The last time director Frank Darabont tackled a story by Stephen King, the result was 1994's "The Shawshank Redemption," a glorious emotional rollercoaster of a movie that never got its due at the Oscars or at the box office; "Forrest Gump" was all the rage that year. "The Green Mile," adapted from King's hugely popular serialized novel, returns Darabont to the prison milieu of "Shawshank" and, as a ticket selling incentive, he has managed to land "Gump" star Tom Hanks for the role of Paul Edgecomb, the conscientious guard who learns a priceless lesson about life while working on death-row. The mostly first-rate supporting cast includes David Morse, James Cromwell, Bonnie Hunt and Michael Clarke Duncan.
Judged purely on its own merits, "Mile" is an entertaining, extremely well-produced drama. It's also a film that's likely to be enormously overrated by the millions of members of the Cult of Tom, that sect which refused to admit "Saving Private Ryan" had some serious flaws. Like "Ryan," "Mile" has dozens of shots of Hanks looking earnest or mildly dismayed, a similarly clunky flashback structure (lifted directed from King's pages), a tendency toward lengthiness, and too many characters who never truly come to life. Michael Jeter's fey Eduard Delacroix, for example, is taken straight from the actor's well-worn bag of tics, while Doug Hutchison's Percy never evolves beyond a spoiled, malevolent rich kid.
"Mile" also displays a borderline-irritating tendency toward clearly spelling out what emotion we're meant to feel at any given time, particularly in the scenes involving Duncan's John Coffy, a towering child-man whose dialogue and behavior sometimes veer dangerously close to parody. Long before darabont gets around to having Coffey bathed in the pure white light of a movie projector bulb you're likely to have tired of the director and author's strenous attempts to turn this mountain of innocence into a stand-in for Jesus Christ.
Curiously, although Coffy becomes the focal point of "Mile," the film's most fascinating sections have little to do with him. Darabont seems to have been much more intrigued by the day-to-day operations of Edgecomb and his co-workers on "the green mile" (so named because the prison floor is "the color of faded limes") than by the supernatural twist the story ultimately takes. The sequences of Edgecomb supervising the rehearsals for an execution and polishing "Old Sparky," the workers' nickname for the electric chair, are quietly arresting, whereas the scenes showing a man expelling disease from his body (he looks unfortunately like a backfiring Dustbuster) or generating so much power he causes the lightbulbs in his vicinity to shatter come off as overwrought.
Despite the movie's numerous missteps, however, "Mile" has a number of scenes in which you feel you've been transported back to Depression-era Georgia. Edgecomb's relationships with his understanding wife (a sweetly understated Hunt), his best friend Brutus (Morse, uniformly superb) and his deeply troubled boss (Cromwell) feel genuine. And, as he did in "Shawshank," Darabont exquisitely captures the claustrophobia of prison life. You can almost feel the unspoken sorrow and resignation hanging in the air. James Sanford
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Name
HPL_dtrsv x := A^{-1} x.
Synopsis
#include "hpl.h"
void
HPL_dtrsv(
const enum HPL_ORDER
ORDER
,
const enum HPL_UPLO
UPLO
,
const enum HPL_TRANS
TRANS
,
const enum HPL_DIAG
DIAG
,
const int
N
,
const double *
A
,
const int
LDA
,
double *
X
,
const int
INCX
);
Description
HPL_dtrsv
solves one of the systems of equations
A * x = b, or A^T * x = b,
where b and x are n-element vectors and A is an n by n non-unit, or
unit, upper or lower triangular matrix.
No test for singularity or near-singularity is included in this
routine. Such tests must be performed before calling this routine.
Arguments
ORDER (local input) const enum HPL_ORDER
On entry, ORDER specifies the storage format of the operands
as follows:
ORDER = HplRowMajor,
ORDER = HplColumnMajor.
UPLO (local input) const enum HPL_UPLO
On entry, UPLO specifies whether the upper or lower
triangular part of the array A is to be referenced. When
UPLO==HplUpper, only the upper triangular part of A is to be
referenced, otherwise only the lower triangular part of A is
to be referenced.
TRANS (local input) const enum HPL_TRANS
On entry, TRANS specifies the equations to be solved as
follows:
TRANS==HplNoTrans A * x = b,
TRANS==HplTrans A^T * x = b.
DIAG (local input) const enum HPL_DIAG
On entry, DIAG specifies whether A is unit triangular or
not. When DIAG==HplUnit, A is assumed to be unit triangular,
and otherwise, A is not assumed to be unit triangular.
N (local input) const int
On entry, N specifies the order of the matrix A. N must be at
least zero.
A (local input) const double *
On entry, A points to an array of size equal to or greater
than LDA * n. Before entry with UPLO==HplUpper, the leading
n by n upper triangular part of the array A must contain the
upper triangular matrix and the strictly lower triangular
part of A is not referenced. When UPLO==HplLower on entry,
the leading n by n lower triangular part of the array A must
contain the lower triangular matrix and the strictly upper
triangular part of A is not referenced.
Note that when DIAG==HplUnit, the diagonal elements of A
not referenced either, but are assumed to be unity.
LDA (local input) const int
On entry, LDA specifies the leading dimension of A as
declared in the calling (sub) program. LDA must be at
least MAX(1,n).
X (local input/output) double *
On entry, X is an incremented array of dimension at least
( 1 + ( n - 1 ) * abs( INCX ) ) that contains the vector x.
Before entry, the incremented array X must contain the n
element right-hand side vector b. On exit, X is overwritten
with the solution vector x.
INCX (local input) const int
On entry, INCX specifies the increment for the elements of X.
INCX must not be zero.
Example
#include "hpl.h"
int main(int argc, char *argv[])
{
double a[2*2], x[2];
a[0] = 4.0; a[1] = 1.0; a[2] = 2.0; a[3] = 5.0;
x[0] = 2.0; x[1] = 1.0;
HPL_dtrsv( HplColumnMajor, HplLower, HplNoTrans,
HplNoUnit, a, 2, x, 1 );
printf("x=[%f,%f]\n", x[0], x[1]);
exit(0); return(0);
}
See Also
HPL_dger,
HPL_dgemv.


Bill Serial No
To
Transcom Beverages Limited
Gazipur
Subject:
Period:
| Bill Summary Statement | |||
|---|---|---|---|
| SL No | Page No | Quantity | Amount of Bill |
| 1 | Page No 1 | 2 | 900 |
| Total | 2 | 900 | |
| Vat | 15% | 135 | |
| Grand Total | 1035 | ||
| In Word: One Thousand Thirty Five Taka |
| Checked By MED | Signature of | Signature of | Signature of | Signature of |


{% include head.html %}
{% include header.html %} {% include hero.html %} {% include newsletter-form-alt.html %} {% include all-the-woes.html %} {% include why-work-with-me.html %} {% include testimonials.html %} {% include about.html %} {% include newsletter-form-alt.html %} {% include most-recent.html %} {% include footer.html %} {% include js.html %}


Original Tempo:
? BPM
Current Tempo:
? BPM
leap maestro
Nimrod
Edward Elgar
Game of Thrones
Ramin Djawadi
Boyfriend Material
Kris Salvador (Intern)
Monkey Wrench
Foo Fighters
Bad ft. Vassy
David Guetta & Showtek
+
play
You need Flash 8 or better to view this content :(


"XYZ Controller" is a Free application. This SERVICE is provided by Zalophus Dokdo at no cost and is intended for use as is.
This page is used to inform application users regarding my policies with the collection, use, and disclosure of Personal Information if anyone decided to use my Service.
If you choose to use my Service, then you agree to the collection and use of information in relation to this policy. The Personal Information that I collect is used for providing and improving the Service. I will not use or share your information with anyone except as described in this Privacy Policy.
The terms used in this Privacy Policy have the same meanings as in our Terms and Conditions, which is accessible at "XYZ Controller" unless otherwise defined in this Privacy Policy.
For a better experience, while using our Service, I may require you to provide us with certain personally identifiable information, including but not limited to name, email, device id, operating system version etc...
The application does use third party services that may collect information used to identify you.
Link to privacy policy of third party service providers used by the application
I want to inform you that whenever you use my Service, I collect data and information (through third party products) on your phone called Log Data. This Log Data may include information such as your device Internet Protocol ("IP") address, device name, operating system version, application usage, the configuration of the application when utilizing my Service, the time and date of your use of the Service, and other statistics.
Cookies are files with small amount of data that is commonly used an anonymous unique identifier. These are sent to your browser from the web site that you visit and are stored on your device internal memory.
This Service does not use these "cookies" explicitly. However, the application may use third party code and libraries that use "cookies" to collection information and to improve their services. You have the option to either accept or refuse these cookies and know when a cookie is being sent to your device. If you choose to refuse our cookies, you may not be able to use some portions of this Service.
I may employ third-party companies and individuals due to the following reasons:
I want to inform users of this Service that these third parties have access to your Personal Information. The reason is to perform the tasks assigned to them on our behalf. However, they are obligated not to disclose or use the information for any other purpose.
I value your trust in providing us your Personal Information, thus we are striving to use commercially acceptable means of protecting it. But remember that no method of transmission over the internet, or method of electronic storage is 100% secure and reliable, and I cannot guarantee its absolute security.
This Service may contain links to other sites. If you click on a third-party link, you will be directed to that site. Note that these external sites are not operated by me. Therefore, I strongly advise you to review the Privacy Policy of these websites. I have no control over and assume no responsibility for the content, privacy policies, or practices of any third-party sites or services.
These Services do not address anyone under the age of 13. I do not knowingly collect personally identifiable information from children under 13. In the case I discover that a child under 13 has provided me with personal information, I immediately delete this from our servers.
I may update our Privacy Policy from time to time. Thus, you are advised to review this page periodically for any changes. I will notify you of any changes by posting the new Privacy Policy on this page. These changes are effective immediately after they are posted on this page.
If you have any questions or suggestions about my Privacy Policy, do not hesitate to contact me.


Personalised Nearshore Development
Drupal, Magnolia CMS, WordPress, iOS and Android Development
Strategy
Website
Design
Mobile
Technology
SEM
IT Sourcing
SEO
Our clients are global leaders in their fields across all industries, including finance, pharma, life sciences, and education. Innovative new businesses start-ups turn to us for our ability to position them as leaders, and support their success.
View AllOur team is comprised of digital product strategists, user experience designers and top-tier software engineers.
Learn MoreOffices
Awards
Years Old
Employees
Apps
Digital Projects
Drupal, Magnolia CMS, WordPress, iOS and Android Development
ICON Ranked 4th for Software Development Best Practices and Processes
According to the official 2019 software development company rankings, ICON Worldwide ranks number 20 for PHP development
We’d love to hear from you.
Independent and International


This is a free html where beginners can learn how to code, develop websites, simple and more fun way.
The HTML Page is of HTML Content with para, images, headings coded with CSS. Contributors are allowed to add new block in creative way.
Make this part as interesting you can
Sayantan Here,
I love to contribute in Opensource.
Here is my profile Sayantan
I Love Frontnd Development also Interested learning and growing lifelong. Happy contribution.
Munish here,
This is the first time I am contributing to Open Source and it is an amazing experience
Here is my profile Munish
I am interested in Machine Learning and Android Development
I am big fan of Haary Potter books


Moon Dog Brewing Releases a 2020 Canine Calendar
Score a professional pooch portrait of your best mate at the launch.
by Nick BuckleyMoon Dog Brewing has just opened its new brewery/lagoon/madhouse in Preston and, to cap off a big year and give you something to cross off in the next, it’s releasing a special canine 2020 calendar.
The Dogs of Moon Dog 2020 calendar features 16 of the brewery’s favourite furry mates including Edie, Vinnie, Jacket and Tiger – pups that have previously appeared on Moon Dog’s limited-edition IPA cans (the next batch of which drops in March 2020 – mark it in your calendar). Edie is the companion of Moon Dog Brewing co-founder Josh Uljans.
“She’s a big beautiful boofhead,” Uljans says of Edie, a one-year-old rescue dog from a farm in Albury. Given Edie’s an Irish wolfhound and bull Arab cross with a bit of mastiff, she’s rather large. “She’s up to about 50 kilos now; I reckon her head would be about 20 kilos of that.”
“I had to buy a new set of thongs this morning because she stole one and I can’t find it in the house. She likes to steal shoes,” says Uljans. “Basically, we need to put everything out of her reach when she’s not in at work with me, because she’ll just gnaw on everything. I reckon she’s dusted seven pairs of shoes. She’ll tear up the kids’ soft toys, family heirlooms, you name it . . . [but] she’s very good at cuddling my kids and dealing with her tail being pulled.”
The dogs – all of which belong to Moon Dog staff members – were photographed by Melbourne and Sydney’s Dog Photog Studios. For the shoot, they posed against wallpaper matching the Moon Dog World deck chairs, dressed up in scarves.
To celebrate the calendar launch and all-day party on Sunday December 1, there will be a free pop-up Dog Photog photo booth at Moon Dog World in Preston from 2pm to 4pm. Every Sunday from December 1, Moon Dog world will also be offering spritz carafes, including classic Aperol and the “pompadour spritz”, with lillet blanc, Marionette dry cassis liqueur and lavender. Grab one for $30.
The Moon Dog 2020 calendar will be available for $20 at Moon Dog World Preston and Moon Dog Brewery Bar Abbotsford from December 1.


