Note
The Glossary is a brand new addition to the documentation. While sparse at the moment we hope to fill it up with plenty of new terms soon!
Annotations are a concept used internally by SQLAlchemy in order to store additional information along with ClauseElement objects. A Python dictionary is associated with a copy of the object, which contains key/value pairs significant to various internal systems, mostly within the ORM:
some_column = Column('some_column', Integer)
some_column_annotated = some_column._annotate({"entity": User})
The annotation system differs from the public dictionary Column.info in that the above annotation operation creates a copy of the new Column, rather than considering all annotation values to be part of a single unit. The ORM creates copies of expression objects in order to apply annotations that are specific to their context, such as to differentiate columns that should render themselves as relative to a joined-inheritance entity versus those which should render relative to their immediate parent table alone, as well as to differentiate columns within the “join condition” of a relationship where the column in some cases needs to be expressed in terms of one particular table alias or another, based on its position within the join expression.
The portion of the SELECT statement which enumerates the SQL expressions to be returned in the result set. The expressions follow the SELECT keyword directly and are a comma-separated list of individual expressions.
E.g.:
SELECT user_account.name, user_account.email
FROM user_account WHERE user_account.name = 'fred'
Above, the list of columns user_acount.name, user_account.email is the columns clause of the SELECT.
A subquery is correlated if it depends on data in the enclosing SELECT.
Below, a subquery selects the aggregate value MIN(a.id) from the email_address table, such that it will be invoked for each value of user_account.id, correlating the value of this column against the email_address.user_account_id column:
SELECT user_account.name, email_address.email
FROM user_account
JOIN email_address ON user_account.id=email_address.user_account_id
WHERE email_address.id = (
SELECT MIN(a.id) FROM email_address AS a
WHERE a.user_account_id=user_account.id
)
The above subquery refers to the user_account table, which is not itself in the FROM clause of this nested query. Instead, the user_account table is recieved from the enclosing query, where each row selected from user_account results in a distinct execution of the subquery.
A correlated subquery is in most cases present in the WHERE clause or columns clause of the immediately enclosing SELECT statement, as well as in the ORDER BY or HAVING clause.
In less common cases, a correlated subquery may be present in the FROM clause of an enclosing SELECT; in these cases the correlation is typically due to the enclosing SELECT itself being enclosed in the WHERE, ORDER BY, columns or HAVING clause of another SELECT, such as:
SELECT parent.id FROM parent
WHERE EXISTS (
SELECT * FROM (
SELECT child.id AS id, child.parent_id AS parent_id, child.pos AS pos
FROM child
WHERE child.parent_id = parent.id ORDER BY child.pos
LIMIT 3)
WHERE id = 7)
Correlation from one SELECT directly to one which encloses the correlated query via its FROM clause is not possible, because the correlation can only proceed once the original source rows from the enclosing statement’s FROM clause are available.
DBAPI is shorthand for the phrase “Python Database API Specification”. This is a widely used specification within Python to define common usage patterns for all database connection packages. The DBAPI is a “low level” API which is typically the lowest level system used in a Python application to talk to a database. SQLAlchemy’s dialect system is constructed around the operation of the DBAPI, providing individual dialect classes which service a specific DBAPI on top of a specific database engine; for example, the create_engine() URL postgresql+psycopg2://@localhost/test refers to the psycopg2 DBAPI/dialect combination, whereas the URL mysql+mysqldb://@localhost/test refers to the MySQL for Python DBAPI DBAPI/dialect combination.
In Python, a descriptor is an object attribute with “binding behavior”, one whose attribute access has been overridden by methods in the descriptor protocol. Those methods are __get__(), __set__(), and __delete__(). If any of those methods are defined for an object, it is said to be a descriptor.
In SQLAlchemy, descriptors are used heavily in order to provide attribute behavior on mapped classes. When a class is mapped as such:
class MyClass(Base):
__tablename__ = 'foo'
id = Column(Integer, primary_key=True)
data = Column(String)
The MyClass class will be mapped when its definition is complete, at which point the id and data attributes, starting out as Column objects, will be replaced by the instrumentation system with instances of InstrumentedAttribute, which are descriptors that provide the above mentioned __get__(), __set__() and __delete__() methods. The InstrumentedAttribute will generate a SQL expression when used at the class level:
>>> print MyClass.data == 5
data = :data_1
and at the instance level, keeps track of changes to values, and also lazy loads unloaded attributes from the database:
>>> m1 = MyClass()
>>> m1.id = 5
>>> m1.data = "some data"
>>> from sqlalchemy import inspect
>>> inspect(m1).attrs.data.history.added
"some data"
A result-set column which is used during polymorphic loading to determine what kind of mapped class should be applied to a particular incoming result row. In SQLAlchemy, the classes are always part of a hierarchy mapping using inheritance mapping.
The portion of the SELECT statement which incicates the initial source of rows.
A simple SELECT will feature one or more table names in its FROM clause. Multiple sources are separated by a comma:
SELECT user.name, address.email_address
FROM user, address
WHERE user.id=address.user_id
The FROM clause is also where explicit joins are specified. We can rewrite the above SELECT using a single FROM element which consists of a JOIN of the two tables:
SELECT user.name, address.email_address
FROM user JOIN address ON user.id=address.user_id
In object relational mapping, a “lazy load” refers to an attribute that does not contain its database-side value for some period of time, typically when the object is first loaded. Instead, the attribute receives a memoization that causes it to go out to the database and load its data when it’s first used. Using this pattern, the complexity and time spent within object fetches can sometimes be reduced, in that attributes for related tables don’t need to be addressed immediately.
An object-oriented technique whereby the state of an object is constructed by calling methods on the object. The object features any number of methods, each of which return a new object (or in some cases the same object) with additional state added to the object.
The two SQLAlchemy objects that make the most use of method chaining are the Select object and the Query object. For example, a Select object can be assigned two expressions to its WHERE clause as well as an ORDER BY clause by calling upon the where() and order_by() methods:
stmt = select([user.c.name]).\
where(user.c.id > 5).\
where(user.c.name.like('e%').\
order_by(user.c.name)
Each method call above returns a copy of the original Select object with additional qualifiers added.
See also
The N plus one problem is a common side effect of the lazy load pattern, whereby an application wishes to iterate through a related attribute or collection on each member of a result set of objects, where that attribute or collection is set to be loaded via the lazy load pattern. The net result is that a SELECT statement is emitted to load the initial result set of parent objects; then, as the application iterates through each member, an additional SELECT statement is emitted for each member in order to load the related attribute or collection for that member. The end result is that for a result set of N parent objects, there will be N + 1 SELECT statements emitted.
The N plus one problem is alleviated using eager loading.
See also
Refers to a function that handles several types at once. In SQLAlchemy, the term is usually applied to the concept of an ORM mapped class whereby a query operation will return different subclasses based on information in the result set, typically by checking the value of a particular column in the result known as the discriminator.
Polymorphic loading in SQLAlchemy implies that a one or a combination of three different schemes are used to map a hierarchy of classes; “joined”, “single”, and “concrete”. The section Mapping Class Inheritance Hierarchies describes inheritance mapping fully.
In the context of SQLAlchemy, the term “released” refers to the process of ending the usage of a particular database connection. SQLAlchemy features the usage of connection pools, which allows configurability as to the lifespan of database connections. When using a pooled connection, the process of “closing” it, i.e. invoking a statement like connection.close(), may have the effect of the connection being returned to an existing pool, or it may have the effect of actually shutting down the underlying TCP/IP connection referred to by that connection - which one takes place depends on configuration as well as the current state of the pool. So we used the term released instead, to mean “do whatever it is you do with connections when we’re done using them”.
The term will sometimes be used in the phrase, “release transactional resources”, to indicate more explicitly that what we are actually “releasing” is any transactional state which as accumulated upon the connection. In most situations, the proces of selecting from tables, emitting updates, etc. acquires isolated state upon that connection as well as potential row or table locks. This state is all local to a particular transaction on the connection, and is released when we emit a rollback. An important feature of the connection pool is that when we return a connection to the pool, the connection.rollback() method of the DBAPI is called as well, so that as the connection is set up to be used again, it’s in a “clean” state with no references held to the previous series of operations.
See also
Refers to a SELECT statement that is embedded within an enclosing SELECT.
A subquery comes in two general flavors, one known as a “scalar select” which specifically must return exactly one row and one column, and the other form which acts as a “derived table” and serves as a source of rows for the FROM clause of another select. A scalar select is eligble to be placed in the WHERE clause, columns clause, ORDER BY clause or HAVING clause of the enclosing select, whereas the derived table form is eligible to be placed in the FROM clause of the enclosing SELECT.
Examples:
a scalar subquery placed in the columns clause of an enclosing SELECT. The subquery in this example is a correlated subquery because part of the rows which it selects from are given via the enclosing statement.
SELECT id, (SELECT name FROM address WHERE address.user_id=user.id)
FROM user
a scalar subquery placed in the WHERE clause of an enclosing SELECT. This subquery in this example is not correlated as it selects a fixed result.
SELECT id, name FROM user
WHERE status=(SELECT status_id FROM status_code WHERE code='C')
a derived table subquery placed in the FROM clause of an enclosing SELECT. Such a subquery is almost always given an alias name.
SELECT user.id, user.name, ad_subq.email_address
FROM
user JOIN
(select user_id, email_address FROM address WHERE address_type='Q') AS ad_subq
ON user.id = ad_subq.user_id
This pattern is where the system transparently keeps track of changes to objects and periodically flushes all those pending changes out to the database. SQLAlchemy’s Session implements this pattern fully in a manner similar to that of Hibernate.
The portion of the SELECT statement which indicates criteria by which rows should be filtered. It is a single SQL expression which follows the keyword WHERE.
SELECT user_account.name, user_account.email
FROM user_account
WHERE user_account.name = 'fred' AND user_account.status = 'E'
Above, the phrase WHERE user_account.name = 'fred' AND user_account.status = 'E' comprises the WHERE clause of the SELECT.


