4.
DO WE USE COOKIES AND OTHER TRACKING
TECHNOLOGIES?
In Short: We may
use cookies and other tracking technologies to collect and store your
information.
We may use cookies and similar tracking
technologies (like web beacons and pixels) to access or store information.
Specific information about how we use such technologies and how you can refuse
certain cookies is set out in our Cookie Notice
.
5.
HOW DO WE HANDLE YOUR SOCIAL
LOGINS?
In Short: If you
choose to register or log in to our services using a social media account, we
may have access to certain information about you.
Our
Website
offers you the ability to register and login using your third-party social media
account details (like your Facebook or Twitter logins). Where you choose to do
this, we will receive certain profile information about you from your social
media provider. The profile Information we receive may vary depending on the
social media provider concerned, but will often include your name, email
address, friends list, profile picture as well as other information you choose
to make public on such social media platform.
We will use the information we receive only for
the purposes that are described in this privacy notice or that are otherwise
made clear to you on the relevant
Website
. Please
note that we do not control, and are not responsible for, other uses of your
personal information by your third-party social media provider. We recommend
that you review their privacy notice to understand how they collect, use and
share your personal information, and how you can set your privacy preferences on
their sites and apps.
6.

In Short: We keep
your information for as long as necessary to fulfill the purposes outlined in
this privacy notice unless otherwise required by
law.
We will only keep your personal information for as
long as it is necessary for the purposes set out in this privacy notice, unless
a longer retention period is required or permitted by law (such as tax,
accounting or other legal requirements). No purpose in this notice will require
us keeping your personal information for longer than
90 days
.
When we have no ongoing legitimate business need
to process your personal information, we will either delete or anonymize such
information, or, if this is not possible (for example, because your personal
information has been stored in backup archives), then we will securely store
your personal information and isolate it from any further processing until
deletion is possible.
7.

In Short: We aim to
protect your personal information through a system of organizational and
technical security measures.
We have implemented appropriate technical and
organizational security measures designed to protect the security of any
personal information we process. However, despite our safeguards and efforts to
secure your information, no electronic transmission over the Internet or
information storage technology can be guaranteed to be 100% secure, so we cannot
promise or guarantee that hackers, cybercriminals, or other unauthorized third
parties will not be able to defeat our security, and improperly collect, access,
steal, or modify your information. Although we will do our best to protect your
personal information, transmission of personal information to and from our
Website
is at
your own risk. You should only access the
Website
within a
secure environment.
8.

In Short:
In some regions, such as the European Economic
Area, you have rights that allow you greater access to and control over your
personal information.
You may review, change, or terminate your
account at any time.
In some regions (like the European Economic Area),
you have certain rights under applicable data protection laws. These may include
the right (i) to request access and obtain a copy of your personal information,
(ii) to request rectification or erasure; (iii) to restrict the processing of
your personal information; and (iv) if applicable, to data portability. In
certain circumstances, you may also have the right to object to the processing
of your personal information. To make such a request, please use the contact details
provided below. We will consider and act upon any request in accordance with
applicable data protection laws.
If we are relying on your consent to process your
personal information, you have the right to withdraw your consent at any time.
Please note however that this will not affect the lawfulness of the processing
before its withdrawal, nor will it affect the processing of your personal
information conducted in reliance on lawful processing grounds other than
consent.
Cookies and similar
technologies: Most Web browsers are set to accept cookies by
default. If you prefer, you can usually choose to set your browser to remove
cookies and to reject cookies. If you choose to remove cookies or reject cookies,
this could affect certain features or services of our
Website
.
To opt-out of interest-based advertising by advertisers on our
Website
visit http://www.aboutads.info/choices/.
9.
CONTROLS FOR DO-NOT-TRACK
FEATURES
Most web browsers and some mobile operating systems
and mobile applications include a Do-Not-Track ("DNT") feature or setting you can
activate to signal your privacy preference not to have data about your online
browsing activities monitored and collected. At this stage no uniform technology
standard for recognizing and implementing DNT signals has been finalized. As such,
we do not currently respond to DNT browser signals or any other mechanism that
automatically communicates your choice not to be tracked online. If a standard for
online tracking is adopted that we must follow in the future, we will inform you
about that practice in a revised version of this privacy
notice.
10.
DO CALIFORNIA RESIDENTS HAVE SPECIFIC PRIVACY
RIGHTS?
In Short: Yes, if you
are a resident of California, you are granted specific rights regarding access
to your personal information.
California Civil Code Section 1798.83, also known as
the "Shine The Light" law, permits our users who are California residents to
request and obtain from us, once a year and free of charge, information about
categories of personal information (if any) we disclosed to third parties for
direct marketing purposes and the names and addresses of all third parties with
which we shared personal information in the immediately preceding calendar year.
If you are a California resident and would like to make such a request, please
submit your request in writing to us using the contact information provided
below.
If you are under 18 years of age, reside in
California, and have a registered account with
the Website
, you have the right
to request removal of unwanted data that you publicly post on the
Website
. To request removal
of such data, please contact us using the contact information provided below, and
include the email address associated with your account and a statement that you
reside in California. We will make sure the data is not publicly displayed on the
Website
, but please be aware
that the data may not be completely or comprehensively removed from all our
systems (e.g. backups, etc.).
CCPA Privacy
Notice
The California Code of Regulations defines a
"resident" as:
(1) every individual who is in the State of
California for other than a temporary or transitory purpose
and
(2) every individual who is domiciled in the State
of California who is outside the State of California for a temporary or transitory
purpose
All other individuals are defined as
"non-residents."
If this definition of "resident" applies to you, we
must adhere to certain rights and obligations regarding your personal
information.
What categories of personal information do
we collect?
We have collected the following categories of
personal information in the past twelve (12) months:
Category
|
Examples
|
Collected
|
|
A. Identifiers
|
Contact details, such as real name, alias,
postal address, telephone or mobile contact number, unique personal
identifier, online identifier, Internet Protocol address, email address
and account name
|
NO
|
|
B. Personal information categories listed in
the California Customer Records statute
|
Name, contact information, education,
employment, employment history and financial
information
|
YES
|
|
C. Protected classification characteristics
under California or federal law
|
Gender and date of
birth
|
NO
|
|
D. Commercial
information
|
Transaction information, purchase history,
financial details and payment information
|
NO
|
|
E. Biometric
information
|
Fingerprints and
voiceprints
|
NO
|
|
F. Internet or other similar network
activity
|
Browsing history, search history, online
behavior, interest data, and interactions with our and other websites,
applications, systems and advertisements
|
NO
|
|
G. Geolocation data
|
Device location
|
NO
|
|
H. Audio, electronic, visual, thermal,
olfactory, or similar information
|
Images and audio, video or call recordings
created in connection with our business activities
|
NO
|
|
I. Professional or employment-related
information
|
Business contact details in order to provide
you our services at a business level, job title as well as work history
and professional qualifications if you apply for a job with
us
|
NO
|
|
J. Education
Information
|
Student records and directory
information
|
NO
|
|
K. Inferences drawn from other personal
information
|
Inferences drawn from any of the collected
personal information listed above to create a profile or summary about,
for example, an individual’s preferences and
characteristics
|
NO
|
We may also collect other personal information
outside of these categories instances where you interact with us in-person,
online, or by phone or mail in the context of:
- Receiving help through our customer support
channels;
- Participation in customer surveys or contests;
and
- Facilitation in the delivery of our Services and
to respond to your inquiries.
How do we use and share your personal
information?
More information about our data collection and
sharing practices can be found in this privacy notice
.
You may contact us
by email at
<EMAIL_ADDRESS>or by referring to the contact details at the bottom
of this document.
If you are using an authorized agent to exercise
your right to opt-out we may deny a request if the authorized agent does not
submit proof that they have been validly authorized to act on your
behalf.
Will your information be shared with
anyone else?
We may disclose your personal information with
our service providers pursuant to a written contract between us and each
service provider. Each service provider is a for-profit entity that processes
the information on our behalf.
We may use your personal information for our own
business purposes, such as for undertaking internal research for technological
development and demonstration. This is not considered to be "selling" of your
personal data.
NinetyH Studio
has not disclosed or sold any
personal information to third parties for a business or commercial purpose in
the preceding 12 months.
NinetyH Studio
will not sell personal information in the future
belonging to website visitors, users and other consumers.
Your rights with respect to your
personal data
Right to request deletion of the data -
Request to delete
You can ask for the deletion of your personal
information. If you ask us to delete your personal information, we will
respect your request and delete your personal information, subject to certain
exceptions provided by law, such as (but not limited to) the exercise by
another consumer of his or her right to free speech, our compliance
requirements resulting from a legal obligation or any processing that may be
required to protect against illegal activities.
Right to be informed - Request to
know
Depending on the circumstances, you have a right
to know:
- whether we collect and use your personal
information;
- the categories of personal information that we
collect;
- the purposes for which the collected personal
information is used;
- whether we sell your personal information to
third parties;
- the categories of personal information that we
sold or disclosed for a business purpose;
- the categories of third parties to whom the
personal information was sold or disclosed for a business purpose; and
- the business or commercial purpose for
collecting or selling personal information.
In accordance with applicable law, we are not
obligated to provide or delete consumer information that is de-identified in
response to a consumer request or to re-identify individual data to verify a
consumer request.
Right to Non-Discrimination for the Exercise
of a Consumer’s Privacy Rights
We will not discriminate against you if you
exercise your privacy rights.
Verification process
Upon receiving your request, we will need to
verify your identity to determine you are the same person about whom we have
the information in our system. These verification efforts require us to ask
you to provide information so that we can match it with information you have
previously provided us. For instance, depending on the type of request you
submit, we may ask you to provide certain information so that we can match the
information you provide with the information we already have on file, or we
may contact you through a communication method (e.g. phone or email) that you
have previously provided to us. We may also use other verification methods as
the circumstances dictate.
We will only use personal information provided
in your request to verify your identity or authority to make the request. To
the extent possible, we will avoid requesting additional information from you
for the purposes of verification. If, however, if we cannot verify your
identity from the information already maintained by us, we may request that
you provide additional information for the purposes of verifying your
identity, and for security or fraud-prevention purposes. We will delete such
additionally provided information as soon as we finish verifying
you.
Other privacy rights
- you may object to the processing of your
personal data
- you may request correction of your personal
data if it is incorrect or no longer relevant, or ask to restrict the
processing of the data
- you can designate an authorized agent to make
a request under the CCPA on your behalf. We may deny a request from an
authorized agent that does not submit proof that they have been validly
authorized to act on your behalf in accordance with the CCPA.
- you may request to opt-out from future selling
of your personal information to third parties. Upon receiving a request to
opt-out, we will act upon the request as soon as feasibly possible, but no
later than 15 days from the date of the request submission.
To exercise these rights, you can contact
us
by email at
<EMAIL_ADDRESS>or by referring to the contact details at the bottom
of this document. If you have a complaint about how we handle your data, we would
like to hear from you.
11. DO WE MAKE UPDATES TO THIS
NOTICE?
In Short: Yes, we will
update this notice as necessary to stay compliant with relevant
laws.
We may update this privacy notice from time to
time. The updated version will be indicated by an updated "Revised" date and
the updated version will be effective as soon as it is accessible. If we make
material changes to this privacy notice, we may notify you either by
prominently posting a notice of such changes or by directly sending you a
notification. We encourage you to review this privacy notice frequently to be
informed of how we are protecting your information.
12. HOW CAN YOU CONTACT US ABOUT THIS
NOTICE?
If you have questions or comments about this
notice, you may
contact our Data Protection Officer (DPO),
Andy Ai
, by email at
<EMAIL_ADDRESS>,
or by post to:
NinetyH Studio
Andy Ai
__________
__________
13.
Based on the applicable laws of your country,
you may have the right to request access to the personal information we
collect from you, change that information, or delete it in some circumstances.
To request to review, update, or delete your personal information, please submit a request form by clicking here
. We will respond to your
request within 30 days.


