Essex lorry deaths: Man from Northern Ireland arrested in London
A 23-year-old man from Northern Ireland has been arrested in connection with the investigation into the deaths of 39 migrants who were found dead in a refrigerated lorry container in Essex.
Police confirmed that the man was arrested in the early hours of this morning on the M40 motorway in Beaconsfield, around 20 miles west of London.
Essex Police said in a statement: "He was arrested on suspicion of conspiracy to traffic people and conspiracy to assist unlawful immigration, and remains in custody."
The bodies of 31 men and eight women were found in the early hours of October 23 in a refrigerated trailer attached to a lorry in an industrial park in Essex last month.
Mo Robinson (25), of Laurelvale, Co Armagh, has already appeared in court in England to face charges including 39 counts of manslaughter.
Essex Police have also started extradition proceedings to bring 22-year-old Eamonn Harrison, from Mayobridge in Co Down, to the UK.
Three other people - a 38-year-old man, a 38-year-old woman, and a 46 year-old man - have been arrested in connection with the investigation.


Tea Ceremony has an ability to bring peace into our lives by taking us from our heads, from our thoughts to the heart, to the body. And how does it do it? By engaging all our senses at the same time and really savouring each moment. Can we taste, smell, see, hear, feel - all at the same time? When we do, then another sense is created - a sense of the Heart. When we are able to do do that, then we are able to have a direct experience of Life, direct experience of being - rather than through filters of the mind such as concepts, ideas, beliefs.
tea meditation
Meditation ( and Tea Ceremony) is actually a form of listening. With all our senses. With our whole body. Because this body is a sensing instrument through which we contact this reality - experience of being and living, wellbeing, this whole thing, this wonderful amazing organic structure through which we function. This extraordinary, potentially sensitive, listening, feeling organism. So I encourage you to use it. Use it to listen really deeply. To that, which is trying to emerge within you. Because that, which is trying to emerge within us, responds in the same way as you and I do when we are listened to. It does respond. It doesn't respond in a way that you can necessarily predict or control. But it does respond.


Each year teaching chemistry, I made it a point to my students that everything they learn over the course of the year is based on observation and best guesses. Up until 2009, we hadn’t actually seen a molecule or an atom…they’re just too small. What we can see is how they behave and change when stressed by an environmental factor (temperature, pressure, etc). By observing how substances change and looking for patterns, we can make pretty good guesses about the physical properties of very small pieces of matter.
A staple of any chemistry class is modeling molecular structures with the old wooden ball-and-stick model sets. Students look at molecular formulae and converting them into a structural formula on paper and a physical model. One year, I had a class turn it into a race to see which team could assemble the series of structures the fastest. The level of abstraction was high as students learned about bond formation, stability, and proper orientation of atoms. There was also a good deal of debugging with each submission because something was wrong, but I didn’t say what was wrong.
I enjoyed the rapid-pace building of models…students had fun and it broke up the monotony of class in the middle of the semester. The problem was that students didn’t internalize the ideas. The rapid prototyping was without structure and haphazard rather than thoughtful and methodical. I decided to shift the idea to the lab.
Limit the input in order to maximize the output.
I wish I’d run all of my labs this way.
Students had a simple task: find the mass of copper you produce. There were no handouts, there were no demonstrations. I wanted to see how groups would handle having very little information. What I saw was well thought out problem solving strategies. Each group walked through the problem step by step, coming up with solutions at each roadblock. Our class was only an hour long, so they had to work quickly to find a usable procedure. I was thrilled to see students trying their ideas in small scale before rushing to a larger, quantifiable sample. Filtration methods were tested. Heating was explored (to speed up the reaction). When they found something that worked, they started from the beginning, following their outlined procedure.
Groups who heated their reaction compared data with groups who didn’t. We then took those differences, plotted them on a graph, and talked about kinetics. There were graphs shown and best-fit lines plotted. I couldn’t have segued it better had I planned it out from the start.
My students and I had stumbled on computational thinking strategies before we knew what they were. Science is a process, and the problem solving techniques practiced in the lab are the same techniques used in programming, art, music, investigative reporting, storytelling…the list goes on. Grover & Pea (2013) talk about providing working in a “low floor, high ceiling” environment in order to promote problem solving. Students approached the problem easily and were able to reach much higher areas of thought as their solutions panned out.
Students need opportunities to problem solve in order to learn how to solve problems. By limiting the information available as well as leaving room for experimentation, my classes had a chance to look at a task from many different perspectives.
Written on September 12th, 2014 by Brian Bennett Categorized in: All CEP891 MAET
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The InterProScan 5 pipeline [1] is used to annotate the translations of gene models for each genome. The pipeline scans sequences against InterPro [2] signatures to identify protein families and domains. InterPro signatures are predictive models, provided by the different databases that make up the InterPro consortium. In addition, coiled coils, signal peptides, transmembrane domains, and low complexity regions are annotated with ncoils, SignalP, TMHMM, and seg, respectively.
The InterPro families and domains are often associated with Gene Ontology (GO) terms and pathways, and this information is loaded when protein features are annotated. For example, the IPR013483 family is linked, by InterPro, to two GO terms and a KEGG pathway reference; consequently, these will be added as cross-references to any translation that is annotated with the IPR013483 family.
In the genome browser, protein features are displayed on the 'Splice variants' page (when viewing a gene) and on the 'Protein summary' and 'Domains & features' pages (when viewing a transcript).


Madison sets new record low
by Chris ReeceMADISON, Wis. - Tuesday morning lows dropped into the single digits, with some areas below 0 degrees.
Madison's temperature fell to 4 degrees, setting a new record low for Nov. 12. The record low for Nov. 11 was also tied at 9 degrees just before midnight Monday night.
Though we'll stay partly sunny Tuesday, high temperatures will only be in the upper teens with wind chills in the single digits above and below zero.
The record low high temperature on Nov. 12 for Madison is 16 degrees set in 1940. The forecast high for the day is 18 degrees.


September 3
The things which are impossible with men are possible with God. Luke 18:27
Right now you and I are standing face-to-face with situations in our nation that need to be changed. Some of those situations look totally impossible. But they're not. Because this country belongs to God.
He's the One Who brought the United States of America into existence. He had a special purpose for it. He needed a country where the gospel could be preached freely and not suppressed.
It was God Himself Who stirred the heart and mind of Christopher Columbus and planted within him the dream of charting a new course to the West. Columbus said so in his own journals. He wrote: "It was the Lord Who put into my mind--I could feel His hand upon me--the fact that I could sail from here to the Indies. All who heard of my project rejected it with laughter, ridiculing me. There's no question that the inspiration was from the Holy Spirit because He comforted me with rays of marvelous inspiration from the Holy Scriptures."
Who brought Christopher Columbus to America? God brought him. This is God's nation. He raised it up, and it's not going to be taken away from Him.
The next time you're tempted to look at situations in this country as impossible, remember Who it belongs to. Then you can discover America just like Christopher Columbus did--by faith.
Scripture Reading: Psalm 106


My background is in linguistics as both a Ph.D. student and as a Teaching Assistant.
When I mention that I am a linguist, I have often been asked one of two questions:
First, while I do speak a couple languages other than English, I have been mainly concerend in analyzing language patterns (primarily syntactic ones) and how language changes.
Second, linguistics is not concerned with prescriptive grammar. It is concerened with descriptive grammar, or how language is actually used. There is no "wrong" way to speak a language, nor is there a "right" way to speak.
Reading, yoga, dancing (have dabbled in: fencing, archery, and knitting)
Currently I am reading Homage to Catalonia by George Orwell. My top 5 favorite books (n.b. this list changes) are:
My technical skills include basic knowledge of:
My non-technical skills include:


