Registry as a pull through cache
Estimated reading time: 3 minutesUse-case
If you have multiple instances of Docker running in your environment, such as multiple physical or virtual machines all running Docker, each daemon goes out to the internet and fetches an image it doesn’t have locally, from the Docker repository. You can run a local registry mirror and point all your daemons there, to avoid this extra internet traffic.
Alternatives
Alternatively, if the set of images you are using is well delimited, you can simply pull them manually and push them to a simple, local, private registry.
Furthermore, if your images are all built in-house, not using the Hub at all and relying entirely on your local registry is the simplest scenario.
Gotcha
It’s currently not possible to mirror another private registry. Only the central Hub can be mirrored.
Solution
The Registry can be configured as a pull through cache. In this mode a Registry responds to all normal docker pull requests but stores all content locally.
How does it work?
The first time you request an image from your local registry mirror, it pulls the image from the public Docker registry and stores it locally before handing it back to you. On subsequent requests, the local registry mirror is able to serve the image from its own storage.
What if the content changes on the Hub?
When a pull is attempted with a tag, the Registry checks the remote to ensure if it has the latest version of the requested content. Otherwise, it fetches and caches the latest content.
What about my disk?
In environments with high churn rates, stale data can build up in the cache. When running as a pull through cache the Registry periodically removes old content to save disk space. Subsequent requests for removed content causes a remote fetch and local re-caching.
To ensure best performance and guarantee correctness the Registry cache should
be configured to use the filesystem
driver for storage.
Run a Registry as a pull-through cache
The easiest way to run a registry as a pull through cache is to run the official
Registry image.
At least, you need to specify proxy.remoteurl
within /etc/docker/registry/config.yml
as described in the following subsection.
Multiple registry caches can be deployed over the same back-end. A single registry cache ensures that concurrent requests do not pull duplicate data, but this property does not hold true for a registry cache cluster.
Configure the cache
To configure a Registry to run as a pull through cache, the addition of a
proxy
section is required to the config file.
To access private images on the Docker Hub, a username and password can be supplied.
proxy:
remoteurl: https://registry-1.docker.io
username: [username]
password: [password]
Warning: If you specify a username and password, it’s very important to understand that private resources that this user has access to Docker Hub is made available on your mirror. You must secure your mirror by implementing authentication if you expect these resources to stay private!
Warning: For the scheduler to clean up old entries,
delete
must be enabled in the registry configuration. See Registry Configuration for more details.
Configure the Docker daemon
Either pass the --registry-mirror
option when starting dockerd
manually,
or edit /etc/docker/daemon.json
and add the registry-mirrors
key and value, to make the change persistent.
{
"registry-mirrors": ["https://<my-docker-mirror-host>"]
}
Save the file and reload Docker for the change to take effect.
registry, on-prem, images, tags, repository, distribution, mirror, Hub, recipe, advancedSome log messages that appear to be errors are actually informational messages.
Check the
level
field to determine whether the message is warning you about an error or is giving you information. For example, this log message is informational:time="2017-06-02T15:47:37Z" level=info msg="error statting local store, serving from upstream: unknown blob" go.version=go1.7.4
It’s telling you that the file doesn’t exist yet in the local cache and is being pulled from upstream.


Credits:
Most of the source code inthis project originates from some changed
code from the Spambayes (spambayes.sourceforge.net) project.
As of now the portion of the code that takes from the Spambayes project is :
Dibbler.py
pop3_proxy.py (with modifications)
smtp_proxy.py (with modifications)
For those particular files the Python Software Foundations (PSF) owns
the copyright. Additionally the files are licensed under the PSF
licence.


The droppable plugin allows you to add drag and drop support to any DOM element.
I'm a drop target
I'm the draggable


iLight 2017 was extremely popular with the youth of Singapore. Open for a month from 3rd to 26th March at Marina Bayfront, it was thronged by youngsters looking for a chance to escape the monotone of their lives and experience a plethora of colors. Many took to instagram to show their creative side with photos. Thus, we were extremely interested if we could capture this phenomenon.
As such, our question was:
“Can we see trends for iLight 2017 through Instagram?”
Our data came from public accounts in Instagram. Instragram does not provide an official API for us to use, thus we used a nodejs wrapper to simulate a phone making internal API requests to instagram to collect photos with the tag #iLight. The pictures from the data were downloaded and the corresponding pictures data was put into csv format for further classification.
Our data came from public accounts in Instagram. As we had restrictions (explained below), we used a combination of node.js and Instagram API to scrape photos tagged #iLight. Next, comments and date of post was scrapped using javascript and downloaded as a CSV file.
The original CSV file was badly formatted and such was cleaned using R before being reexported. The dates were in time since epoch and thus had to be converted to date format. Thee photographs were manually sorted according to number of people, time of day and the exhibit based on the iLight festival map.
There were a total of 21 exhibits for iLight, and we first wanted to find which ones were the most popular to take photos with. After manually sorting the data based on the iLight Festival Map, we simply needed to collate the data. We used a bubble chart to get a quick reference
Horizontal interference is the clear winner, however, notice the large bubble of photos taken at the Marina. These are photos taken of the Marina, or around raffles and not of the exhibit itself.
Do people tend to take photos of themselves or the exhibit when they visit? This was the next question we focused on, our groups of study would be:
Single Male and Female do not refer to the poser's relationship status, but rather the number of people in the picture. After manually sorting the data, we used a treemap based on the proportion of photos, along with a further metric of when the photo was taken.
Surprisingly, most of the photos were taken without anyone in the frame! You'll also notice that there were quite a few photos taken during the time. While some of these were from iLight, a majority were around the Marina Bay itself.
The next thing we wanted to understand was what kind of color did people have in their photos. This helps in understanding what sort of feel people get from an event like iLight, and what reflects in their photos. We first found the average color of each photo and then sorted the photos by the Hue value in the HSL color range.
Unsurprisingly, much of the photos or nearly 60%, had an average hue of blue or purple. These breakpoints were calculated manually. While, the majority of the iLight exhibits did not have blue or purple in their artwork. The popular ones, like Horizontal Interference and Ocean Pavillion did. Other than this, another reason is Gastrobeats, whose signboard was purple and quite a number of photos.
Trying to explain the popularity of an exhibit is quite hard, because it is a qualititative measure rather than a quantitative one. Rather, we looked to see if there were specific reasons as to why some exhibits might be less or more popular than others. One perculiar thing we noticed was that some exhibits were only open on weekends, while others were open throughout the week. This could reduce the chances of people experiencing that exhibit which would lead to less photos for it. To see if photos of these exhibits (artbox, artzoo) were indeed only posted on weekends, we plot an interactive faceted graph based on day and exhibit.
Hover over the histogram and the piechart to see visualisations for the specific day/exhibit.
Words give meaning and context where mere pictures cannot. They give us an insight to how the author of the picture was feeling when he/she posted the photo. As such it is a pretty accurate description of how iLight was received as a whole. We parsed through the captions of all the photos and came up with the most frequently used words that were used to describe iLight. There were a few more emojis in the chart, however, we were unable to parse them into a meaningful image.


