MPI_ALLTOALL(sendbuf, sendcount, sendtype, recvbuf,
recvcount, recvtype, comm)
[ IN sendbuf] starting address of send buffer (choice)
[ IN sendcount] number of elements sent to each process (integer)
[ IN sendtype] data type of send buffer elements (handle)
[ OUT recvbuf] address of receive buffer (choice)
[ IN recvcount] number of elements received from any
process (integer)
[ IN recvtype] data type of receive buffer elements (handle)
[ IN comm] communicator (handle)
int MPI_Alltoall(void* sendbuf, int sendcount, MPI_Datatype sendtype, void* recvbuf, int recvcount, MPI_Datatype recvtype, MPI_Comm comm)
MPI_ALLTOALL(SENDBUF, SENDCOUNT, SENDTYPE, RECVBUF, RECVCOUNT, RECVTYPE, COMM, IERROR)
<type> SENDBUF(*), RECVBUF(*)
INTEGER SENDCOUNT, SENDTYPE, RECVCOUNT, RECVTYPE, COMM, IERROR
MPI_ALLTOALL is an extension of MPI_ALLGATHER to the case where each process sends distinct data to each of the receivers. The jth block sent from process i is received by process j and is placed in the ith block of recvbuf.
The type signature associated with sendcount, sendtype, at a process must be equal to the type signature associated with recvcount, recvtype at any other process. This implies that the amount of data sent must be equal to the amount of data received, pairwise between every pair of processes. As usual, however, the type maps may be different.
The outcome is as if each process executed a send to each process (itself included) with a call to,
and a receive from every other process with a call to,
All arguments on all processes are significant. The argument comm must have identical values on all processes.
MPI_ALLTOALLV(sendbuf, sendcounts, sdispls, sendtype,
recvbuf, recvcounts, rdispls, recvtype, comm)
[ IN sendbuf] starting address of send buffer (choice)
[ IN sendcounts] integer array equal to the group size
specifying the number of elements to send to each processor
[ IN sdispls] integer array (of length group size). Entry
j specifies the displacement (relative to sendbuf from
which to take the outgoing data destined for process j
[ IN sendtype] data type of send buffer elements (handle)
[ OUT recvbuf] address of receive buffer (choice)
[ IN recvcounts] integer array equal to the group size
specifying the number of elements that can be received from
each processor
[ IN rdispls] integer array (of length group size). Entry
i specifies the displacement (relative to recvbuf at
which to place the incoming data from process i
[ IN recvtype] data type of receive buffer elements (handle)
[ IN comm] communicator (handle)
int MPI_Alltoallv(void* sendbuf, int *sendcounts, int *sdispls, MPI_Datatype sendtype, void* recvbuf, int *recvcounts, int *rdispls, MPI_Datatype recvtype, MPI_Comm comm)
MPI_ALLTOALLV(SENDBUF, SENDCOUNTS, SDISPLS, SENDTYPE, RECVBUF, RECVCOUNTS, RDISPLS, RECVTYPE, COMM, IERROR)
<type> SENDBUF(*), RECVBUF(*)
INTEGER SENDCOUNTS(*), SDISPLS(*), SENDTYPE, RECVCOUNTS(*), RDISPLS(*), RECVTYPE, COMM, IERROR
MPI_ALLTOALLV adds flexibility to MPI_ALLTOALL in that the location of data for the send is specified by sdispls and the location of the placement of the data on the receive side is specified by rdispls.
The jth block sent from process i is received by process j and is placed in the ith block of recvbuf. These blocks need not all have the same size.
The type signature associated with sendcount[j], sendtype at process i must be equal to the type signature associated with recvcount[i], recvtype at process j. This implies that the amount of data sent must be equal to the amount of data received, pairwise between every pair of processes. Distinct type maps between sender and receiver are still allowed.
The outcome is as if each process sent a message to every other process with,
and received a message from every other process with a call to
All arguments on all processes are significant. The argument comm must have identical values on all processes.
[] Rationale.
The definitions of MPI_ALLTOALL and MPI_ALLTOALLV give as much
flexibility as one would achieve by specifying n independent,
point-to-point communications, with two exceptions: all messages use the same
datatype, and messages are scattered from (or gathered to) sequential
storage.
( End of rationale.)
[] Advice
to implementors.
Although the discussion of collective communication in terms of
point-to-point operation implies that each message is transferred directly
from sender to receiver, implementations may use a tree communication
pattern. Messages can be forwarded by intermediate nodes where they
are split (for scatter) or concatenated (for gather), if this
is more efficient.
( End of advice to implementors.)


Checklist & Password Confirmation
Name:
Date of birth:
Current Location:
Password:
Confirm Password:


|
QuantLib: a free/open-source library for quantitative finance
Fully annotated sources - version 1.30
|
general linear least squares regression More...
#include <ql/math/generallinearleastsquares.hpp>
Public Member Functions | |
| template<class xContainer , class yContainer , class vContainer > | |
| GeneralLinearLeastSquares (const xContainer &x, const yContainer &y, const vContainer &v) | |
| template<class xIterator , class yIterator , class vIterator > | |
| GeneralLinearLeastSquares (xIterator xBegin, xIterator xEnd, yIterator yBegin, yIterator yEnd, vIterator vBegin, vIterator vEnd) | |
| const Array & | coefficients () const |
| const Array & | residuals () const |
| const Array & | standardErrors () const |
| standard parameter errors as given by Excel, R etc. More... | |
| const Array & | error () const |
| modeling uncertainty as definied in Numerical Recipes More... | |
| Size | size () const |
| Size | dim () const |
Protected Member Functions | |
| template<class xIterator , class yIterator , class vIterator > | |
| void | calculate (xIterator xBegin, xIterator xEnd, yIterator yBegin, yIterator yEnd, vIterator vBegin) |
Protected Attributes | |
| Array | a_ |
| Array | err_ |
| Array | residuals_ |
| Array | standardErrors_ |
general linear least squares regression
References: "Numerical Recipes in C", 2nd edition, Press, Teukolsky, Vetterling, Flannery,
Definition at line 45 of file generallinearleastsquares.hpp.
| GeneralLinearLeastSquares | ( | const xContainer & | x, |
| const yContainer & | y, | ||
| const vContainer & | v | ||
| ) |
Definition at line 79 of file generallinearleastsquares.hpp.
| GeneralLinearLeastSquares | ( | xIterator | xBegin, |
| xIterator | xEnd, | ||
| yIterator | yBegin, | ||
| yIterator | yEnd, | ||
| vIterator | vBegin, | ||
| vIterator | vEnd | ||
| ) |
Definition at line 90 of file generallinearleastsquares.hpp.
| const Array & coefficients | ( | ) | const |
Definition at line 56 of file generallinearleastsquares.hpp.
| const Array & residuals | ( | ) | const |
Definition at line 57 of file generallinearleastsquares.hpp.
| const Array & standardErrors | ( | ) | const |
standard parameter errors as given by Excel, R etc.
Definition at line 60 of file generallinearleastsquares.hpp.
| const Array & error | ( | ) | const |
modeling uncertainty as definied in Numerical Recipes
Definition at line 62 of file generallinearleastsquares.hpp.
| Size size | ( | ) | const |
Definition at line 64 of file generallinearleastsquares.hpp.
| Size dim | ( | ) | const |
Definition at line 66 of file generallinearleastsquares.hpp.
|
protected |
Definition at line 103 of file generallinearleastsquares.hpp.
|
protected |
Definition at line 69 of file generallinearleastsquares.hpp.
|
protected |
Definition at line 69 of file generallinearleastsquares.hpp.
|
protected |
Definition at line 69 of file generallinearleastsquares.hpp.
|
protected |
Definition at line 69 of file generallinearleastsquares.hpp.


TIMESTAMP_CMP Function
Compares the value of two time stamps and returns an integer. If the time stamps are identical, the function returns 0. If the first time stamp is greater alphabetically, the function returns 1. If the second time stamp is greater, the function returns –1.
Syntax
TIMESTAMP_CMP(timestamp1, timestamp2)
Arguments
- timestamp1
-
A TIMESTAMP column or an expression that implicitly converts to a time stamp.
- timestamp2
-
A TIMESTAMP column or an expression that implicitly converts to a time stamp.
Return Type
INTEGER
Examples
The following example compares the LISTTIME and SALETIME for a listing. Note that the value for TIMESTAMP_CMP is -1 for all listings because the time stamp for the sale is after the time stamp for the listing:
select listing.listid, listing.listtime, sales.saletime, timestamp_cmp(listing.listtime, sales.saletime) from listing, sales where listing.listid=sales.listid order by 1, 2, 3, 4 limit 10; listid | listtime | saletime | timestamp_cmp --------+---------------------+---------------------+--------------- 1 | 2008-01-24 06:43:29 | 2008-02-18 02:36:48 | -1 4 | 2008-05-24 01:18:37 | 2008-06-06 05:00:16 | -1 5 | 2008-05-17 02:29:11 | 2008-06-06 08:26:17 | -1 5 | 2008-05-17 02:29:11 | 2008-06-09 08:38:52 | -1 6 | 2008-08-15 02:08:13 | 2008-08-31 09:17:02 | -1 10 | 2008-06-17 09:44:54 | 2008-06-26 12:56:06 | -1 10 | 2008-06-17 09:44:54 | 2008-07-10 02:12:36 | -1 10 | 2008-06-17 09:44:54 | 2008-07-16 11:59:24 | -1 10 | 2008-06-17 09:44:54 | 2008-07-22 02:23:17 | -1 12 | 2008-07-25 01:45:49 | 2008-08-04 03:06:36 | -1 (10 rows)
This example shows that TIMESTAMP_CMP returns a 0 for identical time stamps:
select listid, timestamp_cmp(listtime, listtime) from listing order by 1 , 2 limit 10; listid | timestamp_cmp --------+--------------- 1 | 0 2 | 0 3 | 0 4 | 0 5 | 0 6 | 0 7 | 0 8 | 0 9 | 0 10 | 0 (10 rows)