Explorer of life and opportunities, I've sailed the open sea and walked the dusty trail. Now I'm searching for a job that fits. While it remains elusive like the white whale, still I continue the search. Ok all weird literary stuff aside, I am a junior front-end developer searching for a fun and organized environment to continue my career in the development world. Let's talk!
Well, we should probably talk about how weird that got, things just kinda got away from me there. But seriously, I like working in fast paced, learning environments where communication is key and projects are well thought out. I work in PHP, javascript, HTML5, CSS, SASS and Python.
jhdocker [at] gmail.com
336-554-2792
Hi! I'm Jackson. I have a beautiful wife named Sara and three wild dogs. I love to run, scuba dive, ride my bike in the dirt and raise a pint with friends. A healthy work/play balance keeps me sane!
I'm a front-end developer with 1.5 years experience in the field. I am an eager learner and dedicated to a career in this field. I excel in a learning and supportive environment, while maintaining deadlines and company goals. I prefer to work in a team environment as I bring enthusiasm and willingness to work, but I can also work remotely and on an individual basis.


The town surrounding the port is also called La Unión, all within the Gulf of Fonseca waters.
Few yachts visit La Union, as it and nearby Meanguera are reportedly quite dangerous places. Theft is common in La Union, even under the nose of the navy, and we have received reports of boats at anchor having deck gear stolen at night.
The situation has improved recently and it is now regarded as safe to walk around during the day. The development of a new, but small, marina facility 14nm south of La Union has also improved berthing options here.
The port lies 2 miles from the town of La Union.
The Autoridad Maritima Portuaria handle all the clearance procedures for yachts. The AMP representative in La Union city must be contacted by phone to receive an arriving vessel in La Unión. See details below.
Anchor near the navy dock and the port captain will come out on a small boat. The officers are reported to be very professional and friendly. They will advise you to only come ashore through their base for safety.
A departure certificate (zarpe) will be issued by the port captain and this must be shown at subsequent ports.
Last updated December 2014.
New in 2014, Marina Velazul offers easy access to La Union city as it's just a 20 minute drive to downtown shopping with multiple ATM's, banks, 2 high-end supermarkets ("Super Selectos"), all sorts of medical services, veterinary services, hardware stores and logistical and communication support.
The marina itself has a small snack bar with toilets and showers. A laundry service is offered locally. There are small rustic restaurants, neighborhood food markets, bars, a pool-hall, and liquor stores within walking distance of the marina.
The naval base in La Unión city, has a "syncro-lift", and can haul out most cruising sail boats and motor yachts. Marina Velazul can help coordinate this service. Bottom paint and repairs can also be carried out with local sub-contractors.
Last updated December 2014.


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We carry all major brands of cigarettes for your store. Marlboro, Time, Pall Mall, Native, Maverick, Bailey's, Basic, Mistys, and many, many more!


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Class: Concurrent::Promises::ResolvableEvent
- Inherits:
-
Event
- Object
- Synchronization::Object
- AbstractEventFuture
- Event
- Concurrent::Promises::ResolvableEvent
- Includes:
- Resolvable
- Defined in:
- lib/concurrent/promises.rb
Overview
A Event which can be resolved by user.
Instance Method Summary collapse
-
#resolve(raise_on_reassign = true, reserved = false) ⇒ self, false
Makes the event resolved, which triggers all dependent futures.
-
#wait(timeout = nil, resolve_on_timeout = false) ⇒ self, true, false
Behaves as AbstractEventFuture#wait but has one additional optional argument resolve_on_timeout.
-
#with_hidden_resolvable ⇒ Event
Creates new event wrapping receiver, effectively hiding the resolve method.
-
#release ⇒ true, false
included
from Resolvable
On successful release of the reservation.
-
#reserve ⇒ true, false
included
from Resolvable
Reserves the event or future, if reserved others are prevented from resolving it.
Instance Method Details
#resolve(raise_on_reassign = true, reserved = false) ⇒ self, false
Makes the event resolved, which triggers all dependent futures.
1313 1314 1315 |
# File 'lib/concurrent/promises.rb', line 1313 def resolve(raise_on_reassign = true, reserved = false) resolve_with RESOLVED, raise_on_reassign, reserved end |
#wait(timeout = nil, resolve_on_timeout = false) ⇒ self, true, false
Behaves as AbstractEventFuture#wait but has one additional optional argument resolve_on_timeout.
1331 1332 1333 1334 1335 1336 1337 1338 1339 |
# File 'lib/concurrent/promises.rb', line 1331 def wait(timeout = nil, resolve_on_timeout = false) super(timeout) or if resolve_on_timeout # if it fails to resolve it was resolved in the meantime # so return true as if there was no timeout !resolve(false) else false end end |
#with_hidden_resolvable ⇒ Event
Creates new event wrapping receiver, effectively hiding the resolve method.
1320 1321 1322 |
# File 'lib/concurrent/promises.rb', line 1320 def with_hidden_resolvable @with_hidden_resolvable ||= EventWrapperPromise.new_blocked_by1(self, @DefaultExecutor).event end |
#release ⇒ true, false Originally defined in module Resolvable
Returns on successful release of the reservation
#reserve ⇒ true, false Originally defined in module Resolvable
Reserves the event or future, if reserved others are prevented from resolving it. Advanced feature. Be careful about the order of reservation to avoid deadlocks, the method blocks if the future or event is already reserved until it is released or resolved.


3 references to Process
Microsoft.PowerShell.Commands.Utility (3)
commands\utility\Compare-Object.cs (3)
424
Process
(incomingEntry);
438
Process
(null);
486
Process
(null);


I have a very narrow set of skills, which can be summarized as “delving into a language and helping others understand and (sometimes) solve problems involving that language.” That’s too simple, however – because I ultimately seek “the best” language, for my own personal definition of “best.”
I also leave languages behind. While I once knew all the ins and outs of C++, for example, I stopped studying that language after C++98, searching for a language that gave me more.
I have always sought the most powerful languages. For me, the most important aspect of “power” is programmer productivity, and this is predominantly determined by simplicity and clarity. So I seek languages that emphasize simplicity and clarity above all. I am very aware of the cognitive overhead of language features, and the limitations of the human mind in managing complexity. The more of the mind that is used on arbitrary complexity, the less is available to solve the problems at hand. Thus, I seek languages that don’t force the programmer to jump through arbitrary complexity hoops in order to compensate for language decisions that were made for reasons other than “simplest for the programmer.” I’ve found that once I discover the compromises and what they cost – and especially when they cost more than the language benefits, in terms of programmer time and effort – I start losing interest in that language.
Over time, my perception of “the most powerful language” has been a moving and evolving target. When I long ago began working with C++, it seemed like the best combination of features supporting program abstraction while at the same time enabling C programmers to migrate from C (and reuse their C code in the process). C++’s constraint of “backwards compatibility with C” produced both that evolution path and the added complications that slow programmers down. Although I was heavily immersed in C++ during its early years – depending on how you count, I wrote three or four books on the topic and I was on the C++ Standards Committee from its inception and for the first eight years (for selfish reasons: I found it the best way to learn the intricacies of the language) – I did not study the language after the C++98 standard.
Languages like D and Go have emerged to attempt to solve the C++ complexity problem while maintaining the C++ speed of direct hardware connection. I have great admiration for Go, but I personally find the lack of classes to be too limiting. Classes are certainly not the answer to all problems, but there are times when they are an excellent solution and not having them feels overconstrained.
Java brought virtual machines and garbage collection into the mainstream, but in its headlong rush to dominate the programming world it made irrevocable decisions that have slowly but inexorably squeezed it out of most of the very areas it sought to dominate (for example: Applets, J2EE, Jini, and user-interface programming).
I’ve spent a couple of years immersed in Scala (longer in calendar time, but safe to say two years of full immersion) and feel like I have only a surface understanding of that language. I like to think I understand what’s in Atomic Scala, but even then I am unsurprised when someone points out some feature that turns out to have far greater complexity than I thought.
I’ve come to view Scala as a landscape of cliffs – you can start feeling pretty comfortable with the language and think that you have a reasonable grasp of it, then suddenly fall off a cliff that makes you realize that no, you still don’t get it. Scala has been an amazing experiment and a terrifically valuable learning experience for me, but I feel like I put a lot of effort in writing Atomic Scala so as to present the language in a simple fashion while hiding those cliffs (and I don’t feel too comfortable with that realization). The language left me feeling like I would never be able to completely understand it. On top of that, the reliance on the JVM (and its design decisions) adds some of the same needless complexity that encumbers Java.
One of the issues I had with Scala is the constant feeling of being unable to detect whether I just wasn’t “getting” a particular aspect, or if the language was too complex. This is a hard thing to know until you have a deep understanding of a language. A large portion of the Scala community seems quick to declare that yes, you don’t get it. But if you’re considering using Scala, you owe it to yourself to first watch this presentation by Paul Phillips (the video doesn’t show the slides so you need to get them here). Paul makes a compelling argument that he has written more Scala code than anyone (he worked on the compiler for years), and he also shows how broken the language is – while at the same time stating that it’s possible to be very effective with Scala. He also declares that the language is, in fact, too complex. This doesn’t mean you can’t or shouldn’t use Scala, or that you can’t have a perfectly good experience by staying within a self-imposed box of simplicity.
So I investigate these languages and, when I begin to find them too limiting for various reasons, move on. A language in which I might once have been considered an expert, I leave behind and in so doing lose that expertise. But ultimately I can’t tolerate the thought of programmers wasting time understanding and compensating for decisions that were made for efficiency or expedience or anything other than programmer productivity.
What you consider productive may differ from my definition. For me, it’s “How easy is it for the programmer to think about this problem using the programming language? Where does the language get in the way of expressing the solution in the simplest form?”
The one language that has kept calling me during all of my explorations is Python. To me, the philosophy of Python can be summed up like this: “Nothing is more important than simplicity and clarity.” (In 2009, I created the Pycon (Python Conference) T-shirt which said “Elegance Begets Simplicity”). While Python will do its best to be fast and to solve the numerous technical problems faced by programming language designers, it will never do so by compromising simplicity and clarity. Sometimes this means a feature will not appear in the language for a long time, while the community absorbs and understands the problem it’s meant to solve, but when that feature does appear it’s almost always the clearest and simplest way to think about that problem (and if it isn’t, eventually it gets fixed). For example, the new coroutine support in Python 3.5 took over a decade to evolve.
Whenever I’ve had to solve a problem, I’ve always reached for Python because it’s the fastest way to get to a solution. When I consider using one of the other languages I’ve studied, the overhead of development is so much greater that it just doesn’t make sense. And, during my study of organizations I’ve seen how important culture is, and the Python community has done a masterful job of creating a culture and a community, like nothing I’ve seen for any other programming language.
From these realizations, after my current project (collecting all my Java writings into an eBook), my plan is to write “Atomic Python” and to go dwell in the world of Python; it has become clear that this is the right place for me. I still seek an optimal solution for the user-interface problem, and right now the most likely candidate is Elm, precisely because its philosophy follows that of Python (However, right now I don’t understand Elm well enough to have written anything in it, but I do know of one UI designer who uses it exclusively).
My mission is to try to find the most productive language or combination of languages, using my own definition of “most productive,” which is a rather pure pursuit and does not take into account the various corporate contexts and constraints under which many folks must work.