An example of the number modifier. The leading and trailing "|" is used to show that a trim is happening
number


We want to contribute to a world that provides a viable future with enhanced quality of life for everyone.
We do so by creating chemistry for our customers and society and by making the best use of available resources.
We live our corporate purpose "We create chemistry for a sustainable future" by
-Sourcing and producing responsibly,
-Acting as a fair and reliable partner,
-Connecting creative minds to find the best solutions for market needs.
For us, this is what successful business is all about.


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T
- the sender type@NonnullByDefault public interface FunctionalCommandBuilder<T extends CommandSender>
Command
| Modifier and Type | Field and Description |
|---|---|
static String |
DEFAULT_INVALID_ARGUMENT_MESSAGE |
static String |
DEFAULT_INVALID_SENDER_MESSAGE |
static String |
DEFAULT_INVALID_USAGE_MESSAGE |
static String |
DEFAULT_NO_PERMISSION_MESSAGE |
static String |
DEFAULT_NOT_CONSOLE_MESSAGE |
static String |
DEFAULT_NOT_OP_MESSAGE |
static String |
DEFAULT_NOT_PLAYER_MESSAGE |
static String |
DEFAULT_ON_COOLDOWN_MESSAGE |
| Modifier and Type | Method and Description |
|---|---|
default FunctionalCommandBuilder<T> |
assertArgument(int index,
Predicate<String> test)
Tests a given argument with the provided predicate.
|
FunctionalCommandBuilder<T> |
assertArgument(int index,
Predicate<String> test,
String failureMessage)
Tests a given argument with the provided predicate.
|
default FunctionalCommandBuilder<ConsoleCommandSender> |
assertConsole()
Asserts that the sender is instance of ConsoleCommandSender, and sends them the default failure message if
they're not.
|
FunctionalCommandBuilder<ConsoleCommandSender> |
assertConsole(String failureMessage)
Asserts that the sender is instance of ConsoleCommandSender, and sends them the failure message if they're not
|
default FunctionalCommandBuilder<T> |
assertOp()
Asserts that the sender is op, and sends them the default failure message if they're not.
|
FunctionalCommandBuilder<T> |
assertOp(String failureMessage)
Asserts that the sender is op, and sends them the failure message if they don't have permission
|
default FunctionalCommandBuilder<T> |
assertPermission(String permission)
Asserts that the sender has the specified permission, and sends them the default failure message
if they don't have permission.
|
FunctionalCommandBuilder<T> |
assertPermission(String permission,
String failureMessage)
Asserts that the sender has the specified permission, and sends them the failure message if they
don't have permission.
|
default FunctionalCommandBuilder<Player> |
assertPlayer()
Asserts that the sender is instance of Player, and sends them the default failure message if they're not.
|
FunctionalCommandBuilder<Player> |
assertPlayer(String failureMessage)
Asserts that the sender is instance of Player, and sends them the failure message if they're not
|
default FunctionalCommandBuilder<T> |
assertSender(Predicate<T> test)
Tests the sender with the provided predicate.
|
FunctionalCommandBuilder<T> |
assertSender(Predicate<T> test,
String failureMessage)
Tests the sender with the provided predicate.
|
default FunctionalCommandBuilder<T> |
assertUsage(String usage)
Asserts that the arguments match the given usage string.
|
FunctionalCommandBuilder<T> |
assertUsage(String usage,
String failureMessage)
Asserts that the arguments match the given usage string.
|
Command |
handler(FunctionalCommandHandler<T> handler)
Builds this
FunctionalCommandBuilder into a Command instance. |
static FunctionalCommandBuilder<CommandSender> |
newBuilder() |
default FunctionalCommandBuilder<T> |
withCooldown(Cooldown cooldown)
Tests the command attempt against the given cooldown.
|
default FunctionalCommandBuilder<T> |
withCooldown(CooldownCollection<T> cooldown)
Tests the command attempt against the given cooldown.
|
FunctionalCommandBuilder<T> |
withCooldown(CooldownCollection<T> cooldown,
String failureMessage)
Tests the command attempt against the given cooldown.
|
FunctionalCommandBuilder<T> |
withCooldown(Cooldown cooldown,
String failureMessage)
Tests the command attempt against the given cooldown.
|
static final String DEFAULT_NO_PERMISSION_MESSAGE
static final String DEFAULT_NOT_OP_MESSAGE
static final String DEFAULT_NOT_PLAYER_MESSAGE
static final String DEFAULT_NOT_CONSOLE_MESSAGE
static final String DEFAULT_INVALID_USAGE_MESSAGE
static final String DEFAULT_INVALID_ARGUMENT_MESSAGE
static final String DEFAULT_INVALID_SENDER_MESSAGE
static final String DEFAULT_ON_COOLDOWN_MESSAGE
static FunctionalCommandBuilder<CommandSender> newBuilder()
default FunctionalCommandBuilder<T> assertPermission(String permission)
permission
- the permission to check forFunctionalCommandBuilder<T> assertPermission(String permission, String failureMessage)
permission
- the permission to check forfailureMessage
- the failure message to send if they don't have permissiondefault FunctionalCommandBuilder<T> assertOp()
FunctionalCommandBuilder<T> assertOp(String failureMessage)
failureMessage
- the failure message to send if they're not opdefault FunctionalCommandBuilder<Player> assertPlayer()
FunctionalCommandBuilder<Player> assertPlayer(String failureMessage)
failureMessage
- the failure message to send if they're not a playerdefault FunctionalCommandBuilder<ConsoleCommandSender> assertConsole()
FunctionalCommandBuilder<ConsoleCommandSender> assertConsole(String failureMessage)
failureMessage
- the failure message to send if they're not consoledefault FunctionalCommandBuilder<T> assertUsage(String usage)
usage
- the usage stringFunctionalCommandBuilder<T> assertUsage(String usage, String failureMessage)
usage
- the usage stringfailureMessage
- the failure message to send if the arguments to not match the usagedefault FunctionalCommandBuilder<T> assertArgument(int index, Predicate<String> test)
null
is passed to the predicate.index
- the index of the argument to testtest
- the test predicateFunctionalCommandBuilder<T> assertArgument(int index, Predicate<String> test, String failureMessage)
null
is passed to the predicate.
"{arg}" and "{index}" will be replaced in the failure message with the index and actual argument value respectively.index
- the index of the argument to testtest
- the test predicatefailureMessage
- the failure message to send if the predicate failsdefault FunctionalCommandBuilder<T> assertSender(Predicate<T> test)
test
- the test predicateFunctionalCommandBuilder<T> assertSender(Predicate<T> test, String failureMessage)
test
- the test predicatefailureMessage
- the failure message to send if the predicate failsdefault FunctionalCommandBuilder<T> withCooldown(Cooldown cooldown)
cooldown
- the cooldownFunctionalCommandBuilder<T> withCooldown(Cooldown cooldown, String failureMessage)
cooldown
- the cooldownfailureMessage
- the failure message to send if cooldown failsdefault FunctionalCommandBuilder<T> withCooldown(CooldownCollection<T> cooldown)
cooldown
- the cooldownFunctionalCommandBuilder<T> withCooldown(CooldownCollection<T> cooldown, String failureMessage)
cooldown
- the cooldownfailureMessage
- the failure message to send if cooldown failsCommand handler(FunctionalCommandHandler<T> handler)
FunctionalCommandBuilder
into a Command
instance.
The command will not be registered with the server until Command.register(ExtendedJavaPlugin, String...)
is called.handler
- the command handlerCopyright © 2017. All rights reserved.


