Fields and methods of the jala.audio package.
Constructs a new jala.Mp3 wrapper and
parses the header data of the MP3 file.
The standard fields for a tag are accessible
as properties of the new object.
parameters
| String, File | file | The mp3 file to be parsed, either as path string or as any kind of file object |
methods
- getFile()
- createTag(tagClass, tagObject)
- getTag(tagClass)
- hasTag(tagClass)
- removeTag(tagClass)
- save(outFile)
- getSize()
- createV1Tag(tagObject)
- createV2Tag(tagObject)
- getV1Tag()
- getV2Tag()
- hasV1Tag()
- hasV2Tag()
- setMetadata(metadata)
Constructs a new Id3v1 tag from an Mp3 file
parameters
| jala.Mp3 | mp3File |
methods
- getAudio()
- copyFrom(src)
- getAlbum()
- getTitle()
- getGenre()
- getYear()
- getTextContent(id)
- setAlbum(album)
- setArtist(artist)
- setComment(comment)
- setTitle(title)
- setTrackNumber(trackNumber)
- setGenre(genre)
- setYear(year)
- setTextContent(id, value)
Constructs a new Id3v2 tag from an Mp3 file
parameters
| jala.Mp3 | mp3File |
methods
- getAudio()
- setTextEncoding(encType)
- copyFrom(src)
- getTextContent(id)
- setTextContent(id, value)
- getAlbum()
- getTitle()
- getGenre()
- getYear()
- getUrl()
- setAlbum(album)
- setArtist(artist)
- setComment(comment)
- setTitle(title)
- setSubtitle(title)
- setTrackNumber(trackNumber)
- setGenre(genre)
- setYear(year)
- setAuthor(author)
- setCopyright(copyright)
- setUrl(url, desc)
- getImage(pictureType)
- setImage(pictureType, mimeType, byteArray, desc)
Array defining valid genres in ID3v1
Array defining mp3 modes.
Array defining valid text encodings. Note: UTF-8 is valid for v2.4 only.
UTF-16 with BOM doesn't work with Winamp etc - use UTF-16BE instead!
The index position within the array defines the number used in the mp3 file.
Array defining valid picture types. Note: Most image tagged files come with
one picture of picture type null!
The index position within the array defines the number used in the mp3 file.
Methods
Returns a helma.File reference to the wrapped file.
Returns the underlying java object
This method creates a new tag object, attaches it
to the file (thereby replacing an existing tag of
this type) and returns it. Type is specified using
the class name in jala.Mp3.*. If a second
argument is provided, its values are copied into
the new tag.
parameters
| Object | tagClass | |
| Object | tagObject | optional tag whose standard properties are copied to the new tag. |
Returns a tag object, type is specified using the class name
in jala.Mp3.*.
parameters
| tagClass |
Tells if the file contains a certain tag, type is specified
using the class name in jala.Mp3.*
parameters
| tagClass |
Removes a tag from the file, type is specified using the
class name in jala.Mp3.*
parameters
| tagClass |
Writes changed metadata back to the source file or to a new file.
parameters
| String, helma.File | outFile | (optional) save the modified file to a different file |
returns
| true on success, false if the file contains tags that cannot be saved (Id3v2_2). |
The audio length of the file in seconds at best estimate
from the file info (method returns immediately).
This method calculates based on the bitrate. Therefore it
has to produce wrong results for files encoded with variable
bitrate (vbr). For these files parseDuration() can be used.
returns
| length in seconds |
see
Parses the audio file to extract the precise duration of the audio.
The upside is that it works fine for files with variable bitrates.
The downside is that this action may take a few seconds depending on
the size of the audio file.
returns
| length in seconds |
see
Returns the file size in bytes.
Returns the bit rate the file was encoded with.
Returns the channel mode the file was encoded with.
Returns the frequency the file was encoded with.
Returns true if the file is (or seems to be) encoded with
variable bit rate. FIXME: The current implementation returned
true for all test files.
If the file doesn't contain an ID3v1 tag, this method
creates a new ID3v1 tag object, attaches it to the file
and returns it. If a second argument is provided, its
values are copied into the new tag.
parameters
| Object | tagObject | optional tag whose standard properties are copied to the new tag. |
If the file doesn't contain an ID3v2 tag, this method
creates a new ID3v2 tag object, attaches it to the file
and returns it. If a second argument is provided, its
values are copied into the new tag.
parameters
| Object | tagObject | optional tag whose standard properties are copied to the new tag. |
Returns true if the file contains a ID3v1 tag.
Returns true if the file contains a ID3v2 tag.
Removes the ID3v1 tag from the file.
Removes the ID3v2 tag from the file.
Returns a plain JavaScript object containing the values of
all fields stored in either the Id3 V1 or V2 tag
returns
| An object containing the values of all fields |
Stores the metadata passed as argument in the ID2 v1 and v2 tags
of the wrapped MP3 file.
parameters
| Object | metadata | An object containing the fields to set and their values. |
Returns the wrapper for the underlying audio file.
Returns the java representation of the tag,
class depends on the actual library used.
Copies standard fields from another tag.
parameters
| Object | src | object with getter methods for fields album, artist, comment, title, trackNumber, genre and year. |
Returns the album information of the tag.
returns
| string containing album name |
Returns the artist information of the tag.
returns
| string containing artist name |
Returns the comment information of the tag.
returns
| string containing comment |
Returns the title information of the tag.
returns
| string containing title |
Returns the track number information of the tag.
returns
| string representing track number or null if tag doesn't contain a track number. |
Returns the genre information of the tag.
returns
| string containing genre name |
This method could be used to retrieve an arbitrary field
of the underlying tag. For Id3v1 tags all information
is available through getter and setter methods, so this
implementation always returns null.
parameters
| String | id |
returns
| null |
Sets the track number information.
parameters
| Number | trackNumber |
Sets the genre information. A list of genre names that are valid
for ID3v1 tags is located in jala.Mp3.GENRES.
parameters
| String | genre |
This method could be used to set an arbitrary field
of the underlying tag. For Id3v1 tags all information
is available through getter and setter methods, so this
implementation does nothing.
parameters
| String | id | |
| String | value |
Returns the wrapper for the underlying audio file.
returns the java representation of the tag,
class depends on the actual library used.
Removes the tag from the audio file and
nulls out the wrapper.
sets the text encoding used when creating new frames
(the encoding type of old frames can't be changed with
JavaMusicTag)
parameters
| Number, String | encType | the new encoding type as number or string |
see
Returns the text encoding used when setting values.
returns
| The text encoding |
Copies standard fields from another tag.
parameters
| Object | src | object with getter methods for fields album, artist, comment, title, trackNumber, genre and year. |
This method can be used to retrieve an arbitrary text frame
of the underlying tag. For the list of valid identifiers
and their meaning see http://www.id3.org/
The identifiers vary across the sub versions of id3v2 tags,
use getSubtype to make sure you use the correct version.
parameters
| String | id | Frame identifier according to Id3v2 specification or shortcut as defined in jala.Mp3.FIELD_MAPPING. |
returns
| String contained in the frame |
see
This method can be used to set an arbitrary field
of the underlying tag. For the list of valid identifiers
and their meaning see http://www.id3.org/
The identifiers vary across the sub versions of id3v2 tags,
use getSubtype to make sure you use the correct version.
parameters
| String | id | Frame identifier according to Id3v2 specification |
| String | value |
see
Returns the version number of this id3v2 (values 2 to 4 for id3v2.2 to id3v2.4)
returns
| The version number of this Id3v2 tag |
Returns the album information of the tag.
returns
| string containing album name |
Returns the artist information of the tag.
returns
| string containing artist name |
Returns the comment information of the tag.
returns
| string containing comment |
Returns the title information of the tag.
returns
| string containing title |
Returns the subtitle information of the tag.
returns
| string containing subtitle |
Returns the track number information of the tag.
returns
| string representing track number |
Returns the genre information of the tag.
returns
| string containing genre name |
Returns the author information of the tag.
returns
| string containing author information |
Returns the copyright information of the tag.
returns
| The copyright information of the tag |
Sets the track number information.
parameters
| Number | trackNumber |
Sets the genre information. A list of genre names that are compatible
with ID3v1 tags is located in jala.Mp3.GENRES.
parameters
| String | genre |
Sets the author information in this tag
parameters
| String | author | The author information to set |
Sets the copyright information in this tag
parameters
| String | copyright | The copyright information to set |
Stores the Url passed as argument in this tag.
parameters
| String | url | The url to store in this tag |
| String | desc | An optiona description of the Url |
Extracts the image from the tag
parameters
| String | pictureType | number describing picture type (default is 3, describing a front cover). |
returns
| image as mime object |
adds an image to the file.
parameters
| Number | pictureType | number determining picture type |
| String | mimeType | mime type of image |
| Array | byteArray | image binary data |
| String | desc | optional description |
see


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By default, pyglet calls glGetError after every GL function call (except where such a check would be invalid). If an error is reported, pyglet raises GLException with the result of gluErrorString as the message.
This is very handy during development, as it catches common coding errors early on. However, it has a significant impact on performance, and is disabled when python is run with the -O option.
You can also disable this error check by setting the following option before importing pyglet.gl or pyglet.window:
# Disable error checking for increased performance pyglet.options['debug_gl'] = False from pyglet.gl import *
Setting the option after importing pyglet.gl will have no effect. Once disabled, there is no error-checking overhead in each GL call.


