{% extends 'layout.html' %} {% from '_helpers.html' import render_badge %} {% set page_title = _('Badges') %} {% block body %}
{% trans %} Here you can see all badges that you can earn. Some of them even multiple times. {% endtrans %}


Texas A&M University System Cybersecurity Control Standards
On This Page
Release History
Last Revised: Thu, 14 Oct 2021 18:26:58 -0500
View this document’s release history in GitHub.
About
Texas A&M University System members publish a security control catalog to implement organizational information security controls in a format that aligns with the Texas Security Control Standards Catalog, prescribed by Title 1 Texas Administrative Code §202.76, Security Control Standards Catalog [1 TAC 202.76].
Texas A&M System Cybersecurity Control Standards provide system members with additional guidance that enhances State-level requirements for implementing security controls. These standards are prescribed by Texas A&M System Regulation 29.01.03, Information Security [TAMUS 29.01.03], paragraph 1.2(c).
This document is intended to be used as a supplement to Texas Security Control Standards Catalog Version 1.3, updated February 26, 2016 [TxDIR Catalog].
Lifecycle
The Texas A&M University System Office of Cybersecurity will review control standards each even-numbered year, following the Texas Department of Information Resources’ publishing of new statewide security control standards.
Prior to publishing new or revised standards, the Office of Cybersecurity will solicit comments on new control standards from Chief Information Officers and (Chief) Information Security Officers at system members.
DRAFT - Texas DIR Control Catalog v2.0 (NIST SP 800-53 Rev 5 based)
- All controls presented in the Texas Security Control Standards Catalog
- Ideal for: someone who knows exactly which control they want to reference
- Only controls from the Texas Security Control Standards Catalog required by Texas DIR or the Texas A&M System
- Ideal for: someone who wants to review all of the required controls that must be implemented, whether by DIR or TAMUS
- Only controls from the Texas Security Control Standards Catalog required by the Texas A&M System
- Ideal for: someone who has already gone through the DIR catalog and implemented all of their required controls but needs a reference to those TAMUS-specific required controls
References
General References
- 1 TAC 202.76
- Title 1 Texas Administrative Code §202.76, Security Control Standards Catalog.
- CIS Benchmarks
- “CIS Benchmarks™,” Center for Internet Security.
- InCommon
- “InCommon Assurance Program,” InCommon.
- NCP
- NCP - National Checklist Program Repository.
- TxBCC 521.002
- Texas Business and Commerce Code §521.002, Unauthorized Use of Identifying Information.
- TxDIR Catalog
- Texas Security Control Standards Catalog, Version 1.3, February 2016.
- TAMUS 29.01
- Texas A&M System Policy 29.01, Information Resources, April 2018.
- TAMUS 29.01.03
- Texas A&M System Regulation 29.01.03, Information Security, February 2018.
- TAMUS 33.04
- Texas A&M System Policy 33.04, Use of System Resources, September 2016.
- TAMUS 34.07.01
- Texas A&M System Regulation 34.07.01, Emergency Management Plans, August 2018.
NIST Special Publications
- SP 800-37r2
- NIST Special Publication 800-37 Rev 2, Risk Management Framework for Information Systems and Organizations–A System Life Cycle Approach for Security and Privacy, December 2018.
- SP 800-39
- NIST Special Publication 800-39, Managing Information Security Risk–Organization, Mission, and Information System View, March 2011.
- SP 800-145
- NIST Special Publication 800-145, The NIST Definition of Cloud Computing, September 2011.
- SP 800-171r2
- NIST Special Publication 800-171 Rev 2, Protecting Controlled Unclassified Information in Nonfederal Systems and Organizations, February 2020.
Federal Information Processing Standards
- FIPS 140-2
- Federal Information Processing Standard Publication 140-2, Security Requirements for Cryptographic Modules, December 2002.
- FIPS 199
- Federal Information Processing Standard Publication 199, Standards for Security Categorization of Federal Information and Information Systems, February 2004.
Legacy Security Standard Crosswalk
Configuration Management Standard
- CM-3 Configuration Change Control
- CM-8 Information System Component Inventory
- PM-5 Information System Inventory
Contingency Planning Standard
Data Classification Standard
Electronic Media Protection Standard
Electronic Signature Standard
- [Removed from Cybersecurity Control Standards]
Identity Management Standard
Incident Management Standard
Information Integrity Standard
- CM-2 Baseline Configuration
- CM-10 Software Usage Restrictions
- PL-4 Rules of Behavior
- SI-3 Malicious Code Protection
Information Resources Access Standard
Information System Monitoring Standard
Notification Matrix
Online Privacy Standard
Physical and Environmental Protection Standard
- DM-1 Minimization of Personally Identifiable Information
- PE-6 Monitoring Physical Access
- PL-4 Rules of Behavior
Preservation Holds Standard
- [Removed from Cybersecurity Control Standards]
System Development and Acquisition Standard
Identity Role Examples
- Active Students
- students who are enrolled and attending in learning activities at system institutions
- Alumni
- non-personnel who are either former students, graduates or former employees (in good standing) who may be granted some limited access to information resources
- Faculty
- personnel who act as instructors or assistants to instructors at system institutions
- Financial Staff
- personnel whose work role is to perform financial activities, such as accounting, bursar, budgeting, procurement, invoicing and disbursement activities
- Guest
- non-personnel who may or may not be affiliated with system institutions who have temporary and limited access to system information resources
- HIPAA-access
- this role is a sub-role that is usually combined with other roles which further define related attributes and is not a healthcare professional but has access to HIPAA-related information
- Healthcare Professional
- personnel who have access to HIPAA-related information in accordance with health-related work or research activities
- Human Resources
- personnel whose work activities include the ability to view or update personnel records, coordinate performance reviews, perform compensation management and view or manage HIPAA-related or insurance-related information related to personnel
- Inactive Students
- students who are not enrolled and are not attending in learning activities at a system institution
- IT Security
- personnel who perform cybersecurity activities for system institutions
- IT Staff
- information technology professionals and help desk or technical support staff who operate or support IT infrastructure or applications; this also includes programming and database activities
- Law Enforcement
- personnel who are a part of the system’s university police departments
- Partner (Research)
- non-personnel who are affiliated with system institutions or activities but are not employees; they may be granted specific but limited access to system-related information resources and must be closely monitored
- Physical Security
- personnel whose work activities include the physical protection and monitoring of system facilities
- Research Professional
- personnel who work in officially sanctioned and recognized system research activities
- Staff/Administrative/Service
- personnel who participate in general administrative duties at system institutions
- Student Workers
- students who are enrolled and attending learning activities and are also performing officially recognized and sanctioned work activities on behalf of a system institution
- Vendor/Service Provider
- non-personnel who perform some service to system institutions that require access to specific and limited information resources for specified activities; their activities must be closely monitored
- Visiting Professor
- a person who is employed as a professor or instructor at another university institution that has been officially invited by the system to act as a professor and participate in teaching activities for some defined time; the visiting professor may be granted specific but limited access to system-related information resources and must be closely monitored
- Visiting Research Professional
- personnel who are not system employees, faculty or researchers, but who have an official system research sponsor who is either doing direct or assistive work with system research
Incident Notification Process
Data Categorization
Texas A&M University System (A&M System) data categorization consists of a minimum of three specific categories based on access restrictions and risk. These categories apply to all members and may be expanded upon as required by the member. While the categorization applicable to specific information may change based on circumstances, the intent of this document is to define the appropriate categories for different types of information. These three categories are:
| Category | Description | Examples | Comments |
|---|---|---|---|
| Confidential Information | Information that must be protected from unauthorized disclosure or public release based on state or federal law or other legal agreement (1 TAC §202.1). | - Patient billing information and protected health information as protected by HIPAA. - Student education records protected by FERPA. - Information or Information System security plans, reports and related information - Credit/debit card numbers, bank account numbers - Personal financial information - Social security numbers - A&M System intellectual property and research information having commercial potential Confidential Information requiring breach notifications or having stricter access requirements may include SPI as defined by Texas Business and Commerce Code § 521.002(a)(2); credit card numbers covered by PCI DSS v3.1. Classified National Security Information under Executive Order 13526, and Controlled Unclassified Information under Executive Order 13556, shall be protected as prescribed by System Regulations 15.05.01 and 15.05.02, respectively, and the System Facility Security Officer (FSO). |
This category may not be absolute; context is an essential element. Owners of confidential information must ensure such information is correctly categorized. Custodians of confidential information must implement appropriate controls. HIPAA, FTI or PCI information is covered in this category. This category may include agreements or contracts for research work that require higher levels of security and/or procedural elements for handling of information. Consult the Office of General Counsel regarding confidential information requested through open records, subpoena, or other legal process. |
| Internal Use | Information that is not generally created for or made available for public consumption but that may or may not be subject to public disclosure through the Texas Public Information Act or similar laws. | This information includes institutional budgetary, financial and operational records such as expenditures, statistics, contracting information, non-confidential personnel information. It may also include non-confidential internal communications. | Consult the Office of General Counsel regarding controlled information requested through open records, subpoena, or other legal process. |
| Public Information | Public information includes all information made available to the public through posting to public websites, distribution through email, or social media, print publications or other media. This classification also includes information for which public disclosure is intended or required. | Published system and system member policy documents, organizational charts, Statistical reports, Fast Facts, unrestricted directory information, employee salaries, and educational content available to the public at no cost. | Information can migrate from one categorization to another based on information lifecycle. For example, a draft policy document would fit the criteria of “Internal Use” until being published upon which it would become “Public Information”. |
-
Each member will use this categorization criteria as their baseline standard. If a member requires a more restrictive categorization for a class of data due to state, federal or other agreements, the more restrictive categorization will apply.
-
This categorization criteria will be used to assess information access and security requirements for information to be stored or processed within member shared information centers.
-
When determining security controls to use for a given set of information, Information Owners and Custodians should also assess whether special requirements exist regarding importance of information availability and integrity and rate the need as LOW, MODERATE, or HIGH for both availability and integrity. The needs regarding availability and integrity may impact security control decisions but are not used for purposes of assigning a categorization label of Confidential, Internal Use, or Public Information.
-
Some classes of information may have attributes, such as “mission critical” or “business critical”. Information attributes do not supplant these classifications but should be used to clarify their importance to the institution.
State of Texas Requirement
“State institutions of higher education are responsible for defining all information classification categories except the Confidential Information category, which is defined in Subchapter A of this chapter, and establishing the controls for each” (1 Tex. Admin. Code § 202.74(b)(1)).
FIPS 199 Impact Table
| Security Objective | LOW | MODERATE | HIGH |
|---|---|---|---|
| Confidentiality Preserving authorized restriction on information access and disclosure including means for protecting personal privacy and proprietary information. |
The unauthorized disclosure of information could be expected to have a limited adverse effect on organizational operations, organizational assets, or individuals. | The unauthorized disclosure of information could be expected to have a serious adverse effect on organizational operations, organizational assets, or individuals. | The unauthorized disclosure of information could be expected to have a severe or catastrophic adverse effect on organizational operations, organizational assets, or individuals. |
| Integrity Guarding against improper information modification or destruction, and includes ensuring information non-repudiation and authenticity. |
The unauthorized modification or destruction of information could be expected to have a limited adverse effect on organizational operations, organizational assets, or individuals. | The unauthorized modification or destruction of information could be expected to have a serious adverse effect on organizational operations, organizational assets, or individuals. | The unauthorized modification or destruction of information could be expected to have a severe or catastrophic adverse effect on organizational operations, organizational assets, or individuals. |
| Availability Ensuring timely and reliable access to and use of information. |
The disruption of access to or use of information or an information system could be expected to have a limited adverse effect on organizational operations, organizational assets, or individuals. | The disruption of access to or use of information or an information system could be expected to have a serious adverse effect on organizational operations, organizational assets, or individuals. | The disruption of access to or use of information or an information system could be expected to have a severe or catastrophic adverse effect on organizational operations, organizational assets, or individuals. |
Using the table above, any set of information can be assigned three security ratings: one for Confidentiality (LOW, MODERATE or HIGH), another for Integrity (LOW, MODERATE or HIGH), and a third for Availability (LOW, MODERATE or HIGH). This is useful for defining security controls in cases where, for example, a set of information may have a low need for confidentiality (LOW impact) but require HIGH availability. In this example, encryption may not be appropriate, but redundancy may be a requirement.
Most breaches that cause HIGH impact are a result of unauthorized access to Confidential information. Therefore, this document and System member assignment of categorization places prime importance on the level of Confidentiality required of the information.