Historijat Filter dijalog
This dialog allows you to restrict which requests are displayed in the History tab.
Polja
The dialog has the following fields:
Metode
The HTTP methods to filter on.
Codes
The HTTP response codes to filter on.
Tagovi
The Tagovi to filter on.
Upozorenja
The types of Upozorenja to filter on.
Zabilješke
Whether the presence or absence of Zabilješke should be filtered on.
URL inc regex
A list of 'include' regex patterns (one per line) - if specified then only those urls that match those patterns will be included.
URL exc regex
A list of 'exclude' regex patterns (one per line) - if specified then any urls that match those patterns will be hidden.
Dostupan preko
Još vidjeti


ProcessCCD¶
-
class
process.process.
ProcessCCD
(instr, flist, instr_cfg=None)¶ Bases:
object
Class for processing CCD data
Attributes Summary
Cosmic ray rejection parameter table
List of filenames to process
Container for storing sorted inputs
Instrument to analyze
Configuration object
Number of files to process
Container for storing which files failed or passed processing
Methods Summary
ACS
(input, i)Run ACS cosmic ray rejection
STIS
(input, i)Run STIS cosmic ray rejection
WFC3
(input, i)Run WFC3 cosmic ray rejection
check_for_artifact
(f[, extname, extnums])Scan the DQ extension for compression artifacts
Run cosmic ray rejection in a parallelized manner.
Convenience method for preparing input lists for different pipelines
sort
()Sort the input files by exposure time and aperture
Attributes Documentation
-
base
¶
-
crrejtab
¶ Cosmic ray rejection parameter table
-
flist
¶ List of filenames to process
-
input
¶ Container for storing sorted inputs
-
instr
¶ Instrument to analyze
-
instr_cfg
¶ Configuration object
- Corresponds to the configuration object stored in the
cfg
attribute
-
num
¶ Number of files to process
-
output
¶ Container for storing which files failed or passed processing
Methods Documentation
-
ACS
(input, i)¶ Run ACS cosmic ray rejection
-
STIS
(input, i)¶ Run STIS cosmic ray rejection
-
WFC3
(input, i)¶ Run WFC3 cosmic ray rejection
-
check_for_artifact
(f, extname='dq', extnums=[1, 2])¶ Scan the DQ extension for compression artifacts
In early ACS images when the option for compressing data was available, there is a possibility of Reed-Solomon decoding errors being incorrectly classified as cosmic rays during the cosmic ray rejection step.
-
cr_reject
()¶ Run cosmic ray rejection in a parallelized manner.
-
format_inputs
()¶ Convenience method for preparing input lists for different pipelines
- Returns
data – A list of lists where each sub-list is a set of files to CR reject
- Return type
-
sort
()¶ Sort the input files by exposure time and aperture
The original input list could potentially contain a mix of subarray formats and exposure times. Attempting to combine images of with different exposure times or subarray formats will raise an error in the calibration pipelines.
To combat this, all of the files are sorted by their exposure time and
CCDAMP
header value. TheCCDAMP
keyword describes the CCD amplifier readout configuration which can be used to match images taken with similar formats for CR rejection.
-


Senior System Administrator
Hexaware Technologies - Dubai, UAE
- Support Service Operations of both Cloud (AWS, Azure, Cloudberry, Office 365) & On-Premise technologies (VMware, Windows Servers, MS Exchange, NetApp Storage, Symantec NetBackup, SEP, FNP, AD & DNS).
- Manage the Infrastructure Managed Services (IMS) and day to day operations to ensure continuous availability on all managed services.
- Managing off-shore project engineers to ensure more than 97% uptime and optimal performance of IT Infrastructure.
- Manage Virtual Infrastructure via VMware VSphere, ESXi & Vcenter. Manage Clusters, ESXi Hosts, VMs, Datastores, DRS, HA, FT, vMotion.
- Support internal customers, Manage clients & third-party vendors from USA, Asia Pacific, Europe, Japan, Middle East, India & Africa for Service Delivery, Incident Management & Software Solutions.
- Ensure IT infrastructure and equipment runs at optimum performance, verifying that departmental Key Performance Indicators (KPIs) and Service Level Agreements (SLAs) are met.
- Manage Azure services including VNet, NSG, VMs, SQL Database, File & Blob Storage, Content Delivery Network (CDN), DNS .
- Migration of Exchange 2010 mailboxes to Office 365. Support Office 365 users via Admin Center.
- Implementation & Management of IT Services as per ITIL framework to meet the needs of Business .
- Support critical production servers and applications with BAU issues.
March 2019 - Present
IT Specialist
Inchcape Shipping Services - Dubai, UAE
- Part of company's Enterprise IT Infrastructure team and responsible for management of Day to day Systems operations and to ensure continuity of business as usual.
- Manage the IT Infrastructure consisting of Datacenter in UK with 280 VMs & 50 Datastores as well as regional servers, serving over 300 offices with over 3000 users globally.
- Manage the Global Enterprise Monitoring service to maintain uptime, continuous availability on all managed services using several monitoring tools such as SolarWinds, HPE Systems Insight Manager (SIM), Amazon CloudWatch.
- Provide remote support for regional Helpdesks across the globe for event, incident & change requests with ServiceDesk.
- Safeguard inbound and outbound email security, protect against targeted attacks, spear phishing, malware, spam and bulk mail with Symantec Email Security.cloud.
- Management & monitoring of AWS services including VPC, EC2, EFS, RDS, S3, SSM, SNS, Route53, CloudFormation, CloudWatch.
- Migration of Legacy systems into the AWS platform using EC2 instances and Cloudberry image backup and restoration on a global scale.
- Management of Exchange Enterprise 2010 with over 3,000 mailboxes worldwide.
- Management of NetApp Filer Disk Storage Health & Volume.
- Administration & System maintenance on Windows, Citrix, VMware, Exchange and AD servers.
- Manage, Monitor and troubleshoot Virtual Infrastructure of over 300 VMs.
- NetApp SnapMirror replication, Snapshot management for VMs, Exchange & SQL Servers.
- Configure and manage backup solutions (Symantec, Cloudberry, Proact) in Global Data Centers, Robocopy, & Tape Libraries, in an Enterprise level.
March 2011 - February 2019
Network Administrator
Cisnets Technologies, Kerala, India
- Provide network administration including LAN troubleshooting and resolution
- Maintenance of desktop computers, including support of hardware, software and peripherals installed
- Operating System installation and Maintenance
- Deployment of Cisco IP Phones & IP Communicator
June 2009 - October 2010
Customer Support Officer
Allsec Technologies Ltd, Tamil Nadu, India
- Handling Outbound & Inbound calls with US customers for the companies’ various clients
- Help Configure and troubleshoot Internet related problems
- Work as a team and achieve goals like C-SAT (Customer satisfaction points), Call quality, Team SLA and AHT (Average Handling time)
- To Research and resolve complaints to ensure customer retention and satisfaction
July 2006 - May 2007
Desktop Administrator
ElectroCare Systems & Services, Kerala, India
- Laptop and Desktop Sales, Maintenance & servicing
- General Desktop User Support for Windows users
- Providing Hardware & network support for clients
- Internet Troubleshooting
- Installation, Configuration & Troubleshooting of Operating System
October 2002 - January 2005


{% assign slab_no = "2" %}
{% assign slab_type = "header" %}
{% capture slab_name %}{{ slab_type }}-{{ slab_no }}{% endcapture %}
We've created the set of components
Create amazing websites
Everything you should need for your website
Slabs Framework
for your next website
Simple, Fast and Responsive
Multiple set of componentes


class CountryUpdateEvent extends CountryCreateEvent
Class CountryUpdateEvent
Methods
|
setIsoAlpha2(mixed $isoAlpha2)
|
from CountryCreateEvent | |
| mixed |
getIsoAlpha2()
|
from CountryCreateEvent |
|
setIsoAlpha3(mixed $isoAlpha3)
|
from CountryCreateEvent | |
| mixed |
getIsoAlpha3()
|
from CountryCreateEvent |
|
setIsocode(mixed $isocode)
|
from CountryCreateEvent | |
| mixed |
getIsocode()
|
from CountryCreateEvent |
|
setLocale(mixed $locale)
|
from CountryCreateEvent | |
| mixed |
getLocale()
|
from CountryCreateEvent |
|
setTitle(mixed $title)
|
from CountryCreateEvent | |
| mixed |
getTitle()
|
from CountryCreateEvent |
|
setArea(int $area)
|
from CountryCreateEvent | |
| int |
getArea()
|
from CountryCreateEvent |
|
__construct($country_id)
|
||
|
setChapo(mixed $chapo)
|
||
| mixed |
getChapo()
|
|
|
setDescription(mixed $description)
|
||
| mixed |
getDescription()
|
|
|
setPostscriptum(mixed $postscriptum)
|
||
| mixed |
getPostscriptum()
|
|
|
setCountryId(mixed $country_id)
|
||
| mixed |
getCountryId()
|
Details
in CountryCreateEvent at line 47
public
setIsoAlpha2(mixed $isoAlpha2)
in CountryCreateEvent at line 57
public mixed
getIsoAlpha2()
in CountryCreateEvent at line 65
public
setIsoAlpha3(mixed $isoAlpha3)
in CountryCreateEvent at line 75
public mixed
getIsoAlpha3()
in CountryCreateEvent at line 83
public
setIsocode(mixed $isocode)
in CountryCreateEvent at line 93
public mixed
getIsocode()
in CountryCreateEvent at line 101
public
setLocale(mixed $locale)
in CountryCreateEvent at line 111
public mixed
getLocale()
in CountryCreateEvent at line 119
public
setTitle(mixed $title)
in CountryCreateEvent at line 129
public mixed
getTitle()
in CountryCreateEvent at line 137
public
setArea(int $area)
in CountryCreateEvent at line 147
public int
getArea()
at line 39
public
__construct($country_id)
at line 47
public
setChapo(mixed $chapo)
at line 57
public mixed
getChapo()
at line 65
public
setDescription(mixed $description)
at line 75
public mixed
getDescription()
at line 83
public
setPostscriptum(mixed $postscriptum)
at line 93
public mixed
getPostscriptum()
at line 101
public
setCountryId(mixed $country_id)
at line 111
public mixed
getCountryId()


