Wikipedia: "Software Multitenancy refers to a software architecture in which a single instance of a software runs on a server and serves multiple tenants. A tenant is a group of users who share a common access with specific privileges to the software instance. With a multitenant architecture, a software application is designed to provide every tenant a dedicated share of the instance including its data, configuration, user management, tenant individual functionality and non-functional properties. Multitenancy contrasts with multi-instance architectures, where separate software instances operate on behalf of different tenants"
Multi-tenancy is used to create SaaS (Software as-a Service) applications (cloud computing). There are some architectures multi-tenancy:
This is not multi tenancy actually. But, if we run one instance of the application for each customer (tenant) with a seperated database, we can serve to multiple tenants in a single server. We just make sure that multiple instance of the application don't conflict with each other in same server environment.
This can be possible also for an existing application which is not designed as multitenant. It's easier to create such an application since the application has not aware of multitenancy. But there are setup, utilization and maintenance problems in this approach.
ln this approach, we may run a single instance of the application in a server. We have a master (host) database to store tenant metadata (like tenant name and subdomain) and a seperated database for each tenant. Once we identify the current tenant (for example; from subdomain or from a user login form), then we can switch to that tenant's database to perform operations.
In this approach, application should be designed as multi-tenant in some level. But most of the application can remain independed from multi-tenancy.
We should create and maintain a seperated database for each tenant, this includes database migrations. If we have many customers with dedicated databases, it may take long time to migrate database schema in an application update. Since we have seperated database for a tenant, we can backup it's database seperately from other tenants. Also, we can move the tenant database to a stronger server if that tenant needs it.
This is the most real multi-tenancy architecture: We only deploy single instance of the application with a single database into a single server. We have a TenantId (or similar) field in each table (for a RDBMS) which is used to isolate a tenant's data from others.
This is easy to setup and maintain.  Because, we must prevent a Tenant to read or write other tenant data. We may add TenantId filter for each database read (select) operation. Also, we may check it every write, if this entity is related to the current tenant. This is tedious and error-prone. But ASP.NET Boilerplate helps us here by using automatic data filtering.
This approach may have performance problems if we have many tenants with huge data. We may use table partitioning or other database features to overcome this problem.
We may want to store tenants in single databases normally, but want to create seperated databases for desired tenants. For example, we can store tenants with big data in their own databases, but store all other tenants in a single database.
Finally, we may want to deploy our application to more than one server (like web farms) for a better application performance, high availability, and/or scalability. This is independent from database approach.
ASP.NET Boilerplate can work with all scenarios described above.
Multi-tenancy is disabled by default. We can enable it in PreInitialize of our module as shown below:
Configuration.MultiTenancy.IsEnabled = true;
First, we should define two terms used in a multi-tenant system:
ASP.NET Boilerplate defines IAbpSession interface to obtain current user and tenant ids. This interface is used in multi-tenancy to get current tenant's id by default. Thus, it can filter data based on current tenant's id. We can say these rules:
See session documentation for more information on the session.
For multi tenant single database approach, we must add a TenantId filter to get only current tenant's entities while retrieving entities from database. ASP.NET Boilerplate automatically does it when you implement one of two interfaces for your entity: IMustHaveTenant and IMayHaveTenant.
This interface is used to distinguish entities of different tenants by defining TenantId property. An example entitiy that implements IMustHaveTenant:
public class Product : Entity, IMustHaveTenant
{
public int TenantId { get; set; }
public string Name { get; set; }
//...other properties
}
Thus, ASP.NET Boilerplate knows that this is a tenant-specific entity and automatically isolates entities of a tenant from other tenants.
We may need to share an entity type between host and tenants. So, an entity may be owned by a tenant or the host. IMayHaveTenant interface also defines TenantId (similar to IMustHaveTenant), but nullable in this case. An example entitiy that implements IMayHaveTenant:
public class Role : Entity, IMayHaveTenant
{
public int? TenantId { get; set; }
public string RoleName { get; set; }
//...other properties
}
We may use same Role class to store Host roles and Tenant roles. In this case, TenantId property says if this is an host entity or tenant entitiy. A null value means this is a host entity, a non-null value means this entity owned by a tenant which's Id is the TenantId.
IMayHaveTenant is not common as IMustHaveTenant. For example, a Product class can not be IMayHaveTenant since a Product is related to actual application functionality, not related to managing tenants. So, use IMayHaveTenant interface carefully since it's harder to maintain a code shared by host and tenants.
When you define an entity type as IMustHaveTenant or IMayHaveTenant, always set TenantId when you create a new entity (While ASP.NET Boilerplate tries to set it from current TenantId, it may not be possible in some cases, especially for IMayHaveTenant entities). Most of times, this will be the only point you deal with TenantId properties. You don't need to explicitly write TenantId filter in Where conditions while writing LINQ, since it will be automatically filtered.
While working on a multitenant application database, we should know the current tenant. By default, it's obtained from IAbpSession (as described before). We can change this behaviour and switch to other tenant's database. Example:
public class ProductService : ITransientDependency
{
private readonly IRepository<Product> _productRepository;
private readonly IUnitOfWorkManager _unitOfWorkManager;
public ProductService(IRepository<Product> productRepository, IUnitOfWorkManager unitOfWorkManager)
{
_productRepository = productRepository;
_unitOfWorkManager = unitOfWorkManager;
}
[UnitOfWork]
public virtual List<Product> GetProducts(int tenantId)
{
using (_unitOfWorkManager.Current.SetTenantId(tenantId))
{
return _productRepository.GetAllList();
}
}
}
SetTenantId ensures that we are working on given tenant data, independent from database architecture:
If we don't use SetTenantId, it gets tenantId from session, as said before. There are some notes and best practices here:


Button - A UI on/off button component
on github
on component.jit.su
@jsantell
Button styles inspired by
Hugo Giraudel
on, js
off, js
on, attr
off, attr
show input


BUYDiscount Class Reference
| Inherits from | BUYObject : NSObject |
|---|---|
| Conforms to | BUYSerializable |
| Declared in | BUYDiscount.h |
code
The unique identifier for the discount code.
@property (nonatomic, copy) NSString *code
Declared In
BUYDiscount.h
amount
The amount that is deducted from paymentDue
on BUYCheckout.
@property (nonatomic, strong) NSDecimalNumber *amount
Declared In
BUYDiscount.h
applicable
Whether this discount code can be applied to the checkout.
@property (nonatomic, assign) BOOL applicable
Declared In
BUYDiscount.h


| File | Statements | Branches | Functions | Lines | |||||
|---|---|---|---|---|---|---|---|---|---|
| Case_subscriptions.js | 81.48% | 66/81 | 79.55% | 70/88 | 76.19% | 16/21 | 90% | 63/70 | |
| Cases.js | 62.07% | 126/203 | 60.69% | 88/145 | 56.14% | 32/57 | 62.09% | 113/182 | |
| Categories.js | 100% | 24/24 | 85.71% | 18/21 | 100% | 11/11 | 100% | 21/21 | |
| Counties.js | 78.57% | 22/28 | 89.29% | 25/28 | 84.62% | 11/13 | 75% | 18/24 | |
| Pictures.js | 9.09% | 7/77 | 0% | 0/36 | 0% | 0/14 | 10.29% | 7/68 | |
| Region_subscriptions.js | 100% | 18/18 | 88.46% | 23/26 | 100% | 9/9 | 100% | 17/17 | |
| Regions.js | 94.74% | 36/38 | 89.13% | 41/46 | 94.12% | 16/17 | 93.94% | 31/33 | |
| Roles.js | 84.62% | 22/26 | 85.19% | 23/27 | 90.91% | 10/11 | 86.96% | 20/23 | |
| Stats.js | 2.17% | 1/46 | 0% | 0/48 | 0% | 0/21 | 2.33% | 1/43 | |
| Status_comments.js | 86.49% | 64/74 | 75.44% | 43/57 | 85% | 17/20 | 89.55% | 60/67 | |
| Statuses.js | 87.5% | 21/24 | 86.36% | 19/22 | 90.91% | 10/11 | 85.71% | 18/21 | |
| Users.js | 70.59% | 84/119 | 77.31% | 92/119 | 64% | 16/25 | 77.06% | 84/109 |