NOTE -- The example programs described in the following sections have been combined and are included in the file alg7.cpp. As in Chapter13, we generally omit output statements from the descriptions of the programs provided here, although they are included in the complete versions.
The C++ Standard Library provides two fundamental sorting algorithms, described as follows:
namespace std { void sort(RandomAccessIterator first, RandomAccessIterator last [, Compare ] ); void stable_sort(RandomAccessIterator first, RandomAccessIterator last [, Compare ] ); }
The std::sort() algorithm is slightly faster, but it does not guarantee that equal elements in the original sequence retain their relative orderings in the final result. If order is important, the std::stable_sort() version should be used.
Because these algorithms require random access iterators, they can be used only with vectors, deques, and ordinary C pointers. Note, however, that the list container provides its own sort() member function.
The comparison operator can be explicitly provided when the default operator < is not appropriate. This is used in the example program to sort a list into descending, rather than ascending order. An alternative technique for sorting an entire collection in the inverse direction is to describe the sequence using reverse iterators.
NOTE -- Another sorting algorithm is provided by the heap operations described in Section 14.7.
The following example program illustrates the std::sort() algorithm being applied to a vector, and the std::sort() algorithm with an explicit comparison operator being used with a deque.
void sort_example() // illustrates the use of the sort algorithm // see alg7.cpp for complete source code { // fill both a vector and a deque // with random integers std::vector<int> aVec(15); std::deque<int> aDec(15); std::generate(aVec.begin(), aVec.end(), randomValue); std::generate(aDec.begin(), aDec.end(), randomValue); // sort the vector ascending std::sort(aVec.begin(), aVec.end()); // sort the deque descending std::sort(aDec.begin(), aDec.end(), greater<int>() ); // alternative way to sort descending std::sort(aVec.rbegin(), aVec.rend()); }
The generic algorithm std::partial_sort() sorts only a portion of a sequence. In the first version of the algorithm, three iterators are used to describe the beginning, middle, and end of a sequence. If n represents the number of elements between the start and middle, then the smallest n elements are moved into this range in order. The remaining elements are moved into the second region. The order of the elements in this second region is undefined.
namespace std { void partial_sort(RandomAccessIterator first, RandomAccessIterator middle, RandomAccessIterator last [ , Compare ]); }
A second version of the algorithm leaves the input unchanged. The output area is described by a pair of random access iterators. If n represents the size of this area, the smallest n elements in the input are moved into the output in order. If n is larger than the input, the entire input is sorted and placed in the first n locations in the output. In either case, the end of the output sequence is returned as the result of the operation.
namespace std { RandomAccessIterator partial_sort_copy (InputIterator first, InputIterator last, RandomAccessIterator result_first, RandomAccessIterator result_last [, Compare ] ); }
Because the input to this version of the algorithm is specified only as a pair of input iterators, the std::partial_sort_copy() algorithm can be used with any of the containers in the C++ Standard Library. In the example program, it is used with a list:
void partial_sort_example() // illustrates the use of the partial sort algorithm // see alg7.cpp for complete source code { // make a vector of 15 random integers std::vector<int> aVec(15); std::generate(aVec.begin(), aVec.end(), randomValue); // partial sort the first seven positions std::partial_sort(aVec.begin(), aVec.begin() + 7, aVec.end()); // make a list of random integers std::list<int> aList(15, 0); std::generate(aList.begin(), aList.end(), randomValue); // sort only the first seven elements std::vector<int> start(7); std::partial_sort_copy(aList.begin(), aList.end(), start.begin(), start.end(), std::greater<int>()); }