Skip to main content
Search form
Directories Search form
Study Abroad
Useful Links
Previous
Pause
Next Osnabrueck, Germany University of Osnabrueck Administrative Building Germany Map A stroll past the Weinkruger restaurant Marktplatz by day University of Osnabrueck Library Christmas Market St. Mary's Church Osnabrueck, Germany Biergarten Marktplatz by night Chocolate The Rathause and the Stadtwage Cafe am Markt The Opera House Osnabrueck, Germany Useful Links
Academic
Dubrovnik - Croatia
Osnabrück - Germany
U.S. Government
Travel Guides
Travel
Currency Exchange
Rochester Institute of Technology One Lomb Memorial Drive, Rochester, NY 14623-5603
Copyright @ Rochester Institute of Technology


Public API
/api/method/Service Car Booking.api.get_Service Car Bookings
Service Car Booking.api.get_Service Car Bookings (start, end)
No docs
Service Car Booking.api.make_orientation_Service Car Booking (doc, method)
Create an orientation Service Car Booking when a new User is added
Public API
/api/method/Service Car Booking.api.send_invitation_emails
Service Car Booking.api.send_invitation_emails (Service Car Booking)
No docs


The functions defined in wxWindows are described here.
File functions
String functions
Dialog functions
GDI functions
System event functions
Printer settings
Clipboard functions
Miscellaneous functions
Macros
wxWindows resource functions


Preparation time
30 mins to 1 hour
Cooking time
10 to 30 mins
Serves
Serves 6
Dietary
Preheat the oven to 190C/375F/Gas 5.
Line six individual tart cases with the sweet pastry and chill for 30 minutes.
Place the pastry-lined tart cases onto a baking sheet. Line each one with baking parchment then add baking beans or uncooked rice. Place in the oven and bake blind for 15 minutes.
Remove from the oven and carefully remove the baking parchment and baking beans or rice. Return the tarts to the oven for a further five minutes or until golden-brown.
Meanwhile, crack the eggs into a bowl and whisk.
Add a pinch of salt, melted butter, golden syrup, muscovado sugar and vanilla extract and whisk together until thoroughly combined and smooth.
Pour this mixture into the pastry cases, filling to just below the rim of the pastry.
Divide the pecan halves evenly among each tart, arranging them in a circular pattern on top of each one.
Place in the oven and bake for 10-12 minutes until the filling is just set.
Remove and leave to cool for ten minutes.
Serve on individual serving plates with a scoop of vanilla ice cream alongside.