Basic Probability
Edward A. Roualdes
Contents
Introduction
Probability is a seemingly simple and yet deceptively complicated subject. Though much of it can be concealed and this is the route we'll take here.
These notes first introduce some notation of probability, alongside a core set of beliefs that most people tend to agree on.This is not to say that most people agree on the definition of probability. See for example Dr. Martha K. Smith's short essay title "What is Probability?". With this notation in hand, we state same basic rules of working with probabilities. Note that these two sections are inherently different than the last section Estimating Probabilities. In Axioms of Probabilities and Rules of Probabilities, we claim knowledge of the probabilities of interest. This is not always the case in the real world, and thus one must also attend to making educated guesses about probabilities that we claim exist. In the last section Estimating Probabilities, we discuss how to estimate unknown probabilities.
Probability Over Finite Sets
Before we get to a more theoretical treatment of probability, let's introduce the notation of probability. Syntactically, probability works like a function. We'll use the bold, capital letter p, \( \mathbb{P} \).
A probability function \( \mathbb{P} \) acts on sets, called events in statistics, instead of numbers like you're probably used to. Hence, probability is a set function.Here's a refresher on sets and set theory, in case you want it. A function \( \mathbb{P} \) acts on sets and returns a real number guaranteed to be in the set \( [0, 1] \).Mathematically, we'd write \( \mathbb{P}: S \mapsto [0, 1] \)
Notice that we have yet to specify how a function \( \mathbb{P} \) maps sets to real numbers between \( 0 \) and \(1 \). So far, we've just said that it does this. In fact, the way a function \( \mathbb{P} \) maps sets to real numbers between \( 0 \) and \( 1 \) can be quite complex. Specifying more complex examples of \( \mathbb{P} \) will be discussed in greater detail under the topic of probability distributions. For now, let's consider a case of \( \mathbb{P} \) specified on finite sets.
Consider the set \( S = \{1, 2, 3, 4, 5, 6\} \) and \( A = \{2, 4, 6 \} \) a susbet of \( S \). We seek to define a set function that produces the probability \( 1/2 \) when applied to \( A \), \( \mathbb{P}[A] = 1/2 \). We'd also like this same set function to be more general, such that it produces similarly intuitive results for other subsets of \( S \).
Luckily, since \( S \) is finite, a relatively simple solution works here. Put \( \mathbb{P} \) to be the set function that maps arbitrary sets \( B \subset S \) to the fraction \[ \mathbb{P}[B] = \frac{|B|}{|S|}. \] Recall from the notes on Basic Set Theory that the cardinality \( | \cdot | \) of a finite set counts the elements. Thus, if we applied this set function to \( A \subset S \), we'd get \( \mathbb{P}[A] = 3/6 = 1/2 \), as desired. With this more general definition of \( \mathbb{P} \) applied to finite sets, we will hence forward refer to it as a probability distribution.Such functions \( \mathbb{P} \) are referred to as probability distributions because they distribute probability across subsets of the set \( S \) on which they act.
The probability distribution above also yields other intuitive results. For instance, \( \mathbb{P}[\{1\}] = 1/6 \). Or more generally, \( \mathbb{P}[\{s\}] = 1/6 \) for any single element \(s \in S \). This is the same logic that yields equal probabilities and thus fairness in a coin, a die, or a standard deck of cards.
There are other ways one could distribute probability across a set \( S \) than what is defined above. The specific choice above yields intuitive results, but is not otherwise special. You could, for instance, define your own probability distribution that assigns unequal weights to the two sides of a coin.
We'll defer discussion about more complex versions of \( \mathbb{P} \) until the notes Probability Distributions. Below, we describe some general properties of arbitrary probability distributions. The three axioms of probability are what separate general set functions from probability distributions. As an exercise throughout the next section, verify that our probability distribution defined above meets all the axioms of probability.
Axioms of Probability
Despite lacking one definition that satisfies all statisticians, there are a few well established statements about probability. These are often called the axioms of probability.
Let \( S \) be the set of all possible outcomes of interest, often called the sample space. Let \( A, A_1, A_2, \ldots, \) be subsets of \( S \). The first axiom of probability\( \mathbb{P}[A] \geq 0 \) for any set \( A \subseteq S \). states that the probability of any set, say \( A \) must be greater than or equal to \( 0 \). The second axiom of probability\( \mathbb{P}[S] = 1 \). states that the probability of all possible events of interest is equal to \( 1 \). The third axiom of probability\( \mathbb{P}[\cup_{n = 1}^{\infty} A_n] = \sum_{n = 1}^{\infty} \mathbb{P}[A_n] \) if \( A_1, A_2, \ldots \) are a countable sequence of pairwise disjoint sets. state the probabilty of disjoint sets is equal to the sum of the probabilities of the sets.
The first and second axioms of probability insist that probabilities must be bounded between \( 0 \) and \( 1 \). Let \( A \) be the blue set below. As first drawn, it has probability \( \mathbb{P}[{\color{#00BFFF} A}] = \) , but feel free to change it.
The third axiom of probability will be better understood with a simple example. Consider the sample space of a fair die. Let \( S = \{1, 2, 3, 4, 5, 6 \} \) and let \( A_n = \{ n \} \) for \(n = 2, 3, 4 \). Notice that \({\color{#FF6DAE}\cup_{n = 2}^4 A_n = \{ 2, 3, 4 \}} \). We expect the probability of rolling a \( 2 \), a \( 3 \), or a \( 4 \) to be \( 1/2 \) for a fair die. This is exactly what the third axiom of probability is telling us, that you can sum together probabilities across disjoint sets. Visually we can think of this as one half of the sample space split into three equally sized disjoint sets, counted as one event.
Mathematically, it would look like this. \[ \begin{aligned} \mathbb{P}[ \{ 2, 3, 4 \} ] & = \mathbb{P}\left[\bigcup_{n = 2}^4 A_n \right] \\ & = \sum_{n=2}^4 \mathbb{P}[A_n] \\ & = \mathbb{P}[\{ 2 \}] + \mathbb{P}[\{ 3 \}] + \mathbb{P}[\{ 4 \}] \\ & = \frac{1}{6} + \frac{1}{6} + \frac{1}{6} \\ & = \frac{1}{2} \\ \end{aligned} \]
Independent Events
Let \( A, B \subseteq S \). Events \( A \) and \( B \) are said to be independent events if \[ \mathbb{P}[A \cap B] = \mathbb{P}[A]\mathbb{P}[B]. \] Let \( A \) be the event that a randomly selected card from a standard deck is a Queen. Let \( B \) be the event that a randomly selected card from a standard deck is a heart. Note that only one card is being drawn from one standard deck of cards. Convince yourself that \( \mathbb{P}[A] = 1/4 \) and \( \mathbb{P}[B] = 1/13 \). Further, \( \mathbb{P}[A \cap B] = 1/52 \), since there there is only one Queen of hearts. Because \[ \frac{1}{52} = \mathbb{P}[A \cap B] = \mathbb{P}[A] \mathbb{P}[B] = \frac{1}{4}\frac{1}{13} \] the events \( A \) and \( B \) are independent.
Note that in the example above, both sides of the equation are calculated first and then compared. If the equation holds with equality, the events in question are said to be independent. If the equation does not hold, the events are said to be depenedent.
Further, independence is in general different than the probability associated with disjoint sets. For two nonempty events to be independent, they need to have some nonempty intersection.
Conditional Probability
Let \( A, B \subseteq S \) such that \( \mathbb{P}[B] > 0 \). The probability of the event \(A \) given that the event \( B \) has already taken place is \[ \mathbb{P}[A | B] = \frac{\mathbb{P}[A \cap B]}{\mathbb{P}[B]}\] and is known as conditional probability. The display below allows you to drag the two events (circles) to increase or decrease the intersection.
Notice that conditional probability has the intersection of the events \( A \) and \( B \) in the numerator. When \( \mathbb{P}[A \cap B] = 0 \), then \( \mathbb{P}[A | B] = 0 \) also. When the two events do overlap, conditional probability scales the probability of the intersection relative to \( \mathbb{P}[B] \) instead of relative to \( \mathbb{P}[S] = 1 \).
What conditions on \( B \) are necessary for \( \mathbb{P}[A \cap B] = \mathbb{P}[A | B] \)?
Bayes' Theorem
Let \( A, B \) be any events with positive probability. Bayes' theorem states \[ \mathbb{P}[A | B] = \frac{\mathbb{P}[B | A] \mathbb{P}[A]}{ \mathbb{P}[B]}. \]
TODO (ear) example
Law of Total Probability
Let \( B_1, B_2, \ldots, B_k \) be an exhaustive and disjoint collection of subsets of \( S \), where \( \mathbb{P}[B_k] > 0 \) for all \( k \). For any set \( A \), the law of total probability states \[ \mathbb{P}[A] = \sum_{k = 1}^K \mathbb{P}[A | B_k] \mathbb{P}[B_k]. \]
It is perhaps easiest to understand the law of total probability in a picture and by noticing that the summand, via conditional probability, ammounts to \( \mathbb{P}[A | B_k] \mathbb{P}[B_k] = \mathbb{P}[A \cap B_k] \). Then \( \mathbb{P}[{\color{#D4CA3A} A}] \) can be found by summing the probability of disjoint sets, each one of which is the intersection of \( A \) with one of the \( B_k \)s.
Suppose there are 3 urns, each containing 2 balls.  Let \( A = \{ \text{ a red abll is chosen } \} \) and \( B_k = \{ \text{ urn } k \text{ is chosen } \} \) for \( k = 1, 2, 3 \). Then \( \mathbb{P}[B_k] = 1/3, \mathbb{P}[A | B_1] = 0, \mathbb{P}[A | B_2] = 1/2, \text{ and } \mathbb{P}[A|B_3] = 1 \), such that \[ \mathbb{P}[A] = 0 \frac{1}{3} + \frac{1}{2} \frac{1}{3} + 1 \frac{1}{3} = \frac{1}{2}. \ \]