本文来自阅读极客时间专栏《左耳听风》89 程序员练级攻略：UI/UX设计 文章中的推荐阅读
How the Atomic Design methodology allowed me to create a great design system from scratch and made me a better developer, with principles of componentization, hierarchies and reuses of code.
原子设计方法论是如何让我从零开始创建一个伟大的设计系统，并使我成为一个更好的开发人员，具有组件化、层次结构和代码重用的原则。 I have recently had the opportunity to work on a new product from scratch made in React and PWA with the well-crafted and componentized UI at Cheesecake. However, when we discussed with the whole team the best way to approach the development, we ended up having the same old problems that have happened in most past projects, such as:
我最近有机会在一个新的产品从零开始的反应和 PWA 与精心制作和组件化的 UI 在芝士蛋糕。 然而，当我们与整个团队讨论处理开发的最佳方法时，我们最终遇到了与过去大多数项目中发生的相同的老问题，例如:
We’ve started to build the CSS architecture using the ITCSS methodology that organizes the style files on stacks from generics styles to the specifics ones, which helps you to scale large projects easily. But along with ITCSS, we were using CSS Modules to scope the components, so we noticed that component stack was getting huge and even the generic styles were being componentized and reused within other one.
我们已经开始使用 ITCSS 方法来构建 CSS 架构，这种方法将样式文件从泛型样式组织到具体样式，这有助于您轻松地扩展大型项目。 但是与 ITCSS 一起，我们使用 CSS 模块来调整组件的范围，所以我们注意到组件堆栈变得越来越庞大，甚至通用样式也被组件化并在其他组件中重用。
That was the moment in which we paused to rethink our architecture and how we could set the components in a more distributed and organized way. Then we found a methodology called Atomic Design that creates multiples stacks of components, with different hierarchies of complexity and dependence.
在那一刻，我们停下来重新思考我们的体系结构，以及我们如何将组件设置成更加分布和有组织的方式。 然后我们发现了一种叫做原子设计的方法，它创建了多个组件堆栈，具有不同的复杂性和依赖性层次结构。
Popularly known within the design world, Atomic Design helps to build consistent, solid and reusable design systems. Plus, in the world of React, Vue and frameworks that stimulate the componentization, Atomic Design is used unconsciously; but when used in the right way, it becomes a powerful ally for developers.
原子设计在设计界广为人知，它帮助构建一致、可靠和可重用的设计系统。 另外，在 React、 Vue 和促进组件化的框架的世界中，原子设计是无意识地使用的; 但是当使用得当时，它成为了开发人员的强大盟友。
The name Atomic Design comes from the idea of separating the components in atoms, molecules, organisms, templates and pages, like in the image above. But what are the responsibilities of each separated part?
“原子设计”这个名字来源于这样一个想法，即将原子、分子、有机体、模板和页面中的成分分离开来，如上图所示。 但是，每个独立部分的责任是什么？
Atoms are the smallest possible components, such as buttons, titles, inputs or event color pallets, animations, and fonts. They can be applied on any context, globally or within other components and templates, besides having many states, such as this example of button: disabled, hover, different sizes, etc.
原子是最小的可能组件，例如按钮、标题、输入或事件颜色托盘、动画和字体。 它们可以应用于任何上下文，全局或其他组件和模板，除了有许多状态，如这个按钮的例子: 禁用，悬停，不同大小等。
They are the composition of one or more components of atoms. Here we begin to compose complex components and reuse some of those components. Molecules can have their own properties and create functionalities by using atoms, which don’t have any function or action by themselves. 它们是由一个或多个原子组成的。 在这里，我们开始组合复杂的组件并重用其中的一些组件。 分子可以有自己的属性，通过原子创造功能，而原子本身没有任何功能或作用。
Organisms are the combination of molecules that work together or even with atoms that compose more elaborate interfaces. At this level, the components begin to have the final shape, but they are still ensured to be independent, portable and reusable enough to be reusable in any content.
有机体是分子的组合，这些分子相互作用，甚至与原子组成更复杂的界面。 在这个级别上，组件开始具有最终的形状，但仍然保证它们是独立的、可移植的和可重用的，足以在任何内容中重用。
In this state we stop composing components and begin to set their context. Moreover, the templates create relationships between the organisms and others components through positions, placements and patterns of the pages but it doesn’t have any style, color or component rendered. That’s why it looks like a wireframe. 在这种状态下，我们停止组合组件并开始设置它们的上下文。 此外，模板通过页面的位置、位置和模式在有机体和其他组件之间创建关系，但它没有任何风格、颜色或组件渲染。 这就是为什么它看起来像线框图。
Pages are the navigate parts of the application and it’s where the components are distributed in one specific template. The components get real content and they’re connected with the whole application. At this stage, we can test the efficiency of the design system to analyse if all the components are independent enough or if we need to split them in smaller parts.
页面是应用程序的导航部分，它是组件在一个特定模板中分布的位置。 这些组件获得真正的内容，并与整个应用程序相连接。 在这个阶段，我们可以测试设计系统的效率，以分析是否所有的组件都足够独立，或者是否需要将它们拆分成更小的部分。
When we started to use Atomic Design within React we had to adjust some rules of the methodology to ensure that components were reused as much as possible, that they were stateless, without styles of positions and very specific margins so to avoid any side effects in the pages of application. 当我们开始在 React 中使用 Atomic Design 时，我们不得不调整方法的一些规则，以确保组件被尽可能多地重用，确保它们是无状态的，没有位置样式和非常具体的边距，以避免应用程序页面中的任何副作用。
So with each new component we asked ourselves: “Are these components generic enough to avoid specificity and/or repeated code in whatever context they are used?” 因此，对于每一个新组件，我们都要问自己: “这些组件是否足够通用，以避免在任何情况下使用特殊性和 / 或重复代码? ”
So we were able to write a few rules: 所以我们可以写一些规则:
The Atomic Design should have a file of variables and it must be imported by each component; 1.原子设计应具有一个变量文件，并且必须由每个组件导入。
The atoms should be written without margins and positions; 2.原子应该写在没有边缘和位置的地方；
Only the molecules and organisms can set the positions of atoms, but these stacks can’t have any styles of margins and positions; 3.只有分子和有机体可以设置原子的位置，但这些堆栈不能有任何类型的边距和位置;
Templates have only one function: to set the grid of pages but never positions of specific components; 4.模板只有一个功能: 设置页面的网格，但不设置特定组件的位置;
Pages render the components with a template defined and it’s here that the Atomic Design will be connected to the rest of the application; 5.页面使用定义的模板呈现组件，在这里原子设计将连接到应用程序的其余部分;
What I will show here is everything in a boilerplate on GitHub, which you can test and then start your projects using Atomic Design, so let’s do it: 这里我要展示的是 GitHub 上的样板文件，你可以测试它，然后使用 Atomic Design 开始你的项目，所以让我们开始吧:
To build a UI LIbrary we used an awesome tool called Storybook, which is a great ally to the Atomic Design in React (you can use it for the React Native and Vue too), it allows to render the components and list all states/variations of one. 为了构建 UI LIbrary，我们使用了一个非常棒的工具 Storybook，它是原子设计在反应(你可以使用它为反应原生和 Vue 也)的一个很好的盟友，它允许渲染组件和列出一个的所有状态 / 变化。
With the Storybook installed the folder structure will look like this: 安装了 Storybook 后，文件夹结构如下:
Note that inside of the button component there is a file called ‘index.js’ which is the component itself, the ‘styles.css’ is the style that will be imported by CSS Modules (here we’ve used the BEM CSS inside the structure; I recommend reading the article ‘CSS Architecture with ReactJS’) and the ‘stories.js’ is the file that will import the component into the Storybook, which looks like this: 注意，在按钮组件的内部有一个叫做‘ index.js’的文件，它是组件本身，‘ styles.CSS’是由 CSS 模块导入的样式(这里我们在结构中使用了 BEM CSS; 我推荐阅读文章‘ CSS Architecture with ReactJS’) ，而‘ stories.js’是将组件导入 Storybook 的文件，它看起来像这样:
Each ‘add ()’ function is a variation of the component and it is the best approach to describe each state individually rather than a single function, so it becomes easier to highlight and control each one of them. So if you describe all the component variations , the Storybook should look like this: 每个 add ()函数都是组件的一个变体，它是描述每个状态的最佳方法，而不是单个函数，因此更容易突出和控制每个状态。 因此，如果你描述所有的组件变化，故事书应该是这样的:
And the coolest part of the Storybook is that you can add some ‘addons’, such as the Storybook Info, which does awesome things like: story source, props types, defaults values and which values are required or not. 故事书最酷的部分是你可以添加一些插件，比如故事书信息，它可以做一些很棒的事情，比如: 故事来源，道具类型，默认值以及哪些值是必需的或者不是。
At the end of project, we reached the initial goals and we believe we left a good legacy, a structure which ensures that the project can grow and that other developers can understand the architecture quickly. Maybe we initially spent some extra time writing stories and etc, but the more the project grows, the more the benefits make clear why we should use such architecture. 在项目结束时，我们达到了最初的目标，并且我们相信我们留下了一个很好的遗产—- 一个确保项目可以成长并且其他开发人员可以快速理解架构的结构。 也许我们最初花费了一些额外的时间来写故事等等，但是随着项目的增长，好处越来越明显，为什么我们应该使用这样的架构。
However we could see that this architecture probably doesn’t work for every project because it depends on several factors. The main one is that the design needs to be thought in the same way as the development: in an atomic way. But the integration between design and development is a point that every project wants to reach, so it becomes a very positive point for Atomic Design. 然而，我们可以看到，这种架构可能不适用于每个项目，因为它取决于几个因素。 主要的一点是，设计需要以与开发相同的方式来考虑: 以原子的方式。 但是设计和开发之间的集成是每个项目都想要达到的，所以这对于原子设计来说是一个非常积极的点。


API documentation¶
A module for storing electronic structure data and user settings. Currently supported codes are VASP and FHI-Aims (with limited functionality).
The module contains a Data
class which parses OUTCAR and PROCAR files using the vasppy package.
A function for parsing DOSCAR files is also provided.
The module contains a DataAims
class which parses and stores the geometry.in/calculation.out files generated for/from a FHI-AIMS calculation.
A Settings
class stores analysis parameters set by the user.
A module for finding the band structure extrema and instantiating
a Segment
object for each extrema point.
The extrema are found within an energy range given by the Settings
class.
Each Segment object contains data for kpoints within an energy range given by the Settings
class.
A module for analysing DOSCAR data.
A module for analysing the data contained in a Segment
object.
Contains the Segment
class and methods for calculating various definitions of the effective mass.


Stat/Transfer can read SAS user-defined formats (value labels) directly from a Windows SAS catalog file, from a catalog or data set in a CPORT library, from SAS data files for all supported platforms, and from a SAS Transport library.
SAS Value Labels - Reading
You can choose whether and how user-defined formats are to be read using the selections from the drop down menu.
Do not read formats
If this option, the default, is selected, no formats will be read.
Read directly from a catalog file (.sas7bcat)
If you have a Windows SAS catalog file containing formats and wish to read them, select Read directly from a catalog file.
If this option is selected, the entry '%ipath%/formats.sas7bcat' will automatically appear on the Format Filename line. This instructs Stat/Transfer to look for a file named formats.sas7bdat in the same directory as your data file.
You can change the path if your file is in a different location.
Read from a catalog in a CPORT Library (.stc)
Select this option if you have a Windows CPORT library file that contains the formats for your data set. (Your data will usually be read from a CPORT file as well, but need not be.)
If this option is selected, the entry '%ipath%/%iname.stc' will automatically appear on the Format Filename line. This instructs Stat/Transfer to look for a file with the same name as your input file and the extension .stc, in the same directory as your data file.
You can change the path if your file is in a different location.
If the Use default catalog name box is checked, Stat/Transfer will look in the CPORT file for a catalog named formats, which is the SAS default. If you would like to read your formats from a different catalog, uncheck the box, and then click on the Read Library button to get a list of catalogs in the CPORT file. You can then select the catalog that contains the formats that are appropriate for your data.
Read a SAS datafile (.sas7bdat)
The selection, Read a SAS datafile, is the appropriate option if you are working on a SAS platform other than Windows and wish to read user-defined formats. As described in the section SAS Value Labels, for cases where you are not working in Windows, Stat/Transfer can read user-defined formats that are produced in SAS data set form by PROC FORMAT using the 'cntlout' keyword.
When this option is selected, then by default, Stat/Transfer will look in the same directory as your input data set for a file named sas_fmts.ext, where .ext is the extension of your input file. If you would like to use a file located somewhere else or with a different name, you can change it in the Format Filename edit box. You can type in a complete file specification, or you can use the macros below as part of the file specification.
%ipath% The path, including the directory, of the input file
%iname% The name, without the extension, of the input file
%iext% The extension, without the dot, of the input file
Read from a dataset in a CPORT Library (.stc)
This option is appropriate if your formats were written with the 'cntlout' option of PROC FORMAT into a CPORT library.
If this option is selected, the entry '%ipath%/%iname.stc' will automatically appear on the Format Filename line. This instructs Stat/Transfer to look in the same directory as your data file for a file with the same name as your input file and the extension .stc.
You can change the path if your file is in a different location.
If the Use default dataset name box is checked, Stat/Transfer will look in the CPORT file for a data set named sas_fmts. If you would like to read your formats from a different data set, uncheck the box, and then click on the Read Library button to get list of data sets in the CPORT file. You can then check the data set that contains the formats that are appropriate for your data.
Read from a SAS Transport Library (.tpt)
This option is appropriate if your formats were written with the 'cntlout' option of PROC FORMAT into a Transport library. This is a very good way of transporting formats from an unsupported platform, such as IBM mainframe SAS.
If this option is selected, the entry '%ipath%/%iname.tpt' will automatically appear on the Format Filename line. This instructs Stat/Transfer to look for a file with the same name as your input file and the extension .tpt in the same directory as your data file. You can change the path if your file is in a different location.
If the box Use default member names is checked, Stat/Transfer will look in the Transport file for a member named sas_fmts. If you would like to read your formats from a different member, uncheck the box, and then click on the Read Library button to get a list of members in the Transport file. You can then check the member that contains the formats that are appropriate for your data.
Continue if the format file is not found
If Stat/Transfer is told to look for a user-defined format file of some type and the file containing the labels is not found when a transfer is initiated, by default the transfer will stop and an error message will be generated.
If the box Continue if the format file is not found is checked, processing will continue in spite of the error. Value labels will not be written to the output file.
Continue if there is an error processing formats
This will instruct Stat/Transfer to continue processing if there is an error reading the format file or if no matching formats are found in the file.