JSON Library
JSON is a data interchange format that can be used to transmit data objects as human readable text. The innovaphone apps use JSON for all websocket protocols. This library can be used to encode and decode JSON in C++.
File information
Overview
JSON uses the following primitive data types.
-
string
-
integer
-
unsigned
-
boolean
-
null
JSON uses the following constructed data types.
Here are some hints how JSON messages are build up.
-
The top level element of a JSON string can be either a primitive or a constructed data type.
-
Strings are encoded using quotes.
"some text"
All other primitive data style are encoded without quotes.
-4
17
true
null
-
Arrays use brackets as delimiters. The elements of an array are 0..n comma-separated unnamed values.
The values can be any primitive or constructed data type.
[ "a", "b", -5, false ]
-
Objects use curly braces as delimiters. The elements of an object are 0..n comma-separated name-value-pairs.
The names use quoted encoding. The values can be any primitive or constructed data type.
{ "name": "John Doe", "age": 30, "interests": [ "programming", "tv series", "cooking" ] }
-
Line breaks and extra white space can be inserted, but is ignored by JSON decoders.
{
"name": "John Doe",
"age": 30,
"interests": [
"programming",
"tv series",
"cooking"
]
}
Note that the library does not insert any extra white space.
{"name":"John Doe","age": 30,"interests":["programming","tv series","cooking"]}
Classes
json_io
class json_io {
public:
json_io(char * buffer);
void reset();
bool decode();
word encode();
word encode(word handle, char * buffer);
void write(word current, char * & p, word incomplete = 0xffff);
word add_object(word base, const char * name);
word add_array(word base, const char * name);
void add_string(word base, const char * name, const char * value, word len=0xffff);
void add_string(word base, const char * name, const word * value, word len=0xffff);
void add_replace_string(word base, const char * name, const char * value, word len=0xffff);
void add_int(word base, const char * name, int c, char * & tmp);
void add_unsigned(word base, const char * name, dword c, char * & tmp);
void add_long64(word base, const char * name, long64 c, char * & tmp);
void add_ulong64(word base, const char * name, ulong64 c, char * & tmp);
void add_bool(word base, const char * name, bool value);
void add_null(word base, const char * name);
void add_double(word base, const char * name, double c, char *& tmp, byte decimalPlaces = 6);
void add_printf(word base, const char * name, char * & tmp, const char * format, ...);
void add_hexstring(word base, const char * name, const byte * hex, word hex_len, char * & tmp);
void add_json(word base, const char * name, const char * value, word len=0xffff);
word get_object(word base, const char * name);
word get_object(word base, word & last);
word get_array(word base, const char * name);
word get_array(word base, word & last);
const char * get_string(word base, const char * name);
const char * get_string(word base, word & last);
int get_int(word base, const char * name, bool * present=0);
int get_int(word base, word & last, bool * present=0);
dword get_unsigned(word base, const char * name, bool * present=0);
dword get_unsigned(word base, word & last, bool * present=0);
long64 get_long64(word base, const char * name, bool * present = 0);
long64 get_long64(word base, word & last, bool * present = 0);
ulong64 get_ulong64(word base, const char * name, bool * present = 0);
ulong64 get_ulong64(word base, word & last, bool * present = 0);
bool get_bool(word base, const char * name, bool * present=0);
bool get_bool(word base, word & last, bool * present=0);
bool get_bool_int(word base, const char * name, int & iret, byte * present=0);
double get_double(word base, word & last, bool * present = 0);
word to_url(word base, char * b, word l, const char * prefix = 0, bool cont = false);
// advanced functions currently not documented
word get_next(word base, word last, byte & type, byte & flags, const char * & name, const char * & info);
word get_index();
const char * get_name(word handle);
const char * get_info(word handle);
char * last;
char * name_last;
char * incomplete;
};
Overview
The json_io class can be used for encoding and decoding JSON messages to or from a char buffer.
Each element has a unique numeric ID word base
. JSON_ID_ROOT
represents the root element. It can be no or a single element. Often the root is an object that holds all the other data. Normally json_io can be used as a stack variable. A typical encoding flow looks like that:
char message[512];
json_io json(message);
word base = json.add_object(JSON_ID_ROOT, 0);
// add elements
json.encode();
Decoding is usually done like that:
json_io json(message);
json.decode();
word base = recv.get_object(JSON_ID_ROOT, 0);
// read elements
There are two different methods for traversing the JSON structure. Inside objects the elements are referenced by their name.
// adding elements
json.add_string(base, "name", "John Doe");
// reading elements
const char * name = json.get_string(base, "name");
Inside arrays the elements are enumerated.
// adding elements
json.add_string(base, 0, "programming");
json.add_string(base, 0, "tv series");
json.add_string(base, 0, "cooking");
// reading elements
word last = 0;
do {
const char * interest = json.get_string(base, last);
}
while (last != JSON_ID_NONE);
Some add functions need an additional buffer for storing the values temporarily. Those buffers are called char * & tmp
in the interface.
Note that the buffer pointer reference is increased when adding an element.
char temp[128];
char * t = temp;
json.add_attrib_printf(base, "name", t, "%s %s", "John", "Doe");
json.add_unsigned(base, "age", 30, t);
Public functions
json_io (constructor)
Initializes the json_io structure.
Parameters
| char * buffer | The buffer for the message. |
Remarks
The buffer is mandatory for decoding. For encoding it is optional but if it's null a buffer must be passed to the encode function. Make sure it is big enough to contain the whole message.
Note that the buffer will be modified for both encoding and decoding.
reset
Resets the internal state of the json_io structure. All added or parsed elements will be cleared from the internal state.
encode (overloaded)
Encodes the data structure into a null-terminated JSON string and writes it to the buffer specified with the constructor.
Return value
| word | The size of the encoded message. |
encode (overloaded)
Encodes a subtree of the data structure into a null-terminated JSON string and writes it to the specified buffer.
Parameters
| word handle | The ID of the root element of the subtree. |
| char * buffer | The buffer for the message. |
Return value
| word | The size of the encoded message. |
write
This function is used internally but it can also be used to encode the data structure to a JSON string in several chunks.
Parameters
| word current | The ID of the start element. Use 0 for complete data. |
| char *& p | The output buffer. |
| word incomplete |
The incomplete argument can be used to write only the incomplete data so that new received
data can be appended to the buffer an decoding started again. The incomplete argument
should be the handle of the descriptor of the array, with potential incomplete elements.
|
add_object
Adds an object to the structure.
Parameters
| word base | The ID of the base element. |
| const char * name | The name of the object. Only used when the object is inside another object. Set to 0 otherwise. |
Return value
| word |
The ID of the added object. Can be used to add elements to the object.
|
Remarks
If the object shall be added to root level, use JSON_ID_ROOT as the base.
add_array
Adds an array to the structure.
Parameters
| word base | The ID of the base element. |
| const char * name | The name of the array. Only used when the array is inside an object. Set to 0 otherwise. |
Return value
| word |
The ID of the added array. Can be used to add elements to the array.
|
Remarks
If the array shall be added to root level, use JSON_ID_ROOT as the base.
add_string (overloaded)
Adds an UTF-8 string to the structure.
Parameters
| word base | The ID of the base element. |
| const char * name | The name of the element. Only used when it's is inside an object. Set to 0 otherwise. |
| const char * value | The value of the element. If value is 0 the element is not added. |
| word len | The number of bytes in the value buffer. Only needed if value is not null-terminated. |
add_string (overloaded)
Adds a string with 16-bit character representation to the structure.
Parameters
| word base | The ID of the base element. |
| const char * name | The name of the element. Only used when it's is inside an object. Set to 0 otherwise. |
| const word * value | The value of the element. If value is 0 the element is not added. |
| word len | The number of bytes in the value buffer. Only needed if value is not null-terminated. |
add_replace_string
Adds or replaces an existing UTF-8 string inside an object.
Parameters
| word base | The ID of the base element. |
| const char * name | The name of the element (mandatory). |
| const char * value | The value of the element. |
| word len | The number of bytes in the value buffer. Only needed if value is not null-terminated. |
Remarks
The function is only implemented for strings inside objects.
add_int
Adds a 32-bit integer to the structure.
Parameters
| word base | The ID of the base element. |
| const char * name | The name of the element. Only used when it's is inside an object. Set to 0 otherwise. |
| int c | The value of the element. |
| char * & tmp | The temporary buffer to store the value until it's encoded. |
add_unsigned
Adds a 32-bit unsigned integer to the structure.
Parameters
| word base | The ID of the base element. |
| const char * name | The name of the element. Only used when it's is inside an object. Set to 0 otherwise. |
| unsigned c | The value of the element. |
| char * & tmp | The temporary buffer to store the value until it's encoded. |
add_long64
Adds a 64-bit integer to the structure.
Parameters
| word base | The ID of the base element. |
| const char * name | The name of the element. Only used when it's is inside an object. Set to 0 otherwise. |
| long64 c | The value of the element. |
| char * & tmp | The temporary buffer to store the value until it's encoded. |
add_ulong64
Adds an 64-bit unsigned integer to the structure.
Parameters
| word base | The ID of the base element. |
| const char * name | The name of the element. Only used when it's is inside an object. Set to 0 otherwise. |
| ulong64 c | The value of the element. |
| char * & tmp | The temporary buffer to store the value until it's encoded. |
add_bool
Adds a boolean to the structure.
Parameters
| word base | The ID of the base element. |
| const char * name | The name of the element. Only used when it's is inside an object. Set to 0 otherwise. |
| bool value | The value of the element. |
add_null
Adds a null value to the structure.
Parameters
| word base | The ID of the base element. |
| const char * name | The name of the element. Only used when it's is inside an object. Set to 0 otherwise. |
add_double
Adds a double value to the structure.
Parameters
| word base | The ID of the base element. |
| const char * name | The name of the element. Only used when it's is inside an object. Set to 0 otherwise. |
| double c | The value of the element. |
| char * & tmp | The temporary buffer to store the value until it's encoded. |
| byte decimalPlaces = 6 | The decimal places after the period. |
add_printf
Does an sprintf to a temporary buffer and adds the resulting string to the structure.
Parameters
| word base | The ID of the base element. |
| const char * name | The name of the element. Only used when it's is inside an object. Set to 0 otherwise. |
| char * & tmp | The temporary buffer to store the value until it's encoded. |
| const char * format | A standard sprintf format string. |
| ... | Additional parameters to be used by sprintf as defined in the format string. |
add_hexstring
Converts a binary buffer to a hex string and adds it to the structure, encoded as a JSON string.
Parameters
| word base | The ID of the base element. |
| const char * name | The name of the element. Only used when it's is inside an object. Set to 0 otherwise. |
| const byte * hex | Arbitrary binary data. |
| word hex_len | The number of bytes in the hex buffer. |
| char * & tmp | The temporary buffer to store the value until it's encoded. |
add_json
Adds a raw JSON string to the structure. The string must have valid encoding. It will not be escaped by the library.
Parameters
| word base | The ID of the base element. |
| const char * name | The name of the element. Only used when it's is inside an object. Set to 0 otherwise. |
| const char * value | The JSON string to be added. |
| word len | The number of bytes in value. Only needed if value is not null-terminated. |
get_object (overloaded)
Gets an object by name.
Parameters
| word base | The ID of the base element. |
| const char * name | The name of the element. Only used when it's is inside an object. Set to 0 otherwise. |
Return value
get_object (overloaded)
Gets the next object from an array.
Parameters
| word base | The ID of the base element. |
| word & last | A word reference that must have the value 0 for the first call. The value will be updated by the function call for each subsequent call. If the value is JSON_ID_NONE the end of the array is reached. |
Return value
| word | The ID of the object or JSON_ID_NONE if there are no more objects in the array. |
get_array (overloaded)
Gets an array by name.
Parameters
| word base | The ID of the base element. |
| const char * name | The name of the element. Only used when it's is inside an object. Set to 0 otherwise. |
Return value
get_array (overloaded)
Gets the next array from an array.
Parameters
| word base | The ID of the base element. |
| word & last | A word reference that must have the value 0 for the first call. The value will be updated by the function call for each subsequent call. If the value is JSON_ID_NONE the end of the array is reached. |
Return value
| word | The ID of the array or JSON_ID_NONE if there are no more objects in the array. |
get_string (overloaded)
Gets a string by name.
Parameters
| word base | The ID of the base element. |
| const char * name | The name of the element. Only used when it's is inside an object. Set to 0 otherwise. |
Return value
| const char * | The value of the string or 0 if it's not found. |
get_string (overloaded)
Gets the next array from an array.
Parameters
| word base | The ID of the base element. |
| word & last | A word reference that must have the value 0 for the first call. The value will be updated by the function call for each subsequent call. If the value is JSON_ID_NONE the end of the array is reached. |
Return value
| const char * | The value of the string or 0 if there are no more objects in the array. |
get_int (overloaded)
Gets a 32-bit signed integer by name.
Parameters
| word base | The ID of the base element. |
| const char * name | The name of the element. Only used when it's is inside an object. Set to 0 otherwise. |
| bool * present | If specified, the value will be set to true if the element existed. false otherwise. |
Return value
| int | The value of the element or 0 if it's not found. |
get_int (overloaded)
Gets the next 32-bit signed integer from an array.
Parameters
| word base | The ID of the base element. |
| word & last | A word reference that must have the value 0 for the first call. The value will be updated by the function call for each subsequent call. If the value is JSON_ID_NONE the end of the array is reached. |
| bool * present | If specified, the value will be set to true if the element existed. false otherwise. |
Return value
| int | The value of the element or 0 if there are no more objects in the array. |
get_unsigned (overloaded)
Gets a 32-bit unsigned integer by name.
Parameters
| word base | The ID of the base element. |
| const char * name | The name of the element. Only used when it's is inside an object. Set to 0 otherwise. |
| bool * present | If specified, the value will be set to true if the element existed. false otherwise. |
Return value
| dword | The value of the element or 0 if it's not found. |
get_unsigned (overloaded)
Gets the next 32-bit unsigned integer from an array.
Parameters
| word base | The ID of the base element. |
| word & last | A word reference that must have the value 0 for the first call. The value will be updated by the function call for each subsequent call. If the value is JSON_ID_NONE the end of the array is reached. |
| bool * present | If specified, the value will be set to true if the element existed. false otherwise. |
Return value
| dword | The value of the element or 0 if there are no more objects in the array. |
get_long64 (overloaded)
Gets a 64-bit signed integer by name.
Parameters
| word base | The ID of the base element. |
| const char * name | The name of the element. Only used when it's is inside an object. Set to 0 otherwise. |
| bool * present | If specified, the value will be set to true if the element existed. false otherwise. |
Return value
| long64 | The value of the element or 0 if it's not found. |
get_long64 (overloaded)
Gets the next 64-bit signed integer from an array.
Parameters
| word base | The ID of the base element. |
| word & last | A word reference that must have the value 0 for the first call. The value will be updated by the function call for each subsequent call. If the value is JSON_ID_NONE the end of the array is reached. |
| bool * present | If specified, the value will be set to true if the element existed. false otherwise. |
Return value
| long64 | The value of the element or 0 if there are no more objects in the array. |
get_ulong64 (overloaded)
Gets a 64-bit signed uninteger by name.
Parameters
| word base | The ID of the base element. |
| const char * name | The name of the element. Only used when it's is inside an object. Set to 0 otherwise. |
| bool * present | If specified, the value will be set to true if the element existed. false otherwise. |
Return value
| ulong64 | The value of the element or 0 if it's not found. |
get_ulong64 (overloaded)
Gets the next 64-bit unsigned integer from an array.
Parameters
| word base | The ID of the base element. |
| word & last | A word reference that must have the value 0 for the first call. The value will be updated by the function call for each subsequent call. If the value is JSON_ID_NONE the end of the array is reached. |
| bool * present | If specified, the value will be set to true if the element existed. false otherwise. |
Return value
| ulong64 | The value of the element or 0 if there are no more objects in the array. |
get_bool (overloaded)
Gets a boolean by name.
Parameters
| word base | The ID of the base element. |
| const char * name | The name of the element. Only used when it's is inside an object. Set to 0 otherwise. |
| bool * present | If specified, the value will be set to true if the element existed. false otherwise. |
Return value
| bool | The value of the element or false if it's not found. |
get_bool (overloaded)
Gets the next boolean from an array.
Parameters
| word base | The ID of the base element. |
| word & last | A word reference that must have the value 0 for the first call. The value will be updated by the function call for each subsequent call. If the value is JSON_ID_NONE the end of the array is reached. |
| bool * present | If specified, the value will be set to true if the element existed. false otherwise. |
Return value
| bool | The value of the element or false if there are no more objects in the array. |
get_bool_int (overloaded)
Gets a boolean or interger by name.
Parameters
| word base | The ID of the base element. |
| const char * name | The name of the element. Only used when it's is inside an object. Set to 0 otherwise. |
| int & iret | Returns the integer value |
| bool * present | If specified, the value will be set to 1 if the element existed and is bool, 2 if the value existed and is integer. Set to 0 otherwise |
Return value
| bool | The value of the element or false if it's not found. |
get_double (overloaded)
Gets a double value by name.
Parameters
| word base | The ID of the base element. |
| const char * name | The name of the element. Only used when it's is inside an object. Set to 0 otherwise. |
| bool * present | If specified, the value will be set to true if the element existed. false otherwise. |
Return value
| double | The value of the element or 0 if it's not found. |
get_double (overloaded)
Gets the next double value from an array.
Parameters
| word base | The ID of the base element. |
| word & last | A word reference that must have the value 0 for the first call. The value will be updated by the function call for each subsequent call. If the value is JSON_ID_NONE the end of the array is reached. |
| bool * present | If specified, the value will be set to true if the element existed. false otherwise. |
Return value
| double | The value of the element or 0 if there are no more objects in the array. |
to_url
Helper function to encodes the structure not as JSON but as URL arguments.
Parameters
| word base | The ID of the base element. |
| char * b | The output buffer. |
| word l | The size of the output buffer. |
| const char * prefix | Prefix to be used for the single elements. For elements nested within arrays or objects another prefix of the name of the array/object is added. The prefixes are sepearted by '.' |
| bool cont | true indicates that the arguments are to be added to other arguments. This means a '&' is put at the beginning |
Return value
| word | The number of bytes that have been written to the output buffer. |
Data types
Defines
Code Examples
The following examples demonstrate the library on the following JSON structure.
{
"name": "John Doe",
"age": 30,
"interests": [
"programming",
"tv series",
"cooking"
]
}
Encoding
char message[256];
json_io json(message);
word base = json.add_object(JSON_ID_ROOT, 0);
json.add_string(base, "name", "John Doe");
json.add_unsigned(base, "age", 30);
word interests = json.add_array(base, "interests");
json.add_string(interests, "programming");
json.add_string(interests, "tv series");
json.add_string(interests, "cooking");
json.encode();
Decoding
json_io json(message);
json.decode();
word base = json.get_object(JSON_ID_ROOT, 0);
const char * name = json.get_string(base, "name");
dword age = json.get_unsigned(base, "age");
const char * interest_values[4];
word interest_count = 0;
word interests = json.get_array(base, "interests");
word last = 0;
while (last != JSON_ID_NONE && interest_count < 4) {
const char * value = = json.get_string(interests, last);
if (value) {
interest_values[interest_count++] = value;
}
}


Spotlight, a Wordpress Theme for Creatives, Agencies & Small Businesses
Creativio is the perfect theme for the creative individual, agencies, freelancers, or small businesses. It comes packed full of goodies and comes with a world class design.
Jumpstart your next web project with this professional and flexible WordPress theme. Creativio will blow your client mind with the product you have made for them.
Purchase | $40