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LT Groups
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2
4
Number of LODs per day (packout will always have 2):
2
4
8
Number of days (not including packout):
1
2
3
4
5
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第九节：员工沟通
第九节：员工沟通
COMMUNICATION
良好的沟通，是捷普活力的源泉。我们鼓励开放与坦诚的双向沟通，并竭尽全力使员工获得与他们工作、生活相关的各个方面的即时信息；同时鼓励员工提出反馈意见。
Communication is the lifeblood of Jabil. We firmly believe in open and honest 2-way communication and strive to ensure employees have real-time information on issues that affect them in every aspect of their work life and that they have the opportunity to provide feedback on these issues.
9.1 广开言路政策
Open Door Policy
广开言路政策的目的在于在捷普的每一家工厂都能够确保有意义的双向沟通。它允许员工向管理层提出自己关注的问题及改善的建议。双向沟通开放政策下应遵循以下的申述渠道：
The purpose of the Open Door Policy is to ensure meaningful 2-way communication exists in each of Jabil plant. It allows employees to suggest improvements, highlight issues and raise concerns to the management teams. The escalation path within the Open Door Policy is as follows:
你的直接主管
Your immediate Supervisor
你的部门经理和/或人力资源部经理
Your Functional Manager and / or HR Manager
你的营运经理
Your Operations Manager
我们鼓励员工使用上述的申述渠道。这样能够使你的主管和部门经理在问题申述至营运经理前解决它。然而如果你相信你需要绕过其中的某些步骤，我们也鼓励你这样做并倾听你解释原因。
We encourage you to use the escalation path in the above order as it allows supervisors and managers to fix problems prior to them being escalated to the Operations Manager.
However, if you believe you need to skip a step we encourage you to do so and then explain your reasoning.
9.2 季度业绩回顾
Quarterly Business Review
季度公司业绩回顾大会的目的在于向所有员工沟通与工厂相关的一些信息。大会中的主要议题包括：本厂最新情况，项目，客户信息，公司总部的最新情况和公司的分红信息。
The purpose of the Quarterly Business Review is to communicate relevant plant information to all employees. The typical information communicated during this meeting is; local plant updates, program and customer information, corporate updates and profit share information.
季度公司业绩回顾大会通常会在捷普一个财政季度结束之后安排。大会将选定一天内进行，以确保所有员工收到及时和一致的信息。我们鼓励所有部门和班次员工参加季度公司业绩回顾大会。
Quarterly Business Reviews are typically held as soon as is reasonably practical following Jabil's Quarter end and are normally delivered to all employees over a one-day period to ensure that employees receive a consistent and timely message. All employees across all shifts and functions are encouraged to attend and participate in these meetings.
9.3 茶话会
Tea Talk
茶话会是捷普沟通战略的其中一项重要内容。目的是通过一种非正式和轻松的方式从员工中收集与工作相关的反馈。从茶话会中获得的反馈对评估员工士气，识别工厂运作的成功与待改进之处尤为重要。
Round Tables (Tea talk) are one of the most important mechanisms of Jabil's communication strategy. The purpose of Round Table meetings is to gain feedback from employees on work-related topics in an informal, relaxed setting. The feedback received from these meeting is essential in assessing employee morale and in identifying successes and areas for improvement at a plant level.
参加茶话会的员工应包括直接生产工人和非直接生产工人，会议应由10 到12 名员工代表参加。会议通常会由运作经理或人力资源部经理/
部门经理主持。员工可以在会议上提出任何议题，问题或者所关注的重要事项。
Each Round Table will typically include DL and IL employees, targeting representative groups of 10-12 employees. The meetings will normally be facilitated by Operation Manager or HR Manager/Functional Manager. Employees are encouraged to raise any topics, questions or concerns that are important to them.
9.4 通告栏
Notice Board
通告栏设置在厂区各处。通告栏用于提供班次调整，政策变动等一般信息。
These are situated throughout the plant. These are used to provide information on shift adjustment, changes to policy and general information.
9.5 捷普之窗
Jabil Magazine
捷普之窗是捷普内部出版的月刊， 报道公司最近的动态及娱乐消遣活动，也欢迎员工们积极的投稿。
Window of Jabil is Jabil's internally circulated magazine that contains updates of the company's activities as well as leisure activities for employees. Most articles are welcome to becontributed by fellow employees.
9.6 生产部“开拉”会议 Manufacturing “start of shift” meetings
“开拉”会议将向各条生产线的生产工人传达当天的生产目标，有关品质和客户的各项事项。
These meetings are designed to provide Manufacturing Operators on each bay with information on the targets for the day, quality issues and customer issues.
9.7 捷普内部网
JabilWeb
JabilWeb 是捷普公司的内部网，是与全球各地的捷普员工分享信息的沟通工具。内部网的内容包括营运发展，各功能部门职能介绍，捷普大学图书馆和公司信息包括公司地址，员工名录，投资者关系，旅行信息。
A communications tool for sharing globally relevant information with Jabil employees, JabilWeb is the Corporate Intranet. Content includes Operations Development, Functional Cookbooks and Jabil University Library, company information, which includes material such as Location Information, Employee Directory, Investor Relations, and Travel information.
9.8 捷普国际互联网站
Jabil.com and International Websites
作为一项向社会公众宣传捷普公司和捷普解决方案的沟通工具，jabil.com 是公司的国际互联网站。Jabil.com 的主要浏览者是投资
者，潜在客户和员工及传媒。捷普国际互联网站的网址是：
http://www.jabil.com。
A communications tool promoting the company and its solutions to the public, jabil.com is the Corporate Internet site. The core audience for jabil.com is Investors, Potential Customers and Employees, and Media. Jabil.com can be found at http://www.jabil.com.
9.9 捷普全球互联网广播
Internal Worldwide Webcast
全球互联网广播向全球的捷普工厂现场直播，广播向所有捷普员工传达公司新闻和公司目标。这一活动每年举办一次，全球的捷普员工可以通过这一活动向捷普管理层提交问题并进行沟通。互联网广播的内容和索引将在JabilWeb 上存档。
Broadcast live to every Jabil site, the Webcast conveys company news, goals and objectives to all employees of Jabil Circuit. The annual event gives employees an opportunity to communicate with Jabil's management, with executives fielding questions submitted from Jabil employees around the world. Webcasts are indexed and archived on JabilWeb.
9.10 年报摘要
Summary Annual Reports
公司年报摘要将由捷普沟通部门经每一个工厂的人力资源部经理提供给每一位员工。年报包含一封由行政长官写给全球捷普员工的信件，回顾公司过往一年的业绩，讨论公司的前景和基本财务信息。
Summary Annual Reports are provided to every employee by Corporate Communications. They are distributed through the HR Managers at each plant. The Annual Report includes an executive letter reviewing the past year's performance and discussing the company's outlook as well as basic financial information.
9.11 新闻公报
Press Releases
公司将定期通过商业媒体进行新闻发布。新闻发布的内容将通过电子邮件发送到全球各个角落。新闻发布的打印稿将发给那些无法使用电子邮件的员工。
Periodically, Jabil issues press releases through Business Wire. Once those releases are issued, they are sent worldwide via the Internet, and hard copies are provided to employees without e-mail access.
9.12 捷普道德规范热线
Jabil Integrity Hotline
捷普集团素以公平公正，诚实合法经营著称。维护公司的合法经营，杜绝一切非法或不道德行为，有赖于公司每位员工的维护与支持。如果您发现任何可疑的非法或不道德行为，请直接与您的直接主管联系或通过捷普道德规范热线进行匿名举报。
Jabil does business honestly. We need the help of all our employees to maintain the highest level of integrity. If you learn of any suspected wrongdoing, please report it to the company, either by speaking to a supervisor or by using the Jabil Integrity Hotline.
﹡捷普员工和相关人员可使用捷普道德规范热线对非法或不道德的行为进行举报,例如:
盗窃捷普公共财产行为
非法或不恰当的财务会计核算行为
收受回扣和贿赂
非法或不恰当地履行政府对合同的规定
Jabil employees and others may use the Jabil Integrity
Hotline to anonymously report concerns such as:
Theft of Jabil property
Unlawful or improper accounting practices
Kickbacks and bribes
Unlawful or improper performance of a government contract
请拨打免费检举电话CALL TOLL-FREE:10-800-110-0585
捷普道德规范热线提供全天候24 小时服务。
OPERATORS ARE AVAILABLE 24 HOURS PER DAY
拨通该电话后，将有一位调查员用英文接听。此时，如需中文服务，请不要挂断电话，系统将根据电话显示的区号，自动为您在线连接一位中文翻译员。大概需要几分钟的时间，请耐心等候。在接通中文翻译员之后，您可以就您所发现的非法或不道德行为进行检举，您所说的情况将被记录下来，并进行跟踪、调查及采取相应的改进措施。
此热线是由第三方提供的，报告非法和不道德行为的道德规范热线，以确保您所提供信息的绝密性及匿名性。
An operator will direct your call to the Network. The investigator will speak in English at first, but do not hang up.
The computer is automatically getting a translator in your language on the line. This may take several minutes and you may hear music. Please wait for the translator.
An investigator employed by an outside company (The Network) will answer your call, take information you have to offer, and forward a report for appropriate follow-up and investigation. You may remain anonymous.
此外，您也可以通过互联网,电子邮件或者信件的方式匿名地检举捷普内部非法或不道德行为：
You also can anonymously report your concerns using a web form:
互联网 www.JabilHotline.ethicspoint.com and You can anonymously E-mail your concerns or mail them to:
电子邮箱E-mail<EMAIL_ADDRESS>邮件地址 mail address： The Network，C/o 5015
333 Research Court
Norcross, GA 30092 USA
9.13 在线意见箱 E-suggestion Box
员工可登陆此网址http://hua/e_suggestion_box发表与工作相关的建议/意见，发表后的意见会直接发送给总经理邮箱处，同时你发表的意见也会在系统中留有记录，请合理使用你的意见。
Employee can log into the internal system, http://hua/e_suggestion_box to post your suggestions/comments while at work. Your posted suggestions will be directly sent to the OMs. At the same time, your suggestions will be record in system. Please use your rights properly
9.14 员工关系小组
Employee Relationship Team
员工可通过以下方式电话联系员工关系小组：
捷普“心灵驿站”咨询室: 位于公司医务室内，是面向全体同仁的心理倾诉与治疗的私密空间， 只需致电4419/4036<EMAIL_ADDRESS><EMAIL_ADDRESS>提前预约，您将享受到专业的免费心理咨询服务。
员工活动：Ext: 4004
员工违纪：Ext: 6635
For following matters, employees can get support by contacting employee relationship team:
“Jabil Heart Station” consultation room：is located in the company infirmary and is opened for all colleagues for psychological treatment and provides a private place to talk.
Please call 4419/4036 or email<EMAIL_ADDRESS><EMAIL_ADDRESS>in advance to make a reservation if you need professional psychological counseling free of charge.
Employee activities: Ext: 4004
Employee misconduct：Ext: 5192
公司有权根据实际情况更新员工手册，规章制度与劳动纪律，更新后的资料将通过公司内部网、电子邮件、公告栏（包含但不限于）等各种方式公示，所以员工均有义务及时主动了解并严格遵守。
Establishment or revision of employee handbook, company internal regulations or policies will be timely announced through but not limited to internal website, email & notice board. It shall be all employees' responsibilities to initiatively
and timely understand and obey.
本手册为公司财产，员工离职时应将本手册归还公司人力资源部。
This handbook is a Company property, and it shall be returned to the HR Department if employee leaves the company.
如果你对本手册有任何疑问，请咨询人力资源部。
If you have any questions about this handbook, please do consult with HR department.
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version:1.0<EMAIL_ADDRESS>© retter2012.com