Noon–5 pm
Nighttime Activities: 5 pm–8 pm
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(UCLA Parking: $12)
Get ready for the most exciting day of science all year, the seventh annual Exploring Your Universe! This event is free of charge and family friendly!
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public interface QueryResultsProcessor
| Modifier and Type | Interface and Description |
|---|---|
static class |
QueryResultsProcessor.Categorized |
static class |
QueryResultsProcessor.Hidden |
static class |
QueryResultsProcessor.QRPOptions
Results processing options
|
static class |
QueryResultsProcessor.SortOrder |
| Modifier and Type | Method and Description |
|---|---|
void |
addColumn(String name)
Convenience method to add an unsorted column to the processor
|
void |
addFormula(String formula,
String columnname,
String resultsname)
Provides Domino formula language to override the data used to generate values for a
particular sort column and an input collection or set of collections.
|
void |
addNoteIds(Database parentDb,
Collection<Integer> noteIds,
String resultsname)
Adds note ids from a database to the query results processor
|
void |
addSortColumn(String name,
String title,
QueryResultsProcessor.SortOrder sortorder,
QueryResultsProcessor.Hidden ishidden,
QueryResultsProcessor.Categorized iscategorized)
Creates a single column of values to be returned when
QueryResultsProcessor execute
is performed. |
void |
executeToJSON(Appendable appendable,
Set<QueryResultsProcessor.QRPOptions> options)
Processes the input collections in the manner specified by the Sort Columns, overriding
field values with formulas specified via addFormula calls, and returns JSON output.
The JSON syntax produced by execution conforms to JSON RFC 8259. All results are output under the “StreamedResults” top element key. |
Reader |
executeToJSON(Set<QueryResultsProcessor.QRPOptions> options)
Processes the input collections in the manner specified by the Sort Columns, overriding
field values with formulas specified via addFormula calls, and returns JSON output.
The JSON syntax produced by execution conforms to JSON RFC 8259. All results are output under the “StreamedResults” top element key. |
void addColumn(String name)
name
- programmatic column namevoid addSortColumn(String name, String title, QueryResultsProcessor.SortOrder sortorder, QueryResultsProcessor.Hidden ishidden, QueryResultsProcessor.Categorized iscategorized)
QueryResultsProcessor
execute
is performed. Values for the column can be generated from a field, or a formula. Sorting order,
categorization and hidden attributes determine the returned stream of results entries.QueryResultsProcessor
.name
- The unique (within a QueryResultsProcessor instance) programmatic name of the column. If there is no override using the addFormula method call, the name provided will be treated as a field name in each database involved in the QueryResultsProcessor object. In JSON output, the name value is used the element name for each returned entry.title
- The display title of the column. Used only in generated views, the title is the UI column header.sortorder
- A constant to indicate how the column should be sorted. Values are sorted case and accent insensitively by default. Multiple sort columns can have sort orders, and each order specified is sequentially applied in the order of addSortColumn calls. Field lists (multiply-occurring field values) are compared processed using field occurrences from first to last sequentially.ishidden
- Sorts by a column value without returning the value. If true, the column cannot have a sort order of QueryResultsProcessor.SortOrder.UNORDERED
and cannot have an iscategorized value of true.iscategorized
- Categorized columns have a single entry returned for each unique value with entries containing that value nested under it. In JSON results, these nested entries are represented in arrays under each categorized unique value.void addFormula(String formula, String columnname, String resultsname)
formula
- Formula language string to be evaluated in order to supply the values for a sort columncolumnname
- String value responding the programmatic name of the sort column whose values are to be generated using the formula language suppliedresultsname
- Used to specify the input collection names to which will use the formula language to generate sort column values. Wildcards may be specified to map to multiple input collection names.void executeToJSON(Appendable appendable, Set<QueryResultsProcessor.QRPOptions> options)
appendable
- the execution result is written in JSON format into this Appendable
in small chunksoptions
- options to tweak the JSON output or null/empty for default formatReader executeToJSON(Set<QueryResultsProcessor.QRPOptions> options)
options
- options to tweak the JSON output or null/empty for default formatvoid addNoteIds(Database parentDb, Collection<Integer> noteIds, String resultsname)
parentDb
- database that contains the documentsnoteIds
- note ids, e.g. an IDTable
resultsname
- A unique name (to the QueryResultsProcessor instance) of the input. This name is used in returned entries when the origin of results is desired and in addFormula method calls to override the data used to create sorted column values.Copyright © 2019–2021 HCL. All rights reserved.