Before Change
assert (model != resattnet236 or weight_count == 103778984)
assert (model != resattnet452 or weight_count == 182285224)
x = Variable(torch.randn(1, 3, 224, 224))
y = net(x)
assert (tuple(y.size()) == (1, 1000))
After Change
net = model(pretrained=pretrained)
ctx = mx.cpu()
if not pretrained:
net.initialize(ctx=ctx)
// net.hybridize()
net_params = net.collect_params()
weight_count = 0
for param in net_params.values():
if (param.shape is None) or (not param._differentiable):
continue
weight_count += np.prod(param.shape)
print("m={}, {}".format(model.__name__, weight_count))
assert (model != resattnet56 or weight_count == 31810728)
assert (model != resattnet92 or weight_count == 52466344)
assert (model != resattnet128 or weight_count == 65294504)
assert (model != resattnet164 or weight_count == 78122664)
assert (model != resattnet200 or weight_count == 90950824)
assert (model != resattnet236 or weight_count == 103778984)
assert (model != resattnet452 or weight_count == 182285224)
x = mx.nd.zeros((1, 3, 224, 224), ctx=ctx)
y = net(x)
assert (y.shape == (1, 1000))


Single User View
Internal facing single user view that displays multiple PCN's for single users. This should help identify repeat offenders or recurring issues with vulnerable people building up many large penalties.
Prototypes
What needs tested - How agents process DECS cases especially when HC3 applies. Changes based on feedback from v3 also need tested.
- CCS Version 4 - March 2018
- CCS unlock Version 4 - March 2018
- CCS Reopen Version 4 - March 2018
- Back office Version 4 - March 2018
- DECS Version 4 - March 2018
Scenarios (Outdated)
- Scenario 1: Single PCN
- Scenario 2: Multiple PCN's
- Scenario 3: Repeat offender
- Scenario 4: PCN overpaid
Version 3 - February 2018
What we tested - We further tested functionality with dragable pop out windows that allow agents to see the record side by side with the function they are performing. We also briefly tested the possibility of having the multiple PCN's presented in this way. The purpose of this was to find the most effective way for users to perform daily functions and thus deal with cases quicker.
Version 2 - January 2018
What we tested - Following the A/B test from v1, We tested the customer centered version with some dummy functionality links. We also tested a back office version of this that included a dummy button for reports and additional dummy options for transactions. The purpose of this testing was to discover more about the interactions that agents need to make with cases on a day to day basis.
Version 1 - November 2017
What we tested - Version one of SUV journey was created to provide call center agents with a better view of patients that may have multiple PCN's. We tested two different layouts with 5 agents and 1 back office staff member. The matches and possible matches tabs received good feedback with agents appreciating the value of this feature. The customer centered view was the preferred layout.
Version 0 - September 2017
What we created - Very early mock ups of what screens may look like. Most styles have since been removed and the width has been increased to better accomodate everything on one screen. Partly inspired by Infected blood support internal screens.


Daniel has been an active musician for pretty much his entire life. As a performer, he started performing at the age of 5 on the violin, and then also learned piano, guitar, drums, and many other instruments. In high school he started learning low brass instruments, and decided to study low brass performance in college at Boise State University. Daniel also has enjoyed writing music, and is always eager to write more music in different styles.
Daniel has also been very interested in video games for most of his life. While his passion started while playing the Super Nintendo Entertainment System, he has been playing ever since. As a college student, Daniel decided to join Boise State's GIMM program (Games, Interactive Media, Mobile Technology). Here he has found many important skills for development and game design, and will continue to during his duration at BSU.


Market Update
Crypto Markets Showing Signs of Recovery, While BTC Stalls Above $8500
by Joeri CantSunday, Nov. 17 — Crypto markets are showing mild signs of recovery, while Bitcoin (BTC) stumbles above the $8,500 price mark.
Cryptocurrency market daily overview. Source: Coin360
For the better part of the day, the world’s largest cryptocurrency has been trading within a tight range between $8,500 and $8,600, while slowly finding its way towards the $8,700 price mark in recent hours. Bitcoin is currently trading at a price of $8,515, showing limited gains of .32% on the day.
Bitcoin daily price chart. Source: Coin360
Slow bleed to $8,200 possible?
On Friday, Bitcoin attempted to break the $9,000 price level, but was swiftly rejected and brought back to lower levels below $8,600, where it remained throughout the entire weekend.
Cointelegraph contributor Michaël van de Poppe remains positive about the return of overall bullish sentiment, but would like to “see a tick up to like $8,800 to confirm a slight trend reversal (like scenario),” adding:
“If not, this slow bleed could accelerate to $8,200 as the next level. Sentiment; fear. Obviously.”
Ether (ETH), meanwhile, is currently sitting close to $183 per coin. The number one altcoin continues to trade in perfect sync with BTC, showing upward price behavior leading to its current trading position, up .73% on the day.
Ether 7-day price chart. Source: Coin360
XRP, the third-largest coin by market capitalization, has consistently lost ground in the past few days. However, it is joining the trend of minor recovery with gains of .45% at press time. XRP currently sits at $0.261 per coin.
XRP 7-day price chart. Source: Coin360
Top 20 is showing mostly green candlesticks
Most of the top 20 coins are showing green candlesticks, with Maker (MKR) taking the absolute lead, showing a gain of more than 7% on the day. Cardano (ADA) follows in second place, growing more than 4% on the day to trade at $0.046 per coin.
Most of the other top 20 coins are showing moderate gains up to 2% on the day, with the exception of Chainlink (LINK), which is down almost 3%.
The overall cryptocurrency market cap currently sits at $237.8 billion, with Bitcoin making up 65.65% of the total.
Keep track of top crypto markets in real time here


Pool allocation is a memory allocation scheme that is very fast, but
limited in its usage. For more information on pool allocation (also called
"simple segregated storage"), see the concepts
document.
内存池分配是一种非常快速但用途有限的内存分配机制。有关内存池分配(又称"简单的分隔式存储")的更多信息，请见 "概念"文档。
Using Pools gives you more control over how memory is used in your
program. For example, you could have a situation where you want to allocate
a bunch of small objects at one point, and then reach a point in your
program where none of them are needed any more. Using pool interfaces, you
can choose to run their destructors or just drop them off into oblivion; the
pool interface will guarantee that there are no system memory leaks.
使
用内存池可以让你更好地控制在程序中如何使用内存。例如，你可能在某种情形下想要在一个执行点分配一群小型对象，然后在到达程序的另一个执行点时则不再需
要这些小型对象。使用内存池接口，你可以选择运行它们的析构函数，或者只是丢弃它们；内存池接口可以保证没有系统内存泄漏。
Pools are generally used when there is a lot of allocation and
deallocation of small objects. Another common usage is the situation above,
where many objects may be dropped out of memory.
如果有大量小型对象的分配和释放，通常就会使用内存池。另一种常见的用途就是上面的情形，即有许多对象要被丢弃。
In general, use Pools when you need a more efficient way to do unusual
memory control.
通常来说，当你需要一个更高效的方法来进行非常规的内存控制时，使用内存池。
See the pool interfaces document, which
covers the different Pool interfaces supplied by this library.
参见 pool 接口文档，它涵盖了本库所提供各个不同的内存池接口。
Forward declarations of all the exposed symbols for this library are in
the header <boost/pool/poolfwd.hpp>.
本库对外公开的所有符号的前向声明，位于头文件 <boost/pool/poolfwd.hpp>。
The library may use macros, which will be prefixed with BOOST_POOL_. The exception to this rule are the include file
guards, which (for file xxx.hpp) is BOOST_xxx_HPP.
本库所使用的宏均以 BOOST_POOL_ 开头。这一规则的唯一例外是头文件的重入防卫，文件 xxx.hpp 的重入防卫为 BOOST_xxx_HPP。
All exposed symbols defined by the library will be in namespace
boost. All symbols used only by the implementation
will be in namespace boost::details::pool.
本库所定义的所有公开符号均位于
boost 名字空间。而只用于实现的符号则位于 boost::details::pool 名字空间。
Every header used only by the implementation is in the subdirectory
detail/.
只用于实现的头文件位于子目录 detail/。
Any header in the library may include any other header in the library or
any system-supplied header at its discretion.
本库中的任一头文件都可能包含库内的另一个头文件，或者系统提供的任意头文件，视其需要而定。
The Boost Pool library is a header file library. That means there is no
.lib, .dll, or .so to build; just add the Boost directory to your compiler's
include file path, and you should be good to go!
Boost Pool 库是一个头文件库。即没有
.lib, .dll, 或 .so 文件要构建；只需要把 Boost 目录加到你的编译器头文件包含路径中，你就可以用了！
The subdirectory "build" contains subdirectories for several different
platforms. These subdirectories contain all necessary work-around code for
that platform, as well as makefiles or IDE project files as appropriate.
子目录 "build" 中包含多个不同平台的子目录。这些子目录中含有相应平台所需的变通代码，以及适当的 makefiles 或 IDE 项目。
Read the "readme.txt" in the proper subdirectory, if it exists.
请阅读相应子目录中的 "readme.txt"，如果该文件存在的话。
The standard makefile targets are "all", "clean" (which deletes any
intermediate files), and "veryclean" (which deletes any intermediate files
and executables). All intermediate and executable files are built in the
same directory as the makefile/project file. If there is a project file
supplied instead of a makefile, "clean" and "veryclean" shell scripts/batch
files will be provided.
标
准的 makefile 目标是 "all", "clean" (删除所有中间文件)，和 "veryclean"
(删除所有中间文件和可执行文件)。所有中间文件和可执行文件在 makefile/project
文件所在的目录中构建。如果提供的是项目文件而不是 makefile，则会提供 "clean"和 "veryclean" shell
脚本或批处理文件。
Project files and makefiles for additional platforms may be sent to
Stephen Cleary at scleary AT jerviswebb DOT com.
如果你有其它平台所用的项目文件和 makefiles，可以发送至 Stephen Cleary at scleary AT jerviswebb DOT com.
Another pool interface will be written: a base class for per-class pool
allocation.
将编写另一个内存池接口：针对每个类进行内存池分配的基类。
Many, many thanks to the Boost peers, notably Jeff Garland, Beman Dawes, Ed Brey, Gary Powell, Peter Dimov, and Jens Maurer for providing helpful suggestions!
Revised 05 December, 2006
Copyright © 2000, 2001 Stephen Cleary (scleary AT jerviswebb DOT com)
Distributed under the Boost Software License, Version 1.0. (See accompanying file LICENSE_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt)