This is the example of the tasks. We recorded the contents of each cell. The audio is in the order of each line, such as the order is A1, A2, A3, A4, B4, C4, A5, B5, C5... The content in the cell may be empty. In real task, there is no pictures, only listen to audio to answer the question. (please use google chorme)
There are two or three products, all of which are the same except for different ratings and prices. The answer is Product B becase of lower price and higher rating.


|
PX4 Firmware
PX4 Autopilot Software http://px4.io
|
Parameters defined for PWM output. More...
Go to the source code of this file.
Functions | |
| PARAM_DEFINE_INT32 (PWM_RATE, 400) | |
| Set the PWM output frequency for the main outputs. More... | |
| PARAM_DEFINE_INT32 (PWM_MIN, 1000) | |
| Set the minimum PWM for the main outputs. More... | |
| PARAM_DEFINE_INT32 (PWM_MAX, 2000) | |
| Set the maximum PWM for the main outputs. More... | |
| PARAM_DEFINE_INT32 (PWM_DISARMED, 900) | |
| Set the disarmed PWM for the main outputs. More... | |
| PARAM_DEFINE_INT32 (PWM_MAIN_DIS1,-1) | |
| Set the disarmed PWM for the main 1 output. More... | |
| PARAM_DEFINE_INT32 (PWM_MAIN_DIS2,-1) | |
| Set the disarmed PWM for the main 2 output. More... | |
| PARAM_DEFINE_INT32 (PWM_MAIN_DIS3,-1) | |
| Set the disarmed PWM for the main 3 output. More... | |
| PARAM_DEFINE_INT32 (PWM_MAIN_DIS4,-1) | |
| Set the disarmed PWM for the main 4 output. More... | |
| PARAM_DEFINE_INT32 (PWM_MAIN_DIS5,-1) | |
| Set the disarmed PWM for the main 5 output. More... | |
| PARAM_DEFINE_INT32 (PWM_MAIN_DIS6,-1) | |
| Set the disarmed PWM for the main 6 output. More... | |
| PARAM_DEFINE_INT32 (PWM_MAIN_DIS7,-1) | |
| Set the disarmed PWM for the main 7 output. More... | |
| PARAM_DEFINE_INT32 (PWM_MAIN_DIS8,-1) | |
| Set the disarmed PWM for the main 8 output. More... | |
| PARAM_DEFINE_INT32 (PWM_MAIN_REV1, 0) | |
| Invert direction of main output channel 1. More... | |
| PARAM_DEFINE_INT32 (PWM_MAIN_REV2, 0) | |
| Invert direction of main output channel 2. More... | |
| PARAM_DEFINE_INT32 (PWM_MAIN_REV3, 0) | |
| Invert direction of main output channel 3. More... | |
| PARAM_DEFINE_INT32 (PWM_MAIN_REV4, 0) | |
| Invert direction of main output channel 4. More... | |
| PARAM_DEFINE_INT32 (PWM_MAIN_REV5, 0) | |
| Invert direction of main output channel 5. More... | |
| PARAM_DEFINE_INT32 (PWM_MAIN_REV6, 0) | |
| Invert direction of main output channel 6. More... | |
| PARAM_DEFINE_INT32 (PWM_MAIN_REV7, 0) | |
| Invert direction of main output channel 7. More... | |
| PARAM_DEFINE_INT32 (PWM_MAIN_REV8, 0) | |
| Invert direction of main output channel 8. More... | |
| PARAM_DEFINE_FLOAT (PWM_MAIN_TRIM1, 0) | |
| Trim value for main output channel 1. More... | |
| PARAM_DEFINE_FLOAT (PWM_MAIN_TRIM2, 0) | |
| Trim value for main output channel 2. More... | |
| PARAM_DEFINE_FLOAT (PWM_MAIN_TRIM3, 0) | |
| Trim value for main output channel 3. More... | |
| PARAM_DEFINE_FLOAT (PWM_MAIN_TRIM4, 0) | |
| Trim value for main output channel 4. More... | |
| PARAM_DEFINE_FLOAT (PWM_MAIN_TRIM5, 0) | |
| Trim value for main output channel 5. More... | |
| PARAM_DEFINE_FLOAT (PWM_MAIN_TRIM6, 0) | |
| Trim value for main output channel 6. More... | |
| PARAM_DEFINE_FLOAT (PWM_MAIN_TRIM7, 0) | |
| Trim value for main output channel 7. More... | |
| PARAM_DEFINE_FLOAT (PWM_MAIN_TRIM8, 0) | |
| Trim value for main output channel 8. More... | |
Parameters defined for PWM output.
Definition in file pwm_params_main.c.
| PARAM_DEFINE_FLOAT | ( | PWM_MAIN_TRIM1 | , |
| 0 | |||
| ) |
Trim value for main output channel 1.
Set to normalized offset
-0.2 0.2 2 PWM Outputs
| PARAM_DEFINE_FLOAT | ( | PWM_MAIN_TRIM2 | , |
| 0 | |||
| ) |
Trim value for main output channel 2.
Set to normalized offset
-0.2 0.2 2 PWM Outputs
| PARAM_DEFINE_FLOAT | ( | PWM_MAIN_TRIM3 | , |
| 0 | |||
| ) |
Trim value for main output channel 3.
Set to normalized offset
-0.2 0.2 2 PWM Outputs
| PARAM_DEFINE_FLOAT | ( | PWM_MAIN_TRIM4 | , |
| 0 | |||
| ) |
Trim value for main output channel 4.
Set to normalized offset
-0.2 0.2 2 PWM Outputs
| PARAM_DEFINE_FLOAT | ( | PWM_MAIN_TRIM5 | , |
| 0 | |||
| ) |
Trim value for main output channel 5.
Set to normalized offset
-0.2 0.2 2 PWM Outputs
| PARAM_DEFINE_FLOAT | ( | PWM_MAIN_TRIM6 | , |
| 0 | |||
| ) |
Trim value for main output channel 6.
Set to normalized offset
-0.2 0.2 2 PWM Outputs
| PARAM_DEFINE_FLOAT | ( | PWM_MAIN_TRIM7 | , |
| 0 | |||
| ) |
Trim value for main output channel 7.
Set to normalized offset
-0.2 0.2 2 PWM Outputs
| PARAM_DEFINE_FLOAT | ( | PWM_MAIN_TRIM8 | , |
| 0 | |||
| ) |
Trim value for main output channel 8.
Set to normalized offset
-0.2 0.2 2 PWM Outputs
| PARAM_DEFINE_INT32 | ( | PWM_RATE | , |
| 400 | |||
| ) |
Set the PWM output frequency for the main outputs.
Set to 400 for industry default or 1000 for high frequency ESCs.
Set to 0 for Oneshot125.
true
-1 2000 Hz PWM Outputs
| PARAM_DEFINE_INT32 | ( | PWM_MIN | , |
| 1000 | |||
| ) |
Set the minimum PWM for the main outputs.
Set to 1000 for industry default or 900 to increase servo travel.
true
800 1400 us PWM Outputs
| PARAM_DEFINE_INT32 | ( | PWM_MAX | , |
| 2000 | |||
| ) |
Set the maximum PWM for the main outputs.
Set to 2000 for industry default or 2100 to increase servo travel.
true
1600 2200 us PWM Outputs
| PARAM_DEFINE_INT32 | ( | PWM_DISARMED | , |
| 900 | |||
| ) |
Set the disarmed PWM for the main outputs.
This is the PWM pulse the autopilot is outputting if not armed. The main use of this parameter is to silence ESCs when they are disarmed.
true
0 2200 us PWM Outputs
| PARAM_DEFINE_INT32 | ( | PWM_MAIN_DIS1 | , |
| - | 1 | ||
| ) |
Set the disarmed PWM for the main 1 output.
This is the PWM pulse the autopilot is outputting if not armed. When set to -1 the value for PWM_DISARMED will be used
true
-1 2200 us PWM Outputs
| PARAM_DEFINE_INT32 | ( | PWM_MAIN_DIS2 | , |
| - | 1 | ||
| ) |
Set the disarmed PWM for the main 2 output.
This is the PWM pulse the autopilot is outputting if not armed. When set to -1 the value for PWM_DISARMED will be used
true
-1 2200 us PWM Outputs
| PARAM_DEFINE_INT32 | ( | PWM_MAIN_DIS3 | , |
| - | 1 | ||
| ) |
Set the disarmed PWM for the main 3 output.
This is the PWM pulse the autopilot is outputting if not armed. When set to -1 the value for PWM_DISARMED will be used
true
-1 2200 us PWM Outputs
| PARAM_DEFINE_INT32 | ( | PWM_MAIN_DIS4 | , |
| - | 1 | ||
| ) |
Set the disarmed PWM for the main 4 output.
This is the PWM pulse the autopilot is outputting if not armed. When set to -1 the value for PWM_DISARMED will be used
true
-1 2200 us PWM Outputs
| PARAM_DEFINE_INT32 | ( | PWM_MAIN_DIS5 | , |
| - | 1 | ||
| ) |
Set the disarmed PWM for the main 5 output.
This is the PWM pulse the autopilot is outputting if not armed. When set to -1 the value for PWM_DISARMED will be used
true
-1 2200 us PWM Outputs
| PARAM_DEFINE_INT32 | ( | PWM_MAIN_DIS6 | , |
| - | 1 | ||
| ) |
Set the disarmed PWM for the main 6 output.
This is the PWM pulse the autopilot is outputting if not armed. When set to -1 the value for PWM_DISARMED will be used
true
-1 2200 us PWM Outputs
| PARAM_DEFINE_INT32 | ( | PWM_MAIN_DIS7 | , |
| - | 1 | ||
| ) |
Set the disarmed PWM for the main 7 output.
This is the PWM pulse the autopilot is outputting if not armed. When set to -1 the value for PWM_DISARMED will be used
true
-1 2200 us PWM Outputs
| PARAM_DEFINE_INT32 | ( | PWM_MAIN_DIS8 | , |
| - | 1 | ||
| ) |
Set the disarmed PWM for the main 8 output.
This is the PWM pulse the autopilot is outputting if not armed. When set to -1 the value for PWM_DISARMED will be used
true
-1 2200 us PWM Outputs
| PARAM_DEFINE_INT32 | ( | PWM_MAIN_REV1 | , |
| 0 | |||
| ) |
Invert direction of main output channel 1.
Enable to invert the channel.
PWM Outputs
| PARAM_DEFINE_INT32 | ( | PWM_MAIN_REV2 | , |
| 0 | |||
| ) |
Invert direction of main output channel 2.
Enable to invert the channel.
PWM Outputs
| PARAM_DEFINE_INT32 | ( | PWM_MAIN_REV3 | , |
| 0 | |||
| ) |
Invert direction of main output channel 3.
Enable to invert the channel.
PWM Outputs
| PARAM_DEFINE_INT32 | ( | PWM_MAIN_REV4 | , |
| 0 | |||
| ) |
Invert direction of main output channel 4.
Enable to invert the channel.
PWM Outputs
| PARAM_DEFINE_INT32 | ( | PWM_MAIN_REV5 | , |
| 0 | |||
| ) |
Invert direction of main output channel 5.
Enable to invert the channel.
PWM Outputs
| PARAM_DEFINE_INT32 | ( | PWM_MAIN_REV6 | , |
| 0 | |||
| ) |
Invert direction of main output channel 6.
Enable to invert the channel.
PWM Outputs
| PARAM_DEFINE_INT32 | ( | PWM_MAIN_REV7 | , |
| 0 | |||
| ) |
Invert direction of main output channel 7.
Enable to invert the channel.
PWM Outputs
| PARAM_DEFINE_INT32 | ( | PWM_MAIN_REV8 | , |
| 0 | |||
| ) |
Invert direction of main output channel 8.
Enable to invert the channel.
PWM Outputs


