1].candidates | number }}
Number of passed candidates: {{ tiles[0][1].numberPass | number }}
No. of school with more than 10% improvement
{{ improvedThan.primary.count }}
/ {{ improvedThan.primary.percent| number:2 }}%
Number of candidates: {{ tiles[1][1].candidates | number }}
Number of passed candidates: {{ tiles[1][1].numberPass | number }}
No. of school with more than 10% improvement
{{ improvedThan.secondary.count }}
/ {{ improvedThan.secondary.percent| number:2 }}%
{{ reachedGoal.primary.percent | number:2}} %
{{ reachedGoal.primary.count | number }} Schools
{{ reachedGoal.secondary.percent | number:2}} %
{{ reachedGoal.secondary.count | number }} Schools
| Before last year | Last year | This year | Next year | |
|---|---|---|---|---|
| Target | ||||
| Actual | {{ percentagePass.primary.beforeLast|number:2 }} % | {{ percentagePass.primary.last|number:2 }} % | {{ percentagePass.primary.this|number:2 }} % |
| Teaching | {{ sumTeachingStaff.primary[0].x }} | {{ sumTeachingStaff.primary[0].y }} |
|---|---|---|
| {{ schools.x }} | {{ schools.y }} | |
| Non-Teaching | {{ sumNonTeachingStaff.primary[0].x }} | {{ sumNonTeachingStaff.primary[0].y }} |
| {{ schools.x }} | {{ schools.y }} |
| Before last year | Last year | This year | Next year | |
|---|---|---|---|---|
| Target | ||||
| Actual | {{ percentagePass.secondary.beforeLast|number:2 }} % | {{ percentagePass.secondary.last|number:2 }} % | {{ percentagePass.secondary.this|number:2 }} % |
| Teaching | {{ sumTeachingStaff.secondary[0].x }} | {{ sumTeachingStaff.secondary[0].y }} |
|---|---|---|
| {{ schools.x }} | {{ schools.y }} | |
| Non-Teaching | {{ sumNonTeachingStaff.secondary[0].x }} | {{ sumNonTeachingStaff.secondary[0].y }} |
| {{ schools.x }} | {{ schools.y }} |
| Rank | School name | Region |
|---|---|---|
| {{ school.national_rank }} | {{ school.name }} | {{ school.region }} |
| Rank | School name | Region |
|---|---|---|
| {{ school.national_rank }} | {{ school.name }} | {{ school.region }} |
Number of candidates: {{ performanceTotal.candidates | number }}
Number of passed candidates: {{ performanceTotal.numberPass | number }}
No. of school with more than 10% improvement
{{ improvedThan.current.count }}
/ {{ improvedThan.current.percent| number:2 }}%
Number of candidates: {{ performanceTotal.candidatesLast |number }}
Number of passed candidates: {{ performanceTotal.numberPassLast |number }}
No. of school with more than 10% improvement
{{ improvedThan.last.count }}
{{ reachedGoal.percent | number:2}} %
{{ reachedGoal.count | number }} Schools
{{ reachedGoal.last.count | number }} Schools
| Position | School name | National rank |
|---|---|---|
| {{$index+1}} | {{ school.name }} | {{school.national_rank}} |
| Before last year | Last year | This year | Next year | |
|---|---|---|---|---|
| Target | ||||
| Actual | {{ percentagePass.beforeLast|number:2 }} % | {{ percentagePass.last|number:2 }} % | {{ percentagePass.this|number:2 }} % |
| Private | |
|---|---|
| Government |
| Teaching | {{ sumTeachingStaff[0].x }} | {{ sumTeachingStaff[0].y }} |
|---|---|---|
| {{ schools.x }} | {{ schools.y }} | |
| Non-Teaching | {{ sumNonTeachingStaff[0].x }} | {{ sumNonTeachingStaff[0].y }} |
| {{ schools.x }} | {{ schools.y }} |
Number of candidates: {{ performanceTotal.candidates | number }}
Number of passed candidates: {{ performanceTotal.numberPass | number }}
No. of school with more than 10% improvement
{{ improvedThan.current.count }}
/ {{ improvedThan.current.percent| number:2 }}%
Number of candidates: {{ performanceTotal.candidatesLast |number }}
Number of passed candidates: {{ performanceTotal.numberPassLast |number }}
No. of school with more than 10% improvement
{{ improvedThan.last.count }}
{{ reachedGoal.percent | number:2}} %
{{ reachedGoal.count | number }} Schools
{{ reachedGoal.last.count | number }} Schools
| Position | School name | National rank |
|---|---|---|
| {{$index+1}} | {{ school.name }} | {{school.national_rank}} |
| Before last year | Last year | This year | Next year | |
|---|---|---|---|---|
| Target | ||||
| Actual | {{ percentagePass.beforeLast|number:2 }} % | {{ percentagePass.last|number:2 }} % | {{ percentagePass.this|number:2 }} % |
| Private | |
|---|---|
| Government |
| Teaching | {{ sumTeachingStaff[0].x }} | {{ sumTeachingStaff[0].y }} |
|---|---|---|
| {{ schools.x }} | {{ schools.y }} | |
| Non-Teaching | {{ sumNonTeachingStaff[0].x }} | {{ sumNonTeachingStaff[0].y }} |
| {{ schools.x }} | {{ schools.y }} |


