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public interface ManagedRepositoryContent
ManagedRepositoryContent interface for interacting with a managed repository in an abstract way, without the need for processing based on filesystem paths, or working with the database.
| Method Summary | |
|---|---|
void |
deleteVersion(org.apache.maven.archiva.model.VersionedReference reference)
Delete from the managed repository all files / directories associated with the provided version reference. |
java.lang.String |
getId()
Convenience method to get the repository id. |
java.util.Set<org.apache.maven.archiva.model.ArtifactReference> |
getRelatedArtifacts(org.apache.maven.archiva.model.ArtifactReference reference)
Gather up the list of related artifacts to the ArtifactReference provided. |
java.lang.String |
getRepoRoot()
Convenience method to get the repository (on disk) root directory. |
org.apache.maven.archiva.configuration.ManagedRepositoryConfiguration |
getRepository()
Get the repository configuration associated with this repository content. |
java.util.Set<java.lang.String> |
getVersions(org.apache.maven.archiva.model.ProjectReference reference)
Given a specific ProjectReference , return the list of available versions for
that project reference. |
java.util.Set<java.lang.String> |
getVersions(org.apache.maven.archiva.model.VersionedReference reference)
Given a specific VersionedReference , return the list of available versions for that
versioned reference. |
boolean |
hasContent(org.apache.maven.archiva.model.ArtifactReference reference)
Determines if the artifact referenced exists in the repository. |
boolean |
hasContent(org.apache.maven.archiva.model.ProjectReference reference)
Determines if the project referenced exists in the repository. |
boolean |
hasContent(org.apache.maven.archiva.model.VersionedReference reference)
Determines if the version reference exists in the repository. |
void |
setRepository(org.apache.maven.archiva.configuration.ManagedRepositoryConfiguration repo)
Set the repository configuration to associate with this repository content. |
org.apache.maven.archiva.model.ArtifactReference |
toArtifactReference(java.lang.String path)
Given a repository relative path to a filename, return the VersionedReference object suitable for the path. |
java.io.File |
toFile(ArchivaArtifact reference)
Given an ArchivaArtifact , return the file reference to the artifact. |
java.io.File |
toFile(org.apache.maven.archiva.model.ArtifactReference reference)
Given an ArtifactReference , return the file reference to the artifact. |
java.lang.String |
toMetadataPath(org.apache.maven.archiva.model.ProjectReference reference)
Given a ProjectReference , return the path to the metadata for
the project. |
java.lang.String |
toMetadataPath(org.apache.maven.archiva.model.VersionedReference reference)
Given a VersionedReference , return the path to the metadata for
the specific version of the project. |
java.lang.String |
toPath(ArchivaArtifact reference)
Given an ArchivaArtifact , return the relative path to the artifact. |
java.lang.String |
toPath(org.apache.maven.archiva.model.ArtifactReference reference)
Given an ArtifactReference , return the relative path to the artifact. |
| Method Detail |
|---|
void deleteVersion(org.apache.maven.archiva.model.VersionedReference reference) throws ContentNotFoundException
reference
- the version reference to delete.
ContentNotFoundException
java.lang.String getId()
Convenience method to get the repository id.
Equivalent to calling .getRepository().getId()
java.util.Set<org.apache.maven.archiva.model.ArtifactReference> getRelatedArtifacts(org.apache.maven.archiva.model.ArtifactReference reference) throws ContentNotFoundException
Gather up the list of related artifacts to the ArtifactReference provided. This typically inclues the pom files, and those things with classifiers (such as doc, source code, test libs, etc...)
NOTE: Some layouts (such as maven 1 "legacy") are not compatible with this query.
reference
- the reference to work off of.
ContentNotFoundException
- if the initial artifact reference does not exist within the repository.
LayoutException
java.lang.String getRepoRoot()
Convenience method to get the repository (on disk) root directory.
Equivalent to calling .getRepository().getLocation()
org.apache.maven.archiva.configuration.ManagedRepositoryConfiguration getRepository()
java.util.Set<java.lang.String> getVersions(org.apache.maven.archiva.model.ProjectReference reference) throws ContentNotFoundException, LayoutException
ProjectReference
, return the list of available versions for
that project reference.
reference
- the project reference to work off of.
ContentNotFoundException
- if the project reference does nto exist within the repository.
LayoutException
java.util.Set<java.lang.String> getVersions(org.apache.maven.archiva.model.VersionedReference reference) throws ContentNotFoundException
Given a specific VersionedReference
, return the list of available versions for that
versioned reference.
NOTE: This is really only useful when working with SNAPSHOTs.
reference
- the versioned reference to work off of.
ContentNotFoundException
- if the versioned reference does not exist within the repository.
LayoutException
boolean hasContent(org.apache.maven.archiva.model.ArtifactReference reference)
reference
- the artifact reference to check for.
boolean hasContent(org.apache.maven.archiva.model.ProjectReference reference)
reference
- the project reference to check for.
boolean hasContent(org.apache.maven.archiva.model.VersionedReference reference)
reference
- the version reference to check for.
void setRepository(org.apache.maven.archiva.configuration.ManagedRepositoryConfiguration repo)
repo
- the repository to associate with this repository content.org.apache.maven.archiva.model.ArtifactReference toArtifactReference(java.lang.String path) throws LayoutException
VersionedReference
object suitable for the path.
path
- the path relative to the repository base dir for the artifact.
ArtifactReference
representing the path. (or null if path cannot be converted to
a ArtifactReference
)
LayoutException
- if there was a problem converting the path to an artifact.java.io.File toFile(org.apache.maven.archiva.model.ArtifactReference reference)
ArtifactReference
, return the file reference to the artifact.
reference
- the artifact reference to use.
java.io.File toFile(ArchivaArtifact reference)
ArchivaArtifact
, return the file reference to the artifact.
reference
- the archiva artifact to use.
java.lang.String toMetadataPath(org.apache.maven.archiva.model.ProjectReference reference)
ProjectReference
, return the path to the metadata for
the project.
reference
- the reference to use.
java.lang.String toMetadataPath(org.apache.maven.archiva.model.VersionedReference reference)
VersionedReference
, return the path to the metadata for
the specific version of the project.
reference
- the reference to use.
java.lang.String toPath(org.apache.maven.archiva.model.ArtifactReference reference)
ArtifactReference
, return the relative path to the artifact.
reference
- the artifact reference to use.
java.lang.String toPath(ArchivaArtifact reference)
ArchivaArtifact
, return the relative path to the artifact.
reference
- the archiva artifact to use.
|
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rmdir
OS/161 Reference Manual
Name
rmdir - remove directory
Synopsis
/bin/rmdir directory
Description
rmdir removes the specified directory. The directory must be empty.
It is an error to attempt to remove the . or .. names in a directory,
or to apply rmdir to a filesystem object that is not a directory.
Requirements
rmdir uses the following system calls:
rmdir should function properly once assignment 4 is completed.
Restrictions
emufs does not support rmdir.
See Also
mkdir, rm


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wealthy
1)
Mr. Wells is a rich man.
silent
2)
The class became quiet when the assembly started.
scared
3)
Jenny was frightened when she saw a big, black spider in her room.
greedy
4)
The selfish boy did not share his chocolate with his friends.
chilly
5)
A cool breeze blew in, through the window.
angry
6)
Mom was mad at me for making a mess on the kitchen floor.
garbage
7)
Please throw the rubbish into the bin.
below
8)
The cricket kit is under the bed.


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Cheshire is a British cheese produced in the English counties of Cheshire and the neighboring four counties of Denbighshire, Flintshire, Shropshire and Staffordshire. Reputed to have been made since Roman times, the cheese is also mentioned in the Domesday Book of the 11 th century.
Dense and crumbly, Cheshire is made using vegetarian rennet and pasteurised cow’s milk. The taste and flavour of cheese develops with ripening. Young Cheshire is firm, crumbly and white in colour. It is mild, milky and aromatic leaving behind a slightly tangy aftertaste on the palette.
Sometimes, to add a different dimension to the cheese, annatto is added to the milk, which gives Red Cheshire a deep shade of red orange. However, there is no difference in the flavour and texture in both cousins. Another variant is a Blue Cheshire ripened with Penicillium culture molds.
An aged Cheshire becomes more firm and darkens considerably. It is now a full-flavoured cheese yet with no hint of bitterness. Though still crumbly, the cheese turns dry with maturity.
Cheshire with its lower salt content makes for a perfect crumble on fruits, chutney, and vegetable and baked dishes.
Other English cheeses:
Other cheeses from United Kingdom:
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--- layout: post title: ! 'The Learning Brain Gets Bigger--Then Smaller: Scientific American' tags: --- The Learning Brain Gets Bigger--Then Smaller: Scientific American


Taking inspiration from the name, Backdoor, but aiming to break with the mainstream traditions, already the first draft used the shape of a back of a person (around the neck and shoulders), and a door-like B shape (standing for the initial of the name). It was intended that these shapes should not be obvious in order to add a sense of freshness to the design. After realising the accidental similarity of the shape to the Chinese symbol 門 (meaning door), the drafts were finalised. The outcome is an icon-like logo design concept that reflects on both the mindset and name of the company.
Cunning. The logo and its parts allow for multiple interpretations. The association between the company and the concept of backdoors is created with the door-like B shape and the person’s back, as well as by using the Chinese symbol.
Determined. The mixture of straight and round lines and the balance of edges and curves creates a stable, reliable, and determined impression.
Creative. The logo’s use of shapes breaks away from the mainstream and avoids being obvious, while still being able to make use of the connotations with record labels and the association with backdoors.