Send your information to us.
| VersionRelease date |
|---|
Improvements: - Use of a “url” keyboard type for the server URL - Improvement for the preview: adding of a spinner and the filename - Allow to open a document link while the app is in background
Improvements: - Ability to share documents through messages, mail, Slack… - Open your files directly on your mobile application (and share them) - On documents listing: actions "Share" and "Add/Remove from Favorites" available by sliding
Main features available are: - Browse: * View thumbnails and access metadata of your documents (creation date, creator name, version, state, contributors) * Preview text documents( including notes) and images * Play your videos - Full text search - Manage Favorites: star or unstar any documents - Access personal workspace
Collections: - Browse "My Collections", "Shared Collections" - View a collection, next, previous document mode_editEdit/View jira issue
Being able to access collections even in a no network area. mode_editEdit/View jira issue
Differenciate read from unread documents in a dedicated collection. mode_editEdit/View jira issue
Capture a document
Being able to validate a task directly from the mobile.


The quality of protection, identified by the qop directive, is first specified by the server in the Digest challenge, and then confirmed by the client in the challenge response. If the client requires a quality of protection that the server does not support, the client must terminate the authentication.
The possible values for the qop directive are described in the following table.
Value Description
"auth" Authentication only.
"auth-int" Authentication and integrity checking using signatures.
(SASL only) "auth-conf" Authentication, integrity and confidentiality checking by using signatures and encryption. For more information, see Ciphers.
Quality of protection is determined by context requirement flags passed to the Microsoft Digest SSP. The following table lists the flags related to quality of protection, and the resulting value of the qop directive.
Flag qop value
XXX_REQ_CONFIDENTIALITY "auth-conf" (SASL only)
XXX_REQ_REPLAY_DETECT "auth-int"
XXX_REQ_SEQUENCE_DETECT "auth-int"
XXX_REQ_INTEGRITY "auth-int"
(none) "auth"
Note Context requirement flags specified by server applications have a prefix of ASC, and those specified by clients are prefixed with ISC. To determine the flag values used by your application, substitute one of these prefixes for XXX.


Leaderboard
It is time to settle the age old debate and show which is the one
true
editor to rule them all.
{% for name in editors %}
{% endfor %}


JavaScript is mostly used for programming inside of web-pages. As such, it is executed inside a users web browser to modify the static HTML and CSS and bring more dynamic functionality to the world wide web. This can be done in a variety of forms. For instance, if a website would like to offer spell checking to their users, JavaScript would be used to react to changes of the written text, check for mistakes and then modify the HTML of the page in a way that lets the user know about his typo.
Apart from websites, JavaScript has many other applications. It can be used as a server-side language with popular runtimes like Node.js. But even apart from the internet JavaScript is used, for instance in PDF documents to automate scriped behaviour in forms and other interactive elements. JavaScript is even used as a scripting language for game engines like the unity engine.


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Browser Note: This site is optimized for CSS3-compliant browsers. Your best bet are recent Webkit or Firefox builds.


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So last week I talked about what it means to be a "Class" in Ruby, and went through an example (albeit small and simple). Today I'll be doing the same, but with more emphasis on the methods that can be created in a Class. Like last time, let' start with an example!
So if you remember, last time we created a class called "Favorites", which had 2 methods, one that was able to return a list of your favorite items, as well as a method that can add a category/item to the list. If you remember, we used
attr_reader
to create a "reader" method that is able to return a collection of the favorite_items. Lets add a few more methods, specifically a method that checks to see if you have a category and removes it if you do. Here is what the class lookes like before adding any more methods.
class Favorites
attr_reader :favorite_items
def initialize
@favorite_items = {}
end
def add_fav (category,item)
@favorite_items[category] = item
end
end
So let's add the method!
class Favorites
attr_reader :favorite_items
def initialize
@favorite_items = {}
end
def add_fav (category,item)
@favorite_items[category] = item
end
def remove_fav (category)
@favorite_items.delete_if {|favorite_category, item|
favorite_category == category }
end
end
So I have been trying to brush up on my Object Oriented Design, and after reading around I have come to the conclusion that you want your methods in your class to be responsible for 1 function and 1 function only. This is why we shouldn't combine the
add_fav
and
remove_fav
methods!.I believe that all 3 of these methods in our new Favorites class meet this criteria! The new method
remove_fav
takes a category as it's single argument, and if that category is equal to the favorite_categories in our instance variable
@favorite_items
, it will delete if from the colleciton. Below is a list of example calls with commented output!
emilio = Favorites.new
emilio.add_fav(:movie,"The Italian Job")
p emilio.favorite_items
emilio.add_fav(:movie,"Ocean's Eleven")
p emilio.favorite_items
emilio.add_fav(:book,"LOTR TRILOGY")
p emilio.favorite_items
p emilio.favorite_items[:book]
emilio.add_fav(:sport,"basketball")
p emilio.favorite_items[:sport]
emilio.remove_fav(:sport)
p emilio.favorite_items[:sport]
p emilio.favorite_items
Although not completely obvious, it should be stated that none of these methods can be called on an object that is not of the
Favorites
class! So if I were to try and call this:
favorites = {:movie => "Ocean's Eleven"}
favorites.add_fav(:month, "December")
This is the take home message: you cannot use one's classes methods in another instance of different class unless the first class is a SuperClass, or "parent" of the other! Although it sounds scary, it really isn't! This ability gives you more wiggle room in naming variables in your class, since it is in it's own scope and does not need to worry about variables in other classes!
Although I am more aware of what classes are (and aren't), the material is still new and at times foreign. I think the best advice I can give to newer students of Ruby (like me) is to think about what methods are needed for your particular class. If your class has several functions, then your class most likely will have just as many methods. The key is to simplify the code, and keeping the methods concise and specific to one function alone. This will allow you to make easier changes in the future, because instead of changing this big, giant, ugly method with multiple functions, you may only need to just change one! Until next time, cheers!


nervous system creates fossil puzzles built from sealife-shaped pieces
by kieron marchesedesign studio nervous system has created a series of new spiral puzzles in the shape of ancient fossils. working from the inside-out, the puzzles are pieced together in a swooping spiral to eventually form either an ammonite or a nautilus.
images courtesy of nervous system
‘ammonites are extinct cephalopods related to octopi and squid which roamed the seas from 200 million years ago to 66 million years ago,’ explains nervous system. ‘their fossils feature beautiful and intricate suture patterns where the walls of their shell meet the outside. the branchy shapes of the pieces are based on these patterns.’
meanwhile, nautiluses are cephalopods similarly related to octopi and squid that like the ammonite become larger and larger to accommodate the growing creature it houses inside.
in addition to the branch-like pieces that make up the puzzles, each one contains special pieces in the shape of seahorses and octopi. each one is made-to-order in new york from laser-cut birch plywood and feature a photograph of each fossil, which is viewable once completed.
‘our plywood puzzles combine the artistry of classic jigsaws with the possibilities of new technology,’ the studio explains. ‘we use custom software inspired by natural patterns to grow the intertwining shapes of the puzzle pieces. the organic forms are cut from plywood by a laser, resulting in a uniquely challenging puzzle crafted from premium materials.’
nervous system is known for its generative design creating jewelry based on algorithmic structures of plants and algae. it has also developed a dress made from thousands of unique triangular panels that move like feathers.
project info
studio: nervous system
product: ammonite puzzle, nautilus puzzle
price: ammonite – $45, nautilus – $90


- To create a LAN, perform the following in order:**NEEDS VERIFING AFTER COMPLETING PROCESSES**
- Verify you have at a minimum two computers, one switch/router, and two ethernet cables.
- Plug in the ethernet cords to the computer in the ethernet port, then connect the other ends into the router, into the port with the lowest number available.
- In the command line, (for Unix) type in ipconfig
Make a table to show the experiment result
| Performance Results | |
|---|---|
| Transfer Rate | 300 KiB/s |
| Data Size | 4GB |
| Transfer Time | 2 hrs 7 minutes |


Hi! I am Ainesh Sootha. Here's my profile: https://github.com/AineshSootha
Wanna know more about me? www.ainesh.website