This is a webpage to list
my favorite places.
Written at Epicodus
Here
are the places:
Chuck-e-cheese
Round Table
Pizza Hut
Pizza Planet
Little Ceasers
Domino's


KRHub Class Reference
| Inherits from | NSObject |
|---|---|
| Declared in | KRHub.h KRHub.m |
Overview
A KRHub
object can easily become a container of references to other objects or classes, organized in groups. To be able to register themselves with a KRHub
, objects must implement the KRAdapter
protocol. Within a single group there can not be more objects that declare the same type.
– adaptersForGroup:
Returns the list of available registered objects for a specified group.
- (NSMutableDictionary *_Nullable)adaptersForGroup:(NSString *_Nonnull)group
Parameters
group |
The required group. |
|---|
Return Value
A dictionary containing all objects registered for the required group. The dictionary keys are the types, as specified by the objects.
Discussion
Returns the list of available registered objects for a specified group.
Declared In
KRHub.h
– registerAdapter:
Registers a new adapter to the default group.
- (void)registerAdapter:(NSObject<KRAdapter> *_Nonnull)adapter
Parameters
adapter |
The adapter to be registered. The object needs to implement |
|---|
Discussion
Registers a new adapter to the default group.
Declared In
KRHub.h
– adapterForType:
Returns an object of the specified type, if such an object is currently registered in the default group.
- (NSObject<KRAdapter> *_Nullable)adapterForType:(NSString *_Nonnull)type
Parameters
type |
The required object type. |
|---|
Return Value
An object if any is registered, nil
otherwise.
Discussion
Returns an object of the specified type, if such an object is currently registered in the default group.
Declared In
KRHub.h
– registerAdapter:inGroup:
Registeres a new adapter to a specific group
- (void)registerAdapter:(NSObject<KRAdapter> *_Nonnull)adapter inGroup:(NSString *_Nullable)group
Parameters
adapter |
The adapter to be registered. The object needs to implement |
|---|---|
group |
The group to register the adapter into. |
Discussion
Registeres a new adapter to a specific group
Declared In
KRHub.h
– adapterForType:inGroup:
Returns an object of the specified type, if such an object is currently registered in the specified group.
- (NSObject<KRAdapter> *_Nullable)adapterForType:(NSString *_Nonnull)type inGroup:(NSString *_Nullable)group
Parameters
type |
The required object type. |
|---|---|
group |
The required group. |
Return Value
An object if any is registered, nil
otherwise.
Discussion
Returns an object of the specified type, if such an object is currently registered in the specified group.
Declared In
KRHub.h
– registerClass:inGroup:
Registers a class to a specific group and a specific type. Upon requesting a new object from this group and type, a new object of the registered class will be instantiated and returned.
- (void)registerClass:(Class _Nonnull)cclass inGroup:(NSString *_Nullable)group
Parameters
cclass |
The class to register. |
|---|---|
group |
The group to register the call into. |
Discussion
Registers a class to a specific group and a specific type. Upon requesting a new object from this group and type, a new object of the registered class will be instantiated and returned.
Declared In
KRHub.h
– registerClass:
Registers a class to the default group, under a specific type. Upon requesting a new object from this type from the default group, a new object of the registered class will be instantiated and returned.
- (void)registerClass:(Class _Nonnull)cclass
Parameters
cclass |
The class to register |
|---|
Discussion
Registers a class to the default group, under a specific type. Upon requesting a new object from this type from the default group, a new object of the registered class will be instantiated and returned.
Declared In
KRHub.h


BATMAN FOREVER A film review by Matthew Beckwith Copyright 1995 Matthew Beckwith
BATMAN FOREVER is fabulous. It's light years better than either of the first two.
This is an intelligent person's film. Each scene contains many brain ticklers. It's the kind of film that you'll want to rent or buy on video and view over and over.
A great deal of time and energy was obviously spent on set design. The sets are quite intricate, and not as dark as those in the first two films.
A curious, and unexpected, factor in this movie was Jim Carrey's effeminate posturings.  At one point, The Riddler and Two Face actually embrace and kiss. Certainly the gay lobby will not be offended by this film!
The special effects of this version of Batman are comparable to those of the better science fiction films of our time. Batman's frequent flights through the air are quite convincing and awe-inspiring. When The Riddler and Two Face are sucking up the energy from the minds of the populace, it is quite spooky. And when the various bat-vehicles are on the move, it's like being in a roller coaster.
The screenplay and acting are quite good in this film. The plot lines are interesting, some of them deep. Val Kilmer's soul searchings as Bruce Wayne/Batman, with the seductive coaching of Nicole Kidman's Dr. Chase Meridian, are psychologically intriguing, and not overdone. Chris O'Donnell does an excellent job as Robin. Perhaps the only fault with the film is the lack of depth of the two villains. Jim Carrey is campy but not much else; and Tommy Lee Jones is one-dimensional (which is ironic, considering his character).
I highly recommend BATMAN FOREVER. Even if your reaction to the first two was lukewarm, you'll love this one.
-- >From the Desk of Matt Beckwith, Jacksonville, Florida<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


Tox is a generic virtualenv management and test command line tool you can use for:
But it can also be useful in upgrading our codebase to work with Python 3, while still maintaining Python 2.x compat. if that is the boat you currently live in.
[tox]
envlist =
py27, ;create an env with Python 2.7
py34 ;create another env with Python 3.4
[testenv]
;install pytest v2.6.4 to both environments
deps = pytest==2.6.4
;the command tox will issue to execute the tests
commands = py.test
Basic tox.ini config that runs tests with Python 2.7 AND Python 3.4
Just issue the tox command
$ tox
[tox]
envlist =
py27,
py34,
flake8 ; a custom env
[testenv]
;install deps listed in the requirements file.
deps = -rrequirements.txt
commands = py.test
[testenv:flake8] ;this is where we define just the flake8 env
deps = flake8
commands = flake8 project tests setup.py
Now, in addition to running our tests with multiple versions of Python, we are also testing for issues with the code style/formatting.
Just like we can test against multiple versions of python, we can also test against multiple versions of our dependencies. In this case, Django
[pytest] ; pytest configuration. this tox does not use these.
addopts = --reuse-db
DJANGO_SETTINGS_MODULE = tests.settings.test
django_find_project = false
[tox]
envlist =
py27-flake8,
{py27,py34}-django{16,17,18beta} ; use generative list declaration
[testenv]
deps =
django14: Django==1.4.16 ; define the factors used in the generative list declarations above
django15: Django==1.5.11
django16: Django==1.6.8
django17: Django==1.7.1
; Get the beta version which is not yet available on PyPI
django18beta: https://www.djangoproject.com/download/1.8b1/tarball/
-e.
-rrequirements/requirements-base.txt ; Multiple requirements files.
-rrequirements/requirements-test.txt
-rrequirements/requirements-common.txt
commands = ./runtests.py --fast
[testenv:py27-flake8]
deps =
-rrequirements/requirements-codestyle.txt
-rrequirements/requirements-test.txt
commands = ./runtests.py --lintonly
Taken from the current version of unt-libraries/django-name.
The previous config defines 7 environments in which our tests will be run
Documentation: http://tox.readthedocs.org
/


Time Select the variable that indicates the time for this case. Times must be positive. They may indicate standard calendar quantities such as months, or they may be in terms of engineering quantities such as usage cycles. This is not an SPSS time variable.
Counts Optionally select a variable holding the count of instances for this case. If omitted, a count of 1 is assumed.
Failures and Suspensions Optionally specify a variable to indicate the type of the case: failures or suspensions. If a variable is not selected, all cases are assumed to be failures.
Failure Code and Suspension Code Indicate the string that indicates whether the case is a failure or suspension.
• Cases with any other values are discarded from the analysis.
ID Variable Optionally specify a string variable whose value (first case) should be used to label the output.
Chart Title Specify a title for the chart. If the text )ID occurs in the title text and an id variable is specified, the value of that variable will be inserted into the chart title at that point.
Annotation Specify an annotation to appear on the X axis along with the time label. The current date and time are automatically appended to the annotation.
Graph Data Dataset Name Specify a dataset name in order to produce a dataset containing the data plotted in the graph.
Graph Data Sav File Specify a file name, including the sav extension, in order to produce a data file containing the data plotted in the graph. The contents will be the same as the dataset.
Graph Data Text File Specify a file name in order to produce a file in csv format containing the data plotted in the graph.
Text File Mode If creating a text file, specify whether to overwrite previous contents or append to the file. If appending, the structure, including the presence or absence of an id variable, must be the same as the previous contents.
This dialog generates syntax for the STATS WEIBULL PLOT extension command. To display help for this command, run the following syntax:
STATS WEIBULL PLOT /HELP.
The procedure requires the Python Essentials
and the STATS WEIBULL PLOT extension command. Note that installing the extension
requires an extra step to set up the chart template file. See the instructions in
the extension readme file for details.
ęCopyright IBM Corp. 2012, 2016


{% macro video_item(idx, video) -%}
{% trans videos=url('flicks.videos.recent') %} Nothing matching that yet, but we're sure people are working on it! Why not check these videos in the meantime. {% endtrans %}
{{ award.submitter_name }}, {{ award.submitter_country }}


Nusrat Jahan now feeling better, discharged, says Kolkata hospital
Jahan was released after her health condition showed significant improvement, a senior official of the hospital said.
by Express News ServiceA day after being admitted to a private hospital in the city with complaints of respiratory trouble, actress and TMC MP Nusrat Jahan was discharged on Monday evening.
Sources at the hospital on EM Bypass said the Basirhat MP came with respiratory problems around 9:30pm, after which she was admitted to Intensive Care Unit.
Jahan was released after her health condition showed significant improvement, a senior official of the hospital said.
“She will be under medication and needs rest,” he said.
Sources said that Jahan and her husband Nikhil Jain had celebrated his birthday on Sunday, after which she suddenly fell sick as she had taken an overdose of medicine.
Jahan will not be able to attend the 26-day-long winter session of the Parliament that commenced from Monday.
The actress had won this year’s Lok Sabha elections from Basirhat by a margin of over three lakh votes.