Types of trees are like the palm trees which are a favourite.
These are some typewriters that have lifted keys and when pressed they will automatically come up
Just an ordinary road with just one old car which looks very vintage, could buy it


Jane Doette
Front-end Ninja
https://github.com/udacity/appify/
https://github.com/udacity/sunflower/
https://github.com/udacity/bokeh/


OsmAnd 2.5 is now available! This time, we decided to focus on polishing the features and improving general usability of the app. We also made some cool improvements in the search area. Here are some of the changes we've made:
One of the key features of 2.5 introduces clickable icons on the map, displaying POI information promptly without the necessity to enable POI Layer first. This also allows watching public transport information without any interactions with the Configure Map menu. Simply click on any icon and the information will be displayed.
Another major improvement is an upgrade in the POI search function. Now, your search can be much more detailed. For example, you can search for an Italian restaurant that's open at the moment or a Spanish one that accepts Visa cards.
To specify your search, please go to Search - Categories. Then select a category, for example, Cafe and restaurant. Press the Settings button in the left upper corner and you'll see a wide range of filters, from opening hours to specific diets (gluten free, vegetarian, etc.) to outdoor seating, takeaway options, wheelchair accessibility and even internet access type. After you set all the features you need, press 'Apply filters' button below. We've also improved the Quick search feature to let you find the places you need even more conveniently.
We decided to hide the compass icon from the map screen, if the map is turned to the north, for a cleaner look. If you rotate the map, you'll notice that the icon is back. However, if you need the Compass icon to stay on screen, just edit this setting in the 'Configure screen' menu.
OsmAnd has become way friendlier towards the Android Wear. Now you can get a full navigation information including next turn, distance, and ETA. You'll get two kinds of notifications: 1) navigation related 2) trip recording related.
As you may have already noticed, we added a whole new map style especially helpful for cyclists and hikers. Please read the detailed guide to it.
To control the quality of your tracks, you can now apply filters before recording trip points: Use the settings "motion detection" (i.e. minimum displacement between points), preferred minimum GPS accuracy, and minimum speed.
We have also made multiple improvements around turn lanes, the Configure Map menu (now a button in the top left corner of the map screen), as well as the Main menu.
We also prepared a small surprise for the Christmas season: Read more about it. Let's add more holiday-related points to the map – Christmas is coming!


--- layout: post title: Sad king date: '2016-12-05T06:00:27+01:00' categories: - Sketches picture_url: https://film-Storyboards.tumblr.com/post/154073371746 ---


Our famous buttermilk fried chicken thighs on a sesame see bun with pickles, lettuces, tomato, and our house comeback sauce!
A feast fit for royalty! A whole chicken, choice of two sides, biscuits and a gallon of house made lemonade!
If you're like Tommy, then you're gonna love these delicious wings with your choice of sauce. Choose 5, 10, or 15 wings!


| Nr | Date | Time of operation To | Time of operation From | Content | Code of the Faculty | Programme | Year of study | Department | Course |
|---|---|---|---|---|---|---|---|---|---|
| {{order.number}} | {{order.date}} | {{order.time_to}} | {{order.time_from}} | {{order.content}} | {{order.faculty}} | {{order.programme}} | {{order.study_year}} | {{order.department}} | {{order.course}} |


#include <cloud_mean.h>
Public Types | |
| typedef nimbus::cloudFilter< T > | cFilter |
Public Member Functions | |
| cloudMean (ros::NodeHandle nh) | |
| void | meanFilter (pcl::PointCloud< T > &res, int width, int height) |
| This will take mean of individual points. More... | |
| ~cloudMean () | |
| Public Member Functions inherited from nimbus::cloudFilter< T > | |
| cloudFilter (ros::NodeHandle nh) | |
| void | voxelGrid (const PointCloudType blob, PointCloudType &res) |
| Pass through Filter. More... | |
| ~cloudFilter () | |
Public Attributes | |
| pcl::SynchronizedQueue< PointCloud > | cloudQueue |
Private Types | |
| typedef pcl::PointCloud< T > | PointCloud |
Private Attributes | |
| ros::NodeHandle | _nh |
Definition at line 14 of file cloud_mean.h.
| typedef nimbus::cloudFilter<T> cloudMean< T >::cFilter |
Definition at line 20 of file cloud_mean.h.
|
private |
Definition at line 17 of file cloud_mean.h.
Definition at line 39 of file cloud_mean.h.
Definition at line 41 of file cloud_mean.h.
| void cloudMean< T >::meanFilter | ( | pcl::PointCloud< T > & | res, |
| int | width, | ||
| int | height | ||
| ) |
This will take mean of individual points.
| res | |
| width | |
| height | ToDo: Implementation of voxel grid filter |
Definition at line 44 of file cloud_mean.h.
|
private |
Definition at line 18 of file cloud_mean.h.
| pcl::SynchronizedQueue<PointCloud> cloudMean< T >::cloudQueue |
Definition at line 34 of file cloud_mean.h.


Open Source Slack-alike, Open Source MailChimp-alike, DeepFake PSA, and Secure Devices Zulip -- FOSS Slack-type chat. Mailtrain -- self-hosted GPLv3 MailChimp-style newsletter service that you can hook up to your favorite mail service (e.g., Mailgun). Fake News PSA -- DeepFake video of Barack Obama saying things that Obama never said (made for Buzzfeed). Seven Properties of Highly Secure Devices (Microsoft) -- Hardware-based root of trust; small trusted computing base; defense in depth; compartmentalization; certificate-based authentication; renewable security; failure reporting. Check out the "Impact of AI on Business and Society" sessions at the AI Conference in New York, April 29-May 2, 2018. Continue reading Four short links: 18 April 2018.