001 // Copyright (c) 2011, Mike Samuel 002 // All rights reserved. 003 // 004 // Redistribution and use in source and binary forms, with or without 005 // modification, are permitted provided that the following conditions 006 // are met: 007 // 008 // Redistributions of source code must retain the above copyright 009 // notice, this list of conditions and the following disclaimer. 010 // Redistributions in binary form must reproduce the above copyright 011 // notice, this list of conditions and the following disclaimer in the 012 // documentation and/or other materials provided with the distribution. 013 // Neither the name of the OWASP nor the names of its contributors may 014 // be used to endorse or promote products derived from this software 015 // without specific prior written permission. 016 // THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS 017 // "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT 018 // LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS 019 // FOR A PARTICULAR PURPOSE ARE DISCLAIMED.  Now 052 * Slashdot is not only one of the coolest sites around, it's also one that's 053 * been subject to many different successful attacks. Even more unfortunate is 054 * the fact that most of the attacks led users to the infamous goatse.cx picture 055 * (please don't go look it up). The rules for Slashdot are fairly strict: users 056 * can only submit the following HTML tags and no CSS: {@code <b>}, {@code <u>}, 057 * {@code <i>}, {@code <a>}, {@code <blockquote>}. 058 * <br> 059 * Accordingly, we've built a policy file that allows fairly similar 060 * functionality. All text-formatting tags that operate directly on the font, 061 * color or emphasis have been allowed. 062 * </blockquote> 063 */ 064 public class SlashdotPolicyExample { 065 066 /** A policy definition that matches the minimal HTML that Slashdot allows. */ 067 public static final Function<HtmlStreamEventReceiver, HtmlSanitizer.Policy> 068 POLICY_DEFINITION = new HtmlPolicyBuilder() 069 .allowStandardUrlProtocols() 070 // Allow title="..." on any element. 071 .allowAttributes("title").globally() 072 // Allow href="..." on <a> elements. 073 .allowAttributes("href").onElements("a") 074 // Defeat link spammers. 075 .requireRelNofollowOnLinks() 076 // Allow lang= with an alphabetic value on any element. 077 .allowAttributes("lang").matching(Pattern.compile("[a-zA-Z]{2,20}")) 078 .globally() 079 // The align attribute on <p> elements can have any value below. 080 .allowAttributes("align") 081 .matching(true, "center", "left", "right", "justify", "char") 082 .onElements("p") 083 // These elements are allowed. 084 .allowElements( 085 "a", "p", "div", "i", "b", "em", "blockquote", "tt", "strong", 086 "br", "ul", "ol", "li") 087 // Custom slashdot tags. 088 // These could be rewritten in the sanitizer using an ElementPolicy. 089 .allowElements("quote", "ecode") 090 .toFactory(); 091 092 public static void main(String[] args) throws IOException { 093 if (args.length != 0) { 094 System.err.println("Reads from STDIN and writes to STDOUT"); 095 System.exit(-1); 096 } 097 System.err.println("[Reading from STDIN]"); 098 // Fetch the HTML to sanitize. 099 String html = CharStreams.toString( 100 new InputStreamReader(System.in, Charsets.UTF_8)); 101 // Set up an output channel to receive the sanitized HTML. 102 HtmlStreamRenderer renderer = HtmlStreamRenderer.create( 103 System.out, 104 // Receives notifications on a failure to write to the output. 105 new Handler<IOException>() { 106 public void handle(IOException ex) { 107 Throwables.propagate(ex); // System.out suppresses IOExceptions 108 } 109 }, 110 // Our HTML parser is very lenient, but this receives notifications on 111 // truly bizarre inputs. 112 new Handler<String>() { 113 public void handle(String x) { 114 throw new AssertionError(x); 115 } 116 }); 117 // Use the policy defined above to sanitize the HTML. 118 HtmlSanitizer.sanitize(html, POLICY_DEFINITION.apply(renderer)); 119 } 120 }


