Please refer to the errata for this document, which may include some normative corrections.
See also translations.
Copyright © 2013 W3C® (MIT, ERCIM, Keio, Beihang), All Rights Reserved. W3C liability, trademark and document use rules apply.
The bulk of the text of this specification is also available in the WHATWG Web Applications 1.0 specification, under a license that permits reuse of the specification text.
This specification defines an API for persistent data storage of key-value pair data in Web clients.
This section describes the status of this document at the time of its publication. Other documents may supersede this document. A list of current W3C publications and the latest revision of this technical report can be found in the W3C technical reports index at http://www.w3.org/TR/.
The W3C Web Applications Working Group created a Test Suite for this spec and the Implementation Report shows the Web Storage Candidate Recommendation's exit critera has been met.
If you wish to submit bugs regarding this document in a manner that is tracked by the W3C, please submit them via using our public bug database. You can also e-mail feedback to<EMAIL_ADDRESS>(subscribe, archives), or<EMAIL_ADDRESS>(subscribe, archives). All feedback is welcome.
By publishing this Recommendation, W3C expects that the functionality specified in this Web Storage Recommendation will not be affected by changes to DOM4, HTML5 or Web IDL as those specifications proceed to Recommendation.
This document has been reviewed by W3C Members, by software developers, and by other W3C groups and interested parties, and is endorsed by the Director as a W3C Recommendation. It is a stable document and may be used as reference material or cited from another document. W3C's role in making the Recommendation is to draw attention to the specification and to promote its widespread deployment. This enhances the functionality and interoperability of the Web.
This document was produced by a group operating under the 5 February 2004 W3C Patent Policy. W3C maintains a public list of any patent disclosures made in connection with the deliverables of the group; that page also includes instructions for disclosing a patent. An individual who has actual knowledge of a patent which the individual believes contains Essential Claim(s) must disclose the information in accordance with section 6 of the W3C Patent Policy.
The use of the storage mutex to avoid race conditions is currently considered by certain implementors to be too high a performance burden, to the point where allowing data corruption is considered preferable. Alternatives that do not require a user-agent-wide per-origin script lock are eagerly sought after. If reviewers have any suggestions, they are urged to send them to the addresses given in the previous section.
More details regarding this issue are available in these e-mails (as well as numerous others):
This section is non-normative.
This specification introduces two related mechanisms, similar to HTTP session cookies, for storing structured data on the client side. [COOKIES]
The first is designed for scenarios where the user is carrying out a single transaction, but could be carrying out multiple transactions in different windows at the same time.
Cookies don't really handle this case well. For example, a user could be buying plane tickets in two different windows, using the same site. If the site used cookies to keep track of which ticket the user was buying, then as the user clicked from page to page in both windows, the ticket currently being purchased would "leak" from one window to the other, potentially causing the user to buy two tickets for the same flight without really noticing.
To address this, this specification introduces the sessionStorage
IDL attribute.
Sites can add data to the session storage, and it will be accessible
to any page from the same site opened in that window.
For example, a page could have a checkbox that the user ticks to indicate that he wants insurance:
 <input type="checkbox" onchange="sessionStorage.insurance = checked ? 'true' : ''"> I want insurance on this trip.
A later page could then check, from script, whether the user had checked the checkbox or not:
if (sessionStorage.insurance) { ... }
If the user had multiple windows opened on the site, each one would have its own individual copy of the session storage object.
The second storage mechanism is designed for storage that spans multiple windows, and lasts beyond the current session. In particular, Web applications may wish to store megabytes of user data, such as entire user-authored documents or a user's mailbox, on the client side for performance reasons.
Again, cookies do not handle this case well, because they are transmitted with every request.
The localStorage
IDL
attribute is used to access a page's local storage area.
The site at example.com can display a count of how many times the user has loaded its page by putting the following at the bottom of its page:

 You have viewed this page an untold number of time(s).