Bitshares-Core
3.0.0
BitShares blockchain implementation and command-line interface software
- t -
t :
graphene::wallet::detail::op_prototype_visitor
target_collateral_ratio :
graphene::chain::call_order_object
,
graphene::chain::call_order_update_operation::options_type
text :
graphene::chain::memo_message
time :
graphene::app::market_ticker
,
graphene::app::market_volume
,
graphene::chain::budget_record_object
,
graphene::chain::dynamic_global_property_object
time_lock :
graphene::chain::htlc_object::condition_info
time_since_last_budget :
graphene::chain::budget_record
timestamp :
graphene::chain::block_header
to :
graphene::chain::htlc_create_operation
,
graphene::chain::htlc_object::transfer_info
,
graphene::chain::htlc_redeemed_operation
,
graphene::chain::htlc_refund_operation
,
graphene::chain::memo_data
,
graphene::chain::override_transfer_operation
,
graphene::chain::stealth_confirmation
,
graphene::chain::transfer_from_blind_operation
,
graphene::chain::transfer_operation
,
graphene::wallet::blind_balance
to_account :
graphene::chain::asset_issue_evaluator
to_key :
graphene::wallet::blind_receipt
to_label :
graphene::wallet::blind_receipt
top_n_control_active :
graphene::chain::account_object
top_n_control_flags :
graphene::chain::account_object
top_n_control_owner :
graphene::chain::account_object
total_budget :
graphene::chain::budget_record
total_burned :
graphene::chain::burn_worker_type
,
graphene::chain::refund_worker_type
total_claimed :
graphene::chain::balance_claim_operation
total_core_in_orders :
graphene::chain::account_statistics_object
total_count :
graphene::app::history_operation_detail
,
graphene::wallet::account_history_operation_detail
total_for_sale :
graphene::app::limit_order_group
total_missed :
graphene::chain::witness_object
total_ops :
graphene::chain::account_statistics_object
total_votes :
graphene::chain::committee_member_object
,
graphene::chain::vote_counter
,
graphene::chain::witness_object
total_votes_against :
graphene::chain::worker_object
total_votes_for :
graphene::chain::worker_object
transaction_id :
graphene::wallet::operation_detail_ex
transaction_ids :
graphene::wallet::signed_block_with_info
transaction_merkle_root :
graphene::chain::block_header
transactions :
graphene::chain::signed_block
transfer :
graphene::chain::htlc_object
trx :
graphene::app::network_broadcast_api::transaction_confirmation
,
graphene::chain::transaction_object
,
graphene::wallet::blind_confirmation
trx_id :
graphene::chain::transaction_object
trx_in_block :
graphene::chain::operation_history_object
trx_num :
graphene::app::network_broadcast_api::transaction_confirmation
trx_state :
graphene::chain::generic_evaluator
type_id :
graphene::chain::account_balance_object
,
graphene::chain::account_object
,
graphene::chain::account_statistics_object
,
graphene::chain::account_transaction_history_object
,
graphene::chain::asset_bitasset_data_object
,
graphene::chain::asset_dynamic_data_object
,
graphene::chain::asset_object
,
graphene::chain::balance_object
,
graphene::chain::blinded_balance_object
,
graphene::chain::block_summary_object
,
graphene::chain::budget_record_object
,
graphene::chain::buyback_object
,
graphene::chain::call_order_object
,
graphene::chain::chain_property_object
,
graphene::chain::collateral_bid_object
,
graphene::chain::committee_member_object
,
graphene::chain::dynamic_global_property_object
,
graphene::chain::fba_accumulator_object
,
graphene::chain::force_settlement_object
,
graphene::chain::global_property_object
,
graphene::chain::htlc_object
,
graphene::chain::limit_order_object
,
graphene::chain::operation_history_object
,
graphene::chain::proposal_object
,
graphene::chain::special_authority_object
,
graphene::chain::transaction_object
,
graphene::chain::vesting_balance_object
,
graphene::chain::withdraw_permission_object
,
graphene::chain::witness_object
,
graphene::chain::witness_schedule_object
,
graphene::chain::worker_object
Generated on Wed Mar 27 2019 15:04:33 for Bitshares-Core by
1.8.13


Do you like to challenge
your thoughts? What if we tell you that you can build beautiful, natively compiled iOS and Android apps,
websites and desktop apps from a single codebase?
|
3 D |
3 H |
3 M |
3 S |
When it comes to creating a good user experience for your app, adding well made and fluid animations is crucial. They work as a visual feedback for the user’s actions and can also provide meaning of interaction and reassurance.
For developers, the concept of building games in a framework they’ve only build generic applications in is an exciting concept. If nothing, it breathes a fresh breath of air in those who are bored of doing the same things over and over again.
The event will go forward in the following format.
Ms.Pooja Bhaumik
India's first woman Google Developer Expert for Flutter.Technical Blogger & Public speaker. & Senior Engineer in Bounceshare.
Mr.Hasnen Tai
Founder of a very famous YouTube channel: Trending Codes and also working as an Associate Software Engineer at Toshiba pvt ltd.
Made With ❤ By CodeChef-VIT


Ever wanted to get some info on your fave hero? Well fret no more! welcome to
Super Dirt, where you
can search
your favorite heroes and pull up their info and dirt! So you can blackmail them into giving an autograph!
(Applicable to heroes/villians/antiheroes in the Marvel,DC, Star Wars universe and more!)


The HTML, CSS, and DOM are essential technologies for building web pages. HTML is like your home structure. It decide where is the bedroom, where the living room, and where the bathroom. The CSS is the decorations of your rooms, like the color of the wall, the style of the curtain, and so on. The DOM is like a kind of framework used to connect the rooms as a whole.
Every element on the web page is a box. The boxifying design means that we should think of the box as a basic tool and element of thinking and designing page conent and structure.
The box model is a one of the most important concept in web developing and design. Every individual element of a web page is included in a box that consist of content, padding, border, and margin. The width of the element is not just its contents, but also the padding and border width of the box where it resides. And the margin will decide the distance to the next element.


Site Administrator
Customer / Client
If you Are a new Customer Create an Account
Existing Customer Sign In
If Your the Administrator of this site
Continue as Administrator
User ID*
Password *
Show