--- title: {{ page._name }} --- {%- include header.html -%} {%- include nav.html -%} {%- include side_nav.html -%} {%- include breadcrumb.html -%}
{%- if page.description -%}
{{ page.description }}
{%- endif -%}
{%- if page.long_description -%}
{{ page.long_description }}
{%- else -%}
For a given ATT&CK® tactic, the table shows the adversary techniques that are used, the active defense
opportunities that are created, the active defense techniques that can then be applied, and use cases to
illustrate possible applications.
{%- endif -%}
| ATT&CK Technique | Opportunity Space | AD Technique | Use Case | {%- for row in site.data.attack_mapping -%} {%- for attack_tactic in row['attack_tactics'] -%} {%- if attack_tactic.id == page._id -%}
|---|---|---|---|
| {{ row.attack_technique.id }} - {{ row.attack_technique.name }} | {{ row.opportunity.description }} | {{row.technique.id}} - {{ row.technique.name }} | {{ row.use_case.description }} |


| Name |
{{m.name}}
|
Image | {{m.image}} | Created at | {{ element.created_at | date:'dd.MM.yyyy - HH:mm'}} | Updated at | {{ element.updated_at | date:'dd.MM.yyyy - HH:mm'}} | Export | Edit | Delete |
|---|


I have a secret... I love Ruby (don't tell her). This week has been dedicated to diving into Ruby for the first time. It has been a great experience. There are so many concepts here that it would take forever to cover them all. I'll just stick to two for now. Arrays and Hashes. Hashes and Arrays. Are you ready for a knowledge bomb to be dropped?
Let's take a look at arrays to start. An array is a list of objects. An example looks like [1, 2, 3]
. They do not need to be the same type of objects. You can mix and match different things in an array (i.e. [1, 'String', ['another', 'array']]
). These can be super useful for keeping track of lists of information. Something cool about arrays is that you can access each item in the list by what is called the index. Let's look at an example array, array = ['thing', 'another thing', 'something else']
. Each object in the array has an index. We start at 0 and count up (cause that's what programmers do). So if I were to type puts array[0]
, then we would get 'thing'
. puts array[1]
would be 'another thing'
. Make sense?
Hashes are very similar to arrays. They are lists that have indices that can point to various objects. The major difference is that arrays are great for keeping track of objects in a numbered list whereas hashes don't necessarily need to be in order and there index doesn't have to be a number. I know this sounds confusing so let's take a look. You would set up a hash like this:
hash ={
key => value,
key => value
}
Let's create a sample one.
hash_sample ={
'name' => 'Zac',
'age' => 24
}
Now with an array, I would need to know the order in which each value appeared to be able to call it. But with hashes, I can type puts hash_sample['name']
and it will return 'Zac'
. Pretty cool right? This is very useful when there is a lot of things you want to keep track of but they don't necessarily fit into a nice, neat ordered list.


{% extends "horizon/common/_modal_form.html" %} {% load i18n %} {% block modal-body-right %}
{% blocktrans %}
Run connection tests on all registered nodes to verify SSH credentials.
SSH connection tests will fail if either the node is unreachable, or the provided
SSH credentials are invalid.
Warning - these tests may take several minutes to complete.
{% endblocktrans %}


The first issue with large documents is the basic structure of the visible tree. The topmost object of a large visible tree must be able to keep track of information about the current translations and coordinates being used. Typically, the topmost object would be a subclass of
VisContentClass
; this does not change with large trees, though another consideration has to be taken care of.
A content object should not contain any information about the document itself; the content object should not be stored along with other document information. Thus, the object that acts as the content can not be the object that also manages the 32-bit document space. Instead, it is easiest to use a
VisCompClass
object to manage the document space and to place this object as a child of the content.
In addition, you can set up several different composite children of the content, each one managing its own large document space. Each one of these composites is called a "layer object" and manages a "layer" of the document. This way, you can have several different layers (such as a spreadsheet layer and a graphic layer) in the same document. The layer object should manage the calculations and translations necessary for supporting the large document space.


|
ActiveTcl User Guide
|
||
Tcl_GetOpenFile - Get a standard IO File * handle from a channel. (Unix only)
#include <tcl.h>
int
Tcl_GetOpenFile(interp, string, write, checkUsage,
filePtr)
Tcl_GetOpenFile takes as argument a file identifier of the form returned by the open command and returns at *filePtr a pointer to the FILE structure for the file. The write argument indicates whether the FILE pointer will be used for reading or writing. In some cases, such as a channel that connects to a pipeline of subprocesses, different FILE pointers will be returned for reading and writing. Tcl_GetOpenFile normally returns TCL_OK. If an error occurs in Tcl_GetOpenFile (e.g. string didn't make any sense or checkUsage was set and the file wasn't opened for the access specified by write) then TCL_ERROR is returned and the interpreter's result will contain an error message. In the current implementation checkUsage is ignored and consistency checks are always performed.
Note that this interface is only supported on the Unix platform.
channel, file handle, permissions, pipeline, read, write
Copyright © 1996-1997 Sun Microsystems, Inc. Copyright © 1995-1997 Roger E. Critchlow Jr.


CSPICE_SPKCOV returns the coverage window for a specified ephemeris
object in a specified SPK file.
Given:
spk the name, or cell of names, of SPICE SPK file(s).
[n,c1] = size(spk); char = class(spk)
or
[1,n] = size(spk); cell = class(spk)
idcode the SPK ID code of an object for which ephemeris
data are expected to exist in the specified SPK file.
[1,1] = size(idcode); int32 = class(idcode)
room the number of intervals for use as a workspace by the
routine. This value should equal at least the number
of intervals corresponding to 'idcode' in 'spk'.
[1,1] = size(room); int32 = class(room)
cover_i an optional input describing a either an empty window or a
window array created from a previous cspice_spkcov call.
Inclusion of this window argument results in an output
window consisting of a union of the data retrieved from the
'spk' kernels and the data in 'cover_i'.
[2m,1] = size(cover_i); double = class(cover_i)
or
[0,0] = size(cover_i), double = class(cover_i)
the call:
cover = cspice_spkcov( spk, idcode, room, cover_i )
or
cover = cspice_spkcov( spk, idcode, room )
returns:
cover the window containing the coverage for 'idcode'', i.e.
the set of time intervals for which 'idcode'
data exist in the file 'spk'. The array 'cover'
contains the pairs of endpoints of these intervals.
[2p,1] = size(cover), double = class(cover)
or
[0,1] = size(cover), double = class(cover)
Each window defined as a pair of endpoints such that:
window 1 = cover(1:2)
window 2 = cover(3:4)
window 3 = cover(5:6)
...
window p = cover(2p-1,2p)
The interval endpoints contained in 'cover' are ephemeris
times, expressed as seconds past J2000 TDB.
'cover' returns an empty set if 'spk' lacks coverage for
'idcode'. If 'cover_i' exists in the argument list, 'cover'
returns as a union of the coverage data found in 'spk' and
the data in 'cover_i'. 'cover' can overwrite 'cover_i'.
Any numerical results shown for this example may differ between
platforms as the results depend on the SPICE kernels used as input
and the machine specific arithmetic implementation.
Use a simple function to display the CK IDs found in a CK, or set of
CKs, and the time coverage of the data corresponding to those IDs.
This example calls both cspice_ckobj and cspice_ckcov. In practice,
algorithms using cspice_spkobj will also use cspice_spkcov and
vice-versa.
function spkcov_t(SPK)
MAXOBJ = 1000;
WINSIZ = 1000;
LSK = 'naif0010.tls';
%
% Note, neither cspice_spkcov or cspice_spkobj requires this
% kernel to function. We need the data for output time
% conversion.
%
cspice_furnsh( LSK )
%
% Find the set of objects in the SPK file.
%
ids = cspice_spkobj( SPK, MAXIV );
%
% We want to display the coverage for each object. Loop over
% the contents of the ID code set, find the coverage for
% each item in the set, and display the coverage.
%
for i=1:numel(ids)
%
% Extract the coverage data for object 'ids(i)'.
%
cover = cspice_spkcov( SPK, ids(i), WINSIZ );
[row,col] = size(cover);
%
% Display a simple banner.
%
fprintf( '========================================\n')
fprintf( 'Coverage for object %d\n', ids(i) )
%
% 'cover' has dimension 2Nx1, where 'row' has the value 2N with
% each window defined as a pair of endpoints such that:
%
% window 1 = cover(1:2)
% window 2 = cover(3:4)
% window 3 = cover(5:6)
% ...
% window N = cover(2N-1,2N)
%
% Loop from 1 to 'row' with step size 2.
%
for j=1:2:row
%
% Convert the endpoints to TDB calendar format time strings
% and display them. Pass the endpoints in an array,
% so cspice_timout returns an array of time strings.
%
% Recall a vectorized input has dimension 1xM so transpose
% the 'cover' slice.
%
timstr = cspice_timout( cover(j:j+1)', ...
'YYYY MON DD HR:MN:SC.### (TDB) ::TDB' );
fprintf('Interval: %d\n' , (j+1)/2 )
fprintf(' Start: %s\n' , timstr(1,:) )
fprintf(' Stop: %s\n\n', timstr(2,:) )
end
end
%
% Empty the kernel pool.
%
cspice_kclear
Example (1):
Matlab outputs:
spkobj_t ( {'/sat393.bsp', 'ura112.bsp'} )
========================================
Coverage for object 3
Interval: 1
Start: 1900 JAN 01 00:00:41.183 (TDB)
Stop: 2099 DEC 24 00:01:07.183 (TDB)
========================================
Coverage for object 6
Interval: 1
Start: 1950 JAN 01 00:00:41.183 (TDB)
Stop: 2050 JAN 01 00:01:08.183 (TDB)
========================================
Coverage for object 7
Interval: 1
Start: 1900 JAN 01 00:00:41.183 (TDB)
Stop: 2099 DEC 24 00:01:07.183 (TDB)
========================================
Coverage for object 10
Interval: 1
Start: 1900 JAN 01 00:00:41.183 (TDB)
Stop: 2099 DEC 24 00:01:07.183 (TDB)
========================================
Coverage for object 399
Interval: 1
Start: 1900 JAN 01 00:00:41.183 (TDB)
Stop: 2099 DEC 24 00:01:07.183 (TDB)
========================================
Coverage for object 610
Interval: 1
Start: 1950 JAN 01 00:00:41.183 (TDB)
Stop: 2050 JAN 01 00:01:08.183 (TDB)
...
========================================
Coverage for object 723
Interval: 1
Start: 1900 JAN 01 00:00:41.183 (TDB)
Stop: 2099 DEC 24 00:01:07.183 (TDB)
========================================
Coverage for object 724
Interval: 1
Start: 1900 JAN 01 00:00:41.183 (TDB)
Stop: 2099 DEC 24 00:01:07.183 (TDB)
========================================
Coverage for object 799
Interval: 1
Start: 1900 JAN 01 00:00:41.183 (TDB)
Stop: 2099 DEC 24 00:01:07.183 (TDB)
Example (2):
MATLAB outputs:
>> spkobj_t( { '/kernels/Hubble/1990-01-01_1996-01-01.bsp', ...
'/kernels/Hubble/2002-01-01_2006-12-31.bsp' } )
========================================
Coverage for object -48
Interval: 1
Start: 1990 APR 25 02:01:40.071 (TDB)
Stop: 1995 DEC 31 17:42:03.755 (TDB)
Interval: 2
Start: 2002 JAN 01 02:02:00.084 (TDB)
Stop: 2006 DEC 29 09:36:39.732 (TDB)
This routine provides an API via which applications can determine
the coverage a specified SPK file provides for a specified
ephemeris object.
For important details concerning this module's function, please refer to
the CSPICE routine spkcov_c.
MICE.REQ
SPK.REQ
CELLS.REQ
DAF.REQ
TIME.REQ
WINDOWS.REQ
-Mice Version 1.2.1, 10-MAR-2015, EDW (JPL)
Edited I/O section to conform to NAIF standard for Mice documentation.
-Mice Version 1.2.0, 03-APR-2012, EDW (JPL)
Edits to Example code and comments. No change to Example code
functionality.
Renamed the argument 'size' to 'room'. "size" is a Matlab function
name and it's seriously dumb to use a function name word as an argument
name.
Edited I/O section to conform to NAIF standard for Mice documentation.
-Mice Version 1.1.0, 29-DEC-2008, EDW (JPL)
Edited description of 'size'; 'size' now defines the maximum
number of intervals for the internal workspace window.
The 'cover_i' argument may now have the empty array value, [],
on input.
Added range restriction on size.
Corrected several typos.
-Mice Version 1.0.0, 18-JUN-2007, EDW (JPL)
get coverage window for spk object
|