(Deprecated API)
(Deprecated API)
(Deprecated API)
Includes enterprise licensing and support
Note: The Google Maps Geocoding API Version 2 has been officially deprecated as of March 8, 2010. The V2 API will continue to work as per our deprecation policy, but we encourage you to migrate your code to the new Geocoding API.
Note: This document discusses the V2 HTTP Geocoder, currently used by the Google Maps JavaScript API V2. This geocoder has now been deprecated in favor of the Geocoding API V3.
Geocoding is the process of converting addresses (like "1600 Amphitheatre Parkway, Mountain View, CA") into geographic coordinates (like latitude 37.423021 and longitude -122.083739), which you can use to place markers or position the map. The Google Geocoding API provides a direct way to access a geocoder via an HTTP request.
Note: the Geocoding API may only be used in conjunction with displaying results on a Google map; geocoding results without displaying them on a map is prohibited. For complete details on allowed usage, consult the Maps API Terms of Service License Restrictions.
This service is designed for geocoding static (known) addresses using a REST interface, for placement of application content on a map. For dynamic geocoding of user-defined addresses (for example, within a user interface element), consult the documentation for the JavaScript Client Geocoder or the Maps API for Flash Client Geocoder.
Geocoding is a time and resource intensive task. Whenever possible, pre-geocode known addresses (using the Geocoding API described here or another geocoding service), and store your results in a temporary cache of your own design.
Use of the Google Geocoding V2 API is subject to a query limit of 15,000 geolocation requests per day. This limit is enforced to prevent abuse and/or repurposing of the Geocoding API, and this limit may be changed in the future without notice. Additionally, we enforce a request rate limit to prevent abuse of the service. If you exceed the 24-hour limit or otherwise abuse the service, the Geocoding API may stop working for you temporarily. If you continue to exceed this limit, your access to the Geocoding API may be blocked.
Note: the Geocoding API may only be used in conjunction with a Google map; geocoding results without displaying them on a map is prohibited. For complete details on allowed usage, consult the Maps API Terms of Service License Restrictions.
You may access the Google Geocoding API directly over HTTP. To access the geocoder, send a request to http://maps.google.com/maps/geo? with the following parameters in the URL:
q
(required) — The address that you want to geocode.*key
(required) — Your API key.sensor
(required) — Indicates whether or not the geocoding request comes
from a device with a location sensor. This value must be either true
or false
.
(Note that devices with sensors generally perform their own geocoding by definition; therefore,
most geocoding requests to the Geocoding API should set sensor
to false
.)output
(required) — The format in which the output should be generated.
The options are xml
, kml
, csv
, or (default) json
.
(For more information, see Geocoding Responses below.)hl
(optional) — The language in which to return results. See the
supported list of domain languages. Note that we often
update supported languages so this list may not be exhaustive. If hl
is not supplied,
the geocoder will attempt to use the native language of the domain from which the request is sent
wherever possible.ll
(optional) — The {latitude,longitude} of the viewport center
expressed as a comma-separated string (e.g. "ll=40.479581,-117.773438" ). This parameter
only has meaning if the spn
parameter is also passed to the geocoder.
(For more information see Viewport Biasing below.)spn
(optional) — The "span" of the viewport expressed as a
comma-separated string of {latitude,longitude} (e.g. "spn=11.1873,22.5" ). This parameter
only has meaning if the ll
parameter is also passed to the
geocoder. (For more information see Viewport Biasing below.)gl
(optional) — The country code, specified as a ccTLD
("top-level domain") two-character value. (For more information see
Country Code Biasing below.)Note: The gl
and spn,ll
viewport parameters will
only influence, not fully restrict, results from the geocoder.
* Note that if you supply a textual latitude/longitude value in the
q
parameter, this query initiates a reverse geocode. For more information, see
Reverse Geocoding below.
In this example, we request the geographic coordinates of Google's headquarters:
http://maps.google.com/maps/geo?q=1600+Amphitheatre+Parkway,+Mountain+View,+CA&output=json&sensor=true_or_false&key=your_api_key
We've left the sensor
parameter in this example as a variable true_or_false
to emphasize that you must set this value to either true
or
false
explicitly.
The output
parameter specifies the format of the response from the
Geocoding API. Each output has a slightly different format, though
most share common structure and element names. The following values for output
are supported:
json
(default) — The response is formatted as a JSON object. This format
is preferred as it is generally more compact.kml
— The response is returned as KML with a kml MIME type.xml
— The response is returned as KML with an xml MIME type.csv
— The response is returned as a comma-seperated value,
described below.In this example, the Geocoding API returns the following response for a query on "1600 amphitheatre mountain view ca" when requesting JSON. (Note that actual JSON may contain less whitespace.)
{ "name": "1600 Amphitheatre Parkway, Mountain View, CA", "Status": { "code": 200, "request": "geocode" }, "Placemark": [ { "id": "p1", "address": "1600 Amphitheatre Pkwy, Mountain View, CA 94043, USA", "AddressDetails": { "Country":{ "CountryNameCode": "US", "CountryName": "USA", "AdministrativeArea":{ "AdministrativeAreaName": "CA", "Locality":{ "LocalityName": "Mountain View", "Thoroughfare":{ "ThoroughfareName": "1600 Amphitheatre Pkwy" }, "PostalCode":{ "PostalCodeNumber": "94043" } } } }, "Accuracy": 8 }, "Point": { "coordinates": [ -122.0841430, 37.4219720, 0 ] } } ] }
Note that the JSON response contains three root elements:
"name"
contains the original query."Status"
contains metadata on the request. See Status Codes below."Placemark"
contains address information of the geocoded result.Generally, only one "Placemark"
is returned, though the geocoder may return
several results when address queries are ambiguous.
If you wish, you may also retrieve geocoding responses in XML or KML. Both outputs
retrieve identical structured data except that their MIME types are set to kml
or xml
. If you request a geocode and specify an output as KML, for example,
the geocoding response may launch Google Earth to display to the result.
The equivalent response to the above example as KML is shown below.
<kml xmlns="http://earth.google.com/kml/2.0"> <Response> <name>1600 amphitheatre mountain view ca</name> <Status> 200 <request>geocode</request> </Status> <Placemark> <address> 1600 Amphitheatre Pkwy, Mountain View, CA 94043, USA </address> <AddressDetails Accuracy="8"> <Country> <CountryNameCode>US</CountryNameCode> <AdministrativeArea> <AdministrativeAreaName>CA</AdministrativeAreaName> <SubAdministrativeArea> <SubAdministrativeAreaName>Santa Clara</SubAdministrativeAreaName> <Locality> <LocalityName>Mountain View</LocalityName> <Thoroughfare> <ThoroughfareName>1600 Amphitheatre Pkwy</ThoroughfareName> </Thoroughfare> <PostalCode> <PostalCodeNumber>94043</PostalCodeNumber> </PostalCode> </Locality> </SubAdministrativeArea> </AdministrativeArea> </Country> </AddressDetails> <Point> <coordinates>-122.083739,37.423021,0</coordinates> </Point> </Placemark> </Response> </kml>
Note that the KML response is structurally identical to the JSON output.
If you prefer a shorter response that is easier to parse and don't need
special features such as structured data, the Geocoding API also
provides a csv
output. A reply returned in the csv
format consists of four numbers, separated by commas:
The following examples show replies for three addresses, in increasing order of accuracy: "State St, Troy, NY", "2nd st & State St, Troy, NY" and "7 State St, Troy, NY"
200,6,42.730070,-73.690570 200,7,42.730210,-73.691800 200,8,42.730287,-73.692511
| Code | Equivalent GGeoStatusCode | Description |
|---|---|---|
| 200 | G_GEO_SUCCESS |
No errors occurred; the address was successfully parsed and its geocode was returned. |
| 500 | G_GEO_SERVER_ERROR |
A geocoding or directions request could not be successfully processed, yet the exact reason for the failure is unknown. |
| 601 | G_GEO_MISSING_QUERY |