{% if switcher and switcher.json_url %} {# Add rst-badge after rst-versions for small badge style. #}


SMS send
send
SMS send list
SMS received
call_received
SMS send list
Balance
account_balance
SMS send list
Send statistic
call_made
Received statistic
call_received


{% extends "layout.html" %} {% block page_title %} GOV.UK prototyping kit {% endblock %} {% block content %} ALPHA This is a new service – your feedback will help us to improve it. Back to NOSE-P code(s) Select your site's activity Energy Production and processing of metals Minerals Chemicals Waste management Other industries {% endblock %}
ALPHA This is a new service – your feedback will help us to improve it.


JET (Java Econometrics Toolkit) aims to provide a Java-based high-quality open-source (under a commercially-friendly license) collection of econometrics tools.
The jet-regression
module includes:
The jet-hypothesis
module includes:
We are very grateful to Professor James MacKinnon of Queen's University, Ontario, for making available the results of his research papers and associated Fortran code on rejection values, which formed the basis for the Java port of the estimators.


{% extends "layout.html" %} {% block pageTitle %} GOV.UK prototyping kit {% endblock %} {% block content %} {% import "release2-2/elements.html" as elements %} {% for page in data %} {% for question in page.checkAnswersFull %} {{ elements.yscBanner(page,question) }} Check your answers Helper details You do not have someone helping you fill in this application Change your answers About you Full name Mr name middle name Last name National Insurance number JA123123A Date of birth 12/12/1987 Change your answers Your contact details Your address My address LS1 1LL Phone number Alternative phone number Change your answers How you want to be contacted Text message updates No Get decision letter in alternative format No Get a copy of your completed application to be posted to you No Change your answers Nationality and where you live Your nationality British Living in England, Scotland or Wales? Yes Have you been out of the country for more than 4 weeks in the last 3 years? No Change your answers Where you are now You are currently not staying in a hospital, a care or nursing home, sheltered housing, a residential college, a hospital or a hospice Change your answers Payments from abroad Have you or any of your close family worked abroad or been paid benefits from outside the United Kingdom? No Change your answers Professionals who know about your condition You do not agree to us contacting professionals who will share information about your condition with us Change your answers Your conditions and disabilities Condition 1 Name of condition My only condition How long has it affected you just a moment ago Change your answers Your medications You are currently not taking any medications Change your answers Your treatments and therapies You are currently are having no or not planned to have any treatment or therapy. Change your answers Side effects You do not get any side effects from your medication, treatment or therapy Change your answers Monitoring your condition You do not have a condition that needs to be monitored.     Change your answers {{ elements.submit(page,question) }} {% endfor %} {% endfor %} {% endblock %}
You do not have someone helping you fill in this application
You are currently not staying in a hospital, a care or nursing home, sheltered housing, a residential college, a hospital or a hospice
You do not agree to us contacting professionals who will share information about your condition with us
You are currently not taking any medications
You are currently are having no or not planned to have any treatment or therapy.
You do not get any side effects from your medication, treatment or therapy
You do not have a condition that needs to be monitored.
Your condition does not affect you moving around your home
Your condition does not affect your sight
Your condition does not affect your hearing
Your condition does not affect your speech
Your condition does not affect you using the toilet
Your condition does not affect you washing yourself
Your condition does not affect you getting dressed or changed
Your condition does not affect you making a hot meal from fresh ingredients.
Your condition does not affect you eating or drinking
Your condition does not affect you getting out or walking about
Your condition does not affect you mixing with people
Your condition does not affect you planning a local journey
Your condition would not affect you following a route.
Your condition does not affect you understanding written information
Your condition does not affect you dealing with money


Java Accessibility Guide > Java Accessibility API (JAAPI) Programmer's Guide > Accessibility Enhancements in the Java SE 5.0
The features described here were introduced in Java SE 5. These features are also part of subsequent releases of the Java platform. Many of these additions were made to maintain compatibility between the Java Accessibility API and the GNOME Accessibility Framework, described at http://projects.gnome.org/accessibility/
Class AccessibleAction contains the following new constant:
Class AccessibleContext contains the following new constants:
Class AccessibleRelation contains the following new constants:
Class AccessibleRole contains the following new constants:
Class AccessibleState contains the following new constants:
Class AccessibleText contains the following new constants:
The following new classes and interfaces have been added to the Java Accessibility API:
Interface AccessibleExtendedText provides support for braille and screen reader review mode.
Interface AccessibleStreamable provides a stream interface to raw data based on mime type.
This release provides accessibility support for spinners and progress monitors in Swing.


| SPSE-School Personnel Serv Edu |
| C |
13579 |
SPSE |
6080 |
001 |
24M |
3.000 |
Studies in Leadership |
R |
04:30 pm-07:30 pm |
15 |
16 |
-1 |
0 |
0 |
0 |
Donald Snead (P) |
01/17-05/04 |
COE 144 |
|
| NR |
14067 |
SPSE |
6140 |
D01 |
24M |
3.000 |
Teacher Leadership for School Improvement |
|
TBA |
12 |
11 |
1 |
0 |
0 |
0 |
Charles David Milligan (P) |
01/17-05/04 |
TBA TBA |
Distance Learning and Distance Education Fee-GR and College of Educ Course Fee |
| NR |
11171 |
SPSE |
6210 |
001 |
24M |
3.000 |
Legal Issues in Higher Education |
T |
04:30 pm-07:30 pm |
20 |
19 |
1 |
0 |
0 |
0 |
Hilary Joanna Miller (P) |
01/17-05/04 |
COE 249 |
|
| NR |
11180 |
SPSE |
6430 |
001 |
24M |
3.000 |
Introduction to Curriculum Development |
T |
04:30 pm-07:30 pm |
18 |
15 |
3 |
0 |
0 |
0 |
Ashlee Brooke Ensey Hover (P) |
01/17-05/04 |
COE 142 |
College of Educ Course Fee |
| C |
13587 |
SPSE |
6480 |
002 |
24M |
3.000 |
Instructional Excellence in Secondary Schools |
M |
04:30 pm-07:30 pm |
12 |
14 |
-2 |
0 |
0 |
0 |
Marcia G Melton (P) |
01/17-05/04 |
COE 142 |
College of Educ Course Fee |
| C |
13588 |
SPSE |
6540 |
001 |
24M |
3.000 |
Overview of Higher Education |
R |
06:00 pm-09:00 pm |
15 |
18 |
-3 |
20 |
21 |
-1 |
Mike Alan Boyle (P) |
01/17-05/04 |
COE 142 |
|
| NR |
12708 |
SPSE |
6640 |
D02 |
24M |
3.000 |
Microcomputers in the K-12 Educational Setting |
|
TBA |
10 |
9 |
1 |
0 |
0 |
0 |
Michelle G Arnold (P) |
01/17-05/04 |
TBA TBA |
Distance Learning and Distance Education Fee-GR and College of Educ Course Fee |
| C |
12709 |
SPSE |
6640 |
D03 |
24M |
3.000 |
Microcomputers in the K-12 Educational Setting |
|
TBA |
10 |
14 |
-4 |
0 |
0 |
0 |
Michelle G Arnold (P) |
01/17-05/04 |
TBA TBA |
Distance Learning and Distance Education Fee-GR and College of Educ Course Fee |
| C |
12353 |
SPSE |
6800 |
D01 |
24M |
3.000 |
Language and Linguistics for ESL Teachers |
|
TBA |
12 |
13 |
-1 |
0 |
0 |
0 |
Dorothy V Craig (P) |
01/17-05/04 |
TBA TBA |
Distance Learning and Distance Education Fee-GR |
| C |
12743 |
SPSE |
6830 |
D01 |
24M |
3.000 |
Assessment and Evaluation of English Language Learners |
|
TBA |
12 |
13 |
-1 |
0 |
0 |
0 |
Dorothy V Craig (P) |
01/17-05/04 |
TBA TBA |
Distance Learning and Distance Education Fee-GR |
| NR |
13218 |
SPSE |
7010 |
001 |
24M |
3.000 |
Educational Research Methodology |
T |
06:00 pm-09:00 pm |
20 |
6 |
14 |
0 |
0 |
0 |
Ryan S Jones (P) |
01/17-05/04 |
COE 144 |
|
| NR |
12745 |
SPSE |
7130 |
D01 |
24M |
3.000 |
The Curriculum: Structures and Functions |
|
TBA |
14 |
4 |
10 |
0 |
0 |
0 |
Barbara N Young (P) |
01/17-05/04 |
TBA TBA |
Distance Learning and Distance Education Fee-GR |
| C |
13589 |
SPSE |
7540 |
001 |
24M |
3.000 |
Overview of Higher Education |
R |
06:00 pm-09:00 pm |
3 |
3 |
0 |
20 |
21 |
-1 |
Mike Alan Boyle (P) |
01/17-05/04 |
COE 142 |
|
| NR |
12413 |
SPSE |
7720 |
D01 |
24M |
3.000 |
Brain-Based Teaching and Learning in the Classroom |
|
TBA |
14 |
8 |
6 |
0 |
0 |
0 |
Barbara N Young (P) |
01/17-05/04 |
TBA TBA |
Distance Learning and Distance Education Fee-GR |
| NR |
12572 |
SPSE |
7730 |
D01 |
24M |
3.000 |
Human Diversity in a Variety of Learning Environments |
|
TBA |
14 |
5 |
9 |
0 |
0 |
0 |
Michelle G Arnold (P) |
01/17-05/04 |
TBA TBA |
Distance Learning and Distance Education Fee-GR |


From the tent to the fire, it's our coffee you require
Home
Merchandise
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Mugs
Red CC Mug - $9.00
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Shirts
Grey Men's Tees - $12.00
Red Youth's Tee - $10.00
Orange Women's Tank - $11.00


Ruby is a programming language focused on simplicity and productivity. It has an elegant syntax that is natural to read and easy to write. The Ruby programming language is most commonly used with the Ruby on Rails framework.
Ruby and Rails are typically used by younger companies and startups, especially for building interactive web applications. Companies using Ruby and Rails who have hired Epicodus graduates include New Relic, LivingSocial, and SpendWell.
The C# ("C sharp") programming language is most commonly used with the .NET framework. Students who are well-versed in C# programming can use it to create client applications, database applications, distributed components, and much more.
Students who learn C# programming and combine it with their knowledge of the .NET framework can target larger enterprises, government agencies, and companies serving enterprise and government clients for employment.
Companies using C# and .NET who have hired Epicodus graduates include Windsor and Incomm.
CSS is the language for describing the presentation of Web pages, including colors, layout, fonts, and other stylistic choices. It allows one to adapt the presentation to different types of devices, such as large screens, small screens, and printers. HTML — used for building the structure of the page — and CSS — used for the visual layout — are the two basic languages involved in the building of web pages and web applications.