Contact Information
There are some additional items that need to be included in this project. On this page can be found two lists; one ordered, one un-ordered. The balance is right.
Below are different modes of communication by which one can get in touch with me, ranked by preference.
- Email<EMAIL_ADDRESS>- IRC: @kopfreiheit on irc.krono.net
- ... smoke signals
- Phone:<PHONE_NUMBER>
Here is a list without order.
- Apple
- Nightclub
- Cube farm
- Grape
- Pantsuit


--- layout: post status: publish published: true title: 'SvcUtil: Endpoint Cannot Be Configured' author: display_name: Tomas Restrepo login: tomasr email<EMAIL_ADDRESS>url: http://winterdom.com/ author_login: tomasr author_email<EMAIL_ADDRESS>author_url: http://winterdom.com/ wordpress_id: 106 wordpress_url: http://winterdom.com/2009/02/svcutilendpointcannotbeconfigured date: '2009-02-18 06:34:24 +0000' date_gmt: '2009-02-18 06:34:24 +0000' categories: - WCF tags: [] comments: [] ---
I’ve been working the past week on some custom WCF transport channels. It’s been pretty instructive, though it can be a bit of a frustrating experience at times.
The past couple of days, I’ve been busy getting metadata/policy export/import working correctly, and ran into an error when using SvcUtil.exe to import my service metadata:
Attempting to download metadata from 'http://localhost:6466/Metadata/' using WS-Metadata Exchange or DISCO.
Error: An error occurred in the tool.
Error: The binding on the service endpoint cannot be configured.
Parameter name: endpoint.Binding
This is a pretty generic error message that, well, doesn’t really tell you anything. SvcUtil.exe
(and it’s related VS feature) is a pretty key piece of the WCF developer toolkit, but, unfortunately, it’s (a) full of bugs and (b) has horrible error handling, which makes diagnosing problems with metadata import incredibly frustrating.
As usual, the problem turned out to be mine: I had registered my IPolicyImportExtension/IWsdlImportExtension
implementation in a custom app.config file that I was feeding to SvcUtil using the /svcutilConfig
argument. This worked fine and the importer was getting correctly invoked and executed just fine.
However, I forgot to register my bindingExtension
& bindingElementExtension
for my custom binding and custom transport binding element, which prevented SvcUtil from serializing the custom binding to the configuration XML.
Once I fixed that, it worked right away. I just wish that SvcUtil could have generated a clearer error message pointing out what the problem actually was.


{% extends 'public/_layouts/_main.html' %} {% block title %} Suspects {% endblock %} {% block body %} No suspects found No suspects found {% endblock %}
No suspects found


Games:
Breakout
Slider
Deal Or No Deal
Scintillating Circles
Rubik's Cube:
Movecount Coefficient Calculator
Batch Solver
Batch Solver Documentation
Yoyleberry Method (Square-1)
My Notable FMC solves
My Belt Method (3x3x3)
Subsolver
ELL Algorithms
Other:
Armies


A talk about the React world.
Created by Benjamim Sonntag for a siosLIFE talk & roll.
"A JavaScript library for building user interfaces."
Made by Facebook and Instagram
Makes no assumptions about the rest of the application.
It's the V in MVC.
No overload of features to explore (and get lost in).
Fast to start using.
React is all about building components.
Components are not templates.
Components unify markup with its view logic.
(Yes, JavaScript and HTML in the same file. Yuck...)
Components should be encapsulated and reusable.
Makes them easier to maintain.
A component's properties are changed by its parent.
The state is updated by the component itself or by external events.
When the state is updated, the view will re-render itself.
Components can be seen as state machines.
The object passed to React.createClass() specifies the component's methods, including lifecycle methods.
Must return a single DOM element, that can be another React component or a native DOM element (like a <div>)
The render method is required.
Values in the returned object will be set on this.props
if that prop is not specified by the parent component.
Invoked once and cached when the class is created.
The return value will be used as the initial value of this.state.
Invoked before a component is mounted.
Merges nextState into the current state.
Clears the component's state and sets it to nextState.
"Application Architecture for Building User Interfaces."
Complements React's composable view components by utilizing a unidirectional data flow.
The dispatcher is the central hub that manages all data flow.
Receives actions from views and external sources
and sends them to the stores.
Contain the application state and logic.
Actions result in updates to the state of the store.
After the stores are updated, they broadcast an event declaring that their state has changed.
Views listen for events that are broadcasted by the stores.
When an event is received, the view requests the new state via the stores's public getters.
"Predictable state container for JavaScript applications."
"A framework for building native apps using React."
All operations between the JavaScript application code and the native platform are performed asynchronously.
Provides polyfils for most browser APIs, like XMLHttpRequest.
There are also many packages on npm that polyfil other browser APIs, like WebRTC.
Uses a JavaScript runtime, but the UI is not HTML.
Provides a native-level performance and look and feel.


Search
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Sorry, Web Serial is not supported on this device, make sure you're
running Chrome 78 or later and have enabled the
#enable-experimental-web-platform-features
flag in
chrome://flags
Install Adafruit.io WipperSnapper for ESP32


We're not just another digital marketing agency
At Brandzila, we like to do stuff a little bit inversely.Digital Marketing is not
just about the technical stuff
or showing the right person the right message
in the right location. It is also about meeting (and going beyond) our
clients' expectation
in unexpected ways.
--It is as simple as that.
Our brilliant team of inventive, technical and strategic minds
use an extensive array of digital platforms to connect our clients to their audience.
Address: Office No.2 3rd Floor 35 Civic-Center Barket Market New Garden Town
Lahore,Pakistan
Landline : +92 42 35941774
Mobile : +92<PHONE_NUMBER>


Privacy Policy
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| Your information during the registration
Userscloud.com stores an e-mail address you specify when you register with us, and your name if it is indicated in the user profile. Userscloud.com does not rent, sell, or share personal information about you with non-affiliated companies. Also, IP addresses are logged and used to identify our visitors as well as manage download limitations and user sessions. |
Your account password Please note that it is your responsibility to keep the password confidential, so do not share it with anyone. If you use a public PC, make sure you log out prior to leaving Userscloud.com site. You are solely responsible for keeping your password inviolable. |
| Certain exceptional disclosures
We may disclose your information if necessary to protect our legal rights or if the information relates to actual or threatened harmful conduct or potential threats to the physical safety of any person. The disclosure of personal information may be required by court or law enforcement officials. |
Your account at our service When you upload a file to our server, we give you a unique URL to download the file. We do not share download URLs with anyone, however we will provide the file to any browser requesting the file by its unique URL address. We reserve a right to review your account content for violations of our Terms and Conditions. If we determine that your files violate the Terms and Conditions, we may ban your account and will attempt to contact you. We reserve the right to cancel your account and remove the files from our servers. We do not own your account content, and will access your files for troubleshooting only. All your files are allowed to be downloaded only according to the security settings you define. We guarantee safety of your files, for that purpose we make backups of all files. |
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Userscloud.com uses cookies in order to track and analyze preferences of our users and, as a result, improve our site. A cookie is an encrypted number, generated when you visit any site that supports sessions. This cookie is saved permanently on your computer. This data does not contain any secure information (just an encrypted string). Additionally, we set a cookie when you log in to make further logging into our system a little easier. No other website can access any information about you from the cookies we may store on your local computer. We do not share cookies or any other type of information with any other companies. You can always choose not to receive a cookie file by enabling your web browser to refuse cookies or to prompt you before accepting a cookie. |
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Any information collected and processed within Userscloud.com is treated with the utmost confidentiality. Userscloud.com will not sell or rent out any personal information gathered from clients. We will make no public release of any personal information that is collected through our proprietary file sharing tool. All client-specific information gathered through us will be the property of the user. To prevent unauthorized access or disclosure, to maintain data accuracy and to ensure the appropriate use of information, we have put into place physical, electronic and managerial procedures to safeguard the information that we collect online. We encrypt the information you submit to Userscloud.com with EssentialSSL 256-bit SSL certificate. |
| Credit card security
All purchases on Userscloud.com are handled by third party card processing company. Userscloud.com does not arrange and/or save numbers or any information from your credit cards. |
External links If any part of the Userscloud.com website links you to other websites, those websites do not operate under this Privacy Policy. We recommend you examine the privacy statements posted on those other websites to understand their procedures for collecting, using and disclosing personal information. |
| Contact information
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Sets
Set identifiers are marked as capital letters:
A, B, C, K, L, M, N, X, Y
etc Set members are marked as:
a, b, c, ...
.
Number sets