An empty address was specified in the HTTP q parameter.
|
| 602 | G_GEO_UNKNOWN_ADDRESS |
No corresponding geographic location could be found for the specified address, possibly because the address is relatively new, or because it may be incorrect. |
| 603 | G_GEO_UNAVAILABLE_ADDRESS |
The geocode for the given address or the route for the given directions query cannot be returned due to legal or contractual reasons. |
| 610 | G_GEO_BAD_KEY |
The given key is either invalid or does not match the domain for which it was given. |
| 620 | G_GEO_TOO_MANY_QUERIES |
The given key has gone over the requests limit in the 24 hour period or has submitted too many requests in too short a period of time. If you're sending multiple requests in parallel or in a tight loop, use a timer or pause in your code to make sure you don't send the requests too quickly. |
The term geocoding generally refers to translating a human-readable address into a location on a map. The process of doing the converse, translating a location on the map into a human-readable address, is known as reverse geocoding.
The HTTP Geocoder supports reverse geocoding directly using the
q
parameter. Instead of supplying a textual address as the query
parameter, supply a comma-separated latitude/longitude
pair. For example, the following query contains the latitude/longitude value
for a location in Brooklyn:
http://maps.google.com/maps/geo?q=40.714224,-73.961452&output=json&sensor=true_or_false&key=your_api_key
Note: Ensure that no space exists between
the latitude and longitude values when passed in the q
parameter.
This query returns the following result:
{ "name": "40.714224,-73.961452", "Status": { "code": 200, "request": "geocode" }, "Placemark": [ { "id": "p1", "address": "275-291 Bedford Ave, Brooklyn, NY 11211, USA", "AddressDetails": { "Country": { "CountryNameCode": "US", "CountryName": "USA", "AdministrativeArea": { "AdministrativeAreaName": "NY", "Locality": { "LocalityName": "Brooklyn", "Thoroughfare":{ "ThoroughfareName": "275-291 Bedford Ave" }, "PostalCode": { "PostalCodeNumber": "11211" } } } }, "Accuracy": 8 }, "Point": { "coordinates": [ -73.9614669, 40.7142298, 0 ] } } // Additional Placemarks ...
Note that the reverse geocoder returned more than one result, with each
result tagged with a sequential "id"
("p1","p2",etc.). Geocoding
"addresses" are not just postal addresses, but any way to geographically name
a location. For example, when geocoding a point in the city of Chicago, the
geocoded point may be labeled as a street address, as the city (Chicago), as
its state (Illinois) or as a country (The United States). All are addresses to
the geocoder. The reverse geocoder returns all of these results.
The reverse geocoder matches political entities (countries, provinces, cities and neighborhoods), street addresses, and postal codes.
The full list of addresses returned by the previous query are shown below.
"address": "275-291 Bedford Ave, Brooklyn, NY 11211, USA", "address": "Williamsburg, NY, USA", "address": "New York 11211, USA", "address": "Kings, New York, USA", "address": "Brooklyn, New York, USA", "address": "New York, New York, USA", "address": "New York, USA", "address": "United States"
Addresses are returned in the order of best to least matches. Generally,
the more exact address is the most prominent result, as it is in this case.
Note that we return different types of addresses, from the most specific
street address to less specific political entities such as neighborhoods,
cities, counties, states, etc. If you wish to match a more general address,
you may wish to inspect the Accuracy
field of the returned
Placemark
s. (See Geocoding
Accuracy below.)
Note: Reverse geocoding is not an exact
science. The geocoder will attempt to find the closest addressable location
within a certain tolerance; if no match is found, the geocoder will usually
return a G_GEO_UNKNOWN_ADDRESS
(602) status code.
You can also instruct the Geocoding service to prefer results within a given
viewport (expressed as a bounding box). You do so within the request URL by
setting two values: ll
and spn
, which together define
this bounding box.
The ll
parameter defines the latitude/longitude coordinates of the center
of this bounding box, while the spn
parameter defines the latitude/longitude
"span" of this bounding box in both vertical and horizontal dimensions.
For example, a geocode for "Winnetka" generally returns this suburb of Chicago:
http://maps.google.com/maps/geo?q=Winnetka&output=json&sensor=false&key=your_key_here # # Returns # { "name": "Winnetka", "Status": { "code": 200, "request": "geocode" }, "Placemark": [ { "id": "p1", "address": "Winnetka, IL, USA", "AddressDetails": {"Country": {"CountryNameCode": "US","CountryName": "USA","AdministrativeArea": {"AdministrativeAreaName": "IL","Locality": {"LocalityName": "Winnetka"}}},"Accuracy": 4}, "Point": { "coordinates": [ -87.7417070, 42.1083080, 0 ] } } ] }
However, adding ll
and spn
arguments defining a bounding box for
the San Fernando Valley of Los Angeles results in this geocode returning the neighborhood
named "Winnetka" in that location:
http://maps.google.com/maps/geo?q=Winnetka&output=json&sensor=false&key=your_api_key&ll=34.197605,-118.546944&spn=0.247048,0.294914 # # Returns: # { "name": "Winnetka", "Status": { "code": 200, "request": "geocode" }, "Placemark": [ { "id": "p1", "address": "Winnetka, California, USA", "AddressDetails": {"Country": {"CountryNameCode": "US","CountryName": "USA","AdministrativeArea": {"AdministrativeAreaName": "CA","AddressLine":Winnetka}},"Accuracy": 4}, "Point": { "coordinates": [ -118.5710220, 34.2131710, 0 ] } } ] }
The Google Geocoding API returns address results influenced by the domain (country) from which the request is sent. For example, searches for "San Francisco" may return different results if sent from a domain within the United States than one sent from Spain.
You can also set the Geocoding service to return results biased to a
particular country using the gl
parameter. This parameter
takes a ccTLD (county code
top-level domain) argument specifying the country bias. Most ccTLD codes are
identical to ISO 3166-1 codes, with some notable exceptions. For example,
Great Britain's ccTLD is "uk" (.co.uk
) while its ISO 3166-1
code is "GB."
Geocoding requests can be sent for every domain in which the main Google Maps application offers geocoding.
For example, a geocode for "Toldeo" returns this result, as the default domain for the Geocoding API is set to the United States:
http://maps.google.com/maps/geo?q=Toledo&output=json&sensor=false # Returns: # { "name": "Toledo", "Status": { "code": 200, "request": "geocode" }, "Placemark": [ { "id": "p1", "address": "Toledo, OH, USA", "AddressDetails": {"Country": {"CountryNameCode": "US","CountryName": "USA","AdministrativeArea": {"AdministrativeAreaName": "OH","Locality": {"LocalityName": "Toledo"}}},"Accuracy": 4}, "Point": { "coordinates": [ -83.5777820, 41.6529200, 0 ] } } ] }
A geocode for "Toledo" with gl=es
(Spain) will return the Spanish city:
http://maps.google.com/maps/geo?q=Toledo&output=json&sensor=false&gl=es # # Returns # { "name": "Toledo", "Status": { "code": 200, "request": "geocode" }, "Placemark": [ { "id": "p1", "address": "Toledo, Spain", "AddressDetails": {"Country": {"CountryNameCode": "ES","CountryName": "Spain","AdministrativeArea": {"AdministrativeAreaName": "CM","SubAdministrativeArea": {"SubAdministrativeAreaName": "Toledo","Locality": {"LocalityName": "Toledo"}}}},"Accuracy": 4}, "Point": { "coordinates": [ -4.0244759, 39.8567775, 0 ] } } ] }
The Google Geocoding API returns an Accuracy
value
within each returned Placemark
.
This value indicates the resolution of the given result, but not necessarily
the correctness
of the result. For example, a geocode of "111 8th Avenue, New York, NY" may return
8
(Address) level accuracy, indicating that the geocode is on the
order of resolution of a street address. A geocode for "France" would only return
1
(Country) level accuracy.
The following table lists the geocoding accuracy values returned by the Geocoding API. Note that these accuracy values only indicate the expected resolution. They do not indicate the confidence level of the geocode.
| Accuracy Value | Description |
|---|---|
0 |
Unknown accuracy. |
1 |
Country level accuracy. |
2 |
Region (state, province, prefecture, etc.) level accuracy. |
3 |
Sub-region (county, municipality, etc.) level accuracy. |
4 |
Town (city, village) level accuracy. |
5 |
Post code (zip code) level accuracy. |
6 |
Street level accuracy. |
7 |
Intersection level accuracy. |
8 |
Address level accuracy. |
9 |
Premise (building name, property name, shopping center, etc.) level accuracy. |