{% load static %}
We,the team Laughing Crying Emoji,from Terna Engineering College had made a digital platform where two types of people are going to interact.One who have extra resources and others who are in need of that resources.Resources can be anything like leftover food,used clothes,e-waste.These resources should be used by needy people.Keeping in mind these features,we have devoloped a user-freindly,optimised website so that it is easy to access and can load faster.Hope our hard work will lead to a fruitful result!!


Login
Invalid username and password.
You have been logged out.
Username:
Password:
Sign In
Registration
Don't have a trader account yet?
Create One


Breaking: South Africa’s Shock CAF Announcement!
by Mazola MolefeSuperSport have announced late this afternoon that it will not be broadcasting any CAF content following the abrupt termination of television rights between the continent’s governing body and agency Lagardere Sports.
CAF announced earlier today that it had cancelled a $1-billion TV and marketing rights deal with the French-based company following a judgement that it had breached competition rules, though Lagardere insisted it would go to war to make sure the contract remains in place.
Read: Rulani: If You Look At The Numbers
And now SuperSport, who had acquired the rights directly from the French agency, have announced a black-out of all CAF content.
The statement from SuperSport read as follows:
Due to the termination by the Confederation of African Football (CAF) of its agency agreement with Lagardere, SuperSport will not be broadcasting CAF content, commencing with the Afcon under-23 championship, starting in Egypt this weekend, until further notice. This also extends to the Afcon qualifiers, which resume on Wednesday, 13 November.
“We are in a difficult position where we cannot broadcast the CAF games when we don’t have a firm contractual arrangement in place. SuperSport had previously acquired these broadcast rights from Lagardere,” commented Joe Heshu, MultiChoice Group Executive for Corporate Affairs.
It means South African will not be able to watch Mamelodi Sundowns and Bidvest Wits, who will begin their CAF Champions League and Confederations Cup group stage assignments later this month. SuperSport will also not be able broadcast Bafana Bafana’s 2021 Africa Cup of Nations back to back qualifiers away to Ghana and Sudan next week.
Read: Billiat: I Will Never Be Happy


How do I... Ramp up the bot count over time?
When running a load test, you might want to increase the load over time. Normally,
this would be a feature of the test runner, but you can actually control it yourself
with a clever use of BotArmy.Actions.wait
.
Simply start your tree with:
def tree do
Node.sequence([
action(BotArmy.Actions, :wait, [0, ramp_up_period_in_seconds]),
...
])
end
Each bot will choose a random number of seconds within your defined bounds to wait before continuing with the rest of the tree. The tricky part is realizing that because the random functionality uses a uniform distribution, the wait times should be more or less evenly spaced across the ramp-up duration. You can use this trick in other similar situations, such as using different trees for different bots.