Select a GEDCOM file to see the birth locations of people in your family tree on a map. All of the information in your GEDCOM file is kept in the browser except for birthplaces, which are mapped by the Mapbox Geocoding API. If you refresh the page you will need to select your GEDCOM file again.
If you don't have a GEDCOM file, you can right click and save this GEDCOM file for John F. Kennedy.
| First names | Last names | Birth date | Birthplace | Relevance | Geocoded location |
|---|


Contact name
City
Country
Is Promoted
Maria Anders
Berlin
Germany
Ana Trujillo
Mexico D.F.
Mexico
Antonio Moreno
Mexico D.F.
Mexico
Thimas Hardy
London
UK


class: center, middle # Auto-maintain your package ## Stef Walter ## Tomas Tomecek --- class: center, middle # Who are Stef and Tomas? --- # What's & Why's? * Upstream projects make Linux distributions. * Sadly, distros don't contribute back to upstream much. * A new upstream release may easily break something downstream. -- * Upstream projects have to make signifficant effort to integrate downstream. * Let's be clear: packaging software is not *that* exciting. * Having latest greatest bits integrated with the rest. * That's exciting! --- class: center, middle # How would you like to know if your new upstream release works in Fedora 29 without doing anything? --- # Development happens in upstream * Keep working on the code until it's "good". -- * CI is a development activity. * Developers are responsible for the code to pass tests. -- * You can use the tools you know. * Benefit from the modern development techniques. ??? * Downstream has limited tooling, upstream has all the greatest stuff. * git, github, make, $EDITOR * keep working until all is green --- # Auto-maintain, ehm? * You take care of the content. * We keep dist-git up to date. * Package is still yours. -- * We never land anything broken. * You are doing decisions. * Automation helps with mundane tasks. * You can run the tooling locally. ??? * spec, patches, tarball * spec can be upstream, or forked from upstream * it's gonna be tough to sync the specs --- class: center, middle ![Branching fun](branching.png) --- # Packit * The hardest thing was the name. -- * Opens pull requests with new upstream releases. -- * Brings feedback from downstream to upstream. * Pull requests get downstream check results. -- * Let anyone contribute easily. * I can fork a package and deploy it. ??? * Tell upstream their newest release breaks rawhide or doesn't work with X. * I can test a new upstream feature in Fedora or RHEL. --- # Mockup ![The changes are not good.](failed-fedora-packaging-service.png) --- # Mockup ![Tests passed.](success-fedora-packaging-service.png) --- # Rawhide gating * We need rawhide to be stable! * Let's gate on (at least) core packages. * Everyone can contribute tests. * Side tags. * Workflow? --- # Mockup (forking) ![](deployed.png) --- # Mockup (RHEL integration) ![](rhel-integration.png) --- # How can you help? * Feedback * Become an early adopter * Give us use-cases --- Real Demo: stretch goal --- # Thank you! *
[github.com/user-cont/source-git](https://github.com/user-cont/source-git) *
[github.com/packit-service](https://github.com/packit-service) *
[github.com/TomasTomecek/speaks](https://github.com/TomasTomecek/speaks) *
[@stefthewalter](https://twitter.com/stefthewalter) *
[@TomasTomec](https://twitter.com/TomasTomec)


Let your imagination get blown away with the
colorful flavors and creative concoctions!
Spicy jalapeno bacon ipsum dolor amet shankle shoulder cow tongue filet mignon, beef ham. Turducken tongue venison salami. Jowl kevin sausage, alcatra cow salami leberkas picanha spare ribs.  Frankfurter fatback t-bone flank tri-tip jowl kielbasa biltong prosciutto shoulder.
Pork brisket beef ribs porchetta, t-bone picanha burgdoggen tenderloin pork belly. Shankle porchetta spare ribs, corned beef jowl drumstick beef tongue turkey swine kevin pork jerky pork belly. Porchetta short loin frankfurter ball tip shankle sausage, ribeye meatloaf capicola chuck kevin leberkas sirloin. Cupim pork belly alcatra drumstick. Pork loin pork belly andouille cow, bacon chicken tenderloin pastrami beef strip steak tongue capicola filet mignon. Bacon ham turducken boudin, bresaola strip steak fatback doner turkey prosciutto beef ribs.
Strip steak corned beef frankfurter, jowl andouille shoulder sirloin doner tongue cow beef ground round leberkas jerky. Landjaeger chicken meatball pork belly spare ribs ground round. Pork pork chop strip steak, ham hock short ribs turducken shank.   Pork belly andouille filet mignon, sirloin venison boudin ground round spare ribs rump cow sausage shankle frankfurter tenderloin. Spare ribs meatloaf kevin kielbasa pork chop shank cow t-bone ball tip picanha.
Andouille venison pork loin bacon chuck beef ribs. Beef pancetta strip steak capicola ball tip. Cow pork pork loin turkey corned beef tri-tip alcatra beef ribs tenderloin t-bone frankfurter fatback. Brisket flank burgdoggen short loin, porchetta picanha leberkas biltong boudin chicken capicola turducken pork belly fatback.


mabwiser package¶
Submodules¶
mabwiser.base_mab module¶
| Author: | Atlas |
|---|---|
| Email: |<EMAIL_ADDRESS>|
| Version: | 1.3.0 of February, 12, 2019 |
This module defines the abstract base class for contextual multi-armed bandit algorithms.
-
class
mabwiser.base_mab.
BaseMAB
(rng: mtrand.RandomState, arms: List[NewType.<locals>.new_type])¶ Bases:
object
Abstract base class for multi-armed bandits.
This module is not intended to be used directly, instead it declares the basic skeleton of multi-armed bandits together with a set of parameters that are common to every bandit algorithm.
It declares abstract methods that sub-classes can override to implement specific bandit policies using:
__init__
constructor to initialize the banditadd_arm
method to add a new armfit
method for trainingpartial_fit
method for online learningpredict_expectations
method to retrieve the expectation of each armpredict
method for testing to retrieve the best arm based on the policy
-
rng
¶ The random number generator.
-
arms
¶ The list of all arms.
-
arm_to_expectation
¶ The dictionary of arms (keys) to their expected rewards (values).
-
add_arm
(arm: NewType.<locals>.new_type, binarizer: Callable = None) → NoReturn¶ Introduces a new arm to the bandit.
Adds the new arm with zero expectations and calls the
_uptake_new_arm()
function of the sub-class.
-
fit
(decisions: numpy.ndarray, rewards: numpy.ndarray, contexts: Optional[numpy.ndarray] = None) → NoReturn¶ Abstract method.
Fits the multi-armed bandit to the given decision and reward history and corresponding contexts if any.
-
partial_fit
(decisions: numpy.ndarray, rewards: numpy.ndarray, contexts: Optional[numpy.ndarray] = None) → NoReturn¶ Abstract method.
Updates the multi-armed bandit with the given decision and reward history and corresponding contexts if any.
-
predict
(contexts: Optional[numpy.ndarray] = None) → NewType.<locals>.new_type¶ Abstract method.
Returns the predicted arm.
-
predict_expectations
(contexts: Optional[numpy.ndarray] = None) → Dict[NewType.<locals>.new_type, Union[int, float]]¶ Abstract method.
Returns a dictionary from arms (keys) to their expected rewards (values).
mabwiser.clusters module¶
mabwiser.greedy module¶
mabwiser.linear module¶
mabwiser.mab module¶
mabwiser.neighbors module¶
mabwiser.rand module¶
mabwiser.softmax module¶
mabwiser.thompson module¶
mabwiser.ucb module¶
mabwiser.utils module¶
| Author: | Atlas |
|---|---|
| Email: |<EMAIL_ADDRESS>|
| Version: | 1.3.0 of February, 12, 2019 |
This module provides a number of constants and helper functions.
-
mabwiser.utils.
Arm
(x)¶ Arm type is defined as integer, float, or string.
-
class
mabwiser.utils.
Constants
¶ Bases:
tuple
Constant values used by the modules.
-
default_seed
= 123456¶ The default random seed.
-
distance_metrics
= ['braycurtis', 'canberra', 'chebyshev', 'cityblock', 'correlation', 'cosine', 'dice', 'euclidean', 'hamming', 'jaccard', 'kulsinski', 'mahalanobis', 'matching', 'minkowski', 'rogerstanimoto', 'russellrao', 'seuclidean', 'sokalmichener', 'sokalsneath', 'sqeuclidean']¶ The distance metrics supported by neighborhood policies.
-
-
mabwiser.utils.
Num
= typing.Union[int, float]¶ Num type is defined as integer or float.
-
mabwiser.utils.
argmax
(dictionary: Dict[NewType.<locals>.new_type, Union[int, float]]) → NewType.<locals>.new_type¶ Returns the first key with the maximum value.
-
mabwiser.utils.
check_false
(expression: bool, exception: Exception) → NoReturn¶ Checks that given expression is false, otherwise raises the given exception.
-
mabwiser.utils.
check_true
(expression: bool, exception: Exception) → NoReturn¶ Checks that given expression is true, otherwise raises the given exception.
-
mabwiser.utils.
reset
(dictionary: Dict, value) → NoReturn¶ Maps every key to the given value.


A. Just print elements of an array [ 15, -10, 111, 0, 215 ]
in the document.
B. Just print elements of an array [ 15, -10, 111, 0, 215 ]
in different paragraphs.
C. Print elements of an array [ 21, 7, 1, 10, 25 ]
in divs.
D. Print elements of an array [ 21, 7, 1, 10, 25 ]
in vector graphics.
E. Print data from a file in vector graphics.
F.Print elements of an array [ 21, 7, 1, 10, 25, 23,4,14, 22,33,45,51,15,7,27,39,11];
in vector graphics (column-wise).
G.Print data from a file in vector graphics (column-wise).