Syntax:
loop compound-form* => result*
loop [name-clause] {variable-clause}* {main-clause}* => result*
name-clause::= named name
variable-clause::= with-clause | initial-final | for-as-clause
with-clause::= with var1 [type-spec] [= form1] {and var2 [type-spec] [= form2]}*
main-clause::= unconditional | accumulation | conditional | termination-test | initial-final
initial-final::= initially compound-form+ | finally compound-form+
unconditional::= {do | doing} compound-form+ | return {form | it}
accumulation::= list-accumulation | numeric-accumulation
list-accumulation::= {collect | collecting | append | appending | nconc | nconcing} {form | it} [into simple-var]
numeric-accumulation::= {count | counting | sum | summing | } maximize | maximizing | minimize | minimizing {form | it} [into simple-var] [type-spec]
conditional::= {if | when | unless} form selectable-clause {and selectable-clause}* [else selectable-clause {and selectable-clause}*] [end]
selectable-clause::= unconditional | accumulation | conditional
termination-test::= while form | until form | repeat form | always form | never form | thereis form
for-as-clause::= {for | as} for-as-subclause {and for-as-subclause}*
for-as-subclause::= for-as-arithmetic | for-as-in-list | for-as-on-list | for-as-equals-then | for-as-across | for-as-hash | for-as-package
for-as-arithmetic::= var [type-spec] for-as-arithmetic-subclause
for-as-arithmetic-subclause::= arithmetic-up | arithmetic-downto | arithmetic-downfrom
arithmetic-up::= [[{from | upfrom} form1 | {to | upto | below} form2 | by form3]]+
arithmetic-downto::= [[{{from form1}}1 | {{{downto | above} form2}}1 | by form3]]
arithmetic-downfrom::= [[{{downfrom form1}}1 | {to | downto | above} form2 | by form3]]
for-as-in-list::= var [type-spec] in form1 [by step-fun]
for-as-on-list::= var [type-spec] on form1 [by step-fun]
for-as-equals-then::= var [type-spec] = form1 [then form2]
for-as-across::= var [type-spec] across vector
for-as-hash::= var [type-spec] being {each | the} {{hash-key | hash-keys} {in | of} hash-table [using (hash-value other-var)] | {hash-value | hash-values} {in | of} hash-table [using (hash-key other-var)]}
for-as-package::= var [type-spec] being {each | the} {symbol | symbols | present-symbol | present-symbols | external-symbol | external-symbols} [{in | of} package]
type-spec::= simple-type-spec | destructured-type-spec
simple-type-spec::= fixnum | float | t | nil
destructured-type-spec::= of-type d-type-spec
d-type-spec::= type-specifier | (d-type-spec . d-type-spec)
var::= d-var-spec
var1::= d-var-spec
var2::= d-var-spec
other-var::= d-var-spec
d-var-spec::= simple-var | nil | (d-var-spec . d-var-spec)
Arguments and Values:
compound-form---a compound form.
name---a symbol.
simple-var---a symbol (a variable name).
form, form1, form2, form3---a form.
step-fun---a form that evaluates to a function of one argument.
vector---a form that evaluates to a vector.
hash-table---a form that evaluates to a hash table.
package---a form that evaluates to a package designator.
type-specifier---a type specifier. This might be either an atomic type specifier or a compound type specifier, which introduces some additional complications to proper parsing in the face of destructuring; for further information, see Section <IP_ADDRESS> (Destructuring).
result---an object.
Description:
For details, see Section 6.1 (The LOOP Facility).
Examples:
;; An example of the simple form of LOOP. (defun sqrt-advisor () (loop (format t "~&Number: ") (let ((n (parse-integer (read-line) :junk-allowed t))) (when (not n) (return)) (format t "~&The square root of ~D is ~D.~%" n (sqrt n))))) => SQRT-ADVISOR (sqrt-advisor) >> Number: 5<NEWLINE> >> The square root of 5 is 2.236068. >> Number: 4<NEWLINE> >> The square root of 4 is 2. >> Number: done<NEWLINE> => NIL ;; An example of the extended form of LOOP. (defun square-advisor () (loop as n = (progn (format t "~&Number: ") (parse-integer (read-line) :junk-allowed t)) while n do (format t "~&The square of ~D is ~D.~%" n (* n n)))) => SQUARE-ADVISOR (square-advisor) >> Number: 4<NEWLINE> >> The square of 4 is 16. >> Number: 23<NEWLINE> >> The square of 23 is 529. >> Number: done<NEWLINE> => NIL ;; Another example of the extended form of LOOP. (loop for n from 1 to 10 when (oddp n) collect n) => (1 3 5 7 9)
Affected By: None.
Exceptional Situations: None.
See Also:
do, dolist, dotimes, return, go, throw, Section <IP_ADDRESS> (Destructuring)
Notes:
Except that loop-finish cannot be used within a simple loop form, a simple loop form is related to an extended loop form in the following way:
(loop compound-form*) == (loop do compound-form*)


Teaching school and system leader help desk
Telephone 0800 085 0984
Opening hours: Monday to Friday 9am to 5pm, excluding UK bank holidays.
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Guidance
As a school or academy leader find out why you need an effective talent management strategy, and how to create one.
Planning for the recruitment, development and retention of school leaders is essential. Schools and academies can ensure potential leaders have the right skills for modern school or academy leadership with the support of:
The main challenges of talent management in schools and academies are:
These challenges give schools and academies the opportunity to work together in partnership to develop aspiring talent.
Schools and academies working in chains or collaborative partnerships have developed talent by following the example of large multinational organisations. These organisations are able to rotate leaders around a range of leadership experiences and place their best talent where it is most needed.
Leaders in all settings have a responsibility to identify and nurture leaders of the future - with the needs and demands of your school or academy in mind.
To identify talent you should understand the qualities needed to undertake leadership tasks. Good leadership skills include:
Leadership potential can be assessed or measured by:
Review your existing process for talent-spotting. Reflect on this and ensure you:
Make sure your talent management policy is visible and available to all staff. Talk regularly to staff about their career aspirations and impress upon them that their potential is valued and recognised. This will reinforce your message that developing talent is a priority for your school or academy.
Once you have identified the people who have leadership potential, you need to consider what steps to take to meet those aspirations. There should be opportunities for teaching staff, support staff and the governing body.
Working with other local schools can also help resolve your leadership needs. Shadowing, job swaps or secondments to another setting within the same cluster or partnership would enable emerging leaders to see what leadership involves on a day-to-day basis.
Developing leadership potential within the school or academy can lead to wider benefits for the whole setting. Staff turnover can be lower as individuals become more enthusiastic, motivated and committed to the school.
Other benefits include:
Recruitment of heads to rural schools has always been a challenge. One of the main concerns for aspiring leaders is access to professional development opportunities; potential leaders think there will be less support and guidance available to them in rural schools.
The benefits of developing leadership skills in a rural setting include:
Small schools, like rural schools, can face similar challenges and have similar benefits.
In 2010 the National College developed a succession planning strategy for schools with a religious character. This was in response to high re-advertisement rates for headteacher positions in Church of England and Catholic schools. This strategy was created in partnership with:
The CESEW and NS have a wide range of responsibilities for schools within their dioceses including providing advice on recruitment and selection, religious education, pupil admissions, capital finance and buildings.
These resources can help you plan, create and manage your talent management strategy for your diocese:
Diversity needs to be at the heart of your succession planning strategy to create a strong and robust leadership team that builds and maintains equality.
The steps your school or academy can take to embed diversity into your succession planning strategy:
Since 2007, the National College has supported local solutions delivered by schools, academies, local authorities and dioceses.
Other professional development opportunities are available for middle and senior leaders aspiring to headship. National College for Teaching and Leadership ( NCTL ) licensees deliver our range of modules that you can study on their own or combine them to pursue a leadership qualification.
NCTL also offers support to teaching school alliances that take a strategic role in developing new leadership talent to meet local supply priorities. Your local teaching school alliance can help with talent management strategies.
Telephone 0800 085 0984
Opening hours: Monday to Friday 9am to 5pm, excluding UK bank holidays.


Hi, I am Víctor Tirado Fernández and during this project I have been contributing to the art team.
My main role has been asset creation for the levels, also I help to rig and animate, to create assets we followed a pipeline to get it. From 3DMax we created the low poly, after this we imported it to Zbrush to give details, and finally it was texturized in Substance Painter. If you are interested to see in detail the pipeline, Click here
Most of the time I have been creating assets. At the begging while we were learning the pipeline, we didn't do it from the beginning, so we choose between modeling, sculpt or texturize.
In the following photos/GIF it can be seen the progression during the project.
Finally here is my contribution texturing some enemies. The Leshen and the drowned model was made by Sergio and the Nilfgard Soldier by Enric.


I worked as a database and application developer at companies around the Seattle area for many years. As an application developer I created a projects scheduler for Boeing Customer Service back when the personal computer was making its way into the business market. When the power of the internet made its way into our offices and livingrooms during the 1990's, I took jobs that would enable me to to learn to program on the internet. When a large hospital in the Seattle area got access to a feature in the health care system that allowed them to open a web page when a patient chart was accessed, I got a job there helping to develop a dashboard that could give a quick visual synopsis of the patient's medical status.
Sometimes I started working for a company to solve a big problem, and sometimes it was just to learn about the technology they were using. Since college, I have enjoyed learning. Programming has made it possible to test and optimize big systems, where I am often learning by experimentation. A few years ago, as I saw that Developer Education was an expanding field, I made a move away from Software Engineering and into Teaching. Developer Education can be carried out at Universities, Bootcamps, and Corporations. I've taught in all of these venues.
I like creating curriculum. To that end, I started a Masters of Science degree at Quinnipiac University. The program I'm in emphasizes multi-media learning. I have been using what I learned in my job at Cloudinary. I think there is a lot more I can do in the eLearning space, and I am most motivated to apply it to teaching developers how to use complex systems.
I started working for Cloudinary as a Developer Instructional Designer. In 2022, I was promoted to Curriculum Program Manager for Developer Education. I create self service courses that are available on the Cloudinary Academy website. When I create a course, I work closely with Subject Matter Experts, who are developers, solutions architects, support engineers, advanced product manager from around the company to discover learning objectives and verify the material that I am going to share with the public. As our team (the Director and I) established a roadmap of courses from beginner to advanced, we started repurposing content in different formats. I now spend time working on monthly webinars. I recruit subject matter experts from around the company to deliver content that I create in the form of Goolge slides and code. I also deliver content monthly. I'm maintaining the cloudinary-training GitHub organization of code repositories that supports all of our courses, including the webinars.
I worked as a full time instructor for a Web Developer Certification program. This program was designed for adults who were working full time and wanted to move into working in technology. The curriculum focused on Front-end development using HTML, CSS, JavaScript, and the Vue.js framework. The students also learned to work with data using APIs. Students also learned about SEO by configuring Google Analytics and adding it to their websites.
The bootcamp experience is challenging for students and instructors. Students generally are not working, and instead engaged in a daily learning and coding experience. For the most part, students were taking 3 10 week courses that took them from introductory HTML, CSS, and JavaScript to Fullstack Development with Node.js or Python. I worked closely with students helping them troubleshoot their work. Every Friday, I got the students going to the whiteboards in pairs to practice the interview experience where they would ask each other to code solutons to problems.
Here I will summarize the companies and technologies that I have worked with as a programmer. The list begins with my first programmming job out of college.
Quinnipiac's Instructial design program covers learning theory, the use of tools like Canva and Captivate, as well as web design. The approach emphasizes the value of multimedia content based on the summary of research leading to Mayer’s 12 Principles of Multimedia learning. It is a project based program. All of the courses involved designing some facet of content. We also built projects as teams in some courses.
In addition to core courses in accounting, marketing and management, I specialized in Finance and Quantitative Methods. For example, I took additional courses in investment and statistics. I also took many courses in the department of computer science. Many of the computer science courses I took in graduate school, such as Data Structures and Algorithms turned out to be very useful as I pursued a career in computer programming. While I was in Grad School, I worked as a research assisant developing database software to help grad students find scholarships. I also spent two summers interning at IBM and Weyerhauser.
College was a like a candy story of learning. I worked on pre-med requirements and completed coursework in checmistry, biology, physics and math. At the same time, I was interested in Psychology and language. I read ancient Greek for a year. I decided not to pursue medicine after working in hospitals. I paid my way through college and needed to graduate and work. After graduating, I got a job as a computer operator and took some programming classes. That led to my return to graduate school.
Instructional design at this point in time is more of an art than a science. It is evolving and I want to contribute to this.
As a software developer, I was engaged in the agile development involving lots of feedback and iteration. I would like to see this with curriculum development.
Just like code review, content review is necessary with curriculum development, and sometimes more difficult to provide. To make this work, content has to be modular.
I have been involved in data analysis since the start of my career. There are so many tools now and expectations that learning can be measured and tied to program development, or even the bottom line.
I am interested in developing curriculum that involves coding. I also realize the challenges of presenting code and am alway lookingn for new tools and ways to innovate with this.
Communication and Community are important in software development. It can take time to develop a new community, but there are ways to join existing communities.
Read blog posts I have written on dev.to and medium.
I was learning R for a class. When I started with Rank and Order, I found it a little confusing and wanted to figure out a way to explain it. I also wanted to learn from feedback.
While working at Cloudinary, I created course content with the help of Subject Matter Experts. I would often try to blog about it before we presented the course live. It helps to create full narratives even if you don't plan on reading them to an audience.
This slide deck is an example of what I prepare for monthly webinars. As a developer, I am both text oriented and I like to draw boxes with arrows. As an instructional designer, I am trying to emphasize the visual elements in a slide deck.