Physical Location
Recommendation, 2007 April 15
Editor:
Tim Farlow, Authoria
Kim Bartkus, HR-XML
Contributors:
Tim Farlow, Authoria
Kim Bartkus, HR-XML
Paul Kiel, HR-XML
Chuck Allen, HR-XML
Kathi Dolan, Manpower, Inc.
Suneel Mendiratta, Employease, Inc.
Don Simonson, Robert Half International
Scott Miller, Fidelity Investments
Romuald Restout, Recruitsoft, Inc.
Copyright © 2007 HR-XML Consortium, Inc.
Abstract
A Physical Location is an object that specifies a physical place. This document identifies the various ways a physical location can be described and used in HR-XML specifications.
Table of Contents
1.3.1 Items within the Design Scope
1.3.2 Items Outside of Design Scope
2 Supported Business Processes
3 Physical Location Schema Design. 6
3.2 Schema/DTD Elements Explained
4 Implementation Considerations
4.1 Latitude and Longitude Notation. 9
5 Appendix A - Document Version History
6 Appendix B – Related Documents
9 Appendix E – Convert Decimal to Degree/Minute/Second Notation
A Physical Location schema is a reusable component for use by Consortium workgroups needing to specify a physical location.
The Physical Location is an object that specifies a physical place. Many HR-XML specifications use some form of location description. For example, a resume work history specifies where previous employers are located, and a resumes speaking event specifies where the event took place.
References to physical locations occur throughout HR transactions. For example, people do their work at different places, and so resumes, job postings, enrollment information and screening results all contain physical location information.
Having standard ways of encoding physical locations into HR transactions minimizes the effort that workgroups and standards end users need to exert in order to encode and decode references to these objects.
Design requirements include:
· Syntax must be self-documenting
· Schema must be easy to understand and use
This object will support any other HR business process that needs a general way of specifying a physical location. Examples may be found in existing schemas for recruiting and staffing, background checking, and other standards.
This specification allows the exchange of both point and area locations. For example, a specific address versus an area of 5 countries. The schema supports unstructured points, unstructured areas, and structured points.
Three types of physical location descriptors are within the scope of this standard. These are:
· Locations defined by specifying a latitude/longitude. For example, a building construction work site.
· Locations defined by specifying a postal address.
· Locations defined by a geographical area. For example, an employee residence home postal code used to determine health care provider availability.
Latitude/longitude information can include information about which latitude/longitude system is used (called the “datum”), an altitude, and information describing the accuracy of the measurement.
Excluded from the scope is support for the use of taxing jurisdiction identifiers as a location description. Payroll transactions use taxing jurisdictions should treat this separately from a physical location description.
Because this is a Cross-Process Object, and not a transaction itself, the roles of trading partners in using this specification will be those of the business processes that pass physical locations. Some of the common patterns for trading partner use of these entities are outlined in the use cases in the next section.
There are various business reasons to include physical locations within a schema. These can include but are not limited to facilities, work site locations for taxing calculations, eligible benefits based on physical locations, mapping territories, and, search capabilities based on geographical longitude and latitude locations, etc. to name a few. Following is a more thorough listing of examples where physical location can be applicable.
· Facilities services such as space planning/utilization, mail/package delivery, emergency response, telecom/desk side support, and security. This might be a column, floor, or office number.
· A New Hire transaction to specify where mail is delivered and phone and/or computer setup is needed.
· Taxes as they relate to work at home or mobile employees versus on site employees. Employees can be eligible for tax credit based on location of work site.
· Temporary assignment tracking to specify where a recruiting base or customer base is located. For example, a geo code to identify longitude/latitude coordinates.
· Zip code list. This varies by insurance carrier. Most carriers define it on a customer level and give a list for that customer. If the employee’s postal code isn’t in the list, they are ‘out of area’.
· HR records and contacts may be based on employee's physical location. HR representatives must be able to identify where to direct data questions. The contact info may be different for a client based on the physical location.
· When clients are planning to close or sell/divest particular plants, factories, or other types of locations, there is a need to know the employees that are affected so mass-calculations, mailings or assisting in preparing data files for determining the pension liability for those employees can be accomplished. May also be used during the analysis of mergers and acquisitions.
· Search capabilities. The geo code may be used if candidate looking for job in a particular area. For example, to find a job in 20 mile area radius of San Francisco. Physical Location could also be used to determine how far a commute might be to a particular location.
· For recently moved offices, there is the need to identify where the employees were physically located (logistics and planning) to decide how much space is needed in the new facility.
· Timecards. When a person works between different locations, there is the need to reflect where the person worked for both locations, based on physical location.
· Screening. The location is critical for credit and criminal checks. For example, a truck driver accident could have occurred on one location, and the individual driving the truck actually lives in another location or the main office address for the truck driver’s business is located in another location.
· Assessments. May specify where the assessment took place. For example, if the ‘test’ was performed in a testing facility.
· Benefits. Plan eligibility may be determined by physical location. It also may be a factor in determining a benefit.
· Privacy laws. Many countries have privacy laws, which specify what information can be kept, or what business processes can be run against the data may be based on where a person lives.
|
Elements and Attributes [Global types listed alphabetically in following table.] |
ContentModel* |
Definition |
|
/ |
- PhysicalLocationType
- (1/1) |
Container to describe a physical
place. |
|
/ PhysicalLocation/ |
- EntityIdType - S (0/1) |
A unique identifier used to reference the entity. The Id is associated with the higher level element. |
|
/ PhysicalLocation/ |
- xsd:string - S (0/1) |
A descriptive identifier within the given context. |
|
/ PhysicalLocation/ |
StartDate - LocalDateNkNaType - S
(0/1) |
Date or time interval on or during
which information or events are effective. |
|
/ PhysicalLocation/
EffectiveDate/ |
- LocalDateNkNaType - S (0/1) |
Contains the (inclusive) date,
period, or interval the event becomes active or begins. |
|
/ PhysicalLocation/ EffectiveDate/ |
- LocalDateNkNaType - S (0/1) |
Contains the (inclusive) date,
period, or interval the event becomes inactive or ends. |
|
/ PhysicalLocation/ |
- SpatialLocationType
- S (0/1) |
The location relating to a
specific point on the earth. This is determined by a coordinate system. |
|
/ PhysicalLocation/
SpatialLocation/ |
- LatitudeType - S (1/1) |
The angular distance of a place
north or south of the earth’s equator. |
|
/ PhysicalLocation/
SpatialLocation/ |
- LongitudeType - S (1/1) |
The angular distance of a place
east or west of the prime meridian at Greenwich, England. |
|
/ PhysicalLocation/
SpatialLocation/ |
- xsd:decimal - C (0/1) |
The height of an object or point
in relation to the earth's surface. |
|
/ PhysicalLocation/
SpatialLocation/ |
- xsd:decimal - C (0/1) |
The height of an object or point
in relation to sea level or above the mean sea level. |
|
/ PhysicalLocation/
SpatialLocation/ |
- NonNegativeDecimal - S (0/1) |
The margin of error for longitude
and latitude coordinates. |
|
/ PhysicalLocation/
SpatialLocation/ |
- NonNegativeDecimal - S (0/1) |
The margin of error for the
altitude coordinate. |
|
/ PhysicalLocation/ |
- xsd:string - S (0/*) |
Provides directions to the site. These could include directions by bus, air, car, walking, etc. |
|
/ PhysicalLocation/ |
- LocationAreaType
- S (0/*) |
A geographical base with distinct boundaries as agreed upon by trading partners. |
|
/ [LocationAreaType] / |
- [Union]: LocationAreaTypeType, xStringPatternExtensionType |
Further defines the associated element
in the context provided. |
|
/ PhysicalLocation/ Area/ |
- xsd:string - S (1/1) |
Describes the contextual information relating to a specific element. |
|
/ PhysicalLocation/ |
- xsd:string - S (0/1) |
Describes the contextual information relating to a group of elements. |
|
Global
types |
ContentModel* |
Definition |
|
/ |
xsd:restriction base: xsd:decimal |
Globally scoped data type. See element or attribute declaration for definition. |
|
/ |
xsd:restriction base: xsd:string [Enumerations]: municipality, postalcode, countrycode, region |
Globally scoped data type. See element or attribute declaration for definition. |
|
/ |
xsd:restriction base: xsd:decimal |
Globally scoped data type. See element or attribute declaration for definition. |
|
/ |
xsd:restriction base: xsd:decimal |
Globally scoped data type. See element or attribute declaration for definition. |
In general, latitude and longitude coordinates may be expressed in degree or decimal notation. However, this specification REQUIRES that coordinates be expressed in decimal notation. An algorithm to convert from decimal to degree/minute/second notation is available in Appendix E.
Example: A degree longitude value of W87.53 must be converted to a decimal longitude value of -87.91188.
Additionally, coordinates may be expressed in positive or negative values. These values correlate directly with north/south and east/west coordinates. The latitude range is from -90° south to +90° north. The longitude range is from -180° west to +180° east.
Human resources data, by its very nature, is personal data. The laws of many jurisdictions as well as codes of fair information practice require organizations to handle personal data in a way that protects individuals from loss of privacy.
The data exchange specifications developed by the HR-XML Consortium are designed to be useful across many jurisdictions and within a variety of business contexts. It is not feasible for the HR-XML Consortium to develop specific privacy guidance for every jurisdiction or business context in which the Consortium's specifications might be implemented. When implementing data exchanges using the HR-XML Consortium's data definitions (or, for that matter, using any other type of data exchange mechanism), organizations are advised to examine the privacy protections that may be required under applicable law and codes of fair information practice.
For information on protecting personal data, general references include: European Union Data Protection Directive (95/46/EC); the Association Computing Machinery Code of Ethics (1992); Canadian Standards Association Model Code for the Protection of Personal Information (1995 – PIPEDA); and U.S.-EU Safe Harbor Principles and FAQs (2000).
The Area element is intended to be a flexible structure for describing geographic areas. The use cases for describing an area are many, and the repeatable, hierarchical design of the element is the result. This section describes how to use recursion and iteration of area elements.
When one area element is hierarchically below another, then the lower element represents an area that must be entirely within the area represented by the element’s parent. For example, a parent element may represent a country, and a child of this element could represent a state, province, or region within the country. The resulting structure describes the region within the country. Hierarchical structures are useful for giving context to a very specific area. For example, just specifying an area by postal code is not sufficient without placing it within an area representing a country because postal codes need that context for proper interpretation.
When area elements are peers of each other, then the total area described is the union of all the areas. For example, I can describe Southeast Asia with a set of area elements for all the countries within Southeast Asia.
Combinations of hierarchical and repeating areas allow for detailed description of complex areas.
It is relatively straightforward to turn area elements into textual descriptions. But because of the complexity associated with describing real world areas, trading partners will need to come to agreement on the contents of area elements if they wish to make computations based on area data.
|
Date |
Description |
|
2003-07-10 |
Initial draft |
|
2003-07-16 |
Replaced “Description” with “Name”, “Comments” and “TravelDirections”. Filled in some missing sections. |
|
2003-07-31 |
Removed Position and promoted Longitude and Latitude. Changed altitude elements to a choice. Updated document, including new definitions. |
|
2003-09-12 |
Reorganized Area as repeatable hierarchy. Added examples. |
|
2003-09-25 |
Add implementation guidelines for lat/long pattern. Changed Identifier to Id with entityIdType. |
|
2003-12-29 |
Updated references of decimal vs. degree notation. Changed examples to use decimal notation. Specification now requires decimal notation. |
|
2004-01-02 |
Changed Area/Value to Area/Description. Value typically denotes a monetary or material worth. |
|
2004-01-08 |
Changed top level Area to multiple occurrence. Added job posting example. |
|
2004-02-05 |
Added implementation notes for the Area element. |
|
2004-02-26 |
Added Effective Date elements. |
|
2004-08-02 |
Approved by membership. |
|
2006-Feb-28 |
Approved by Consortium |
|
2007-Apr-15 |
Approved by Consortium |
|
Reference |
Link |
|
Physical Location Schema |
http://ns.hr-xml.org/2_5/HR-XML-2_5/CPO/PhysicalLocation.xsd |
|
Postal Address |
Korkea-aho, Mari. (2001) Location Information in the Internet, Chapter 11.3-11.5. http://www.hut.fi/~mkorkeaa/licthesis/LicThesis-Mari-Korkea-aho-Final-Version-08102001.pdf
1. Temporary assignment tracking. Where recruiting base or customer base is located – geo code, identify longitude/latitude coordinates.
<TemporaryAssignmentTracking>
<Id>
<IdValue>123456789</IdValue>
</Id>
<Name>Midwest Distribution Center</Name>
<SpatialLocation>
<Latitude>+43</Latitude>
<Longitude>-67</Longitude>
<Altitude>0.14</Altitude>
<HorizontalAccuracy>0</HorizontalAccuracy>
<VerticalAccuracy>0</VerticalAccuracy>
</SpatialLocation>
<TravelDirections>From the south, take I=94 north to exit 356, turn left on Kilbourn, past three red lights and turn left into the ABC Company driveway. Stay right and follow signs to loading dock</TravelDirections>
<PostalAddress type="undefined">
<CountryCode>US</CountryCode>
<PostalCode>53202</PostalCode>
<Region>Milwaukee</Region>
<Municipality>String</Municipality>
<DeliveryAddress>
<AddressLine>111</AddressLine>
<StreetName>E. Kilbourn Ave</StreetName>
<BuildingNumber>C</BuildingNumber>
</DeliveryAddress>
<Recipient>
<PersonName>
<GivenName>Aaron</GivenName>
<MiddleName>Edward</MiddleName>
<FamilyName primary="undefined" prefix="Mr">Sisk</FamilyName>
</PersonName>
<AdditionalText>String</AdditionalText>
<OrganizationName>ABC Company</OrganizationName>
</Recipient>
</PostalAddress>
<Comments>Mr. Sisk must sign all timecards</Comments>
</TemporaryAssignmentTracking>
2. When clients are planning to close or sell/divest particular plants, factories, or other types of locations, there is a need to know the employees that are affected so mass-calculations, mailings or assisting in preparing data files for determining the pension liability for those employees can be accomplished. May also be used during the analysis of mergers and acquisitions.
<PlantClosureAffectedArea>
<PhysicalLocation>
<Name>Lower Falls Mill</Name>
<EffectiveDate>
<StartDate>2004-01-01</StartDate>
</EffectiveDate>
<Area type="countrycode">
<Description>CA</Description>
<Area type="postalcode">
<Description>T5G</Description>
</Area>
</Area>
</PhysicalLocation>
<PhysicalLocation>
<Name>Newman Mills</Name>
<EffectiveDate>
<StartDate>2004-04-01</StartDate>
</EffectiveDate>
<Area type="countrycode">
<Description>CA</Description>
<Area type="postalcode">
<Description>T5P</Description>
</Area>
</Area>
</PhysicalLocation>
<PhysicalLocation>
<Name>Rockford Mills</Name>
<EffectiveDate>
<StartDate>2004-08-01</StartDate>
</EffectiveDate>
<Area type="countrycode">
<Description>CA</Description>
<Area type="postalcode">
<Description>T5H</Description>
</Area>
</Area>
</PhysicalLocation>
</PlantClosingAffectedArea>
3. Search capabilities – GEO Code may be used if candidate is looking for job in a specific area - for example, to find a job in 20-mile area radius of San Francisco. Could also be used for commute information in Candidate schema.
<CommuterInfo>
<WorkLocation>
<SpatialLocation>
<Latitude>37</Latitude>
<Longitude>122</Longitude>
</SpatialLocation>
</WorklLocation>
</CommuterInfo>
4. For recently moved offices, there is the need to identify where the employees were physically located (logistics and planning) to decide how much space is needed in the new facility.
<WorkerInfo>
<Location>
<Name>3rd floor cube 394</Name>
<EffectiveDate>
<StartDate>2003-01-01</StartDate>
<EndDate>notKnown</EndDate>
</EffectiveDate>
<Comments>Last one on the right</Comments>
</Location>
</WorkerInfo>
5. Describes the service area for an insurance carrier. If the employer’s municipality isn’t included, they are considered ‘out of area’.
<ServiceArea>
<PhysicalLocation>
<Id idOwner="ABC Insurance">
<IdValue>0031</IdValue>
</Id>
<Name>Georgia Service Area</Name>
<EffectiveDate>
<StartDate>2003-01-01</StartDate>
<EndDate>2003-12-31</EndDate>
</EffectiveDate>
<Area type="municipality">
<Description>Atlanta</Description>
</Area>
<Area type="municipality">
<Description>Marietta</Description>
</Area>
<Area type="municipality">
<Description>Norcross</Description>
</Area>
</PhysicalLocation>
</ServiceArea>
6. HR records and contacts may be based on employee’s physical location. HR representatives must be able to identify where to direct data questions. The contact information may be different for a client based on the physical location.
<Office>
<PhysicalLocation>
<Name>AL Sprocket Processing Plant</Name>
<EffectiveDate>
<StartDate>2004-07-15</StartDate>
</EffectiveDate>
<TravelDirections>I-65 South, Exit 196</TravelDirections>
<PostalAddress>
<CountryCode>US</CountryCode>
<PostalCode>36553</PostalCode>
<Region>AL</Region>
<Municipality>McIntosh</Municipality>
<DeliveryAddress>
<AddressLine>1567 Mobile Street</AddressLine>
</DeliveryAddress>
</PostalAddress>
</PhysicalLocation>
</Office>
7. Time Cards - In this example, the employee submitted a timecard for two locations. The tax rates may be applied differently for each location.
<TimeCard>
<ReportedTime>
<TimeInterval type="Regular">
<WorklLocation>
<Id>
<IdValue>DF</IdValue>
</Id>
<Name>Dallas Facility</Name>
<Area type="countrycode">
<Description>US</Description>
<Area type="postalcode">
<Description>75060</Description>
<Area type="region">
<Description>TX</Description>
<Area type="municipality">
<Description>Dallas</Description>
</Area>
</Area>
</Area>
</Area>
<Comments>Weekend shift is located in Dallas.</Comments>
</WorkLocation>
<StartDateTime>2001-05-07</StartDateTime>
<EndDateTime>2001-05-07</EndDateTime>
<Duration>PT8H</Duration>
<AdditionalData type="Task">Repair</AdditionalData>
<AdditionalData type="CostCenter">700</AdditionalData>
</TimeInterval>
<TimeInterval type="Regular">
<WorkLocation>
<Id>
<IdValue>FTWF</IdValue>
</Id>
<Name>Ft Worth Factory</Name>
<Area type="countrycode">
<Description>US</Description>
<Area type="postalcode">
<Description>75059</Description>
<Area type="region">
<Description>TX</Description>
<Area type="municipality">
<Description>Ft. Worth</Description>
</Area>
</Area>
</Area>
</Area>
<Comments>Weekday shift in Ft. Worth. City taxes apply.</Comments>
</WorkLocation>
<StartDateTime>2001-05-14</StartDateTime>
<EndDateTime>2001-05-14</EndDateTime>
<Duration>PT4H</Duration>
<AdditionalData type="Task">Production</AdditionalData>
<AdditionalData type="CostCenter">800</AdditionalData>
</TimeInterval>
</ReportedTime>
</TimeCard>
8. Screening – this location is critical for credit checks, and criminal checks. For example, a truck driver accident could have occurred on one location, and the individual driving the truck actually lives in another location i.e., county, region, state, etc. or the main office address for the truck driver’s business is located in another location.
<VehicleAccidentLocation>
<Area type="countrycode">
<Description>US</Description>
<Area type="region">
<Description>AR</Description>
<Area type="region">
<Description>Meridith County</Description>
<Area type="municipality">
<Description>Little Rock</Description>
</Area>
</Area>
</Area>
</Area>
</VehicleAccidentLocation>
<DriverHomeAddress>
<PostalAddress>
<CountryCode>US</CountryCode>
<PostalCode>01432</PostalCode>
<Region>Connecticut</Region>
<Municipality>Hartford</Municipality>
<DeliveryAddress>
<AddressLine>33571</AddressLine>
<StreetName>Oak Street</StreetName>
</DeliveryAddress>
</PostalAddress>
</DriverHomeAddress>
9. Assessments – could list in the transaction where the assessment took place. For example, if the ‘test’ was performed in a testing facility.
<TestingFacility>
<PhysicalLocation>
<Name>Educational Services of Cleveland</Name>
<TravelDirections>Take Interstate 75 exit 27. Travel South on Paul Huff Parkway for 2.1 miles. Turn left onto US 11. Center is on the right. </TravelDirections>
<PostalAddress>
<CountryCode>US</CountryCode>
<PostalCode>37312</PostalCode>
<Region>TN</Region>
<Municipality>Cleveland</Municipality>
<DeliveryAddress>
<AddressLine>1721 North Lee Highway</AddressLine>
</DeliveryAddress>
</PostalAddress>
<Comments>Hours of operation are 9:00 AM to 5:00 PM, Monday through Friday.</Comments>
</PhysicalLocation>
</TestingFacility>
10. Time Cards - In this example, the employee submitted a timecard for two locations. The tax rates may be applied differently for each location.
<PhysicalLocation>
<Name>Regional HQ</Name>
<TravelDirections>”I-43 north to Silver Spring exit, north on Pt. Washington two blocks, turn right on Lexington by the Kinkos, go one block. Road dead ends at parking lot</TravelDirections>
<PostalAddress>
<CountryCode>US</CountryCode>
<PostalCode>53217</PostalCode>
<Region>Upper Midwest</Region>
<DeliveryAddress>
<AddressLine>”5301“</AddressLine>
<StreetName> “N. Ironwood Road “</StreetName>
</DeliveryAddress>
<Recipient>
<PersonName>
<FormattedName type="presentation">”D. Turcq”</FormattedName>
</PersonName>
<OrganizationName>ABC Company</OrganizationName>
</Recipient>
</PostalAddress>
<Area type="countrycode">
<Description>US</Description>
<Area type="region">
<Description>Wisconsin</Description>
<Area type="municipality">
<Description>Milwaukee</Description>
<Area type="x:district">
<Description>Glendale</Description>
</Area>
</Area>
</Area>
</Area>
<Comments>String</Comments>
</PhysicalLocation>
11. Job Posting – identifies the location of a job or position, allowing for more specificity of the area.
<PhysicalLocation>
<Name>Regional HQ</Name>
<TravelDirections>”I-43 north to Silver Spring exit, north on Pt. Washington two blocks, turn right on Lexington by the Kinkos, go one block.