|
|
NPfIT Message Vocabulary |
||||||
|
Programme |
NPFIT |
DOCUMENT NUMBER |
|||||
|
Sub-Prog/Project |
Comms & Messaging |
National Prog |
Org |
Prog/Proj |
Doc Type |
Seq |
|
|
Prog. Director |
Tim Jones |
NPFIT |
NDA |
COM |
TZ |
0161 |
|
|
Sub-Prog/Proj Mgr |
Margaret Baldock |
||||||
|
Author |
Core Technical Team |
Version No. |
3.10 |
||||
|
NPO/PSO Contact |
Sarah King |
Status |
Issued |
In the table below, external vocabularies have their name in italics if they are so large / complex that they cannot be enumerated in the relevant Vocabulary File in the Implementation Manual.
A cross-index showing the usage of each vocabulary in HL7 v3 clinical messages appears in the VocabReferences.htm file. The usage of each vocabulary no longer appears in each vocabulary file as it did in MIM 3.0.
|
Vocabulary Name |
Description |
|
Reason why the data is being accessed |
|
|
The severity of issues carried in an acknowledgement. |
|
| AcknowledgementExceptionCode |
The messaging error which has caused the message to be rejected by the receiver. |
|
The action taken by the receiver on receipt of the message. |
|
|
Generic vocab listing individual error/issue code systems |
|
|
The uncertainty associated with an act |
|
|
Places on the body where a medicine can enter it |
|
| AdministrationSnCT |
Codes representing the administration of a single dose, cycle or complete course of medication to a patient, and its status. |
| AdministrationType |
Whether medication administration is of a dose / cycle / course. |
|
Flags whether an Alert exists for a Legitimate Relationship |
|
|
Status of the CPA assessment |
|
|
Attitude of person of a care issue (e.g. diagnosis) |
|
|
Codes taken from the UK subset of SnomedCT representing that a medication should NOT be administered to a patient. If required, it may indicate the routes (e.g. intravenous) and/or the site(s) of administration (e.g. left arm) to be avoided. If route and site information is absent, then medication administration is to be avoided via all routes & sites. |
|
|
Awareness of a person of a care issue (e.g. a diagnosis) |
|
|
Whether a person consents to being called back or not |
|
|
Why a prescription or prescription item was cancelled |
|
|
Possible responses to prescription /item cancellation request |
|
|
The setting in which a care event occurs, such as home, GMP surgery |
|
|
The physical forms of clinical products |
|
|
The Clinical Terms (Read Codes) Version 3 |
|
|
The kinds of data being retrieved by a PSIS Query |
|
|
The types of response required |
|
|
A patient’s consent to their clinical details’ use by the NHS |
|
|
Consent status (for organ donation only here) |
|
|
The type of event of the NHS Direct / OOHrs encounter |
|
|
Flags whether correspondence to be copied to person |
|
|
Flags whether correspondence should be suppressed or not. |
|
|
A categorisation of patient Care Record Elements |
|
|
A categorisation of Care Record Elements using SnomedCT |
|
|
The sources of a death notification relating to a patient |
|
|
Types of personal demographic data |
|
|
Types of response required |
|
| DetectedIssueQualifier |
Qualifiers classifying the severity of the issue or error carried in the Detected Issue Event |
|
Whether an entity is a kind of, quantified kind of or instance |
|
|
The type of a Diagnostic Imaging Procedure |
|
|
A DI Procedure or subtype that has numeric results. |
|
|
How a patient was discharged |
|
| DischargeTypeSnCT |
A categorisation of a patient discharge event |
| DiscontinueMedicationTypeSnCT |
Codes taken from the UK subset of SnomedCT representing that a medication being administered to a patient should be discontinued. |
|
The status of a medication item on a prescription |
|
|
Why a prescription was returned rather than dispensed |
|
|
The Dispensing Endorsement types a dispenser may use |
|
|
The roles played by a pharmacy when supplying medication |
|
|
A code indicating the Dissent Override. |
|
|
Codes taken from the UK subset of SnomedCT representing that the dosage of an ongoing medication should be changed, e.g. from '1 tablet 3 times a day with food' to '2 tablets 3 times a day with food. |
|
| DrugCategorySnCT |
Codes representing a category of pharmaceutical product, e.g. non-steroidal anti-inflammatory agent. |
| EBSResponseCodes |
A consolidated list of error/issue codes for EBS messages. |
|
Clinical codes for GPs developed by EMIS Ltd |
|
|
The truth states of an Act in a GP2GP message |
|
|
The types of an agent (person, organisation or device) |
|
|
The content types of attachments to a GP record |
|
|
Composition name set based on a superset of used types |
|
|
A category for the associated clinical statement |
|
|
The granularity of the associated clinical statement |
|
|
Device types (e.g. ECG machine) |
|
|
Reasons for discontinuing a medication |
|
|
The types of GP record transfer that may be requested |
|
|
The types of subjects being described by a compound statement |
|
|
An interpretation of an observation by the originator |
|
|
Types of a link set |
|
|
Types of place involved in an Act |
|
|
The priority associated with a medication statement. |
|
|
Indicates if an action is pending against a medication order |
|
|
Identifies a virtual or actual medicinal product or pack. |
|
|
Types of clinical finding, eg observation, measurement or diagnosis |
|
|
Type of observed information |
|
|
Qualifier types for an observation statement |
|
|
Types of organisation |
|
|
Whether an EHR component has been ‘signed’ or not |
|
|
Roles of a person in relation to the patient |
|
|
The nature of a planned action or observation |
|
|
Priority types associated with an observation or other statement |
|
|
Why a service request / referral was made |
|
|
The priority or urgency of a referral or investigation request |
|
|
Types of GP-patient registration |
|
|
A consolidated list of error/issue codes for GP2GP messages. |
|
|
Modes by which a service request was sent |
|
|
Indicates if an action is pending against a prescription |
|
|
Indicates the legal/contractual nature of a prescription |
|
|
Drug information codes for GPs developed by EMIS Ltd |
|
|
Any code from the SnomedCT UK subset that describes an encounter. |
|
|
Ethnic categories of people |
|
|
Very general reasons why a message may be rejected |
|
| EventTypeSnCT |
Snomed codes for the Event Type of the Focal Act of the message |
|
The types of Exemption date that an observation can describe |
|
|
Business categorisation for message elements |
|
|
Types of healthcare professional |
|
|
Possible statuses of a person’s Health Space registration |
|
|
Levels of personal hearing ability |
|
|
Flags whether historic data should be returned |
|
|
Valid UK versions of HL7 v3 |
|
|
Languages people may use |
|
|
The degree and reason regarding sensitive information |
|
|
An interaction method, e.g.- telephone, email , face to face |
|
|
Event types triggering an Out of Hrs/NHS Direct encounter |
|
|
Roles of the requester in the initial OoHrs/NHSD event |
|
|
A person’s interpretations of the normality of a finding |
|
|
Whether an interpreter is required during encounters with the patient |
|
|
The status of a prescribed item |
|
|
A categorization of a location |
|
| LRResponseCodes |
A consolidated list of error/issue codes for LR messages. |
|
Legitimate Relationship types |
|
|
Codes taken from the UK subset of SnomedCT representing that administration of a medication should be continued (typically following a medication review). |
|
|
Type of drug or personal medical device |
|
|
Subtypes of the medication act, e.g. prescribe, administer |
|
|
Codes taken from the UK subset of SnomedCT representing that a medication should be administered to a patient. If required, it may indicate the routes (e.g. intravenous) and/or the site(s) of administration (e.g. left arm) to be used. |
|
|
Values in ETP message codes table 14 |
|
|
Codes taken from the UK subset of SnomedCT representing that a different medication should be substituted for an existing medication. |
|
| MHResponseCodes |
A consolidated list of error/issue codes for Mental Health messages. |
|
Possible new statuses of the Legitimate Relationships |
|
|
Indicates that the patient has no current NHAIS posting |
|
|
Flags whether the person is next of kin or not |
|
|
Why a prescription item was not dispensed |
|
|
NotificationImportance |
An indicator classifying the importance of a notification message |
|
NPfITActCode |
The kind of Act that carries the Code |
|
Types of clinical observation |
|
|
An observation about a person expressed in SnomedCT |
|
|
The role of a person in Out of Practice events |
|
|
A type of compound clinical statement |
|
|
Types of organization |
|
|
Reasons for refusing the return of the prescription |
|
|
Types of participations of agents in an activity |
|
|
Types of patient care provision |
|
| PDSResponseCodes |
A consolidated list of error/issue codes for PDS messages. |
|
Relationships between one person and another |
|
| POCResponseCodes |
A consolidated list of error/issue codes for POC messages. |
|
Preferred methods of contacting people |
|
|
A person’s preferred written communication format |
|
|
Endorsement types a prescriber may apply to a prescription |
|
|
The type of health care professional who authorised the prescription |
|
|
Annotation & observation types relevant to a prescription |
|
|
Why someone need not pay prescription charges |
|
|
Statuses of a prescription or an item on a prescription |
|
|
The management reasons for a prescription being issued |
|
|
A classification of a prescription |
|
|
Flag for previous NHS contact made or not. |
|
|
The priority of a service request / referral |
|
|
Types of clinical procedure |
|
|
A clinical procedure expressed in SnomedCT |
|
|
Types of environments messages must be used in |
|
|
Modes message can be sent in |
|
|
The protocol under which the administration was performed. |
|
|
The value set that can be used to describe the PSISMetaDataType of '2 - Status'. |
|
|
A classification of the types of metadata that can be used to describe provenance etc. of the components of a PSIS Query response. |
|
|
A consolidated list of error/issue codes for PSIS messages. |
|
| Qualification of Detected Issue |
This vocabulary formally specifies how two code systems shall use qualifiers from the DetectedIssueQualifier code system. |
|
The UK 4-byte version (version 1) of the Read Codes |
|
|
The UK 5-byte (version 2) of the Read Codes |
|
|
Reason for medication act state change |
|
|
Reason why an appointment was cancelled |
|
|
Reasons why a provider can reject a referral |
|
|
Reasons why a person did not attend an appointment |
|
|
Codes representing a recommendation that a medication should NOT be administered to a patient. |
|
|
Codes representing a recommendation that administration of a medication should be stopped. |
|
|
Codes representing a recommendation that the dosage of an ongoing medication should be changed. |
|
|
Codes representing a recommendation that administration of a medication should be continued (typically following a medication review). |
|
|
Codes representing a recommendation that a medication should be administered to a patient. |
|
|
Codes representing a recommendation that one medication type should be substituted for an existing planned medication. |
|
|
Headings used in a referral message |
|
|
Types of registering authority |
|
|
Reasons for rejecting reimbursement claims |
|
|
Why a request for an appointment has been rejected by EBS |
|
|
Type of relationship existing between two clinical statements |
|
|
Types of personal religious affiliations |
|
|
A request to abort an existing medication supply request |
|
|
Routes by which medications are administered |
|
|
Routes of administration for drugs |
|
|
Reasons why a Legitimate Relationship status may change |
|
|
Specifies algorithm to be used when searching for patients in PDS |
|
|
Types of service requested by referrers |
|
|
A category of care service, e.g. GMS, Orthopaedics, Acute care |
|
|
The administrative sex of a person |
|
|
The UK subset of the Snomed-CT codes |
|
|
The type of substance collected for analysis |
|
|
Type of specimen taken from a patient |
|
|
Therapeutic moieties in medications |
|
|
Refinement of the SBADM act class code |
|
|
Refinement of the SUPLY act class code |
|
|
Codes representing a pharmaceutical product supply request. |
|
|
Codes representing a pharmaceutical product supply action. |
|
|
Patient / Carer awareness of diagnosis / problem |
|
|
Type of transport requested for discharge |
|
|
Flags whether an update is a correction, a change or new |
|
|
Classes of clinical statements |
|
|
Indicates 1 of 4 levels of containment within a composition |
|
|
Distinguishes a dosage instruction from an actual dose |
|
|
Distinguishes between medication event states |
|
|
Type of agent participations in the context of compositions |
|
|
Types of related person role |
|
|
Distinguishes between action states, e.g. requested & actual |
Change History
|
In Version |
Author |
Date |
Amendment Details |
|
0.1 |
Core Technical Team |
27/10/2003 |
First draft version for external Issue. This version references V0.3 (Draft) of the eBooking Manual. The scope of this version is restricted to eBooking. |
|
0.2 |
Core Technical Team |
25/11/2003 |
Changes to Vocabulary names and content. Final draft for review prior to issue as final for contract |
|
1.0 |
Core Technical Team |
28/11/2003 |
Resolved format & linkage issues for final release |
|
2.0 |
Core Technical Team |
02/02/2004 |
Changes to vocabulary names and content as part of PDS development. |
|
2.0 |
Core technical Team |
04/02/2004 |
All version numbers removed from existing vocabulary file names and names within the files (and hyperlinks to them), and replaced with version nos. and version date as part of the vocabulary files’ content (sited above ‘value’ section of each file). Version number removed from vocab. index file name (and hyperlinks to it), and placed in document header. Column added to vocab list indicating domain which spawned the vocab. item. |
|
2.0 |
Core Technical Team |
08/02/2004 |
LR vocabs added. HumanLanguage and MedicationAct vocabularies extended.. |
|
2.0 |
Core Technical Team |
12/12/2004 |
Message ids, vocabulary version dates and format inconsistencies corrected. |
|
2.1 |
Core Technical Team |
25/03/2004 |
Modifications to: - Confidentiality, Consent, PrivatePatientRole, RequestResponse and UpdateType. See PDS IM Section 10 for details of these changes |
|
2.2 |
Core Technical Team |
31/03/2004 |
eBooking ReasonForReferralRejection vocabulary added. |
|
2.2 |
Core Technical Team |
02/04/2004 |
Use of Snomed-CT codes is no longer mandatory in any eBooking ‘code’ attributes, i.e. in ObservationSnct, ProcedureSnct, SubstanceSnct, ClinicalProductForm and EhrCompoundCode. As a result the ‘Snct’ element has been removed from the names of the first three. Descriptions of all five - and EhrLevelCode - amended, and also have hyperlinks in their descriptions to (new) vocabularies describing the coding systems that can be used (see below). Vocabulary index updated accordingly. |
|
2.2 |
Core Technical Team |
02/04/2004 |
In line with the preceding entry, new vocabularies added for: - the Read Codes 4-byte set - the Read Codes Version 2 - Clinical Terms (Read Codes) V3 - Snomed-CT (UK subset) - Egton Codes - EMIS Drug Codes. Vocabulary index updated accordingly. |
|
3.0 |
Core Technical Team |
07/05/2004 |
Following vocabularies have been renamed: - SnomedCTUK becomes SnomedCT - MyHealthSpaceRegistration becomes HealthSpaceRegistration
Following vocabularies have been deleted: - GuardianRoleType (PDS) - PersonDisbaility (PDS) - PrivatePatientRole (PDS) - ProxyRoleType (PDS)
The following are new vocabularies: - AccessReasonCode - ActCode - ActContainer - ActMood - ActMoodIntentEvent - ActPriority - ActRelationship - ActSite - ActStatus - AdministrationSite - AdministrativeGender - AdminModeCode - AdmissionMethod - AssessmentStatus - CancellationReason - CancellationResponseReason - CareEventType - ClinicalOpinionType - ClinicalView - CompoundStatement - ConsultationEventType - CPAAssessmentType - CPALevelType - CPAReviewType - CREType - Determiner - DispenseNotificationRejectionReason - DispenseReturnReason - DispenseReturnRejectionReason - Dispensing Endorsement - DispensingSitePreference - DocumentType - DrugEntity - EhrActState - EhrAgentType - EhrAttachmentCode - EhrCompositionName - EhrDeviceType - EhrDiscontinueReason - EhrExtractSpec - EhrGP2GPCompoundCode - EhrInterpret - EhrLinkSetType - EhrLocationType - EhrMedicationPriority - EhrMedicationState - EhrMedicinalProdCode - EhrObservationCode - EhrObservationType - EhrObservationValue - EhrOrgType - EhrParticipationSignature - EhrPersonalRels - EhrPlanCode - EhrPriority - EhrReferralCode - EhrReferralPriority - EhrRegistrationCode - EhrRequestAckCode - EhrRequestMode - EhrSupplyState - EhrSupplyType - EncounterType - ETPSpineRejectionReasons - EntityCode - ExceptionPlanType - ExemptionDateType - InitialEventType - InitialRequesterRoleType - LRType - MeasurementType - MedicationCodeAAR - MHALegalStatus - MHSLegalStatusClassification - MHSSType - NewStatusType - NhaisRegistration - Not Dispensed Reason - NPfIT - NPfITActCode - NPfITActStatus - NPfITDIJustificationReason - NPfITDIPharmaceutical - NPfITDIRequestStatus - NPfITStatusCode - ObservationInterpretationNormality - ObservationType - OOPRoleType - ParentPrescriptionRejectionReason - ParticipationFunction - Participationmode - ParticipationType - PersonalCare - PersonalCareRole - PersonalRelationshipRoleType - PreferredWrittenCommunicationFormat - PrescriberEndorsement - PrescriptionAnnotation - PrescriptionChargeExemption - PrescriptionReleaseRejectionReason - PrescriptionStatus - PrescriptionTreatmentType - ProtocolCondition - ReasonForConTransReq - ReasonForTransferRequest - ReimbursementRejectionReason - RelatedPersonType - RelationshipToPatient - RoleClassAssociative - RoleLinkType - Section117AppliesFlag - ServiceDeliveryLocationRoleType - SnCT - SnomedRouteofAdministration - SupervisedDischargeFlag - TargetAwareness - TransferRequestCategory - TransportType - x_ActMoodIntentEvent - x_ActRelationshipExternalReference - x_DocumentSubject - x_DocumentSubstanceMood - x_InformationRecipient |
|
3.1 |
Core Technical team |
25/06/2004 |
The following vocabularies have been renamed: - Confidentiality to InformationSensitivity - TargetAwareness to TargetAwarenessSnCT - TransportType to TransportNeed
The following vocabularies have been removed: - ActCode - ActContainer - ActEncounterCode - ActionTypeRequested - ActMood - ActMoodIntentEvent - ActPriority - ActRelationship - ActSite - ActStatus - AdministrationSite - AdministrativeGender - AdminModeCode - AdmissionMethod - CareEventType - CompoundStatement - Confidentiality - CRERelationshipType - DispenserEndorsement - DocumentType - DrugEntity - EntityType - LRReasonCode - MeasurementType - MedicationCodeAAR - MHALegalStatusClassification - NPfIT - NPfITActStatus - ObservationInterpretationNormality - ParticipationFunction - ParticipationModePersonalRelationshipRoleType - ProtocolCondition - ReasonForCanTransReq - ReasonForReferralRejection - RelatedPersonType - RelationshipToPatient - RoleClassAssociative - RoleCode - RoleLinkType - SnCT - SnomedActSite - SnomedRouteOfAdministration - TransferrequestCategory - x_MoodIntentEvent - x_ActRelationshipExternalreference - x_DocumentSubject - x_DocumentSubstanceMood - x_InformationRecipient
The following vocabularies are new: - AttitudeToIssueSnCT - AwarenessOfIssueSnCT - ConsentSnCT - DischargeDestination - DischargeMethod - DissentOverrideIndicator - DissentOverrideReasonCode - EncounterSnCT - FocalActcategory - InterpreterRequiredIndicator - ItemStatus - ManufacturedMaterialSnCT - MedicationChargePayment - ObservationTypeSnCT - OrganizerTypeSnCT - PrescriberRoleType - PrescriptionType - PreviousNHSContact - ProcedureTypeSnCT - PSISDataStatus - PSISMetadataType - relationshipSnCT - SearchParameter - SpecimenTypeSnCT - SubstanceAdministrationSnCT - SupplyActTypeSnCT
The following vocabularies have had their OIDs changed: - LRType - PDSRequestResponseCode |
|
3.1.01
|
Core Technical team
|
16/07/04 |
The following EBS vocabs have been added & given NPfIT OIDs: - CorrespondenceSuppression - RejectionReason. The following existing EBS vocabs have been allocated NPfIT OIDs: - CallbackConsent - EhrCompoundLevel - HcpType - HearingStatus - MedicationActType - OrganizationType - PriorityType - ReferalCategoryHeading. Version 2 of vocabulary PrescriptionAnnotation created with an additional Value of ‘RD’. ProtocolCondition vocab for MEDM reinstated as version 2 with a value, and allocated an NPfIT OID. Two PDS vocabularies changed and new versions issued: - DemographicObservationType code 18 (interpreter required indicator) has been removed - the values of HealthSpaceRegistration have all been changed to conform with the NHS Data Dictionary, codes 0-2 now being 1-3 |
|
3.2 |
Core Technical Team |
13/8/2004 |
The following DI vocabularies were deleted: NPfITDIPharmaceutical NPfITDIRequestStatus NPfITDIStatusCode
The following vocabularies were added: CRETypeSnCT DIPharmaceuticalSnCT
The following vocabularies were modified: NPfITDIJustificationReason (code “e” added) AssessmentStatus (redefined value set) MHSSType (redefined value set) |
|
3.3 |
Core Technical Team |
3/9/2004 |
FocalActcategory renamed to FocalActCategory Assigned OID to AssessmentStatus Added 2 extra values to FocalActCategory
The following vocabularies were deleted: AdmissionMethod EncounterType MHSSType MHALegalStatus PersonalCare NPfITActCode CPAAssessmentType PersonalCareRole CPAReviewType ClinicalOpinionType ExceptionPlanType CPALevelType ObservationType SupervisedDischargeFlag Section117AppliesFlag
Clarified deprecation of CREType. Removed originating domain from index |
|
3.4 |
Core technical team |
8/9/2004 |
Following vocabs added: - InteractionTypeSnCT - ServiceTypeSnCT
Value ‘PTT’ added to PrescriptionAnnotation vocabulary and its ‘used in’ table removed. |
|
3.5 |
Core Technical Team |
17/09/2004 |
The following vocabularies were modified: NPfITDIJustificationReason vocab renamed to DIJustificationReason PrescriptionAnnotation.
HL7StandardVersionCode populated to include all MIM versions.
|
|
3.6 |
Core Technical Team |
22/09/2004 |
HL7StandardVersionCode updated. |
| 3.7 | Core Technical Team | 22/10/2004 |
The following vocabularies were modified:
LRType - Reverted to Mim2.3 LRReasonCode values. SCReasonCode - Incorporates Mim2.3 values. QueryResponse - Code 'OK' description changed to 'Data Returned'. Medication Management vocabs changed as required by NPFIT-ETP-GEN-PZ-0159-v1.0 and CR0098: HL7StandardVersionCode.htm AcknowledgementDetailType ActDetectedIssueCode
The following vocabularies were added: DissentOverride - a combination of DissentOverrideReasonCode and DissentOverrideIndicator AcknowledgementExceptionCode QueryIssueCode
The following vocabularies were deleted: DissentOverrideReasonCode DissentOverrideIndicator AcknowledgementDetailCode |
| 3.8 | Core Technical team | 10/11/2004 |
The following vocabularies have been modified: AcknowledgementDetailCode renamed AcknowledgementExceptionCode AcknowledgementDetailType & AcknowledgementType - amended main description & code descriptions ActDetectedIssueCode EhrRequestAckCode - OID added PrescriptionAnnotation - references to ETPSpineRejectionReasons vocab added PrescriptionReleaseRejectionReason, ETPSpineRejectionReasons & CancellationResponseReasons - modified to indicate maintained externally EhrRequestAckCode - OID added.
The following vocabularies were added DischargeTypeSnCT LocationTypeSnCT RelationshipTypeSnCT PSISQueryResponseCodes LRResponseCodes PDSResponseCodes EBSResponseCodes POCResponseCodes MHResponseCodes DetectedIssueQualifier Qualification of Detected Issue The following vocabularies were deleted: RelationshipSnCT DischargeDestination AcknowledgementCondition FailureReasonCode QueryIssueCode RequestResponse ParentPrescriptionRejectionReason DispenseReturnRejectionReason DispenseNotificationRejectionReason
|
| 3.9 | Core Technical team | 6/12/2004 |
The following vocabularies have been modified: ConsentSnCT - SnomedCT codes added CRETypeSNCT - SnomedCT codes added InteractionTypeSnCT - SnomedCT codes added LocationTypeSnCT - SnomedCT codes added ObservationTypeSnCT - SnomedCT codes added OrganizerTypeSnCT - SnomedCT codes added PersonRelationshipType - 'self' & 'carer' added ProcedureTypeSnCT - SnomedCT codes added ServiceTypeSnCT - SnomedCT codes added SnomedCT-Administration SnomedCT codes added SubstanceAdministrationSnCT - SnomedCT codes added
The following vocabularies were added CareSettingSnCT SpecimenMaterialTypeSnCT
The following vocabularies were deleted:
|
|
3.10 |
Core Technical Team |
7/01/05 |
The following vocabularies have been added:
AdministrationType ReasonFor RecommendAvoidMedicationTypeSnCT RecommendMedicationSubstitutionTypeSnCT RecommendMedicationAdministrationTypeSnCT RecommendDosageChangeTypeSnCT RecommendDiscontinueMedicationTypeSnCT RecommendMaintainMedicationTypeSnCT RequestMedicationSupplyAbortSnCT DrugCategorySnCT SupplyRequestSnCT AdministrationSnCT SupplySnCT NotificationImportance (no link yet - tba MiMv4.0.00)
The following vocabularies have been amended to indicate that they are not relevant to medication: SubstanceAdministrationSnCT SupplyActSnCT
The following vocabularies have been amended: Prescription Annotation - removed 'RD' Review Data Code (duplicate), added ''AD'' administration details, "AT" administration type, WTD when to discontinue medication. EhrDeviceType - where SNOMED coding not used, requirement to include a mapping to SNOMED has been removed EhrDiscontinueReason - where SNOMED coding not used, requirement to include a mapping to SNOMED has been removed EhrGP2GPCompoundCode - where SNOMED coding not used, requirement to include a mapping to SNOMED has been removed EhrMedicinalProdCode - where SNOMED coding not used, requirement to include a mapping to SNOMED has been removed EhrObservationCode - where SNOMED coding not used, requirement to include a mapping to SNOMED has been removed EhrObservationValue - where SNOMED coding not used, requirement to include a mapping to SNOMED has been removed EhrPlanCode - where SNOMED coding not used, requirement to include a mapping to SNOMED has been removed EhrReferralCode - where SNOMED coding not used, requirement to include a mapping to SNOMED has been removed ActDetectedIssueCode - amended PSISResponseCodes and PDSResponseCodes 'maintained by' and 'description'. |