Each site has its own separate storage area.
All diagrams, examples, and notes in this specification are non-normative, as are all sections explicitly marked non-normative. Everything else in this specification is normative.
The key words "MUST", "MUST NOT", "REQUIRED", "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in the normative parts of this document are to be interpreted as described in RFC2119. For readability, these words do not appear in all uppercase letters in this specification. [RFC2119]
Requirements phrased in the imperative as part of algorithms (such as "strip any leading space characters" or "return false and abort these steps") are to be interpreted with the meaning of the key word ("must", "should", "may", etc) used in introducing the algorithm.
Some conformance requirements are phrased as requirements on attributes, methods or objects. Such requirements are to be interpreted as requirements on user agents.
Conformance requirements phrased as algorithms or specific steps may be implemented in any manner, so long as the end result is equivalent. (In particular, the algorithms defined in this specification are intended to be easy to follow, and not intended to be performant.)
The only conformance class defined by this specification is user agents.
User agents may impose implementation-specific limits on otherwise unconstrained inputs, e.g. to prevent denial of service attacks, to guard against running out of memory, or to work around platform-specific limitations.
When support for a feature is disabled (e.g. as an emergency measure to mitigate a security problem, or to aid in development, or for performance reasons), user agents must act as if they had no support for the feature whatsoever, and as if the feature was not mentioned in this specification. For example, if a particular feature is accessed via an attribute in a Web IDL interface, the attribute itself would be omitted from the objects that implement that interface — leaving the attribute on the object but making it return null or throw an exception is insufficient.
This specification relies on several other underlying specifications.
Many fundamental concepts from HTML are used by this specification. [HTML]
The IDL blocks in this specification are conforming IDL fragments as defined by the WebIDL specification. [WEBIDL]
The construction "a Foo
object", where
Foo
is actually an interface, is sometimes
used instead of the more accurate "an object implementing the
interface Foo
".
The term DOM is used to refer to the API set made available to
scripts in Web applications, and does not necessarily imply the
existence of an actual Document
object or of any other
Node
objects as defined in the DOM Core
specifications. [DOMCORE]
An IDL attribute is said to be getting when its value is being retrieved (e.g. by author script), and is said to be setting when a new value is assigned to it.
The term "JavaScript" is used to refer to ECMA262, rather than the official term ECMAScript, since the term JavaScript is more widely known. [ECMA262]
Storage
interfaceinterface Storage { readonly attribute unsigned long length; DOMString? key(unsigned long index); getter DOMString getItem(DOMString key); setter creator void setItem(DOMString key, DOMString value); deleter void removeItem(DOMString key); void clear(); };
Each Storage
object provides access to a list of
key/value pairs, which are sometimes called items. Keys are
strings. Any string (including the empty string) is a valid
key. Values are similarly strings.
Each Storage
object is associated with a list of
key/value pairs when it is created, as defined in the sections on
the sessionStorage
and localStorage
attributes. Multiple
separate objects implementing the Storage
interface can
all be associated with the same list of key/value pairs
simultaneously.
The length
attribute must return the number of key/value pairs currently
present in the list associated with the object.
The key(n)
method must return the name of the
nth key in the list. The order of keys is
user-agent defined, but must be consistent within an object so long
as the number of keys doesn't change. (Thus, adding or removing a key may change the
order of the keys, but merely changing the value of an existing key
must not.) If n is greater than or equal to the number of key/value pairs
in the object, then this method must return null.
The supported property names on a
Storage
object are the keys of each key/value pair
currently present in the list associated with the object.
The getItem(key)
method must return
the current value associated with
the given key. If the given key does not exist in the list associated with the
object then this method must return null.
The setItem(key, value)
method
must first check if a key/value pair
with the given key already exists in the list
associated with the object.
If it does not, then a new key/value pair must be added to the list, with the given key and with its value set to value.
If the given key does exist in the list, then it must have its value updated to value.
If it couldn't set the new value, the method must throw an
QuotaExceededError
exception. (Setting could fail if,
e.g., the user has disabled storage for the site, or if the quota
has been exceeded.)
The removeItem(key)
method must cause the key/value
pair with the given key to be removed from the
list associated with the object, if it exists. If no item with that
key exists, the method must do nothing.
The setItem()
and removeItem()
methods must be
atomic with respect to failure. In the case of failure, the method
does nothing. That is, changes to the data storage area must either
be successful, or the data storage area must not be changed at
all.
The clear()
method must atomically cause the list associated with the object to
be emptied of all key/value pairs, if there are any. If there are
none, then the method must do nothing.
When the setItem()
, removeItem()
, and clear()
methods are invoked, events
are fired on other Document
objects that can access the
newly stored or removed data, as defined in the sections on the
sessionStorage
and localStorage
attributes.
This specification does not require that the above methods wait until the data has been physically written to disk. Only consistency in what different scripts accessing the same underlying list of key/value pairs see is required.
sessionStorage
attribute[NoInterfaceObject]
interface WindowSessionStorage {
readonly attribute Storage sessionStorage;
};
Window implements WindowSessionStorage;
The sessionStorage
attribute represents the set of storage areas specific to the
current top-level browsing context.
Each top-level browsing context has a unique set of session storage areas, one for each origin.
User agents should not expire data from a browsing context's session storage areas, but may do so when the user requests that such data be deleted, or when the UA detects that it has limited storage space, or for security reasons. User agents should always avoid deleting data while a script that could access that data is running. When a top-level browsing context is destroyed (and therefore permanently inaccessible to the user) the data stored in its session storage areas can be discarded with it, as the API described in this specification provides no way for that data to ever be subsequently retrieved.
The lifetime of a browsing context can be unrelated to the lifetime of the actual user agent process itself, as the user agent may support resuming sessions after a restart.
When a new Document
is created in a browsing
context which has a top-level browsing context,
the user agent must check to see if that top-level browsing
context has a session storage area for that document's
origin. If it does, then that is the
Document
's assigned session storage area. If it does
not, a new storage area for that document's origin must
be created, and then that is the Document
's
assigned session storage area. A Document
's assigned
storage area does not change during the lifetime of a
Document
, even in the case of a nested browsing
context (e.g. in an iframe
) being moved to
another parent browsing context.
The sessionStorage
attribute must return a Storage
object associated with
the Document
's assigned session storage area, if any,
or null if there isn't one. Each Document
object must
have a separate object for its Window
's sessionStorage
attribute.
When a new top-level browsing context is created by cloning an existing browsing context, the new browsing context must start with the same session storage areas as the original, but the two sets must from that point on be considered separate, not affecting each other in any way.
When a new top-level browsing context is created by
a script in an existing
browsing context, or by the user following a link in an
existing browsing context, or in some other way related to a
specific Document
, then the session storage area of the
origin of that Document
must be copied
into the new browsing context when it is created. From that point
on, however, the two session storage areas must be considered
separate, not affecting each other in any way.
When the setItem()
, removeItem()
, and clear()
methods are called on a
Storage
object x that is associated
with a session storage area, if the methods did something, then in
every Document
object whose Window
object's sessionStorage
attribute's Storage
object is associated with the same
storage area, other than x, a storage
event must be fired, as described below.
localStorage
attribute[NoInterfaceObject]
interface WindowLocalStorage {
readonly attribute Storage localStorage;
};
Window implements WindowLocalStorage;
The localStorage
object provides a Storage
object for an
origin.
User agents must have a set of local storage areas, one for each origin.
User agents should expire data from the local storage areas only for security reasons or when requested to do so by the user. User agents should always avoid deleting data while a script that could access that data is running.
When the localStorage
attribute is accessed, the user agent must run the following steps,
which are known as the Storage
object
initialization steps:
The user agent may throw a SecurityError
exception instead of returning a Storage
object if the
request violates a policy decision (e.g. if the user agent is
configured to not allow the page to persist data).
If the Document
's origin is not a
scheme/host/port tuple, then throw a SecurityError
exception and abort these steps.
Check to see if the user agent has allocated a local storage
area for the origin of the Document
of
the Window
object on which the attribute was accessed.
If it has not, create a new storage area for that
origin.
Return the Storage
object associated with that
origin's local storage area. Each Document
object must
have a separate object for its Window
's localStorage
attribute.
When the setItem()
, removeItem()
, and clear()
methods are called on a
Storage
object x that is associated
with a local storage area, if the methods did something, then in
every Document
object whose Window
object's localStorage
attribute's Storage
object is associated with the same
storage area, other than x, a storage