First T20 between Pakistan and Australia called off due to rain
by https://www.dawn.com/authors/422/reuters, AFP | Dawn.com | ReutersThe first T20 between Pakistan and Australia in Sydney ended without a result after it was called off on Sunday due to rain.
Following a rain delay in Pakistan's innings, a revised target of 119 runs from 15 overs was set for Australia. The match was reduced to 15 overs of play per side following the delay.
Australian skipper Aaron Finch gave Australia a flying start with 37 runs from 16 balls as the hosts cruised to 41 for no loss in 3.1 overs.
It was at that moment that rain returned to the Sydney Cricket Ground to dash Australia's hopes of going 1-0 up in the three-match series.
"It's frustrating," Finch said afterwards.
"To restrict them to 107 off 15 overs was a great effort and then to be on track to get them was nice."
"It was nice to get a few out of the middle. Like I said, a bit unfortunate the rain played such a part."
Pakistan's innings
Pakistan ended on 107 for 5 but play was halted for just over an hour mid-match meaning Australia was set a revised target of 119.
Skipper Babar Azam led his side adding 59 runs on the scoreboard.
It was a decent recovery by the visitors after a terrible start when Fakhar Zaman was out first ball, hitting a swinging Mitchell Starc delivery straight to Steve Smith at backward point.
That brought Haris Sohail to the crease, but he made a poor decision in going after Kane Richardson too early, top-edging to Smith to leave the visitors struggling at 10 for two in the second over.
But Azam and Mohammad Rizwan steadied the ship and began building a solid partnership, pushing the scoreboard along with clever running between the wicket and quality shots.
They reached the 10-over mark at 64 for two but Rizwan fell soon after for an entertaining 31 after trying to clear the boundary rope off spinner Ashton Agar only to see Pat Cummins take an easy catch.
When they resumed at 88 for three in the thirteenth over after the rain break, Asif Ali fell to Richardson for 11 and Imad Wasim to Starc for a duck, leaving Azam to bring up his eleventh T20 half-century.
Toss
Earlier, Australia won the toss and chose to bowl first.
Australia are in form and fresh from a 3-0 series sweep against Sri Lanka, in contrast to Pakistan who were embarrassed by a second-string Sri Lanka at home across three matches last month.
That debacle cost Sarfaraz Ahmed his job as captain and a place in the squad, while experienced campaigners Shoaib Malik and Mohammad Hafeez were also axed in the shorter format.
The world's number one ranked T20 batsman Azam is captaining the team as he tries to re-build for the World Cup next year.
Of note, 37-year-old seamer Mohammad Irfan features for the first time in more than three years.
Australia kept the same side that beat Sri Lanka by seven wickets on Friday.
"With a little bit of weather around we want to hopefully get some early wickets," said skipper Aaron Finch, as the first raindrops of the day started to fall.
"They've got a really well-rounded side," he added of Pakistan.
After Sydney, the series moves to Canberra on Tuesday before a final game in Perth before the sides face each other in two Tests.
Australia: Aaron Finch (capt), David Warner, Steve Smith, Ben McDermott, Ashton Turner, Alex Carey, Ashton Agar, Pat Cummins, Mitchell Starc, Kane Richardson, Adam Zampa
Pakistan: Fakhar Zaman, Babar Azam (capt), Haris Sohail, Mohammad Rizwan, Asif Ali, Iftikhar Ahmed, Imad Wasim, Wahab Riaz, Shadab Khan, Mohammad Amir, Mohammad Irfan
Umpires: Gerard Abood (AUS and Paul Wilson (AUS) TV Umpire: Shawn Craig (AUS) Match Referee: Javagal Srinath (IND)