ClaimsMicroProfile
public class ClaimsMicroProfile : Claims
A class representing the MicroProfile claims as listed in MicroProfile specs.
-
Initialize a
ClaimsMicroProfile
Declaration
Swift
public init( iss: String, sub: String, exp: Date, iat: Date, jti: String, upn: String, groups: [String] )
-
The MP-JWT issuer. RFC7519, Section 4.1.1
Declaration
Swift
public var iss: String
-
Identifies the principal that is the subject of the JWT.
Declaration
Swift
public var sub: String
-
Identifies the expiration time on or after which the JWT MUST NOT be accepted for processing.
Declaration
Swift
public var exp: Date
-
Identifies the time at which the JWT was issued.
Declaration
Swift
public var iat: Date
-
The “jti” (JWT ID) claim provides a unique identifier for the JWT. The identifier value MUST be assigned in a manner that ensures that there is a negligible probability that the same value will be accidentally assigned to a different data object.
Declaration
Swift
public var jti: String
-
This MP-JWT custom claim is the user principal name in the java.security.Principal interface, and is the caller principal name in javax.security.enterprise.identitystore.IdentityStore. If this claim is missing, fallback to the “preferred_username”, should be attempted, and if that claim is missing, fallback to the “sub” claim should be used.
Declaration
Swift
public var upn: String?
-
Shorthand name by which the End-User wishes to be referred to at the RP, such as janedoe or j.doe. This value MAY be any valid JSON string including special characters such as @, /, or whitespace.
Declaration
Swift
public var preferred_username: String?
-
This MP-JWT custom claim is the list of group names that have been assigned to the principal of the MP-JWT. This typically will required a mapping at the application container level to application deployment roles, but a one-to-one between group names and application role names is required to be performed in addition to any other mapping.
Declaration
Swift
public var groups: [String]


The following code snippet detects whether Java Development Kit is installed on the machine and will set $1 to the version and $2 to the directory of the installation.
Save this script
ClearErrors
ReadRegStr $1 HKLM "SOFTWARE\JavaSoft\Java Development Kit" "CurrentVersion"
ReadRegStr $2 HKLM "SOFTWARE\JavaSoft\Java Development Kit\$1" "JavaHome"
IfErrors 0 NoAbort
MessageBox MB_OK "Couldn't find a Java Development Kit installed. Setup
will exit now."
Quit
NoAbort:
DetailPrint "Found JDK in path $2"
|


Create your README
First name:
Last name:
LinkedIn Profile Link
Personal Website
Path to Resume
Time Resume Last Updated
Email
Bio
Copy and paste this into your README
(
source
) made by
Avery Chan


How to use the Feathers Check
component
The Check
component is actually a ToggleButton
component, but it is given a different visual appearance.
The Basics
A Check
component can be created much like a ToggleButton
:
var check:Check = new Check();
check.label = "Click Me";
check.isSelected = true;
this.addChild( check );
See How to use the Feathers ToggleButton
component for a more detailed look at this component's capabilities.
Skinning a Check
A skinned Check
component usually has no background (or a transparent one) and the touch states of the check are displayed through the icon skins. For full details about which properties are available, see the Check
API reference.