Axis Back
Preview
Move by step
Up-Left
Up
Up-Right
Left
Do Nothing
Right
Down-Left
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In
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Iris Open
Iris Close
Presets
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Axis Left
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Live on Sunday Streams


News story
The third National Careers Service job confidence index, released today (28 March 2014), shows the nation’s job confidence is increasing.
According to research conducted by ICM, the main driver behind this increase in job confidence is the economic recovery, with 57% claiming they are more job confident as a result of improving business outlook - an increase of 15 percentage points from 42% in August and November 2013.
The overall index is based on research looking at various issues affecting someone’s confidence in finding work, analyses the state of the nation’s work and employment prospects.
In the regions and across all sectors of society, it appears that overall job confidence is increasing. The North East and West Midlands saw the biggest leaps in job confidence compared to 3 months ago.
However, when it comes to pinning down job opportunities and performing under pressure, the index reveals that job seekers may need more help.
Just over a quarter of people (28%) do not feel confident in being interviewed for a job, compared to 35% in November 2013.
Furthermore, despite a general consensus amongst those that are unemployed but seeking work, that developing a CV and gaining work experience are important steps in showing ability to future employers, the index showed only a third of all respondents have actually taken steps to update their CV and less than 1 in 10 (7%) have applied for work experience.
Skills and Enterprise Minister Matthew Hancock said: “It is testament to our long term economic plan that people are becoming more confident in the jobs market. Every job means more economic security for families.
“To support this growing feeling and as the recovery continues, people can be assured that the National Careers Service provides advice to all ages and at all stages of their working lives. I would urge anyone who needs help with their job search gets in touch with them today.”
Key headlines from the index:
For further information, visit the National Careers Service website .
Published: 28 March 2014
From: Skills Funding Agency
Part of: Further education and training


Welcome to the GliderThrow_Meter’s documentation!
This is the documentation for the GliderThrow_Meter’s project (GliderThrow_Meter).
GliderThrow is primary design for setting the control surface of a RC glider but you will find that it can be used on most every airplane and for a variety of applications as Measuring a dihedral angle of a wing, Measuring Model Airplane Incidence angle , etc.
GliderThrow meter is made up of two device, each using one ESP32 SOC and one MPU 6050 6 doffs component.
Each device can measure the deflections in degrees / millimeters with a resolution of 0.1 degrees and can measure the differential when working together with a second unit since GliderThrow is a system that comprises two sensors, one for each wing or surface control pair of your airplane.
Using a dual system simplifies a lot the throw setting of your model by having a direct view of « equivalent » control surfaces at the same time (left and right aileron, or flap).
As the first device embedded a small http server, the data can be viewed through any web browser on a smartphone, PC or MAC, using Windows, Linux, Android or iOS.
UI is built using bootstrap and jquery, and all the files needed are embedded in the .rodata segment of the first device.
The project is made up of two parts, the server (Esp_mad_Server directory) and the client (Esp_mad_Client directory).
Two extras libraries are used in the project : i2clibdev and MPU6050 from jrowberg.
These libraries are in the extra_components directory of the project.
This project is build using the ESP-IDF 4.0.3 CMake Build System. Please refer to the espressif documentation for more information to setup an ESP-IDF environnement.
Note
Take care to build the project with an ESP-IDF framework < v4.1 (tcp_adaptor & event_loop APIs have changed since v4.1).
I highly recommend you to use the Vscode IDE and the espressif ESP-IDF Vscode Extension to build the project.
All my thanks to the members of the Electrolab of Nanterre who assisted me during the realization of this project and for the access to the manufacturing and tests tools of this miraculous Hackerspace.
This project is published under the MIT license.
Enjoy !


Gecode::IntSet Class Reference
[Integer variables]
#include <int.hh>
Detailed Description
Integer sets.Integer sets are the means to specify arbitrary sets of integers to be used as domains for integer variables.
Definition at line 94 of file int.hh.
Constructors and initialization | |
| IntSet (void) | |
| Initialize as empty set. | |
| IntSet (const IntSet &is) | |
| Copy constructor. | |
| IntSet (int n, int m) | |
| Initialize as range with minimum n and maximum m. | |
| IntSet (const int r[], int n) | |
| Initialize with n integers from array r. | |
| IntSet (const int r[][2], int n) | |
| Initialize with n ranges from array r. | |
| template<class I> | |
| IntSet (I &i) | |
| Initialize with range iterator i. | |
Range length | |
| int | size (void) const |
| Return number of ranges of the specification. | |
Range access | |
| int | min (int i) const |
| Return minimum of range at position i. | |
| int | max (int i) const |
| Return maximum of range at position i. | |
| unsigned int | width (int i) const |
| Return width of range at position i. | |
Entire set access | |
| int | min (void) const |
| Return minimum of entire set. | |
| int | max (void) const |
| Return maximum of entire set. | |
Cloning | |
| void | update (bool share, IntSet &s) |
| Update this set to be a copy of s. | |
Predefined value | |
| static const IntSet | empty |
| Empty set. | |
Related Functions | |
| (Note that these are not member functions.) | |
| std::ostream & | operator<< (std::ostream &, const Gecode::IntSet &s) |
| Print integer set s. | |
Classes | |
| class | MinInc |
| Sort ranges according to increasing minimum. More... |
Constructor & Destructor Documentation
|
|
Initialize as empty set.
Definition at line 30 of file int-set.icc. |
|
|
Copy constructor.
Definition at line 33 of file int-set.icc. |
|
|
Initialize as range with minimum n and maximum m. Note that the set is empty if n is larger than m Definition at line 54 of file int-set.icc. |
|
|
Initialize with n integers from array r.
Definition at line 51 of file int-set.icc. |
|
|
Initialize with n ranges from array r. For position i in the array r, the minimum is r[i][0] and the maximum is r[i][1]. Definition at line 48 of file int-set.icc. |
|
|
Initialize with range iterator i.
Definition at line 37 of file int-set.icc. |
Member Function Documentation
|
|
Return number of ranges of the specification.
Definition at line 77 of file int-set.icc. |
|
|
Return minimum of range at position i.
Definition at line 62 of file int-set.icc. |
|
|
Return maximum of range at position i.
Definition at line 67 of file int-set.icc. |
|
|
Return width of range at position i.
Definition at line 72 of file int-set.icc. |
|
|
Return minimum of entire set.
Definition at line 82 of file int-set.icc. |
|
|
Return maximum of entire set.
Definition at line 87 of file int-set.icc. |
|
|
Update this set to be a copy of s. If share is true, the copy is identical. Otherwise an independent copy is created. Definition at line 57 of file int-set.icc. |
Friends And Related Function Documentation
|
|
Print integer set s.
Definition at line 97 of file int-set.cc. |
Member Data Documentation
|
|
Empty set.
|
The documentation for this class was generated from the following files:
- gecode/int.hh (Revision: 3579)
- gecode/int/int-set.cc (Revision: 3512)
- gecode/int/int-set.icc (Revision: 3512)


Static Site Boilerplate
A quick way to create a static website using
- Tailwind CSS
- Laravel Mix
More information: https://github.com/cuatromedios/html-tailwind-laravel-mix-boilerplate
A quick way to create a static website using
More information: https://github.com/cuatromedios/html-tailwind-laravel-mix-boilerplate


South Kildare home comes with tennis court and novelty clock tower
by Senan HoganA six-bedroom house with a clock tower in south Kildare is for sale for €1.85m.
Cramersvalley spans a floor area of 564.3sq m (6,704sq ft) and is on 36 acres of mature trees, woodlands with walks, formal gardens and paddocks.
The land borders the River Liffey for 500m and comes with fishing rights. The property includes a one-acre private island in the river.
MORE: See Video and 50 Photos
There’s a stable yard - with its weather vane and clock tower - comprising eight stables, a tack room, storage and a one-bedroom self-contained apartment used as au pair quarters in previous years.
Also included is a hay shed, horse walker and sand arena with jumps.
The house was built just 16 years ago on a bare greenfield site.
Three interconnecting reception rooms open off the hall to the rear, a drawing room, dining room and family room, each accessing a patio via French doors.
There’s also a large home office. The maple-fitted kitchen includes double stainless steel stove and stone-topped island.The master bedroom has a room-sized walk-in dressing room as well as a bathroom en suite. An attic room is used as a bedroom.
Cramersvalley, which takes its name from the surrounding townland, is for sale through Sherry FitzGerald Country Homes.