|
NSVD Reader
0.0.1
|
normalized <writeConstraint>.<range> element More...
#include <WriteConstraint.hpp>
Classes | |
| struct | range_t |
| <writeConstraint>.<range> element More... | |
Public Member Functions | |
| operator bool () const noexcept | |
| return valid More... | |
| template<typename SVD , typename VALUE , VALUE SVD::* MEMBER> | |
| WriteConstraint (derived_from_helper< SVD, VALUE, MEMBER > &&d) | |
| template<typename VALUE > | |
| WriteConstraint (const VALUE *ptr) | |
Public Attributes | |
| bool | valid |
| Indicates whether this data is valid. More... | |
| bool | writeAsRead |
| <writeAsRead>If true, only the last read value can be written. More... | |
| bool | useEnumeratedValues |
| <useEnueratedValues>If true, only the values listed in the enumeratedValues list can be written. More... | |
| range_t | range |
| <range> More... | |
normalized <writeConstraint>.<range> element
Definition at line 23 of file WriteConstraint.hpp.
|
inline |
Definition at line 88 of file WriteConstraint.hpp.
|
inline |
Definition at line 92 of file WriteConstraint.hpp.
|
inlinenoexcept |
return valid
Definition at line 67 of file WriteConstraint.hpp.
| range_t nodamushi::svd::normalized::WriteConstraint::range |
| bool nodamushi::svd::normalized::WriteConstraint::useEnumeratedValues |
<useEnueratedValues>If true, only the values listed in the enumeratedValues list can be written.
Definition at line 78 of file WriteConstraint.hpp.
| bool nodamushi::svd::normalized::WriteConstraint::valid |
Indicates whether this data is valid.
Definition at line 65 of file WriteConstraint.hpp.
| bool nodamushi::svd::normalized::WriteConstraint::writeAsRead |
<writeAsRead>If true, only the last read value can be written.
Definition at line 73 of file WriteConstraint.hpp.


This event consist of four sub events.For details click on one of these.
Leaders Becomes Great not because of their power, But because of their ability to empower others... put Your ideas on a Paper on the given Problems of the Country and get a Chance to raise your voice on Public Manch..
How good are you with people? Can you handle tricky situations and tough jobs and still come out victorious? If your answer is a Yes, then this event is made for you! Here you need to hitch a ride to the holy city of Amritsar, perform some not so easy tasks along the way, and come back in one piece within 4 days. Just one condition, you won’t have any money to do this. Beg, Borrow and do whatever you like to get what need, and victory is all yours….
The event is web based and allows any one with working internet connection to participate.
It would comprise of tasks like technical quizzes, aptitude tests, social round etc.
For more details you can visit http://parbhat.pythonanywhere.com
The participant teams must build hardware project of any real time problem. The main purpose of this competition is to judge the thinking power, practical knowledge and analytical skills of the students. The team members will present their solutions to the given set of given problems. Click Here For more details.
We all know our way around computers, but do we really know all there is to know? This event involves solving puzzles and completing tasks using basic computer skills, with the level of difficulty increasing at each level. Let’s see if your inner Sherlock can solve these mysteries!
See details...
The first thing a programmer needs to know is his way around the kernel! This event involves workshops on shell scripting dealing with the basics as well as the tournament to check skills of the programmers.
See details...
In this era, the technology is flying with a great pace, but what provides it that much of pace and control? The answer to this question lies here and we want to test your capability to cope with this technology by using your programming skills, which has to be fast, less memory driven and accurate.
It is a competitive programming challenge for those who want to prove their legacy in the field of coding.
There will be two rounds in this event:
Online Round: It is a qualification/warm up round, consisting of 5 coding problems with different levels of difficulty.
Onsite Round: It is the final round which will be held in the SMVDU campus and the participants who qualified in the first round will participate in this round for the “Do or Die Battle of Code”.
So bring out the warrior within you, join the battle, make the strategy, code it down, aim for a win and defeat your enemies. One with fastest reaction time, best strategy and coding skills will win the thrilling “Battle of Code”.
See details...
An event where one can learn the basics of web development and hone their skills by showcasing their hard work in the final contest, this event is for those who want to make a mark in the world of web!
See details...
Spark App is an event in which every participant will be required to bring ideas of a new app or a fully developed application along with a concise description of the app including required platform and its functionality. Creativity, usability, interface and requirement of the app in present scenario of software world, will decide the winner.
See details...
Computers today have become an integral part of our lives, something which is omnipresent. But how much do we know about these little digital saviors of ours. Let’s check our knowledge in this unique computer quiz COM DOR., a quiz dealing with all the aspects of computer science. Are you up to the challenge?
See details...
Want to step into the world of programming, but don’t even know the basics. Fret not, for now you can learn the basic skills of programming as well as build up your logic with scratch, a language designed for beginners in programming. The event involves workshop on programming with scratch, as well as a competition to check the skills you gained.
See details...
This event is all about to make your temple horses run fast and come up with an efficient solution of problems present around the vicinity of yours or any other individual using slide presentations.See details....
It’s all about your common sense and slight knowledge of electronics, physics and mathematics. See details...
Mathematicians need not be boring or orthodox. Do you have an inmate desire to do with numbers what artists do with paint brushes? See details...
Do the objects flying up in the sky fascinate you? Do you dream to be someone like yuri gagrin or rakesh sharma? If yes, here is a chance for u to dream your own rocket to fly up in the sky……..
Emphasis would be given on the maximum height
attained and the fuel used to propel it….
Max Participants: 3 per team
Ancient roman army was known for its eminent organization...and their scientifically exuberant weapons. From trebuchets to flails and from catapult to crossbows...every weapon is meticulously designed. Do science of war make your adrenalin rush??? Then this is the encounter u r waiting for... Design and build your own prototype for roman weapons……..its stability and performance will reveal a combatant in u…..
Waste is not a waste if we invest our imagination and time, you can get best out of waste…...it’s hard to make science any cooler than this.
All u need is imagination, scientific perception and LOADS OF JUNK.
Are u ready for this astonishing war??
Junkyard war will test your ability to make sustainable and strategically developed products.
The power of fluid can is such that it can move the world. From generating electricity to applying brakes in vehicle fluid has become a part of our day to day life. Titiksha offers you a chance to go hand in hand with the rising demands of fluid power in the industry. The event focuses on lifting loads from one platform to another with the help of a self-made arm and moving it with the help of syringes filled with water. The one with most accuracy and speed bags away the prize. Max. Participants: 3 per team.
Man has always used wheels for its machines to move. But nature employs no such measure when it comes to locomotion. It has been a hobby for a number of years to develop a bicycle without wheels that could walk. It would move on legs and resemble a large insect.
Here is your chance to take the challenge with your entourage and excel to compete the nature. Design and prototype a link mechanism to resemble any living organism like spider and move it to some distance.
Excellency in motion and stability of the link is what you got to watch out for.
Max Participants: 3 per team
A mechanical engineer is incomplete without engine. It is an engine which moves the world. The IC engine has become a lifeline to human civilization at present without which we cannot imagine a day.
 Here is a chance to take on the engine for real and show how much you are familiar with it.
The event will be conducted in two rounds. Preliminary Round would have written questions based on the practical knowledge about different components of any two or four wheeler.
Out of the students who appeared for prelims, 8 teams would be selected for the mains. In the final round, teams would be given practical tasks like assembling piston, crankshaft and head, clutch system, wheel assembly, suspension assembly, etc
Max Participants: 2 per team
Have u ever baffled about the aero dynamics of an airplane??
Have u ever thought of the wright brothers' outlook for their first flight??
You can experience this exciting phenomenon by creating your own airplane model which will be remote controlled…....
Think, create and fly that will be the focus of this workshop.
So be ready to witness this enigmatic and dynamic event…….
Max Participants: 5 per team
The beyblade battles are intense and incredibly challenging…..how intense you’ll pull the ripcord....battle required incredible dexterity and reflexes of a fox...
In arena your amazing skills to steer the top and to compete your top on the opponent's top will count.
Are u excited to experience this overwhelming beyblade battle...??
Max Participants: 3 per team
How many times can you subtract 7 from 83, and what is left afterwards? You can subtract it as many times as you want, and it leaves 76 every time.
Are you a "most wanted" ?? If Yes Then Prove it.
"Know your country Know yourself!!!"
"Have you got enough knowledge and awareness to the matter pretaining to the nation"
Theme : "Is your democracy is turning to Monarchy??"
The participants will be told about the subject of the questions to be asked and will be delivered the introductory lecture about the topic. The participants then will have to answer the questions that will be asked based on general logic and some lab techniques, and the correct answers shall be awarded a point.
It is a three round Quiz Contest and the winner shall be the person with highest points in total. The person with a correct answer will be awarded a point and shall be recorded.
The event is named after the Japanese game show Takeshi's Castle. Students after a long time will get to play funny games & twists.They'll have to perform tasks that they're given to qualify to finals and win.As the tv-game show had all funny games in it,we're also attempting to provide a lil' exposure of ecstasy. Tasks -
Round 1 – Submission of Ideas and Stories two days prior to the event, the ideas will be further shortlisted for presentations. Final Round – The presentations will be judged and awarded the respective prize. Note : Ideas will only be accepted if they have Biology as their ingridient…
This is going to be a scavanger’s hunt and the clues will be the hint for the next step that concludes round 1. In round 2 the qualifiers will be given literatures and their will be hidden microbes, lab equipments, processes and other clues, the person who gets 80% of clues will qualify for the next round. Round three will be a round in which every participant will be given a situation to handle and based on their logic and wit they will use the clues to get the solution. The best solution will be judged by an honoured faculty as a judge.