event must be fired, as described below.
Whenever the properties of a localStorage
attribute's
Storage
object are to be examined, returned, set, or
deleted, whether as part of a direct property access, when checking
for the presence of a property, during property enumeration, when
determining the number of properties present, or as part of the
execution of any of the methods or attributes defined on the
Storage
interface, the user agent must first
obtain the storage mutex.
User agents must throw a SecurityError
exception
whenever any of the members of a Storage
object
originally returned by the localStorage
attribute are accessed
by scripts whose effective script origin is not the
same as the origin of
the Document
of the Window
object on which
the localStorage
attribute was
accessed.
This means Storage
objects are neutered
when the document.domain
attribute is used.
storage
eventThe storage
event
is fired when a storage area changes, as described in the previous
two sections (for session
storage, for local
storage).
When this happens, the user agent must queue a task
to fire an event with the name storage
, which does not
bubble and is not cancelable, and which uses the
StorageEvent
interface, at each Window
object whose Document
object has a Storage
object that is affected.
This includes Document
objects that are
not fully active, but events fired on those are ignored
by the event loop until the Document
becomes fully active again.
The task source for this task is the DOM manipulation task source.
If the event is being fired due to an invocation of the setItem()
or removeItem()
methods, the
event must have its key
attribute initialized to the name of the key in question, its oldValue
attribute initialized to
the old value of the key in question, or null if the key is newly
added, and its newValue
attribute initialized to
the new value of the key in question, or null if the key was
removed.
Otherwise, if the event is being fired due to an invocation of
the clear()
method, the event
must have its key
, oldValue
, and newValue
attributes
initialized to null.
In addition, the event must have its url
attribute initialized to
the address of the
document whose Storage
object was affected; and
its storageArea
attribute initialized to the Storage
object from the
Window
object of the target Document
that
represents the same kind of Storage
area as was
affected (i.e. session or local).
[Constructor(DOMString type, optional StorageEventInit eventInitDict)] interface StorageEvent : Event { readonly attribute DOMString key; readonly attribute DOMString? oldValue; readonly attribute DOMString? newValue; readonly attribute DOMString url; readonly attribute Storage? storageArea; }; dictionary StorageEventInit : EventInit { DOMString key; DOMString? oldValue; DOMString? newValue; DOMString url; Storage? storageArea; };
The key
attribute must return the value it was initialized to. When the
object is created, this attribute must be initialized to the empty
string. It represents the key being changed.
The oldValue
attribute must return the value it was initialized to. When the
object is created, this attribute must be initialized to null. It
represents the old value of the key being changed.
The newValue
attribute must return the value it was initialized to. When the
object is created, this attribute must be initialized to null. It
represents the new value of the key being changed.
The url
attribute must return the value it was initialized to. When the
object is created, this attribute must be initialized to the empty
string. It represents the address of the document whose key
changed.
The storageArea
attribute must return the value it was initialized to. When the
object is created, this attribute must be initialized to null. It
represents the Storage
object that was affected.
Because of the use of the storage mutex, multiple browsing contexts will be able to access the local storage areas simultaneously in such a manner that scripts cannot detect any concurrent script execution.
Thus, the length
attribute of a Storage
object, and the value of the
various properties of that object, cannot change while a script is
executing, other than in a way that is predictable by the script
itself.
User agents should limit the total amount of space allowed for storage areas.
User agents should guard against sites storing data under the origins other affiliated sites, e.g. storing up to the limit in a1.example.com, a2.example.com, a3.example.com, etc, circumventing the main example.com storage limit.
User agents may prompt the user when quotas are reached, allowing the user to grant a site more space. This enables sites to store many user-created documents on the user's computer, for instance.
User agents should allow users to see how much space each domain is using.
A mostly arbitrary limit of five megabytes per origin is recommended. Implementation feedback is welcome and will be used to update this suggestion in the future.
A third-party advertiser (or any entity capable of getting content distributed to multiple sites) could use a unique identifier stored in its local storage area to track a user across multiple sessions, building a profile of the user's interests to allow for highly targeted advertising. In conjunction with a site that is aware of the user's real identity (for example an e-commerce site that requires authenticated credentials), this could allow oppressive groups to target individuals with greater accuracy than in a world with purely anonymous Web usage.
There are a number of techniques that can be used to mitigate the risk of user tracking:
User agents may restrict access to the localStorage
objects to scripts
originating at the domain of the top-level document of the
browsing context, for instance denying access to the
API for pages from other domains running in
iframe
s.
User agents may, if so configured by the user, automatically delete stored data after a period of time.
For example, a user agent could be configured to treat third-party local storage areas as session-only storage, deleting the data once the user had closed all the browsing contexts that could access it.
This can restrict the ability of a site to track a user, as the site would then only be able to track the user across multiple sessions when he authenticates with the site itself (e.g. by making a purchase or logging in to a service).
However, this also reduces the usefulness of the API as a long-term storage mechanism. It can also put the user's data at risk, if the user does not fully understand the implications of data expiration.
If users attempt to protect their privacy by clearing cookies without also clearing data stored in the local storage area, sites can defeat those attempts by using the two features as redundant backup for each other. User agents should present the interfaces for clearing these in a way that helps users to understand this possibility and enables them to delete data in all persistent storage features simultaneously. [COOKIES]
User agents may allow sites to access session storage areas in an unrestricted manner, but require the user to authorize access to local storage areas.
User agents may record the origins of sites that contained content from third-party origins that caused data to be stored.
If this information is then used to present the view of data currently in persistent storage, it would allow the user to make informed decisions about which parts of the persistent storage to prune. Combined with a blacklist ("delete this data and prevent this domain from ever storing data again"), the user can restrict the use of persistent storage to sites that he trusts.
User agents may allow users to share their persistent storage domain blacklists.
This would allow communities to act together to protect their privacy.
While these suggestions prevent trivial use of this API for user tracking, they do not block it altogether. Within a single domain, a site can continue to track the user during a session, and can then pass all this information to the third party along with any identifying information (names, credit card numbers, addresses) obtained by the site. If a third party cooperates with multiple sites to obtain such information, a profile can still be created.
However, user tracking is to some extent possible even with no cooperation from the user agent whatsoever, for instance by using session identifiers in URLs, a technique already commonly used for innocuous purposes but easily repurposed for user tracking (even retroactively). This information can then be shared with other sites, using using visitors' IP addresses and other user-specific data (e.g. user-agent headers and configuration settings) to combine separate sessions into coherent user profiles.
User agents should treat persistently stored data as potentially sensitive; it's quite possible for e-mails, calendar appointments, health records, or other confidential documents to be stored in this mechanism.
To this end, user agents should ensure that when deleting data, it is promptly deleted from the underlying storage.
Because of the potential for DNS spoofing attacks, one cannot guarantee that a host claiming to be in a certain domain really is from that domain. To mitigate this, pages can use TLS. Pages using TLS can be sure that only the user, software working on behalf of the user, and other pages using TLS that have certificates identifying them as being from the same domain, can access their storage areas.
Different authors sharing one host name, for example users
hosting content on geocities.com
, all share one local
storage object. There is no feature to restrict the access by
pathname. Authors on shared hosts are therefore recommended to avoid
using these features, as it would be trivial for other authors to
read the data and overwrite it.
Even if a path-restriction feature was made available, the usual DOM scripting security model would make it trivial to bypass this protection and access the data from any path.
The two primary risks when implementing these persistent storage features are letting hostile sites read information from other domains, and letting hostile sites write information that is then read from other domains.
Letting third-party sites read data that is not supposed to be read from their domain causes information leakage, For example, a user's shopping wishlist on one domain could be used by another domain for targeted advertising; or a user's work-in-progress confidential documents stored by a word-processing site could be examined by the site of a competing company.
Letting third-party sites write data to the persistent storage of other domains can result in information spoofing, which is equally dangerous. For example, a hostile site could add items to a user's wishlist; or a hostile site could set a user's session identifier to a known ID that the hostile site can then use to track the user's actions on the victim site.
Thus, strictly following the origin model described in this specification is important for user security.
All references are normative unless marked "Non-normative".
For a full list of acknowledgements, please see the HTML specification. [HTML]