Flow — Project task flow manager.¶
This module defines the FlowManager class.
-
class
admit.FlowManager.
FlowManager
(connmap=None, bdpmap=None, depsmap=None, varimap=None, tasklevs=None, tasks=None)[source]¶ Manages the flow of data products between ADMIT tasks.
The flow manager maintains the tree of ADMIT tasks (ATs) constituting a data flow. Tasks communicate through basic data products (BDPs) that flow between tasks, which combine and transform them into new BDPs according to their function. This class implements the bookkeeping to track task connections and inter-dependencies. A central concept is the task connection 4-tuple,
(si, sp, di, dp)
, connecting a source task (IDsi
) output BDP (portsp
) to a destination task (IDdi
) input BDP (portdp
). The primary concern of the flow manager is to organize and maintain this connection information to permit efficient execution and modification of data flows.The flow manager includes limited functionality supporting self-modifying variadic flows (variflows). In a variflow, at least one AT produces a variable number of outputs, whether from instance to instance or between runs of the same instance. This presents a problem for defining the sub-flow emanating from a variadic AT, as every concrete flow must assume a fixed number of outputs from each AT to define the connection map. To support variflows, the flow manager will automatically clone or prune (disable) sub-flows attached to the variadic output ports of an AT, each time the AT is executed, according to the actual number of BDPs present. When additional parallel sub-flows are needed, the sub-flow(s) attached to the first variadic output port is cloned and connected to the new, extra outputs. (If the port already has any ATs attached to it, the existing sub-flow(s) are enabled but no cloning is performed.) If fewer sub-flows are needed, the excess tasks are simply disabled (i.e., not removed).
Parameters: connmap : triple-nested dictionary of 4-tuples, optional
Initial value of the _connmap attribute (defaults to an empty dictionary).
bdpmap : dictionary of list of 2-tuples, optional
Initial value of the _bdpmap attribute (defaults to an empty dictionary).
depsmap : dictionary of sets, optional
Initial value of the _depsmap attribute (defaults to an empty dictionary).
varimap : double-nested dictionary of list of sets, optional
Initial value of the _varimap attribute (defaults to an empty dictionary).
tasklevs : dictionary of int, optional
Initial value of the _tasklevs attribute (defaults to an empty dictionary).
tasks : dictionary of task references, optional
Initial value of the _tasks attribute (defaults to an empty dictionary).
Notes
All internal state is kept up to date by add() and remove() so that it is valid at all times. Hence _connmap, _depsmap, etc. should never be modified by any other methods, either inside or outside of FlowManager (the leading underscore emphasizes this intent).
Attributes
_connmap (triple-nested dictionary of 4-tuples) Organizes connection 4-tuples in a 3-level dictionary hierarchy; _connmap[si][di][dp] is a connection 4-tuple (si, sp, di, dp)
connecting source task IDsi
, BDP output portsp
, to destination taskdi
, inputdp
._bdpmap (dictionary of list of 2-tuples) Relates BDP outputs from source tasks with the BDP inputs to connected destination tasks; _bdpmap[di] is a list of 2-tuples (si, sp)
, one for each BDP input port, describing the source of the corresponding BDP._depsmap (dictionary of sets) Maintains the task dependency levels needed by the run() method; _depsmap[level] is the set of task IDs residing at the dependency level
. Lower level tasks must execute prior to higher level tasks to satisfy dependency requirements; tasks at the same level may be executed in any order (even concurrently)._varimap (double-nested dictionary of list of sets) Tracks variadic sub-flows and their controlling (variadic) root task; _varimap[si][sp] is a list of sub-flow task IDs, each stored as a set (one per sub-flow), emanating from task ID si
, (variadic) output portsp
._tasklevs (dictionary of int) Maintains task dependency information in a complementary (inverse) manner to _depsmap; _tasklevels[id] is the dependency level for task id
._tasks (dictionary of task references) Holds references to all ADMIT tasks in the flow, keyed by task id; _tasks[id] is an ADMIT task reference. _aliases (2-tuple of dictionary of task aliases) Reserved alias registry, keyed by alias base name (index 0) or AT type (index 1). For index 0, the value is an integer count of aliases created with that base name; for index 1, it is the number of default aliases created for ATs of that type. In both cases, the duplicate aliases are appended with ‘@N’ for some integer N. Not present in XML. _taskid (int) Task ID counter, used to ensure unqiue task IDs within the flow. Not present in XML. Methods
add
(a[, stuples, dtuples])Appends or inserts an AT into the task flow. clone
(id[, flow, idmap])Clones the flow emanating from a given root task (included). connectInputs
()Connects input BDPs to all tasks in the flow. diagram
(dotfile)Generates dot (graphviz) diagram for the current flow. downstream
(id[, leaf])Determines the ATs downstream of a task (includes itself). dryrun
()Performs a dry run. find
(isMatch)Finds ATs in the flow matching a criterion. findTwin
(tid, flow0, twins)Attempts to find corresponding task in another flow. inFlow
(a[, stuples])Determines whether a compatible task exists in the flow. mergeTasks
(summary, flow0, summary0, twins, ...)Merges task settings from another flow. remove
(id[, keepRoot, delFiles])Removes an AT and its downstream tasks. replace
(id, a[, stuples])Replaces one task with another, removing the original. run
([dryrun])Executes the flow, but only tasks that are out of date. sameLineage
(tid, tid0, flow0, twins, match)Determines whether two tasks in different flows have identical ancestry. script
(py[, proj, tcube])Generates a Python script recreating the current flow. show
()Displays formatted internal FlowManager state. showsetkey
([outfile])Display keysettings for all tasks, meant to be used to stale
(id[, direct])Sets the stale flag of an AT and its downstream ATs. verify
()Verifies the internal state of the FlowManager. -
add
(a, stuples=None, dtuples=None)[source]¶ Appends or inserts an AT into the task flow.
Appending a task creates a new leaf—a task whose BDP outputs (if any) are not connected to any tasks; in this case, dtuples can be omitted. Insertion implies that one or more of the tasks’s outputs feeds back into the flow, in which case dtuples will be non-empty.
Parameters: a : AT
ADMIT task to append/insert into the flow.
stuples : list of 2-tuples, optional
List of source connection 2-tuples, one per BDP input port. For example,
[(si0,sp0), (si1,sp1)]
if the task requires two BDP inputs, the first (input port 0) from tasksi0
, BDP outputsp0
and the second (input port 1) from tasksi1
, BDP outputsp1
. Defaults to None (no upstream tasks).dtuples : list of 4-tuples, optional
List of destination connection 4-tuples
(si, sp, di, dp)
. The number of connections varies but will be zero for leaf (i.e., appended) tasks. The source task ID in these tuples must match the input task IDa.id
, as it is the source for all dtuples connections. For example, [(1, 0, 2, 1), (1, 0, 3, 2)] if this task (id #1) disseminates its BDP output (port 0) to two downstream task inputs (#2 port 1 and #3 port 2). Defaults to None (no downstream tasks).Returns: int
Input task ID on success, else -1 (error detected).
Notes
Usually all but the root task(s) will have a non-empty stuples list.
As a convenience, in the
stuples
anddtuples
arguments the task alias may be used in place of the integer task ID. Also, for thestuples
argument (only), a destination port of zero may be omitted (implied); i.e.,(si, 0)
may be replaced withsi
(or the alias name).
-
clone
(id, flow=None, idmap=None)[source]¶ Clones the flow emanating from a given root task (included).
Creates an independent, parallel sub-flow duplicating the action of the original. If flow is None, the sub-flow emanating from task id (inclusive) is duplicated. Otherwise, the sub-flow defined by flow = (fm, tid), where fm is a FlowManager instance and task tid (contained in fm) is the root of the sub-flow, is duplicated and spliced into the current flow, using task id as its root instead—i.e., task tid is identified with id and the tasks following tid are cloned and appended to id. In the latter case, task id is not duplicated; the new sub-flow is merely appended to it.
Parameters: id : int
Task ID of the existing sub-flow root task.
flow : 2-tuple, optional
Tuple (fm, tid) describing an external sub-flow; fm is a FlowManager object and tid the ID of a task within it.
idmap : dict of int key-values, optional
Dictionary mapping root task IDs in flow to corresponding tasks in self.
Returns: int
Task ID of the new (possibly cloned) root task.
Notes
If an external flow is provided that is not autonomous (i.e., one or more of its ATs receives inputs from ATs outside the sub-flow), the idmap argument is required and must map task IDs from flow to self for all ATs outside the sub-flow. This informs the method how to identify parent tasks between flows.
-
connectInputs
()[source]¶ Connects input BDPs to all tasks in the flow.
Connections are made regardless of whether tasks are out of date or disabled. Missing inputs are ignored. This method also updates the stale flag on each task.
Parameters: None Returns: None
-
diagram
(dotfile)[source]¶ Generates dot (graphviz) diagram for the current flow.
Parameters: dotfile : str
Output dot file name.
Returns: None
-
downstream
(id, leaf=None)[source]¶ Determines the ATs downstream of a task (includes itself).
The downstream tasks constitute the sub-flow emanating from the specified root task (also considered part of the sub-flow).
Parameters: id : int
Root task ID.
leaf : set of int, optional
Initial set of leaf task IDs.
Returns: set
Set of AT task IDs (including the root, id) on success, else an empty list if recursion is detected.
Notes
Recursion through task id is detected. This is used by add() to prevent the creation of cyclic flows.
-
dryrun
()[source]¶ Performs a dry run.
Dry runs provide a summary of which tasks are in the flow, which are stale (out-of-date), and the order in which they will be executed in a live run.
Returns: None
-
find
(isMatch)[source]¶ Finds ATs in the flow matching a criterion.
Applies the function isMatch to all ATs in the flow, in proper dependency order, accumulating matching ATs in a list (the return value). Downstream ATs are guaranteed to follow their predecessors in this list. Often isMatch may be conveniently expressed as a lambda function.
Parameters: isMatch : bool functor(AT)
Function object taking one AT as input and returning a Boolean.
Returns: list of ATs
ATs testing True using isMatch.
Notes
Tasks at the same dependency level are scanned in an unspecified order. (Such tasks are all independent of each other.)
Examples
To find all ATs with ID less than 100 in flow fm:
>>> fm.find(lambda at: at.id() < 100)
-
findTwin
(tid, flow0, twins)[source]¶ Attempts to find corresponding task in another flow.
For tasks to correspond they must be of identical types with identical lineage. The latter means that the two tasks have identical parents (the same number of inputs connected to the same ports on tasks of identical type), grandparents, etc.
Parameters: tid : int
Task ID in current flow.
flow0 : FlowManager
Flow in which to search for matching task.
twins : dict of ints
Mapping of previously matched task IDs in flow0 (keys) to corresponding IDs in the current flow (values).
Returns: int or None
Valid flow0 task ID on success, else
None
.
-
inFlow
(a, stuples=None)[source]¶ Determines whether a compatible task exists in the flow.
A task is compatible with another if: 1. It has the identical concrete type. 2. It has the same task ID. 3. It has identical source connections (if supplied).
Parameters: a : ADMIT task
Task reference.
stuples : list of 2-tuples, optional
List of source connection 2-tuples, one per BDP input port (default None bypasses the connection check).
Returns: True if a compatible task exists in the flow, else False.
See also
-
mergeTasks
(summary, flow0, summary0, twins, final)[source]¶ Merges task settings from another flow.
Compares the tasks in flow0 to self; tasks of the same type, at the same dependency level and with equivalent BDP input trees, are identified and relevant settings transferred into the current flow. Any task in the current flow which cannot be matched with a flow0 task according to these criteria is passed unaltered. Each task in flow0 may be merged with at most one task in the current flow.
Parameters: summary : SummaryData
Summary data for current flow.
flow0 : FlowManager
Flow from which to merge task stale settings.
summary0 : SummaryData
Original summary data for flow0.
twins : dict of ints
Task IDs of all known pairs of identified (merged) tasks.
final : bool
Whether this will be the last call to this method for the current flow. If so, any unattached variflow branches will be merged.
Returns: None
Notes
This is a low-level method normally called only by Admit.mergeFlow().
In support of incremental flow construction, it is permissible to merge a flow multiple times; individual tasks will be merged at most once.
-
remove
(id, keepRoot=False, delFiles=True)[source]¶ Removes an AT and its downstream tasks.
Deletes an entire sub-flow starting from the specified root task.
Parameters: id : int
Task ID of root AT to be removed.
keepRoot : bool, optional
Whether to preserve the root AT, id, and remove only its descendents.
delFiles : bool, optional
Whether to delete BDP data when removing tasks.
Returns: None
Notes
This method does not remove any variflow-related metadata as this would disrupt the flow management performed by veriflows themselves. User removal of tasks within variadic flows is only supported via editing and re-running of script files.
-
replace
(id, a, stuples=None)[source]¶ Replaces one task with another, removing the original.
The replacement task must have the same output signature (i.e, produce the same types/number of output BDPs)—otherwise the existing task could not be removed—but stuples may be specified if the inputs differ.
Parameters: id : int
Task ID of AT to be removed.
a : AT
Task to insert into the flow.
stuples : list of 2-tuples, optional
Source connection 2-tuples
(si, sp)
for a. The special default value None indicates that the existing task’s sources should be reused verbatim.Returns: None
-
run
(dryrun=False)[source]¶ Executes the flow, but only tasks that are out of date.
Runs all stale, enabled tasks in the correct order, accounting for their inter-dependencies. This will reduce to a no-op for tasks whose outputs are up-to-date (not dependent on stale tasks). The (global) project summary is updated on-the-fly as tasks are executed and must contain a valid Summary object on entry.
Parameters: dryrun : bool, optional
Whether to perform a dry run (else a live run); defaults to
False
.Returns: None
-
sameLineage
(tid, tid0, flow0, twins, match)[source]¶ Determines whether two tasks in different flows have identical ancestry.
Ancestry is determined by the type and number of parents, the associated port connections, and likewise for all grandparents, etc.
Parameters: tid : int
Task ID in current flow.
tid0 : int
Task ID in flow0.
flow0 : FlowManager
Flow in which to search for matching task.
twins : dict of ints
Mapping of previously matched task IDs in flow0 (keys) to corresponding IDs in the current flow (values).
match : int (or None)
Current best-match task ID in flow0 known to have lineage compatible with tid.
Returns: bool
Whether tid0 task has lineage compatible with tid and is the better-matching task (compared to match).
Notes
- Fix stale setting when parent keywords have changed between flows, even though each task is individually up to date.
-
script
(py, proj='p', tcube=None)[source]¶ Generates a Python script recreating the current flow.
Parameters: py : file
Open, writable Python file object.
proj : str, optional
Project variable name; defaults to ‘p’.
tcube : int, optional
Task ID of Ingest_AT to set input file=cubefile; defaults to None.
Returns: None
Notes
This is a low-level method normally called only by Admit.script().
-
show
()[source]¶ Displays formatted internal FlowManager state.
Pretty-prints the current contents of the instance to the screen (standard output).
Returns: None
-
showsetkey
(outfile=None)[source]¶ Display keysettings for all tasks, meant to be used to write a template file for rerunning an admit
-
stale
(id, direct=True)[source]¶ Sets the stale flag of an AT and its downstream ATs.
Stale tasks will be re-run upon execution of the flow, updating their output BDPs in the process; tasks not so marked are skipped to minimize running time.
Parameters: id : int
Root task ID.
direct : bool, optional
Whether to mark only direct descendants stale (else the entire sub-flow); defaults to
True
.Returns: None
-