Elliot J Farrow Survey Form
An example survey form to practive HTML & CSS
Name:
Email:
Age
(optional)
Submit


Select a speed:
Slower
Slow
Medium
Fast
Faster
Select a number:
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
Select a file:
jQuery.js
ui.jQuery.js
Some unknown file
Some other file


HANOI TOWERS
Number of disks:
Start
Erase
Select option:
Show movements
Don't show movements
Time
{{elapse}}
Movements of disks between axis:
{{$index+1}} - {{o}}


Tags
New Task
×
Color
Subtasks
Right-click checkbox to delete
Tags
Right-click existing tag to delete
Schedule & Recurrence
Start Date
One-time
Weekly
Bi-Weekly
Tri-Weekly
Monthly
Sun
Mon
Tue
Wed
Thu
Fri
Sat
Recurrence Count
1
2
3
4
5
6
7
8
9
10
Forever
Restore Task
×
Archive
Scheduled Tasks
×
Upcoming
Remove Stack
×
Push Tasks To
Settings
×
General Settings
Banded Cards
Replaces full color cards with a band of color
Card Color Glyphs
Adds glyphs to the task cards to delineate color
Aging Default On
Aging numbers will be shown by default
Open Task on Double-click
Opens the edit modal when double-clicking on a task card
Integrated Systems Toggle Button Behavior
Checked will show only GitHub issues or ServiceNow incidents when toggled on. Default behavior will add the stacks to the current view.
Archive Completed Tasks
Never
14 Days
7 Days
3 Days
1 Day
Sets how many days until completed tasks are automatically archived
Archive Pruning
Never
120 Days
90 Days
60 Days
30 Days
Sets how many days until archived tasks are deleted
Synchronization
Thing
GitHub Integration
Load GitHub Issues Stacks
Checked will load issues fron GitHub from the selected repos.
Repos
Rally Integration
Load Rally Task Stack
Checked will load items fron Rally from the selected projects.
Domain
Domain of your Rally instance
Access Token
Access Token generated by Rally. Click
here
to obtain one
Projects
Tasks from checked projects only will be displayed.
ServiceNow Integration
Load ServiceNow Incidents Stack
Checked will load incidents fron ServiceNow assigned to selected groups.
Domain
Domain of your ServiceNow instance
Access Token
Access Token supplied by your company
Assignment Groups
Incidents from checked groups only will be displayed.
Priority Level
1 only
>2
>3
>4
All
Sets the priority level of returned incidents/problems.


Shipment#:
{{invoice.InvoiceNo}}
Invoice No:
{{invoice.ShipmentNo}}
Factory:
{{invoice.Shipper.Name}}
Priority:
{{invoice.Priority.Name}}
Vendor:
{{invoice.Vendor.Name}}
Origin Country:
{{invoice.OriginCountry.Name}}
Port Of Loading:
{{invoice.PortofLoading.Name}}
Final Destination:
{{invoice.FinalDestination.Name}}
Payment Term:
{{invoice.Vendor.PaymentTerm.Name}}
Arrival Date:
{{invoice.ArrivalDate}}
Origin Country:
{{invoice.OriginCountry.Name}}


Globus Auth / OAuth2¶
Globus offers Authentication and Authorization services through an OAuth2 service, Globus Auth.
Globus Auth acts as an Authorization Server, and allows users to authenticate with, and link together, identities from a wide range of Identity Providers.
Although the AuthClient
class documentation
covers normal interactions with Globus Auth, the OAuth2 flows are significantly
more complex.
This section documents the supported types of authentication and how to carry them out, as well as providing some necessary background on various OAuth2 elements.
Credentials are for Users and also for Applications
It is very important that our goal in OAuth2 is not to get credentials for an application on its own, but rather for the application as a client to Globus which is acting on behalf of a user.
Therefore, if you are writing an application called foo, and a user<EMAIL_ADDRESS>is using foo, the credentials produced belong to the combination of foo and<EMAIL_ADDRESS>The resulting credentials represent the rights and permission for foo to perform actions for<EMAIL_ADDRESS>on systems authenticated via Globus.
OAuth2 Documentation


JS♥GeoGebra
Function Quiz
Random Stuff
Explanations
Random Stuff Generator
Draw Random Stuff
Points Shown - Click to Hide
Let's Dance
Points Hidden - Click to Show
Stop Dance