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Typography
Block and Inline Elements
Paragraph. Lorem ipsum dolor sit amet, consectetur adipiscing elit. Praesent placerat velit lorem, feugiat congue lacus laoreet quis. Praesent maximus ex nec justo iaculis, in euismod eros dictum. Cras ac lorem sit amet purus malesuada blandit. Mauris gravida augue non urna sodales porttitor. Etiam ullamcorper luctus ullamcorper. In lobortis consequat ante.
This is a paragraph with multiple inline elements. The span is not styled,
but you may have some links with the a tag; also you can
add emphasis with em or also with i; Highlight the words by
using strong or just bring attention with the b tag; of course,
you can strikethrough text (or the deprecated tag in HTML5
strike), and the <u>
tag now stands for
unarticullated-text instead of underline; abbreviations are great, as you may have
TMA; inline code
is cool too;
You can also add line breask with br...
Highlight text with mark or display a Key. You can also have
inline quotes with q
, or results from an operation with samp or a
variable, or an , also there's small text, text
withsuperscript, or text withsubscript... not to mention you can
have time too. For example, this paragraph was originally written in .
Not to forget about definitions! Also del was deleted and
ins was inserted.
Alvaro Montoro wrote this document.Integer viverra elit sed tincidunt dignissim. Donec luctus malesuada posuere. Sed pulvinar pulvinar augue. Aenean id ligula justo. Curabitur egestas sed augue vel vulputate. Ut tempor sem sit amet diam molestie, id tincidunt lorem vulputate. Duis eu consectetur turpis, sit amet lobortis magna.
Fancy links
Some links may be special depending on their href or their rel:
Link to<EMAIL_ADDRESS>Link to a number (call)
Link to a number (message)
Link to a file
Link to download a file
Link to an external site
Link to bookmark
Those special links will work inline too! Email me! or see an Link to an external site.
Headings
Heading Level 1
Heading Level 2
Heading Level 3
Heading Level 4
Heading Level 5
Heading Level 6
Heading level 2 within hgroup
Heading level 3 within hgroup
Lists
- Unordered list item 1
-
Unordered list item 2
- Unordered list sub-item 1
- Unordered list sub-item 2
- Unordered list item 3
- Unordered list item 4
- Ordered list item 1
-
Ordered list item 2
- Ordered list sub-item 1
- Ordered list sub-item 2
- Ordered list item 3
- Ordered list item 4
Form & Controls
Inputs & Textareas
Input States
Buttons
Button with button tag
Disabled button
Radios & Checkboxes
Elements in-line
Other HTML Elements
Table
| Column 1 | Column 2 | Column 3 | Column 4 |
|---|---|---|---|
| Row 1 Value 1 | Row 1 Value 2 | Row 1 Value 3 | Row 1 Value 4 |
| Row 2 Value 1 | Row 2 Value 2 | Row 2 Value 3 | Row 2 Value 4 |
| Row 3 Value 1 | Row 3 Value 2 | Row 3 Value 3 | Row 3 Value 4 |
| Total 1 | Total 2 | Total 3 | Total 4 |
Horizontal Rule
Images
Img
Figure & Figcaption
SVG
Details
Details/Summary example
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Praesent placerat velit lorem, feugiat congue lacus laoreet quis. Praesent maximus ex nec justo iaculis, in euismod eros dictum. Cras ac lorem sit amet purus malesuada blandit. Mauris gravida augue non urna sodales porttitor. Etiam ullamcorper luctus ullamcorper. In lobortis consequat ante.
Stacked details ("Accordion style")
Accordion 1
Lorem ipsum dolor sit amet, consectetur adipiscing elit.
Accordion 2
Praesent placerat velit lorem, feugiat congue lacus laoreet quis.
Accordion 3
Praesent maximus ex nec justo iaculis, in euismod eros dictum.
Dialog
Progress
Definition Lists
- Term 1
- Definition for term 1.
- Term 2
- Definition for term 2.
- Term 3
- Definition for term 3.
Pre
This is a test using pre with different indentations
Pre with Code
#include <stdio.h>
// this is a line with really long text to show that now the gray background goes all the way, instead of limiting to the wisth of the main.
int main(void) {
printf("Hello World");
return 0;
}
Multimedia
Audio
Audio credit: "Notification Sound" by SoundsForYou on Pixabay
Video
Video credit: "Hearbeat" by conolan on Pixabay
Widgets
An accessible collection of class-less widgets, based on attributes and roles. Widgets are not available in the lite version of the library.
Progress bar
To create a circular progress bar, add role="progressbar"
to an HTML element. Also,
inline add a CSS variable with the target value: style="--value: 66"
.
To make it more accessible, add some ARIA attributes:
aria-valuenow
: The value of the progress bar.aria-valuemin
: The minimum value of the progress bar.aria-valuemax
: The maximum value of the progress bar.
You can specify how the thickness of the progress bar by setting the --thickness
custom property to one of these values: var(--thick)
, var(--medium)
(default),
or var(--thin)
.


This section describes known problems in Ninf-G Version 5.0.0.
If construction and destruction of a function/object handle is repeated many times using Invoke Server GT2c, an error may be occurred on Tru64 UNIX.
This problem is due to the bug of the GT 4 ( Bug# 4336).
Initializing Function/Object handles using Invoke Server GT4py for WS GRAM does not work correctly on Solaris.
This problem is due to the bug of GT 4 ( Bug# 4275) and fixed after the release of GT 4.0.6.
Java WS container causes "OutOfMemoryError" and outputs the following message when it receives many simultaneous requests for RPC.
: ERROR container.ServiceThread [ServiceThread-11599,run:306] Run out of heap (server level) java.lang.OutOfMemoryError ERROR container.ServiceThread [ServiceThread-11551,doFault:701] Run out of memory (application level) java.lang.OutOfMemoryError :
In order to avoid this problem, increase the maximum heap size of
the JVM when running the container.
It is described in the documentation of
"GT 4.0: Java WS Core" ,
"4.1.2. Recommended JVM settings for the Java WS Core container".
When the job is invoked by the function for initializing an array of function/object handles(grpc_function_array_handle_np() etc.) and Invoke Server NAREGISS is used, Invoke Server NAREGISS does not notify this job to be done. Thus, Ninf-G Client keeps waiting the job to be done on destructing these handles.
This problem can be avoided by specifying "job_stopTimeout" attribute in <SERVER> section of client configuration file to 0.
When the job is invoked by the function for initializing an array of function/object handles(grpc_function_array_handle_np() etc.) and Invoke Server NAREGISS is used, environment variable TMPDIR in the Ninf-G Executable may be set to directory which does not exist. Thus, Ninf-G Executable may not be able to create temporary files.
This problem can be avoided by specifying "tmp_dir" attribute in Ninf-G Executable configuration file.
It has been confirmed that Invoke Server SSH does not work with the following SSH.
This SSH is not available in both local host and remote host.
grpc_get_info_np() returns incorrect CPU time if Ninf-G is built with pthread flavor on Solaris and Linux which use not NPTL but linuxthreads.
Ninf-G Client does not terminate if _exit() is called in a signal handler. This problem occurs if Ninf-G Client is built with pthread flavor on Linux which uses not NPTL but linuxthreads.
If the version of Linux kernel is 2.6 or later, thread library is usually NPTL and should not cause this problem.
For glibc 2.3.2 or later, you can use getconf command to confirm the name of the thread library.
% getconf GNU_LIBPTHREAD_VERSION
linuxthreads-0.10
Otherwise, the following command prints the name of the thread library.
% `ldd /bin/ls | grep 'libc.so' | awk '{print $3}'` |\
egrep -i 'nptl|threads'
ng_gen command generates C source files for stub programs from IDL. Prior to generating the C source files, the IDL file is processed by C pre-processor (CPP). CPP command is detected when the Ninf-G is configured.
PGI compiler may generate illegal C source files when it is used as CPP. Here is an example.
Before CPP(Unexpected space characters are included before and after the period.)Globals { #include <stdio.h> }
After CPPGlobals { # include < stdio . h > }
There are 2 ways to avoid this problem.
--no-cpp
or --with-cpp
option
when executing ng_gen.
ng_gen has options to skip CPP or to change CPP.
% ng_gen --no-cpp target.idl
--no-cpp
option skips pre-processing and it is effective only
when the pre-processor macros are not used in the IDL file.
% ng_gen --with-cpp="gcc -xc -E" target.idl
--with-cpp
option specifies CPP command.
In this example, macros in the IDL file are expanded by GCC
pre-processor, but pre-processing and compilation of stub
programs are performed by PGI compiler.
For quotation of the file name, use double-quotes ("stdio.h") instead of less-than and greater-than (<stdio.h>).
On AIX 5.2, Python does not work correctly due to a bug of Python. Ninf-G provides a patch for this bug and it is included in ng-5.x.x/external/python_aix_patch directory in the Ninf-G package. See README in the directory for more details.
Invoke Server GT4py will exit immediately if /usr/bin/python is used on Mac OS X. This problem can be avoided by using python 2.4.2 built from source bundle.
Assembler may detect warnings when optimization is enabled with GCC Version
3.2.2 or prior on Itanium2.
The warning message is as follows:
cc -Wall -O2 <snip> -c -o ngclSession.o ngclSession.c /tmp/ccMDS56n.s: Assembler messages: /tmp/ccMDS56n.s:10125: Warning: Use of 'mov' may violate WAW dependency 'GR%, %in 1 - 127' (impliedf), specific resource number is 14 /tmp/ccMDS56n.s:10124: Warning: This is the location of the conflicting usage /tmp/ccMDS56n.s:10396: Warning: Use of 'mov' may violate WAW dependency 'GR%, %in 1 - 127' (impliedf), specific resource number is 14 /tmp/ccMDS56n.s:10395: Warning: This is the location of the conflicting usage cc -Wall -O2 <snip> -c -o ngStream.o ngStream.c /tmp/cc35sx1T.s: Assembler messages: /tmp/cc35sx1T.s:2893: Warning: Use of 'mov' may violate WAW dependency 'GR%, %in 1 - 127' (impliedf), specific resource number is 14 /tmp/cc35sx1T.s:2892: Warning: This is the location of the conflicting usageThis problem is reported to GCC bugzilla.
On Windows, ServerSocket sometimes fails to accept requests
for connection from Ninf-G Executables
if it receives many (about 10 or more) requests at the same time.
This should be an Windows-specific problem since it does not appear on
Linux or Solaris.
Use Linux or Solaris for large-scale applications.
dcomplex variables is not available if gcc-2.96 is used on IA64
platform.
Although compilation of Ninf-G Client program will be succeed, the Ninf-G
client program will be terminated with an error.
In order to avoid this problem, other version of gcc should be used.
No version compatibility problem.
No other problem.


Before Change
elif isinstance(prev_layer, tf.Tensor):
raise Exception("Please use InputLayer to convert Tensor/Placeholder to TL layer")
elif prev_layer is not None:
raise Exception("Unknown layer type %s" % type(prev_layer))
def print_params(self, details=True, session=None):
Print all info of parameters in the network
for i, p in enumerate(self.all_params):
After Change
elif prev_layer is not None: // tl.models
self.all_layers = list(prev_layer.all_layers)
self.all_params = list(prev_layer.all_params)
self.all_drop = dict(prev_layer.all_drop)
// raise Exception("Unknown layer type %s" % type(prev_layer))
def print_params(self, details=True, session=None):
Print all info of parameters in the network


Mahila court awards life imprisonment to old man
by Special CorrespondentRamanathapuram
The Fast Track Mahila Court has awarded life imprisonment to a 60-year-old man after convicting him on charges of murdering his wife, suspecting her fidelity.
Holding that the prosecution has proved the case beyond reasonable doubt, Mahila Court Judge T. Bhagavathiammal on Monday, convicted the accused I. Karthaikaisamy, 60, under sections 302, 324, 309 and 506 (ii) of Indian Penal Code (IPC).
The judge also imposed fine of ₹ 1,000 on the accused, failing which, he should undergo imprisonment for three more months. She ordered that the sentences would go concurrently.
The prosecution case was that the accused who frequently quarrelled with her wife – Meenakshi alias Chinnaponnu, 50, suspecting her fidelity, hacked her to death on January 20, 2018 after a wordy duel at his home in Karikoottam.
After keeping the body in the house for the whole night, he attempted to commit suicide when police intervened and rescued him.
The Kenikarai police had registered a case and filed charge-sheet after investigation. The accused, presented in the court, was arrested by the police and taken to Madurai Central prison, police said.