Reports calls to java.sql.Statement.execute(), or any
of its variants, which take a dynamically-constructed string as the query to execute.
Constructed SQL statements are a common source of security breaches.
By default this inspection ignores compile-time constants.
Use the checkbox below to consider any static final fields as constant.
Be careful, because strings like the following will be ignored when the option is enabled:
private static final String SQL =
"SELECT * FROM user WHERE name='" + getUserInput() + "'";


THE PIZZA PLACE
ABOUT US
Pizza Place is the home of all the best pizza in Kenya.We are a family company which is dedicated to make the best anf most flourishing pizza in Kenya.The Pizza place was established in the year 1998 by Mr.Njiruh.The recipe of all the pizza's is a family recipe and is only known by a few. We as the chef's and team are dedicated to bring you the best services.we are located in Kimanthi Street,Nairobi,Kenya.


My thoughts on music.
Posted: Thu Jun 14, 2007 10:49 am
Music communicates things that visual stimuli cannot. So It is essential to have well thought out melodies that complement details in an area to complete the feeling you want to create for a specific area.
The greatest example that I can point out to where this is executed beatifully (not because I am an avid fan) is in a couple zelda titles.. Ocarina of Time and Majora's Mask.
I think that each dungeon/temple/shrine should have a different tune for how it is put together. I think if you really want to create music that complements where it will be heard.. I think it would be a good idea for someone to listen to Koji Kondo's (the composer responsible for background melodies in the zelda titles) work and use it as a reference.
If you don't have access to any of the songs used in those games.. you can go here "http://www.zreomusic.com/" this site is home to reorchestrated versions of songs found in the Zelda games.
The greatest example that I can point out to where this is executed beatifully (not because I am an avid fan) is in a couple zelda titles.. Ocarina of Time and Majora's Mask.
I think that each dungeon/temple/shrine should have a different tune for how it is put together. I think if you really want to create music that complements where it will be heard.. I think it would be a good idea for someone to listen to Koji Kondo's (the composer responsible for background melodies in the zelda titles) work and use it as a reference.
If you don't have access to any of the songs used in those games.. you can go here "http://www.zreomusic.com/" this site is home to reorchestrated versions of songs found in the Zelda games.


mousewheel compatibility
detach
mousewheel on me
note:
not perfect on mac osx with accelerated scroll


The American flag runners of Team Fortress 2. Having a thing for baseball and a need for speed, Scouts hold an in-game record for being the fastest through their class speed. Saying that, Scouts can capture control points and move payloads twice as fast. In addition to speed, Scouts are the only class that can double jump. Armed with a deadly Scattergun, a Pistol and his deadly Bat, he'll not only capture the intelligence and leave the opposing team confused, he will also have a good time doing it.
As discussed above, Scouts have a medium-close ranged Scattergun (Primary). Aside from this, he also wields a medium ranged Pistol (Secondary) and finally, the Bat, which is completely deadly for picking at the opposing players' health until death (Melee). The other two weapons are is speed and double jump that the Scout possesses for movement, confusion and evasion. Learn these in a combo.
| Primary | Ammo Loaded/Ammo Carried | Special Abilities |
|---|---|---|
| Scattergun | 6/32 |
|
| Baby Face's Blaster | 4/32 |
|
| Secondary | Ammo Loaded/Ammo Carried | Special Abilities |
|---|---|---|
| Pistol | 12/36 |
|
| Mad Milk | 1/Recharges |
|
| Flying Guillotine | 1/Recharges |
|
| Melee | Special Abilities |
|---|---|
| Bat |
|
| Sandman |
|
It is very powerful. It works well in medium ranges and can be lethal at short range. It is stronger than the regular Shotgun. To do maximum damage with this weapon, you have to be up close to your target. Reload this weapon whenever you're out of combat range, and make sure to think ahead and plan your reloads carefully if you have to do so during battle. This could mean popping behind some cover to do so.
Use the Pistol in long ranges. The Pistol is the most accurate weapon the Scout has, and it is perfect for picking off enemies who try to flee. This weapon does more damage than the Scattergun at long ranges. The Pistol also has a very fast rate of fire. You can use it as a second-hand weapon to the Scattergun. To fire it at maximum speed, you should rapidly click the mouse button instead of holding it down.
Use the Baseball bat at point-blank range. The baseball bat can be lethal when in range. It is also very fast. However, if you miss a swing, your plan could go awry. You should only use this on an unsuspecting enemy whose back is turned, or when the Scattergun and Pistol are not available for use. This weapon, compared to the other melee weapons in the game, swings faster, but each swing does less damage, so it isn't like the burst damage of the other melee weapons.
The Scout runs around 1/3 faster than the other classes that run at standard speed. The Scout is also capable of using a double jump to dart around in the air during combat or reach places unreachable to other classes (excluding Soldiers and Demomen). The superior speed and movement is one of the key abilities to his style of gameplay, and you should hardly ever be staying still. Jump around and move in unpredictable patterns during combat to make it harder for the enemy to aim at you, giving you a further advantage.
As a Scout, you can, while in the air, jump again to get a double jump. You can reach places inaccessible to other classes (excluding Soldiers and Demomen). Utilizing your double jumps to take small shortcuts on maps can make you traverse even quicker, or get you into advantageous positions (e.g. straight behind your targets without them knowing, allowing you to wound or even kill them).