Working towards improving Google Assistant for it to serve more people and make lives easier.
(May 2022 - Present)
Working on real world problems to improve customer experience for millions of daily users in ola cabs app.
(Sept 2020 - May 2022)
Worked on improving the customer experience on ola app by improving the drop suggestion model. The new model beats the in-production model by 18.67%. Also implemented a novel one-touch booking system. Granted a pre-placement offer.
(May 2019 - July 2019)
Developed a text-summarizer model that encapsulates a 30-40 page Clinical trial document into a single page relevant summary. Awarded a pre-placement offer.
(May 2018 - July 2018)
Worked on improving supply chain and optimising transport logistics using descriptive and predictive analytics.
(Dec 2017 - Jan 2018)


customasm
-- Output Format:
Annotated
Annotated Bin
Hex Dump
Bin Dump
Hex String
Bin String
MIF
Intel HEX
Comma-separated Dec
Comma-separated Hex
Space-separated Dec
Space-separated Hex
C Dec Array
C Hex Array
LogiSim 8-bit
LogiSim 16-bit
Address-Span
Symbols
Mesen MLB
Assemble (Ctrl+Enter) >>


Logging
Ebean uses SLF4J for logging.
Typical logback configuration
<logger name="io.ebean.DDL" level="TRACE"/>
<logger name="io.ebean.SQL" level="TRACE"/>
<logger name="io.ebean.TXN" level="TRACE"/>
<logger name="io.ebean.SUM" level="TRACE"/>
<!-- L2 logging -->
<logger name="io.ebean.cache.QUERY" level="TRACE"/>
<logger name="io.ebean.cache.BEAN" level="TRACE"/>
<logger name="io.ebean.cache.COLL" level="TRACE"/>
<logger name="io.ebean.cache.NATKEY" level="TRACE"/>
<!-- Testing with Docker containers -->
<logger name="io.ebean.docker" level="TRACE"/>
SQL
During development it is expected that you include logging of
io.ebean.SQL
and io.ebean.TXN
.
These log the sql statements executed, bind values for statement execution.
<!-- SQL and bind values -->
<logger name="io.ebean.SQL" level="TRACE"/>
Transaction
During development it is expected that you include logging of
io.ebean.SQL
and io.ebean.TXN
.
These log the transaction demarcation.
<!-- Transaction Commit and Rollback events -->
<logger name="io.ebean.TXN" level="TRACE"/>
DDL
<logger name="io.ebean.DDL" level="TRACE"/>
Docker logging
Logging of docker commands used to start test containers with ebean-test.
<!-- Docker commands for starting test containers -->
<logger name="io.ebean.docker" level="TRACE"/>
Summary logging
The summary logging of io.ebean.SUM
is useful for showing lazy loading queries and how they relate
back to origin queries. This is useful when looking at more complex object graphs are
built. In tuning queries for N+1 etc.
<!-- Summary level details -->
<logger name="io.ebean.SUM" level="TRACE"/>
L2 Cache logging
The L2 cache events can be logged using the logger entries below. This is useful when you are starting out using the L2 cache and looking at the behaviour with L2 caching.
<!-- L2 logging -->
<logger name="io.ebean.cache.QUERY" level="TRACE"/>
<logger name="io.ebean.cache.BEAN" level="TRACE"/>
<logger name="io.ebean.cache.COLL" level="TRACE"/>
<logger name="io.ebean.cache.NATKEY" level="TRACE"/>
Elastic logging
Logging queries and updates to ElasticSearch.
<!-- Elastic logging -->
<logger name="io.ebean.ELA" level="TRACE"/>
<logger name="io.ebean.ELQ" level="TRACE"/>
<logger name="io.ebean.BULK" level="TRACE"/>


In my last post, MVT: Foodcritic and Travis CI I described the process for having Travis CI look after your cookbooks and run Foodcritic, the cookbook lint tool, on your cookbook after each git push. In this post, we’ll iterate on the “Minimum Viable Test” idea by adding in support for knife’s cookbook testing.
Wait, I’m already running foodcritic, do I really need to run knife cookbook test, too?
I’ll use a very simple example to demonstrate that you do.
Let’s create a very basic cookbook:
1234
knife cookbook create very_basic
** Creating cookbook very_basic
** Creating README for cookbook: very_basic
** Creating metadata for cookbook: very_basic
Next, we’ll write a flawed recipe:
cookbooks/very_basic/recipes/default.rb
1234
package"flawed"doaction:nothingendend
Now, run foodcritic on this cookbook:
1
foodcritic cookbooks/very_basic
Foodcritic doesn’t throw any errors or find any problem with the cookbook.
Let’s try testing it with knife:
123456
knife cookbook test very_basic
checking very_basic
Running syntax check on very_basic
Validating ruby files
FATAL: Cookbook file recipes/default.rb has a ruby syntax error:
FATAL: /Users/nharvey/projects/chef-hosted/.chef/../cookbooks/very_basic/recipes/default.rb:22: syntax error, unexpected keyword_end, expecting $end
OK, it should now be obvious that knife cookbook test should be included as part of our MVT.
To get Travis CI running knife cookbook test for us, we’ll need to add or update the following files:
.travis.yml
Rakefile
test/.chef/knife.rb
test/support/Gemfile
Of course, this assumes you’ve configured your cookbook as described in the previous post. Let’s start with the Rakefile.
In the file snippet above, I’ve only included the parts that are relevant for getting knife working. I’ll include the full source of the Rakefile at the end of the article.
Next, let’s add this rake task to our .travis.yml file.
And, of course, we’ll need to add Chef to our Gemfile. Be sure to specify a modern version as Travis CI will use 0.8.10 by default (at the time of this writing).
That’s it. On your next git push Travis CI should run knife cookbook test on your cookbook.
Running locally
To run the rake tasks locally, you’ll need to tell bundler where the Gemfile is, or you’ll need to move it to the root directory of your cookbook and update .travis.yml appropriately. Use the following command to run your tests locally:


Dude was rocking an aggressively amplified pan flute and ukelele on the Metro in Barcelona.