Predictive analytics in Soil Health Data.
Predictive Analytics in Agricultural Soil Health Data to predict the best fitting crop and Fertilizers required for particular soil sample. I got the dataset of farmers for states Karnataka and Andhra Pradesh through the dataverse.icrisat.org which is legal activity. The data is processed well using various data mining techniques like Cleaning, Integration, Selection, Transformation and Feature Extraction well precisely. DNN model is designed using Keras for multi class classification problem with a distinct crop types and trained on processed data separately for both states. Model is optimised by trying different combinations of Neurons in each layers of the DNN model, by setting best Optimizer like adam and SGD, using softmax activation function, Minimizing Loss of Loss function, and Validating over accuracy metrics like accuracy score.
{% endblock %}


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Droneshare has detected parameters that are outside of the recommended
range. The suspect values are marked in red - you should check on DIY Drones to figure out if you
are doing a bad thing.
| ID |
Value |
Documentation |
| {{r.id}} |
{{r.value}} |
{{r.value}} |
{{r.doc}} |


Delayed deployment of materials to PUs in Lokoja
by Josiah OluwoleThere is a widespread delayed deployment of electoral materials from the various RACs to PU in Lokoja LGA.
The issue has been blamed on the reporting of security officials to the RACs behind schedule.
At the Crowther Memorial College, in Lokoja, policemen were only deployed to the centre well after Rapp a.m.
Also at Kabawa Open Space RAC some policemen reported late to the centre, hampering deployment.
An INEC official confirmed to PREMIUM TIMES that the deployment of security personnel was coming late because some of them came behind schedule.
He said he was making efforts to ensure the policemen got to their locations as soon as possible.
As at 8 a.m. there were signs that the polling unit 003 at Kabawa would not start as scheduled.
An official said the materials were not complete.
He specifically mentioned that the liquid gums provided were insufficient and efforts were being made to provide more.


--- layout: post status: publish published: true title: NLDS Cubs vs Cardinals Game 1 Preview - Episode 7.60 author: display_name: Corey Fineran login: Corey email<EMAIL_ADDRESS>url: '' author_login: Corey author_email<EMAIL_ADDRESS>wordpress_id: 11511 wordpress_url: http://ivyenvy.com/?p=11511 date: '2015-10-08 21:52:34 +0000' date_gmt: '2015-10-09 02:52:34 +0000' categories: - Podcast tags: - Cardinals - NLDS comments: [] ---
On this, the 356th episode of The Ivy Envy Podcast, we're previewing the Cubs vs. Cardinals NLDS series, specifically Game #1. We look at the starters and how the opposing teams have done off those starters.
We discuss (for the lack of a better term) the keys to the game for the Cubs to be successful in this game. We share our predictions on the first game and on the NLDS as a whole.


PATCHES IS DESIGNED FOR THE SIMPLE, COLLECTIVE INDIVIDUAL. FOR THE PERSON WHO WANTS TO STEP AWAY FROM THE NORMAL, EVERYDAY ROUTINE. THE ONES WHO SEE THEMSELVES AS TRENDSETTERS.  DESIGNED FOR THOSE CREATIVE INDIVIDUALS WHO ARE INDEPENDENT. WE THRIVE ON BEING LOOKED UPON AS THE ROLLING ELITE. A COLLECTIVE GROUP OF PEOPLE WHO SAY NO TO CONFORMITY. OUR COMFORTABLE, YET SOPHISTICATED BRAND IS HOW WE IDENTIFY WITH THE OUTSIDE WORLD. PATCHES IS HOW BRAND SEEKERS IDENTIFY WITH US.


The Epidemic Type Aftershock Sequence (ETAS) model is one of the best-performing methods for modeling and forecasting earthquake occurrences. This package implements Bayesian estimation routines to draw samples from the full posterior distribution of the model parameters, given an earthquake catalog. The paper on which this package is based is Gordon J. Ross - Bayesian Estimation of the ETAS Model for Earthquake Occurrences (2016), available from the below URL.
| Version: | 1.0.3 |
| Depends: | R (≥ 2.15.0) |
| Published: | 2017-01-17 |
| Author: | Gordon J. Ross |
| Maintainer: | Gordon J. Ross <gordon at gordonjross.co.uk> |
| License: | GPL-3 |
| URL: | http://www.gordonjross.co.uk/bayesianetas.pdf |
| NeedsCompilation: | yes |
| CRAN checks: | bayesianETAS results |
| Reference manual: | bayesianETAS.pdf |
| Package source: | bayesianETAS_1.0.3.tar.gz |
| Windows binaries: | r-devel: bayesianETAS_1.0.3.zip, r-release: bayesianETAS_1.0.3.zip, r-oldrel: bayesianETAS_1.0.3.zip |
| OS X binaries: | r-release: bayesianETAS_1.0.3.tgz, r-oldrel: bayesianETAS_1.0.3.tgz |
| Old sources: | bayesianETAS archive |
Please use the canonical form https://CRAN.R-project.org/package=bayesianETAS to link to this page.


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{% load staticfiles %}
Student Steminar is a free online platform for students to create a long-lasting relationship with a mentor while exploring their interests outside of school.
Find Out MoreAll our mentors are high school to college age!
All mentors are hand chosen because they exhibit a passion for educating others!
We update our lessons to keep things fresh.
Student Steminar is a non-profit and we do not charge our users!
Want to volunteer as a mentor? Have burning questions? Awesome! Send us an email and we will get back to you as soon as possible!


Hey folks! This is a page that has been created in order to clearly state and explain what we consider to be spoilers regarding new living story content and expansions in our guild chat. This is our policy. It has been set in place and is expected to be adhered to and respected. Our guild chat is not your battleground to debate our policies. Please respect your fellow guild members and leadership by properly voicing your concerns: please speak to Moon or an officer, or email<EMAIL_ADDRESS>in order to voice your thoughts.
We understand that there are diverse perspectives about spoilers in the [SAND] community. Spoilers have been a contentious subject for us. The responsibility of our leadership is to balance out the pros and cons and to make it as fair and comfortable as possible for not just one, but everyone in our SANDie home. We have an active Discord with a Spoilers tab; it is the third text channel, right underneath "random." We implore members to make use of this channel, the private voice channels, and squad/party/whisper chat in-game. If you have not been in Discord yet, please let Moon or an officer know, and they will get you a link and change your role to [SAND] as soon as they can!


A cloud application that enables you to modify, view and update your GIT reprositories without installing a single thing on your local machine. This application is ideal for command line applications


IGF Help Pages
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{% extends "base_generic.html" %} {% load i18n %} {% get_current_language as LANGUAGE_CODE %} {% block content %} {% if validlink %}
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{% endif %} {% endblock %}


| Comment | Description | Designator | value | Footprint | LibRef | Quantity |
| Cap2 | C1, C5, C9, C13 | 100uf | C5X11 | Cap2 | 4 | |
| Cap | C2, C6, C10, C14 | 10uf | C1206 | Cap | 4 | |
| Cap | C3, C4, C7, C8, C11, C12, C15, C16, C17, C18, C19, C20, C21, C22, C23, C24, C25, C26, C27, C28, C29, C30, C31, C32, C33, C34, C35, C36, C37, C38, C39, C40, C41, C42, C43 | 0.1uf, 10uf | C0805 | Cap | 35 | |
| Res | F1 |<EMAIL_ADDRESS>| R1206 | Res | 1 | |
| DC3-10P | J1 | DC3-10P | DC3-10P | 1 | ||
| SDCARD-MICRO | Micro SD卡座 | J2 | SDCARD-MICRO | SDCARD-MICRO | 1 | |
| SMA | J3, J4, J5, J6, J7, J8, J9, J10 | SMA-1 | SMA | 8 | ||
| 轻触开关 | K1 | Button-SMT-Small | Button | 1 | ||
| LED | LED1, LED2, LED3, LED4, LED5, LED6, LED7, LED8, LED9, LED10 | LED1206 | LED | 10 | ||
| Logo Carrot Inside | LOGO1 | LOGO-carrot-inside | Logo Carrot Inside | 1 | ||
| M3 | M1, M2, M3, M4 | M3-3.2X5 | M3 | 4 | ||
| DC-005 | P1 | DC-005 | DC-005 | 1 | ||
| Header 10X2 | Header, 10-Pin, Dual row | P2, P3 | HDR2X10 | Header 10X2 | 2 | |
| Header 5 | Header, 5-Pin | P4 | HDR1X5 | Header 5 | 1 | |
| Res | R1, R2, R3, R4, R5, R6, R7, R8, R9, R10, R11, R12, R13, R14, R15, R16 | NC, 1K, 10K, 22R, 51R, 33R, NC/10K | R0805 | Res | 16 | |
| Res Array | 贴片排阻 | RN1, RN2, RN3, RN4, RN5 | 10K, 1K | RA0603 | Res Array 2 | 5 |
| TestPoint | 测试点 | TP1-3V3, TP2-2V5, TP3-1V2, TP4-VCC, TP5-VIN | TestPoint-R20 | TestPoint | 5 | |
| EP4CE6E22C8N | Cyclone IV Family FPGA, 1.2V Core, 91 I/O Pins, 2 PLLs, 144-Pin QFP, Speed Grade 8, Commercial Grade, Pb-Free | U1 | EP4CE6E22C8N-EQFP144+ | EP4CE6E22C8N | 1 | |
| L7805 | U2 | L7805-TO252 | L7805 | 1 | ||
| CH340C | USB 转串口芯片 | U3 | CH340C-SOP16 | CH340C | 1 | |
| AMS1117-3V3 | U4 | AMS1117-SOT223 | AMS1117 | 1 | ||
| AMS1117-2V5 | U5 | AMS1117-SOT223 | AMS1117 | 1 | ||
| AMS1117-1V2 | U6 | AMS1117-SOT223 | AMS1117 | 1 | ||
| BAT54S | U7, U8, U9, U10 | BAT54S-SOT23 | BAT54S | 4 | ||
| W25Q64 | 64M-BIT SERIAL FLASH MEMORY WITH DUAL, QUAD SPI | U11 | W25Q64-SOIC8 | W25Q64 | 1 | |
| W9825G6 | 4 M * 4 BANKS * 16 BITS SDRAM | U12 | W9825G6-TSOP54 | W9825G6 | 1 | |
| MINI USB | USB1 | USB-Mini-SMT | USB | 1 | ||
| XTAL | 有源晶振 | Y1 | 50.000M | XTAL-3225 | XTAL2 | 1 |