tidyquant
The tidyquant
package integrates the best resources for collecting and analyzing financial data, zoo
, xts
, quantmod
, TTR
, and PerformanceAnalytics
, with the tidy data infrastructure of the tidyverse
allowing for seamless interaction between each. You can now perform complete financial analyses in the tidyverse
.
A brief introduction to tidyquant
What users are saying about tidyquant
timetk
The timetk
package enables the user to more easily work with time series objects in R. The package has tools for inspecting, analyzing and manipulating the time-based index and converting time-based objects to and from the many time series classes. The package is well-suited for time series data mining and time series machine learning using the time series signature.
Time Series Machine Learning with timetk
sweep
The sweep
package enables broom
-style "tidying" of ARIMA, ETS, BATS, and other models and forecast objects used in the forecast
package. The output is a "tidy" data frame that fits into the data science workflow of the tidyverse
.
Forecasting in the "tidyverse" with sweep
tibbletime
Built on top of the tidyverse
, tibbletime
is an extension that allows for the creation of time aware tibbles through the setting of a time index.
Introducing the tibbletime functions
filter_time()
- Succinctly filter atbl_time
object by date.as_period()
- Convert atbl_time
object from daily to monthly, from minute data to hourly, and more. This allows the user to easily aggregate data to a less granular level.collapse_by()
- Take antbl_time
object, and collapse the index so that all observations in an interval share the same date. The most common use of this is to then group on this column withdplyr::group_by()
and perform time-based calculations withsummarise()
,mutate()
, or any otherdplyr
function.collapse_index()
- A lower level version ofcollapse_by()
that directly modifies theindex
column and not the entiretbl_time
object. It allows the user more flexibility when collapsing, like the ability to assign the resulting collapsed index to a new column.rollify()
- Modify a function so that it calculates a value (or a set of values) at specific time intervals. This can be used for rolling averages and other rolling calculations inside the tidyverse framework.create_series()
- Use shorthand notation to quickly initialize a tbl_time object containing a regularly spaced index column of classDate
,POSIXct,
yearmon
,yearqtr
, orhms
anomalize
Built on top of the tibbletime
, anomalize
enables a "tidy" workflow for detecting anomalies in time series data. The main functions are time_decompose()
, anomalize()
, and time_recompose()
.
Learn anomalize
in 2-minutes
Introducing the anomalize functions
time_decompose()
- Separates the time series into seasonal, trend, and remainder components.anomalize()
- Applies anomaly detection methods to the remainder component.time_recompose()
- Calculates limits that separate the “normal” data from the anomalies.
correlationfunnel
- Speeds Up Exploratory Data Analysis
- Improves Feature Selection
- Gets You To Business Insights Faster
Introducing the correlationfunnel functions
binarize()
- Converts continuous and categorical data into binary (0/1) format.correlate()
- Performs binary correlation analysis.plot_correlation_funnel()
- Produces a plot with highest correlation features at the top and lowest at the bottom, making a funnel shape.


Choose your gender and location to start you life...
Life Event
Life Choice
Would you like to apply to university?
You are about to get your GCSE results...
You've met an amazing
would you like to get married?
Which job field would you like to apply to?
Your expenses are too high, you need to move house!
Choose a house to rent:
WHERE PEOPLE ARE 6 MONTHS AFTER GCSEs IN YOUR AREA (Figures in %)
Welcome to the After Life & Game Summary
Early Education
The education levels accross the country vary a lot from place to place. Even without realising it, when you first step into school the chances of doing well or poorly in school are already thrown based on your location alone. Of course whether
you did your homework is your decision - but it still doesn't change the fact that where you live can give you a head start at school, or hold you back.
Location 6 Months After GCSEs in England & Wales (Figures in %)
Location 6 Months After GCSEs in Your Area (Figures in %)
Further Education
Your Working Life
The Gender Difference in Pay For Your Job by Age (£)
Housing
How do the yearly rental prices in your area compare to the Median for Wales and England?
Location
Shared Bedroom
One Bedroom
Two Bedroom
Three Bedroom
Four Bedroom
England & Wales
£4416
£5700
£7140
£8670
£11940
Death
Your chance of death at a certain age by a certain cause is determined by two things. First being
GAME OVER
Thank you for playing through Stats Life! Hopefully it has given you something to think about how our own geographical location can tips the odds against or for us in life.
This project was built on open data mostly from the ONS website from
datasets based around 2015. From births, to marriages to death, every step that wasn't in your control was based on chance from real life data.


public final class ScriptContext<FactoryType>
extends java.lang.Object
ScriptContext
contains the information related to a single use case and the interfaces
and methods necessary for a ScriptEngine
to implement.
There are at least two (and optionally a third) related classes which must be defined.
The InstanceType is a class which users of the script api call to execute a script. It
may be stateful. Instances of
the InstanceType may be executed multiple times by a caller with different arguments. This
class must have an abstract method named execute
which ScriptEngine
implementations
will define.
The FactoryType is a factory class returned by the ScriptService
when compiling
a script. This class must be stateless so it is cacheable by the ScriptService
. It must
have one of the following:
newInstance
which returns an instance of InstanceTypenewFactory
which returns an instance of StatefulFactoryType
The StatefulFactoryType is an optional class which allows a stateful factory from the
stateless factory type required by the ScriptService
. If defined, the StatefulFactoryType
must have a method named newInstance
which returns an instance of InstanceType.
Both the FactoryType and StatefulFactoryType may have abstract methods to indicate
whether a variable is used in a script. These method should return a boolean
and their name
should start with needs
, followed by the variable name, with the first letter uppercased.
For example, to check if a variable doc
is used, a method boolean needsDoc()
should be added.
If the variable name starts with an underscore, for example, _score
, the needs method would
be boolean needs_score()
.
| 限定符和类型 | 字段和说明 |
|---|---|
java.lang.Class<FactoryType> |
factoryClazz
A factory class for constructing script or stateful factory instances.
|
java.lang.Class<?> |
instanceClazz
A class that is an instance of a script.
|
java.lang.String |
name
A unique identifier for this context.
|
java.lang.Class<?> |
statefulFactoryClazz
A factory class for construct script instances.
|
| 构造器和说明 |
|---|
ScriptContext(java.lang.String name,
java.lang.Class<FactoryType> factoryClazz)
Construct a context with the related instance and compiled classes.
|
public final java.lang.String name
public final java.lang.Class<FactoryType> factoryClazz
public final java.lang.Class<?> statefulFactoryClazz
public final java.lang.Class<?> instanceClazz
public ScriptContext(java.lang.String name, java.lang.Class<FactoryType> factoryClazz)


Horror
Memes
TV
Music
VideoGames
Home-Made Content
Celebrities
Food
Learning
Just for Trolls
Movies
Sports


Xamarin Impressions
NOTE: The following post discusses the impressions I got with the Xamarin.iOS framework alone. It was intended to discuss only the iOS development support and not the cross-platform capabilities of the Xamarin suite. It is also worth mentioning that Xamarin.iOS has nothing to do with Xamarin.Forms, a ver different beast focusing on cross-platform development, and a point of lots of online debating.
Social Media
Medium Is Turning into the Walled Garden It Did Not Want to Be
4 minute read
A few days ago, I got a question from an online friend of mine, whether to self-host his new blog, or start directly on Medium. I advised him to self-host and use Medium only for content distribution. I have always been pro writer independence, and though I have tried quite a few platforms over the years, none has really withstood the test of time. Medium makes no exception.
I Made a Mastodon Account and so Far I like It
4 minute read
So, you might have heard about Mastodon. A micro-blogging alternative to Twitter, boasting itself for being 100% open-source, and for its decentralised nature.


Suttas of the Samyutta Nikaya
Moggallanasamyutta
IV. Salayatanavagga
BD: The Six Realms
PTS: The Salayatana Book
WP: The Book of the Six Sense Bases
ATI: Salayatana
VI. Moggallanasamyutta, III.202
PTS: The Kindred Sayings about Moggallana, IV.179
WP: Connected Discourses with Moggallana, II.1302
PTS: Together with Thought Directed, IV.179
BD: With Thinking
WP: The First Jhana, II.1302
2. Avitakka, IV.263
PTS: Without Directed Thought, IV.180
BD: Without Thinking
WP: The Second Jhana, II.1303
3. Sukhena, IV.264
PTS: By Happiness, IV.
BD: The Pleasant Abiding
WP: The Third Jhana, II.1303
4. Upekkhako, IV.265
PTS: Balanced, IV.181
BD: Detached
WP: The Fourth Jhana, II.1304
5. Ākāsānañcāyatana Suttaṃ (AAkaasa.m, Akasam), IV.266
PTS: Space, IV.182
BD: The Realm of Endless Space
WP: The Base of the Infinity of Space, II.1305
6. Viññānañcāyatana Suttaṃ (Vi~n~naa.na.m, Vinnanam), IV.266
PTS: Consciousness, IV.183
BD: The Realm of Endless Consciousness
WP: The Base of the Infinity of Consciousness, II.1306
7. Ākiñcaññāyatana Suttaṃ (Aki~nca~n~na, Akincanna), IV.267
PTS: Nothingness, IV.183
BD: The Realm of Naught Whose-Whatever
WP: The Base of Nothingness, II.1306
8. N'evasaññānāsaññāyatana Suttaṃ (N'evasa~n~nii, N'evasanni<, IV.268
PTS: Neither-perceiving-nor-non-perceiving, IV.184
BD: The Realm of Neither-perception-nor-non-perception
WP: The Base of Neither-Perception-Nor-Nonperception, II.1307
9. Animitta Suttaṃ, IV.268
PTS: The Unconditioned, IV.185
BD: The Realm of Neither-perception-nor-non-perception
WP: The Signless, II.1308
10. Sakka Suttaṃ, IV.269
PTS: Sakka, IV.185
WP: Sakka, II.1308
11. Candano, IV.280
PTS: Candana, IV.189
WP: Candana, II.1313
This should probably be five separate suttas:
Candano
Suyāmo
Santusito
Sunimmito
Vasavatti


|
Project goal is to create virtual domains managing system, it should
be easy to setup, create and maintain. It should be also very reliable and
fast - it's designed for big sites. It does not support real users and
it won't.
What vq won't do at any time in the future:
- support POP3 authorization based relaying as vpopmail does - use SMTP-AUTH!
- support real users
- support any other mailboxes type than Maildir
Current futures:
- PostgreSQL based authorization
- PostgreSQL based logging of user's authorizations
If you think that some future is missing you're welcome to add it or
if you can't but think it should be implemented you can contact author.
Following is a list of programs in contrib directory:
freemail
This module will support options associated with free e-mail accounts.
At this time it include only option to change informations about
user (sex, country, city, education level, etc.).
hosting
This module will support options associated with hosting servers.
At this time it supports: adding new e-mail accounts to domain,
setting FTP access, removing users, access to WWW usage logs.
Setting aliases for WWW.
vqsignup
Simple program that allows users to create new e-mail accounts.
vquserrm
Removes user.
host_add
Adds domain.
pg2fs
Used with hosting module. It's used to configure tinydns, dnscache.
Hosting module after changing data calls stored in SQL server
functions from pgutil
package. They create simple files which are processed by pg2fs
to create tinydns and dnscache configuration.
valid
Small library. Includes functions used to validate informations as
data, polish tax number, polish post code, etc.
vqsignup1
Special version of vqsignup which collects information about user
(sex, education level, city, country). It's used to create free
e-mail service.
vqwww
Account manager. Includes modules that allows to: change password,
set e-mail redirection, set automatic response, see history of login.
It support dynamic loading of shared libraries, so it may be easily
extended.
|


Read the developer documentation
A collection of experimental code MakeCode Editors created by the community.
Experimental Editors are not supported by the Microsoft MakeCode team.
A collection of experimental code MakeCode Editors created by the community.
Experimental Editors are not supported by the Microsoft MakeCode team.