// Copyright 2016-2023 Bloomberg Finance L.P. // SPDX-License-Identifier: Apache-2.0 // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // bmqa_abstractsession.h -*-C++-*- #ifndef INCLUDED_BMQA_ABSTRACTSESSION #define INCLUDED_BMQA_ABSTRACTSESSION //@PURPOSE: Provide a pure protocol for a BlazingMQ session. // //@CLASSES: // bmqa::AbstractSession: Interface for a BlazingMQ session. // //@DESCRIPTION: // 'bmqa::AbstractSession' is a pure protocol for a BlazingMQ session. // BMQ #include <bmqscm_version.h> #include <bmqa_closequeuestatus.h> #include <bmqa_configurequeuestatus.h> #include <bmqa_confirmeventbuilder.h> #include <bmqa_event.h> #include <bmqa_messageeventbuilder.h> #include <bmqa_messageproperties.h> #include <bmqa_openqueuestatus.h> #include <bmqa_queueid.h> #include <bmqt_queueoptions.h> #include <bmqt_uri.h> // BDE #include <bsl_functional.h> #include <bsls_timeinterval.h> #include <bsls_types.h> namespace BloombergLP { namespace bmqa { // ===================== // class AbstractSession // ===================== class AbstractSession { // A pure protocol for a session. public: // TYPES typedef bsl::function<void(const bmqa::OpenQueueStatus& result)> OpenQueueCallback; // Invoked as a response to an asynchronous open queue operation, // 'OpenQueueCallback' is an alias for a callback function object // (functor) that takes as an argument the specified 'result', // providing the result and context of the requested operation. typedef bsl::function<void(const bmqa::ConfigureQueueStatus& result)> ConfigureQueueCallback; // Invoked as a response to an asynchronous configure queue operation, // 'ConfigureQueueCallback' is an alias for a callback function object // (functor) that takes as an argument the specified 'result', // providing the result and context of the requested operation. typedef bsl::function<void(const bmqa::CloseQueueStatus& result)> CloseQueueCallback; // Invoked as a response to an asynchronous close queue operation, // 'CloseQueueCallback' is an alias for a callback function object // (functor) that takes as an argument the specified 'result', // providing the result and context of the requested operation. public: // CREATORS virtual ~AbstractSession(); // Destructor // MANIPULATORS ///Session management ///------------------ virtual int start(const bsls::TimeInterval& timeout = bsls::TimeInterval()); // Connect to the BlazingMQ broker and start the message processing for // this 'Session'. This method blocks until either the 'Session' is // connected to the broker, fails to connect, or the operation times // out. If the optionally specified 'timeout' is not populated, use // the one defined in the session options. Return 0 on success, or a // non-zero value corresponding to the 'bmqt::GenericResult::Enum' enum // values otherwise. The behavior is undefined if this method is // called on an already started 'Session'. virtual int startAsync(const bsls::TimeInterval& timeout = bsls::TimeInterval()); // Connect to the BlazingMQ broker and start the message processing for // this 'Session'. This method returns without blocking. The result // of the operation is communicated with a session event. If the // optionally specified 'timeout' is not populated, use the one defined // in the session options. Return 0 on success (this doesn't imply the // session is connected !), or a non-zero value corresponding to the // 'bmqt::GenericResult::Enum' enum values otherwise. The behavior is // undefined if this method is called on an already started 'Session'. virtual void stop(); // Gracefully disconnect from the BlazingMQ broker and stop the // operation of this 'Session'. This method blocks waiting for all // already invoked event handlers to exit and all session-related // operations to be finished. No other method but 'start()' may be // used after this method returns. This method must *NOT* be called if // the session is in synchronous mode (i.e., not using the // EventHandler), 'stopAsync()' should be called in this case. virtual void stopAsync(); // Disconnect from the BlazingMQ broker and stop the operation of this // 'Session'. This method returns without blocking and neither enforce // nor waits for any already started session-related operation to be // finished. No method may be used after this method returns. virtual void finalizeStop(); // **DEPRECATED** // // This method is only to be used if the session is in synchronous mode // (i.e., not using the EventHandler): it must be called once all // threads getting events with 'nextEvent()' have been joined. virtual void loadMessageEventBuilder(MessageEventBuilder *builder); // Load into the specified 'builder' an instance of // 'bmqa::MessageEventBuilder' that can be used to build message event // for posting on this session. The behavior is undefined unless the // session has been successfully started and 'builder' is non-null. // Note that lifetime of the loaded object is bound by the lifetime of // this session instance (i.e., loaded instance cannot outlive this // session instance). Also note that the 'MessageEventBuilder' objects // are pooled, so this operation is cheap, and 'MessageEventBuilder' // can be obtained on demand and kept on the stack. virtual void loadConfirmEventBuilder(ConfirmEventBuilder *builder); // Load into the specified 'builder' an instance of // 'bmqa::ConfirmEventBuilder' that can be used to build a batch of // CONFIRM messages for sending to the broker. The behavior is // undefined unless the session has been successfully started and // 'builder' is non-null. Note that the lifetime of the loaded object // is bound by the lifetime of this session instance (i.e., loaded // instance cannot outlive this session instance). virtual void loadMessageProperties(MessageProperties *buffer); // Load into the specified 'buffer' an instance of 'MessageProperties' // that can be used to specify and associate properties while building // a 'bmqa::Message'. The behavior is undefined unless the session has // been successfully started and 'buffer' is non-null. Note that // lifetime of the loaded object is bound by the lifetime of this // session instance (i.e., loaded instance cannot outlive this session // instance). ///Queue management ///---------------- virtual int getQueueId(QueueId *queueId, const bmqt::Uri& uri) const; // Load in the specified 'queueId' the queue corresponding to the // specified 'uri' and return 0 if such a queue was found, or leave // 'queueId' untouched and return a non-zero value if no queue // corresponding to 'uri' is currently open. virtual int getQueueId(QueueId *queueId, const bmqt::CorrelationId& correlationId) const; // Load in the specified 'queueId' the queue corresponding to the // specified 'correlationId' and return 0 if such a queue was found, or // leave 'queueId' untouched and return a non-zero value if no queue // corresponding to 'correlationId' is currently open. virtual int openQueue(QueueId *queueId, const bmqt::Uri& uri, bsls::Types::Uint64 flags, const bmqt::QueueOptions& options = bmqt::QueueOptions(), const bsls::TimeInterval& timeout = bsls::TimeInterval()); // DEPRECATED: Use the 'openQueueSync(QueueId *queueId...)' instead. // This method will be marked as // 'BSLS_ANNOTATION_DEPRECATED' in future release of // libbmq. virtual OpenQueueStatus openQueueSync(QueueId *queueId, const bmqt::Uri& uri, bsls::Types::Uint64 flags, const bmqt::QueueOptions& options = bmqt::QueueOptions(), const bsls::TimeInterval& timeout = bsls::TimeInterval()); // Open the queue having the specified 'uri' with the specified 'flags' // (a combination of the values defined in 'bmqt::QueueFlags::Enum'), // using the specified 'queueId' to correlate events related to that // queue. The object 'queueId' referring to is modified, so the // 'queueId' represents the actual queue uri, flags and options. // Return a result providing the status and context of the operation. // Use the optionally specified 'options' to configure some advanced // settings. Note that this operation fails if 'queueId' is // non-unique. If the optionally specified 'timeout' is not populated, // use the one defined in the session options. This operation will // block until either success, failure, or timing out happens. // // THREAD: Note that calling this method from the event processing // thread(s) (i.e., from the EventHandler callback, if // provided) *WILL* lead to a *DEADLOCK*. virtual int openQueueAsync(QueueId *queueId, const bmqt::Uri& uri, bsls::Types::Uint64 flags, const bmqt::QueueOptions& options = bmqt::QueueOptions(), const bsls::TimeInterval& timeout = bsls::TimeInterval()); // DEPRECATED: Use the 'openQueueAsync(...)' with callback flavor // instead. This method will be marked as // 'BSLS_ANNOTATION_DEPRECATED' in future release of // libbmq. virtual void openQueueAsync(bmqa::QueueId *queueId, const bmqt::Uri& uri, bsls::Types::Uint64 flags, const OpenQueueCallback& callback, const bmqt::QueueOptions& options = bmqt::QueueOptions(), const bsls::TimeInterval& timeout = bsls::TimeInterval()); // Asynchronously open the queue having the specified 'uri' with the // specified 'flags' (a combination of the values defined in // 'bmqt::QueueFlags::Enum'), using the specified 'queueId' to // correlate events related to that queue and the optionally specified // 'options' to configure some advanced settings. The object 'queueId' // referring to is modified, so the 'queueId' represents the actual // queue uri, flags and options. The result of the operation is // communicated to the specified 'callback' via a // 'bmqa::OpenQueueStatus', providing the status and context of the // requested operation. Note that this operation fails if 'queueId' is // non-unique. If the optionally specified 'timeout' is not populated, // use the one defined in the session options. // // THREAD: The 'callback' will *ALWAYS* be invoked from the // EventHandler thread(s) (or if a SessionEventHandler was not // specified, from the thread invoking 'nextEvent'). virtual int configureQueue(QueueId *queueId, const bmqt::QueueOptions& options, const bsls::TimeInterval& timeout = bsls::TimeInterval()); // DEPRECATED: Use the 'configureQueueSync(QueueId *queueId...) // instead. This method will be marked as // 'BSLS_ANNOTATION_DEPRECATED' in future release of // libbmq. virtual ConfigureQueueStatus configureQueueSync( const QueueId *queueId, const bmqt::QueueOptions& options, const bsls::TimeInterval& timeout = bsls::TimeInterval()); // Configure the queue identified by the specified 'queueId' using the // specified 'options' and return a result providing the status and // context of the operation. Fields from 'options' that have not been // explicitly set will not be modified. If the optionally specified // 'timeout' is not populated, use the one defined in the session // options. This operation returns error if there is a pending // configure for the same queue. This operation will block until // either success, failure, or timing out happens. // // THREAD: Note that calling this method from the event processing // thread(s) (i.e., from the EventHandler callback, if // provided) *WILL* lead to a *DEADLOCK*. virtual int configureQueueAsync( QueueId *queueId, const bmqt::QueueOptions& options, const bsls::TimeInterval& timeout = bsls::TimeInterval()); // DEPRECATED: Use the 'configureQueueAsync(...)' with callback flavor // instead. This method will be marked as // 'BSLS_ANNOTATION_DEPRECATED' in future release of // libbmq. virtual void configureQueueAsync( const QueueId *queueId, const bmqt::QueueOptions& options, const ConfigureQueueCallback& callback, const bsls::TimeInterval& timeout = bsls::TimeInterval()); // Asynchronously configure the queue identified by the specified // 'queueId' using the specified 'options' to configure some advanced // settings. The result of the operation is communicated to the // specified 'callback' via a 'bmqa::ConfigureQueueStatus', providing // the status and context of the requested operation. If the // optionally specified 'timeout' is not populated, use the one defined // in the session options. // // THREAD: The 'callback' will *ALWAYS* be invoked from the // EventHandler thread(s) (or if a SessionEventHandler was not // specified, from the thread invoking 'nextEvent'). virtual int closeQueue(QueueId *queueId, const bsls::TimeInterval& timeout = bsls::TimeInterval()); // DEPRECATED: Use the 'closeQueueSync(QueueId *queueId...) instead. // This method will be marked as // 'BSLS_ANNOTATION_DEPRECATED' in future release of // libbmq. virtual CloseQueueStatus closeQueueSync(const QueueId *queueId, const bsls::TimeInterval& timeout = bsls::TimeInterval()); // Close the queue identified by the specified 'queueId' and return a // result providing the status and context of the operation. If the // optionally specified 'timeout' is not populated, use the one defined // in the session options. Any outstanding configureQueue request for // this 'queueId' will be canceled. This operation will block until // either success, failure, or timing out happens. Once this method // returns, there is guarantee that no more messages and events for // this 'queueId' will be received. Note that successful processing of // this request in the broker closes this session's view of the queue; // the underlying queue may not be deleted in the broker. When this // method returns, the correlationId associated to the queue is // cleared. // // THREAD: Note that calling this method from the event processing // thread(s) (i.e., from the EventHandler callback, if // provided) *WILL* lead to a *DEADLOCK*. virtual int closeQueueAsync(QueueId *queueId, const bsls::TimeInterval& timeout = bsls::TimeInterval()); // DEPRECATED: Use the 'closeQueueAsync(...)' with callback flavor // instead. This method will be marked as // 'BSLS_ANNOTATION_DEPRECATED' in future release of // libbmq. virtual void closeQueueAsync( const QueueId *queueId, const CloseQueueCallback& callback, const bsls::TimeInterval& timeout = bsls::TimeInterval()); // Asynchronously close the queue identified by the specified // 'queueId'. Any outstanding configureQueue requests will be // canceled. The result of the operation is communicated to the // specified 'callback' via a 'bmqa::CloseQueueStatus', providing the // status and context of the operation. If the optionally specified // 'timeout' is not populated, use the one defined in the session // options. Note that successful processing of this request in the // broker closes this session's view of the queue; the underlying queue // may not be deleted in the broker. The correlationId associated to // the queue remains valid until the 'bmqa::CloseQueueStatus' result // has been received and processed by the 'callback', after which it // will be cleared and no more messages and events for this 'queueId' // will be received. // // THREAD: The 'callback' will *ALWAYS* be invoked from the // EventHandler thread(s) (or if a SessionEventHandler was not // specified, from the thread invoking 'nextEvent'). ///Queue manipulation ///------------------ virtual Event nextEvent(const bsls::TimeInterval& timeout = bsls::TimeInterval()); // Return the next available event received for this session. If there // is no event available, this method blocks for up to the optionally // specified 'timeout' time interval for an event to arrive. An empty // time interval for 'timeout' (the default) indicates that the method // should not timeout (the method will not return until the next event // is available). Return a 'bmqa::SessionEvent' of type // 'bmqt::SessionEventType::e_TIMEOUT' if a timeout was specified and // that timeout expired before any event was received. Note that this // method can only be used if the session is in synchronous mode (ie // not using the EventHandler). The behavior is undefined unless the // session was started. virtual int post(const MessageEvent& event); // Asynchronously post the specified 'event' that must contain one or // more 'Messages'. The return value is one of the values defined in // the 'bmqt::PostResult::Enum' enum. Return zero on success and a // non-zero value otherwise. Note that success implies that SDK has // accepted the 'event' and will eventually deliver it to the broker. // The behavior is undefined unless the session was started. virtual int confirmMessage(const Message& message); // Asynchronously confirm the receipt of the specified 'message'. This // indicates that the application is done processing the message and // that the broker can safely discard it from the queue according to // the retention policy set up for that queue. Return 0 on success, // and a non-zero value otherwise. Note that success implies that SDK // has accepted the 'message' and will eventually send confirmation // notification to the broker. virtual int confirmMessage(const MessageConfirmationCookie& cookie); // Asynchronously confirm the receipt of the message with which the // specified 'cookie' is associated. This indicates that the // application is done processing the message and that the broker can // safely discard it from the queue according to the retention policy // set up for that queue. Return 0 on success, and a non-zero value // otherwise. Note that success implies that SDK has accepted the // 'message' and will eventually send confirmation notification to the // broker. virtual int confirmMessages(ConfirmEventBuilder *builder); // Asynchronously confirm the receipt of the batch of CONFIRM messages // contained in the specified 'builder'. This indicates that the // application is done processing all of the messages and that the // broker can safely discard them from the queue according to the // retention policy set up for that queue. Return 0 on success, and a // non-zero value otherwise. Note that in case of success, the // instance pointed by the 'builder' will be reset. Also note that // success implies that SDK has accepted all of the messages in // 'builder' and will eventually send confirmation notification to the // broker. Behavior is undefined unless 'builder' is non-null. ///Debugging related ///----------------- virtual int configureMessageDumping(const bslstl::StringRef& command); // Configure this session instance to dump messages to the installed // logger at 'ball::Severity::INFO' level according to the specified // 'command' that should adhere to the following pattern: //.. // IN|OUT ON|OFF|100|10s //.. // where each token has a specific meaning: //: o !IN! : incoming ('PUSH' and 'ACK') events //: o !OUT! : outgoing ('PUT' and 'CONFIRM') events //: o !ON! : turn on message dumping until explicitly turned off //: o !OFF! : turn off message dumping //: o !100! : turn on message dumping for the next 100 messages //: o !10s! : turn on message dumping for the next 10 seconds // Note that above, '100' and '10' numerical values are for just for // illustration purposes, and application can choose an appropriate // value for them. Also note that pattern is case-insensitive. Return // zero if 'command' is valid and message dumping has been configured, // non-zero value otherwise. The behavior is undefined unless the // session has been started. }; } // close package namespace } // close enterprise namespace #endif