Uses of Package
net.sf.jasperreports.renderers
-
Packages that use net.sf.jasperreports.renderers Package Description net.sf.jasperreports.charts.util Contains utility classes for complex chart customization.net.sf.jasperreports.components.barbecue Contains classes for the built-in Barbecue component.net.sf.jasperreports.components.barcode4j Contains classes for the built-in Barcode4J component.net.sf.jasperreports.components.list Contains classes for the built-in List component.net.sf.jasperreports.components.spiderchart Contains classes for the built-in Spider Chart component.net.sf.jasperreports.engine Provides access to the library's main functionality through facade classes for compiling, filling and exporting reports and also publishes the library's main interfaces and classes.net.sf.jasperreports.engine.base Contains base implementations for the library's main interfaces.net.sf.jasperreports.engine.export Provides utility classes for exporting reports to various popular formats such as PDF, HTML, RTF, CSV, Excel, DOCX, PPTX, ODT, ODS, XML, Text, etc.net.sf.jasperreports.engine.export.draw Contains classes for drawing elements at export time.net.sf.jasperreports.engine.export.oasis Provides utility classes for exporting reports to Open Document Format, such as ODT and ODS.net.sf.jasperreports.engine.export.ooxml Provides utility classes for exporting reports to Office Open XML Format, such as DOCX, XLSX and PPTX.net.sf.jasperreports.engine.fill Contains fill time implementations for the library's main interfaces and the entire engine used in the filling process (the actual core of JasperReports).net.sf.jasperreports.engine.util Contains utility classes for the core library.net.sf.jasperreports.j2ee.servlets Provides support for built-in JasperReports servlets.net.sf.jasperreports.renderers Contains image renderer implementations.net.sf.jasperreports.renderers.util Contains utility classes for working with image renderers.net.sf.jasperreports.swing Provides support for JasperReports viewer feature.net.sf.jasperreports.web.util Contains utility classes for web applications. -
Classes in net.sf.jasperreports.renderers used by net.sf.jasperreports.charts.util Class Description AbstractRenderer AreaHyperlinksRenderable Image renderer able to produce image maps.DimensionRenderable This interface is implemented by renderable objects that want to provide a dimention for the graphics they render, usually by also implementing theGraphics2DRenderable
interface.Graphics2DRenderable This interface has a method calledGraphics2DRenderable.render(JasperReportsContext, Graphics2D, Rectangle2D)
, which gets called by the engine each time it needs to draw the image on a given device or graphic context.Renderable Provides functionality for image rendering. -
Classes in net.sf.jasperreports.renderers used by net.sf.jasperreports.components.barbecue Class Description AbstractRenderer DimensionRenderable This interface is implemented by renderable objects that want to provide a dimention for the graphics they render, usually by also implementing theGraphics2DRenderable
interface.Graphics2DRenderable This interface has a method calledGraphics2DRenderable.render(JasperReportsContext, Graphics2D, Rectangle2D)
, which gets called by the engine each time it needs to draw the image on a given device or graphic context.Renderable Provides functionality for image rendering. -
Classes in net.sf.jasperreports.renderers used by net.sf.jasperreports.components.barcode4j Class Description Renderable Provides functionality for image rendering. -
Classes in net.sf.jasperreports.renderers used by net.sf.jasperreports.components.list Class Description AbstractRenderer Graphics2DRenderable This interface has a method calledGraphics2DRenderable.render(JasperReportsContext, Graphics2D, Rectangle2D)
, which gets called by the engine each time it needs to draw the image on a given device or graphic context.Renderable Provides functionality for image rendering. -
Classes in net.sf.jasperreports.renderers used by net.sf.jasperreports.components.spiderchart Class Description Renderable Provides functionality for image rendering. -
Classes in net.sf.jasperreports.renderers used by net.sf.jasperreports.engine Class Description AreaHyperlinksRenderable Image renderer able to produce image maps.DataRenderable TheDataRenderable
interface has a method calledDataRenderable.getData(JasperReportsContext)
, which gets called by the engine each time it needs the actual image data either to embed it directly into the exported documents, or to use it to draw the image or the graphic onto a device or graphic context.DimensionRenderable This interface is implemented by renderable objects that want to provide a dimention for the graphics they render, usually by also implementing theGraphics2DRenderable
interface.Graphics2DRenderable This interface has a method calledGraphics2DRenderable.render(JasperReportsContext, Graphics2D, Rectangle2D)
, which gets called by the engine each time it needs to draw the image on a given device or graphic context.Renderable Provides functionality for image rendering.RenderersCache RenderToImageAwareRenderable This interface should be implemented by renderable object which want to benefit from better resolution and control the way the graphic context is created when they are converted to image data, during export to certain document formats. -
Classes in net.sf.jasperreports.renderers used by net.sf.jasperreports.engine.base Class Description Renderable Provides functionality for image rendering. -
Classes in net.sf.jasperreports.renderers used by net.sf.jasperreports.engine.export Class Description RenderersCache -
Classes in net.sf.jasperreports.renderers used by net.sf.jasperreports.engine.export.draw Class Description RenderersCache -
Classes in net.sf.jasperreports.renderers used by net.sf.jasperreports.engine.export.oasis Class Description Renderable Provides functionality for image rendering.RenderersCache -
Classes in net.sf.jasperreports.renderers used by net.sf.jasperreports.engine.export.ooxml Class Description RenderersCache -
Classes in net.sf.jasperreports.renderers used by net.sf.jasperreports.engine.fill Class Description Renderable Provides functionality for image rendering.RenderersCache -
Classes in net.sf.jasperreports.renderers used by net.sf.jasperreports.engine.util Class Description AreaHyperlinksRenderable Image renderer able to produce image maps.Renderable Provides functionality for image rendering. -
Classes in net.sf.jasperreports.renderers used by net.sf.jasperreports.j2ee.servlets Class Description Renderable Provides functionality for image rendering. -
Classes in net.sf.jasperreports.renderers used by net.sf.jasperreports.renderers Class Description AbstractRenderer AbstractRenderToImageAwareRenderer AbstractRenderToImageDataRenderer AbstractSvgDataToGraphics2DRenderer SVG renderer implementation based on Batik.AreaHyperlinksRenderable Image renderer able to produce image maps.BatikFontFamilyResolver BatikRenderer Deprecated.Replaced byResourceRenderer
andDataRenderable
.DataRenderable TheDataRenderable
interface has a method calledDataRenderable.getData(JasperReportsContext)
, which gets called by the engine each time it needs the actual image data either to embed it directly into the exported documents, or to use it to draw the image or the graphic onto a device or graphic context.DimensionRenderable This interface is implemented by renderable objects that want to provide a dimention for the graphics they render, usually by also implementing theGraphics2DRenderable
interface.Graphics2DRenderable This interface has a method calledGraphics2DRenderable.render(JasperReportsContext, Graphics2D, Rectangle2D)
, which gets called by the engine each time it needs to draw the image on a given device or graphic context.Renderable Provides functionality for image rendering.RenderToImageAwareRenderable This interface should be implemented by renderable object which want to benefit from better resolution and control the way the graphic context is created when they are converted to image data, during export to certain document formats.ResourceRenderer SimpleDataRenderer The is a default implementation for theDataRenderable
interface that wraps images that come from files or binary image data in JPG, GIF, or PNG format.SimpleRenderToImageAwareDataRenderer This class a renderable implementation for wrapping SVG data. -
Classes in net.sf.jasperreports.renderers used by net.sf.jasperreports.renderers.util Class Description DataRenderable TheDataRenderable
interface has a method calledDataRenderable.getData(JasperReportsContext)
, which gets called by the engine each time it needs the actual image data either to embed it directly into the exported documents, or to use it to draw the image or the graphic onto a device or graphic context.Renderable Provides functionality for image rendering.RenderersCache -
Classes in net.sf.jasperreports.renderers used by net.sf.jasperreports.swing Class Description AreaHyperlinksRenderable Image renderer able to produce image maps.RenderersCache -
Classes in net.sf.jasperreports.renderers used by net.sf.jasperreports.web.util Class Description Renderable Provides functionality for image rendering.