--- layout: minimal title: "About me" permalink: /about/index.html description: "I love solving difficult problems - People, Process & Technology" ---
I’m a polyglot problem solver! I love solving difficult problems across people, process and technology.
I've got a diverse technical background where I have roots as a Unix sysadmin, and network admin so I appreciate the fundamentals of how things work. From there I've had hands-on experience building solutions in Java, Perl, C#, building tools and open source Maven plugins leading multiple teams & codebases towards Continuous Integration & Continuous Delivery. I also have hands-on experience with deep understanding of the nuances of designing & building effective RESTful APIs from having created and consumed countless APIs for several Online Banking portals. I've explored several interesting areas beyond typical textbook RESTful API design including HATEOAS, resource linking & expansion, effective caching and building for scalability and graceful failure.
I am currently the Architect and Lead for Macquarie Online Banking, where our objective is to make Online Banking as compelling and engaging as possible by making the User Experience the focal point, and using technology and data to surface the right information at the right time.
What I don’t know, I love learning about and learning quickly as you can see by my varied technical history. Most recently, I picked up Natural Language Parsing and wrote the current implementation for a bank where you can now perform intelligent searches like "how much did I spend on groceries between Anzac Day and Boxing Day"!


= {
HIGH_TREASON_RULES "sovereign": [("Did the defendant kill the sovereign?",
"kill"]),
["Did the defendant attempt to kill the sovereign?",
("kill", "attempt"]),
["Did the defendant do bodily harm to the sovereign tending to cause death?",
("bodily harm", "tending to death"]),
["Did the defendant do bodily harm to the sovereign tending to cause destruction?",
("bodily harm", "tending to destruction"]),
["Did the defendant maim the sovereign?",
("maim"]),
["Did the defendant wound the sovereign?",
("wound"]),
["Did the defendant imprison the sovereign?",
("imprison"]),
["Did the defendant restrain the sovereign?",
("restrain"])],
["canada": [("Did the defendant levy war against Canada?",
"levy war"]),
["Did the defendant prepare to levy war against Canada?",
("prepare", "levy war"]),
["Did the defendant assist an enemy at war with Canada?",
("assist warring enemy"]),
["Did the defendant assist an armed force hostily engaged with Canadian Forces?",
("assist hostile force"])]} [
Criminal Code s 46 expert system example
rules_constants.py
This file contains the questions that, once answered, can generate the factual matrix needed to determine whether the defendant committed high treason. The conditional flow is clumsy, but the questions employed that way for now may be useful for GPT-3.5-style prompts at a later point.
facts.py
'''
Generates a factual matrix that can be used to determine whether the facts of
the case make out a particular offence.
'''
At first glance there may be some advantage to having the get_actions() functions return True/False, rather than a list. After all, if any one condition is met, the defendant committed high treason. But this overlooks the fact that a defendant may have committed the same offence through different means. A person who levies war against Canada AND assists a separate armed force hostily engaged with Canadian Forces commits high treason twice. Similarly, a person may have caused the sovereign bodily harm that amounts to both maiming and bodily harm tending to cause death, and can be fairly charged and tried for both offences (albeit not convicted of both, per Stinchcombe.) A list allows the program to record multiple offence instances using fewer passes. Lists save time and ensure the program remains extensible.
def get_sovereign_actions() -> list:
"""
Ask the user questions related to actions against the sovereign.
"""
= []
actions for question in HIGH_TREASON_RULES["sovereign"]:
= input(question[0] + " (yes/no): ")
response if response.lower() == 'yes':
"sovereign", question[1]))
actions.append((
return actions
def get_canada_actions() -> list:
"""
Ask the user questions related to actions against Canada.
"""
= []
actions for question in HIGH_TREASON_RULES["canada"]:
= input(question[0] + " (yes/no): ")
response if response.lower() == 'yes':
"canada", question[1]))
actions.append((
return actions
def high_treason_facts(victim_category) -> list:
"""
Asks the user questions to determine if the facts of the case make out the offence of high treason.
"""
= []
actions
if victim_category.lower() == 'sovereign':
= get_sovereign_actions()
actions elif victim_category.lower() == 'canada':
= get_canada_actions()
actions
return actions
models.py
Once the program gathers this information, it needs a place to store it. The Facts class takes this job on. The version below contemplates a few variables that aren’t in use yet. Because this class is currently being used for just one offence, it only needs to be able to store the victim category and the defendant’s actions.
class Facts:
"""
A basic class capable of handling the minimum facts required for a high
treason offence.
Attributes:
victim_category (str): The name of the victim of the offence.
offence_date (str): The date of the offence.
jurisdiction (str): The jurisdiction in which the offence took place.
actions (list): A list of actions that the defendant took against the
victim.
role (list): A list of roles that the defendant played in the offence.
A Facts object should account for one offence and offender. Any potential
path to a conviction should be represented by a distinct Facts object.
Multiple offences or offenders should be represented by multiple Facts
objects.
"""
def __init__(self,
str,
victim_category: str,
offence_date: str,
jurisdiction: list = None,
actions: list = None
role:
):self.victim_category = victim_category
self.offence_date = offence_date
self.jurisdiction = jurisdiction
self.actions = actions if actions is not None else []
self.role = role if role is not None else []
rules.py
Once the factual matrix is put together, the program calls a rules function on those facts. This function first checks to see if the complainant_key
matches either of the complainant categories in HIGH_TREASON_RULES. If so, the program checks to see if any of the facts attached to that key match the offence facts in HIGH_TREASON_RULES. If so, the function appends them to a list and returns it. If not, the function returns an empty list for the main function to interpret as a null result.
'''
Rules determining whether a factual matrix corresponds to offence elements.
'''
def high_treason_rules(facts):
"""
Checks if the facts of the case make out the offence of high treason.
"""
= [] # create an empty list to hold matches
matches
# Check if any of the actions in the facts are in the list of high treason actions
for action in facts.actions:
= action[0]
complainant_key = action[1]
action_value
if complainant_key in HIGH_TREASON_RULES: # Checks to see if the complainant category lines up with one of the two in HIGH_TREASON RULES
= HIGH_TREASON_RULES[complainant_key]
tuple_list for item in tuple_list:
if action_value == item[1]:
# append the matching item to the list
matches.append(item) return matches # return the list of matches
dev_models.py
These models weren’t used to develop the first few versions of the high treason system, but models like this will be needed to extend the system to other offences. It may be needed to extend the high treason system to account for elements like jurisdiction, punishment, procedure, etc.
class Complainant:
"""
Creates a complainant instance.
"""
def __init__(self, name=None, age=None, category=None):
self.name = name
self.age = age
self.category = category
class Defendant:
"""
Creates a defendant instance. Necessary to the extent that some offences
only apply to defendants with certain characteristics, and to the extent
that some offences will involve multiple defendants who need to be kept
distinct from one another.
"""
def __init__(self, name=None, age=None, liability=None, criminal_record=None):
self.name = name
self.age = age
self.liability = liability
self.criminal_record = criminal_record
input_correction.py
"""
Functions used to process input strings and correct them to a standard format.
"""
# High treason
def standardize_sovereign_names(name):
"""
This function takes a name and standardizes it to 'Sovereign' if it matches any of the known aliases.
"""
= ('queen', 'king', 'queen elizabeth', 'king charles')
known_aliases if name.lower() in known_aliases:
return 'sovereign'
else:
return name
def standardize_canada_names(name):
"""
This function takes a name and standardizes it to 'Canada' if it matches any of the known aliases.
"""
= ('nation of canada', 'canadian people', 'canadian military')
known_aliases if name.lower() in known_aliases:
return 'canada'
else:
return name
# Treason
def treason_location_type(input_string: str) -> str:
"""
This function helps determine whether a string entity is a province or a
federally-regulated territory for the purpose of determining whether a
defendant has committed treason.
"""
= input_string.replace('.', '') # Remove periods from input
input_string
# Dictionary mapping province names, abbreviations and territory names, abbreviations to their corresponding types
= {
locations "alberta": "province",
"ab": "province",
"alta": "province",
"british columbia": "province",
"bc": "province",
"manitoba": "province",
"mb": "province",
"man": "province",
"new brunswick": "province",
"nb": "province",
"newfoundland and labrador": "province",
"nl": "province",
"nova scotia": "province",
"ns": "province",
"ontario": "province",
"on": "province",
"ont": "province",
"prince edward island": "province",
"pei": "province",
"quebec": "province",
"qc": "province",
"que": "province",
"saskatchewan": "province",
"sk": "province",
"sask": "province",
"northwest territories": "canada",
"nt": "canada",
"nwt": "canada",
"nunavut": "canada",
"nu": "canada",
"nvt": "canada",
"yukon": "canada",
"yt": "canada"
}
# Return the corresponding value if the input string is in the dictionary, else return "Unknown"
return locations.get(input_string.lower(), "Unknown")
main.py
This function executes the program. It creates a Facts object by canvassing the minimum number of questions for the offence’s factual matrix. Once created, Facts is passed to the rules set which returns the final result.
The function is limited to high treason as defined in Criminal Code s 46, and thus has this rule set coded into tthe function. Future versions should modularize this rule set call.
def create_facts():
"""
Creates a Facts object that can then be read using the rule base.
"""
print("Please enter the facts of the case:")
= input("Who is the victim? ")
victim_category = standardize_sovereign_names(victim_category)
victim_category = standardize_canada_names(victim_category)
victim_category = Complainant(victim_category)
complainant
= input("Date of the offence (YYYY-MM-DD): ")
offence_date = input("Jurisdiction: ")
jurisdiction
= high_treason_facts(victim_category)
actions
return Facts(complainant.name, offence_date, jurisdiction, actions)
def verify_high_treason(matches):
if matches:
print("High treason committed. Matches:")
for match in matches:
print(match)
else:
print("No offence detected.")
def high_treason_system():
= create_facts()
facts = high_treason_rules(facts)
matches
verify_high_treason(matches)
return matches