We found that during COVID19 online lessons, there were lots of misunderstandings and questions. We found a way to solve this problem by automatically recording that lesson, and making it available to students of that course.
I think that in difficult times, one should provide ways to make the life of students easier and more organised. Teachers should collaborate together with their pupils to make online classes better and more comprehensive.


IRI: https://w3id.org/ontocis/professors#Education_Level
IRI: https://w3id.org/ontocis/professors#Nationality
IRI: https://w3id.org/ontocis/professors#Person
IRI: https://w3id.org/ontocis/professors#Professor
IRI: https://w3id.org/ontocis/professors#hasEducationLevel
IRI: https://w3id.org/ontocis/professors#hasNationality
IRI: https://w3id.org/ontocis/professors#inChargeOf
IRI: http://xmlns.com/foaf/0.1/familyName
IRI: http://xmlns.com/foaf/0.1/givenName
IRI: https://w3id.org/ontocis/professors#isExperienced
has characteristics: functional
IRI: https://w3id.org/ontocis/professors#name
has characteristics: functional
IRI: https://w3id.org/ontocis/professors#surname
has characteristics: functional
IRI: https://w3id.org/ontocis/professors#Argentinian
IRI: https://w3id.org/ontocis/professors#Brazilian
IRI: https://w3id.org/ontocis/professors#Chilean
IRI: https://w3id.org/ontocis/professors#Doctor
IRI: https://w3id.org/ontocis/professors#Master
IRI: https://w3id.org/ontocis/professors#Russian
IRI: https://w3id.org/ontocis/professors#Spanish
IRI: https://w3id.org/ontocis/professors#Specialization
IRI: https://w3id.org/ontocis/professors#Technical
IRI: https://w3id.org/ontocis/professors#Tertiary
IRI: https://w3id.org/ontocis/professors#University
IRI: https://w3id.org/ontocis/professors#Uruguayan


Before Change
print(" python -m spacy download en_core_web_sm")
print("")
print("Spacy license: MIT")
print("Link to license: https://github.com/explosion/spaCy/blob/master/LICENSE")
print("The terms and conditions of the data set license apply. Intel does not "
"grant any rights to the data files or database")
sys.exit(0)
After Change
"https://creativecommons.org/licenses/by-sa/3.0/")
response = input("To download the model from {}, "
+ "please type YES: ".format(url))
if response.lower().strip() == "yes":
print("The terms and conditions of the data set license apply. Intel does not "
"grant any rights to the data files or database")
print("Downloading Spacy model...")
spacy_download(model)
self.parser = spacy.load(model, disable=pipeline_opts)
else:
print("Download declined. Response received {} != YES. ".format(response))
print("Please download the model manually")
sys.exit(0)
def tokenize(self, text):
Tokenize a sentence into tokens
Args:


SafePipe
open class SafePipe
Provides a replacement for Foundation’s Pipe
class.
On macOS when the underlying system call fails, Foundation
creates an object with file handles set to zero. On Unix,
the program crashes with a fatalError
.
This class, SafePipe
has a failable initializer and
will return nil
if the underlying system call fails.
-
Creates a new pipe. Returns
nil
if the underlying system call fails. Thepipe (2)
system call only fail under the following conditions:EFAULT
An invalid buffer is passed. In this implementation this could only happen if the system fails to allocate two 32-bit integers if this occurs it is unlikely that the situation is recoverable. This mode of failure has not been tested for this implementation and may cause a crash.EMFILE
Too many file descriptors are active. In this casenil
is returned.ENFILE
The system file table is full. In this casenil
is returned.
Declaration
Swift
public init?()
-
The file handle to use for reading.
Declaration
Swift
open var fileHandleForReading: FileHandle { get }
-
The file handle to use for writing.
Declaration
Swift
open var fileHandleForWriting: FileHandle { get }


| crul-package | crul |
| Async | Simple async client |
| AsyncQueue | AsyncQueue |
| AsyncVaried | Async client for different request types |
| auth | Authentication |
| content-types | Working with content types |
| cookies | Working with cookies |
| crul | crul |
| crul-options | Set curl options, proxy, and basic auth |
| crul_settings | Set curl options, proxy, and basic auth |
| curl-options | curl options |
| curl_verbose | curl verbose method |
| handle | Make a handle |
| hooks | Event Hooks |
| http-headers | Working with HTTP headers |
| HttpClient | HTTP client |
| HttpRequest | HTTP request object |
| HttpResponse | Base HTTP response object |
| mock | Mocking HTTP requests |
| ok | check if a url is okay |
| Paginator | Paginator client |
| progress | progress bars |
| proxies | proxy options |
| proxy | proxy options |
| set_auth | Set curl options, proxy, and basic auth |
| set_headers | Set curl options, proxy, and basic auth |
| set_opts | Set curl options, proxy, and basic auth |
| set_proxy | Set curl options, proxy, and basic auth |
| set_verbose | Set curl options, proxy, and basic auth |
| timeout | curl options |
| upload | upload file |
| url_build | Build and parse URLs |
| url_parse | Build and parse URLs |
| user-agent | curl options |
| verb-DELETE | HTTP verb info: DELETE |
| verb-GET | HTTP verb info: GET |
| verb-HEAD | HTTP verb info: HEAD |
| verb-PATCH | HTTP verb info: PATCH |
| verb-POST | HTTP verb info: POST |
| verb-PUT | HTTP verb info: PUT |
| verbose | curl options |
| writing-options | Writing data options |


HAPPY:/ACRO EDIT TOOLS
SOME TOOLS MADE FOR EDITING SECTIONS OF A book. PLEASE CLICK THE LINK TO SEE THE WEBSITE FOR THE BOOK.


--- layout: post title: 'update: iPhone look alikes' date: 2007-01-20 21:13:37.000000000 +01:00 type: post published: true status: publish categories: - apple & OSX - evaluation - gadgets - market tags: [] meta: _publicize_job_id: '14401149279' original_post_id: '92' _wp_old_slug: '92' author: login: joesixpack email<EMAIL_ADDRESS>display_name: dirk lüsebrink first_name: '' last_name: '' ---
I joked a little about the absurd prospect of expecting the asian companies to patiently wait for Apple to launch their iPhone. But in a kind of actio-reactio reversed surprising quantum world move the response was there before the action.
LG in conjunction with PRADA did launch a slick touchscreen device and PRADA might turn out out to be the perfect partner to get it right with successfully locking on to the luxury target group.
Don't get me wrong, I still believe in the iPhone becoming a huge success. There is a reason why there is hardly any mention of the software. Software makes all the difference nowerdays.  And it doesn't have multitouch either.


1 __all__ = [
2 "generate_data_from_image",
3 "generate_data_from_video",
4 "density_gradient",
5 "sample_image",
6 "sample_image_conditionally",
7 "sample_labels_conditionally",
8 "sample_video",
9 "fill_in_image",
10 "fill_in_image_map",
11 "extract_windows",
12 "sample_spike_train",
13 "generate_masks",
14 "rgb2gray",
15 "rgb2ycc",
16 "ycc2rgb",
17 "YCbCr",
18 "imwrite",
19 "imread",
20 "imformat",
21 "generate_data_from_spike_train"]
22
23 from _cmt import generate_data_from_image
24 from _cmt import generate_data_from_video
25 from _cmt import density_gradient
26 from _cmt import sample_image
27 from _cmt import sample_image_conditionally
28 from _cmt import sample_labels_conditionally
29 from _cmt import sample_video
30 from _cmt import fill_in_image
31 from _cmt import fill_in_image_map
32 from _cmt import extract_windows
33 from _cmt import sample_spike_train
34 from masks import generate_masks
35 from colors import rgb2gray, rgb2ycc, ycc2rgb, YCbCr
36 from images import imwrite, imread, imformat
37 from spikes import generate_data_from_spike_train
38


---
title: Volunteer case studies
layout: sidebar-right
sidebar: volunteering
breadcrumb: volunteering
---
Sorrel has helped coordinate book sales at Lowestoft Library
"I believe that the volunteering I have undertaken at the library has directly contributed to me being considered for an exciting new job. I am thrilled to be starting full-time employment as a librarian and reading champion to children aged 4-11 at a local primary school.
"I would like to thank all the staff that have helped me learn the valuable skills needed and gain the confidence and appropriate experience to take on this role."
Jenny has been volunteering for the Home Library Service for more than 20 years
"I had a friend who volunteered for the Home Library Service. I thought I would give it a go and I thoroughly enjoyed it. You make friends and get to know people and their families.
"It is great fun choosing books for people and introducing them to books they hadn’t thought of reading. One lady I visit has similar tastes in reading to me, so it is easy to find books for her. You have to like people, be broadminded and have endless patience. You can spend ages choosing books only to have your choices rejected by the person you visit. But that doesn’t happen often, because you get to know them so well. You have to have a love of books, read yourself and be able to share your enthusiasm.
"I just love doing it."
Callum is a 19-year-old volunteer at his local library
"Volunteering at the library has been a thoroughly enjoyable and fulfilling experience. Not only was it great socially, in terms of making friends and interacting with the general public, but it also offered me the chance to develop my personal skills. I would recommend volunteering; it has got me out of the house, can add a lot to your CV and contributes to a valuable community asset."
Katie fits her Home Library Service visits around her work and the school run
"At the moment I visit two people and spend about 15–20 minutes chatting when I deliver their books. I get to know what each person likes and doesn’t like. I then choose some books I know they would definitely enjoy, but I also choose some that might be a bit different to what they may usually read.
"The people I visit wouldn’t get books otherwise. We all have friends or relatives like that. I have a 90 year old grandmother and I hope that someone where she lives does this too. If just a few people volunteered it could make a big difference.
"I like meeting the people I deliver books to. I get to know people I wouldn’t otherwise come across in any other area of my life. I would definitely recommend volunteering like this to other people."
Josie has helped with the Summer Reading Challenge and is also part of her library's Friends group
"I have been volunteering at the library for about 3 years. I initially joined the Top Time group when I moved to the area as a way of meeting people.
"I then got involved in helping with the group and volunteered for the Summer Reading Challenge, as I am a great believer that children need books. I didn’t want to lose the library, so I also got involved in the Friends group and now act as committee secretary."
Edna is involved in the library's Top Time group which provides social activities and opportunities for older people
"I have volunteered for many years for the Summer Reading Challenge and currently help organise and set up the Top Time Group each week and act as the treasurer.
"At first volunteering was something for me to do, as I cannot go out much due to my health. I put all my effort into that one day once a week. If I am really poorly, it is something I can aim to get back to. The social side of volunteering with the library is my lifeline."


{% extends 'generic/confirmation_form.html' %} {% load form_helpers %} {% block title %}Remove Virtual Chassis Member?{% endblock %} {% block message %}
Are you sure you want to remove {{ device }} from virtual chassis {{ device.virtual_chassis }}?
{% endblock %}


Join us for on a 8-day Orbridge independent immersion program where we will "behind the curtain" and encounter the energy of a country undergoing rapid change. Learn more >
This award is the highest honor bestowed by the Alumni Association. Submit a nomination >


This is a tool to quickly generate your own resume. The idea is to rapidly create an eye-catching and professional-looking resume using a few clicks.