Nature, Poem 1
by Emily Dickinson
from The Poems of Emily Dickinson: Series One
New feet within my garden go
"It ’s in spring, the poet tells us, That we turn to thoughts of love..." This collection celebrates many poetic depictions of the season of Spring.
New feet within my garden go
A cheerful poem about springtime.
A poem about the coming of spring.
This poem descibes youth and beauty using nature as a metaphor.
Flowers contain all the beauty, love, hope, death, rebirth that is life, if one but looks closely.
A child thinks about the eggs he sees.
An altered look about the hills;
Before you thought of spring
A celebration of Florida's tropic climate.
"Oh, wind of the spring–time, oh, free wind of May,"
"When the bees are humming in the honeysuckle vine"
"Grass commence a–comin’"
From you have I been absent in the spring
"A blue–bell springs upon the ledge,"
"Sweetest of the flowers a–blooming"
The poet celebrates spring, as nature recovers from the harshness of winter.
This winter air is keen and cold, and keen and cold this winter sun,


Adds a QueueRunner
to a collection in the graph. (deprecated)
tf.compat.v1.train.queue_runner.add_queue_runner
tf.compat.v1.train.add_queue_runner( qr, collection=tf.GraphKeys.QUEUE_RUNNERS )
Warning: THIS FUNCTION IS DEPRECATED. It will be removed in a future version.
Instructions for updating:
To construct input pipelines, use the tf.data
module.
When building a complex model that uses many queues it is often difficult to gather all the queue runners that need to be run. This convenience function allows you to add a queue runner to a well known collection in the graph.
The companion method start_queue_runners()
can be used to start threads for
all the collected queue runners.
qr
: A QueueRunner
.collection
: A GraphKey
specifying the graph collection to add
the queue runner to. Defaults to GraphKeys.QUEUE_RUNNERS
.


Clojure State Management by Example
##Introduction One of my favorite features of Clojure is the way changes in application state are handled. In Clojure we separate the concerns of our data (which is stored as values) and the management of how that data might change over time. Contrast this to most other languages that have mutable state tied to their object model at some level.
There are four state management primitives. Here's a very simple example of each and how they behave.
###Vars Vars are what you get when you use def. def simply defines a value. If you declare the def'd value as dynamic, you can rebind it on a per-thread basis. Meaning, within your current scope you can rebind the value of the previously def'd value. Here's the example:
(def ^:dynamic *a* 0) ;Note the *earmuff*
(def ^:dynamic *b* 1) ;Clojure uses them for things mean to be rebound
(prn (str "(original) a, b = " *a* "," *b*))
(future
(binding [*a* 1 *b* 0]
(prn (str "(rebinding) a, b = " *a* "," *b*))
(binding [*a* 11 *b* 45]
(prn (str "(another binding) a, b = " *a* "," *b*)))
(prn (str "(exiting scope) a, b = " *a* "," *b*)))
(prn (str "(exiting scope) a, b = " *a* "," *b*)))
(prn (str "(original ns value) a, b = " *a* "," *b*))
The above produces this output:
"(original) a, b = 0,1"
"(rebinding) a, b = 1,0"
"(original ns value) a, b = 0,1"
"(another binding) a, b = 11,45"
"(exiting scope) a, b = 1,0"
"(exiting scope) a, b = 0,1"
As you can see, every time I rebind a and b in a new form, the old value are replaced within that scope. As soon as the form is exited, we are back to the previous binding. Finally, you can see that the last prn statement that prints the original binding value is unaffected by the future since the future is in a different thread. I don't find vars particularly useful or interesting, but for completeness's sake, there you have it. Our next three concurrency primitives are much more interesting.
###Atoms Atoms provide synchronous, uncoordinated state management. These are the workhorse of Clojure state management. Here's how it works using a simple example that updates two atoms and dumps out their results. A built-in delay is added to each update for illustration's sake.
(def a (atom 0))
(def b (atom 1))
(defn slow [f] (Thread/sleep 300) f)
(defn slower [f] (Thread/sleep 400) f)
(future
(do
(swap! a (comp slow inc))
(swap! b (comp slower dec))))
(future
(loop [i 10]
(when (pos? i)
(do
(prn (str "a, b = " @a "," @b))
(Thread/sleep 100)
(recur (dec i))))))
Output:
"a, b = 0,1"
"a, b = 0,1"
"a, b = 0,1"
"a, b = 1,1"
"a, b = 1,1"
"a, b = 1,1"
"a, b = 1,1"
"a, b = 1,0"
"a, b = 1,0"
"a, b = 1,0"
The above output illustrates that atoms are synchronous since it took 300ms for slow to execute on a and an additional 400ms for slower to execute on b. Also, the functions are uncoordinated - There is a time when slow has completed its work and slower has not. There is no connection between the two swap! operations.
###Refs Refs provide synchronous, coordinated state management. Use a ref when you need a transaction to be performed correctly. For example, you could use Refs to track funds in a bank account. To transfer funds from one Ref'd account to another, put the transaction in a synchronized ref block. The following example is identical to the above, except that now we are altering a and b in a synchronized code block.
(def a (ref 0))
(def b (ref 1))
(defn slow [f] (Thread/sleep 300) f)
(defn slower [f] (Thread/sleep 400) f)
(future
(dosync
(alter a (comp slow inc))
(alter b (comp slower dec))))
(future
(loop [i 10]
(when (pos? i)
(do
(prn (str "a, b = " @a "," @b))
(Thread/sleep 100)
(recur (dec i))))))
Output:
"a, b = 0,1"
"a, b = 0,1"
"a, b = 0,1"
"a, b = 0,1"
"a, b = 0,1"
"a, b = 0,1"
"a, b = 0,1"
"a, b = 1,0"
"a, b = 1,0"
"a, b = 1,0"
Unlike the previous example, no change occurred in a or b until both the slow and slower functions were applied to a and b. Since the operations were synchronous, it took the entire compute time of both functions to pass before both a and be were concurrently updated.
###Agents Agents provide asynchronous, uncoordinated state management. If you want reactive behavior, use agents. As before, we are using the same example to illustrate agent behavior.
(def a (agent 0))
(def b (agent 1))
(defn slow [f] (Thread/sleep 300) f)
(defn slower [f] (Thread/sleep 400) f)
(future
(do
(send a (comp slow inc))
(send b (comp slower dec))))
(future
(loop [i 10]
(when (pos? i)
(do
(prn (str "a, b = " @a "," @b))
(Thread/sleep 100)
(recur (dec i))))))
Output:
"a, b = 0,1"
"a, b = 0,1"
"a, b = 0,1"
"a, b = 1,1"
"a, b = 1,0"
"a, b = 1,0"
"a, b = 1,0"
"a, b = 1,0"
"a, b = 1,0"
"a, b = 1,0"
In this case, we see that both slow and slower executed concurrently, since a was updated after 300ms and b was updated only 100ms later.
##Summary Clojure's concurrency primitives are very easy to use and make it simple to manage program state. However, it is important to know when to use which. Hopefully this simple set of examples will give you a clear idea as to the behaviors of each so that you'll know when to use them.


Grammy 2020: Burna Boy reacts to getting nominated
- Singer Burna Boy has reacted to the news of his Grammy Awards nomination
- The music star reacted via a post shared on his Instagram page
- Burna Boy said his win is as a result of positive affirmations
Nigerian singer Damini Ogulu aka Burna Boy is currently the topic of discussion on social media following his latest achievement as it regards his career, and agenda to take African music to greater heights.
The singer was recently announced as a nominee in the World Best Music Album for the upcoming 2020 Grammy Awards show. Burna Boys 2019 released African Giant album was nominated alongside Angelique Kidjo and three others.
Since the news broke, excited music lovers and colleagues of the artiste have flooded their pages with congratulatory messages for his nomination.
PAY ATTENTION: Read best news on Nigeria's #1 news app
PAY ATTENTION: Get your daily relationship tips and advice on Africa Love Aid group
Davido pens touching note as he reminisces on his life in the past 7 years
Well, the star of the moment has finally reacted to his nomination in a post shared on the Instastory channel of his Instagram page.
Burna Boy shared a photo of the nomination list, accompanied with a caption that read: “Speak it into existence."
It would be recalled that the superstar has sang about bringing home a Grammy in some of his songs, and with this nomination, his dreams may just be coming through.
See his post below:
PAY ATTENTION: NAIJ.com upgrades to Legit.ng: a letter from our Editor-in-Chief Bayo Olupohunda
In a related story, Legit.ng previously reported that singer Wizkid used his social media platform to congratulate Burna for getting nominated. Starboy described the singer as his blood, adding that he deserves more.
NAIJ.com (naija.ng) -> Legit.ng We have upgraded to serve you better
Is Burna Boy Nigeria's biggest artist at the moment? | Legit TV
BBNaija Tacha shows off video call with Twitter CEO Jack Dorsey on his birthday


--- layout: page ---
Home › About › Leadership Team
Ben Helton, GATHER Director (Sunday Service)
Dennis Nelson, GROW Director (Discipleship)
Ryan Breedlove, GIVE Director (Administration)
Shane Wise, GO Director (Ministry & Outreach)
Keely Williams, Family Ministries Director (Kid’s Life & Students)


The goal of Interra is to provide open source and open data tools.
The current libraries are currently being developed:
The following libraries are no longer under active development:
Interra was started by Aaron Couch. Contributors have included Paul Walker, Janette Day, Gerardo Gonzalez and others.