|
Standard Reference Data Program |
Data Gateway |
Chemistry WebBook |
Go To: Top, References, Notes / Error Report
Data compilation copyright by the U.S. Secretary of Commerce on behalf of the U.S.A. All rights reserved.
Data compiled by: K.P. Huber and G. Herzberg
| State | Te | ωe | ωexe | ωeye | Be | αe | γe | De | βe | re | Trans. | ν00 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| E | (47358) | [(446)] H | E ← X V | 47394 H | ||||||||
| Danon, Chatalic, et al., 1971 | ||||||||||||
| D | (45216) | [436] H | D ← X 1 V | 45247 2 H | ||||||||
| missing citation; Briggs and Kemp, 1972 | ||||||||||||
| C | (43069) | 444 H | 3 | C ← X 1 V | 43103 2 H | |||||||
| Basco and Yee, 1968; missing citation; Briggs and Kemp, 1972 | ||||||||||||
| B | (41616) | 448 H | 4 | B ← X 1 V | 41652 H | |||||||
| Briggs and Kemp, 1972 | ||||||||||||
| State | Te | ωe | ωexe | ωeye | Be | αe | γe | De | βe | re | Trans. | ν00 |
| A2 | (25906) | 240.9 3 H | 0.85 | A2 → X 1 R | 25839 3 H | |||||||
| missing citation; Avasthi, 1970 | ||||||||||||
| A1 | (22178) | 237.5 3 H | 1.5 | A1 → X 1 R | 22109 3 H | |||||||
| missing citation; Avasthi, 1970 | ||||||||||||
| b 0+ | 12148.7 | 382.1 H | 0.6 | b → X2 4 V | 12152.4 HQ | |||||||
| missing citation | ||||||||||||
| b → X1 5 V | 12958.9 HP | |||||||||||
| de Bie-Prevot, 1974 | ||||||||||||
| State | Te | ωe | ωexe | ωeye | Be | αe | γe | De | βe | re | Trans. | ν00 |
| X2 (3Σ-) 1 | 816.3 6 | 374.7 H | 0.6 | |||||||||
| X1 (3Σ-) 0+ | 0 | 374.7 H | 0.6 |
| 1 | It is not decided whether the lower state is X1 or X2, both of the emission and of the absorption bands. |
| 2 | Average values of constants given by different groups of authors. |
| 3 | Constants of Avasthi, 1970 who has observed a few more bands than Ferguson and Hudes, 1940 as well as Cl isotope shifts. The lower-state constants for these two systems agree poorly with those derived from the b → X bands de Bie-Prevot, 1974. |
| 4 | P and Q heads. |
| 5 | Single sequence of P heads. |
| 6 | From the P heads of the b → X transitions. |
Go To: Top, Constants of diatomic molecules, Notes / Error Report
Data compilation copyright by the U.S. Secretary of Commerce on behalf of the U.S.A. All rights reserved.
Danon, Chatalic, et al., 1971
Danon, N.; Chatalic, A.; Pannetier, G.,
Spectre d'absorption du monochlorure d'antimoine,
C.R. Acad. Sci. Paris, Ser. C, 1971, 272, 1411. [all data]
Briggs and Kemp, 1972
Briggs, A.G.; Kemp, R.J.,
New electronic transitions of antimony monochloride,
J. Chem. Soc. Faraday Trans. 2, 1972, 68, 1083. [all data]
Basco and Yee, 1968
Basco, N.; Yee, K.K.,
Spectrum of antimony chloride radical,
Spectrosc. Lett., 1968, 1, 1, 19-22. [all data]
Avasthi, 1970
Avasthi, M.N.,
Electronic spectrum of SbCl,
Spectrosc. Lett., 1970, 3, 291. [all data]
de Bie-Prevot, 1974
de Bie-Prevot,
Thesis, Universite Libre de Bruxelles, 1974, 0. [all data]
Ferguson and Hudes, 1940
Ferguson, W.F.C.; Hudes, I.,
The band spectrum of antimony chloride,
Phys. Rev., 1940, 57, 705. [all data]
Go To: Top, Constants of diatomic molecules, References
Copyright for NIST Standard Reference Data is governed by the Standard Reference Data Act.
|
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Chemistry WebBook |
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Visualizations


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My Fun SLDS playground page
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account
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Exam and Surgical Radiation Reducing Gloves
| Stock # | Thickness | Price |
|---|---|---|
| RR1 | 0.0088"/0.22mm | $44.00 |
| RR2 | 0.012"/0.28mm | $47.00 |
Developed with the physician in mind, these radiation reducing gloves offer the best protection with the greatest dexterity, sensitivity and comfort compared to similar products. Ideal for Radiology, Cath/Electro Physiology, Orthopedic Surgery, Endoscopy, Urology, and Pain Management. Ideal for all high exposure procedures where sensitivity and protection are essential. Color - warm gray. Order as many or as few as one pair at a time.
Features:
Now both latex free and powder free!
Made with premium, pure lead oxide for maximum protection.
Thin fingertips provide enhanced tactile sensitivity.
Latex-Free and Hypoallergenic finish creates a smooth interior which reduces skin irritation.
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Sizes range from 6 - 9 in half sizes for a better fit. MUST PICK SIZE at time of order.
Attenuates up to 30% more direct beam radiation than other leading products.
Available in 0.280mm (0.012") and 0.220mm (0.0088") finger tip thickness.
12" length.
Sterile packaging. (includes 1 right & 1 left)
Features:
Now both latex free and powder free!
Made with premium, pure lead oxide for maximum protection.
Thin fingertips provide enhanced tactile sensitivity.
Latex-Free and Hypoallergenic finish creates a smooth interior which reduces skin irritation.
Anatomically correct curved fingers reduce hand fatigue.
Sizes range from 6 - 9 in half sizes for a better fit. MUST PICK SIZE at time of order.
Attenuates up to 30% more direct beam radiation than other leading products.
Available in 0.280mm (0.012") and 0.220mm (0.0088") finger tip thickness.
12" length.
Sterile packaging. (includes 1 right & 1 left)


{% extends "projects/_page.html" %} {% load crispy_forms_tags %} {% load static %} {% block title %} Upload New Version {% endblock %} {% block page %}
A version represents a single, self-contained release of your plugin.
You can upload multiple files, but in most cases you will only need to upload one - the plugin itself.
The Primary file will be the file linked to the download button, and should preferably be a plug-and-play JAR.


Chris Jackson
|
Biography:Chris Jackson teaches writing, literature, and music history at
Nova Southeastern University in Ft. Lauderdale. She is completing Night Sirens: Myth and Ritual in Contemporary Women's Mysteries (McFarland Publishing). She has a Ph.D. in American Literature.Chris savors the mystery in life. She runs Mystery Lovers discussion group at Barnes & Noble in Plantation, Florida. She is co-chair of Sleuthfest 2001, the annual conference for Mystery Writers of America. "Mystery on Miami Beach Bookstore" newsletter and Fort Lauderdale's Sun-Sentinel have published her hard copy book reviews. In addition to commentary in Picturing Justice, her mystery reviews appear in Orchard Press Mysteries, an online journal. www.orchardpressmysteries.com
Mystery fiction is another writing
outlet. Chris seeks an agent/publisher for Last Resort Investigations mystery novels
featuring Andie Knight, a woman PI. "Clean Up," a short story in Orchard Press
(March 2000), shows Andie Knight in action. |
| Contact: Chris welcomes all email comments<EMAIL_ADDRESS>|