---
title: "Healthy Life Style"
permalink: /resources/activities/healthy/
layout: single
---
Disclaimer This is a collection of public data for the convenience of community members. There is no implication of OCC affiliation for the listed organations on this page.
{% for lifestyle in site.activities_healthy %}
{{ lifestyle.title }}
{{ lifestyle.location }}
{% endfor %}


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Methods
Constants
| START | = | "#!idiff-start!#" |
| FINISH | = | "#!idiff-finish!#" |
Class Public methods
_indexes_of_changed_lines(diff_arr)
Link
Source: show
# File lib/gitlab/inline_diff.rb, line 42 def _indexes_of_changed_lines diff_arr chain_of_first_symbols = "" diff_arr.each_with_index do |line, i| chain_of_first_symbols += line[0] end chain_of_first_symbols.gsub!(%r[^\-\+]/, "#") offset = 0 indexes = [] while index = chain_of_first_symbols.index("#-+#", offset) indexes << index offset = index + 1 end indexes end
processing(diff_arr)
Link
Source: show
# File lib/gitlab/inline_diff.rb, line 8 def processing diff_arr indexes = _indexes_of_changed_lines diff_arr indexes.each do |index| first_line = diff_arr[index+1] second_line = diff_arr[index+2] max_length = [first_line.size, second_line.size].max first_the_same_symbols = 0 (0..max_length + 1).each do |i| first_the_same_symbols = i - 1 if first_line[i] != second_line[i] && i > 0 break end end first_token = first_line[0..first_the_same_symbols][1..-1] diff_arr[index+1].sub!(first_token, first_token + START) diff_arr[index+2].sub!(first_token, first_token + START) last_the_same_symbols = 0 (1..max_length + 1).each do |i| last_the_same_symbols = -i shortest_line = second_line.size > first_line.size ? first_line : second_line if ( first_line[-i] != second_line[-i] ) || "#{first_token}#{START}".size == shortest_line[1..-i].size break end end last_the_same_symbols += 1 last_token = first_line[last_the_same_symbols..-1] diff_arr[index+1].sub!(%r#{Regexp.escape(last_token)}$/, FINISH + last_token) diff_arr[index+2].sub!(%r#{Regexp.escape(last_token)}$/, FINISH + last_token) end diff_arr end


Ocean [an82], ocean, in The Outer Sea
Last updated Turn #136
Ocean [an82], ocean, in The Outer Sea
------------------------------------------------------------------------
14: Sirocco Traveller [ja8y], ship, 10 hulls, 1 rowing port, 30 sails,
14: 4% damaged, arrived from Endless Plains [an81], owner:
14: Toulouse [h1q], Pen, with one peasant, one worker, 32 sailors
14: Audrey [j9v], Pen, with 38 lt. xbowmen, three skirmishers,
14: three riding horses, accompanied by:
14: Cindy [z1c], Pen, with 38 pikemen
14: Herbal Harriet [w3d], refugee, prisoner
15: Sirocco Traveller [ja8y], ship, 10 hulls, 1 rowing port, 30 sails,
15: 4% damaged, departed for Ocean [an83].
Routes leaving Ocean:
North, to Ocean [am82], 6 days
East, to Ocean [an83], 5 days
South, to Ocean [ao82], 6 days
West, plain, to Endless Plains [an81], Imperia, 2 days