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* Mark Urio is a favorite decorative painter of ours and we are still obsessed with the faux-agate walls he executed for the Mish New York
today’s Very Short List:
design 20 Feb 2015
Jesse Carrier and Mara Miller, the husband/wife design duo behind Carrier and Company Interiors Ltd
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††††††††††† Different types of UB modifications are capable of transmitting unique signals.† Ubiquitinylation can be used to modify a proteinís activity, to change its subcellular location, or to alter protein-protein interactions.† The addition of a single UB molecule (mono-ubiquitinylation) is a reversible modification used to alter the function and localisation of key proteins in several processes, including transcription, histone function, and membrane trafficking.† The addition of poly-UB chains linked via Lys(6) or Lys(63) residues may also modulate a proteinís function or location; in particular, Lys(63) poly-UB-linked proteins are known to be involved in processes such as signalling DNA repair and DNA damage tolerance, inflammatory response, protein trafficking and signal transduction through kinase activation.† The structural differences achieved by attaching different types of UB modifications may account for their unique differences in signalling capabilities.† The type of UB modification attached to a target protein is determined through the E2 and E3 enzymes.† Often processes are controlled by a combination of UB-associated methods; for instance, frequent targets of ubiquitinylation are transcription factors, whose function is modulated both by UB-induced degradation, as well as by UB-controlled nuclear-cytoplasmic trafficking of transcription factors and modified substrates.
A few of the processes that non-proteolytic ubiquitinylation is involved in are listed below:
††††††††††† Lys(6) poly-UB chains can be recognised by the 26S proteasome as processing signals, rather than degradation signals.† For example, Lys(6) poly-ubiquitinylation of the breast and ovarian cancer tumour suppressor BRCA1 will be edited and de-ubiquitinylated by the 26S proteasome (stabilised) rather than degraded.††
Ubiquitinylation can reversibly alter the way a protein is recognised by a cell, much in the same way as occurs with modifications by phosphorylation.† These modifications can affect a variety of different signalling systems.† For example, Lys(63) poly-UB-linked chains can signal activation of the IkBa kinase (IKK) in the inflammatory signalling pathway.† IKK activation causes the degradation of IkBa, which leads to the activation and translocation of the transcription factor NFkB to the nucleus, where it activates the genes required to mount an inflammatory response.
††††††††††† Histone modifications are key determinants in gene expression, in part through providing interaction surfaces for proteins that impact on chromatin accessibility.† These modifications include acetylation, methylation, phosphorylation and ubiquitinylation, and they often work synergistically.† Modifications on different histones, or at different positions within a histone, can have opposite effects.† The mono-ubiquitinylation of histone H2B is required for gene activation, possibly by the recruitment of an acetyltransferase complex.† Ubiquitinylated H2B is also required for histone H3 methylation at positions Lys(4) and Lys(79), which in turn is necessary for histone activation and subsequent gene expression.†
††††††††††† The ubiquitinylation of histone H2A has an opposite effect to that of H2B, namely gene silencing.† Histone H2A ubiquitinylation is an abundant modification (5-15% of total H2A) in higher eukaryotes, and occurs on the inactive X chromosome in female mammals.† H2A ubiquitinylation is associated with the recruitment of Polycomb repressor complex 1 (PRC1) of the Polycomb group (PcG) proteins, which are memory factors involved in chromatin-related heritable gene silencing.† Two of the core PRC1 proteins, PSC and dRING, have a RING finger domain that is characteristic of UB and of certain E3 ligases.† It is unclear whether H2A ubiquitinylation also plays a part in the methylation of histone H3 at position Lys(27), which is central to PcG-dependent silencing.†
††††††††††† Lys(63) poly-UB-modifications are known to be involved in the tolerance of DNA damage.† These modifications occur on the DNA polymerase processing factor PCNA (proliferating cell nuclear antigen), which trimerises to encircle the template DNA strand during replication to serve as a scaffold for accessory factors.† The access of accessory proteins to PCNA is partly determined by the type of PCNA UB-modification, which in turn determines the fate of the DNA lesion.† Mono-ubiquitinylation of PCNA can lead to the recruitment of a trans-lesion polymerise that instigates an error-prone method of DNA lesion bypass, whereas poly-Lys(63) ubiquitinylation of PCNA leads to an error-free process that may involve a poly-UB-dependent switch of the DNA template strand.
††††††††††† Many signalling receptors and adaptor proteins require mono-ubiquitinylation to recruit proteins of the endocytic and exocytic pathways, and for sorting cargo for vesicular trafficking.† For instance, mono-ubiquitinylation acts as a signal for receptor endocytosis and for targeting to the lysosomes, where non-UB-mediated proteolysis occurs.† Genetic defects that act to disrupt UB-controlled sorting of cargo for trafficking are often linked to aberrations in cell growth, and may result in oncogenic transformation.† For example, c-Cbl is an E3 ligase that attaches UB to tyrosine-phosphorylated receptors for the epidermal growth factor (EGF), thereby accelerating their internalisation in tiny membranous sacs called endosomes - these endosomes are either delivered to the lysosome for degradation, or recycled back to the cell membrane.† Cancer-causing c-Cbl mutants have been found to either block receptor internalisation or enhance recycling of active receptors.† On the negative side, UB is involved in enabling viruses such as HIV and Ebola to make their way to the cell surface after replicating inside the cell.


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{% extends 'index.html'%} {% import 'bootstrap/wtf.html' as wtf%} {% block main %}
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create new account to enjoy the feature in our system


Our precious collection of Dolly Pisani’s favourite recipes has been years in the making. The book is inspired by family traditions Dolly has long-dreamed of preserving: time spent sharing food at home, bringing generations together and creating irreplaceable, invaluable family memories. Writing the book and trying to represent a lifetime of learning has been a labour of love for Dolly and her children. Dolly’s desire is that her grandchildren, great-grandchildren and you, the reader, will be able to easily follow these recipes and create or continue your own traditions around the family table.
An additional feature of this book is the video tutorials. Visit Zeenaz Cookbook - Zeenaz Gourmet Products – YouTube. Select the video # associated with the recipe and enjoy the hands-on demonstrations as Dolly takes you step-by-step through some of the difficult techniques and elements of East African-style Indian cooking such as how to: roll a chapatti, fold a samosa, create a bateta champ and much more. Here are some of our recipes:


tail
Display the last part of a file.
See also: `head`.
More information: home page
- Show last 'count' lines in file:
tail --lines count path/to/file
- Print a file from a specific line number:
tail --lines +count path/to/file
- Print a specific count of bytes from the end of a given file:
tail --bytes count path/to/file
- Print the last lines of a given file and keep reading file until `Ctrl + C`:
tail --follow path/to/file
- Keep reading file until `Ctrl + C`, even if the file is inaccessible:
tail --retry --follow path/to/file
- Show last 'num' lines in 'file' and refresh every 'n' seconds:
tail --lines count --sleep-interval seconds --follow path/to/file


{% extends 'helpdesk/base.html' %} {% load bootstrap3 %} {% block content %}
Ticket will be created and comment will be sent to user.


{% extends base_template %} {% load staticfiles %} {% block title %}Kolibri{% endblock title %} {% block headcss %} {% endblock headcss %} {% block bodycontents %}
We envision it as the catalyst that will help establish a rich ecosystem of people, content, hardware, and software. Kolibri will empower educators of all backgrounds to seamlessly create, share, and access great educational content. Everyone plays a part in making this ecosystem a reality.


AboutMe
Let tell you a few things...
BIO
Frontend developer with an eye for design and passion to create sophisticated digital products. Currently developing with the knowledge of technologies like HTML, CSS, and JavaScript. I am enthusiastic to learn new skills that can challenge me to grow into a more experienced developer.I’m currently learning Angular and AdobeXd and Photoshop.