Pro_Pack : tools : anim_binder¶
ProPack anim_binder module is the replacement of the original AnimationBinder module which was done back in 2011 for the Autodesk MasterClass support files. This deals with creating the BND binder files themselves.
>>> # import statement for the module via the r9pro decompiler
>>> from Red9.pro_pack import r9pro
>>> r9anim_binder = r9pro.r9import('r9anim_binder')
Base Animation Binder with little or no other code benefits other than UI based system calls
Main Classes
-
anim_binder_ui
()¶
-
get_bind_nodes
(rootNode=None)¶ From selected root find all BindNodes via the marker attribute ‘BindNode’ Note we’re not casting to PyNodes here for speed here
-
get_bound_controls
(rootNode=None)¶ From selected root find all BoundControllers via the marker attribute ‘BoundCtr’ Note we’re not casting to PyNodes here for speed here
-
bake_binder_data
(rootNode=None, debugView=False, ignoreInFilter=[])¶ From a given Root Node search all children for the ‘BoundCtr’ attr marker. If none were found then search for the BindNode attr and use the message links to walk to the matching Controller. Those found are then baked out and the marker attribute is deleted
-
match_given_hierarchys
(source, dest)¶ Simple node name matching that strips any DAG path and namespaces prior to matching
-
bind_skeletons
(source, dest, method='connect', manage_scales=False, verbose=False, unlock=False, bindroot=True, bindroot_inc=False, **kws)¶ From 2 given root joints search through each hierarchy for child joints, match them based on node name, then connect their transform channels trans/rots directly, or parentConstrain them depending on the method flag.
Parameters: - source – root of the source skeleton
- dest – root of the destination skeleton
- method – the method used for the connection, either ‘connect’ or ‘constrain’
- manage_scales – bool, do we also look at binding jnt scales where applicable, this only runs if the source jnt has incoming scale connections which would then be propagated via a scaleConstrain
- unlock – if True force unlock the required transform attrs on the destination skeleton first
- bindroot – if True (default) we set a parentConstraint between the source and dest rootJoint, else they remain unbound
- bindroot_inc – if bindroot=True then this is ignored. This flag forces the 2 root jnts into the main bind loop, they’re ignored by default if the bindroot flag is on as that forces a parentConstraint between them.
-
make_stabilized_node
(nodeName=None, centered=True)¶ Very simple proc to generate a Stabilized node for raw MoCap tracking purposes… First selected node is used as the Aim axis, second selected is used as this aim’s worldUp
-
add_mrig_skeleton_wire
(mRig=None)¶ find the current MetaRig node in the scene and bind the HIK_BND wire from it to the selected skeleton root. IF the skeleton has a HIK definition then we bind directly to its ‘HIKCharacterNode’ instead.
-
add_bind_markers
(ctrls=None, *args)¶ add the bind markers to nodes, these dictate what gets baked
-
removeBindMarker
(ctrls=None, *args)¶ remove the bind markers from nodes, these dictate what gets baked
-
conform_skeletons
(srcRoot, destRoot, incTrans=False)¶ align a source and destination skeleton
Parameters: - srcRoot – master skeleton root joint
- destRoot – slave skeleton root that will be conformed
- incTrans – do we also snap the nodes translates?
-
class
Bindsettings
¶ Bases:
object
settings object that we pass to the Binder Classes directly, keeps the code clean
-
print_settings
()¶
-
-
class
BindNodeBase
(source=None, destination=None, settings=None)¶ Bases:
object
Parameters: - source – Driver Joint
- destination – Rig Controller to be Bound
- settings – a Bindsettings object
-
sourceNode
¶
-
destinationNode
¶
-
make_base_geo
(Name, GeoType=None)¶ Make the Base BindGeo Type
-
static
add_bind_markers
(Ctr, BndNode=None)¶
-
make_bind_base
(Name=None, GeoType=None)¶ Make the unaligned BindGeo setup, this proc is overwritten for more complex binds Note: the BindNode is returned as a dic where [‘Main’] is always the node that ultimately the constraints get made too, and [‘Root’] is the root of the BindGroup *arg Name : BaseName of the matchNode
-
align_bind_node
()¶ Align the newly made BindNode as required
-
link_bind_node
()¶ Make the actual driving connections between the Bind and Destination Nodes, if self.skip_rot_axis or self.skip_trans_axis then we pass that to the binds made here
-
lock_channels
()¶ lock the appropriate channels on the binder nodes
-
add_binder_node
()¶ Main Wrapper to make the AnimBind setup between Source and Destination nodes
-
class
BindNodeTwin
(source=None, destination=None, settings=None)¶ Bases:
Red9.pro_pack.tools.anim_binder.BindNodeBase
Second more complex Bind type used for the Wrists, Feet and any chain where you may need to isolate the rotate and translates. This allows you to easily extend the limb lengths whilst maintaining easily editable data. *arg source : Driver Joint *arg destination : Rig Controller to be Bound *arg settings : a Bindsettings object
-
make_bind_base
(Name=None)¶ Make the unaligned BindGeo and group/parent it up to the driver Source Joint Note: the BindNode is returns as a dic where [‘Main’] is always the node that ultimately the constraints get made too, and [‘Root’] is the root of the BindGroup *arg Name : BaseName of the matchNode
-
align_bind_node
(**kws)¶ Overwrite the default behaviour: Align the newly made BindNode as required for this bind
-
lock_channels
()¶ lock the appropriate channels on the binder nodes
-
-
class
BindNodeAim
(source=None, destination=None, upVector=None, settings=None)¶ Bases:
Red9.pro_pack.tools.anim_binder.BindNodeBase
Third more complex Bind type used for complex Spine issues. Unlike the other methods this uses an AimConstraint to point the controller towards a target node to extract a rotation vector. This gets over issues with complex spline setups where the previous 2 methods would send in incorrect rotation data.
Parameters: - source – Driver Aim Node
- destination – Rig Controller to be Bound
- upVector – UpVector and Parent node for the AimConstraint
- settings – a Bindsettings object
-
make_bind_base
(Name=None)¶ Make the unaligned BindGeo and group/parent it up to the driver Source Joint Note: the BindNode is returns as a dic where [‘Main’] is always the node that ultimately the constraints get made too, and [‘Root’] is the root of the BindGroup
Parameters: Name – BaseName of the matchNode
-
align_bind_node
(**kws)¶ Overwrite the default behaviour: Align the newly made BindNode as required for this bind


About
Fake news a.k.a Hoax news occupies a large sphere of cyberspace today worldwide. States, Institutions as well as Individuals are using fake news as a tool of publicity.
We developed this Web App for verifying news sources from multiple news sites and tagging their articles as real or fake. The app also provides services for checking whether a news article is fake and finding fake news spreading bot. Now, all of us can read and rely on the real news.
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Real Path
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Expires after N clicks
Served as
MimeType
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Delete
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| Package | Description |
|---|---|
| de.slothsoft.random | |
| de.slothsoft.random.types |
| Modifier and Type | Class and Description |
|---|---|
class |
RandomFactory<T>
The main class for creating random data inside a defined POJO.
|
| Modifier and Type | Method and Description |
|---|---|
RandomField |
RandomFieldSupplier.createRandomField()
Deprecated.
|
RandomField |
RandomFieldSupplier.createRandomField(String fieldName,
Class<?> fieldClass)
Creates a new instance of
RandomField to use for a
RandomFactory . |
static RandomField |
RandomFieldSupplier.createRandomFieldByField(String propertyName,
Class<?> propertyClass)
Creates a
RandomField for a property name and class. |
RandomField |
RandomFactory.findRandomField(String property)
Returns the
RandomField used to fill the property. |
RandomField |
RandomFactory.getRandomField(String property)
Returns the
RandomField used to fill the property. |
| Modifier and Type | Method and Description |
|---|---|
void |
RandomFactory.addRandomField(String property,
RandomField randomField)
Adds a
RandomField to fill some property. |
| Constructor and Description |
|---|
RandomFactory(RandomFactory.Supplier<T> pojoSupplier,
Map<String,RandomField> fieldMapping)
A constructor that takes one class and the mapping of properties to the factories
filling them.
|
| Modifier and Type | Class and Description |
|---|---|
class |
AbstractNumberRandomField<N extends Number>
A base class for creating a
RandomField from a Number . |
class |
ArrayRandomField
A
RandomField representing an array. |
class |
BigDecimalRandomField
A
RandomField representing a BigDecimal . |
class |
BigIntegerRandomField
A
RandomField representing a BigInteger . |
class |
BirthdayRandomField
A
RandomField representing a birthday, i.e. |
class |
BooleanRandomField
A
RandomField representing a Boolean or it's primitive counterpart. |
class |
CalendarRandomField
A
RandomField representing a Calendar between 10 years ago and 10 years in the future. |
class |
CharacterRandomField
Generates letters after a defined config stored in
WordGeneratorConfig . |
class |
CityRandomField
A
RandomField representing a String that should look like a city. |
class |
CollectionRandomField
A
RandomField representing an Collection . |
class |
DateRandomField
A
RandomField representing a Date between 10 years ago and 10 years in
the future. |
class |
DoubleRandomField
A
RandomField representing a Double or its primitive counterpart. |
class |
ElementFromListRandomField<E>
A
RandomField representing an arbitrary object that is filled with a random
list element. |
class |
EnumRandomField<E extends Enum<E>>
A
RandomField representing an object that is filled with a random
Enum 's list element. |
class |
FirstNameRandomField
A
RandomField representing a String that should look like a first name. |
class |
FloatRandomField
A
RandomField representing a Float or its primitive counterpart. |
class |
IntegerRandomField
A
RandomField representing a Integer or its primitive counterpart. |
class |
LastNameRandomField
A
RandomField representing a String that should look like a last name. |
class |
LocalDateRandomField
A
RandomField representing a LocalDate between 10 years ago and 10
years in the future. |
class |
LocalDateTimeRandomField
A
RandomField representing a LocalDateTime between 10 years ago and 10 years in the future. |
class |
LocalTimeRandomField
A
RandomField representing a LocalTime between 0:00 and 24:00 o'clock. |
class |
LongRandomField
A
RandomField representing a Long or its primitive counterpart. |
class |
PatternRandomField
A field where you define a pattern and have a couple of random field to fill the
pattern with.
|
class |
PostalCodeRandomField
A
RandomField representing a String that should look like a postal
code. |
class |
ShortRandomField
A
RandomField representing a Short or its primitive counterpart. |
class |
StreetRandomField
A
RandomField representing a String that should look like a street
(i.e. |
class |
WordRandomField
Generates a word after a defined config stored in
WordGeneratorConfig . |
class |
WordsRandomField
Generates words in sentences and paragraphs after a defined config stored in
WordGeneratorConfig . |
| Modifier and Type | Method and Description |
|---|---|
void |
PatternRandomField.addComponent(String key,
RandomField randomField)
Adds a component that can be accessed by
PatternRandomField.nextValue() . |
| Modifier and Type | Method and Description |
|---|---|
void |
PatternRandomField.addComponents(Map<String,RandomField> addedComponents)
Adds components that can be accessed by
PatternRandomField.nextValue() . |
| Constructor and Description |
|---|
ArrayRandomField(Class<?> elementClass,
RandomField elementRandomField)
Constructor.
|
CollectionRandomField(Supplier<Collection<?>> collectionConstructor,
RandomField elementRandomField)
Constructor.
|
Copyright © 2020. All rights reserved.


Join Us
Fuel
Who: High School
What: Big group teaching followed by Core Groups, which are small discussion groups to dive deeper into God's Word
When: Sunday Moring 11:00AM
Where: The KSM Loft
The Gathering
Who: High School
What: Large group, mixed grade format with creative Bible studies and a variety of teaching styles.
When: Sunday Moring 9:30AM
Where: The KSM Loft
Katalyst
Who: High School
What: Students in Katalyst will be equipped, encouraged and empowered to be life-long Gospel-advancing leaders in their homes, schools and communities. The intention behind Katalyst is to develop student leaders and disciple-makers who will initiate Gospel change and action in the world. Our hope is to challenge students and give them opportuntiies to put into practice the command of Jesus to go and make disciples.
When: Wednesday Night 6:30-8:00PM
Where: L262


Hi! I’m Tony Arnold, a 41 year old chap from Newcastle, Australia. Professionally, I’m a developer at Itty Bitty Apps where I work on the amazing visual debugging tool for iOS apps, Reveal. I’ve also been helping to build Bjango’s upcoming UI design tool, Skala, and I mess with contribute to as many open source projects as my time allows.
I also have my own (very) small business — The CocoaBots — building apps for Apple devices.
If you’d like to get in contact with me, please feel free to send me an e-mail.
All opinions I express on this site are my own, and do not reflect or represent the opinions of Itty Bitty Apps, Bjango or any of the projects I’m involved in. If you have a beef about something I’ve said here, your beef is with me.