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Database: Getting Started
Introduction
Laravel makes interacting with databases extremely simple across a variety of database backends using either raw SQL, the fluent query builder, and the Eloquent ORM. Currently, Laravel supports four databases:
- MySQL
- PostgreSQL
- SQLite
- SQL Server
Configuration
The database configuration for your application is located at config/database.php
. In this file you may define all of your database connections, as well as specify which connection should be used by default. Examples for most of the supported database systems are provided in this file.
By default, Laravel's sample environment configuration is ready to use with Laravel Homestead, which is a convenient virtual machine for doing Laravel development on your local machine. You are free to modify this configuration as needed for your local database.
SQLite Configuration
After creating a new SQLite database using a command such as touch database/database.sqlite
, you can easily configure your environment variables to point to this newly created database by using the database's absolute path:
DB_CONNECTION=sqlite
DB_DATABASE=/absolute/path/to/database.sqlite
To enable foreign key constraints for SQLite connections, you should add the foreign_key_constraints
option to your config/database.php
configuration file:
'sqlite' => [
// ...
'foreign_key_constraints' => true,
],
Read & Write Connections
Sometimes you may wish to use one database connection for SELECT statements, and another for INSERT, UPDATE, and DELETE statements. Laravel makes this a breeze, and the proper connections will always be used whether you are using raw queries, the query builder, or the Eloquent ORM.
To see how read / write connections should be configured, let's look at this example:
'mysql' => [
'read' => [
'host' => ['<IP_ADDRESS>'],
],
'write' => [
'host' => ['<IP_ADDRESS>'],
],
'sticky' => true,
'driver' => 'mysql',
'database' => 'database',
'username' => 'root',
'password' => '',
'charset' => 'utf8mb4',
'collation' => 'utf8mb4_unicode_ci',
'prefix' => '',
],
Note that three keys have been added to the configuration array: read
, write
and sticky
. The read
and write
keys have array values containing a single key: host
. The rest of the database options for the read
and write
connections will be merged from the main mysql
array.
You only need to place items in the read
and write
arrays if you wish to override the values from the main array. So, in this case, <IP_ADDRESS>
will be used as the host for the "read" connection, while <IP_ADDRESS>
will be used for the "write" connection. The database credentials, prefix, character set, and all other options in the main mysql
array will be shared across both connections.
The sticky
Option
The sticky
option is an optional value that can be used to allow the immediate reading of records that have been written to the database during the current request cycle. If the sticky
option is enabled and a "write" operation has been performed against the database during the current request cycle, any further "read" operations will use the "write" connection. This ensures that any data written during the request cycle can be immediately read back from the database during that same request. It is up to you to decide if this is the desired behavior for your application.
Using Multiple Database Connections
When using multiple connections, you may access each connection via the connection
method on the DB
facade. The name
passed to the connection
method should correspond to one of the connections listed in your config/database.php
configuration file:
$users = DB::connection('foo')->select(...);
You may also access the raw, underlying PDO instance using the getPdo
method on a connection instance:
$pdo = DB::connection()->getPdo();
Running Raw SQL Queries
Once you have configured your database connection, you may run queries using the DB
facade. The DB
facade provides methods for each type of query: select
, update
, insert
, delete
, and statement
.
Running A Select Query
To run a basic query, you may use the select
method on the DB
facade:
<?php
namespace App\Http\Controllers;
use Illuminate\Support\Facades\DB;
use App\Http\Controllers\Controller;
class UserController extends Controller
{
/**
* Show a list of all of the application's users.
*
* @return Response
*/
public function index()
{
$users = DB::select('select * from users where active = ?', [1]);
return view('user.index', ['users' => $users]);
}
}
The first argument passed to the select
method is the raw SQL query, while the second argument is any parameter bindings that need to be bound to the query. Typically, these are the values of the where
clause constraints. Parameter binding provides protection against SQL injection.
The select
method will always return an array
of results. Each result within the array will be a PHP stdClass
object, allowing you to access the values of the results:
foreach ($users as $user) {
echo $user->name;
}
Using Named Bindings
Instead of using ?
to represent your parameter bindings, you may execute a query using named bindings:
$results = DB::select('select * from users where id = :id', ['id' => 1]);
Running An Insert Statement
To execute an insert
statement, you may use the insert
method on the DB
facade. Like select
, this method takes the raw SQL query as its first argument and bindings as its second argument:
DB::insert('insert into users (id, name) values (?, ?)', [1, 'Dayle']);
Running An Update Statement
The update
method should be used to update existing records in the database. The number of rows affected by the statement will be returned:
$affected = DB::update('update users set votes = 100 where name = ?', ['John']);
Running A Delete Statement
The delete
method should be used to delete records from the database. Like update
, the number of rows affected will be returned:
$deleted = DB::delete('delete from users');
Running A General Statement
Some database statements do not return any value. For these types of operations, you may use the statement
method on the DB
facade:
DB::statement('drop table users');
Listening For Query Events
If you would like to receive each SQL query executed by your application, you may use the listen
method. This method is useful for logging queries or debugging. You may register your query listener in a service provider:
<?php
namespace App\Providers;
use Illuminate\Support\Facades\DB;
use Illuminate\Support\ServiceProvider;
class AppServiceProvider extends ServiceProvider
{
/**
* Bootstrap any application services.
*
* @return void
*/
public function boot()
{
DB::listen(function ($query) {
// $query->sql
// $query->bindings
// $query->time
});
}
/**
* Register the service provider.
*
* @return void
*/
public function register()
{
//
}
}
Database Transactions
You may use the transaction
method on the DB
facade to run a set of operations within a database transaction. If an exception is thrown within the transaction Closure
, the transaction will automatically be rolled back. If the Closure
executes successfully, the transaction will automatically be committed. You don't need to worry about manually rolling back or committing while using the transaction
method:
DB::transaction(function () {
DB::table('users')->update(['votes' => 1]);
DB::table('posts')->delete();
});
Handling Deadlocks
The transaction
method accepts an optional second argument which defines the number of times a transaction should be reattempted when a deadlock occurs. Once these attempts have been exhausted, an exception will be thrown:
DB::transaction(function () {
DB::table('users')->update(['votes' => 1]);
DB::table('posts')->delete();
}, 5);
Manually Using Transactions
If you would like to begin a transaction manually and have complete control over rollbacks and commits, you may use the beginTransaction
method on the DB
facade:
DB::beginTransaction();
You can rollback the transaction via the rollBack
method:
DB::rollBack();
Lastly, you can commit a transaction via the commit
method:
DB::commit();
{tip} The
DB
facade's transaction methods control the transactions for both the query builder and Eloquent ORM.


---
title: "Wii U secrets: Hey, it's got accomplishments after all!"
date: 2012-12-04T15:00:00Z
topic: nsidr
mood: default
featureImage: "https://static.nsidr.com/images/inline/img-402-inline.jpg"
authors:
- Cory Faller
tags:
- wii u
- miiverse
- accomplishments
- wii u secrets
---
Sorta!!!
I've talked before about how if you really wanted to share an accomplishment on the Wii U, it was as simple as screen-shotting whatever you did and posting it to Miiverse. Which you can indeed do! But now that the Wii U is actually in our filthy little hands, a new feature has shown itself: tags.
Look at that right there.  But the idea is that when you post to Miiverse via an in-game prompt, the game can tag your post with a little green sentence. Much of this so far is just adding a scope to your comment, like the name of a stage in NSMBU or the name of the minigame in Nintendo Land. But the game can also add tags that are based upon events. I got prompts to post to Miiverse in NSMBU when I first beat the game, and again when I got all five save-file stars, and posting right then and there added unique tags to my posts. Had I not chosen to post I'da been outta luck and never had the option to share the tag again, but that's just a game-specific implementation quirk.
So what's so great about a tagged Miiverse post? The tag is added by the game itself, which means it's only there when you actually do something, adding credibility to your post. And you can tap a tag to see every single other person on Miiverse who also posted with it, along with said posts. A mini-community of sweet dudes!
  Or all of them, whatever!
Just a neat little deet from my time on the street. Meat.
Check back tomorrow for another neat Wii U secret!


https://edu.gcfglobal.org/en/computerbasics/about-this-tutorial/content/
Data Representation
Number System
Number of digits used in a number system is called its base or radix. We can categorize
number system as below:
- Binary number system
- Octal Number System
- Decimal Number System
- Hexadecimal Number system
Representation of Decimal numbers
We can normally represent decimal numbers in one of following two ways
- By converting into binary
- By using BCD codes
By converting into binary
Advantage
Arithmetic and logical calculation becomes easy. Negative numbers can be represented
easily.
Disadvantage
At the time of input conversion from decimal to binary is needed and at the time of
output conversion from binary to decimal is needed.
Therefore this approach is useful in the systems where there is much calculation than
input/output.
By using BCD codes
Disadvantage
Arithmetic and logical calculation becomes difficult to do. Representation of negative
numbers is tricky.
Advantage
At the time of input conversion from decimal to binary and at the time of output
conversion from binary to decimal is not needed.
Therefore this approach is useful in the systems where there is much input/output than
arithmetic and logical calculation.
Complements
(R-1)'s Complement
(R-1)'s complement of a number N is defined as (rn
-1) –N
Where N is the given number
r is the base of number system
n is the number of digits in the given numberv
To get the (R-1)'s complement fast, subtract each digit of a number from (R-1)
Example
- 9's complement of 83510 is 16410
- 1's complement of 10102 is 01012(bit by bit complement operation)
R's Complement
R's complement of a number N is defined as rn–N
Where N is the given number
r is the base of number system
n is the number of digits in the given number
To get the R's complement fast, add 1 to the low-order digit of its (R-1)'s complement
- 10's complement of 83510 is 16410 + 1 = 16510
- 2's complement of 10102 is 01012 + 1 = 01102
Representation of Negative numbers
There is only one way of representing positive numbers in computer but we can represent
negative numbers in any one of following three ways:
- Signed magnitude representation
- Signed 1’s complement representation
- Signed 2’s complement representation
Signed magnitude representation
Complement only the sign bit
e.g.
+9 ==> 0 001001
-9 ==> 1 001001
Signed 1’s complement representation
Complement all the bits including sign bit
e.g.
+9 ==> 0 001001
-9 ==> 1 110110
Signed 2’s complement representation
Take the 2's complement of the number, including its sign bit.
e.g.
+9 ==> 0 001001
-9 ==> 1 110111
Download the pdf file to get all the unit wise notes.
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This library provides a STOMP over WebSocket client for Web browser or node.js. applications.
This repository is for version 5 and above of this library. For version 3/4 of this library is maintained at https://github.com/stomp-js/stomp-websocket.
This library allows you to connect to a STOMP broker over WebSocket. This library supports full STOMP specifications and all current protocol variants. Most popular messaging brokers support STOMP and STOMP over WebSockets either natively or using plugins.
In general JavaScript engines in browsers are not friendly to binary protocols, so using STOMP is a good option because it is a text oriented protocol.
This library has its roots in a version released by Jeff Mesnil.
Version 5 of this library has been bottom up rewritten using TypeScript (versions 3/4 use CoffeeScript). The code has substantially changed, so, while there is a compatibility mode, you might need to update your code.
This library is feature complete and has been used in production for many years. It is actively maintained. You are welcome to file issues and submit pull requests.
if you were using an older version of this library, you would need to make changes to your code. Head to Upgrading
The documentation is hosted as GitHub pages. You may head straight to the https://stomp-js.github.io/stompjs/
This library comes with detailed usage instructions. Please find it at Usage instructions.
There are quite detailed API documentation, you should start at https://stomp-js.github.io/stompjs/classes/Client.html.
https://github.com/stomp-js/ng2-stompjs is based on this library and exposes the entire functionality offered by this library as Angular Services and rxjs Observables. Both these libraries are maintained by a similar set of contributors.
The npm package includes TypeScript definitions, so there is no need no install it separately.
Please visit Change Log.
If you want to understand the code, develop, or contribute. Please visit How to contribute.
License - Apache v2 License


This is inline image link img src="/images/image.jpg"thats works for VSC LiveServer
This is inline image link img src="images/image.jpg"thats works for VSC LiveServer
This is background image link from CSS class url(/images/image.jpg)
This is background image link from CSS class url(images/image.jpg)
This is background image link from CSS class url("/images/image.jpg")
This is background image link from CSS class url("images/image.jpg")
This is background image link from CSS class url(./images/image.jpg)
This is background image link from CSS class url(../images/image.jpg)
This is background image link from CSS class url("../images/image.jpg")


hp-unload(1) User Manuals hp-unload(1) NAME hp-unload - Photo Card Access Utility DESCRIPTION Access inserted photo cards on supported HPLIP printers. This provides an alternative for older devices that do not support USB mass storage or for access to photo cards over a network. SYNOPSIS hp-unload [DEVICE_URI|PRINTER_NAME] [MODE] [OPTIONS] PRINTER|DEVICE-URI To specify a device-URI: -d<device-uri> or --device=<device-uri> To specify a CUPS printer: -p<printer> or --printer=<printer> MODE Run in interactive mode: -i or --interactive Run in non-interactive mode: -n or --non-interactive OPTIONS Set the logging level: -l<level> or --logging=<level> <level>: none, info*, error, warn, debug (*default) Run in debug mode: -g (same as option: -ldebug) This help information: -h or --help Output directory: -o<dir> or --output=<dir> (Defaults to current directory)(Only used for non-GUI modes) SEE ALSO hp-toolbox AUTHOR HPLIP (Hewlett-Packard Linux Imaging and Printing) is an HP developed solution for printing, scanning, and faxing with HP inkjet and laser based printers in Linux. REPORTING BUGS The HPLIP Launchpad.net site https://launchpad.net/hplip is available to get help, report bugs, make suggestions, discuss the HPLIP project or otherwise contact the HPLIP Team. COPYRIGHT Copyright (c) 2001-14 Hewlett-Packard Development Company, L.P. This software comes with ABSOLUTELY NO WARRANTY. This is free software, and you are welcome to distribute it under certain conditions. See COPY‐ ING file for more details. Linux 3.3 hp-unload(1)