Source code for cityiq.location
# -*- coding: utf-8 -*-
# Copyright (c) 2019 Civic Knowledge. This file is licensed under the terms of the
# MIT License, included in this distribution as LICENSE
from cityiq.api import CityIqObject
from cityiq.asset import Asset
from requests import HTTPError
import json
import logging
from .util import json_serial, grouper
from pathlib import Path
logger = logging.getLogger(__name__)
[docs]class Location(CityIqObject):
object_sub_dir = 'location'
uid_key = 'locationUid'
detail_url_suffix = '/api/v2/metadata/locations/{}'
assets_url_suffix = '/api/v2/metadata/locations/{}/assets'
events_url_suffix = '/api/v2/event/locations/{uid}/events'
row_header = 'locationUid locationType parentLocationUid geometry'.split()
# observed values for the assetType field
types = ['WALKWAY', 'TRAFFIC_LANE', 'PARKING_ZONE']
@property
def uid(self):
return self.locationUid
@property
def detail(self):
"""Return a new Location after making a non-cached call to the API. The
response value is cached, so this will update the cache. """
url = self.client.config.metadata_url + self.detail_url_suffix.format(self.locationUid)
r = self.client.http_get(url)
l = Location(self.client, r.json())
l.write()
return l
@property
def assets(self):
"""Assets at this location"""
url = self.client.config.metadata_url + self.assets_url_suffix.format(self.locationUid)
r = self.client.http_get(url)
for e in r.json()['assets']:
yield Asset(self.client, e)
@property
def row(self):
"""Return most important fields in a row format"""
from operator import attrgetter
ag = attrgetter(*Location.row_header[:-1])
return ag(self) + (self.geometry,)
def __getstate__(self):
odict = self.__dict__.copy()
del odict['client']
return odict
def __setstate__(self, state):
self.__dict__.update(state)
[docs]class WalkwayLocation(Location):
pass
[docs]class TrafficLaneLocation(Location):
pass
[docs]class ParkingZoneLocation(Location):
pass
# Map asset types to subclasses
Location.dclass_map = {
'WALKWAY': WalkwayLocation,
'TRAFFIC_LANE': TrafficLaneLocation,
'PARKING_ZONE': ParkingZoneLocation
}


Lrrr
Greetings, I am Lrr of the planet Omicron Persei 8, do you have my package?
{{ data.char1 }}
Wait a second, we're on Rigel 7!
Lrrr
I'm house sitting, do you really respect your profession enough not to give me my package?
{{ data.char3 }}
You know we don't!
Enter your email to save story!


Presentations
- If Data Then Knowledge • JiveWorld14 Developer Keynote
- Git and GitHub Platform Review
- Your First Pull Request
- Git and GitHub Workflows • Utah Java Users Group
- Agile-ish Life at GitHub
- Git and GitHub Agile Workflows for HP
- Writing tools on the GitHub Platform • O'Reilly TOC Conference
- QCon NYC 2014 - GitHub Communications Culture and Tools


Lecture: Conditionals
So far we've only made the computer do pretty simple stuff, and no matter what it always did the SAME stuff. But how does the computer handle different situations? Let's learn the if
statement:
if (someConditionIsTrue) {
console.log("The condition was true")
} else {
console.log("The condition was false")
}


Imboard is provided by .zip , .tar and .gz file formats. Currently version is .
Development version is provided from https://github.com/tonite31/Imboard/tree/development.
If you use "npm", you can install imboard easily. Choose a installation directory you want.
$ npm install imboard
Install nodejs modules, configure imboard application. Following step is processed on root directory.
If you using windows, then typing "dir" instead "ls -al"
You must to install nodejs modules for imboard server. Run following command, created a directory "node_modules" in root directory.
$ npm install
$ node config.js
Select a menu "jdbc", enter a information host, username, password, database, port.
Select a menu "frame", enter a frame's name after configure database connection. If you not enter a specific value, setted a default value "sample".
If you change a frame's name to someting, ran application by a "someting" frame in /content/frame/
directory.
This example is entered "sample".
Set a port of server run a application. default value is 3000. if you change a port, select a menu "server", enter a specific port.
This example use default value 3000.
$ node install.js
Inserted a initial data for imboard and frame to database that you set a information in previous step. Now imboard installation work is done.
$ node app.js
$ node app.js -deploy
If you set a option "-deploy", all console.log is not printed on shell, all log is stacked in logs directory.
Visit a url http://localhost:3000/
in a web browser. You can see a application that ran by frame "sample".
If you click a button "Write a article", moved to "write" page that can enter a subject and a content, a writer's name. That data is shown on the list.
Imboard has a login page. If you click a login button, moved to login page on the frame "sample".
You access to login page visit following url. http://localhost:3000/signin
You can login by admin account or OAuth of facebook, twitter, google. If you want to use OAuth, enter a information to config.json. For more information, see document.
This example use a admin account. default value of admin account is admin/admin
.
We will develop a feature register email account.
Already we develop a dashboard can manage a data, board or menu, etc. if you click a button "Admin dashboard", moved to admin dashboard page on frame "sample".
You can access to admin dashboard by following url. http://localhost:3000/settings
Only admin user who has a level under 0, can access to dashboard.
If you add or edit a board, apply list of board on index page.
For more information, see document.
This step is introduce a structure of frame. All frame's directory must placed under the /content/frame/
directory and it muse have a following structure.
Following image is structure of frame "sample".
index.html is main page. It is import a minimum javascript and css file that needed for frame.
The value that typed like ##{path.xxx} is a replace variable changed current path of frame. For more information, see 4-1. Replace variable.
This example explain a frame "sample" with a code. Frame "sample" is installed with imboard.
Following image is a directory of the frame "sample".
This is a main page of web page that is ran by frame "sample". This page is show a list of board and has a button that can move to "write" page.
#{lan.boardName}
: is process a localization using replace variable. This is replaced by boardName that is set in "localize.json" by language of client. For more information, see 6. Localization

: is a tag that shown page fragment. If you click a button "Write a article", show a content for "write.html" in this tag and imported a "write.js" in js directory and a "write.css" in css directory.
data-bind="articleComponent" data-param='{"boardId" : "sample"}'
: call "articleComponent" module, load a list of article that has a boardId "sample".
Loaded a list of article is shown into

tag using Handlebars template script "


This vignette demonstrates susieR
in the context of genetic fine-mapping. We use simulated data of expression level of a gene (\(y\)) in \(N \approx 600\) individuals. We want to identify with the genotype matrix \(X_{N\times P}\) (\(P=1000\)) the genetic variables that causes changes in expression level.
The simulated data-set is available here, as part of the susieR
package. It is simulated to have exactly 3 non-zero effects.
data
contains regression data-set \(X\) and \(y\), along with some other relevant properties in the context of genetic studies. It also contains the “true” regression coefficent the data is simulated from.
names(data)
# [1] "X" "chrom" "pos"
# [4] "true_coef" "residual_variance" "Y"
# [7] "allele_freq" "V"
Notice that we’ve simulated 2 sets of \(Y\) as 2 simulation replicates. Here we’ll focus on the first data-set.
Here are the 3 “true” signals in the first data-set:
So the underlying causal variables are 403, 653 and 773.
The data-set additionally provides summary statistics for fitting univariate simple regression variable by variable. The results are \(\hat{\beta}\) and \(SE(\hat{\beta})\) from which z-scores can be derived. Again we focus only on results from the first data-set:
z_scores <- sumstats[1,,] / sumstats[2,,]
z_scores <- z_scores[,1]
susie_plot(z_scores, y = "z", b=b)
susieR
For starters, we assume there are at most 10 causal variables, i.e., set L = 10
, although SuSiE is robust to the choice of L
.
Notice that by default SuSiE estimates prior effect size from data. For fine-mapping applications, however, we often have some knowledge of SuSiE prior effect size since it is parameterized as percentage of variance explained. Here for this eQTL fine-mapping application we set SuSiE prior variance to 0.1, and update residual variance in the variational algorithm that fits SuSiE model. The susieR
function call is:
fitted <- susie(data$X, data$Y[,1],
L = 10,
estimate_residual_variance = TRUE,
estimate_prior_variance = FALSE,
scaled_prior_variance = 0.1,
verbose = TRUE)
# [1] "objective:-1392.42460921237"
# [1] "objective:-1388.98662572569"
# [1] "objective:-1387.87893344487"
# [1] "objective:-1387.87158194815"
# [1] "objective:-1387.73100740437"
# [1] "objective:-1387.73099852765"
# [1] "objective:-1387.67616609042"
# [1] "objective:-1387.67615783405"
# [1] "objective:-1386.37718431774"
# [1] "objective:-1386.3640270645"
# [1] "objective:-1381.99570801801"
# [1] "objective:-1381.86807518114"
# [1] "objective:-1381.18590761065"
# [1] "objective:-1381.18342754333"
# [1] "objective:-1381.13344267982"
# [1] "objective:-1381.13343270768"
# [1] "objective:-1381.13113705137"
# [1] "objective:-1381.1311369139"
# [1] "objective:-1381.13106293456"
# [1] "objective:-1381.13106291271"
By default, we output 95% credible set:
print(fitted$sets)
# $cs
# $cs$L3
# [1] 653
#
# $cs$L1
# [1] 773 777
#
# $cs$L2
# [1] 362 372 373 374 379 381 383 384 386 387 388 389 391 392 396 397 398
# [18] 399 400 401 403 404 405 407 408 415
#
#
# $purity
# min.abs.corr mean.abs.corr median.abs.corr
# L3 1.0000000 1.0000000 1.0000000
# L1 0.9815726 0.9907863 0.9907863
# L2 0.8686309 0.9673674 0.9756251
#
# $cs_index
# [1] 3 1 2
#
# $coverage
# [1] 0.95
The 3 causal signals have been captured by the 3 CS reported here. The 3rd CS contains many variables, including the true causal variable 403
. The minimum absolute correlation is 0.86.
If we use the default 90% coverage for credible sets, we still capture the 3 signals, but “purity” of the 3rd CS is now 0.91 and size of the CS is also a bit smaller.
print(sets)
# $cs
# $cs$L3
# [1] 653
#
# $cs$L1
# [1] 773 777
#
# $cs$L2
# [1] 373 374 379 381 383 384 386 387 388 389 391 392 396 399 400 401 403
# [18] 404 405 407 408
#
#
# $purity
# min.abs.corr mean.abs.corr median.abs.corr
# L3 1.0000000 1.0000000 1.0000000
# L1 0.9815726 0.9907863 0.9907863
# L2 0.9119572 0.9744588 0.9779763
#
# $cs_index
# [1] 3 1 2
#
# $coverage
# [1] 0.9
Previously we’ve determined that summing over 3 single effect regression models is approperate for our application. Here we summarize the variable selection results by posterior inclusion probability (PIP):
The true causal variables are colored red. The 95% CS identified are circled in different colors. Of interest is the cluster around position 400. The true signal is 403 but apparently it does not have the highest PIP. To compare ranking of PIP and original z-score in that CS:
i <- fitted$sets$cs[[3]]
z3 <- cbind(i,z_scores[i],fitted$pip[i])
colnames(z3) <- c('position', 'z-score', 'PIP')
z3[order(z3[,2], decreasing = TRUE),]
# position z-score PIP
# [1,] 396 5.189811 0.06026797
# [2,] 381 5.164794 0.08444210
# [3,] 386 5.164794 0.08444210
# [4,] 379 5.077563 0.05804100
# [5,] 391 5.068388 0.06299894
# [6,] 383 5.057053 0.06048718
# [7,] 384 5.057053 0.06048718
# [8,] 389 5.052519 0.04925977
# [9,] 405 5.039617 0.05629383
# [10,] 403 5.035949 0.03808209
# [11,] 387 5.013526 0.04831886
# [12,] 388 4.997955 0.04696986
# [13,] 408 4.994865 0.05477586
# [14,] 404 4.954407 0.04024608
# [15,] 374 4.948060 0.03589437
# [16,] 373 4.934410 0.02832642
# [17,] 362 4.894243 0.01244577
# [18,] 399 4.860780 0.03073966
# [19,] 392 4.856384 0.02490617
# [20,] 407 4.849285 0.02139881
# [21,] 400 4.827361 0.02610013
# [22,] 398 4.751205 0.01761845
# [23,] 401 4.723184 0.02014360
# [24,] 397 4.716886 0.01240547
# [25,] 415 4.663208 0.01437857
# [26,] 372 4.581560 0.01032276
We found that SuSiE is generally robust to choice of priors. Here we set scaled prior variance (percentage of variance explained) to 0.2, and compare with previous results:
fitted = susie(data$X, data$Y[,1],
L = 10,
estimate_residual_variance = TRUE,
estimate_prior_variance = FALSE,
scaled_prior_variance = 0.2)
susie_plot(fitted, y='PIP', b=b)
which largely remains unchanged. We also illustrate below analysis using default prior estimated from data,
fitted = susie(data$X, data$Y[,1],
L = 10,
estimate_residual_variance = TRUE)
susie_plot(fitted, y='PIP', b=b)
Here are some details about the computing environment, including the versions of R, and the R packages, used to generate these results.
sessionInfo()
# R version 3.5.1 (2018-07-02)
# Platform: x86_64-pc-linux-gnu (64-bit)
# Running under: Debian GNU/Linux buster/sid
#
# Matrix products: default
# BLAS: /usr/lib/x86_64-linux-gnu/atlas/libblas.so.3.10.3
# LAPACK: /usr/lib/x86_64-linux-gnu/atlas/liblapack.so.3.10.3
#
# locale:
# [1] C
#
# attached base packages:
# [1] stats graphics grDevices utils datasets methods base
#
# other attached packages:
# [1] susieR_0.7.1
#
# loaded via a namespace (and not attached):
# [1] Rcpp_0.12.19 knitr_1.20 xml2_1.2.0
# [4] magrittr_1.5 roxygen2_6.1.0 MASS_7.3-51
# [7] lattice_0.20-35 R6_2.3.0 rlang_<IP_ADDRESS>
# [10] highr_0.7 stringr_1.3.1 tools_3.5.1
# [13] grid_3.5.1 matrixStats_0.54.0 htmltools_0.3.6
# [16] commonmark_1.6 yaml_2.2.0 rprojroot_1.3-2
# [19] digest_0.6.18 assertthat_0.2.0 pkgdown_1.1.0
# [22] crayon_1.3.4 Matrix_1.2-14 fs_1.2.6
# [25] memoise_1.1.0 evaluate_0.12 rmarkdown_1.10
# [28] stringi_1.2.4 compiler_3.5.1 desc_1.2.0
# [31] backports_1.1.2