Location Name
Andhra Pradesh
POI Name: Sri Lord Venkateswara Temple
POI Address: Giripuram, Nagaram, Andhra Pradesh 522268, India
Andhra Pradesh
POI Name: Sri Padmavathi Ammavari Temple
POI Address: Sannidhi St, Tiruchanur, Tirupati, Andhra Pradesh 517503, India
Chennai
POI Name: Kapaleeshwarar Kovil Kulam Temple Bus Stop
POI Address: Ramakrishna Math Road, Chennai, Tamil Nadu, 600004, India
Chennai
POI Name: Marina Beach
POI Address: Marina Beach, Tamil Nadu, India
Srikalahasti
POI Name: Srikalahasti Temple
POI Address: Srikalahasti, Andhra Pradesh 517644, India
Flight Details
Flight No: 2162
Airline: IndiGo
Airline Code: 6E
Departure Date and Time: 2020-12-04 05:00
Departure Airport:
Departure City & Country:
Departure Terminal:
Arrival Airport: Kempegowda International Airport
Arrival City & Country: Bengaluru, India
Total Travel Time: 2 Hours 40 Min
Delay Time: --
Gate No: T28
Flight Details
Flight No: 7282
Airline: IndiGo
Airline Code: 6E
Departure Date and Time: 2020-12-04 10:40
Departure Airport:
Departure City & Country:
Departure Terminal:
Arrival Airport: Tirupati Airport
Arrival City & Country: Tirupati, India
Total Travel Time: 1 Hours 0 Min
Delay Time: --
Gate No: --
Flight Details
Flight No: 2032
Airline: IndiGo
Airline Code: 6E
Departure Date and Time: 2020-12-07 11:50
Departure Airport:
Departure City & Country:
Departure Terminal:
Arrival Airport: Indira Gandhi International Airport
Arrival City & Country: Delhi, India
Total Travel Time: 3 Hours 0 Min
Delay Time:
Gate No:
Manager Details
Name: Mr.Umesh
Mob No: +91-8072636731
Email:
Placard Details
Name: Mr.Umesh
Details: Mr.Vikram Yadav & Family - Welcome to Tirupati
Company Contact
Name: Mr.Himanshu Goyal
Mob No: +91-7011062091
Email<EMAIL_ADDRESS>Company Contact
Name: Mr.Himanshu Goyal
Mob No: +91-8285634868
Email: jmaatourandtravels@gmail.com