Timeout Example
The counter will update every two seconds.
Press RESTART or STOP to restart or stop the count.
RESTART
STOP


navigateToRoute(route: string, params?: any, options?: any): boolean
Navigates to a new location corresponding to the route and params specified. Equivallent to [[Router.generate]] followed by [[Router.navigate]].
Parameters
route: string
The name of the route to use when generating the navigation location.
params?: any
The route parameters to be used when populating the route pattern.
options?: any
The navigation options.


{% include "src/site/includes/header.html" %} {% if gibsAlert %} {% include "src/site/includes/gibs-down.html" %} {% endif %}


The King of the Golden River
by John Ruskin
The King of the Golden River is a folk tale about three brothers. The two elder brothers are terrible to the younger and to the people of the town. The younger brother is good-natured and invites a strange man into the house one
Source: Ruskin, John. (1907). The King of the Golden River. New York: Doubleday, Page & Company.
- Part 1
- A folk tale about three brothers. The two elder brothers are terrible to the younger and to the people of the town. The younger brother is good-natured and invites a strange man into the house one evening. The other two show him no hospitality and lose everything because of their bad temperaments.
- Part 2
- Gluck’s two evil brothers decide to become blacksmiths after the Southwest Wind prevents rain from touching the farmland. Gluck is forced to melt down his gold mug which is the King of the Golden River. He offers Gluck advice on how to turn the river to pure gold with holy water and warns him of the consequences should he add unholy water.
- Part 3
- Hans, one of the older brothers, attempts to turn the Golden River to pure gold and because of his terrible nature, fails and is turned to stone by the river.
- Part 4
- Schwartz, the second older brother, set out to try and turn the river to pure gold. He too fails because of his bad nature and turns to stone like Hans.
- Part 5
- Gluck attempts to turn the river to gold and succeeds because he is charitable to the thirsty people and animals he meets alonng the way (unlike his brothers). The holy water of which the king had spoken, was the water of mercy.
- Year Published: 1907
- Language: English
- Country of Origin: England
-
Readability:
- Flesch–Kincaid Level: 6.8
- Word Count: 9,521
- Genre: Fairy Tale/Folk Tale
- Keywords: hospitality, mercy, punishment, reward


Comparison of cycling stability at 60°C. ( A and B) Capacity retention and DCR of the SEB cells versus the baseline LIB cell during cycling at 60°C. The cells are charged with CCCV protocol at 1 C to 4.2 V with a cutoff current of C/20 and then discharged at 1 C to 2.8 V. ( C and D) Discharge curves of the fresh SEB cell versus aged cell.


--- title: "Configuring Spark Connections" output: html_document: toc: true toc_depth: 3 toc_float: collapsed: false aliases: /articles/deployment-connections.html ---
Local mode is an excellent way to learn and experiment with Spark. Local mode also provides a convenient development environment for analyses, reports, and applications that you plan to eventually deploy to a multi-node Spark cluster.
To work in local mode, you should first install a version of Spark for local use. You can do this using the spark_install()
function, for example:
The following are the recommended Spark properties to set when connecting via R:
sparklyr.cores.local - It defaults to using all of the available cores. Not a necessary property to set, unless there’s a reason to use less cores than available for a given Spark session.
sparklyr.shell.driver-memory - The limit is the amount of RAM available in the computer minus what would be needed for OS operations.
spark.memory.fraction - The default is set to 60% of the requested memory per executor. For more information, please see this Memory Management Overview page in the official Spark website.
conf$`sparklyr.cores.local` <- 4
conf$`sparklyr.shell.driver-memory` <- "16G"
conf$spark.memory.fraction <- 0.9
sc <- spark_connect(master = "local",
version = "2.1.0",
config = conf)
To see how the requested configuration affected the Spark connection, go to the Executors page in the Spark Web UI available in http://localhost:4040/storage/
A connection to Spark can be customized by setting the values of certain Spark properties. In sparklyr
, Spark properties can be set by using the config
argument in the spark_connect()
function.
By default, spark_connect()
uses spark_config()
as the default configuration. But that can be customized as shown in the example code below. Because of the unending number of possible combinations, spark_config()
contains only a basic configuration, so it will be very likely that additional settings will be needed to properly connect to the cluster.
conf <- spark_config() # Load variable with spark_config()
conf$spark.executor.memory <- "16G" # Use `$` to add or set values
sc <- spark_connect(master = "yarn-client",
config = conf) # Pass the conf variable
It may be useful to provide some simple definitions for the Spark nomenclature:
Node: A server
Worker Node: A server that is part of the cluster and are available to run Spark jobs
Master Node: The server that coordinates the Worker nodes.
Executor: A sort of virtual machine inside a node. One Node can have multiple Executors.
Driver Node: The Node that initiates the Spark session. Typically, this will be the server where sparklyr
is located.
Driver (Executor): The Driver Node will also show up in the Executor list.
Spark configuration properties passed by R are just requests - In most cases, the cluster has the final say regarding the resources apportioned to a given Spark session.
The cluster overrides ‘silently’ - Many times, no errors are returned when more resources than allowed are requested, or if an attempt is made to change a setting fixed by the cluster.
Using Spark and R inside a Hadoop based Data Lake is becoming a common practice at companies. Currently, there is no good way to manage user connections to the Spark service centrally. There are some caps and settings that can be applied, but in most cases there are configurations that the R user will need to customize.
The Running on YARN page in Spark’s official website is the best place to start for configuration settings reference, please bookmark it. Cluster administrators and users can benefit from this document. If Spark is new to the company, the YARN tunning article, courtesy of Cloudera, does a great job at explaining how the Spark/YARN architecture works.
The following are the recommended Spark properties to set when connecting via R:
spark.executor.memory - The maximum possible is managed by the YARN cluster. See the Executor Memory Error
spark.executor.cores - Number of cores assigned per Executor.
spark.executor.instances - Number of executors to start. This property is acknowledged by the cluster if spark.dynamicAllocation.enabled is set to “false”.
spark.dynamicAllocation.enabled - Overrides the mechanism that Spark provides to dynamically adjust resources. Disabling it provides more control over the number of the Executors that can be started, which in turn impact the amount of storage available for the session. For more information, please see the Dynamic Resource Allocation page in the official Spark website.
Using yarn-client
as the value for the master
argument in spark_connect()
will make the server in which R is running to be the Spark’s session driver. Here is a sample connection:
conf <- spark_config()
conf$spark.executor.memory <- "300M"
conf$spark.executor.cores <- 2
conf$spark.executor.instances <- 3
conf$spark.dynamicAllocation.enabled <- "false"
sc <- spark_connect(master = "yarn-client",
spark_home = "/usr/lib/spark/",
version = "1.6.0",
config = conf)
To see how the requested configuration affected the Spark connection, go to the Executors page in the Spark Web UI. Typically, the Spark Web UI can be found using the exact same URL used for RStudio but on port 4040.
Notice that 155.3MB per executor are assigned instead of the 300MB requested. This is because the spark.memory.fraction has been fixed by the cluster, plus, there is fixed amount of memory designated for overhead.
Running in cluster mode means that YARN will choose where the driver of the Spark session will run. This means that the server where R is running may not necessarily be the driver for that session. Here is a good write-up explaining how running Spark applications work: Running Spark on YARN
The server will need to have copies of at least two files: yarn-site.xml
and hive-site.xml
. There may be other files needed based on your cluster’s individual setup.
This is an example of connecting to a Cloudera cluster:
library(sparklyr)
Sys.setenv(JAVA_HOME="/usr/lib/jvm/java-7-oracle-cloudera/")
Sys.setenv(SPARK_HOME = '/opt/cloudera/parcels/CDH/lib/spark')
Sys.setenv(YARN_CONF_DIR = '/opt/cloudera/parcels/CDH/lib/spark/conf/yarn-conf')
conf$spark.executor.memory <- "300M"
conf$spark.executor.cores <- 2
conf$spark.executor.instances <- 3
conf$spark.dynamicAllocation.enabled <- "false"
conf <- spark_config()
sc <- spark_connect(master = "yarn-cluster",
config = conf)
Requesting more memory or CPUs for Executors than allowed will return an error. This is one of the exceptions to the cluster’s ‘silent’ overrides. It will return a message similar to this:
Failed during initialize_connection: java.lang.IllegalArgumentException: Required executor memory (16384+1638 MB) is above the max threshold (8192 MB) of this cluster! Please check the values of 'yarn.scheduler.maximum-allocation-mb' and/or 'yarn.nodemanager.resource.memory-mb'
A cluster’s administrator is the only person who can make changes to the settings mentioned in the error. If the cluster is supported by a vendor, like Cloudera or Hortonworks, then the change can be made using the cluster’s web UI. Otherwise, changes to those settings are done directly in the yarn-default.xml file.
There are two options to access a “kerberized” data lake:
system()
call prior to connecting to the cluster:system("echo '<password>' | kinit <username>")
For more information visit this site: Apache - Authenticate with kinit
The following are the recommended Spark properties to set when connecting via R:
The default behavior in Standalone mode is to create one executor per worker. So in a 3 worker node cluster, there will be 3 executors setup. The basic properties that can be set are:
spark.executor.memory - The requested memory cannot exceed the actual RAM available.
spark.memory.fraction - The default is set to 60% of the requested memory per executor. For more information, please see this Memory Management Overview page in the official Spark website.
spark.executor.cores - The requested cores cannot be higher than the cores available in each worker.
If dynamic allocation is disabled, then Spark will attempt to assign all of the available cores evenly across the cluster. The property used is spark.dynamicAllocation.enabled.
For example, the Standalone cluster used for this article has 3 worker nodes. Each node has 14.7GB in RAM and 4 cores. This means that there are a total of 12 cores (3 workers with 4 cores) and 44.1GB in RAM (3 workers with 14.7GB in RAM each).
If the spark.executor.cores
property is set to 2, and dynamic allocation is disabled, then Spark will spawn 6 executors. The spark.executor.memory
property should be set to a level that when the value is multiplied by 6 (number of executors) it will not be over total available RAM. In this case, the value can be safely set to 7GB so that the total memory requested will be 42GB, which is under the available 44.1GB.
conf <- spark_config()
conf$spark.executor.memory <- "7GB"
conf$spark.memory.fraction <- 0.9
conf$spark.executor.cores <- 2
conf$spark.dynamicAllocation.enabled <- "false"
sc <- spark_connect(master="spark://master-url:7077",
version = "2.1.0",
config = conf,
spark_home = "/home/ubuntu/spark-2.1.0-bin-hadoop2.7/")
To see how the requested configuration affected the Spark connection, go to the Executors page in the Spark Web UI. Typically, the Spark Web UI can be found using the exact same URL used for RStudio but on port 4040:


Two hunters are out in the woods when one of them collapses. He doesn’t seem to be breathing and his eyes are glazed. The other guy whips out his phone and calls the emergency services. He gasps, “My friend is dead! What can I do?”. The operator says “Calm down. I can help. First, let’s make sure he’s dead.”
There is a silence, then a shot is heard. Back on the phone, the guy says “OK, now what?”
Never, under any circumstances, take a sleeping pill and a laxative on the same night.
If at first you don’t succeed ... so much for skydiving.
_ _ (.< >.) \(_)________( \ (___________)\\ ( ) \ | | | | | | _| |_ (_______)
function init(){
var h1tags = document.getElementsByTagName("h1");
h1tags[0].onclick = changeColor;
}


Audi e-tron Sportback Has A World-First Feature
The debut date for the Audi e-tron Sportback and RS Q8 has also been confirmed.
by Martin BiggWith the 2019 LA Auto Show just around the corner, Audi has confirmed it will be premiering two new models in the City of Angels next week. One will be the series production Audi e-tron Sportback, which debuted as a concept back in 2017 at the Shanghai Auto Show.
A new teaser photo released by the German automaker shows off the e-tron Sportback's innovative Digital Matrix headlights – a first for a series production vehicle. Using around one million micromirrors, the Digital Matrix headlights can light the way in front of the car with "unprecedented precision."
Audi has confirmed the e-tron Sportback will share the same powertrain as its SUV sibling, meaning it will have a dual-motor, all-wheel-drive setup delivering 400 horsepower and 490 lb-ft of torque.
This setup enables the e-tron SUV to accelerate from 0-62 mph in 5.5 seconds before topping out at 124 mph. Visually, the e-tron Sportback will also share design cues with the e-tron SUV, but a sloped roofline will give it a stylish, coupe-like appearance. Production will take place in Brussels alongside the e-tron SUV. Audi will lift the covers off the new e-tron Sportback the evening before the 2019 LA Auto Show on November 19 at 6 pm local time.
You Might Also Like
If you prefer combustion-powered SUVs, the new Audi RS Q8 - the new high-performance version of the flagship Audi Q8 SUV - will also debut in LA. Specifications haven't been confirmed yet, but Audi promises the hardcore SUV will deliver "epic performance" from an eight-cylinder twin-turbo TFSI engine and a 48-volt mild hybrid system.
This is likely to be the same engine that powers the Audi RS6 Avant, so expect the RS Q8 to pack around 592 hp. With its belt alternator starter, the RS Q8 can recover up to 12 kW of power to its lithium-ion battery, allowing it to "glide" for up to 40 seconds with the engine switched off at speeds of between 34 and 99 mph. Both the Audi e-tron Sportback and Audi RS Q8 will be on display at the LA Auto Show, which kicks off on November 20.


Calls 'Phoenix NLME' (non-linear mixed effects), a population modeling and simulation software, for pharmacokinetics and pharmacodynamics analyses and conducts post-processing of the results. This includes creation of various diagnostic plots, bootstrap and visual predictive checks. See <http:// www.certara.com/software/pkpd-modeling-and-simulation/phoenix-nlme/> for more information about 'Phoenix NLME'.
| Version: | 1.0.0 |
| Depends: | R (≥ 2.10) |
| Imports: | ggplot2, gridExtra, manipulate, grid, lattice, testthat |
| Published: | 2015-11-03 |
| Author: | Chay Ngee Lim [aut,cre], Shuang Liang [aut], Kevin Feng [aut,cre], Grygoriy Vasilinin [aut], Angela Birnbaum [aut,ths], Jason Chittenden [aut], Bob Leary [ctb], Ana Henry [ctb], Mike Dunlavey [ctb], Samer Mouksassi[com] |
| Maintainer: | Chay Ngee Lim <limxx356 at umn.edu> |
| License: | GPL-2 |
| NeedsCompilation: | no |
| SystemRequirements: | Phoenix NLME with Phoenix Modeling Language (PML) license |
| CRAN checks: | Phxnlme results |
| Reference manual: | Phxnlme.pdf |
| Package source: | Phxnlme_1.0.0.tar.gz |
| Windows binaries: | r-devel: Phxnlme_1.0.0.zip, r-release: Phxnlme_1.0.0.zip, r-oldrel: Phxnlme_1.0.0.zip |
| OS X binaries: | r-release: Phxnlme_1.0.0.tgz, r-oldrel: Phxnlme_1.0.0.tgz |
Please use the canonical form https://CRAN.R-project.org/package=Phxnlme to link to this page.


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We focus on developing highly customized IT solutions based on Golang, C++ and Linux. Our solutions are mostly based on existing open source software. We also contribute back to the open source community as much as possible.
| Date of start of work | Description | Type | TDF link | Gerrit link | Status |
|---|---|---|---|---|---|
| Date of start of work | Description | Type | TDF link | Gerrit link | Status |
| Date of open-sourcing | Name | Description | Github link |
|---|---|---|---|
| Date of open-sourcing | Name | Description | Github link |


You can use virtual network peering to directly connect Azure virtual networks. When you use peering to connect virtual networks, virtual machines (VMs) in these networks can communicate with each other as if they were in the same network.
In peered virtual networks, traffic between virtual machines is routed through the Azure network. The traffic uses only private IP addresses. It doesn't rely on internet connectivity, gateways, or encrypted connections. The traffic is always private, and it takes advantage of the high bandwidth and low latency of the Azure backbone network.
The two types of peering connections are created in the same way:
Virtual network peering doesn't affect or disrupt any resources that you've already deployed to the virtual networks. But when you use virtual network peering, consider the key features that the following sections define.
When you create a virtual network peering connection in only one virtual network to connect to a peer in another network, you're not connecting the networks together. To connect the networks by using virtual network peering, you have to create connections in each virtual network.
Think of how you connect two network switches together. You connect a cable to each switch and maybe configure some settings so that the switches can communicate. Virtual network peering requires similar connections in each virtual network. Reciprocal connections provide this functionality.
You can use virtual network peering even when both virtual networks are in different subscriptions. This might be necessary for mergers and acquisitions or to connect virtual networks in subscriptions that different departments manage. Virtual networks can be in different subscriptions, and the subscriptions can use the same or different Azure Active Directory tenants.
When you use virtual network peering across subscriptions, you might find that an administrator of one subscription doesn't administer the peer network's subscription. The administrator might not be able to configure both ends of the connection. To peer the virtual networks when both subscriptions are in different Azure Active Directory tenants, the administrators of each subscription must grant the peer subscription's administrator the Network Contributor
role on their virtual network.
Virtual network peering is nontransitive. Only virtual networks that are directly peered can communicate with each other. The virtual networks can't communicate with the peers of their peers.
Suppose, for example, that your three virtual networks (A, B, C) are peered like this: A <-> B <-> C. Resources in A can't communicate with resources in C because that traffic can't transit through virtual network B. If you need communication between virtual network A and virtual network C, you must explicitly peer these two virtual networks.
You can configure transitive connections on-premises if you use virtual network gateways as transit points. Using gateway transit, you can enable on-premises connectivity without deploying virtual network gateways to all your virtual networks. This method might reduce cost and complexity. By using gateway peering, you can configure a single virtual network as a hub network. Connect this hub network to your on-premises datacenter and share its virtual network gateway with peers.
To enable gateway transit, configure the Allow gateway transit option in the hub virtual network where you deployed the gateway connection to your on-premises network. Also configure the Use remote gateways option in any spoke virtual networks.
Note
If you want to enable the Use remote gateways option in a spoke network peering, you can't deploy a virtual network gateway in the spoke virtual network.
IP address spaces of connected networks within Azure and between Azure and your on-premises system can't overlap. This is also true for peered virtual networks. Keep this rule in mind when you're planning your network design. In any networks you connect through virtual network peering, VPN, or ExpressRoute, assign different address spaces that don't overlap.
Virtual network peering is the least complex way to connect virtual networks. Other methods focus primarily on connectivity between on-premises and Azure networks rather than connections between virtual networks.
You can also connect virtual networks together through the ExpressRoute circuit. ExpressRoute is a dedicated, private connection between an on-premises datacenter and the Azure backbone network. The virtual networks that connect to an ExpressRoute circuit are part of the same routing domain and can communicate with each other. ExpressRoute connections don't go over the public internet, so your communications with Azure services are as secure as possible.
VPNs use the internet to connect your on-premises datacenter to the Azure backbone through an encrypted tunnel. You can use a site-to-site configuration to connect virtual networks together through VPN gateways. VPN gateways have higher latency than virtual network peering setups. They're more complex to manage, and they can cost more.
When virtual networks are connected through both a gateway and virtual network peering, traffic flows through the peering configuration.
Virtual network peering can be a great way to enable network connectivity between services that are in different virtual networks. Because it's easy to implement and deploy, and it works well across regions and subscriptions, virtual network peering should be your first choice when you need to integrate Azure virtual networks.
Peering might not be your best option if you have existing VPN or ExpressRoute connections or services behind Azure Basic Load Balancers that would be accessed from a peered virtual network. In these cases, you should research alternatives.


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forums
Yes, this is a dog, nothing to see here, go about your business, citizen.