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WITNESS LIST Jurisprudence Committee April 13, 2005 - 1:30P SB 830 FOR: Bernard, Michael 1st Asst. District Attorney (Susan D. Reed, District Attorney), San Antonio, TX Colston, Sean Chief, Family Violence Unit (Tarrant County District Attorney's Office), Fort Worth, TX Edmonds, Shannon Attorney (Texas District & County Attorneys Association), Austin, TX Herberg, Clifford C. Chief, White Collar Crime Division (Bexar County District Attorney's Office), San Antonio, TX O'Connell, Doug Assistant District Attorney (Travis County District Attorney's Office), Austin, TX Wilson, Ted Assistant Dist. Atty. (Harris County D.A. Office), Houston, TX AGAINST: Hampton, Keith S. Legislative Director (Texas Criminal Defense Lawyers Assn.), Austin, TX Registering, but not testifying: For: Beckworth, Elmer Cherokee County District Attorney (Self), Rusk, TX Camp, Victoria Director of Operations (Texas Assoc. Against Sexual Assault), Austin, TX Rolater, Jr., John R. Assistant District Attorney (Bill Hill, Dallas County Criminal District Attorney), Dallas, TX Waldrip, Dib District Attorney (Comal County), New Braunfels, TX Weeks, David P. Walker County Criminal District Attorney (Self), Huntsville, TX Against: Etter, Kristin Sumpter & Gonzalez (Sumpter & Gonzalez), Austin, TX SB 1071 FOR: Gonzalez, Valente Webmaster www.defferedadjudication.org (www.defferedadjudication.org), Humble, TX Hale, Larry (Texans for the Reform of Deferred Adjudication), Amarillo, TX Lewis, Mike Member (Texans for Deferred Adjudication), Huntington, TX Lilly, Curtis Attorney (Self), Ft. Worth, TX Pavelka, Derrick EET unemploy (TX Reform of Deferred Adjudication), Round Rock, TX White, Martin (Self & Texans for Reform of DA), Saginaw, TX ON: Woodfin, Sheri District Clerk of Tom Green (County & District Clerks Association), San Angelo, TX Registering, but not testifying: For: Colston, Sean Assistant Criminal District Attorney (Tarrant County District Attorney's Office), Fort Worth, TX England, Samuel J. Legislative Liason (ACLU, LULAC, NAACP), Austin, TX Lemon, W. Clyde Director Legislative Affairs - Harris County District Clerk (Charles Bacarisse - Harris County District Clerk), Houston, TX On: Edmonds, Shannon Attorney (Texas District & County Attorneys Assn.), Austin, TX Kyser, Margie Manager - Fingerprint and Records Bureau (Dept. of Public Safety), Austin, TX SB 1147 FOR: Rucker, Judge Dean Presiding Judge, Seventh Admin. Judicial Region (Presiding Judges of the 9 AJR's), Midland, TX SB 1151 Registering, but not testifying: On: Key, Alicia Child Support Director (Office of the Attorney General), Austin, TX SB 1153 ON: Key, Alicia Child Support Director (Office of the Attorney General), Austin, TX Registering, but not testifying: For: Getting, Roy (Texas Fathers Alliance), Irving, TX On: Johnson, Bobby Director of HQ Operations (TXDOT- Vehicle Titles & Registration), Austin, TX SB 1178 Registering, but not testifying: For: Gaston, Belinda Odom (Texas Families Against Paternity Fraud), Dallas, TX Gaston, R.G. (Texas Families Against Paternity Fraud), Dallas, TX Getting, Roy (Texas Fathers Alliance), Irving, TX On: Key, Alicia Child Support Director (Office of the Attorney General), Austin, TX SB 1189 Registering, but not testifying: For: Robison, Jack Dist. Judge (207th Judicial District), New Braunfels, TX Waldrip, Dib District Attorney (Comal County), New Braunfels, TX SB 1190 FOR: Harvey, Jay Lawyer (Texas Trial Lawyers Assoc.), Austin, TX SB 1216 ON: Karisch, Glenn Estate Planning and Probate Attorney (Texas Academy of Probate Lawyers), Austin, TX Registering, but not testifying: For: Austin, Judge Russell Judge (Probate Court No. 1, Harris County), Houston, TX Barwell, Gladys Judge- Galveston County Probate Court (Self & Constituents), Galveston, TX Herman, Guy Judge Probate Court of Travis County (Self & Statutory Probate Judges of Texas), Austin, TX SB 1424 FOR: Cobos, David M. Justice of the Peace (Justices of the Peace & Constables Association of Texas), Midland, TX Registering, but not testifying: For: Molter, Michele (Texas Apartment Association), Austin, TX SB 1425 FOR: Cobos, David M. Justice of the Peace (Justices of the Peace & Constables Association of Texas), Midland, TX SB 1426 FOR: Cobos, David M. Justice of the Peace (Justices of the Peace & Constables Association of Texas), Midland, TX SCR 14 FOR: Erwin, Barbara (Husband, Thomas S. Erwin), Lampasas, TX George, David Attorney (Familes whose loved ones donated bodies to UTMB Willed Body Program), Houston, TX Lankford, Leanna (Bonnie Stanford O'Neal), Austin, TX Murphy, Mike Citizen (Self and Family), Austin, TX Siegel, Martin Lawyer (Self), Houston, TX Whitinger, Annabelle (Self), New Braunfels, TX Whitinger, John (Self), New Braunfels, TX Registering, but not testifying: For: Harrison, Charles E. Citizen (My Wife & I), Austin, TX Haynes, Kelli Family Member (Family), Newton, TX Haynes, Teron Citizen (Family), Austin, TX Inonog, Susan Friend (Family (of Michael Murphy)), Austin, TX Lankford, Burrell W. (Bonnie Stanford O'Neal), Austin, TX Murphy, Michael Family Member (Family), Austin, TX Woods-Murphy, Terri Citizen (Family), Newton, TX


--- layout: base title: Employment subtitle: "Here you can know information about my workplaces." use-site-title: true ---


Since parts of the MPI library may themselves be implemented using more basic MPI functions (e.g. a portable implementation of the collective operations implemented using point to point communications), there is potential for profiling functions to be called from within an MPI function which was called from a profiling function. This could lead to ``double counting'' of the time spent in the inner routine. Since this effect could actually be useful under some circumstances (e.g. it might allow one to answer the question ``How much time is spent in the point to point routines when they're called from collective functions ?''), we have decided not to enforce any restrictions on the author of the MPI library which would overcome this. Therefore the author of the profiling library should be aware of this problem, and guard against it herself. In a single threaded world this is easily achieved through use of a static variable in the profiling code which remembers if you are already inside a profiling routine. It becomes more complex in a multi-threaded environment (as does the meaning of the times recorded !)
The Unix linker traditionally operates in one pass : the effect of this is that functions from libraries are only included in the image if they are needed at the time the library is scanned. When combined with weak symbols, or multiple definitions of the same function, this can cause odd (and unexpected) effects.
Consider, for instance, an implementation of MPI in which the Fortran binding is achieved by using wrapper functions on top of the C implementation. The author of the profile library then assumes that it is reasonable only to provide profile functions for the C binding, since Fortran will eventually call these, and the cost of the wrappers is assumed to be small. However, if the wrapper functions are not in the profiling library, then none of the profiled entry points will be undefined when the profiling library is called. Therefore none of the profiling code will be included in the image. When the standard MPI library is scanned, the Fortran wrappers will be resolved, and will also pull in the base versions of the MPI functions. The overall effect is that the code will link successfully, but will not be profiled.
To overcome this we must ensure that the Fortran wrapper functions are included in the profiling version of the library. We ensure that this is possible by requiring that these be separable from the rest of the base MPI library. This allows them to be ared out of the base library and into the profiling one.