Beanmapper is a Java library for mapping dissimilar Java classes with similar attribute names. The use cases for Beanmapper are the following:
BeanMapper does not transform your objects. It copies all the values of the fields from an object to another object. You can configure the way BeanMapper should match the fields with annotations. However BeanMapper does have a lot more functionality than only converting Java classes.
You can read about this in the rest of the documentation.
Beanmapper is not a library for deep-copying classes. Whenever Beanmapper can get away with a shallow copy, it will do so. Deep-copying is reserved for dissimilar classes.
Take a look at BeanMapper-Spring for combining the power of BeanMapper together with Spring. Scroll down to the REST examples for usage with BeanMapper-Spring.
Take a look at the BeanMapper-Petshop for samples of using BeanMapper. It shows you how to use the BeanMapper in a REST API in Java. It also show examples of using BeanMapper in combination with BeanMapper-Spring. All examples shown in this documentation are based on this example project.
When using these three kinds of objects you want to convert incoming data to your entity. You also want to convert your entity to a result when representing data to the outside. These conversions will cost a lot of unnecessary code.
Let us suppose we have a tool that is able to map similar fields from dissimilar classes. In this case, it would be just a matter of passing both instances and delegating the task of mapping from source to target to this tool. This is why you should use BeanMapper; BeanMapper just does the above described problem in a very easy way.
Want to use BeanMapper? In the next section you can read about using BeanMapper.
For a more detailed use case of why using BeanMapper, read this blog The Case for BeanMapper.
Below a basic sample of each way of converting. These samples only show a basic conversion. You should take a look at the rest of the documentation if you want to map some different fields or if you want to map a different structure.
Lets assume that we have two classes. SourceClass is your entity that is used inside the application. TargetClass is the class that you would like to expose to the outside.
public class Source {
public Long id;
public String name;
public Integer age;
public Source(Long id, String name, Integer age) {
this.id = id;
this.name = name;
this.age = age;
}
}
public class Target {
public String name;
public Integer age;
}
Mapping to a new class does first create an instance of the given target class. Then BeanMapper uses the map to existing instance strategy to map the source to the created class instance. Take a look at BeanConstruct if you do not have a non-args constructor.
Source source = new Source(1L, "Henk", 42);
Target target = new BeanMapperBuilder().build()
.map(source, Target.class);
assertEquals("Henk", target.name);
assertEquals(42, target.age, 0);
Use this method if you want to override a instance with another instance. The values of the target instance are overwritten by the given source instance. Fields are mapped base on the name of the field and based on bean conventions. BeanMapper only maps fields when a field name in the source instance matches a field name in the target instance.
With annotations you have a lot more possibilities to map classes, take a look on the list below:
| BeanIgnore | Use this when you explicitly do not want to map a field. |
|---|---|
| BeanProperty | Use this when you want to map fields that have no matching field names. |
| BeanDefault | Use this when you want to set a default value when the mapped value is null. |
| BeanCollection | Use this when you want to map a field of type Collection. |
Source source = new Source(1L, "Henk", 42);
Target target = new BeanMapperBuilder().build()
.map(source, Target.class);
assertEquals("Henk", target.name);
assertEquals(42, target.age, 0);
Use this method when you want to map a collection of items to a collection of items of an other type. Of course you can do this for yourself by creating a loop and call map inside each loop. This method is just to make it easy for you. You can also pass a third optional argument to convert the list to. In this case we choose an ArrayList.class.
List<Source> sources = new ArrayList<Source>();
sources.add(new Source(1L, "Henk", 42));
sources.add(new Source(2L, "Piet", 50));
sources.add(new Source(3L, "Kees", 3));
ArrayList<Target> targets = (ArrayList<Target>) new BeanMapperBuilder().build()
.map(sources, Target.class, ArrayList.class);
assertEquals(3, targets.size(), 0);
assertEquals("Henk", targets.get(0).name);
assertEquals("Piet", targets.get(1).name);
assertEquals("Kees", targets.get(2).name);
This method consist of two different ways:
Both methods does use javassist to create a new class.
The first option is called 'downsizeSource'. This method generates a new class based on the source class but only with the fields you want to map. BeanMapper uses the generated class to map over the existing given target instance. The result is that you have mapped only a few fields from the source over the target instance. Use case for this method is for example a PATCH request.
The second options is called 'downsizeTarget'. With this option you can expose a few fields of the source class to the outside. BeanMapper generates a new class based on the given target class but only with the fields you want to exist in the target. The use case for 'downsize' is to produce a class that physically contains no other fields to expose; what you see is what you get. It can be equally well transformed into for example XML or JSON, without format-specific mapping.
Below examples of both options.
// Option 1: downsizeSource
BeanMapper beanMapper = new BeanMapperBuilder().build();
Source source = new Source(1L, "Henk", 42);
Target target = new Target("Piet", 12);
beanMapper.wrapConfig()
.downsizeSource(Arrays.asList("age"))
.build()
.map(source, target);
assertEquals("Piet", target.name);
assertEquals(42, target.age, 0);
// Option 2: downsizeTarget
BeanMapper beanMapper = new BeanMapperBuilder().build();
Source source = new Source(1L, "Henk", 42);
Object target = beanMapper.wrapConfig()
.downsizeTarget(Arrays.asList("name"))
.build()
.map(source, Target.class);
String json = new ObjectMapper().writeValueAsString(target);
assertEquals("{\"name\":\"Henk\"}", json);
BeanMapper has two inherent means to help you verify that beans can be mapped. One is explicit and fail-fast, the other is implicit and triggers right before mapping.
Option 1 is to explicitly map the pairs with a strict side. When a BeanMapper bean is created (using the build method of the BeanMapperBuilder), it will validate all registered bean pairs. When strict sides do not have matching properties on the other side, an exception is thrown. This will disrupt the boot sequence.
There are two ways to do this:
Option 2 works on the convention that incoming Data Transfer Objects are called *Form and outgoing Data Transfer Objects are called *Result. Whenever a *Form in a source spot, or a *Result in a target spot does not have matching properties, an exception is thrown. The exception is not thrown until the mapping is about to take place. Feedback is slow to materialize.
The process can be disabled by setting setApplyStrictMappingConvention to false.
If you use Spring Boot, you only have to include is the Spring Boot starter dependency. The starter will take care of registering the right converters and bean pairs. It will offer an immediate BeanMapper for you to auto-wire.
<dependency>
<groupId>io.beanmapper</groupId>
<artifactId>beanmapper-spring-boot-starter</artifactId>
<version>2.3.0</version>
</dependency>
In order to use Beanmapper in your project, simple add the following Maven dependency.
<dependency>
<groupId>io.beanmapper</groupId>
<artifactId>beanmapper</artifactId>
<version>{{version}}</version>
</dependency>
Version is the latest version of BeanMapper
You can find the javadoc for BeanMapper here.
You can also download the latest jar and include this in your project.
BeanMapper mapper = new BeanMapperBuilder().build()
The configuration of this mapper is editable by using the config() method of the BeanMapper instance.
This method returns a BeanMapperBuilder to edit the configuration of BeanMapper for all mappings.
In the example below we add a converter to the created BeanMapper.
This converter is applied during all mappings with this instance of BeanMapper.
mapper = mapper.config()
.addConverter(converter)
.build();
You can also configure BeanMapper for one mapping only.
In this case you should use the method wrapConfig() of the instance of BeanMapper followed by the map() method for mapping an instance.
The given converter is applied only during this mapping from source to target.
mapper.wrapConfig()
.addConverter(converter)
.build()
.map(source, target);
| Annotation | @BeanProperty |
|---|---|
| Arguments | name: the name that matches the field name on the other side |
| Description | Use BeanProperty if the field name does not match the other field name. You can use this annotation on both sides. |
| Exceptions | BeanNoSuchPropertyException is thrown when BeanMapper can not find a field with the given name |
public class Source {
public Long id;
public String name;
@BeanProperty(name = "otherAge")
public Integer age;
}
public class Target {
@BeanProperty(name = "name")
public String otherName;
public Integer otherAge;
}
Source source = new Source(1L, "Henk", 42);
Target target = new BeanMapperBuilder().build()
.map(source, Target.class);
assertEquals("Henk", target.otherName);
assertEquals(42, target.otherAge, 0);
| Annotation | @BeanIgnore |
|---|---|
| Arguments | None |
| Description | Use BeanIgnore when you explicitly don't want to map a field. You can use this annotation on both sides. |
public class Source {
public Long id;
public String name;
@BeanIgnore
public Integer age;
}
public class Target {
@BeanIgnore
public String name;
public Integer age;
}
Source source = new Source(1L, "Henk", 42);
Target target = new BeanMapperBuilder().build()
.map(source, Target.class);
assertNull(target.name);
assertNull(target.age);
| Annotation | @BeanDefault |
|---|---|
| Arguments | Value: the default value for the field if the mapped value is null |
| Description | Use BeanDefault when you want to set a default value when the mapped value is null. You can use this annotation on both sides. |
public class Source {
public Long id;
public String name;
@BeanDefault("5")
public Integer age;
}
public class Target {
@BeanDefault("Henk")
public String name;
public Integer age;
}
Source source = new Source(null, null, null);
Target target = new BeanMapperBuilder()
.build()
.map(source, Target.class);
assertEquals(5, target.age, 0);
assertEquals("Henk", target.name);
| Annotation | @BeanCollection |
|---|---|
| Arguments |
|
| Description |
Use BeanCollection when you want to map a field of type Collection. If the BeanCollection annotation is not set, BeanMapper will try to determine the element type by checking the generic parameter type of the target collection. Therefore using the annotation is optional, mapping will always take place. Note that the collection instructions will be merged from both target and source side. BeanMapper prefers settings on the target side to settings on the source side. |
public class Person {
public Long id;
public String name;
public Integer age;
public Person(Long id, String name, Integer age) {
this.id = id;
this.name = name;
this.age = age;
}
}
public class PersonResult {
public String name;
public Integer age;
public PersonResult() {
}
public PersonResult(String name, Integer age) {
this.name = name;
this.age = age;
}
}
public class Source {
public Set<Person> items;
}
public class Target {
@BeanCollection(elementType = PersonResult.class,
beanCollectionUsage = BeanCollectionUsage.CONSTRUCT)
public List<PersonResult> items;
}
Source source = new Source();
source.items = new LinkedHashSet<Person>();
source.items.add(new Person(1L, "Henk", 42));
source.items.add(new Person(2L, "Piet", 18));
source.items.add(new Person(3L, "Gijs", 67));
Target target = new Target();
target.items = new ArrayList<PersonResult>();
target.items.add(new PersonResult("Kees", 13));
target.items.add(new PersonResult("Klaas", 24));
Target result = new BeanMapperBuilder().build()
.map(source, target);
assertEquals(3, result.items.size(), 0);
assertEquals("Henk", result.items.get(0).name);
assertEquals("Piet", result.items.get(1).name);
assertEquals("Gijs", result.items.get(2).name);
public class Source {
public Set<Person> items;
}
public class Target {
@BeanCollection(elementType = PersonResult.class,
beanCollectionUsage = BeanCollectionUsage.REUSE)
public List<PersonResult> items;
}
Source source = new Source();
source.items = new LinkedHashSet<Person>();
source.items.add(new Person(1L, "Henk", 42));
source.items.add(new Person(2L, "Piet", 18));
source.items.add(new Person(3L, "Gijs", 67));
Target target = new Target();
target.items = new ArrayList<PersonResult>();
target.items.add(new PersonResult("Kees", 13));
target.items.add(new PersonResult("Klaas", 24));
Target result = new BeanMapperBuilder().build()
.map(source, target);
assertEquals(5, result.items.size(), 0);
assertEquals("Kees", result.items.get(0).name);
assertEquals("Klaas", result.items.get(1).name);
assertEquals("Henk", result.items.get(2).name);
assertEquals("Piet", result.items.get(3).name);
assertEquals("Gijs", result.items.get(4).name);
public class Source {
public Set<Person> items;
}
public class Target {
@BeanCollection(elementType = PersonResult.class,
beanCollectionUsage = BeanCollectionUsage.CLEAR)
public List<PersonResult> items;
}
Source source = new Source();
source.items = new LinkedHashSet<Person>();
source.items.add(new Person(1L, "Henk", 42));
source.items.add(new Person(2L, "Piet", 18));
source.items.add(new Person(3L, "Gijs", 67));
TargetWithClear target = new TargetWithClear();
target.items = new ArrayList<PersonResult>();
target.items.add(new PersonResult("Kees", 13));
target.items.add(new PersonResult("Klaas", 24));
TargetWithClear result = new BeanMapperBuilder().build()
.map(source, target);
assertEquals(3, result.items.size(), 0);
assertEquals("Henk", result.items.get(0).name);
assertEquals("Piet", result.items.get(1).name);
assertEquals("Gijs", result.items.get(2).name);
| Annotation | @BeanConstruct |
|---|---|
| Arguments | Value: string array with the names of the fields that must be passed in the target constructor |
| Description | Use BeanConstruct when you want to map a to a class without a no-args constructor. BeanConstruct uses his arguments to get the field values from the source class and pass these arguments to the target class constructor. You can use this annotation on both sides. However only BeanConstruct on the target side makes sense because that object has to be created. |
| Exceptions | BeanConstructException is thrown when no valid constructor can be found. BeanInstantiationException is thrown when BeanMapper cannot intiantate the target class. |
public class Person {
public Long id;
public String firstName;
public String prefix;
public String lastName;
public Person(Long id, String firstName, String prefix, String lastName) {
this.id = id;
this.firstName = firstName;
this.prefix = prefix;
this.lastName = lastName;
}
}
@BeanConstruct({"firstName", "prefix", "lastName"})
public class PersonResult {
public String fullName;
public PersonResult(String name1, String name2, String name3) {
this.fullName = name1 + " " + name2 + " " + name3;
}
}
Person person = new Person(1L, "Henk", "de", "Vries");
PersonResult target = new BeanMapperBuilder().build()
.map(person, PersonResult.class);
assertEquals("Henk de Vries", target.fullName);
| Annotation | @BeanAlias |
|---|---|
| Arguments | Value: the name under which the field must be available |
| Description | Use BeanAlias when want to make a field available under a given name during the mapping process. This can be useful when using fields on a different level in BeanConstruct. This annotations can be used only at source side because you can make fields available from the source with another name for the target. BeanAlias differs from BeanProperty because BeanProperty is only available on the level where the field exist where BeanAlias is available on all mapping levels. |
public class Source {
public Long id;
@BeanAlias("otherName")
public String name;
public Source(Long id, String name) {
this.id = id;
this.name = name;
}
}
public class Target {
public String otherName;
}
Source source = new Source(1L, "Henk");
Target target = new BeanMapperBuilder().build()
.map(source, Target.class);
assertEquals("Henk", target.otherName);
| Annotation | @BeanRoleSecured |
|---|---|
| Arguments | Value: one or more roles |
| Description |
Use BeanDefault when you want to BeanMapper to check whether the property may be copied from source to target. BeanMapper will query its attached RoleSecuredCheck instance to see if the security Principal has any one of the roles. If at least one role matches, the property will be mapped. If not, the property will be ignored. If the BeanMapper Spring Boot Starter is used, it will automatically register the SpringRoleSecuredCheck if an AuthenticationManager is found. When @BeanRoleSecured is used, but no RoleSecuredCheck has been attached, BeanMapper will throw an exception, unless enforceSecuredProperties is false. |
@BeanRoleSecured("MANAGE_BSN")
public String bsn;
@BeanRoleSecured("MANAGE_BSN")
public String getBsn() {
return this.bsn;
};
| Annotation | @BeanLogicSecured |
|---|---|
| Arguments | Value: a LogicSecuredCheck implementation |
| Description |
Use BeanLogicSecured if you care to have BeanMapper query the attached LogicSecuredCheck to determine if the mapping may take place. If allowed, the property will be mapped. If not, the property will be ignored. If the BeanMapper Spring Boot Starter is used, it will automatically register the LogicSecuredCheck classes if an AuthenticationManager is found. When @BeanLogicSecured is used, but its LogicSecuredCheck class cannot be found, BeanMapper will throw an exception, unless enforceSecuredProperties is false. |
@BeanLogicSecured(EmployeeIsOwnerOrMayReadBSNCheck.class)
public String bsn;
A class implementing LogicSecuredCheck will have to be implemented, clearly stating the datatypes of the source and target classes. Tip: only specify the side you are using for the check and keep the other as Object. BeanMapper will call on the class passing both the source and the target instances.
If the class extends from AbstractSpringSecuredCheck, you will have access to hasRole() and getUserDetails().
public class EmployeeIsOwnerOrMayReadBSNCheck
extends AbstractSpringSecuredCheck
implements LogicSecuredCheck {
@Override
public boolean isAllowed(Employee source, Object target) {
return
hasRole(READ_PERSONAL_DETAILS_BSN) ||
isOwner(source);
}
private boolean isOwner(Employee employee) {
return getUserDetails()
.getUsername()
.equals(
employee.getPerson().getCrowdUsername());
}
}
A nice feature of BeanMapper is for applying custom converters. In BeanMapper you can easily add your own converter to map fields on a custom way. You can add a converter for the current mapping or apply a converter for all mappings of BeanMapper. Below you can find both examples.
BeanMapper beanMapper = new BeanMapperBuilder().addConverter(converter).build();
// Use this BeanMapper for your mappings and your converter is applied
beanMapper.map(source, target);
// Only during current mapping the tempConverter is applied.
beanMapper.wrapConfig()
.addConverter(tempConverter)
.build()
.map(source, target);
You can easily extend the SimpleBeanConverter.class to convert between fields, you can extend the AbstractBeanConverter.class or implement the BeanConverter.class interface. Below a example from BeanMapper-Petshop which shows you how to apply a SimpleBeanConverter.
Let's assume we have a AgeCalculator.class which extends from the SimpleBeanConverter.class. The age calculator is a beanconverter between LocalDate and Integer.
public class AgeCalculator extends SimpleBeanConverter<LocalDate, Integer> {
@Override
public Integer doConvert(LocalDate birthDate) {
return birthDate.until(LocalDate.now()).getYears();
}
}
Now we map a pet to a result containing the name and the age of the pet. In this mapping the birthdate, which is a LocalDate, matches the age field which is a Integer. Because we have added a converter for these types, the converter is applied and the age is calculated.
public class Pet {
public String nickname;
public LocalDate birthDate;
}
public class PetNameAndAgeResult {
public String nickname;
@BeanProperty(name = "birthDate")
public Integer age;
}
Pet pet = new Pet();
pet.nickname = "Loebas";
pet.birthDate = LocalDate.of(2012, 1, 1);
AgeCalculator ageCalculator = new AgeCalculator();
PetNameAndAgeResult petNameAndAgeResult = new BeanMapperBuilder()
.addConverter(ageCalculator)
.build()
.map(pet, PetNameAndAgeResult.class);
assertEquals("Loebas", petNameAndAgeResult.nickname);
assertEquals(LocalDate.now().getYear()-2012, petNameAndAgeResult.age, 0);
Let's start with an example of mapping nested objects:
BeanMapper does support by default nested objects. Nested in this context means fields that have more fields inside. For example a pet. A pet does have a name, birthDate and a type. Type is an instance of PetType which contains an id and a name. If you want to map that pet you may also want to map the type inside the pet class. BeanMapper just do that.
To indicate which classes are mapped deeper inside, you have to set a package. All classes in the given package and sub-packages are eligible for mapping. The root source and target do not need to be set as such, because the verification is only run against nested classes which should be mapped implicitly as well. Below a example which is showing this use case.
public class Pet {
public String nickname;
public LocalDate birthDate;
public PetType type;
public Pet(String nickname, LocalDate birthDate, Long typeId, String typeName) {
this.nickname = nickname;
this.birthDate = birthDate;
this.type = new PetType();
this.type.name = typeName;
this.type.id = typeId;
}
}
public class PetType {
public Long id;
public String name;
}
public class PetResult {
@BeanProperty(name = "nickname")
public String name;
public PetTypeResult type;
}
public class PetTypeResult {
public String name;
}
Pet pet = new Pet("Loebas", LocalDate.now(), 1L, "Dog");
PetResult petResult = new BeanMapperBuilder()
.addPackagePrefix(PetTypeResult.class)
.build()
.map(pet, PetResult.class);
assertEquals("Loebas", petResult.name);
// Class PetType in Pet is mapped as well to PetTypeResult
assertEquals("Dog", petResult.type.name);
In this example the objects to map does not match and does have a different structure. Below a example of this case. Take a look at the next example for mapping this example in reverse direction.
This use case comes up if you want to simplify your result to the outside. Your source object contains a nested structure of different fields. You want to simplify that object and create an object that represent this object in an easy way to the outside.
This example shows a owner of a pet. The owner does have a name and a address. The nested address object contains several fields such as street, number and city. For simplicity you want only the name and the living place of the owner in your result. With the BeanProperty annotation you can dive into objects on the other side. In this example the annotation references address.city. BeanMapper goes to the address and gets the city from it to map it to the living place in OwnerResult.class. You can dive as deep as you want with BeanProperty.
public class Owner {
public String firstName;
public String prefix;
public String lastName;
public Address address;
public Owner(String firstName, String prefix, String lastName, Address address) {
this.firstName = firstName;
this.prefix = prefix;
this.lastName = lastName;
this.address = address;
}
}
public class Address {
public String street;
public int number;
public String city;
public Address(String street, int number, String city) {
this.street = street;
this.number = number;
this.city = city;
}
}
public class OwnerResult {
public String firstName;
@BeanProperty(name = "address.city")
public String livingPlace;
}
Address address = new Address("hondstraat", 42, "Zoetermeer");
Owner owner = new Owner("Gijs", "de", "Hond", address);
OwnerResult ownerResult = beanMapper.map(owner, OwnerResult.class);
assertEquals("Gijs de Hond", ownerResult.fullName);
assertEquals("Zoetermeer", ownerResult.livingPlace);
In this case you can use BeanUnwrap annotation. You want to use this annotation for example if you are mapping a form to a entity in your application. Your source object is flat and you want to convert this object to a more complex object in your application.
BeanUnwrap indicates that the fields inside the annoted field should be mapped at the same level as the annotation exist. With this annotation BeanMapper can match fields on a higher level your object structure.
public class PetForm {
public String nickname;
public LocalDate birthDate;
public Pet.Sex sex;
public String familyName;
}
public class Pet {
public String nickname;
public LocalDate birthDate;
public Sex sex;
@BeanUnwrap
public PetType type;
public enum Sex {
MALE, FEMALE, NEUTRAL, HERMAPHRODITIC;
}
}
public class PetType {
public String type;
public String familyName;
}
If you want your annotations at the other side you can use BeanProperty instead of BeanUnwrap. Now you can annotate the source side. Below a example, in this case BeanProperty indicates that BeanMapper should look for a field named familyName in the object PetType.
public class PetForm {
public String nickname;
public LocalDate birthDate;
public Pet.Sex sex;
@BeanProperty(name = "type.familyName")
public String familyName;
}
PetForm petForm = new PetForm();
petForm.nickname = "Loebas";
petForm.birthDate = LocalDate.now();
petForm.sex = Pet.Sex.MALE;
petForm.familyName = "Canidae";
Pet pet = beanMapper.map(petForm, Pet.class);
assertEquals("Loebas", pet.nickname);
assertEquals(LocalDate.now(), pet.birthDate);
assertEquals(Pet.Sex.MALE, pet.sex);
assertEquals("Canidae", pet.type.familyName);
In the example below we get one pet that matches the given identifier. We convert the retrieved pet to a PetResult.class to expose the object to the outside.
@RequestMapping(value = "/{id}", method = RequestMethod.GET)
public PetResult findOne(@PathVariable Long id) {
Pet pet = petService.findOne(id);
return beanMapper.map(pet, PetResult.class);
}
In the example below we send a PetForm through the request body of this POST request. The form is converted to a entity which is saved by the petService. The saved pet is converted to a PetResult.class to expose the object to the outside.
@RequestMapping(method = RequestMethod.POST)
public PetResult create(@RequestBody PetForm petForm) {
Pet newPet = beanMapper.map(petForm, Pet.class);
Pet savedPet = petService.save(newPet);
return beanMapper.map(savedPet, PetResult.class);
}
This example uses a BeanMapper-Spring dependency to simplify REST requests. The request body contains a petForm.class just like the previous example. BeanMapper-Spring automatically converts the given form to a pet which can be saved.
@RequestMapping(method = RequestMethod.POST)
public PetResult create(@MergedForm(value = PetForm.class) Pet pet) {
Pet createdPet = petService.save(pet);
return beanMapper.map(createdPet, PetResult.class));
}
This method takes a path variable which contains the identifier of the pet to update. The updated pet is send through the request body. As you can see, the old pet is retrieved by the given identifier. Then the form is mapped over the old pet. Finally the merged pet is saved to the database and converted to a PetResult.class to expose it to the outside.
@RequestMapping(value = "/{id}", method = RequestMethod.PUT)
public PetResult update(@PathVariable Long id, @RequestBody PetForm petForm) {
Pet oldPet = petService.findOne(id);
Pet updatedPet = beanMapper.map(petForm, oldPet);
Pet savedPet = petService.save(updatedPet);
return beanMapper.map(savedPet, PetResult.class);
}
This example uses a BeanMapper-Spring dependency to simplify REST requests. The previous used request body and path variable are used. BeanMapper-Spring automatically merged the given form with the old entity that is retrieved by the given identifier. The given pet as argument in this update method is the merged pet which can be saved to the database.
@RequestMapping(value = "/{id}", method = RequestMethod.PUT)
public PetResult update(@MergedForm(value = PetForm.class, mergeId = "id") Pet pet) {
Pet updatedPet = petService.save(pet);
return beanMapper.map(updatedPet, PetResult.class);
}
This method is used to partially update a pet. The given path variable contains the identifier of the old pet. The request body should contains the fields and values that must be updated in the old pet. The input is converted to a form which is mapped over the old pet. The downsize source method is used to only map the given input fields. Other fields are not updated because they are not mapped over the old pet.
@RequestMapping(value = "/{id}", method = RequestMethod.PATCH)
public PetResult partialUpdate(@PathVariable Long id, @RequestBody Map<String, Object> inputFields) {
ObjectMapper objectMapper = new ObjectMapper();
PetForm petForm = objectMapper.convertValue(inputFields, PetForm.class);
Pet oldPet = petService.findOne(id);
Pet updatedPet = beanMapper.wrapConfig()
.downsizeSource(new ArrayList<>(inputFields.keySet()))
.build()
.map(petForm, oldPet);
Pet savedPet = petService.save(updatedPet);
return beanMapper.map(savedPet, PetResult.class);
}
This example uses a BeanMapper-Spring dependency to simplify REST requests. It is recommended to use this method instead of the previous example because of simplicity. The old pet is automaticly received by the given identifier "id". Then the given fields and values are mapped over this old pet and the merged pet is given as argument in this partialUpdate method.
After this you can do anything else with this merged pet and finally save it to the database.
@RequestMapping(value = "/{id}", method = RequestMethod.PATCH)
public PetResult partialUpdate(@MergedForm(value = PetForm.class, patch = true, mergeId = "id") Pet pet) {
Pet savedPet = petService.save(pet);
return beanMapper.map(savedPet, PetResult.class);
}
Usage of BeanMapper is not needed for deleting objects by a given identifier.
@RequestMapping(value = "/{id}", method = RequestMethod.DELETE)
public void delete(Long id) {
addressService.delete(id);
}
| Annotation | @MergedForm |
|---|---|
| Arguments |
|
| Description | Use MergedForm if you want to map an input form automaticaly to a entity. MergedForm is capable of reading an input form and mapping this into an existing/new entity. The entity is declared as parameter in our handler mapping method. |
@RequestMapping(value = "/{id}", method = RequestMethod.PATCH)
public PetResult partialUpdate(@MergedForm(value = PetForm.class, patch = true, mergeId = "id") Pet pet) {
return beanMapper.map(petService.save(pet), PetResult.class);
}
<dependency>
<groupId>io.beanmapper</groupId>
<artifactId>beanmapper-spring</artifactId>
<version>${beanmapper-spring.version}</version>
</dependency>
Version is the latest version of BeanMapper spring
You can find the javadoc for BeanMapper spring here.
You can also download the latest jar and include this in your project.
Then the following argument resolver should be added.
@Override
public void addArgumentResolvers(List<HandlerMethodArgumentResolver> argumentResolvers) {
argumentResolvers.add(new MergeFormMethodArgumentResolver(
Collections.singletonList(mappingJackson2HttpMessageConverter()),
beanMapper,
applicationContext
));
}
Finally you can create a BeanMapper. The package prefix is necessary for mapping nested entities. All classes that exist in the package of ApplicationConfig.class are mapped recursively. A different bean unproxy method is added for removing proxy of spring classes. The id to entity converter is added for conversion from a identifier to a entity (read more).
BeanMapper beanMapper = new BeanMapperBuilder()
.addPackagePrefix(ApplicationConfig.class)
.setBeanUnproxy(new HibernateAwareBeanUnproxy())
.addConverter(new IdToEntityBeanConverter(applicationContext))
.build();
}
@Repository
public interface PetRepository extends JpaRepository<Pet, Long> {
}
Let's take a look at the following test. For configure your test, take a look at MockMvcBeanMapper.
The map function is called with a identifier as source and a Pet.class as target.
BeanMapper spring id to entity converter automatically converts the given id to a pet from the repository.
Check BeanMapper petshop to see more examples.
Long id = 1L;
Pet pet = new Pet();
pet.setNickname("Snuf");
pet.setBirthDate(LocalDate.of(2016,1,1));
new Expectations() {{
petRepository.findOne(id);
result = pet;
}};
Pet petFromId = mockMvcBeanMapper.getBeanMapper()
.map(id, Pet.class, true);
assertEquals("Snuf", petFromId.getNickname());
assertEquals(LocalDate.of(2016,1,1), petFromId.getBirthDate());
PageableMapper.map(page, Result.class, beanMapper);
Since mapping to an Entity is done at an early stage, your Spring MVC controller level tests must be configured to deal with the usage of repositories. The MockMvcBeanMapper is configured at the level of your abstract controller test, ie the class your controller tests all extend from.
The reason why you need to do this is because:
Each of these vectors need to be addressed to set up controller tests that can deal with repositories.
Assuming you use Spring's MockMvcBuilders and assuming you have a web configuration class called WebMvcConfig, this is what you could do:
public abstract class AbstractControllerTest {
private WebMvcConfig config = new WebMvcConfig();
protected MockMvc webClient;
protected MockMvcBeanMapper mockMvcBeanMapper;
protected void initWebClient(Object controller) {
this.mockMvcBeanMapper = new MockMvcBeanMapper(
new FormattingConversionService(),
Collections.singletonList(config.mappingJackson2HttpMessageConverter()),
new ApplicationConfig().beanMapper()
);
this.webClient = MockMvcBuilders.standaloneSetup(controller)
.setMessageConverters(config.mappingJackson2HttpMessageConverter())
.setCustomArgumentResolvers(mockMvcBeanMapper.createHandlerMethodArgumentResolvers())
.setConversionService(mockMvcBeanMapper.getConversionService())
.build();
}
public BeanMapper beanMapper() {
return mockMvcBeanMapper.getBeanMapper();
}
public void registerRepository(CrudRepository<? extends BaseEntity, Long> repository, Class> entityClass) {
mockMvcBeanMapper.registerRepository(repository, entityClass);
}
}
In your controller test, you will have to register all the repositories (presumably mock classes) that need to be added, ostensibly in a @BeforeEach method.
registerRepository(ownerRepository, Owner.class);
You can take program your mock repositories as you normally would, for example in JMockit:
new NonStrictExpectations() {{
ownerRepository.findOne(1138L);
result = new Owner();
}};