{# -*- mode: html -*- #} {% if SERIES_INFO.status in ('obsolete', 'EOL') %}
The {{SERIES_TITLE}} release of OpenStack is no longer supported by the community. For more information about the release, refer to the releases web site.
{% endif %} {% if SERIES_INFO.status == 'obsolete' %}For documentation, please refer to a newer release. The most recently released version is {{RELEASED_SERIES|title}} and the version in development is {{SERIES_IN_DEVELOPMENT|title}}.
{% elif SERIES_INFO.status == 'EOL' %}Minimal documentation is still published here to assist users running this version. For additional documentation, please refer to a newer release. The most recently released version is {{RELEASED_SERIES|title}} and the version in development is {{SERIES_IN_DEVELOPMENT|title}}.
{% elif SERIES == RELEASED_SERIES %}This is the latest release. Use the top menu to select a prior release if needed.
{% elif SERIES_INFO.status == 'extended-maintenance' %}This is an old release in extended maintenance. Use the top menu to select a different release if needed.
{% elif SERIES_INFO.status == 'maintained' %}This is not the latest release. Use the top menu to select a different release if needed.
{% elif SERIES_INFO.status == 'development' %}This release is currently under development. Use the top menu to select a different release if needed.
{% endif %}


|
WireIt | ||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
Object | +--WireIt.Layer
WireIt.Layer
Defined in Layer.js
| Field Summary | |
Object |
config
Configuration object of the layer
|
Object |
containers
List of all the WireIt.Container (or subclass) instances in this layer |
Object |
el
Layer DOM element |
Object |
eventAddWire
Event that is fired when a wire is added You can register this event with myTerminal.eventAddWire.subscribe( function(e,params) {} , scope); |
Object |
eventRemoveWire
Event that is fired when a wire is removed You can register this event with myTerminal.eventRemoveWire.subscribe( function(e,params) {} , scope); |
Object |
wires
List of all the WireIt.Wire (or subclass) instances in this layer |
| Constructor Summary | |
WireIt.Layer(<Object> config)
|
| Method Summary | |
WireIt.Container
|
addContainer(<Object> containerConfig)
Instanciate a container given its "xtype": WireIt.Container (default) or a subclass of it. |
WireIt.Wire
|
addWire(<Object> wireConfig)
Instanciate a wire given its "xtype" (default to WireIt.Wire) |
Obj
|
getWiring()
Return an object that represent the state of the layer including the containers and the wires |
void
|
initContainers()
Create all the containers passed as config |
void
|
initWires()
Create all the wires passed in the config |
void
|
onAddWire(<Event> event, <Array> args)
Update the wire list when any of the containers fired the eventAddWire |
void
|
onRemoveWire(<Event> event, <Array> args)
Update the wire list when a wire is removed |
void
|
removeAllContainers()
Remove all the containers in this layer (and the associated terminals and wires) |
void
|
removeContainer(<WireIt.Container> container)
Remove a container |
void
|
render()
Create the dom of the layer and insert it into the parent element |
| Field Detail |
Object config
Object containers
Object el
Object eventAddWire
Object eventRemoveWire
Object wires
| Constructor Detail |
WireIt.Layer(<Object> config)
config
- Configuration object (see the properties)
| Method Detail |
WireIt.Container addContainer(<Object> containerConfig)
containerConfig
- Container configuration object (see WireIt.Container class for details)
WireIt.Wire addWire(<Object> wireConfig)
wireConfig
- Wire configuration object (see WireIt.Wire class for details)
Obj getWiring()
void initContainers()
void initWires()
void onAddWire(<Event> event, <Array> args)
event
- The eventAddWire event fired by the container
args
- This array contains a single element args[0] which is the added Wire instance
void onRemoveWire(<Event> event, <Array> args)
event
- The eventRemoveWire event fired by the container
args
- This array contains a single element args[0] which is the removed Wire instance
void removeAllContainers()
void removeContainer(<WireIt.Container> container)
container
- Container instance to remove
void render()
|
WireIt | ||||||||
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For readability reasons, all if
statements should be formatted the same way:
if
/ elsif
/ else
blockelsif
and else
keywords on the same line as the previous closing curly braceif $is_virtual { # Noncompliant: The brace should be moved to the previous line #... } if $is_virtual { #... } elsif $is_linux { # Noncompliant: 'elsif' should be moved to the previous line #... } else { # Noncompliant: 'else' should be moved to the previous line #... } if $is_virtual { } # Noncompliant: The brace should be moved to the next line
if $is_virtual { #... } elsif $is_linux { #... } else { #... }


Today we played Forbidden Island with our Capstone Teams. It was a lot of fun, I felt and feel comfortable with the team
I'm on. We got off to a rocky start because we misunderstood the instructions and thought we had to increase our flood cards
after each players' turn. I feel like I knew that was incorrect and failed to ask for clarification on the instructions. So
it was sort of like, we each interpreted the rules in our own ways. A little more discussion or questions answered would've
that issue. And of course, I have come to terms with the fact that I DO NOT ask for help or clarification when I should be.
That is something I need to worl on and it should've been listed as a weakness of mine. Instead, I waste time searching for
answers on my own. All in all, I know we are going to win the next time we decide to play because we did a great job planning
and communicating our goals during the course of the game and we did not leave out any of our team members. Even Rae and I had
to double up and play as one player becuase the maximum amount of players is 4. We will work great as team.


How to use your Keys
Import your wallet in zedwallet
- In the running zedwallet client, type I.
- Copy and paste your private spend and view key (Shown above).
- Set a name for your new wallet.
- Specify a strong password to encrypt your wallet with and confirm it by pressing Enter.
- Once done, press Enter. The wallet will then begin synchronizing with the blockchain. Once synchronization is complete, your balance will be updated.
Import your wallet in Nest
Refer to THIS GUIDE.


docker commit
Create a new image from a container’s changes.
More information: home page
- Create an image from a specific container:
docker commit container image:tag
- Apply a `CMD` Dockerfile instruction to the created image:
docker commit --change="CMD command" container image:tag
- Apply an `ENV` Dockerfile instruction to the created image:
docker commit --change="ENV name=value" container image:tag
- Create an image with a specific author in the metadata:
docker commit --author="author" container image:tag
- Create an image with a specific comment in the metadata:
docker commit --message="comment" container image:tag
- Create an image without pausing the container during commit:
docker commit --pause=false container image:tag
- Display help:
docker commit --help


There's a segment of the moviegoing public some theater managers refer to as the Ohmigods. They're young women between the ages of 11 and 15 -- that pre-dating period -- who flock to the cineplexes every Friday night or Saturday afternoon to see the latest Freddie Prinze Jr. or Joshua Jackson film and to discuss their peers. Their comments often sound something like this: "Ohmigod, she is getting so fat!"; "Ohmigod, he looks just like Josh Hartnett!"; "Ohmigod, 'Oops, I Did It Again' is, like, the best song ever!"
The Ohmigods will love "Center Stage," which was clearly designed with them in mind. It has lots of graceful and sometimes teasingly erotic dancing, a variety of attractive youthful stars, and a plot that can be easily followed, even if you spend long stretches of the movie talking to your best friend about how hot Brandon looked in geometry class or how Trina totally embarrassed herself at the party last week.
Screenwriter Carol Heikkinen apparently spent more time studying "42nd Street" and "Gold Diggers of 1933" than she did researching what aspiring ballet dancers actually go through in their struggle to get into the spotlight. So "Center Stage" shamelessly hauls out every trick in the dusty old musical comedy book, from the scolding stage mother who pushes her daughter onto the boards to the chorus girl who miraculously gets to play the lead when the star drops out at the last minute.
Stop me if you've heard this one before: Bright-eyed Jody Sawyer (Amanda Schull) lands a slot at the American Ballet Academy, alongside "everyone who matters in American ballet." Heck, one of her fellow students even gave up the promise of a job at Hooters to go to ABA, so you know it must be something special.
Jody's classmates include Eva (Zoe Saldana), the requisite smart-mouth who violates the dress code and hides her bruised heart; Maureen (Susan May Pratt), who's hailed by everyone as the Next Big Thing; Sergei (Ilia Kulik), the Russian who loves to party; and Charlie (Sascha Radetsky), the nice guy from Seattle who's too shy to tell Jody he's in love with her. So Jody eventually drifts into the arms of vain Cooper Nielsen (Ethan Stiefel), who changes partners as often as he changes leotards.
Does Jody have enormous difficulty fitting in? Does one kid turn out to be bulimic? Does a character tell another, "whatever you feel, just dance it"? Does someone proclaim, "I'm not dancing for them anymore -- I'm dancing for myself"?
You need not see "Center Stage" to correctly guess the answers to those questions.
Most of the cast run into problems convincingly reading their dialogue, but that's not much of a drawback since director Nicholas Hytner routinely stops the story for lengthy, smoothly executed dance sequences that will make any aspiring ballerinas in the audience want to take some extra lessons.
While it's hardly revolutionary, Susan Stroman's choreography is the driving force behind the film, and the main reason to sit through it. Every time the movie threatens to put us to sleep, Stroman throws in a revitalizing scene, such as the Broadway dance class workout underscored by Mandy Moore's bubblegum-pop treasure "Candy" and the Red Hot Chili Peppers' pulse-pounding "Higher Ground."
"Center Stage" wraps up with a supremely weird rock ballet/pantomime that sets the story of "The Red Shoes" first to the dreary music of Michael Jackson, then to the dynamic sounds of Jamiroquoi. It's supposed to be part of a big stage show, although the spectacle includes so many sets and split-second costume changes it could only happen in the movies. The number somehow manages to get a standing ovation from an audience of tough critics. "Center Stage" itself isn't likely to get quite the same response. James Sanford
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A simple HTTP server that provides minimal support of HTTP protocol.
Features:
Download and build from source:
git clone git@github.com:eamars/webserver.git
webhttpd does not need any external dependencies.
Build webhttpd:
make default
Build test
make test
You need to prepare the site package before starting webhttpd server. The site package folder requires site-config to provide basic information for starting a web server.
An example site-config is shown below
# My site
# Server configuration
# Name of current running instance
server_name = My site
# Port to bind
server_port = 80
# dir
default_dir = site-package
# Default pages
default_index_page = /index.html
default_404_page = /404.html
default_favicon_image = /favicon.ico
default_robots_text = /robots.txt
To start the webhttpd server:
./src/webhttpd start site-package
To terminate the webhttp server:
./src/webhttpd stop site-package