Work summary:
I work as a software engineer in Software Integrity Group at Synopsys Inc. (India), located at Prestige Blue Chip, Bengaluru, India.
My current focus is on development state-of-the-art lightweight, scalable, and precise static/program analysis tool that detects
security vulnerabilities in software code to safeguard it from different types of attacks.
Prior to joining Synopysis Inc. in July 2022, I worked as a senior scientist at TRDDC, one of the research-and-innovation labs of TCS Research (Tata Consultancy Services Ltd), located in Pune, India.
My research interests span across several aspects of program analysis, software security, software verification, and software engineering.
Currently, my primary focus is on (1) analysis and verification of smart contracts to detect security vulnerabilities, and (2) improving the state of program analysis and alarms postprocessing by using machine learning.
More details about my work and work-experience are
here.
Education summary:
PhD from Eindhoven University of Technology (TU/e) in 2020. More details about my PhD and thesis can be found here.
Bachelor of Engineering in Computer Science in 2006 from Maharashtra Institute of Technology, Pune, affiliated to University of Pune, India.
Service to Conference Organizing/Journals:
PC Member:
ISEC 2023 (Research track),
SANER 2023 (ERA track),
SANER 2022 (ERA track),
ICSE 2022 (Artifacts Evaluation track),
SCAM 2021 (Research track, distinguished reviewer award ),
SANER 2021 (ERA track),
SCAM 2020 (NIER track), SCAM 2019 (Research track),
DSN 2019 (Industry track),
DSN 2017 (Industry track), SANER 2015 (Research track).
Referee for Journals:
IST (2022),
TDSC (2022),
TDSC (2021),
IST (2021),
EMSE (2021),
EMSE (2019).
Sub-reviewer (Conference):
SANER 2021 (RENE track),
ISEC 2021 (Research track),
ISEC 2019 (Research track),
ISEC 2018 (Research track),
SEFM 2016 (Research track).
Others:
ATVA 2017 (Finance Chair), ISSRE 2015 (Industry panelist).
Tutorials/Invited talks:
- Invited talk - Approaches for Postprocessing of Static Analysis Alarms.
Oracle Labs, Brisbane, Australia. March 30, 2022.
- Tutorial - Approaches and techniques for automatic postprocessing of static analysis alarms.
Half day tutorial in ISSRE 2020 conference. Coimbra, Portugal. October 14, 2020.
- Tutorial - Approaches and techniques for automatic postprocessing of static analysis alarms.
Half day tutorial in ISSRE 2019 conference. Berlin, Germany. October 28, 2019.
- Invited talk - Thinking optimizations in programming.
Maharashtra Institute of Technology, Pune, India. Feb 11, 2016.
- Invited talk - Efficient elimination of false positives.
Fraunhofer USA. USA. November 06, 2015.
Collaborators and Interns:
Collaborators:
Dr. Bonita Sharif (University of Nebraska - Lincoln): 2018 onwards;
Dr. Alexander Serebrenik (Eindhoven University of Technology): 2016 onwards,
Prof. Uday Khedker (IIT Bombay): 2014-2016,
Dr. Paddy Krishnan (Bond University): 2010.
Interns: I had the privilege of supervising several interns at TRDDC. The recent ones are -
2021: Furqan Khangujjar (IIT Patna), Bhanu Prakash Reddy Koppula (IIIT Nagpur).
2020: Abhinav Kumar (IIIT Pune), Prajkta Kodavade (Walchand College of Engineering, Sangli), Nathan van Beusekom (Eindhoven University of Technology).
2019: Anushri Laddha (IIIT Nagpur), Peeyush Kushwaha (IIIT Delhi), Kunal Verma (IIT Gandhinagar).
Publications:
- Tukaram Muske and Alexander Serebrenik.
Classification and Ranking of Delta Static Analysis Alarms. 22nd IEEE International Working Conference on Source Code Analysis
& Manipulation (SCAM 2022), accepted
(PDF)
- Niloofar Mansoor, Tukaram Muske,
Alexander Serebrenik, and Bonita Sharif.
An Empirical Assessment of Repositioning of Static Analysis Alarms. 22nd IEEE International Working Conference on Source Code Analysis
& Manipulation (SCAM 2022), accepted
(PDF)
- Tukaram Muske and Alexander Serebrenik.
Survey of Approaches for Postprocessing of Static Analysis Alarms. ACM Computing Surveys (CSUR),
55, no. 3 (2022), pp: 1-39, ACM, 2022.
(DOI
· PDF)
- Tukaram Muske and Alexander Serebrenik.
Techniques for efficient automated elimination of false positives.
20th International Working Conference on Source Code Analysis and Manipulation (SCAM 2020),
pp. 259-263. IEEE, 2020. (DOI
· PDF
· Slides
· YouTube)
- Tukaram Muske, Rohith Talluri, and Alexander Serebrenik.
Reducing static analysis alarms based on non-impacting control dependencies. Asian Symposium on Programming Languages and Systems (APLAS 2019),
pp. 115-135. Springer, 2019. (DOI
· PDF
· Slides)
- Tukaram Muske, Rohith Talluri, and Alexander Serebrenik.
Repositioning of static analysis alarms. 27th ACM SIGSOFT International Symposium on Software Testing and Analysis (ISSTA 2018), pp. 187-197. ACM, 2018.
(DOI
· PDF
· version with proofs
· Slides)
- Tukaram Muske and Alexander Serebrenik. Survey of approaches for handling static analysis alarms.
16th IEEE International Working Conference on Source Code Analysis and Manipulation (SCAM 2016), pp. 157-166. IEEE, 2016.
(DOI
· PDF
· Slides)
- Tukaram Muske and Uday P. Khedker. Cause points analysis for effective handling of alarms.
27th IEEE International Symposium on Software Reliability Engineering (ISSRE 2016), pp. 173-184. IEEE, 2016.
(DOI
· PDF
· Slides)
- Tukaram Muske and Uday P. Khedker. Efficient elimination of false positives using static analysis. 26th IEEE International Symposium on Software Reliability Engineering (ISSRE 2015), pp. 270-280. IEEE, 2015. (DOI· PDF · Slides)
- Tukaram Muske and Prasad Bokil. On implementational variations in static analysis tools. 22nd International Conference on Software Analysis, Evolution, and Reengineering (SANER 2015), pp. 512-515. IEEE, 2015. (DOI
· PDF)
- Tukaram Muske and Amey Zare. Inconsistencies-based multi-region protocol verification. International Conference on Advances in System Testing and Validation Lifecycle (VALID 2014), pp. 40-45. IARIA XPS Press, 2014. (DOI)
- Tukaram Muske. Improving review of clustered-code analysis warnings. International Conference on Software Maintenance and Evolution (ICSME 2014), pp. 569-572. IEEE, 2014. (DOI)
- Tukaram Muske. Supporting reviewing of warnings in presence of shared variables: Need and effectiveness. 25th IEEE International Symposium on Software Reliability Engineering Workshops (ISSRE Workshops 2014) pp. 104-107. IEEE, 2014. (DOI)
- Tukaram Muske, Ankit Baid, and Tushar Sanas. Review efforts reduction by partitioning of static analysis warnings. 13th IEEE International Working Conference on Source Code Analysis and Manipulation (SCAM 2013) pp. 106-115. IEEE, 2013. (DOI)
- Tukaram Muske. Improving manual analysis of automated code inspection results: Need and effectiveness. 24th IEEE International Symposium on Software Reliability Engineering Workshops (ISSRE Workshops 2013) pp. 53. IEEE, 2013. (DOI)
- Tukaram Muske, Advaita Datar, Mayur Khanzode, and Kumar Madhukar. Efficient elimination of false positives using bounded model checking. International Conference on Advances in System Testing and Validation Lifecycle (VALID 2013), pp. 13-20. IARIA XPS Press, 2013. (DOI)
- Padmanabhan Krishnan, R. Venkatesh, Prasad Bokil, Tukaram Muske, and P. Vijay Suman. Effectiveness of random testing of embedded systems. 45th Hawaii International International Conference on Systems Science (HICSS 2012), pp. 5556-5563. IEEE, 2012. (DOI)
- P. Vijay Suman, Tukaram Muske, Prasad Bokil, Ulka Shrotri, and R. Venkatesh. Masking boundary value coverage: Effectiveness and efficiency. 5th International Academic and Industrial Conference on Testing - Practice and Research Techniques (TAIC PART 2010), pp. 8-22. Springer, 2010. (DOI · PDF)
- Nishigandha Hirve, Tukaram Muske, Ulka Shrotri, and R. Venkatesh. Feature based structuring and composing of SDLC artifacts. 22nd International Conference on Software Engineering & Knowledge Engineering (SEKE 2010), pp. 583-586. 2010. (PDF)
Patents:
- Tukaram B Muske and Vinayak Kumar Charaka. Method and system for reducing gas consumption in ethereum smart contracts. Recently filed in India (July 2022).
- Tukaram B Muske. Method and system for identification of redundant function-level slicing calls. Under examination in India, US, and EPO.
- Tukaram B Muske. Method and system for classification and ranking of delta alarms. Under examination in India, US, and EPO.
- Tukaram B Muske. Method and system for identification and elimination of false positives from delta alarms.
Granted in USA (2022);
under examination in India and EPO.
- Tukaram B Muske and Rohith Talluri. Method and system for non-impacting control dependencies-based repositioning of static analysis alarms.
Granted in USA (2020);
under examination in India.
- Tukaram B Muske and Rohith Talluri. Method and system for repositioning of a plurality of static analysis alarms.
Granted in USA (2020),
Japan (2020),
and EPO (2020);
under examination in India.
- Tukaram B Muske. System and method for cause point analysis for effective handling of static analysis alarms.
Granted in USA (2020)
and EPO (2021);
under examination in Japan, and India.
- Tukaram B Muske. Static analysis based efficient elimination of false positives.
Granted in USA (2018)
and Japan (2018);
under examination in EPO and India.
- Tukaram B Muske. Reviewing warnings generated in clustered-code analysis.
Granted in USA (2018) and
Japan (2017); under examination in India.
- Tukaram B Muske. System and method to facilitate a user interface enabled review of static analysis warnings.
Granted in USA (2015),
Japan (2017), and
India (2021).
- Tukaram B Muske, Advaita Datar, Mayur Khanzode, and R. Venkatesh. System and method for facilitating a model checker based elimination of false positives. Under examination in India.
- Tukaram B Muske, Advaita Datar, and Amey Anand Zare. Method and system for verifying sleep wakeup protocol by computing state transition paths.
Granted in USA (2015),
Japan (2016) , and
India (2021).
- Tukaram B Muske, Ankit Baid, and Tushar Rohidas Sanas. A system and method to provide grouping of warnings generated during static analysis.
Granted in USA (2016) and
Japan (2016), and India (2022).
- Vijay Suman Pasupuleti, Tukaram B Muske, Prasad Bokil, Ulka Shrotri, Venkatesh Ramanathan, and Priyanka Darke. A system and method for automatic test data generation for relational testing.
Granted in USA (2013).