Uses of Interface
org.bukkit.inventory.meta.ItemMeta
Package
Description
Classes involved in manipulating player inventories and item interactions.
The interfaces used when manipulating extra data can can be stored inside
item stacks
.-
Uses of ItemMeta in com.destroystokyo.paper.inventory.meta
-
Uses of ItemMeta in org.bukkit.inventory
Modifier and TypeMethodDescription<M extends ItemMeta>
booleanEdits theItemMeta
of this stack if the meta is of the specified type.Modifier and TypeMethodDescriptionReturns an appropriate item meta for the specified stack.Returns an appropriate item meta for the specified material.ItemFactory.getItemMeta
(@NotNull Material material) This creates a new item meta for the material.ItemStack.getItemMeta()
Get a copy of this ItemStack'sItemMeta
.Modifier and TypeMethodDescriptionReturns an appropriate item meta for the specified stack.Returns an appropriate item meta for the specified material.boolean
This method is used to compare two item meta data objects.boolean
ItemFactory.isApplicable
(@Nullable ItemMeta meta, @Nullable ItemStack stack) This method checks the item meta to confirm that it is applicable (no data lost if applied) to the specified ItemStack.boolean
ItemFactory.isApplicable
(@Nullable ItemMeta meta, @Nullable Material material) This method checks the item meta to confirm that it is applicable (no data lost if applied) to the specified Material.boolean
ItemStack.setItemMeta
(@Nullable ItemMeta itemMeta) Set the ItemMeta of this ItemStack.ItemFactory.updateMaterial
(@NotNull ItemMeta meta, @NotNull Material material) Deprecated.for internal use only -
Uses of ItemMeta in org.bukkit.inventory.meta
Modifier and TypeInterfaceDescriptioninterface
Represents a bucket of axolotl.interface
interface
interface
interface
Represents a book (Material.WRITABLE_BOOK
orMaterial.WRITTEN_BOOK
) that can have a title, an author, and pages.interface
interface
Represents a compass that can track a specific location.interface
interface
Represents an item that has durability and can take damage.interface
EnchantmentMeta is specific to items that can store enchantments, as opposed to being enchanted.interface
Represents a meta that can store a single FireworkEffect.interface
Represents aMaterial.FIREWORK_ROCKET
and its effects.interface
interface
Represents leather armor (Material.LEATHER_BOOTS
,Material.LEATHER_CHESTPLATE
,Material.LEATHER_HELMET
, orMaterial.LEATHER_LEGGINGS
) that can be colored.interface
Represents a map that can be scalable.interface
interface
Represents a potion or item that can have custom effects.interface
Represents an item that can be repaired at an anvil.interface
Represents a skull that can have an owner.interface
Represents a spawn egg and it's spawned type.interface
Represents a suspicious stew that can have custom effects.interface
Represents a bucket of tropical fish.