The majority of POSIX system and library calls require accessing errno to discern the specific cause of an error, and some require setting it to 0 before being called. This SRFI specifies procedures to both retrieve its value, and to set it.
errno


1 Samuel 21:15
Have I need of mad men, that ye have brought this fellow to play the mad man in my presence? shall this fellow come into my house?


action: key
toggles ambient light: a
toggles showing "bad nodes": b
toggles directional light: d
toggles grid helper: g
toggles hemisphere light: h
pauses animation (and move around with mouse): p
resets animation: r
toggles showing "good nodes": t
toggles axis helper: z


SoapClient::__soapCall
(PHP 5 >= 5.0.1, PHP 7)
SoapClient::__soapCall — Calls a SOAP function
说明
public mixed SoapClient::__soapCall ( string $function_name , array $arguments
[, array $options [, mixed $input_headers [, array &$output_headers ]]] )
This is a low level API function that is used to make a SOAP call. Usually, in
WSDL mode, SOAP functions can be called as methods of the SoapClient object.
This method is useful in non-WSDL mode when soapaction is unknown, uri differs
from the default or when sending and/or receiving SOAP Headers.
On error, a call to a SOAP function can cause PHP to throw exceptions or return
a SoapFault object if exceptions are disabled. To check if the function call
failed to catch the SoapFault exceptions, check the result with is_soap_fault()
.
参数
function_name
The name of the SOAP function to call.
arguments
An array of the arguments to pass to the function. This can be either an
ordered or an associative array. Note that most SOAP servers require
parameter names to be provided, in which case this must be an associative
array.
options
An associative array of options to pass to the client.
The location option is the URL of the remote Web service.
The uri option is the target namespace of the SOAP service.
The soapaction option is the action to call.
input_headers
An array of headers to be sent along with the SOAP request.
output_headers
If supplied, this array will be filled with the headers from the SOAP
response.
返回值
SOAP functions may return one, or multiple values. If only one value is
returned by the SOAP function, the return value of __soapCall will be a simple
value (e.g. an integer, a string, etc). If multiple values are returned,
__soapCall will return an associative array of named output parameters.
On error, if the SoapClient object was constructed with the exceptions option
set to FALSE, a SoapFault object will be returned.
范例
Example #1 SoapClient::__soapCall() example
SomeFunction($a, $b, $c);
$client->__soapCall("SomeFunction", array($a, $b, $c));
$client->__soapCall("SomeFunction", array($a, $b, $c), NULL,
new SoapHeader(), $output_headers);
$client = new SoapClient(null, array('location' => "http://localhost/soap.php",
'uri' => "http://test-uri/"));
$client->SomeFunction($a, $b, $c);
$client->__soapCall("SomeFunction", array($a, $b, $c));
$client->__soapCall("SomeFunction", array($a, $b, $c),
array('soapaction' => 'some_action',
'uri' => 'some_uri'));
?>
参见
• SoapClient::SoapClient() - SoapClient constructor
• SoapParam::SoapParam() - SoapParam constructor
• SoapVar::SoapVar() - SoapVar constructor
• SoapHeader::SoapHeader() - SoapHeader constructor
• SoapFault::SoapFault() - SoapFault constructor
• is_soap_fault() - Checks if a SOAP call has failed
User Contributed Notes 19 notes
===============================================================================
Note that calling __soapCall and calling the generated method from WSDL
requires specifying parameters in two different ways.
For example, if you have a web service with method login that takes username
and password, you can call it the following way:
'name', 'password'=>'secret');
$client->login($params);
?>
If you want to call __soapCall, you must wrap the arguments in another array as
follows:
__soapCall('login', array($params));
?>
===============================================================================
Following OrionI's example:
a = 2;
$params->b = 3;
$objectresult = $client->Sum($params);
$simpleresult = $objectresult->SumResult;
print($simpleresult); //produces "-1"
?>
Please note that the lines:
"$client->Sum($params);"
and
"$simpleresult = $objectresult->SumResult;"
are based off of each other. If your web service function is called "Sum", then
add "Result" to the end of it to get the results of the call.
EG:
a = 2;
$params->b = 3;
$objectresult = $client->Minus($params); // note the name of the function is
"Minus"
$simpleresult = $objectresult->MinusResult; // note the name of the result is
referenced as "MinusResult"
print($simpleresult); //produces "5"
?>
===============================================================================
One thing to note.
This happened to me and it took a while until I discovered what the problem
was.
I was trying to get .NET objects from a provided web service, however it always
seemed to return empty objects. It did return the backbone, but nothing within
the objects that made up the structure.
Anyhow, it seems that you have to be very precise with the arrays when calling
these functions. Par example, do this:
__soapCall($SOAPCall, array('parameters'=>$SoapCallParameters
));
?>
meaning that you must put an array as the second argument with 'parameters' as
the key and the soap call parameters as the value.
Also make sure that the parameter variable, in my case $SoapCallParameters is
in the form of what is requested by the webservice.
So, don't just make an array of the form:
'Mary',
[1] => 1983
)
?>
but if the webservice requests a 'muid' variable as 'Mary' and a 'birthyear' as
1983, then make your array like this:
'Mary',
[birthyear] => 1983
)
?>
The above arrays refer to the $SoapCallParameters variable.
Hope this helps somebody, not having to spend too much time figuring out the
problems.
===============================================================================
I am using SOAP call response headers to sign request results.
After alot of hours, I finally got the best way to get SOAP response headers
(other than parsing __getLastResponse() witch requires trace option enabled) is
using __soapCall() wrapper.
You can extend SoapClient class and wrap some functions to make sure you get
the headers.
__soapCall($func, $args);
}
?>
===============================================================================
The call to __soapCall returned an object to me either. This is the function
which makes my life easier:
function obj2array($obj) {
$out = array();
foreach ($obj as $key => $val) {
switch(true) {
case is_object($val):
$out[$key] = obj2array($val);
break;
case is_array($val):
$out[$key] = obj2array($val);
break;
default:
$out[$key] = $val;
}
}
return $out;
}
Usage:
...
$response = $client ->__soapCall("track", array('parameters' => $request));
$response = obj2array($response);
Hope it helps.
===============================================================================
When calling over SOAP to a .NET application, you may end up with an object as
a result instead of a simple type, even if you're just grabbing a simple type
(like a boolean result). Use a property accessor to get the actual result, like
this:
MyMethod($param1, $param2);
$simpleresult = $objectresult->MyMethodResult;
?>
Note that .NET seems to name the result MethodNameResult for method MethodName.
===============================================================================
One little gotcha when passing the parameters where you need to have attributes
and a simpletype value:
To get the xml
cheese
You'd pass in:
array("_" => "cheese", "bar"=>"moo"));
?>
See that "_" bit? It really wasn't obvious from the documentation.
===============================================================================
If your service is a .NET doc/lit, which means the input message has a single
part named 'parameters' that is a structure that wraps the parameters. Your
call should look like this:
$val_1,'param_name_2'=>$val_2);
$client->call('MethodName', array('parameters' => $params));
?>
===============================================================================
To avoid the SOAP client returning sometimes objects and sometimes arrays of
objects, there's a setting:
$this->soapClient = new \SoapClient($wsdlUrl, array(
'features' => SOAP_SINGLE_ELEMENT_ARRAYS,
'trace' => DEBUG_SOAP
));
===============================================================================
I was working with SOAP for the first time and I had to create a client that
sent a date range to a WSDL (Web Services Description Language) to return some
information I needed. I didn't know how to pass the params and there really
was no documentation about it. The main thing you have to make sure to do is
when you pass params to a method that is definied by the WSDL that you are
calling is that you use the same param name for the key of the array or the
object variable as shown below. Also, if you don't know what the methods/
functions that a WSDL has or the params that you need to pass it you can use
the __getFunctions() and __getTypes() methods after you declare your new
SoapClient.
From = "date";
$params["to"] = "12/31/2005"; // also can use $params->to = "date";
$client = new SoapClient("some.wsdl");
try {
print($client->execute($params));
} catch (SoapFault $exception) {
echo $exception;
}
?>
===============================================================================
Correction on the previously submitted code snippet...the incoming parameter
for .NET also has to be in object or array form for it to be correctly
converted to the XML form that .NET expects (as already mentioned by Llu?s P?
mies). The full example (when using WSDL) should be like this:
param1 = $value1;
$params->param2 = $value2;
$objectresult = $client->MyMethod($params);
$simpleresult = $objectresult->MyMethodResult;
?>
So if you have a C# function like this:
//sumservice.asmx
...
[WebMethod]
public int Sum(int a, int b)
{
return a + b;
}
...
The PHP client would be this:
a = 2;
$params->b = 3;
$objectresult = $client->Sum($params);
$simpleresult = $objectresult->SumResult;
print($simpleresult); //produces "5"
?>
===============================================================================
The options in the third argument is documented in http://php.net/manual/en/
function.soap-soapclient-construct.php
===============================================================================
If you are using this method, remember that the array of arguments need to be
passed in with the ordering being the same order that the SOAP endpoint
expects.
e.g
__soapCall('Foo', $args);
//will work
$args = array('john', 32);
$out = $client->__soapCall('Foo', $args);
?>
===============================================================================
I get the same problem reported above by ryan:
"ryan at grunt dot tv
22-Sep-2005 01:38
If you want to pass an xml document node as a function parameter, your need to
create a SoapVar object with a text represention of the xml node and the
XSD_ANYXML encoding constant. However, this constant is not exported by the
extension and is not documented for some unknown reason."
When defined variable soapVar I assigned the type XSD_STRING rather than as
XSD_ANYXML.
And when calls to the function you must pass the soapVar in an associative
array.
For example if the function (called myFunc) expect a parameter called xmlInput
you should do something like this:
$soapvar = new SoapVar($query, XSD_STRING);
$result = $client->myFunc(array('xmlInput'=>$soapvar));
This XML fragment are wrapped around xmlImput tags.-
===============================================================================
If you want to pass an xml document node as a function parameter, your need to
create a SoapVar object with a text represention of the xml node and the
XSD_ANYXML encoding constant. However, this constant is not exported by the
extension and is not documented for some unknown reason.
Therefore, to get this to work you must either register the XSD_ANYXML #define
as a PHP constant, or use the integer value of the constant when creating the
SoapVar, which is 147.
$soapvar = new SoapVar($xml_text, 147);
$params = array("ItemXml" => $soapvar, "PropertyView" => "blah");
$result = $this->soapclient->__soapCall("SaveItem", array("parameters"=>
$params), null, $this->soapheaders);
However, this still doesnt give the correct result. For some reason, the
ItemXml parameter node is not wrapped around the associated xml parameter in
the soap request, and the following soap is produced (assumming '- blah
item>' is used as the $xml_text):
...
- blah
blah
===============================================================================
The most annoying thing is that you'll get no warning trying to pass object not
matching wsdl e.g. if server expects smth like $Object->expName->... and you
would pass $Object->otherName the client will send empty request without
notifying you.
Also pay attention that names are key sensitive.
In my case I spent hours trying to pass $Post->Lead->... object instead of
$Post->lead-> ...
===============================================================================
Note, when trying to overload the __soapCall function, you should not use type
hints or STRICT_STANDARDS will complain.
The correct signature is as follows:
===============================================================================
I was integrating a local warehouse system with a SOAP to our system and
noticed some things.
1) Service uses "dot-namespacing" (fe. Item.Price) I classmapped this to
Item_Price and used magical __get() and __set() to strip off 'Item.' from
variable names. Works like a charm.
Example:
1.52
$field; }
public function __set($field, $value) { $field = str_replace('Item.', '',
$field); $this->$field = $value; }
?>
2) I noticed that classmapping a segment with attributes and value is possible.
Class uses variables as attributes and $_ is the value.
Example:
Turns to Value here
Example of using classes with soapcalls:
sendFoo($foo);
?>
Posted these since I think the documentation is lacking and very obsolete.
Hopefully someone's burden eases.
===============================================================================
If you are calling a weblogic service with a certificate and you are getting
this error on the soap method call statement:
[EJB:010160]Security Violation: User: '' has insufficient permission
to access EJB: type=, application=app2_0_52_3, module=appsejb.jar, ejb=
AppMethod, method=AppMethod, methodInterface=Remote, signature=
{java.lang.String}.
then check the wsdl in the soap open call - it must be https. Supplied with an
http wsdl this took some time to figure out.
true,
'exceptions'=>true,
'local_cert' => "/var/www/html/app/newcert.pem",
'passphrase' => "thepassphrase"));
$response = $client->__soapCall("MyMethod", array("param1" => $value1));
?>
Thanks to the authors for their comments on enabling openssl and curl by
uncommenting extension=php_opensll.dll and extension=php_curl.dll in php.ini.
Also for Olaf's instructions "append the content of the private key file and
the certificate file to a single file". I did this using copy command on the
DOS prompt:
copy mycert.pem+mykey.pem newcert.pem