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dygraphs is available under the MIT license, included in LICENSE.txt.


|
Tuesday
|
The quat
class template and its associated functions.
Classes | |
| class | tue::quat< T > |
| A quaternion. More... | |
Typedefs | |
| using | tue::fquat = quat< float > |
A quaternion with float components. More... | |
| using | tue::dquat = quat< double > |
A quaternion with double components. More... | |
Functions | |
| template<typename T , typename U > | |
| constexpr quat< decltype(std::declval< T >)*std::declval< U >))> | tue::operator* (const quat< T > &lhs, const quat< U > &rhs) noexcept |
Computes a copy of lhs rotated by rhs . More... | |
| template<typename T , typename U > | |
| constexpr vec3< decltype(std::declval< T >)*std::declval< U >))> | tue::operator* (const vec3< T > &lhs, const quat< U > &rhs) noexcept |
Computes a copy of lhs rotated by rhs . More... | |
| template<typename T , typename U > | |
| constexpr bool | tue::operator== (const quat< T > &lhs, const quat< U > &rhs) noexcept |
Determines whether or not two quat 's compare equal. More... | |
| template<typename T , typename U > | |
| constexpr bool | tue::operator!= (const quat< T > &lhs, const quat< U > &rhs) noexcept |
Determines whether or not two quat 's compare not equal. More... | |
| template<typename T > | |
| quat< T > | tue::math::normalize (const quat< T > &q) noexcept |
Computes a normalized copy of q . More... | |
| template<typename T > | |
| constexpr quat< T > | tue::math::conjugate (const quat< T > &q) noexcept |
Computes the conjugate of q . More... | |
| class tue::quat |
A quaternion.
quat
has the same size and alignment requirements as T[4]
. The first three components represent the vector part of the quaternion. The fourth component represents the scalar part.
| T | The component type. is_vec_component<T>value must be true . |
Public Types | |
| using | component_type = T |
This quat type's component type. More... | |
Static Public Attributes | |
| static constexpr int | component_count = 4 |
This quat type's component count. More... | |
Constructors, Conversions, and Factory Functions | |
| quat () noexcept=default | |
| Default constructs each component. More... | |
| constexpr | quat (const T &x, const T &y, const T &z, const T &w) noexcept |
| Constructs each component with the value of the corresponding argument. More... | |
| constexpr | quat (const vec3< T > &xyz, const T &w) noexcept |
| Constructs each component with the value of the corresponding argument. More... | |
| constexpr | quat (const vec4< T > &xyzw) noexcept |
Explicitly casts a vec4 to a quat . More... | |
| template<typename U > | |
| constexpr | quat (const quat< U > &q) noexcept |
Explicitly casts another quat to a new component type. More... | |
| template<typename U > | |
| constexpr | operator quat< U > () const noexcept |
Implicitly casts this quat to a new component type. More... | |
| static constexpr quat< T > | identity () noexcept |
Returns a quat with the fourth component set to 1 and all other components set to 0 . More... | |
Public Member Functions | |
| template<typename I > | |
| constexpr const T & | operator[] (const I &i) const noexcept |
| Returns a reference to the component at the given index. More... | |
| template<typename I > | |
| T & | operator[] (const I &i) noexcept |
| Returns a reference to the component at the given index. More... | |
| const T * | data () const noexcept |
Returns a pointer to this quat 's underlying component array. More... | |
| T * | data () noexcept |
Returns a pointer to this quat 's underlying component array. More... | |
| constexpr T | x () const noexcept |
Returns a copy of this quat 's first component. More... | |
| constexpr T | y () const noexcept |
Returns a copy of this quat 's second component. More... | |
| constexpr T | z () const noexcept |
Returns a copy of this quat 's third component. More... | |
| constexpr T | w () const noexcept |
Returns a copy of this quat 's fourth component. More... | |
| constexpr vec3< T > | xyz () const noexcept |
Returns a copy of this quat 's first three components. More... | |
| constexpr vec4< T > | xyzw () const noexcept |
Returns a copy of this quat 's four components. More... | |
| void | set_x (const T &x) noexcept |
Sets this quat 's first component. More... | |
| void | set_y (const T &y) noexcept |
Sets this quat 's second component. More... | |
| void | set_z (const T &z) noexcept |
Sets this quat 's third component. More... | |
| void | set_w (const T &w) noexcept |
Sets this quat 's fourth component. More... | |
| void | set_xyz (const T &x, const T &y, const T &z) noexcept |
Sets this quat 's first three components. More... | |
| void | set_xyz (const vec3< T > &xyz) noexcept |
Sets this quat 's first three components. More... | |
| void | set_xyzw (const T &x, const T &y, const T &z, const T &w) noexcept |
Sets this quat 's four components. More... | |
| void | set_xyzw (const vec3< T > &xyz, const T &w) noexcept |
Sets this quat 's four components. More... | |
| void | set_xyzw (const vec4< T > &xyzw) noexcept |
Sets this quat 's four components. More... | |
| constexpr vec3< T > | v () const noexcept |
Returns a copy of this quat 's first three components. More... | |
| constexpr T | s () const noexcept |
Returns a copy of this quat 's fourth component. More... | |
| void | set_v (const T &x, const T &y, const T &z) noexcept |
Sets this quat 's first three components. More... | |
| void | set_v (const vec3< T > &v) noexcept |
Sets this quat 's first three components. More... | |
| void | set_s (const T &s) noexcept |
Sets this quat 's fourth component. More... | |
| template<typename U > | |
| quat< T > & | operator*= (const quat< U > &q) noexcept |
Rotates this quat by q . More... | |
| using tue::quat< T >::component_type = T |
This quat
type's component type.
|
static |
This quat
type's component count.
|
inlinenoexcept |
Constructs each component with the value of the corresponding argument.
| x | The value to construct the first component with. |
| y | The value to construct the second component with. |
| z | The value to construct the third component with. |
| w | The value to construct the fourth component with. |
|
inlinenoexcept |
Constructs each component with the value of the corresponding argument.
| xyz | The values to construct the first three components with. |
| w | The value to construct the fourth component with. |
|
inlineexplicitnoexcept |
Explicitly casts a vec4
to a quat
.
| xyzw | The vec to cast from. |
|
inlineexplicitnoexcept |
Explicitly casts another quat
to a new component type.
| U | The component type of q . |
| q | The quat to cast from. |
|
inlinenoexcept |
Implicitly casts this quat
to a new component type.
| U | The new component type. |
quat
with the new component type. Returns a quat
with the fourth component set to 1
and all other components set to 0
.
quat
with the fourth component set to 1
and all other components set to 0
.
|
inlinenoexcept |
Returns a reference to the component at the given index.
No bounds checking is performed.
| I | The index type. |
| i | The index. |
|
inlinenoexcept |
Returns a reference to the component at the given index.
No bounds checking is performed.
| I | The index type. |
| i | The index. |
|
inlinenoexcept |
Returns a pointer to this quat
's underlying component array.
quat
's underlying component array.
|
inlinenoexcept |
Returns a pointer to this quat
's underlying component array.
quat
's underlying component array.
|
inlinenoexcept |
Returns a copy of this quat
's first component.
quat
's first component.
|
inlinenoexcept |
Returns a copy of this quat
's second component.
quat
's second component.
|
inlinenoexcept |
Returns a copy of this quat
's third component.
quat
's third component.
|
inlinenoexcept |
Returns a copy of this quat
's fourth component.
quat
's fourth component. Returns a copy of this quat
's first three components.
quat
's first three components. Returns a copy of this quat
's four components.
quat
's four components.
|
inlinenoexcept |
Sets this quat
's first component.
| x | The new value for the first component. |
|
inlinenoexcept |
Sets this quat
's second component.
| y | The new value for the second component. |
|
inlinenoexcept |
Sets this quat
's third component.
| z | The new value for the third component. |
|
inlinenoexcept |
Sets this quat
's fourth component.
| w | The new value for the fourth component. |
|
inlinenoexcept |
Sets this quat
's first three components.
| x | The new value for the first component. |
| y | The new value for the second component. |
| z | The new value for the third component. |
Sets this quat
's first three components.
| xyz | The new values for the first three components. |
|
inlinenoexcept |
Sets this quat
's four components.
| x | The new value for the first component. |
| y | The new value for the second component. |
| z | The new value for the third component. |
| w | The new value for the fourth component. |
|
inlinenoexcept |
Sets this quat
's four components.
| xyz | The new values for the first three components. |
| w | The new value for the fourth component. |
Sets this quat
's four components.
| xyzw | The new values for the four components. |
Returns a copy of this quat
's first three components.
quat
's first three components.
|
inlinenoexcept |
Returns a copy of this quat
's fourth component.
quat
's fourth component.
|
inlinenoexcept |
Sets this quat
's first three components.
| x | The new value for the first component. |
| y | The new value for the second component. |
| z | The new value for the third component. |
Sets this quat
's first three components.
| v | The new values for the first three components. |
|
inlinenoexcept |
Sets this quat
's fourth component.
| s | The new value for the fourth component. |
|
inlinenoexcept |
Rotates this quat
by q
.
The operand order might be the opposite of what you expect from other libraries. This library generally prefers compound transformations be written from left-to-right instead of right-to-left.
| U | The component type of q . |
| q | A rotation quat . |
quat
. | using tue::fquat = typedef quat<float> |
A quaternion with float
components.
| using tue::dquat = typedef quat<double> |
A quaternion with double
components.
|
inlinenoexcept |
Computes a copy of lhs
rotated by rhs
.
The operand order might be the opposite of what you expect from other libraries. This library generally prefers compound transformations be written from left-to-right instead of right-to-left.
| T | The component type of lhs . |
| U | The component type of rhs . |
| lhs | The left-hand side operand. |
| rhs | The right-hand side operand. |
lhs
rotated by rhs
.
|
inlinenoexcept |
Computes a copy of lhs
rotated by rhs
.
The operand order might be the opposite of what you expect from other libraries. This library generally prefers compound transformations be written from left-to-right instead of right-to-left.
| T | The component type of lhs . |
| U | The component type of rhs . |
| lhs | The left-hand side operand. |
| rhs | The right-hand side operand. |
lhs
rotated by rhs
.
|
inlinenoexcept |
Determines whether or not two quat
's compare equal.
| T | The component type of lhs . |
| U | The component type of rhs . |
| lhs | The left-hand side operand. |
| rhs | The right-hand side operand. |
true
if all the corresponding pairs of components compare equal and false
otherwise.
|
inlinenoexcept |
Determines whether or not two quat
's compare not equal.
| T | The component type of lhs . |
| U | The component type of rhs . |
| lhs | The left-hand side operand. |
| rhs | The right-hand side operand. |
true
if at least one of the corresponding pairs of components compares not equal and false
otherwise.
|
inlinenoexcept |
Computes a normalized copy of q
.
| T | The component type of q . |
| q | A quat . |
q
.
|
inlinenoexcept |
Computes the conjugate of q
.
| T | The component type of q . |
| q | A quat . |
q
.