The Best Features of the Internet
Go to Favorite Bugs
- You can meet people from countries
around the world.
- You have access to new media as it becomes public:
- New games
- New applications
- For Business
- For Pleasure
- Around the clock news
- Search Engines
- Shopping
- Programming
- HTML5
- Java
- Dynamic HTML
- Scripts
- New languages
- Links
- Keeping in touch with old friends
- It is the technology of the future!
My 3 Favorite Bugs
Go to Favorite Features
- Fire Fly
- Gal Ant
- Roman Tic


Deep Learning: Types and Its Applications
Deep Learning is one of the advanced fields of this decade that revolutionized Artificial Intelligence as a whole. It is deep learning that created the possibility of solving large-scale problems in the present world. Deep Learning is a branch of traditional Machine Learning where we extend the structure and functionality of Neural Networks to solve complex problems and model vast data for accurate predictions.
Due to the emergence of this field, researchers all over the world started exploring it. Amazon created Alexa, Google made search and Language Translation better, Facebook improved their image tagging more accurate — all are using Deep Learning behind the scene. Deep Learning is even integrated to other parts of A.I. as well such as Reinforcement Learning.
There are various types of Deep Learning models and their usage varies on factors like type of dataset, type of problem to solve. One might get frustrated while thinking about the starting point of Deep Learning. If you know basics of Machine Learning and Mathematics then you can simply get into the learning phase. I covered few projects as part of my Online Nanodegree and they are as follows:
Image Classification Using Deep Learning
- Deep Learning Model : Convolutional Neural Network (CNN)
- Project Link : Github
Generate TV Scripts Using Deep Learning
- Deep Learning Model : Long-Short Term Memory (LSTM)
- Project Link : Github
Language Translation Using-Deep Learning
- Deep Learning Model : Long-Short Term Memory (LSTM)
- Project Link : Github
Generate Faces Using Deep Learning
- Deep Learning Model : Generative Adversarial Networks (GANs)
- Project Link : Github
You can easily follow instruction of Python and Environmental Setup to run Jupyter Notebook in each project. By going through these applications one can grap the intuition of how each model works.


We are another amateur fashion girls, we love it! All the history, characters,...we love to get lost in internet searching new inspirations. We think it's a very special job for fashion lovers and it's something with you can learn in every minute! Like Karl Lagerfeld would say: I love fashion and the evolution of times. But there's something for what we are fighting day by day, something we´ve always wanted, and it's to be actresses. Our lives without interpretation would not be the same. We are full of emotions and we like to know how to controle them, take them off and work with them. We hope you enjoy our website.


With climate change as the foremost threat to the planet, and transportation as the single greatest source of greenhouse gas emissions in California, we are calling for bold action to dramatically reduce transportation emissions. In Berkeley it is often unsafe and inconvenient to walk, bike or use public transportation—a status quo we have chosen as the sum of our policy decisions. It is time to affirmatively change course and build a better future for all.
Our housing shortage directly contributes to high emissions. While Berkeley’s population is now slightly lower than its peak a half-century ago, the Bay Area as a whole added over 5 million people. Over the last decade, the region added 7 new jobs for every new home built. Berkeley has made incremental progress in slightly reducing our per capita emissions, but this progress has been insufficient: California won’t meet its emission reduction targets unless we drastically reduce car trips; yet Berkeley has priced out its workforce into increasingly long commutes, despite the fact that it is among the most transit-rich cities in the region.
Studies have shown that encouraging dense infill housing and reducing car trips are the most effective policies the City can pursue to that end. Beyond that, we are better connected with each other when we walk and ride together, not in the isolated confines of a private vehicle. We are also more prosperous together—car culture is a pernicious poverty trap, and long commutes keep family in poverty.
Zoning is broken. It makes no sense when a standard residential lot within easy walking distance of downtown can’t be used for anything more than a single-family house. Before World War II, most of Berkeley was zoned for multi-family dwellings, which is why our beloved walkable neighborhoods enjoy a vibrant array of dense, cost-effective housing such as triplexes, walk-up apartments, and subdivided houses. It’s absurd that much of our existing housing would be illegal to build today.
Subsidizing housing costs and stabilizing rents are both part of the solution. We are under no illusions that zoning reform and market mechanisms are even remotely sufficient. Construction costs alone in California mean that new housing is unaffordable to many people. We don’t want Berkeley to only be available for those of us rich enough to afford new market-rate buildings.
We must have below-market, subsidized affordable housing as part of the solution. Inclusionary zoning is one good tool for this, along with non-profit and municipally owned housing. All of this must be handled thoughtfully—for example, the the cost of building new affordable housing must not only fall on new housing, but should be at least partially supported by the city at large; and the costs (such as inclusionary zoning) should not make new housing economically unfeasible. Emergency measures should not exacerbate the root problem of rising costs.
The key to a Berkeley with much lower carbon emissions and housing costs is a comprehensive housing and transit plan that prioritizes pedestrians, bikers, and public transit over cars, apartment buildings over parking lots, and duplexes over single-family homes. The same gentle, walkable density that was once built in Berkeley neighborhoods, which knit together the unique urban fabric we know and love, can still build a future Berkeley where our children can grow up, and our seniors can age in place.
Berkeley is at the heart of a global metropolis with a world-class public university, engaged constituents, and progressive values. Nevertheless, we are failing to address the most important humanitarian issue of this century. The solution is building more housing here, where it is most environmentally responsible, and responds to an urgent need. We are stepping up to the challenge to ensure Berkeley is inclusive and sustainable for generations to come.
Join us and let’s get to work!