File name
Description
simple_search.php
Shows a basic search implementation without filters.
simple_filters.php
Gives an overview of available filter types.


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Company profile - Canadian Company Capabilities
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KT Canada Corp.
Mailing Address:
2644 Windjammer RdMISSISSAUGA, Ontario
L5L 1T5
Location Address:
2644 Windjammer RdMISSISSAUGA, Ontario
L5L 1T5
Tel.:<PHONE_NUMBER>
Tel.:<PHONE_NUMBER>
Fax:<PHONE_NUMBER>
Logo
Company Profile
Our company in Canada and our sister concerns in North America,
Middle -East and Asia have been a pioneer in the packaging
industry since last 32 years. We provide a complete line of
customized solutions to the Food Packaging Industry, the Second
hand clothing Industry, the Furniture Industry and Automotive
Industry. We provide packaging solutions that increase productivity and lower packaging costs. We are more
than a manufacturer,we are a partner.
As a manufacturing house, KT Canada's focus is customer
application specific and solution oriented. Our manufacturing
facilities are located in the state of Maharashtra, the business
capital of India.
We have the ability to produce yarn and weave our own
material, thereby enabling us to manufacture any construction or
colour.
OUR PRODUCTS
Our products include (PP) fabrics covering a
wide range of specifications and uses. Products can be designed
for virtually any application. Many colours,constructions and
physical properties are available.
NURSERY GROUND COVER AND WINTER PROTECTION
Our nursery ground cover made from 100% UV stabilized
polypropylene fabric is tough enough to resist tears and
punctures. The specially designed fabric is porous, allowing
water permeability while retarding weed growth. While its
lightweight and easy to install, it can withstand the abuse of a
small truck traffic.
NURSERY SHADE CLOTH
A woven polypropylene fabric manufactured to resist tearing and
puncturing will withstand the toughest tests of rain, sunlight
and wind, making it very cost efficient. Our shade cloth
is offered in varying %s to accurately control the amount of
sunlight admitted to plants. Also multi purpose shade cloth
available Patios,Truck tops and privacy.
AGRICULTURAL CURTAINS are ideal for use on poultry houses,hog
houses and green house.extrusion coated polyethylene are
durable and resist puncturing.
POULTRY HOUSE CURTAINS available in any length .The panels may
be seamed togather, taped and or grommeted to fit specific
needs.
BURLAP PRODUCTS: Pecan, Peanut, Rip Rap, Parts, Potato
WEED SCREEN: Smother weeds in lawn and garden High UV, Durable
long lasting, easy to install, porous
SILT FENCE for soil erosion is a woven polypropylene fabric
engineered specifically to stop erosion at onstruction sites.
We also have custom printing,extrusion coated bags, custom size
polywoven bags and much,much , more......
Other products are Bulk Bags/Bale Wrap/ Bags(Feed, Sand, Rice,
Grain). We offer first quality custom printing up to four
colours.
We also make mesh bags- Citrus, Onion, Cabbage, Peanut, Pecan,
Clam, Oyster, Crayfish, Baler Extruded Net, Header.
Our other products include Chritsmas Tree Disposable Bags, Drop
Cloth,Laundry Bags, Lumber Covers,Flexible Suction pipes,
Plastic Shopping bags, Sand bags/Sacks, Shade net, Suit covers,
Vegetable bags.
Full profile
Full profile
Contact information
Company description
326111 - Plastic Bag and Pouch Manufacturing
414330 - Linen, Drapery and Other Textile Furnishings Wholesaler-Distributors
418220 - Other Paper and Disposable Plastic Product Wholesaler-Distributors
Product / Service / Licensing
and households.
products. These sheets come in three colours i.e. BLUE, WHITE,
and CLEAR. Also supplied in rolls of 1000 yards. This Product is
also used by the Packaging Industry.
The Packaging Industry is a major consumer of this product.
beautiful Logo etc.. on them.
exportation. It is avaiable in three colours i.e. Blue, White,
and Clear. The standard size is 54" x 40" in Clear but also comes
in different sizes i.e. 60" x 48", 90" x 150" etc.. and can be
supplied in custom sizes for large orders.
The bags are transparent.
high density plastic cover which protects wood in severe weather
conditions.
UV Stabilizer.(Color : Darkgreen or Black)
Shade 50%,70% and 80% avaliable.
is made of HD Plastic. Avaliable in Green Color in sizes, 1",
1-1/2", 2", 3", and 4".
fluids from one location to another. It is available in dark
blue color and sizes 2", 3", 4" & 6".
called a Suit Pack. It can be custom made for each individual
store. Avaliable in 70, 100 & 150 GSM ( Non-Woven Material ).
14" * 26", color is white with the tie. This product can be
supplied in different sizes or colours.
200 denier in size 30" x 19", 40" X 20 " and 25" X 14".
virtually
limitless. In most cases, however, the non-woven fabric must
meet
highly specific need. Such needs can vary enormously, depending
on the product, the market and the customer. This calls for
close
collaboration between researchers and marketing experts. All of
which is good news for KT Canada Corp. customers since our sales
professionals are extremely knowledgeable in evaluating and
identifying these specific needs... and the creativity of our
research and development group has no limits.
KT Canada Corp. nonwoven fabrics are important components in a
number of
industries notably apparel, absorbant, sporting goods, steel
mills, electrical appliances and transportation.
The vast majority of our industrial products are developed in
partnership with our customers, and sold to them on exclusive
terms. And we are proud to say the attention we give to their
needs provides enormous, long term benefits for all concerned.
retail stores.
protecting the mattress from damage in transit of export. The
Covers/Bags are made of PP woven fabric in all sizes as per the
size of the mattress.
sector. It is commonly used as seeding covers for crops and
garden plants, to increase crop yield. Lightweight and delicate
in texture, they encourage growth in a greenhouse like fashion
while keeping pestat bay. The Material provides substantial
protection against frost and damage from extreme weather. A
further conservation throughthe preservation of soil moisture.
Spunbond nonwoven are agriculturally very economical.
8710-Forage and Feed
8720-Fertilizers
8730-Seeds and Nursery Stock
Technology profile
fabric for the local as well as the international market. PP
Spunbond nonwoven fabric is manufactured on the latest state of
the art German technology "RECOFIL II" Double Beam plant from
Reifenhauser - the world's leader in the field of spunbond
nonwoven manufacturing technology. The Plant has highly
qualified and experienced team of engineers and techicials in
Production, Engineering and Quality Assurance departments.
Market profile
Alliances:
- Sales/Marketing
- Technology
Geographic markets:
Export experience:
- India
- Oman
- South Africa
Sector information
Classification codes
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Contacts
Contact information
Description
Company description
326111 - Plastic Bag and Pouch Manufacturing
414330 - Linen, Drapery and Other Textile Furnishings Wholesaler-Distributors
418220 - Other Paper and Disposable Plastic Product Wholesaler-Distributors
Products, services and licensing
Product / Service / Licensing
and households.
products. These sheets come in three colours i.e. BLUE, WHITE,
and CLEAR. Also supplied in rolls of 1000 yards. This Product is
also used by the Packaging Industry.
The Packaging Industry is a major consumer of this product.
beautiful Logo etc.. on them.
exportation. It is avaiable in three colours i.e. Blue, White,
and Clear. The standard size is 54" x 40" in Clear but also comes
in different sizes i.e. 60" x 48", 90" x 150" etc.. and can be
supplied in custom sizes for large orders.
The bags are transparent.
high density plastic cover which protects wood in severe weather
conditions.
UV Stabilizer.(Color : Darkgreen or Black)
Shade 50%,70% and 80% avaliable.
is made of HD Plastic. Avaliable in Green Color in sizes, 1",
1-1/2", 2", 3", and 4".
fluids from one location to another. It is available in dark
blue color and sizes 2", 3", 4" & 6".
called a Suit Pack. It can be custom made for each individual
store. Avaliable in 70, 100 & 150 GSM ( Non-Woven Material ).
14" * 26", color is white with the tie. This product can be
supplied in different sizes or colours.
200 denier in size 30" x 19", 40" X 20 " and 25" X 14".
virtually
limitless. In most cases, however, the non-woven fabric must
meet
highly specific need. Such needs can vary enormously, depending
on the product, the market and the customer. This calls for
close
collaboration between researchers and marketing experts. All of
which is good news for KT Canada Corp. customers since our sales
professionals are extremely knowledgeable in evaluating and
identifying these specific needs... and the creativity of our
research and development group has no limits.
KT Canada Corp. nonwoven fabrics are important components in a
number of
industries notably apparel, absorbant, sporting goods, steel
mills, electrical appliances and transportation.
The vast majority of our industrial products are developed in
partnership with our customers, and sold to them on exclusive
terms. And we are proud to say the attention we give to their
needs provides enormous, long term benefits for all concerned.
retail stores.
protecting the mattress from damage in transit of export. The
Covers/Bags are made of PP woven fabric in all sizes as per the
size of the mattress.
sector. It is commonly used as seeding covers for crops and
garden plants, to increase crop yield. Lightweight and delicate
in texture, they encourage growth in a greenhouse like fashion
while keeping pestat bay. The Material provides substantial
protection against frost and damage from extreme weather. A
further conservation throughthe preservation of soil moisture.
Spunbond nonwoven are agriculturally very economical.
8710-Forage and Feed
8720-Fertilizers
8730-Seeds and Nursery Stock
Technology
Technology profile
fabric for the local as well as the international market. PP
Spunbond nonwoven fabric is manufactured on the latest state of
the art German technology "RECOFIL II" Double Beam plant from
Reifenhauser - the world's leader in the field of spunbond
nonwoven manufacturing technology. The Plant has highly
qualified and experienced team of engineers and techicials in
Production, Engineering and Quality Assurance departments.
Market
Market profile
Alliances:
- Sales/Marketing
- Technology
Geographic markets:
Export experience:
- India
- Oman
- South Africa