Apple's Laptops (6)
Apple MacBook Air
11.6 inch/1.3GHz
Haswell
$1,729.00
Apple MacBook Air
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Apple MacBook Air
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Apple MacBook Air
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Apple MacBook Air
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Haswell 256GB SSD
$2,119.00
Apple MacBook Pro
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Bridge
$2,529.00


@header@
| What is Pebble deskblog? | ||||
|
Pebble deskblog is a desktop blogging tool written in 100% pure Java. Essentially it's a GUI wrapper over the same code used in Pebble weblog, meaning that blog entries are stored as XML files on the local disk. Deskblog is ideal for keeping an offline diary and because of this commonality, provides an easy upgrade path should you want to start publishing your thoughts on the web with Pebble weblog.
|
| Minimum requirements |


CYBORG A film review by Burke Cox Copyright 1989 Burke Cox
Recipe for CYBORG: Take one cup of CONAN THE BARBARIAN and two pints of MAD MAX and mix in a large container. Slowly add a tablespoon of the TERMINATOR and the slightest dash of ESCAPE FROM NEW YORK. Blend in poor directing, pitiful acting, and a horrible script and plot. Sit for an hour-and-a-half. Serves: no purpose.
CYBORG is set in a post-destruction earth. Starvation, genocide, and the plague have reduced the earth to an anarchist state. The "few remaining scientists" are nearing a cure for the plague, if only some data can be retrieved from Atlanta. But there are these bad guys, you see, who like the pain and death...
This is undisputedly the worst movie I have paid to see in the last five years (and I've seen some poor movies). The plot was embarrassingly predictable. The script was *terrible*. This is a must-see film for a class on "How *Not* to Write a Script". The dialogue between characters sounded like outtakes of every doom and destruction film produced in the last ten years.
Even the technical parts of this film were bad. The special effects were mediocre. Three minutes after any major wounding of a character, the wounds had healed and a nice neat scar had replaced them. The sound during the fight scenes was off, resulting in a punching sound followed immediately by the punch. The punches and kicks, by the way, were filmed so poorly that you could see as much as a two-foot gap between the fist of the person throwing the punch and the face of the person receiving the punch.
This movie was so bad that it had a four-minute flashback that they showed twice (in its entirety). They had old rusted cars throughout the planet that were smoldering (and had obviously been smoldering for the last ten or twelve years). In places where the special effects were particularly poor, they made the picture blurry to cover up their errors.
I recommend this movie to absolutely no one, not even fans of this type of film. Wait for RED SCORPIONS starring Dolph Lundgren, it looks as though it will be exciting enough to hold you over until the next Schwarzenegger action film. This movie, on the other hand, will do nothing but disappoint you. Rate it a -3.5 on the Leeper scale.
Burke Cox uunet!ingr!b11!burke!burke<EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Arsenal player ratings from Vitoria draw as Kieran Tierney catches the eye in drab affair
The Scottish international was a rare bright spark for Unai Emery's men after yet another disappointing result
by Neil McLeman, https://www.mirror.co.uk/authors/neil-mcleman/Arsenal were denied victory in stoppage time of their Europa League clash in Portugal against Vitoria.
Shkodran Mustafi thought he had sealed the three points for the Gunners as he headed home in the second half but Bruno Duarte's late acrobatic effort meant the shares were spoiled.
Arsenal finally made the breakthrough which the game so badly needed with nine minutes remaining.
Pepe curled in an inviting cross from a set-piece which found Germany international unmarked from six yards from goal to head home.
But the celebrations were short-lived as Duarte found the net - and Vitoria twice went close to snatching victory in the remaining moments.
Here's how Arsenal rated in Guimaraes...
Martinez 5
Argentine cup keeper made several solid saves after shipping five at Anfield but was beaten late as he flapped at a cross
Mustafi 5
Booked early on for pulling back Davidson. The German stayed on pitch to head 80th-minute goal
Sokratis 5
Steady performance in the middle of the Arsenal back three. Good battle with Bruno Duarte
Holding 5
Played on left of defensive three in first start as Arsenal captain. Harsh second-half booking after collision with Evangelista
Maitland-Niles 4
Deployed on right side of midfield but was pushed further back by Davidson as game wore on
Willock 4
Sat in central midfield alongside Ceballos and then Guendouzi. And was then subbed off
Ceballos 5
First-half nutmeg on Vitoria centre-forward Duarte was highlight of Arsenal's afternoon. Subbed after break
Tierney 7
The £25m defender was excused from Scotland duty because of an “ongoing issue” but played all 90 minutes on left side of midfield four – his fifth game in a row
Pepe 6
Two free kicks in first game and assist from another free kick for Mustafi's winner. Crunched by Rafa Soares in first half
Saka 4
First-half cross from byline saw Holding head over. Otherwise anonymous down the left and subbed off
Martinelli 4
Brazilian cup specialist, who has scored seven goals this season, was starved of service up front


Tottenham Hotspur confirm departure of manager Mauricio Pochettino
The club released a statement this evening.
by Emma DuffyTOTTENHAM HOTSPUR HAVE announced that Mauricio Pochettino has left the Premier League club.
“The Club can today announce that Mauricio Pochettino and his coaching staff Jesus Perez, Miguel D’Agostino and Antoni Jimenez have been relieved of their duties,” a statement reads.
The Argentine — who has recently been heavily linked with Manchester United and Real Madrid — was appointed head coach of Spurs in 2014 following a stint at Southampton.
He guided the London club to new heights — recording four consecutive top-four Premier League finishes, one of those a second-place conclusion in 2016/17.
Last season, Pochettino led them to the Champions League final for the first time in the club’s history. But Spurs have endured a terrible start to the 2019/20 season, winning just three league games so far — and six of their last 24.
“We were extremely reluctant to make this change and it is not a decision the Board has taken lightly, nor in haste,” chairman Daniel Levy said.
“Regrettably domestic results at the end of last season and beginning of this season have been extremely disappointing.
“It falls to the Board to make the difficult decisions – this one made more so given the many memorable moments we have had with Mauricio and his coaching staff – but we do so in the Club’s best interests.
Mauricio and his coaching staff will always be part of our history. I have the utmost admiration for the manner in which he dealt with the difficult times away from a home ground whilst we built the new stadium and for the warmth and positivity he brought to us. I should like to thank him and his coaching staff for all they have contributed. They will always be welcome here.
“We have a talented squad. We need to re-energise and look to deliver a positive season for our supporters.”
Tottenham confirmed that they will provide an update on new coaching staff in due course.


Once all the support work is finished, you can instantiate a stream class template on your type and begin to use it--well, not quite. Because the new stream requires the new facets you've defined, you must first create a new locale containing these facets and then imbue that locale on your stream. You can do this as follows:
typedef std::basic_fstream<Echar,Etraits> Estream; // 1 std::locale Eloc(std::locale(std::locale(), new Ecodecvt),new Ectype); // 2 Estream foo("foo.txt"); // 3 foo.imbue(Eloc); // 4
| //1 | Typedef the special stream type to something convenient. |
| //2 | Construct a new locale object and replace the std::codecvt and std::ctype facets with the ones we've defined for Echar. We use the constructor that takes an existing locale and a new facet to construct a locale with a new codecvt facet, and then use it again to get a locale with both new facets. |
| //3 | Construct an Estream. |
| //4 | Imbue the new locale object containing our replacement facets onto the Estream. |
Now we're ready to insert Echars into the stream and read them back in:
Echar e[10]; Estream::pos_type pos = foo.tellp(); //1 foo << 10; //2 foo.seekg(pos); //3 foo >> e; //4
| //1 | Get current position. |
| //2 | Write out the integer 10. |
| //3 | Seek back. |
| //4 | Read in the string 10 as Echars. |


{% load i18n %}
{% trans "If the module is pinned, it can only be overwritten by another pinned module." %}
{% trans "The module can only be used and searched within its channel." %}
{% trans "Tag can be used to categorize auto-reply modules. Mostly bringing convenience to copy modules to the other channel." %}
{% blocktrans trimmed %}
{% endblocktrans %}


Dorrigo Show 2019 lifts hearts
by Vivian HoskinsSmoke, fires, dust, thick fog - even a drizzle of rain - could not shrink the success of Dorrigo's 108th show or the enthusiasm it generated.
Final preparations for the show were carried out during 13 weeks of constant threat from bushfires on the plateau and an unwelcome pall of thick smoke every day.
Some show features, such as the Fun Run, had to be cancelled because of safety concerns or key people being away on fire fighting duties.
But conditions did not deter a record crowd at the Dorrigo Bull Rides on Friday evening nor a strong sense of celebration during the official opening and grand parade.
Show officials, speaking on Sunday afternoon, said they were pleased with the outcome, despite the hardships.
"We believe this weekend has engendered a great deal of happiness and good feelings on the plateau and we feel that is very important," one senior official said.
Oxley MP Melinda Pavey, a regular guest at the show, warmly commended officials and plateau residents for their efforts in staging the show under difficult conditions.
"Dorrigo is a wonderful show and more so this year for the challenges currently faced by people living here on the plateau," she said.
"To Sally Duckett and your team thank you for persevering and delivering the 108th annual Dorrigo Show.
"Despite the drought, the fires, and the smoke you made it happen, giving everyone the distraction they needed."
The show was officially opened by Bellinger Shire's Youth of the Year, 2019, Shanlee Duckett, who encouraged young people to help their communities.
"I would like to encourage all other young people to get involved with volunteering in the community," she said. "This is important for communities and organisations to survive.
"A great example is the Dorrigo Show which is in its 108th year due to the hard work of a committed team working all year round to deliver a fantastic family event highlighting Dorrigo's versatile agricultural productivity."
Dorrigo's Show girl for 2020 is Catherine Burley, a fourth generation member of a prominent plateau Jersey stud family.
Catherine is in her third year studying at the University of Newcastle to be an occupational therapist.
She spent her morning leading cattle in the dairy section for her family's Moonpah stud.
She proved to be multi talented, winning prizes in the cooking events: first for a carrot cake and second in a number of other sections.
Catherine will represent Dorrigo in the regional Show Girl judging which will be held in Dorrigo early next year.


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