Added from: {{ vehicle.post.protocol }}
Vehicle: {{ vehicle | vehiclePipe}}
Price: {{ vehicle.cost.amount | currency: vehicle.cost.currencyCode }}


--- layout: post title: "The Week in Robots" date: 2016-07-09 08:35:00 +0000 tags: image: https://s3.amazonaws.com/hackedu/2016-07-09-robot.jpg imagecredits: https://www.flickr.com/photos/arselectronica/9499991149 ---
“Bomb Robot” Takes Down Dallas Gunman, but Raises Enforcement Questions
The Bomb Robot Drone Killing Precedent
Just realized the First Law of Robotics was broken early this morning.
— Laura Blanchard (@lbphilly) July 9, 2016
Of course we’ll all be having sex with robots by 2050
Could AI replace teachers? 10 ways it could?
Using Artificial Intelligence to Humanize Management and Set Information Free
How robots took over our lives and we failed to notice
DeepMind’s First Medical Research Gig Will Use AI to Diagnose Eye Disease
This Plucky Robot Will Blaze a Trail Carrying Pizza
Tesla’s Dubious Claims About Autopilot’s Safety Record
If a Driverless Car Goes Bad We May Never Know Why
Robotic Stingrays Made with Rat Heart, Algae, and Plastic Fins


- The country's premier Muslim clergy body has requested the mosque authorities countrywide to adhere to strict security measures especially during the Holy month of Ramadan which commences today.
- Police Commandos had detected 12 kilos of high explosives and electronic devices from a forest area in Shanthipuram, Mannar, Police Spokesperson, SSP Ruwan Gunasekera said.
- The army expected permission from the government to question suspects that it apprehended, Army Commander, Lt. Gen. Mahesh Senanayake told The Island yesterday.
- Archbishop of Colombo Malcolm Cardinal Ranjith looks on during a private mass at the Archbishop’s house chappel in Colombo yesterday.
- Speaker Karu Jayasuriya, MP, yesterday, said that law enforcement and intelligence services were free to inquire into the members of parliament in connection with the ongoing investigations into multiple suicide bombings on Easter Sunday.


panzoom2
Examples
-
swipe
Showcase swipe detection and all the ways you can listen and unlisten to an event with panzoom.
-
pinch
Showcase pinch detection (touch only).
-
gestures
Showcase gesture recognition.
-
boxes
Showcase zoom.
github.com/dotnetCarpenter/panzoom2


In some cases, application should preserve the state of the table (current page, filters, grouping, sorting, etc) while navigating over pages.
To do so, developers can take advantage of using initial[Property]
input properties and
[property]Change
output events.
Developers can also listen to a table body scroll event with the help of (tableScrolled)
output
event, when [pageScrolling]
input property is true
.
The example below demonstrates how to pass initial state and store changed state locally, then recreate the table component and pass updated state to it.
The logic behind it is to keep loaded data source items in memory, manipulate their properties when some event from table emits, and reuse this data on new table initialization.