The IFactory represents the blueprint and builder for all project specific classes.
?id
type
?typeIncoming
?typeOutgoing
id
?type
kernel


Quick setup task
If you don't have the Chrome browser installed, go to http://google.com/chrome and download and install it. Don't forget to open it to make sure it worked. ;) Just ask if you need help!
What is programming?
Humans giving instructions to machines.
Everyday things we "program"
- microwaves
- remote controls
- DVRs
- thermostats
Most programming builds on other programming
- low-level: moving mechanical parts
- platform: the machine and software the program runs on
- libraries: pre-written code to handle common tasks
- functions: abstractions within the program
- UI: how a user of the program triggers functions
Programming a thermostat
- During the day, I want it to be 70º
- At night, I want it to be 64º
- During the week, "night" ends at 6am
- On the weekend it ends at 10am
Programming anything
- What is the desired result?
- What actions need to be taken to achieve it?
- Are there special circumstances?
- If special circumstances arise, what different actions must be taken?
Programming the thermostat
- Temperature should never be less than 64º
- If it's after 6am, the temperature should be 70º
- Unless it's a weekend before 10am
- We interact with the UI
- We set configuration values
Programming the thermostat
if ( temperature < 64 ) {
raiseTemperature( 64 );
} else if ( temperature < 70 && time > 6 ) {
if ( weekend && time < 10 ) {
return;
} else {
raiseTemperature( 70 );
}
}
But we don't have to write all that!
var nightTemp = 64,
dayTemp = 70,
morning = 6,
weekendMorning = 10;
if ( temperature < nightTemp ) {
raiseTemperature( nightTemp );
} else if ( temperature < dayTemp && time > morning ) {
if ( weekend && time < weekendMorning ) {
return;
} else {
raiseTemperature( dayTemp );
}
}
If you can program a thermostat, you can program a computer.
The early days
- 100 BC: Antikythera Mechanism
- 1801: the Jaquard loom
- 1822: Charles Babbage invents the Difference Engine
- 1842: Ada Lovelace writes the first computer program
Mid-century programming
- 1946: ENIAC programmed by flipping switches
- 1952: Adm. Grace Hopper creates the first compiler
- 1957-9: FORTRAN, LISP, and COBOL created
- 1964: BASIC created at Dartmouth
- 1969: C created by Dennis Ritchie
Modern programming
- 1980: Smalltalk and Object-Oriented Programming
- 1983: C++
- 1986: Objective-C
- 1990: Haskell
- 1991: The World Wide Web; Python
- 1995: PHP; Ruby; JavaScript
- 1996: Java
- 2001: C#
- 2003: Scala
"It's just like planning a dinner. You have to plan ahead and schedule everything so it's ready when you need it. Programming requires patience and the ability to handle detail." - Dr. Grace Hopper
Platform
- hardware and software your program runs on
- programs must be compiled for a specific platform
- installable platforms like Java or .NET
- ex: operating systems, web browsers
Installed applications
- run on user's operating system or a runtime environment
- can access multiple parts of the user's system
- may work directly with devices (e.g., speakers)
- not changeable once installed
- can only be updated by installing a new version
Web servers
- run program accessible by clients at a location on the web
- can store a session, remembering an individual client for a short time period
- basic program finds web pages on the server and sends them to the client
- can incorporate other programs, also stored on the server
- programs can be changed on the server
- updates are available immediately* to clients
- web server programs are never meant to stop running
Databases
- can store text, numbers, or binary data
- relational databases create maps of relationships between data
- key value stores store simple data without maps
- different databases are used for different applications
- additional libraries allow programs to connect to databases, like a client does to a web server
- each database has its own language or API, e.g. Structured Query Language
Version control
- a place to back up successive versions of your work
- essential for teams of programmers
- may have the ability to merge multiple edits to the same code
- provides documentation of when certain things were changed
- can be used to deploy code to web servers
Compilation
- certain programs must be built
- building produces a binary or executable
- this file runs on the platform for which it was compiled
- compilation translates between the programming language and the language of the platform
- ex: desktop and mobile apps
Scripting and interpreted languages
- don't need to be compiled
- code is interpreted by the runtime when it's loaded
- additional commands can be given after loading
- ways of controlling an existing system
- ex: a web browser
Execution
- execution is starting a program
- program code becomes accessible
- program can listen for input
- programs that are started manually should provide a way to exit
Input and output
- input is what's provided by the user or other programs
- keystrokes, mouse clicks, voice, video, etc.
- output is what the program provides back
- text, data, files, etc.
- input and output can be piped from one program to another
Functions
- small units of stored code
- have their own inputs and outputs within the program
- executed by program, not by user directly
Operators
- logical, mathematical, and other micro-functions built into a programming language
- most common might be the assignment operator (often
=
)
- operators can be words (e.g., new, void)
- operators can be shortcuts for statements (e.g., ternary operators)
Variables, literals, and constants
- values that can change during execution are variables
- variables store pieces of data that are in use
- literals are text, numbers, or other data written directly into the program
- literals may be stored in variables for reuse
- constants are shorthands that should not be changed
- constants can be changed by the programmer in one place
Data types
- different types of data are stored differently in memory
- some languages like to allocate memory for a variable when it's declared (strongly typed)
- common types are strings (text), characters (individual letters or punctuation), integers (whole numbers), and floating point numbers (decimals)
- high-level languages have complex types like arrays and objects
A place to write code
- most code is written in a text editor or an Integrated Development Environment
- an IDE contains a text editor
- we use Sublime Text 2
- when writing code on a server, you may need to use a text-only editor like Vim
Installing Sublime
- download the software from http://www.sublimetext.com/2
- save it to your Desktop
- double-click to run the installer
- open Sublime to make sure it worked
A place to try things out
- experienced programmers may write lots of code before trying it
- a good practice is to write tests for the code first
- if you're not sure something will work, or how to do it, you can try bits and pieces
- you can try out HTML, CSS, and JavaScript from a web browser
- you can try out other interpreted languages from a Read-Eval-Print Loop (REPL)
Testing some JavaScript
- open Chrome
- hit Cmd+Opt+J (Mac) or Ctrl+Shift+J (Win) to open the developer console
- type
var a = 10;
and hit Enter
- type
a + 20
and hit Enter
- type
var n = "Your Name Here";
and hit Enter
- type
"Hi " + n
and hit Enter
Testing Ruby and Python
- in your browser, go to repl.it
- click Ruby or Python in the "Practical" section
- wait for the REPL to load
- click the "eg" in the top right
- click the "Hello World" example
- (it will load in the REPL)
- hit Enter to see it work
Access the command line
- for Mac, double-click Terminal in the Applications directory
- for Windows, go to Run under the Windows menu and type
cmd
- in the future, you run your own REPL here
A place to store your work
- it's best to decide where you'll save your code before you start writing it
- code should be saved on the computer or server where it's written
- once written, code should be checked into version control
- free online version control includes Github, Bitbucket, and Source Forge
Creating a file
- in Finder (Mac) or Explorer (Win), create a new directory called GDI
- drag the folder to Sublime
- (the folder should appear in a panel on the left)
- right-click the folder and choose New File
- save the file as hello.js
- type
console.log("Hello!");
in the file
- save again
Putting it on Github
- go to github.com and create an account if you don't have one
- generate an SSH key, following the directions (work in teams and ask us if you get stuck!)
- (you'll need to use the command line)
- once you have an account, scroll to the bottom of the page
- click Github for Mac or Github for Windows
- download and install the software
- open the Github application
- under File, choose New Repository
- give your repo a name, choose the folder you created, and push to Github!
A place to get help
- every computer programming language has its own support channels
- find the official site for documentation
- if your language has an IRC channel, ask questions there
- we're always here to point you in the right direction if we can
Questions?