Manage assessment panel - comp administrators
Competiton dashboard
Manage assessment panel
Manage assessors -
IFS-707
,
IFS-722
Find
Invite
Review and send invites
Overview
Manage applications -
IFS-806
Assign application to panel
Allocate applications to assessors -
IFS-806
Allocate applicatiosn to assessors
Allocate applications
Assessor invites to panel
Invite -
IFS-807
Email invite
Invitation to panel assessment - accept / reject
Assessor dashboard with applications -
IFS-807
Email notifying that applications are ready for selection
Assessor dashboard
with
applications
Applications for panel
Accept / reject application
Accepted application
Assessor dashboard
without
applications
Applications for panel - no applications assigned


Waste Dropbox
Clean Bangalore
Green Bangalore!
Locations
Bangalore
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Haldwani
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UKCloud Limited (“UKC”) and Virtual Infrastructure Group Limited (“VIG”) (together “the Companies”) – in Compulsory Liquidation
On 25 October 2022, the Companies were placed into Liquidation with the Official Receiver appointed as Liquidator and J Robinson and A M Hudson simultaneously appointed as Special Managers to manage the liquidation process on behalf of the Official Receiver.
Further information regarding the Liquidations can be found here: https://www.gov.uk/government/news/virtual-infrastructure-group-limited-and-ukcloud-limited-information-for-creditors-and-interested-parties
Contact details:
For any general queries relating to the Liquidations please email<EMAIL_ADDRESS>For customer related queries please email<EMAIL_ADDRESS>For supplier related queries please email<EMAIL_ADDRESS>How to use the Azure Stack Hub API
Overview
The Azure Stack Hub API enables you to interact programmatically with your UKCloud for Microsoft Azure environment. For example, you can use API calls to manage your UKCloud for Microsoft Azure tenancy.
This article shows you how to get started with the Azure Stack Hub API.
When interacting with Azure Stack Hub resources via the API, you must specify an API version. You can find a full list of supported API versions here.
Prerequisites
To complete the steps in this article, you must have appropriate access to a subscription on Azure Stack Hub and permissions on the resources you are trying to access.
Authenticating to the API
Azure Stack Hub API authentication uses access tokens to validate requests.
To obtain an access token:
Send a POST request to the Azure REST authentication/login endpoint:
https://login.microsoftonline.com/<tenant_id>/oauth2/token
where tenant_id is one of the following:
Your tenant domain, for example:
ukcloud.onmicrosoft.com
,ukcloud.com
,example.mydomain.com
Your tenant ID, for example:
8eaef023-2b34-4da1-9baa-8bc8c9d6a490
The default value for tenant independent keys:
common
Pass the following parameters in the request body:
grant_type - The type of authentication scheme to use:
password
client_id - Hard-coded to a default value of
1950a258-227b-4e31-a9cf-717495945fc2
Other options for specific scenarios are:
PowerShell -
1950a258-227b-4e31-a9cf-717495945fc2
LegacyPowerShell -
0a7bdc5c-7b57-40be-9939-d4c5fc7cd417*
WindowsAzureActiveDirectory -
00000002-0000-0000-c000-000000000000
VisualStudio -
872cd9fa-d31f-45e0-9eab-6e460a02d1f1
AzureCLI -
04b07795-8ddb-461a-bbee-02f9e1bf7b46
resource - The endpoint of the resource that the token will be used to access, for example:
https://management.as2ukcloud.onmicrosoft.com/90ada28c-5aed-4248-90c7-0538504217f1
Note
You can obtain the resource endpoint by querying the Azure Stack Hub management metadata endpoint. The resource endpoint is returned in the
audiences
section of the response.It is constructed like this:
https://management.<region>.<AzureStackHubFQDN>/metadata/endpoints?api-version=2017-12-01
For example, to find the endpoint for the
users
resource, send a request tohttps://management.frn00006.azure.ukcloud.com/metadata/endpoints?api-version=2017-12-01
.Tip
For Azure Stack Hub administrators (operators) add
admin
to the request.For example, to find the endpoint for the
operators
resource, send a request tohttps://adminmanagement.frn00006.azure.ukcloud.com/metadata/endpoints?api-version=2017-12-01
.username - The Azure Stack Hub AAD account, for example:
<EMAIL_ADDRESS>password - The password for the Azure Stack Hub AAD account
Note
Ensure you format the request body using Content-Type
x-www-form-urlencoded
.
Declare variables
Enter details below to provide values for the variables in the scripts in this article:
| Variable name | Variable description | Input |
|---|---|---|
| $Tenant | The tenant ID or domain to authenticate to | |
| $AzureStackUsername | The username of a user for Azure Stack Hub | |
| $AzureStackUserPassword | The password of a user for Azure Stack Hub | |
| $ClientID | The application ID to authenticate against the Azure Stack Hub API |
# Declare variables
$Tenant = ""
$UserName = ""
$UserPassword = ""
$AuthRequestBody = @{
"grant_type" = "password"
"client_id" = ""
"resource" = "https://management.as2ukcloud.onmicrosoft.com/90ada28c-5aed-4248-90c7-0538504217f1"
"username" = $UserName
"password" = $UserPassword
}
# Send POST request to Azure REST authentication/login endpoint to retrieve access token.
$AuthResp = Invoke-RestMethod -Method "POST" -Uri "https://login.microsoftonline.com/$Tenant/oauth2/token" -Body $AuthRequestBody -ContentType "application/x-www-form-urlencoded"
$AuthResp
If the authentication is successful, the endpoint returns an access token, for example:
{ "token_type": "Bearer", "scope": "user_impersonation", "expires_in": "3599", "ext_expires_in": "0", "expires_on": "1512574780", "not_before": "1512570880", "resource": "https://management.as2ukcloud.onmicrosoft.com/90ada28c-5aed-4248-90c7-0538504217f1", "access_token": "eyJ0eXAiOi...truncated for readability...", "refresh_token": "AQABAAAAAA...truncated for readability..." }
You must include this token in the Authorization header of each subsequent API request, for example:
# Add access token to header object for subsequent API requests $AuthHeader = @{"Authorization" = "Bearer $($AuthResp.access_token)"} # Query the Azure Stack Hub API for subscriptions Invoke-RestMethod -Method "GET" -Uri "https://management.frn00006.azure.ukcloud.com/subscriptions" -Headers $AuthHeader -Body @{"api-version" = "2017-12-01"} -ContentType "application/x-www-form-urlencoded"
Calling Azure Stack Hub API endpoints
A REST request URI consists of:
<URI-scheme>://<URI-host>/<resource-path>?<query-string>
where:
URI-scheme is the protocol used to transmit the request, for example
http
orhttps
URI-host is the domain name or IP address of the server where the REST service endpoint is hosted, for example:
management.frn00006.azure.ukcloud.com
resource path is the resource or resource collection used by the service in determining the selection of those resources (the path may include multiple segments), for example:
/subscriptions
is the resource path to obtain information about Azure Stack Hub subscriptionsquery-string provides additional parameters, such as the API version or resource selection criteria
Note
For Bash, you can add the query-string to the end of the request URI following a question mark. For example, to specify use of a specific API version:
https://management.frn00006.azure.ukcloud.com/subscriptions?api-version=2017-12-01
.
For PowerShell, you can provide a query-string in the -Body parameter hash table. For example:-Body @{"api-version" = "2017-12-01"}
The syntax of an Azure Stack Hub request URI is:
https://management.frn00006.azure.ukcloud.com/subscriptions/<subscription-id>/resourceGroups/<resource-group>/providers/<provider>/<resource-path>?<filter-expression>&api-version=<api-version>
where:
subscription-id is your tenant subscription ID
resource-group is the resource group you want to query
provider is the provider you want to query
resource-path is the resource you want to query
filter-expression is an optional list of arguments to filter the results of the query
api-version is the version of the Azure Stack Hub API being called, for example:
api-version=2017-12-01
For example, the following API call returns the VM: Windows-VM located in the resource group: MY-WINDOWS-VM-RG in the specified Azure Stack Hub subscription:
https://management.frn00006.azure.ukcloud.com/subscriptions/800c4168-3eb1-405b-a4ca-919fe7ee42e9/resourceGroups/MY-WINDOWS-VM-RG/providers/Microsoft.Compute/virtualMachines/Windows-VM?api-version=2017-12-01
Tip
To query a top level API resource, such as virtual machines, use the following example:
https://management.frn00006.azure.ukcloud.com/subscriptions/800c4168-3eb1-405b-a4ca-919fe7ee42e9/providers/Microsoft.Compute/virtualMachines?api-version=2017-12-01
Next steps
For general information about the Azure API, see the Azure REST API Reference at:
In particular, you may find the following documents useful:
This is guidance for Azure Stack Hub users. Currently, there is no official API reference guide for Azure Stack Hub users; however, there is an admin API guide that you can find here. We'll update this article when an API guide becomes available.
For more information about UKCloud for Microsoft Azure, see:
Feedback
If you find a problem with this article, click Improve this Doc to make the change yourself or raise an issue in GitHub. If you have an idea for how we could improve any of our services, send an email to feedback@ukcloud.com.


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fixed
position: fixed;
An element with a fixed position is positioned relative to the browser window, and will not move even if the window is scrolled.
relative
position: relative;
A relative positioned element is positioned relative to its normal position. The content of relatively positioned elements can be moved and overlap other elements, but the reserved space for the element is still preserved in the normal flow.
absolute
position: absolute;
An absolute position element is positioned relative to the first parent element that has a position other than static. If no such element is found, the containing block is html. When elements are positioned outside the normal flow, they can overlap other elements.The z-index property specifies the stack order of an element (which element should be placed in front of, or behind, the others).
color
color: #000;
Modify the textual parts of element by set the color, text-align and text-ident properties.
The color can be assigned to the text of an element in three ways:
- Hex: a value like "ff0000". The order is such that #RRGGBB specify the components of color.
- RGB: a value rgb(255,0,0) will be set red since the first two places (RR) are specified with FF but the rest are set to 0.
- Name: a color name like red. There are 17 standard colors and 123 more making 140 all together.
text-align
text-align: center;
Set the horizontal (left to right) orientation of the text with the text-align property. For example, it may make sense to center the headers on the page. The text can be set according to one of four attributes.
- Center: goes in the middle of the current horizontal space attributed to the element. For example, if a column is assigned to take up 30% of the page, the text-align: center element will go 15% from the left.
- Left: keeps the text on the left side of the surrounding element. This is the default. Only specify left when a surrounding element has center or right and that previous text-align needs to be overwritten with a new text-align of left.
- Align: takes the horizontal space currently allocated to the textual part of the element and outputs the letters with space in between such that every line takes up the same amount of horizontal space as the line preceeding. This has the effect of making both the left and right margins straight.
text-indent
position: absolute;
Set the left offset of the first line of text using the text-indent property. This literary practice is rarely used even in blog posts.
margin
margin: 0 auto;
Background elements can be addressed with the margin, padding and gradient properties.
The margin property assures that there is free space between elements. Margin is transparent and will not cause a background to display. The shorthand property is used to specify all four directions in order. Starting from the top, go in a clockwise direction: Top, right, bottom, left.
There are four main modifiers for the margin property.
- Auto: The browser default calculation.
- Length: The margin in px, ct, or cm. px is the most popular unit of measure.
- %: The percent of the width of the containing element.
- inherit The margin inherited from the parent element.
padding
padding: 10px 20px;
The padding property assures that there is free space around an element. For example, to keep text from bumping up against a horizontal rule preceeding the element, specify the top padding property. Specifying a margin would not be sufficent to keep the rule away from the text since margin starts outside the border of the element. Padding includes the space inside the border.
line-gradient
background: linear-gradient(red, blue);
To create a linear gradient you must define at least two color stops. Color stops are the colors you want to render smooth transitions among. You can also set a starting point and a direction (or an angle) along with the gradient effect.
radical-gradient
background: radial-gradient(red, green, blue);
A radial gradient is defined by its center. To create a radial gradient you must also define at least two color stops. By default, shape is ellipse, size is farthest-corner, and position is center.


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