Hey, I was wondering If somebody would make a plugin that makes it so that when I enter a server webpage the live update function would automatically be on without myself having to click to make it on.
Thanks :) :)
Meaurk
Global Moderator
I like this idea, maybe we should look very cute towards Brain?


|
Earthquakemodels
Here is the code for generating Earthquake Risk Models using Genetic Algorithms.
|
Namespaces | |
| code.thirdTry | |
Functions | |
| def | code.thirdTry.evaluationFunction (individual, modelOmega) |
| def | code.thirdTry.save2file (logbook, rank) |
| def | code.thirdTry.gaModel (NGEN, n, modelOmega, year, region, depth, FREQ=10) |
Variables | |
| tuple | code.thirdTry.regions = ('Kanto', 'Kansai', 'Tohoku') |
| int | code.thirdTry.depth = 100 |
| int | code.thirdTry.qntYears = 5 |
| int | code.thirdTry.times = 30 |
| bool | code.thirdTry.save = True |
| code.thirdTry.observations = list() | |
| int | code.thirdTry.year = 2004 |
| code.thirdTry.observation | |
| code.thirdTry.bins | |
| int | code.thirdTry.GSIZE = 100 |
| int | code.thirdTry.POPSIZE = 500 |
| def | code.thirdTry.modelo |
| code.thirdTry.mag | |
| code.thirdTry.type | |


Dr. Christian Reitwiessner
@ethchris github.com/chriseth<EMAIL_ADDRESS>Ethereum Meetup Berlin - 2016-06-20
How does an Ethereum Smart Contract
All these operations need access to the "external world" or are very expensive.
Cooperation with Loi Luu (U. Singapore) and Jason Teutsch (U. Alabama), based on "How to verify computation with a rational network".
Interactive verification mechanism proposed by Canetti, Riva, Rothblum: "Practical delegation of computation using multiple servers", 2011
Make this work on a blockchain by adding economic incentives.
Task Giver provides fee, Solvers provide deposit and get rewards. Deposit is slashed if fraud is detected. Many parallels to Casper proof of stake.
Due to incentives, verification game will only be played in case of an attack. Attack is only successful if all attackers join forces. A single honest (and uncensored) actor can prevent any attack (51% attack → 100% attack).
If there is disagreement, verification game starts:
1 hour of computation on 4 GHz processor:<PHONE_NUMBER>0000 = 14.4 * 1012 steps
If all agree: Almost no strain on the chain
Disagreement: Cheater found in 10 rounds with 640 bytes messages
Commitment to root hashes plus evaluation of single step only on-chain actions.
Behaviour even better on large pre-Merkelized data (blockchain, data from swarm, ...)


|
Bullet Collision Detection & Physics Library
|
The btClock is a portable basic clock that measures accurate time in seconds, use for profiling. More...
#include <btQuickprof.h>
Public Member Functions | |
| btClock () | |
| The btClock is a portable basic clock that measures accurate time in seconds, use for profiling. More... | |
| btClock (const btClock &other) | |
| btClock & | operator= (const btClock &other) |
| ~btClock () | |
| void | reset () |
| Resets the initial reference time. More... | |
| unsigned long long int | getTimeMilliseconds () |
| Returns the time in ms since the last call to reset or since the btClock was created. More... | |
| unsigned long long int | getTimeMicroseconds () |
| Returns the time in us since the last call to reset or since the Clock was created. More... | |
| unsigned long long int | getTimeNanoseconds () |
| btScalar | getTimeSeconds () |
| Returns the time in s since the last call to reset or since the Clock was created. More... | |
Private Attributes | |
| struct btClockData * | m_data |
The btClock is a portable basic clock that measures accurate time in seconds, use for profiling.
Definition at line 22 of file btQuickprof.h.
| btClock::btClock | ( | ) |
The btClock is a portable basic clock that measures accurate time in seconds, use for profiling.
Definition at line 85 of file btQuickprof.cpp.
| btClock::btClock | ( | const btClock & | other | ) |
Definition at line 99 of file btQuickprof.cpp.
| btClock::~btClock | ( | ) |
Definition at line 94 of file btQuickprof.cpp.
| unsigned long long int btClock::getTimeMicroseconds | ( | ) |
Returns the time in us since the last call to reset or since the Clock was created.
Definition at line 171 of file btQuickprof.cpp.
| unsigned long long int btClock::getTimeMilliseconds | ( | ) |
Returns the time in ms since the last call to reset or since the btClock was created.
Definition at line 136 of file btQuickprof.cpp.
| unsigned long long int btClock::getTimeNanoseconds | ( | ) |
Definition at line 205 of file btQuickprof.cpp.
| btScalar btClock::getTimeSeconds | ( | ) |
Returns the time in s since the last call to reset or since the Clock was created.
Definition at line 267 of file btQuickprof.cpp.
Definition at line 105 of file btQuickprof.cpp.
| void btClock::reset | ( | ) |
Resets the initial reference time.
Definition at line 112 of file btQuickprof.cpp.
|
private |
Definition at line 50 of file btQuickprof.h.


--- layout: default title: Blog permalink: /blog/ navlink: true ---
{{ post.date | date: "%-d %B %Y" }}
{{post.description}}


Plan your Travel 0
Contact us
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ES
Experiences
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Amazon
Discover Colombia


==
Swivel Mounts are best used for where you want the TV to be viewable from two different Angles, such as a Living Room / Dining Room. You can swivel the TV while you eat and turn it back while back in the living room.
Tilt mounts are limited in the Right to Left motion but offer a limited Up and Down tilt. These mounts comes in Slim profile to get a real cool picture frame look. These mounts are recommended for Fireplaces as it allows the TV to be tilted down for an optimal viewing angle.
These mounts are usually used in Businesses and are attached to the Ceiling - not to the wall. This type of Ceiling mount allows for a full 360 rotation along with tilt.
Do you want to control your lights with your remote? Or turn the lights dim when you turn on the TV? Great, because we offer equipment along with installation when it comes to these features.
Do you have 5 remotes to control all your peripherals? We sell and configure Advanced Universal Remotes that allow Learning and Macros that will control all your equipment and know what to turn on and off depending what you want to watch/listen to.
High-end equipment comes with a manual, but its not easily configured. We excel in getting the most out of your priced purchases.