To begin using snapclim
effectively, take a look at the climate data collections available in your current version of the package.
library(snapclim)
climate_collections()
#> # A tibble: 1 x 11
#> id description regions points start end daily monthly seasonal
#> <chr> <chr> <lgl> <lgl> <dbl> <dbl> <lgl> <lgl> <lgl>
#> 1 ar5s~ AR5/CMIP5 ~ TRUE TRUE 1901 2100 FALSE TRUE TRUE
#> # ... with 2 more variables: annual <lgl>, decadal <lgl>
This prints a table of available data sets, one per row. The columns provide useful metadata regarding each data set.
For most data sets, a request returns data for a specific location. Given that there are 86 defined climate regions and 3,867 point locations across Alaska and western Canada in the ar5stats
collection, it is helpful to consult a table of available locations.
climate_locations()
#> # A tibble: 3,953 x 2
#> Location Group
#> <chr> <chr>
#> 1 AK-CAN AK-CAN
#> 2 Arctic LCC AK LCC regions
#> 3 North Pacific LCC AK LCC regions
#> 4 Northwestern Interior Forest South LCC AK LCC regions
#> 5 Northwestern Interior Forest North LCC AK LCC regions
#> 6 Western Alaska LCC AK LCC regions
#> 7 Boreal Alaska L1 Ecoregions
#> 8 Maritime Alaska L1 Ecoregions
#> 9 Polar Alaska L1 Ecoregions
#> 10 Alaska Range Transition Alaska L2 Ecoregions
#> # ... with 3,943 more rows
The table is truncated here, but contains nearly 4,000 options under the Location
column. There is a corresponding column providing the set that each location is grouped under. Every location belongs to a group. The table above contains all regions and point locations. climate_locations
can be used to list a subset of only one or the other.
climate_locations(type = "region")
#> # A tibble: 86 x 2
#> Location Group
#> <chr> <chr>
#> 1 AK-CAN AK-CAN
#> 2 Arctic LCC AK LCC regions
#> 3 North Pacific LCC AK LCC regions
#> 4 Northwestern Interior Forest South LCC AK LCC regions
#> 5 Northwestern Interior Forest North LCC AK LCC regions
#> 6 Western Alaska LCC AK LCC regions
#> 7 Boreal Alaska L1 Ecoregions
#> 8 Maritime Alaska L1 Ecoregions
#> 9 Polar Alaska L1 Ecoregions
#> 10 Alaska Range Transition Alaska L2 Ecoregions
#> # ... with 76 more rows
climate_locations(type = "point")
#> # A tibble: 3,867 x 2
#> Location Group
#> <chr> <chr>
#> 1 Adak Station Alaska
#> 2 Afognak Alaska
#> 3 Akhiok Alaska
#> 4 Akiachak Alaska
#> 5 Akiak Alaska
#> 6 Akutan Alaska
#> 7 Alakanuk Alaska
#> 8 Alatna Alaska
#> 9 Aleknagik Alaska
#> 10 Aleut Village Alaska
#> # ... with 3,857 more rows
Some locations share the same name. For example, there is Galena, Alaska and Galena, British Columbia.
library(dplyr)
climate_locations() %>% filter(Location == "Galena")
#> # A tibble: 2 x 2
#> Location Group
#> <chr> <chr>
#> 1 Galena Alaska
#> 2 Galena British Columbia
It is good practice to avoid ambiguity when requesting data, though it is permitted since familiarity with the available locations you are interested in can make your data requests simpler.
snapclim
provides access to a large amount of SNAP climate data, far more than would be stored locally within an R package. The data collections are stored on Amazon Web Services (AWS). snapclim
interfaces with AWS to bring the specific data you need into your R session, as if it were a native package data set.
SNAP climate data sets are accessed with climdata
. If at any time you get stuck with using climdata
, see the function documentation. It provides detailed descriptions and usage for the available function arguments. The first argument, id
, specifies a unique data collection. See the id
column in climate_collections
above. Next, a location is specified. A simple call to climdata
for SNAP 2-km downscaled AR5/CMIP5 climate data summary statistics for Anchorage, Alaska looks like the following.
climdata("ar5stats", "Anchorage")
#> # A tibble: 101,400 x 8
#> RCP Model Var Group Location Year Month Mean
#> <fct> <fct> <fct> <chr> <chr> <int> <fct> <dbl>
#> 1 Historical CRU 4.0 pr Alaska Anchorage 1901 Jan 7
#> 2 Historical CRU 4.0 pr Alaska Anchorage 1901 Feb 1
#> 3 Historical CRU 4.0 pr Alaska Anchorage 1901 Mar 14
#> 4 Historical CRU 4.0 pr Alaska Anchorage 1901 Apr 16
#> 5 Historical CRU 4.0 pr Alaska Anchorage 1901 May 13
#> 6 Historical CRU 4.0 pr Alaska Anchorage 1901 Jun 24
#> 7 Historical CRU 4.0 pr Alaska Anchorage 1901 Jul 40
#> 8 Historical CRU 4.0 pr Alaska Anchorage 1901 Aug 70
#> 9 Historical CRU 4.0 pr Alaska Anchorage 1901 Sep 58
#> 10 Historical CRU 4.0 pr Alaska Anchorage 1901 Oct 69
#> # ... with 101,390 more rows
In subsequent examples, arguments are named for additional clarity.
The data includes SNAP’s downscaled historical, observation-based Climatological Research Unit (CRU) 4.0 data and both downscaled historical and projected climate model outputs for all five of the General Circulation Models (GCMs) utilized by SNAP. All three CMIP5 emissions scenarios, or Representative Concentration Pathways (RCPs) are included. The data cover the entire available time period at a monthly time step.
By default, all available climate variables are returned: precipitation and mean, minimum and maximum temperature. These refer to monthly precipitation totals and monthly means of mean, minimum and maximum daily temperatures. This can be reduced to a specific variable in the initial call to climdata
with variable = "pr"
for example, or the table can be filtered subsequently.
What if the location is not unique, like Galena? climdata
will throw a warning and let you know it is assuming the first group found in the list of available locations.
climdata(id = "ar5stats", area = "Galena")
#> Warning in .check_area(area, set): `area` not unique and `set` not
#> provided. Assuming 'Alaska'. Please provide `set`.
#> # A tibble: 101,400 x 8
#> RCP Model Var Group Location Year Month Mean
#> <fct> <fct> <fct> <chr> <chr> <int> <fct> <dbl>
#> 1 Historical CRU 4.0 pr Alaska Galena 1901 Jan 18
#> 2 Historical CRU 4.0 pr Alaska Galena 1901 Feb 18
#> 3 Historical CRU 4.0 pr Alaska Galena 1901 Mar 18
#> 4 Historical CRU 4.0 pr Alaska Galena 1901 Apr 16
#> 5 Historical CRU 4.0 pr Alaska Galena 1901 May 15
#> 6 Historical CRU 4.0 pr Alaska Galena 1901 Jun 33
#> 7 Historical CRU 4.0 pr Alaska Galena 1901 Jul 48
#> 8 Historical CRU 4.0 pr Alaska Galena 1901 Aug 61
#> 9 Historical CRU 4.0 pr Alaska Galena 1901 Sep 42
#> 10 Historical CRU 4.0 pr Alaska Galena 1901 Oct 30
#> # ... with 101,390 more rows
The following example avoids the ambiguity, hence no warning.
climdata(id = "ar5stats", area = "Galena", set = "British Columbia")
#> # A tibble: 101,400 x 8
#> RCP Model Var Group Location Year Month Mean
#> <fct> <fct> <fct> <chr> <chr> <int> <fct> <dbl>
#> 1 Historical CRU 4.0 pr British Columbia Galena 1901 Jan 87
#> 2 Historical CRU 4.0 pr British Columbia Galena 1901 Feb 62
#> 3 Historical CRU 4.0 pr British Columbia Galena 1901 Mar 26
#> 4 Historical CRU 4.0 pr British Columbia Galena 1901 Apr 34
#> 5 Historical CRU 4.0 pr British Columbia Galena 1901 May 27
#> 6 Historical CRU 4.0 pr British Columbia Galena 1901 Jun 87
#> 7 Historical CRU 4.0 pr British Columbia Galena 1901 Jul 36
#> 8 Historical CRU 4.0 pr British Columbia Galena 1901 Aug 6
#> 9 Historical CRU 4.0 pr British Columbia Galena 1901 Sep 69
#> 10 Historical CRU 4.0 pr British Columbia Galena 1901 Oct 21
#> # ... with 101,390 more rows
The climate variable values given in the tables obtained so far have all pertained to specific points in space. For regional climate data, a broad set of statistics is available that summarizes the distribution of climate values over a spatial domain defined by a polygon. For example, the table for the Arctic Tundra contains the mean, standard deviation, minimum, maximum and a set of distribution quantiles. Since the columns are truncated when printed in the display below, the first seven columns of ID variables are dropped in this example using select
in order to show more of the additional statistics.
x <- climdata(id = "ar5stats", area = "Arctic Tundra")
select(x, -c(1:7))
#> # A tibble: 101,400 x 13
#> Mean SD Min Max Pct_025 Pct_05 Pct_10 Pct_25 Pct_50 Pct_75
#> <dbl> <dbl> <dbl> <dbl> <dbl> <dbl> <dbl> <dbl> <dbl> <dbl>
#> 1 19.3 6.7 5.8 56.2 9.1 10 11.1 14.8 18.3 23
#> 2 15.4 5.6 4.1 46.1 6.9 8.1 9 11.1 14 18.9
#> 3 14.2 5.6 2.9 38.1 6.9 8.1 9 9.9 13 17.1
#> 4 15.5 6.5 4 49.7 7.9 8.1 9 10.8 13.9 19.1
#> 5 15.1 7.8 0.7 53.1 7 7.8 8 8.9 12.2 19.9
#> 6 29.9 16.6 10.5 126. 12.6 13.5 14.2 17.3 23.9 39.8
#> 7 49.7 22 12.5 144. 17.9 21.3 25.1 31.3 46 64.5
#> 8 63.7 25.6 22.4 167. 28.8 30.6 32.8 41.5 61.5 80.1
#> 9 43.4 24.3 14.6 144 17.9 19 20.5 23.1 36.2 57
#> 10 33.3 11.2 17.8 80.4 20.1 20.9 21.8 23.9 30.7 39.8
#> # ... with 101,390 more rows, and 3 more variables: Pct_90 <dbl>,
#> # Pct_95 <dbl>, Pct_975 <dbl>
Note that these statistics summarize values across space. They do not also summarize values over months or years, or across climate models and scenarios. Distributional information is available for each point in time and under each combination of other available factors.
More highly aggregated data sets are available as well. The previous data sets were returned using the default argument time_scale = "monthly"
. If you simply change this to seasonal
or annual
, climdata
will return the respective data set. The first few columns have been dropped:
x <- climdata(id = "ar5stats", area = "Arctic Tundra", time_scale = "seasonal")
select(x, -c(1:3))
#> # A tibble: 33,800 x 17
#> Group Region Year Season Mean SD Min Max Pct_025 Pct_05 Pct_10
#> <chr> <chr> <int> <fct> <dbl> <dbl> <dbl> <dbl> <dbl> <dbl> <dbl>
#> 1 Alas~ Arcti~ 1901 Winter 18.9 7.8 1.5 65.3 8.1 9.1 10.1
#> 2 Alas~ Arcti~ 1901 Spring 15 6.7 0.7 51.2 7.3 7.9 8.2
#> 3 Alas~ Arcti~ 1901 Summer 47.4 25.5 10.1 157. 13.6 14.8 18.2
#> 4 Alas~ Arcti~ 1901 Autumn 33.4 18.3 6.3 144. 12.2 13.9 17.6
#> 5 Alas~ Arcti~ 1902 Winter 19.1 8.1 1.6 66.9 8 9 10
#> 6 Alas~ Arcti~ 1902 Spring 15 6.7 0.5 53 7.5 7.9 8.3
#> 7 Alas~ Arcti~ 1902 Summer 47.3 25.4 10.5 168 13.7 14.7 18
#> 8 Alas~ Arcti~ 1902 Autumn 32.9 17.9 6.7 143 12 13.8 17.6
#> 9 Alas~ Arcti~ 1903 Winter 19.1 8.4 1.6 61.2 7.9 8.9 10
#> 10 Alas~ Arcti~ 1903 Spring 14.6 9.9 0.8 74.7 4.5 5.7 7
#> # ... with 33,790 more rows, and 6 more variables: Pct_25 <dbl>,
#> # Pct_50 <dbl>, Pct_75 <dbl>, Pct_90 <dbl>, Pct_95 <dbl>, Pct_975 <dbl>
It is important to note that seasonal and annual aggregate statistics are not simple means of monthly statistics. Each of these collections is independently derived from climate variable spatial probability distributions at their respective temporal resolutions.
This means that, for example, monthly temperature quantiles for the Arctic Tundra are calculated from monthly spatial temperature distributions and winter temperature quantiles are calculated from the applicable 3-month period spatial temperature distributions. While the mean is invariant to this difference, other statistics are not. The 95th percentile winter temperature across space during the three month period does not result from taking the average of three monthly 95th percentile values.
A final note on season and annual statistics is that, like monthly statistics, these remain period totals for precipitation and period averages for temperature variables.
In contrast to monthly, seasonal and annual resolution statistics, all three of which are computed across space at their respective temporal resolutions, decadal statistics are in fact simple decadal averages of monthly, seasonal and annual data. For example, the decadal mean of the 95th percentile monthly temperature across a region is just that; the mean of the ten annual 95th percentile monthly values in a decade.
For this reason, decadal data is not requested with climdata
by specifying it with time_scale
, which always pertains to annual and intra-annual (monthly or seasonal) time steps. Instead, use decavg = TRUE
. This is FALSE
by default so it did not previously need to be specified. When requesting decadal averages, there is still the choice of whether those averages should be of monthly, seasonal or annual resolution statistics.
x <- climdata(id = "ar5stats", area = "Arctic Tundra", time_scale = "seasonal",
decavg = TRUE)
select(x, -c(1:3))
#> # A tibble: 3,776 x 17
#> Group Region Decade Season Mean SD Min Max Pct_025 Pct_05 Pct_10
#> <chr> <chr> <int> <fct> <dbl> <dbl> <dbl> <dbl> <dbl> <dbl> <dbl>
#> 1 Alas~ Arcti~ 1900 Winter 18.1 8.8 1.6 71.1 6.6 7.6 8.8
#> 2 Alas~ Arcti~ 1900 Spring 14.2 8.7 0.5 70.6 3.7 4.7 6.5
#> 3 Alas~ Arcti~ 1900 Summer 46.3 27.6 7.8 188. 12.4 13.9 16.6
#> 4 Alas~ Arcti~ 1900 Autumn 30.3 18.2 4.1 144. 8.6 10.1 13.3
#> 5 Alas~ Arcti~ 1910 Winter 20.1 13.8 1 107. 5.2 6.5 8.5
#> 6 Alas~ Arcti~ 1910 Spring 16.5 12.3 0.6 98.4 4.1 5 6.7
#> 7 Alas~ Arcti~ 1910 Summer 47 29 6.9 198. 11.8 13.2 16.3
#> 8 Alas~ Arcti~ 1910 Autumn 32.5 20.9 3.6 162. 8.7 11 14.3
#> 9 Alas~ Arcti~ 1920 Winter 22.7 15.1 0.9 102 5.1 6.2 7.6
#> 10 Alas~ Arcti~ 1920 Spring 16.1 12.2 0.4 84.7 2.3 2.9 4
#> # ... with 3,766 more rows, and 6 more variables: Pct_25 <dbl>,
#> # Pct_50 <dbl>, Pct_75 <dbl>, Pct_90 <dbl>, Pct_95 <dbl>, Pct_975 <dbl>
It is possible to obtain climate data sets that include multiple locations using climdata
, but this is only available for smaller data sets where it would not lead to a cumbersome data download. Currently, the only data set for which multiple locations can be returned at once is the decadal averages data set in the ar5stats
collection. By specifying area = "points"
rather than a specific point location, a table is returned containing data for all 3,867 point locations.
There are two requirements that help to ensure this does not lead to an excessive download size or waiting time. As mentioned, this is only available for the highly aggregated decadal data. Without setting decavg = TRUE
, attempting to specify area = "points"
will throw an error. The second requirement is that only a single climate variable will be returned. You can always call climdata
multiple times for additional variables if desired. Therefore, you should also specify the variable
argument. If you do not, mean temperature (tas
) is assumed.
x <- climdata(id = "ar5stats", area = "points", time_scale = "annual", decavg = TRUE,
variable = "tas")
To show the result more effectively, filter the table to a specific combination of other factors.
filter(x, RCP == "6.0" & Model == "GFDL-CM3" & Decade == 2050)
#> # A tibble: 3,867 x 8
#> RCP Model Var Group Location Decade Season Mean
#> <fct> <fct> <fct> <chr> <chr> <int> <fct> <dbl>
#> 1 6.0 GFDL-CM3 tas Alaska Adak Station 2050 Annual 7.2
#> 2 6.0 GFDL-CM3 tas Alaska Afognak 2050 Annual 8.6
#> 3 6.0 GFDL-CM3 tas Alaska Akhiok 2050 Annual 8.4
#> 4 6.0 GFDL-CM3 tas Alaska Akiachak 2050 Annual 3.4
#> 5 6.0 GFDL-CM3 tas Alaska Akiak 2050 Annual 3.3
#> 6 6.0 GFDL-CM3 tas Alaska Akutan 2050 Annual 7.6
#> 7 6.0 GFDL-CM3 tas Alaska Alakanuk 2050 Annual 3.8
#> 8 6.0 GFDL-CM3 tas Alaska Alatna 2050 Annual -1.7
#> 9 6.0 GFDL-CM3 tas Alaska Aleknagik 2050 Annual 5.4
#> 10 6.0 GFDL-CM3 tas Alaska Aleut Village 2050 Annual 8.6
#> # ... with 3,857 more rows
The snapclim
package is essentially a data package. It provides a simplified and convenient interface in R enabling easy access to a large amount of SNAP climate data spread over multiple collections, stemming from different sources and existing for different purposes. It does not provide functionality for performing statistical analysis and graphing, which is provided by R in general. Useful stock functions pertaining specifically to analyzing SNAP data, including climate data accessed with snapclim
, are available in the snapstat
package (under development).
For more information on the climate probability distributions from which regional climate statistics are calculated, see the snapdist
package (under development) or SNAP’s Climate Analytics Shiny app for working examples.


--- layout: post title: 3 Ways of Biometric Authentication in Web Application | M2SYS Blog On Biometric Technology date: '2019-11-25T00:10:00.001+05:30' author: Sahil Rajput tags: modified_time: '2019-11-25T00:10:41.009+05:30' blogger_id: tag:blogger.com,1999:blog-5250005448924290719.post-6058253300073463962 blogger_orig_url: https://www.jaadujinn.ml/2019/11/3-ways-of-biometric-authentication-in.html ---


Menu
Topic 1
Topic 2
Topic 3
Help?
Menu
Task Board
Set Statuses
Filter
Updated Since
Created Since
Type
Cocktails
Cookies
Else
Status
Limit
×
Section 2
Section 3