{% load staticfiles %}
So your landlord is trying to evict you for cause. They have given you a warning and are still pressing ahead to evict you. You are going to need some evidence and energy to fight back against your landlord's claims.
Your next step is to apply for dispute resolution through B.C's Residential Tenancy Branch.
You can apply for dispute resolution:
If successful you can get the Residential Tenancy Branch to:
Dispute resolution costs $100. However, this fee may be waived if you submit a Fee Waiver Application along with proof that you have a low income.
Now that you have applied you have 3 calendar days to give your landlord notice of dispute resolution and hearing documents.
There are two ways you can 'serve' these documents to your landlord.
There are rules about how and when a tenant can serve notice to a landlord. For a complete detailed walkthrough of the rules for service go to the B.C Government's Website: HERE
You will need to present evidence at your hearing. This is crucial you need to use evidence to refute your landlord's claims. Examples of evidence you should consider providing include:
If you didn't send evidence with your application you are required to send copies of your evidence to both the Residential Tenancy Branch (RTB) and the other party 14 days before the hearing.
The first page of your evidence package should be an index clearing stating a list of all your evidence along with page numbers.
Your witnesses should come to the hearing. If they can't come in person you'll need to get an expensive sworn statement from a lawyer or notary.
For some reason there are special rules for digital evidence. You'll need to ensure that both the RTB and your landlord can play the digital evidence during the hearing.
You'll need to ask both the landlord and the RTB to tell you if they have the equipment available to play your evidence.
You must also submit the RTB's Digital Evidence Details Form.
You've come a long way. At this point you should have filed with the RTB, served your landlord, and prepared some killer evidence.
The next step is important. We are going to write a written submission to the RTB, together.
Fill out this form, below, and then click the "Next" button to generate a form letter. You can copy and paste it into word if you want to add to it or you can just print it out.
Submit this form as part of your evidence to the RTB.
The decision to evict is a serious one. Given the evidence I presented (summarized below) and the aforementioned background, please delay or cancel this notice to end tenancy.


@*
* Copyright 2023 HM Revenue & Customs
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*@
@import uk.gov.hmrc.cataloguefrontend.users.User
@import uk.gov.hmrc.cataloguefrontend.teams.{ routes => teamRoutes }
@import uk.gov.hmrc.cataloguefrontend.connector.model.TeamName
@this()
@(
user: User,
umpProfileUrl: String
)(implicit
request: RequestHeader
)
@standard_layout(user.username) {
@user.username
Details
@user.displayName.getOrElse("")
@user.primaryEmail
@user.phoneNumber.getOrElse("")
@user.githubUsername match {
case Some(url) =><EMAIL_ADDRESS>case None => {}
}