During Project 6, I not only learnt a lot about IT and furthered my knowledge and strengths, but I learnt a lot about myself.
As a summary, me and my team mate Jordan successfully merged the Databases 2 paper off-prem, onto Azure. We had this signed off by our Systems Administrator and at the very end of the semester, we able to demonstrate our product to our end client, lecturer Krissi.
Strengths gained from this in an IT aspect were putting everything I had learned in Project 5 about Azure and creating a deliverable. I now have great knowledge, confidence and hands-on skills working with and deploying machines in Azure. Working on how to make these secure, how the networking works in Azure and how to implement services such as Azure Backups and Azure Network Security Groups.
I dealt with a lot of stressful events this semester ontop of Polytech work, I had been required to move house twice, once during the semester and once at the very end. I worked full-time through the semester while trying to manage my workload. This helped build me as a person but exposed my weaknesses and showed me what I lack and what I need to work on. Technically, I think I manage very well, but throughout the semester, my lack of time-management and my struggle to work confidently in a team limited my progress throughout the semester. Although staff seemed to be happy with what we produced throughout the semester, I can't help but feel we could have delivered more, in a shorter timeframe.
I have acknowledged my weaknesses such as time management and worked towards making changes to improve these. I now try to list tasks on my phone and then sort them based on what is realistically achieved in a given timeframe, but what tasks need to take priority over others. I also learnt what it means to work as a team, and that if one person is falling behind, the team is falling behind and as a team, you need to collectively bring each other up and help each other out. I learnt right at the end of the semester not to single members of a team out, because although a team is made up of multiple members, the team is united as 1.
I now make more effort in my personal life to time manage. I have realised, and others have realised this is a big weakness of mine, even outside of Polytech where I would be rushing to finish tasks or to complete what I wanted to complete on any given day.
In conclusion, I believe my team made a good contribution to Otago Polytechnic during Project 6. We went above and beyond what our Systems Administrator had expected, successfully merging DB2 into Azure and making a very good contribution towards merging DB3 including completing the DB3 Docker server. All our work is very well documented, something that a lot of people lack, and that I have had to deal with in the past. If our team managed our time better and had better team work, we may have achieved more, potentially merging both courses into Azure, but that is not to take away from what we achieved, but more to recognise where we can improve in the future.
Attached below are various screenshots taken throughout the semester, mainly of conversations had demonstrating work completed, issues encountered and knowledge learnt, but our main achievements were deliverables, demonstrated to relevant parties


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{% endif %}
{% if not saved_search.pk %}
{% if search.q.value or search.location.value or search.topic.value %}
{% if user.is_authenticated %}
{% else %}
Sign up to get notified when future {{ saved_search }} open.Sign up


Notes
Title
Description
Save
{{event.clearState}}
Delete
List
Click to create new Note -->
{{session.title}}
{{session.desc}}


How to delete an anchor (bookmark) from the TelerikEditorProvider for the RTE.
Option One: Use this option when the anchor has been created by first selecting text or an object.
Option Two: Use this option when the anchor has been added to the editor by placing the cursor in a location.


Drug dealer stashed heroin in dog food box before cops raided Paisley flat
Brian Dock, 39, was caught with thousands of pounds worth of drugs in his flat, where he also kept bundles of cash and six mobile phones.
by Ron Moore, https://www.dailyrecord.co.uk/authors/ron-moore/A dealer busted with almost £5,000 worth of Class-A drugs has been jailed.
Brian Dock, 39, was nabbed during a raid by cops at his flat in Paisley’s George Street.
Dock was arrested following a tip-off that he had been dealing from the address and officers also found he had six mobile phones; £500 in mixed bank notes; around £4,600-worth of cocaine and £240-worth of heroin.
Dock, who has two previous convictions for possession of drugs, appeared at Paisley Sheriff Court and pleaded guilty to possession of cocaine with intention to supply in Paisley on March 20.
He also admitted possession of heroin on the same date.
Procurator Fiscal Depute Joanne Gilmour told the court: “Police officers attended the locus at around 7.15pm in possession of a search warrant.
“They entered the property and the accused was located within. He was informed he was being detained for the purpose of a search.
“A search was carried out and in a top shelf kitchen cupboard white powder, identified as cocaine weighing 115 grams, was found.
“There was also brown powder recovered from a dog food box in the kitchen.
“It was identified as diamorphine and weighed 5.4 grams.
“There was also six mobile phones and £500 in mixed notes recovered from the living room.”
The fiscal added that Dock was taken into custody where he was cautioned and charged, but made no reply to officers.
Dock appeared for sentencing yesterday and his defence agent Kirsty McGeehan urged the court to consider his early plea of guilty when handing him his punishment.
She said: “The accused accepts full responsibility of for the offence.
“He is single but in a relationship and only too well realises the impact this will have, not only on himself, but others.
“He does have a record of drug misuse but fully appreciates the position he is in today given the serious nature of the charge.”
Sheriff James Spy said custody was the only suitable sentence.
He told him: “You pleaded guilty to a serious offence, trafficking in Class-A drugs, worth in excess of £4,500.
“You don’t have a conviction for drug trafficking, but you do have a convictions for drugs offences.
“Given the serious nature of the charge, it is custody for you today.”
He handed Dock ten months in jail, reduced from 15 months because of his guilty plea.


About us
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It has survived not only five centuries, but also the leap into electronic
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BjdjIt has survived not only five centuries, but also


Do not worry about the backend! Use the client side technology of your choice (for example React or Aurelia with Redux) to build your UI and business logic on top of our Content Repository REST API using the sensenet JavaScript SDK.
Use or extend our wide server-side .Net API, integrate sensenet into your MVC web application, or even replace one of our pluggable components with your own custom provider!
You are not alone! Our community builds plugins for the many extensibility points of sensenet. Use them or build your own components for the benefit of your clients or the community.
sensenet 7.0 into your solution directly in Visual Studio!
Install sensenet 7.0 from NuGetand business logic in JavaScript or TypeScript using the JS Client API!
Create a JavaScript web app using the sn client APIWhether you need a simple API reference or detailed articles on how to customize a feature – we got you covered! Check the documentation, and in case you do not find something there, just head over to Stack Overflow, somebody is always there to help.
Create your own features. Extensibility is one of the aspects of sensenet that we are most proud of. Ranging from creating a simple JavaScript plugin or custom action to large modules like customizing the binary storage, you can extend the platform in many ways. Check the list of awesome stuff from the sensenet community.


extm.application.coffee |
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¶ ##### EXTM.APPLICATION class |
class Extm.Application extends Marionette.Application
_staticApps : []
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extra property of application to track if history is started or not |
histroyStarted : false
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default route of the application. this is used by initial navigate function to run first route @see: ExtmApplication.setDefaultRoute(route) |
defaultRoute : ''
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@override: start method of marionette add some extra functionality @params : Object { regions : { regionName : '#element' }} Throws if regions hash is missing |
start : ( options = {} ) ->
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cannot start the app without any application regions check for regions hash in options and throws error if not found |
if _.size( @getRegions() ) is 0
throw new Error 'application regions not specified'
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continue to have the default start behavior calling start of Marionette.Application |
super options
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finally start the history. |
@startHistory()
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setup the application regions |
_setUpRegions : ( regions )->
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TODO: validate regions hash to |
@addRegions regions
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starts backbone.history |
startHistory : ->
if not @histroyStarted
Backbone.history.start()
@navigate( @defaultRoute, trigger : true ) if @getCurrentRoute() is ''
@histroyStarted = true
@_startStaticApps() if @_hasStaticApps()
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@uses Backbone.navigate to change current route and trigger if passed @params: options = { trigger : true} || any options possible in backbone.history.navigate |
navigate : ( route, options )->
Backbone.history.navigate route, options
setDefaultRoute : ( route = '' )->
@defaultRoute = route
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uses backbone to get the current route |
getCurrentRoute : ->
frag = Backbone.history.fragment
if _.isEmpty( frag ) then '' else frag
addStaticApps : ( apps )->
@_staticApps = apps
_hasStaticApps : ->
_.size( @_staticApps ) > 0
_startStaticApps : ->
_.each @_staticApps, ( app, index )->
msgbus.showApp app[0]
.insideRegion app[1]
.withOptions()
|


Constructs the matrix:
If a single value is passed, the matrix will be cleared with this value (each column in each row will contain this value).
If a matrix with more rows and columns is passed, the matrix will be the upper left nxm matrix.
If a matrix with less rows and columns is passed, the passed matrix will be stored in the upper left of an identity matrix.
It's also allowed to pass vectors and scalars at a time, but the vectors dimension must match the number of columns and align correctly.
Examples:
mat2 m2 = mat2(0.0f); // mat2 m2 = mat2(0.0f, 0.0f, 0.0f, 0.0f);
mat3 m3 = mat3(m2); // mat3 m3 = mat3(0.0f, 0.0f, 0.0f, 0.0f, 0.0f, 0.0f, 0.0f, 0.0f, 1.0f);
mat3 m3_2 = mat3(vec3(1.0f, 2.0f, 3.0f), 4.0f, 5.0f, 6.0f, vec3(7.0f, 8.0f, 9.0f));
mat4 m4 = mat4.identity; // just an identity matrix
mat3 m3_3 = mat3(m4); // mat3 m3_3 = mat3.identity


About Us
When Hawkeye Drones was created, it had one purpose: provide the best quality drones that will not only meet your needs but leave you breathless. by the quality. In March 2014, our company was opened in Seattle, Washington. Thus we have been capable of working with clients with all sorts of necessities for their special drone. Within, these couple of years we have successfully launched our own app, worked with Amazon and Best Buy, and have grown a bigger family day by day! With our dedication to serving you with high-end drones, we assure that our drone company is the one to beat!
720-725-9405
www.hawkeyedrone.org


- KommandantConfigurable - Class in com.github.kvnxiao.kommandant
-
An extension of the default Kommandant aggregation which allows one to completely disable or enable a registered command,
as well as including a boolean setting to enable or disable command properties being written to and read from JSON files.
- KommandantConfigurable(enableConfigReadWrite, cmdBank, cmdExecutor, cmdParser) - Constructor for class com.github.kvnxiao.kommandant.KommandantConfigurable
-
Default constructor which uses default implementations of the registry, parser, and executor.
- KommandantConfigurable() - Constructor for class com.github.kvnxiao.kommandant.KommandantConfigurable
-
Default constructor which uses default implementations of the registry, parser, and executor.