|
imgwarp-opencv 0.1
Image warping library based on OpenCV 2
|
The base class for Moving Least Square image warping. More...
#include <imgtrans_mls.h>
Public Member Functions | |
| Mat | setAllAndGenerate (const Mat &oriImg, const vector< Point_< int > > &qsrc, const vector< Point_< int > > &qdst, const int outW, const int outH, const double transRatio=1) |
| Set all and generate an output. | |
| Mat | genNewImg (const Mat &oriImg, double transRatio) |
| Generate the warped image. | |
Public Attributes | |
| double | alpha |
| Parameter for MLS. | |
| int | gridSize |
| Parameter for MLS. | |
Protected Member Functions | |
| void | setSrcPoints (const vector< Point_< int > > &qsrc) |
| Set the list of source points. | |
| void | setDstPoints (const vector< Point_< int > > &qdst) |
| Set the list of target points. | |
| void | setTargetSize (const int outW, const int outH) |
| The size of output image. | |
| void | setSize (int w, int h) |
| The size of the original image. For precalculation. | |
| virtual void | calcDelta ()=0 |
| Calculate delta value which will be used for generating the warped image. | |
Protected Attributes | |
| vector< Point_< double > > | oldDotL |
| vector< Point_< double > > | newDotL |
| int | nPoint |
| Mat_< double > | rDx |
| delta_x | |
| Mat_< double > | rDy |
| delta_y | |
| int | srcW |
| int | srcH |
| int | tarW |
| int | tarH |
The base class for Moving Least Square image warping.
Choose one of the subclasses, the easiest interface to generate an output is to use setAllAndGenerate function.
Definition at line 18 of file imgtrans_mls.h.
| Mat ImgTrans_MLS::genNewImg | ( | const Mat & | oriImg, |
| double | transRatio | ||
| ) |
Generate the warped image.
This function generate a warped image using PRE-CALCULATED data. DO NOT CALL THIS AT FIRST! Call this after at least one call of setAllAndGenerate.
Definition at line 30 of file imgtrans_mls.cpp.
| Mat ImgTrans_MLS::setAllAndGenerate | ( | const Mat & | oriImg, |
| const vector< Point_< int > > & | qsrc, | ||
| const vector< Point_< int > > & | qdst, | ||
| const int | outW, | ||
| const int | outH, | ||
| const double | transRatio = 1 |
||
| ) |
Set all and generate an output.
| oriImg | the image to be warped. |
| qsrc | A list of "from" points. |
| qdst | A list of "target" points. |
| outW | The width of the output image. |
| outH | The height of the output image. |
| transRatio | 1 means warp to target points, 0 means no warping |
This will do all the initialization and generate a warped image. After calling this, one can later call genNewImg with different transRatios to generate a warping animation.
Definition at line 16 of file imgtrans_mls.cpp.


Find Affordable Healthcare
Join the thousands of others who have exercised their right to quality
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Central Vietnam Tour, Hue and Hoi An
Hue and Hoi An are two of the best places in the country to experience the traditions, culture and rhythms of Vietnam.


ANATOMY OF A MEME
The standard formating of an image macro (meme) consits of text (usually in
Impact
font) superimposed on the top and bottom of a picture.


--- layout: data_model title: ICMPv6PacketType this_version: 1.0.1 ---
ICMP is used to send error messages (e.g., a datagram cannot reach its destination), informational messages ( e.g., ping). Only the message types defined in RFC 4443 (ICMP v6) are included; additional message types will be defined as needed. REF: http://tools.ietf.org/html/rfc4443 and http://www.networksorcery.com/enp/protocol/icmpv6.htm and http://en.wikipedia.org/wiki/ICMPv6.
| Field Name | Type | Description |
|---|---|---|
| ICMPv6_Header0..1 | ICMPv6HeaderType |
Actual ICMP v6 header bytes are defined, corresponding to the ICMP type, ICMP code, and to the checksum. |
| Error_Msg1..1 | ICMPv6ErrorMessageType |
For ICMP v6 error messages, boolean values are used in this field to explicitly interpret the type and code bytes appearing in the ICMP header. Additional fields and message content are also defined here. The type value indicates whether an ICMP message is an error message (type is 0 to 127) or an information message (type is 128 to 255). |
| Info_Msg1..1 | ICMPv6InfoMessageType |
For ICMP v6 informational messages, boolean values are used in this field to explicitly interpret the type and code bytes appearing in the ICMP header. Additional fields and message content are also defined here. The type value indicates whether an ICMP message is an error message (type is 0 to 127) or an information message (type is 128 to 255). |


Braneshop - "A Living Business" - Part 1 of 3
Inspirations for a different way of thinking about the Braneshop business.
- Part 1 of 3 - Inspiration (this page)
- Part 2 of 3 - The Idea: A Living Business
- Part 3 of 3 - Patterns for Braneshop
As the year draws to a close, and Braneshop is almost a year old (woo!) we have been thinking a lot about our business goals. As such, I (Noon) have been having some discussions with different people and businesses about how Braneshop could align and/or collaborate with their businesses, naturally this has lead into a lot of conversations about where Braneshop is “heading”.
The question is this: What kind of business is Braneshop? How do I see it changing over the years? What are our aims?
After thinking about it for a while, I think it’s nicely captured by the idea of what I’m going to call “A Living Business”.
What does that mean?! In the following blog two blog posts, I’ll talk about what inspired it and what it means to us. We welcome you to reach beyond the usual business comfort-zone and read on!
First up, in this post, we’ll explore the inspirations. I start by introducing them and then end with what we define as “A Living Business”. (If you want to skip straight to the details, you may do so by clicking here.)
First Inspiration: Christopher Alexander
One of my favourite discoveries of recent years has been the work of Christopher Alexander and colleagues.
Introduced to me by my good friend Reuben, I started with The Timeless Way of Building. Some of my new favourites are The Oregon Experiment and, as we shall see, The Nature of Order.
One of the big focus points for this work is: What makes something feel “alive”? We know it when we walk into a space and it just makes us feel good. How can we quantify that idea? How can we construct it? He goes into significant detail in the Nature of Order series.
His exploration lies predominantly within the field of architecture and urban planning, but we believe this exploration can extented further. So, we have been attempting to explore some of the elements he sets out but in the context of a business, in particular in the context of Braneshop.
Here are some of the elements brought up, and my interpretation of them within Braneshop.
| Architecture/Urban Planning | Braneshop/Business |
|---|---|
| How well does this building interact with its environment? | How well does the Braneshop integrate into the local business landscape? |
| How should it be constructed? Entirely pre-planned? Adapted to it’s environment? Who was involved in the construction? The people that will live there? | What kind of planning should be involved in the business, and who should be involved? |
| How do things change over time? Should a building ever be “finished”? | Should there be an end-point? An ultimate goal? |
| How were problems discovered and addressed? | How do we decide which parts of the business are going well, and which parts are going badly? |
| Where should attention be focused when it comes time to make changes? | What should be our focus and over what time period? |
Taken together, this offers a different way of coming up and acting on a business plan. It also allows us to think about how we’re going to integrate into the existing community, and prompts us to think about the impact the business has on ourselves, and others around it.
Inspiration #2: Mindfulness
I have been really enjoying reading books on Buddhism and mindfulness, and specifically, books that talk about the “scientific” adoption of certain mindfulness ideas.
Perhaps one of the best examples of this is Why Buddhism Is True (a nice/funny talk by the Author), a book that was recommended to me by my friend Julia.
The focus of this book is to on how scientific ideas in modern psychology are related to ideas in Buddhism, which at first might seem mystical. Although the title is provocative, the book itself is very reasonable and well worth a read.
| Mindfulness/Buddhism | Braneshop/Business |
|---|---|
|
Focus on “awareness”. Ability and intention to focus on “the present”. |
How does “the present” relate to business planning? |
| Empathy for ourselves and others. |
Are we aware of how we’re impacting the community? What can we do to build empathy? |
| Desire not to cause harm and suffering to ourselves and others. | How do we improve things in our community? |
Overall, it’s clear that while some forms of business are outright harmful, there are certainly many businesses aiming to do good in their community (many of whom are housed at OC House!)
I think one of the more interesting avenues of thought around being aware of the present — “living in the present” — and how it relates to every day and long-term business activities.
Final Inspiration: The Value of Everything
I first heard of Mariana Mazzucato when I saw her speaking in a panel at the Wheeler Centre. She was there to talk about her book The Value of Everything and discuss ideas around economic growth that is innovative, inclusive and sustainable, as well as the role of government and the public sector in creating “value” in the economy.
The book is a really inspiring discussion of economics, a history on how society decides what work is considered “valuable”, and a discussion on what level of involvement the government should have in innovation.
One topic that stood out is the idea of “Shareholders”, people who hold a percentage of your company, versus “Stakeholders”, people whom your company impacts, financially or otherwise.
She raises the observation that maximising “shareholder” value is not the only thing a business can do. A business exists within an ecosystem; within the environment, and impacts people and it’s ecosystem. She suggested that measuring this impact is not accounted for by current business practices.
This simple, yet powerful, idea has captured the attention of people in industry, from B-Corps to community organisations and social enterprises.
As before, we have been taking in Mazzucato’s ideas and considering what they mean in the context of Braneshop.
| The Value of Everything | Braneshop/Business |
|---|---|
| What activities create “value”? | What are we trying to improve? |
|
How does valuable work and other activities relate to GDP? Is GDP a good measure of an economy? |
How do we measure and think about our impact? |
|
Stakeholders vs. Shareholders. Maximising shareholder value, or something else? |
Who do we impact? Should we be going for maximum profit, or something else? |
This prompts ideas of metrics and measurements. What should we count? Who should we count for? What kind of growth matters, and how do we quantify it?
So …
We are using our inspiration to consider the ecosystem that is Braneshop, as a business.
What are we about? What are our goals? How big do we want to be, or do we want to stay small? What swork should we go for, or what work should we pass on? Where do we want to be in 5 or 10 years?
And, ultimately:
How will these ideas and values help us make decisions day-to-day?
Read the follow-up here — The Idea: A Living Business


Boy thrown from Mall of America balcony walking, back at school
by Jared Leone, Cox Media Group National Content DeskA 5-year-old boy who was thrown by a stranger from the balcony at the Mall of America in April is walking and has returned to school.
The boy only identified as Landen, suffered broken arms and legs and significant head trauma after Emmanuel Aranda picked him up and threw him from the third floor. Aranda is serving 19 years in prison for attempted premeditated first-degree murder.
The family has guarded Landen's privacy but occasionally updates a GoFundMe page.
"He is now walking perfectly with even legs, amen. The wound has finally scabbed over and new skin is growing, and we are still optimistic he will be off some of his medications soon," the post read. "He loves being back to school and going to kindergarten at the same school his twin brother and sister go to. He gets out of the car every morning happy and blows kisses all the way in."
Landen has undergone numerous surgeries and physical therapy sessions for his injuries. In September, he finished his inpatient rehabilitation. He is expected to have multiple follow up appointments in December.
"Landen knows people all over the world are praying for him and he loves all the cards he keeps getting in the mail," the post read. "His whole family feels the love and are so grateful for the prayers and people like you who care so much about others! There was one bad person, but from that came millions of good people."
Aranda had told police that he went to the mall "looking for someone to kill" after years of rejection from women. His mother said Aranda was homeless and had mental health issues for many years.
© 2019 Cox Media Group.