This document explains how to connect your Intel® Edison with Arduino expansion board to the computer and upload your first sketch.
(:*toc :)
In this tutorial, we assume you're using an Intel®
Edison with an Arduino expansion board. It is assumed that you have already
connected it to the Arduino breakout board, if that is not the case please
follow the tutorial at:
https://software.intel.com/en-us/articles/intel-edison-arduino-expansion-board-assembly
You also need a standard micro USB cable.
Figure 1 – Assembled Intel® Edison with Arduino expansion board.
Figure 2- You’ll need one of these cables.
To upload Arduino sketches the Intel® Edison board must be powered up and connected to your computer.
Find the microswitch in between the USB ports on the expansion board. Switch the microswitch down towards the micro-USB ports, if it isn't already.
Figure 3 - Intel® Edison board with the microswitch switched toward the micro USB ports
Plug in one of the micro-USB cables to the middle USB connector on the expansion board.
Figure 4 - Plug in USB cable to middle port
Plug in other end of the usb cable to your computer.
Figure 5 - Plug the other end of the USB cable into your computer USB port
A green light should light up on the expansion board. If it doesnt check your connection.
Figure 6 - The green power LED should light up
Wait a moment for the board to boot up. You will know that the board is fully initialized when your computer mounts a new drive (much like inserting a SD card into your computer).
Note: If you do not see a new drive, and the LED light (DS1 on the Arduino expansion board) is occasionally turning on and off, it is likely that the DC power supply isn't connected properly.
Open the LED blink example sketch: File > Examples > 1.Basics > Blink. You should see a window similar to the one below.
Figure 7 - Blink example loaded into Arduino IDE
You'll need to select the Intel® Edison in the Tools > Board menu.
Figure 8 - Select Intel® Edison from the Tools>Board menu
Select the serial device of the board from the Tools | Serial Port menu. The easiest way to find what port the board is using is by disconnecting your board, restarting the IDE, and re-opening the menu; the entry that disappears should be the Intel® Edison board. Reconnect the board, restart the IDE, and select that serial port.
The port is likely to be COM3 or higher and is called "Intel Edison Virtual Com Port" in the Device Manager, like in Figure 9. It is NOT "USB Serial Port". COM1 and COM2 are usually reserved for hardware serial ports.
Figure 9 - Select Intel Edison Virtual Com Port (COM#)
Figure 10 - Select COM port from Tools>Serial Port menu is using Windows*
Now the bottom right should match the COM port number of the 'Intel Edison Virtual Com Port (COM#)" from the Device Manager, like in Figure 11.
Figure 11 - The COM number should match the Intel Edison Virtual Com Port (COM#).
The port is likely to be /dev/ttyACM0.
Figure 12 - Select /dev/ttyAMC0 from the Tools>Serial Port menu is using Linux*
The port is likely to be /dev/cu.usbmodemxxxx.
Figure 13 - Select /dev/cu.usbmodemxxxx from the Tools>Serial Port menu is using OS X*
Click the Upload button in the upper left to load and run the sketch on your board.
Figure 14 - Click the Upload button to upload and launch your sketch
You should see a "Done Uploading" and a "Transfer complete" when it has uploaded, like in Figure 15.
Figure 15 - You should see "Transfer complete"
The DS2 LED on your board should now blink with a 1 second delay.
Figure 16 - The DS2 LED should now blink with a 1 second delay.


Third prize is a collection of books for the motivated maker. Includes best-selling titles Makers by Cory Doctorow, The Maker Movement Manifesto: Rules for Innovation in the New World of Crafters, Hackers, and Tinkerers by Mark Hatch, and Invent To Learn: Making, Tinkering, and Engineering in the Classroom by Sylvia Libow Martinez.


Chapter 7 Guidance for Instructors Seeking to Supervise Reproduction Excercises
We expect that a significant fraction of users of this Guide and the SSRP will be students conducting reproductions as part of some type of academic assignment. This chapter identifies possible types of assignments, suggests timeliness and grading strategies, and guides instructors in managing instances where the students would like to remain anonymous but still share their work on the SSRP.
7.1 Possible use cases for instructors
Graduate-level assignment
Advanced masters- or PhD-level courses often feature class assignments where students reproduce published papers to gain familiarity with fundamental concepts, research methods, and applications. In such instances, instructors can recommend students to choose papers from specific sub-fields (e.g., labor economics), journals or curate a list of possible papers. The length of such assignments can vary from a couple of weeks to a semester-long. For shorter timelines, instructors can ask students to conduct reproductions using only analysis data and focusing on the main results. For longer timelines such as semester-long assignments, students can be instructed to reproduce entire papers starting from the raw data. See section 1.2 for a suggested distribution of effort across different lengths of assignments.
Graduate students should expect to spend a significant time at the Robustness stage. Therefore, before beginning the assignment, we advise instructors to clearly communicate if they are seeking for students to focus on expanding the set of feasible robustness checks by identifying analytical choices (see Chapter 5) or on testing and defending the reasonableness of a specific robustness check (which may contain more variations in more than one analytical choice).
Undergraduate thesis
Students can use the platform to carry out a detailed reproduction as part of an undergraduate thesis (see an example here). This project could last anywhere from a few months to an entire year. At the undergraduate level, students should demonstrate an understanding of the paper by identifying its main claims and conducting a detailed assessment of the reproducibility of their associated display items. They should not be expected to have a thorough understanding of the methodology, but they should be able to demonstrate a high-level understanding by identifying the conditions under which the paper’s estimates are valid. In addition, students should dedicate part of the exercise to improving the reproducibility of one or more display items.
Depending on the scope of the paper, examples within reach of an undergraduate thesis include finding and cleaning the raw data, translating code scripts into a different programming language (ideally open source), using dynamic documents, etc. We recommend breaking down the assignment into a proposal stage, where the student scopes and assesses a paper, and an execution stage, where the student carries out improvements and conducts some new robustness checks.
This type of assignment allows students to gain direct research experience and potentially make a meaningful contribution to the field.
Undergraduate course
A third possible format for supervised reproductions can take place in undergraduate studies. In this setting the main goal should be for the student to verify that the reproductions packages “runs” and if not, up to which point. Here undergrads can be expected to understand at a high level the claims of the paper, and attempt to find the estimates that support those claims in the reproduction package. Undergraduate students can also contribute by inspecting the code scripts and identifying potential lines of code where analytical choices (increasing the feasible set of robustness checks). This exercise would give students some exposure to what is under the hood the research papers that are later on presented in their textbooks.
7.2 Paper selection and semester timeline
When setting up a reproduction excercise, Instructors should have one important timeline consideration. Whenever a chosen paper does not have a reproduction package (or has important components missing), the reproducer could try contacting the original authors to obtain the missing materials (see Chapter 8). In this scenario, reproducers should have at least a couple of weeks to hear back from the authors. In this scenario we recomend that instructors assing this excercise at the beggining of the semester, requiring completion of the paper selection stage early in the academic cycle. This way repoducers will have the opportunity to add missing materials or move onto another paper in case of an unsuccessful response from the authors.
7.3 Grading Examples
Once students have completed a reproduction in the Social Science Reproduction Platform (SSRP), they will be able to generate a View-only version of their exercise. This report can be used by instructors to grade their work and provide feedback. Here we provide an example fo how to grade a reproduction exercise as used in previous classes.
The final score, set here on a 0-100 scale, depends on the score of several sub-components. Each on 0-100 scale:
- Submission: full credit if student submits a non-empty reproduction in time.
- All key fields: full credit if non of the most important fields are missing. Important field include, but are not limited to: paper information, reproduction package links, claims summary, claims estimates table, inputs description, display item assessments (particularly subjective scale section), paper-level assessments.
- Paper summary: full credit if the student submits a short summary of the paper. See this section for recommendation on what to focus the summary on.
- Claims: the student presents an accurate and clear summary of the claims to be assessed in one or two sentences (see Chapter 2). To properly score this section, the instructor needs to have previous knowledge of the paper.
- Assessment: there are two possible contributions the student can make to obtain full credit:
- The student assesses multiple claims. Additional credit per additional assessment could be assigned at a decreasing rate (e.g., 50% of the credit for the second assessment, 30% for the third and 20% for the fourth).
- The student conducts a highly thorough assessment of a claim. This can be done by clearly identifying all the inputs (data sources, analysis data and code scripts) and providing a detailed documentation of the reproduction attempt (e.g., how long did it took, where did it break, what are the specific missing pieces).
- The student assesses multiple claims. Additional credit per additional assessment could be assigned at a decreasing rate (e.g., 50% of the credit for the second assessment, 30% for the third and 20% for the fourth).
- Improvement: similar to the assessment scoring, the student can obtain full credit through two types of contributions:
- The student provides multiple types of improvements with a similar credit structure as for multiple assessments.
- The student conducts a highly thorough improvement of a claim. This doing any of the improvements describe in Improvements chapter. A key requirement is that the student clearly documents this improvements (see this section for suggestions on how to do this)
- Future suggestions: in addition to the specific improvements carried out by the student, credit can be assigned for specific suggestions that the student may leave for future reproducers. Full credit should be assigned when the recommendations are concrete and demonstrate that the student performed an in-depth review of the code and data.
- Revise reproduction package: full credit if the student posts a revised reproduction package in a trusted repository. Instructors can verify its existence by clicking on the link provided in the reproduction. If the student used version control software as part of the revised reproduction package, the instructor can easily verify the modifications relative to the original reproduction package by checking the commit history.
- Robustness: similar to assessment and improvement, here the student could obtain full credit from two type of strategies (or a combinations of them):
- The student identifies a large number of original analytical choices in the code files. The definition of “large” should be left to the Instructor, but here we suggest at least 20 original analytical choices (see this section for a distinction between original and non-original analytical choice).
- The student conducts a robustness test by modifying one o more of the analytical choices identified in the paper. Full credit is assign for a clear discussion of the results and their reasonableness.
| Score (example) |
Weights (suggested) |
|
|---|---|---|
| Submitted | 100 | 40% |
| All important fields | 80 | 10% |
| Summary | 100 | 5% |
| Clear claims | 90 | 5% |
| Assessment | 100 | 10% |
| Improvements | 50 | 10% |
| Revise reproduction package | 100 | 5% |
| Specific suggestions for improvements | 0 | 5% |
| Robustness | 100 | 10% |
| Final Score | 87.5 |
7.4 Supporting Annonymous Reproduction Within a Course
When conducting a reproduction as part of a class exercise, it may be the case that some student could prefer to remain anonymous when posting their work on to the SSRP. The platform allows for this option when it comes to filling in the different forms associated with each stage. It does not however, provide a way for reproducers to post revised reproduction packages in an anonymous way (all trusted repositories require an identifiable posting user). In this scenario, we advice instructors to create a generic repository for the classroom (e.g. “Reproductions for Econ 270 - Fall 2021”) and deposit each anonymous reproduction in a self contain folder within this repository.
For example if a class has two students who choose the anonymous option, they should share (privately) their revised reproduction package with their instructor and she will post using the following structure:
[Course Name, Semester]
Reproductions for
└── Revised reproduction package for Smith et al. (2019) └── Revised reproduction package for Perez et al. (2019)
Note: when making a revised reproduction package anonymous it is advised that instructors and student avoid using version control software. Even if the current materials are correctly de-identified, the entire version history may still contain identifiers.