Fast runtime with onnxruntime¶
Benchmark inference for scikit-learn models¶
What is the opset number?¶
Train and deploy a scikit-learn pipeline¶
Convert a pipeline with a LightGBM classifier¶
Intermediate results and investigation¶
Store arrays in one onnx graph¶
Black list operators when converting¶
Forward backward on a neural network on GPU¶
Train a scikit-learn neural network with onnxruntime-training on GPU¶
Modify the ONNX graph¶
Converter for WOE¶
Train a linear regression with forward backward¶
Benchmark ONNX conversion¶
Dataframe as an input¶
Funny discrepancies¶
Train a linear regression with onnxruntime-training¶
Convert a pipeline with a LightGBM regressor¶
Forward backward on a neural network on GPU (Nesterov) and penalty¶
Implement a new converter using other converters¶
One model, many possible conversions with options¶
Profile onnxruntime execution¶
Change the number of outputs by adding a parser¶
Two ways to implement a converter¶
Convert a pipeline with a XGBoost model¶
Choose appropriate output of a classifier¶
A new converter with options¶
Transfer Learning with ONNX¶
Profiling of ONNX graph with onnxruntime¶
Issues when switching to float¶
Implement a new converter¶
Benchmark onnxruntime optimization¶
Benchmark, comparison scikit-learn - forward-backward¶
Benchmark, comparison scikit-learn - onnxruntime-training¶
Benchmark operator LeakyRelu¶
Benchmark operator Slice¶
Benchmark, comparison torch - forward-backward¶
Converter for WOEEncoder from categorical_encoder¶
Benchmark onnxruntime API: run or …¶
Benchmark, comparison sklearn - forward-backward - classification¶
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Benchmark inference for a linear regression¶
Compares numpy to onnxruntime on simple functions¶
Fast design with a python runtime¶
Benchmark and profile of operator Slice¶
Add a parser to handle dataframes¶
Train a linear regression with onnxruntime-training on GPU in details¶
Train a linear regression with onnxruntime-training in details¶
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Class: Aws::CloudHSM::Types::DescribeHsmResponse
| Relationships & Source Files | |
| Super Chains via Extension / Inclusion / Inheritance | |
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Class Chain:
self,
Struct
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Instance Chain:
self,
Struct
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| Inherits: |
Struct
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| Defined in: | (unknown) |
Overview
Instance Attribute Summary
-
#availability_zone ⇒ String
rw
The Availability Zone that the HSM is in.
. -
#eni_id ⇒ String
rw
The identifier of the elastic network interface (ENI) attached to the HSM.
. -
#eni_ip ⇒ String
rw
The IP address assigned to the HSM's ENI.
. -
#hsm_arn ⇒ String
rw
The ARN of the HSM.
. -
#hsm_type ⇒ String
rw
The HSM model type.
. -
#iam_role_arn ⇒ String
rw
The ARN of the IAM role assigned to the HSM.
. -
#partitions ⇒ Array<String>
rw
The list of partitions on the HSM.
. -
#serial_number ⇒ String
rw
The serial number of the HSM.
. -
#server_cert_last_updated ⇒ String
rw
The date and time that the server certificate was last updated.
. -
#server_cert_uri ⇒ String
rw
The URI of the certificate server.
. -
#software_version ⇒ String
rw
The HSM software version.
. -
#ssh_key_last_updated ⇒ String
rw
The date and time that the SSH key was last updated.
. -
#ssh_public_key ⇒ String
rw
The public SSH key.
. -
#status ⇒ String
rw
The status of the HSM.
. -
#status_details ⇒ String
rw
Contains additional information about the status of the HSM.
. -
#subnet_id ⇒ String
rw
The identifier of the subnet that the HSM is in.
. -
#subscription_end_date ⇒ String
rw
The subscription end date.
. -
#subscription_start_date ⇒ String
rw
The subscription start date.
. -
#subscription_type ⇒ String
rw
Specifies the type of subscription for the HSM.
. -
#vendor_name ⇒ String
rw
The name of the HSM vendor.
. -
#vpc_id ⇒ String
rw
The identifier of the VPC that the HSM is in.
.
Instance Attribute Details
#availability_zone ⇒ String
(rw)
The Availability Zone that the HSM is in.
#eni_id ⇒ String
(rw)
The identifier of the elastic network interface (ENI) attached to the HSM.
#eni_ip ⇒ String
(rw)
The IP address assigned to the HSM's ENI.
#hsm_arn ⇒ String
(rw)
The ARN of the HSM.
#hsm_type ⇒ String
(rw)
The HSM model type.
#iam_role_arn ⇒ String
(rw)
The ARN of the IAM role assigned to the HSM.
#partitions ⇒ Array
<String
> (rw)
The list of partitions on the HSM.
#serial_number ⇒ String
(rw)
The serial number of the HSM.
#server_cert_last_updated ⇒ String
(rw)
The date and time that the server certificate was last updated.
#server_cert_uri ⇒ String
(rw)
The URI of the certificate server.
#software_version ⇒ String
(rw)
The HSM software version.
#ssh_key_last_updated ⇒ String
(rw)
The date and time that the SSH key was last updated.
#ssh_public_key ⇒ String
(rw)
The public SSH key.
#status ⇒ String
(rw)
The status of the HSM.
Possible values:
- PENDING
- RUNNING
- UPDATING
- SUSPENDED
- TERMINATING
- TERMINATED
- DEGRADED
#status_details ⇒ String
(rw)
Contains additional information about the status of the HSM.
#subnet_id ⇒ String
(rw)
The identifier of the subnet that the HSM is in.
#subscription_end_date ⇒ String
(rw)
The subscription end date.
#subscription_start_date ⇒ String
(rw)
The subscription start date.
#subscription_type ⇒ String
(rw)
Specifies the type of subscription for the HSM.
- PRODUCTION - The HSM is being used in a production environment.
- TRIAL - The HSM is being used in a product trial.
Possible values:
- PRODUCTION
#vendor_name ⇒ String
(rw)
The name of the HSM vendor.
#vpc_id ⇒ String
(rw)
The identifier of the VPC that the HSM is in.


Inside Edge Season 2 trailer: The Amazon Prime Original looks bigger and better
Inside Edge Season 2 stars Vivek Oberoi, Richa Chadha, Aamir Bashir, Tanuj Virwani, Angad Bedi, Sayani Gupta and Sapna Pabbi among others.
by Entertainment DeskThe makers of Inside Edge Season 2 on Monday released the trailer of the Amazon Prime Original.
In the web series, as politics and cricket converge, Aamir Bashir’s character struggles to pull the game into the limelight. Cricketers are seen injecting drugs and getting embroiled in all kinds of scandals. Richa Chadha aka Zarina Malik wants in on the bigger game while we see the characters of Tanuj Virwani and Angad Bedi lock horns.
Sitting and watching all of it unfold is Vivek Oberoi’s cunning and manipulative Vikrant Dhawan. Basically, Inside Edge Season 2 promises to up the ante in all the departments, but only time will tell if it will be able to repeat the success of the first season.
Inside Edge Season 2 stars Vivek Oberoi, Richa Chadha, Aamir Bashir, Tanuj Virwani, Angad Bedi, Sayani Gupta and Sapna Pabbi among others.
Inside Edge Season 2 will start streaming from December 6 on Amazon Prime Video.


Lenovo
ThinkBook 13s Gen 3
Lightweight at only
1.26kg / 2.77lbs., the PC offers
unidirectional and 360° audio
pickup with AI-enabled noise
cancellation for on-the-go
meetings. WiFi 6 ensures
low latency for a steady
connection even
in poorly connected areas.
Copy Source Code
Lenovo
ThinkBook 13s Gen 3
Lightweight at only
1.26kg / 2.77lbs., the PC offers
unidirectional and 360° audio
pickup with AI-enabled noise
cancellation for on-the-go
meetings. WiFi 6 ensures
low latency for a steady
connection even
in poorly connected areas.
Close
Copy


A town with canals, backwaters, beaches, and lagoons, Alappuzha was described by Lord Curzon as the "Venice of the East." Hence, it is known as the "Venetian Capital" of Kerala. In Alappuzha, Malayalam is the most spoken language. It is an important tourist destination in India
Also called the ‘Rice Bowl of India’, Kuttanad boasts of its scenic countryside and shimmering beauty. Located within the heart of Kerala backwaters, the evergreen outlook and enchanting charm of this village offers an amazing experience to its visitors.
Vembanad Lake is the longest lake in India. The lake is known by different names in different places. Taking a house boat on the lake could be a fun experience.
Formed by the amalgamation of multiple of various waters sources, backwaters give you the postcard-perfect view with coconut trees lined all along and houseboats in the middle.
Alappuzha is referred to as the Venice of the East which has always enjoyed an important place in the maritime history of Kerala. Presently it is famous for its boat races, backwater holidays, beaches, marine products and coir industry. Alappuzha beach is a popular picnic spot. The pier, which extends into the sea here, is over 137 years old. Entertainment facilities at the Vijaya Beach Park add to the attraction of the beach. There is also an old lighthouse nearby which plays a fascinating sight to the visitors from far and wide.


sealed class PartialTree
The structure is a little different than that of Merkle Tree. Partial Tree might not be a full binary tree. Leaves represent either original Merkle tree leaves or cut subtree node with stored hash. We differentiate between the leaves that are included in a filtered transaction and leaves that just keep hashes needed for calculation. Reason for this approach: during verification it's easier to extract hashes used as a base for this tree.
IncludedLeaf |
data class IncludedLeaf : PartialTree |
Leaf |
data class Leaf : PartialTree |
Node |
data class Node : PartialTree |


{% extends 'base.html' %} {% load static %} {% block content %} We didn't code anything for that file type {% endblock %}


Deleting a page is not a reversible change. Any information associated
with this page will be removed, and cannot be recovered.
{% extends 'layouts/base.html' %} {% import 'macros/form_macros.html' as f %} {% set deletion_endpoint = 'admin.delete_page_request' %} {% set change_endpoint = 'admin.edit_page_name' %} {% set endpoints = [ (change_endpoint, 'Edit Page Details'), (deletion_endpoint, 'Delete page') ] %} {% macro navigation(items) %}
{% endmacro %} {% block content %}


I wake up early
All day I dream of my bed
It calls out for me
I love camping. My favorite place to be in the summer is up in the Uinta National Forest. I also do quite a bit of white water river running. The past two summers I have been to The blackfoot river in Montana, and the section of the green that runs through dinosaur national monument. This summer I'm headed up to run the Rogue river; a once in a lifetime opportunity.
>I also love to cook. I served an LDS mission in Italy, where I learned a love for simple healthy italian cuisine. Since coming home, I've learned how to prepare dishes from all over the world, but italian remains my favorite. Its my dream to one day own a wood fire pizza oven and make pizza all the time for friends and family.
I've also found a love for coding in recent years. When I initially returned from my mission, I began studying CS because of the abundance of Jobs and the quality of pay. I soon realized that I found a lot of satisfaction in completing projects, and I constantly feel satisfaction at work when I complete a new or difficult component in the software we're writing.
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| 5:30 | free time | free time | CS 2250 Web Programming 1 | free time | free time |
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