The visualizer page requires 3 parameters:
- viewURL: url towards a JSON file describing the elements to display
- dataURL: url pointing to the JSON containing the data
- config: url point to a JSON containing information about the header of the page (optional)
Examples
Please note that some of the examples will required an internet connection.
Also the examples DO NOT WORK with CHROME. Ajax query on local harddisk are not allowed in the current version of Chrome.
Or starts chrome using command line (on MacOSx): open /Applications/Google\ Chrome.app --args -allow-file-access-from-files
Select the config type:


--- pagination: data: collections.all size: 20 alias: entries layout: layouts/home.njk permalink: /page-list/ ---


THtmlViewer, TFrameViewer, and TFrameBrowser components
property DefFontSize: Integer;
DefFontSize sets the default font size for the viewer's normal text. The value entered is the point size. Headings, spacing, and other various sizes are scaled appropriately.
This is the font size used if ParentFont is false and no text attribute information is present in the HTML document.


This theme is compatible with Bootstrap if you choose to use it in your pages or posts. Here is a little demo with a code snippet, look at the source to see how the HTML and markdown get tangled.
Use bootstrap
Add some custom Bootstrap in the custom layout!
Snippet example
If you are new to Bootstrap you can always check the documentation.
Here is an example from startbootstrap.com.
Project One
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Nam viverra euismod odio, gravida pellentesque urna varius vitae.
Project Two
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Fugit aliquam aperiam nulla perferendis dolor nobis numquam, rem expedita, aliquid optio, alias illum eaque. Non magni, voluptates quae, necessitatibus unde temporibus.
Project Three
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Nam viverra euismod odio, gravida pellentesque urna varius vitae.
Project Four
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Fugit aliquam aperiam nulla perferendis dolor nobis numquam, rem expedita, aliquid optio, alias illum eaque. Non magni, voluptates quae, necessitatibus unde temporibus.
Project Five
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Nam viverra euismod odio, gravida pellentesque urna varius vitae.
Project Six
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Fugit aliquam aperiam nulla perferendis dolor nobis numquam, rem expedita, aliquid optio, alias illum eaque. Non magni, voluptates quae, necessitatibus unde temporibus.
Mix it with Markdown
All the above was custom HTML with Bootstrap. You can also mix it up with some markdown.
You can use the bootstrap’s build in javascript API to control your event. Here is a code snippet for the documentation:
$('#myModal').on('show.bs.modal', function (e) {
if (!data) return e.preventDefault() // stops modal from being shown
})
That’s just for demo though, you would need to properly integrate your javascript in your page. Usually you would put any custom javascript script in the assets folder under js and reference it in your page from there.
So try it out using the bootstrap: true
flag! 😉


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Traveling |
Goal Recom: | $4120 |
Target Goal:
|
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Achieve by:
|
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|
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Housing |
Goal Recom: |
$123,000 |
Target Goal:
|
|
Achieve by:
|
|
|
|
University Fee |
Goal Recom: |
$70,321 |
Target Goal:
|
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Achieve by:
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|


--- layout: post title: List of what's coming up in Rails 1.1 categories: - sightings author: marcel published: true date: 2006-02-28 03:56:00.000000000 +00:00 ---
Today someone on the Rails mailing list asked, innocently enough, “Is there by any chance some document available summarizing all the
(major) beautiful new stuff in Rails 1.1?” As is to be expected, he received instructions on how to do a diff between the 1.0 release tag and trunk as well as links to the CHANGELOGS. He used “summarize” carefully. Turns out there was nothing like he was looking for. Well, not for long…
Scott Raymond, of Blinksale and IconBuffet fame, rolled up his sleeves and did the dirty work for the rest of us. So, as requested, here is a summary of what will be new in Rails 1.1. Thanks Scott.


All fields are empty! Please enter at least 1 field.
The image URL entered is not an image URL.
<@ is not allowed to be in a URL


Web Development - Web Design
We offer loads of opportunity for any business or entrepreneur who wants to grow exponentially, and reach a wide range of customers in no time, or just needs an update to their website. From personal websites to promotional websites and even E-Commerce websites, we do it all!
We offer something unique, special, that we are CONFIDENT no one else offers. WE OFFER FREE, LIVE PROTOTYPE DEMO'S FOR YOU! If your not sure about what you website would look like, and want to see a visual, no problem! We will put together a live demo site FOR FREE!


Nawaz Sharif to leave for London on Monday: Sources
by https://www.facebook.com/dunyanewsLAHORE (Dunya News) - Former premier and PML-N supremo Nawaz Sharif is expected to travel to London for his medical treatment.
Sources said Nawaz will travel to London on Monday at 9:05 AM through Qatar Airways flight QR629.
Sources further said opposition leader Shehbaz Sharif and personnel physician of Nawaz Sahrif Dr Adnan would also be on board to London.
Arrangements for Nawaz Sharif’s medical treatment have already been made by his son Hussain Nawaz in London.
It is worth mentioning here that federal government on Friday decided to remove former prime minister Nawaz Sharif’s name from the Exit Control List (ECL) following his deteriorating health.


Issue REAL-NUMBER-TYPE:X3J13-MAR-89 Summary
These passages are relevant to issue
REAL-NUMBER-TYPE:X3J13-MAR-89
:
Function ABS
Function ASIN, ACOS, ATAN
Function COERCE
Function CONJUGATE
Function FLOAT
Function LOG
Function MOD, REM
Function PHASE
Function RATIONAL, RATIONALIZE
Function REALP
Function REALPART, IMAGPART
Integrating Types and Classes
Rule of Complex Contagion
Syntax of a Complex
System Class FLOAT
System Class INTEGER
System Class NUMBER
System Class RATIO
System Class RATIONAL
System Class REAL
Type BIGNUM
Type BIT
Type FIXNUM
Type SHORT-FLOAT, SINGLE-FLOAT, DOUBLE-FLOAT, LONG-FLOAT
Type SIGNED-BYTE
Type Specifiers
Type UNSIGNED-BYTE
Copyright 1996, The Harlequin Group Limited. All Rights Reserved.