Generic brancher based on view and value selection
[Programming actors]
Classes | |
| class | Gecode::PosValChoice< Val > |
| Choice storing position and value More... | |
| class | Gecode::ViewValNGL< View, Val, pc > |
| View-value no-good literal. More... | |
| class | Gecode::ViewValBrancher< View, n, Val, a, Filter, Print > |
| Generic brancher by view and value selection. More... | |
Modules | |
| Generic merit for branchers based on view and value selection | |
| Generic value commit for brancher based on view and value selection | |
| Generic value selection and value commit for brancher based on view and value selection | |
| Generic value selection for brancher based on view and value selection | |
| Generic view selection for brancher based on view and value selection | |
Functions | |
| template<class View , int n, class Val , unsigned int a> | |
| void | Gecode::postviewvalbrancher (Home home, ViewArray< View > &x, ViewSel< View > *vs[n], ValSelCommitBase< View, Val > *vsc, BranchFilter< typename View::VarType > bf, VarValPrint< typename View::VarType, Val > vvp) |
| Post view value brancher. |
Detailed Description
Implements view-based brancher for an array of views and value.
Function Documentation
template<class View , int n, class Val , unsigned int a>
| void Gecode::postviewvalbrancher | ( | Home | home, | |
| ViewArray< View > & | x, | |||
| ViewSel< View > * | vs[n], | |||
| ValSelCommitBase< View, Val > * | vsc, | |||
| BranchFilter< typename View::VarType > | bf, | |||
| VarValPrint< typename View::VarType, Val > | vvp | |||
| ) | [inline] |
Post view value brancher.
Definition at line 341 of file view-val.hpp.


If you're a League of Legends player, you might have wondered whether using the D or F key for flash is better. This has been a debate in League of Legends since the beginning, and it's time we find out the truth. The D or F? website is designed to show you which player is superior: The summoner who uses D for flash or the summoner who uses F for flash.


WITNESS LIST Revenue & Public Education Funding, Select Committee April 10, 1997-11:00A Proposed Draft on HJR 4 On: Nance, James (Legislative Council) School Finance- General On: Anderson, David (TX Education Agency) Dunn, David (Legislative Budget Bd.) Wisnoski, Joe (TX Education Agency)


@eris/image
Compare a before and after image in various colorspaces. Examines the first column of pixel values.


This test checks that bug 50568 is fixed. It runs logSrc test as found in the test plugin which prints the src attribute to stdout. If the bug is present, the logSrc attrbitute that triggers the test will be lost and nothing will be displayed on screen. Upon success, this test should display the src attribute.