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A short description of the kinds of content seen on this page.
These headings introduce, respectively, sections and subsections within your body copy. As you create these headings, follow the same guidelines that you use when writing section headings: Be succinct, descriptive, and precise.


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Preparation time
less than 30 mins
Cooking time
10 to 30 mins
Serves
Serves 6
Dietary
These simple pies are fried in a little oil rather than being baked, which makes them deliciously crisp and golden. Serve warm with a green salad.
To make the pastry, put the flour and salt into a large mixing bowl and rub in the butter with your fingertips until the mixture resembles coarse breadcrumbs. Slowly add the milk, stirring constantly until the mixture comes together and forms a soft, spongy dough. Knead lightly and form into a ball.
Roll out half the dough on a lightly floured surface until it’s roughly 3mm thick. Take a saucer, or an upturned bowl, about 14cm/5½in in diameter and cut around it to make three circles of dough. You can re-knead and roll the dough if necessary. Repeat with the remaining dough.
Remove and discard the rind from the cheese. Cut the cheese into roughly 1cm/½in chunks. Spoon a heaped tablespoon of the chutney into the middle of each round of pastry spreading it out but leaving a 1cm/½in border all around the edge.
Place a sixth of the cheese on one side of each circle. Brush the edges of the dough with a little water. Fold over to encase the filling, pushing out any air, and press the edges together. Press the tines of a fork around the edge of the pastry, pressing firmly through both layers, to ensure the pie is sealed.
Pour the oil into a large non-stick frying pan – it should be around 1cm/½in deep. Place over a medium heat and leave for a couple of minutes, or until the oil is hot enough to brown a cube of white bread in 15 seconds. It needs to be around 150C/300F if you test the temperature with a cooking thermometer. Do not allow the oil to overheat and do not leave the oil unattended.
Using a heatproof spatula, put two of the turnovers into the hot oil and cook for around two minutes on each side, or until lightly browned and slightly puffed up. The cheese inside will be lovely and melted when the turnovers are cut open. If the oil is too hot, the pastry will brown too much before the filling is ready. Remove the turnovers and drain on a plate lined kitchen paper. Cover with foil and keep warm while you cook the rest.
The turnovers can also be reheated in a hot oven for about 10 minutes if you don’t need to serve all of them at the same time.


47th Annual American Music Awards Held in Los Angeles
The American Music Awards (AMAs) is an annual American music award ceremony created in 1973 by Dick Clark for the ABC television network.
25 Nov 2019, 15:00
Unlike the Grammys, where winners are selected based on the votes of members of the National Academy of Recording Arts and Sciences, music is selected for the AMAs through interviews with the public and fans, who vote on an official website.
This year, Taylor Swift took the high road as she won six American Music Awards on Sunday to surpass Michael Jackson's all-time record.
On stage, she performed her hits Love Story, I knew You Were Trouble, The Man, Lover and others.
The 2019 American Music Awards show in Los Angeles; Shawn Mendes and Camila Cabello perform Senorita, 24 November 2019 © REUTERS / Mario Anzuoni
2019 American Music Awards - Show - Los Angeles, California, U.S., November 24, 2019 - Toni Braxton performs "Un-break My Heart." © REUTERS / Mario Anzuoni
Taylor Swift performs onstage during the 2019 American Music Awards at Microsoft Theater on 24 November 2019 in Los Angeles, California. © AFP 2019 / JC Olivera/Getty Images
US singer/songwriter Billie Eilish poses with her awards for New Artist of the Year and Alternative Artist in the press room during the 2019 American Music Awards at the Microsoft theatre on 24 November 2019 in Los Angeles. © AFP 2019 / Valerie Macon
Rich The Kid and Antonette Willis (L-R) attend the 2019 American Music Awards at Microsoft Theater on 24 November 2019 in Los Angeles, California. © AFP 2019 / Rich Fury/Getty Images
Dua Lipa performs "Don't Start Now" at the 2019 American Music Awards show in Los Angeles on 24 November 2019. © REUTERS / Mario Anzuoni
Post Malone, Ozzy Osbourne and Travis Scott perform at the 2019 American Music Awards show in Los Angeles on 24 November 2019. © REUTERS / Mario Anzuoni
Kane Brown poses with his award for Favourite Album-Country for "Experiment" in the photo room at the 2019 American Music Awards show in Los Angeles on 24 November 2019. © REUTERS / Danny Moloshok
Halsey (L) performs onstage during the 2019 American Music Awards at Microsoft Theater on 24 November 2019 in Los Angeles, California. © AFP 2019 / Kevin Winter/Getty Images for dcp
Billy Porter at the 2019 American Music Awards show in Los Angeles on 24 November 2019. © REUTERS / Mario Anzuoni
Camila Cabello performs "Living Proof" at the 2019 American Music Awards show in Los Angeles on 24 November 2019. © REUTERS / Mario Anzuoni
Ciara performs at the 2019 American Music Awards show in Los Angeles on 24 November 2019. © REUTERS / Mario Anzuoni
Megan Thee Stallion and Jharrel Jerome present the Favourite Song Rap/Hip-Hop award at the 2019 American Music Awards show in Los Angeles on 24 November 2019. © REUTERS / Mario Anzuoni
Halsey celebrates with audience members as she accepts the Favourite Song Pop/Rock award for "Without Me" at the 2019 American Music Awards show in Los Angeles on 24 November 2019. © REUTERS / Mario Anzuoni
Taylor Swift and Shania Twain perform at the 2019 American Music Awards show in Los Angeles on 24 November 2019. © REUTERS / Mario Anzuoni


This is a compound page template
Hello Harry Houdini,
People from Tulsa, in Oklahoma,
as well as Demoines, in Iowa,
can clearly see values substituted into the text.

Goodbye


Graphitti
A toolkit/software architecture to ease creating high-performance neural network simulators
Class Hierarchy
Go to the textual class hierarchy
Generated by
1.9.1


Split a secret (password, bank pin, bitcoin private key, etc.) into a defined set of keys and define how many of the keys are needed to recover the original secret.
This site is kept as simple as possible for security reasons. For ultimate security, run it on an offline computer. Use at your own risk.


{% extends "base_form_delete.html" %} {% block title %}Delete Skill Level{% endblock %} {% block confirm_delete %}
Are you sure you want to delete {{ skilllevel }}? {% endblock %}