{% extends "split_header_template.html" %} {% block extrahead %} {{block.super}} {% endblock %} {% block content_header %}
You are currently a registered user. You can log out using the current OpenID that is associated with your account. Logging in with a different OpenID will associate it with your account. {% else %}
You're currently an anonymous user. If you want to access the more advanced features of the site, then enter your OpenID.
{% endif %}{% if error %}
Unable to log in with your OpenID provider
{% ifequal error 'empty_id' %} An empty OpenID identifier was provided. {% endifequal %} {% ifequal error 'discovery' %} The OpenID provider you specified could not authenticate you. {% endifequal %} {% endif %}


The spread of COVID-19 has lead to numerous unforseen consequences, specifically global shutdowns,
deaths, and worldwide shortages of medical supplies. A mathematical model could be used to capture the
dynamics of COVID-19's spread to estimate the infections, recoveries, and deaths that may result from
the disease. An estimation is crucial to make policy decisions and for the alerts for the medical
emergencies that may arise. Many epidemiological models are being used to make such an estimation. One
major factor that is important in the predictions using the models is the dynamic nature of the disease
spread. Unless we can come up with a way of estimating the parameters that guide this dynamic spread,
the models may not give accurate predictions. Our time-dependent SEIRD model forecasts COVID-19 cases 3
weeks into the future for almost all US states. The model is evaluated using the data taken from
covid-tracking project.
1. The affect due to environmental factors is considered to be negligible.
2. The percentage of the population recovered, being infected again is considered negligible.
3. The growth of testing capabilities is same as that of the previous week.
4. The current interventions will not change for the forecasting period.
5. The Susceptible to Total Population ratio (S/N) is always considered to be less than one, even when
there is a change in populataion due to vital dynamics or migration of people.


Home
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Fitness Classes
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Connect with us
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ADOBE GURO | image-resizing-basics
ADOBE PS TUTORIALS
Learn how to resize an image, crop and straighten, and add to the image canvas in Adobe Photoshop.
-
Resize an image
Change the size of an image.
-
Set the resolution
Change the resolution of an image.
-
Crop and straighten an image
Use the Crop tool.
-
Expand the canvas
Add some space to the document canvas.


{% if messages %}
{% for message in messages %}
{{ message }}
{% endfor %}
{% endif %}
Last three files
{% for f in last_3_files %}
{{ f }} –
{{ f.file.url }}
{% empty %}
No files yet
{% endfor %}
Want to upload your own?
{% csrf_token %} {{ form.as_p }}
How about django admin?
Sure! Try to upload some files from the
admin
. login and password both are
admin
.
A CSS appearance made with
tacit


MNFUpcomingScheduledPayment
@interface MNFUpcomingScheduledPayment : MNFObject
The MNFUpcomingScheduledPayment class contains information on scheduled payments.
-
The identifier htat uniquely identifies this entry in the external system.
Declaration
Objective-C
@property (readonly, copy, nonatomic) NSString *_Nonnull paymentIdentifier;
-
An identifier that connects invoices to scheduled payments to transactions in the external system.
Declaration
Objective-C
@property (readonly, copy, nonatomic) NSString *_Nonnull bankReference;
-
The title or subject matter of the scheduled payment.
Declaration
Objective-C
@property (readonly, copy, nonatomic) NSString *_Nonnull paymentText;
-
A free form text from the external system.s
Declaration
Objective-C
@property (readonly, copy, nonatomic) NSString *_Nonnull referenceText;
-
The absolute amount of the scheduled payment in the currency define in ‘CurrencyCode’.
Declaration
Objective-C
@property (readonly, strong, nonatomic) NSNumber *_Nonnull amountInCurrency;
-
The ISO 4217 currency code of the ‘AmountInCurrency’.
Declaration
Objective-C
@property (readonly, copy, nonatomic) NSString *_Nonnull currencyCode;
-
The date when the scheduled payment was issued/created in the external system.
Declaration
Objective-C
@property (readonly, strong, nonatomic) NSDate *_Nonnull issuedDate;
-
The date when the scheduled payment is due to be paid.
Declaration
Objective-C
@property (readonly, strong, nonatomic) NSDate *_Nonnull dueDate;
-
The date when this scheduled payment was paid/booked.
Declaration
Objective-C
@property (readonly, strong, nonatomic) NSDate *_Nonnull bookingDate;
-
The payment status of the upcoming transaction. ‘Open’,‘Paid’ or 'OnHold’.
Declaration
Objective-C
@property (readonly, copy, nonatomic) NSString *_Nonnull paymentStatus;
-
Custom data parsed into key-value pairs.
Declaration
Objective-C
@property (readonly, copy, nonatomic) NSDictionary *_Nonnull parsedData;
-
Whether the scheduled payment is a collection or a payment.
Declaration
Objective-C
@property (readonly, strong, nonatomic) NSNumber *_Nonnull isReceivable;
-
The account identifier that uniquely identifies the withdrawal account in the external system that this scheduled payment should be paid from.
Declaration
Objective-C
@property (readonly, copy, nonatomic) NSString *_Nonnull sourceAccIdentifier;
-
The account identifier that uniquely identifies the destination account in the external system that the scheduled payment should be paid to.s
Declaration
Objective-C
@property (readonly, copy, nonatomic) NSString *_Nonnull destinationAccIdentifier;


General election 2019: Labour vows to cap rent rises for private tenants
Labour has vowed to "put bad landlords out of business" and bring in rent controls in England, if it wins power.
Private rents would not be allowed to go up by more than inflation - and landlords would be fined for letting out sub-standard property.
A Labour government would also bring in "open-ended" tenancies, to protect tenants from unfair evictions.
The Tories have also set out plans to help tenants - including scrapping "no fault" evictions.
Under Labour's "private renters' charter", landlords would face an annual "property MOT", with fines of up to £100,000 or forced repayment of rent if their properties are found to be sub-standard.
If the party wins the general election on 12 December, rent increases would be capped at the national inflation rate.
Areas with high rents would be able to make the case for further controls, local councils would get beefed-up enforcement powers and renters unions would be given government funding.
The BBC's assistant political editor Norman Smith said the policy reflected a wider view within Labour that the private sector could not be trusted in many areas and the state had to step in - a major dividing line with the Conservatives.
The private rented sector accounts for 21% of households in England - a figure that has doubled since 1997, according to the Office for National Statistics.
Unsafe homes
Labour said its research has found that tenants collectively pay more than £10bn a year in rent to landlords letting out sub-standard homes.
The party claims one-in-four private rented homes in England are classed as "non-decent", meaning they are damp, cold, in disrepair or unsafe to live in.
Housing spokesman John Healey told BBC Breakfast "these are standards that cannot be allowed to go on for longer".
While most landlords provided decent and secure accommodation, he said successive governments had allowed "rogue landlords to flourish", while tenants had fewer rights and protections than if they were hiring a car or household goods.
"This is about making all properties and all landlords operate to the sort of standards that the better ones already do. When one in four kids are growing up in private rented accommodation, this is the type of home which must be better, more secure and more affordable," he said.
'Fear of eviction'
Under Labour's "open-ended" tenancies plan, tenants will only be able to be evicted on tightly-defined grounds, such as non-payment of rent or criminal behaviour in the property, or if the landlord plans to move back into the property.
The Conservatives have also vowed to outlaw Section 21 notices, which allow landlords to evict renters without a reason after their fixed-term tenancy period ends.
A Conservative spokesman said Labour's plans would "hurt the renters they claim to want to help by hiking up rents".
Polly Neate, chief executive of housing charity Shelter, said: "For decades renters have had to live with the fear of being evicted from their home for no reason, with damaging consequences particularly for families with children and the elderly.
"This election marks a major step forward in the battle to secure basic protections for those who rent, as Labour and the Conservatives have made clear that they will scrap this outrageous practice, and give renters the security and stability they deserve."
The Residential Landlords Association claimed Labour's proposals would "lead to a serious rental housing crisis".
Policy director David Smith said: "The sector does not need new obligations, but better enforcement of those that already exist."
What are the other parties proposing?
In addition to ending "no fault" evictions, the Conservatives say they would bring in "lifetime deposits", which would allow an initial lump sum to be transferred from one home to the next.
The party says in its manifesto these measures will protect tenants "from revenge evictions and rogue landlords". It also says it will strengthen rights of possession for "the many good landlords".
The Liberal Democrats say they will introduce longer-term tenancies and bring in controls on annual rent increases, linked to inflation.
The Green Party proposes rent controls, more secure tenancy agreements and an end to "no fault" evictions.
What happens in Scotland and Wales?
Housing policy is devolved to the UK's national parliaments.
In December 2017, changes to Scottish law brought an end to fixed-term tenancies. Rent increases can now only be made once every 12 months.
The current Welsh government has not indicated an intention to pursue such a policy.
In Northern Ireland, there is rent control on unfit private tenancies that began after 1 April 2007 and some other types of tenancy.
Do you have any questions about the election?
In some cases your question will be published, displaying your name and location as you provide it, unless you state otherwise. Your contact details will never be published. Please ensure you have read the terms and conditions.
Use this form to ask your question:
If you are reading this page and can't see the form you will need to visit the mobile version of the BBC website to submit your question or send them via email to<EMAIL_ADDRESS>Please include your name, age and location with any question you send in.


Robert Downey Jr.
Iron Man
Here's a time line of Robert Downey Jr's life:
- 1965 - Born in Manhattan, NY city
- 1970 - Made his acting debut in his father film
- 1975 - Living in London and learning Classical Ballet
- 1982 - moved back to NY city to pursue acting career fulltime.
- 2008 - Got a Role as Iron Man
- 2012 - Starred as Iron Man in Avengers
- 2016 - Starred as Iron Man in Captain America: Civil War
- 2018 - Starred as Iron Man in Avengers:Infinity Wars
- 2019 - Starred as Iron Man in Avengers:Endgame
"I am Iron Man."
--Robert Downey Jr. as Tony Stark in Avengers:Endgame


Preparation time
less than 30 mins
Cooking time
30 mins to 1 hour
Serves
Serves 4
Cut the swede, carrots, celery and turnips into batons.
Cut the parsnips to 5cm (2in) pieces and then slice into batons.
De-bone the chicken (if preferred).
Sprinkle the chopped onion and bay leaf in a large saucepan, cover with 1.2 litres (2 pints) of water and bring to a rapid simmer.
Season the chicken legs with salt and pepper and sit them in a steamer skin-side up. Place over the simmering water and cover with a lid. Cook for 25 minutes.
After 15 minutes, remove the chicken legs and add the carrots, swede and celery to the steaming water. Bring to the simmer again before returning the chicken legs to steam.
Continue to steam for a further five minutes.
Remove the chicken legs and keep them warm within the steamer. Strain the vegetables from the pan, discarding the bay leaf and saving the liquor in a separate saucepan. Simmer.
Arrange the vegetables in a bowl. De-skin the chicken and place on top.
Whisk the butter into the simmering cooking liquor and add a squeeze of lemon juice.
Finish with the torn parsley, then pour over the chicken and vegetables and serve.


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Main Attraction:
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