Snapping an app makes the app 320px wide, which allows it to share the screen with another app. It lets two apps be visible at the same time, so the user can multitask. Snapping is available on screens resolutions that are at least 1366px wide.
This code sample illustrates how to:
Press Win + . on your keyboard to cycle between the different application view states.


dom-manipulation
featureTests whether the readingSystem object dom-manipulation
feature is supported.
FAIL
If the preceding paragraph reads "true", the test passes.
layout-changes
featureTests whether the readingSystem object layout-changes
feature is supported.
FAIL
If the preceding paragraph reads "true", the test passes.
touch-events
featureTests whether the readingSystem object touch-events
feature is supported.
FAIL
If the preceding paragraph reads "true", the test passes.
mouse-events
featureTests whether the readingSystem object mouse-events
feature is supported.
FAIL
If the preceding paragraph reads "true", the test passes.


get access to our top notch professional photographers from all over the country
The Platform is very easy and simple to use, no need of technical know how to operate.
we will be offering cloud-based galeries which can be accessed any time any where
we offer secure online payment which is fast and very simple to operate
A cool alternative to asking all your contacts for photographer information ~
DisruptAfrica
Picture a Fun way of having your own personal photographer ~
TechMoran
Think of Modelisto meets Uvind but a lot less crappy ~
Tshidi Sekgobela


My Team
Fatima
Intern
ID: 77
Email: fa@hotmail
School: uw
Lucas
Engineer
ID: 99
Email<EMAIL_ADDRESS>Github Username: luca@llll
Felipe
Manager
ID: 33
Email: fe@gmail
Office Number: 06


Store Data Modify/Delete Data View Data About Application
About GoMatha Application.
This application is developed in interest to store data of cows in Shri Krishna Ashramam Pedamuthevi.
Description of Application
There are three segments in this Application.
Store Data
This Store data segment stores the data of the cow like Location,Name,Number Given,Breed,DOB,Gender,Health Condition,Parents Diseases,Medicines Used,Other Information.
Please note that this Store data is to input data for new cow only(First Time Entry).
Modify/Delete Data
This Modify/Delete Data segments delete's the cow whole entry.Or modifies entries of cow.
As this is first version of his application please Note that all entries are to be copy paste fields like medicines used and other information first and proceed update.
Here id is to be entered first so that the entered ID details will be updated.Update will be done by ID basis.
View Data
Enter the filter detail you want to search and select appropriate button to get result


Artur Suleimanov
Student • .Net Developer
Résumé
Every day life throws me a new challenge. Another challenge is to conquer the field of information technology. I'm not 20 years old, but I'm still young enough to start a developer career in a successful company and become a real professional in this industry as soon as possible. Did I choose this direction because of the money? Partly yes, but the main reason is endless self-development, which is the most important factor for me.
Timeline
-
2021
Pursue my goal. -
24-th January 2021
The damn virus took my dad. -
2019
I am a student again in IT Step Academy. I have a new goal in my life and want to start a new career in IT industry. -
2017
I am happy person because I found love of my life. Now she is my wife and supports me in everything. -
2014
They took my home...-
Putin huilo la la la la la la la la...
-
-
2005-2019
In searching and finding myself. Via this time, I changed places for living and my jobs. I used to work a bartender, a sales manager in a big supermarket and even a sound engineer (with Ukrainian humoristic show). Finding myself took me a long time. :) -
2005
Graduated from University. -
1999
Became a student of Admiral Makarov National University of Shipbuilding in Mykolaiv, my specialty - mechanical engineer. -
1989
Moved to Crimea, our historical motherland, with my family. Here I graduated from a high school. -
1988
My first school day, time of knowledge. When I went to school the first time, my grandma gave me 1 ruble to use it for my needs. For all this money I bought 10 enormous flatbreads and brought them at home. It was too much bread for my family. :) My childhood: nice time of surprises and presents, world of fairy tale and magic :) -
26-th February 1982
Born in Marhamat, Uzbekistan.
LANGUAGES
SKILLS
CHARACTER
LIKES 😃
DISLIKES 😞
IT EDUCATION
2019 - nowadays
-
- IT Step Academy
- YouTube
- Books
- Solo learn
- CodecademyGo
- Stepic
- Codewars
- Different free resources


There are different TATA-box binding proteins that have been identified, including TBP1, TBP2, TBP3 and TBPL (TATA-box binding protein like). All of these proteins are related in terms of sequence and structure. The TBP is composed of an N-terminal that varies in both length and sequence, and a highly conserved C-terminal region that binds to the TATA box. The C-terminal region contains two 77-amino acid repeats that produce a saddle-shaped structure that straddles the DNA. In addition, the C-terminal core interacts with a variety of transcription factors as well as regulatory proteins. The N-terminal region appears to modulate DNA binding of the TBP molecule, in addition to other more specific functions.
InterPro Domain Architecture:
|
InterPro Entry |
Method Accession |
Graphical Match |
Method Name |
|
IPR000814 |
PF00352
|
|
TBP |
|
IPR000814 |
PR00686 |
|
TIFACTORIID |
|
IPR000814 |
PS00351 |
|
TFIID |
|
IPR000814 |
PTHR10126 |
|
TFIID |
|
IPR012295 |
G3D.3.30.310.10 |
|
bAdaptin_TBP_C |
|
Classification |
PDB Chain/Domain ID |
PDB Chain/Structural Domains |
|
|
1jfi |
1jfic |
|
|
|
3.30.310.10.1 |
1cdwA1 |
|
|
|
3.30.310.10.1 |
1cdwA2 |
|
|
|
d.129.1.1 |
d1cdwa1 |
|
|
|
d.129.1.1 |
d1cdwa2 |
|
From the graphical match above, you can see that the signatures (method accession) are divided into two InterPro entries for human TBP. These signatures give information on the family relationships and domain architecture of this protein.
The InterPro entry IPR000814 has four signatures representing the transcription factor TFIID family: PF00352 from the PFAM database, PR00686 from the PRINTS database, PS00351 from the PROSITE database, and PTHR10126 from the PANTHER database. These signatures describe the core of the TBP, which primarily involves the highly conserved C-terminal region that binds to the TATA box. The InterPro entry gives details regarding the taxonomic distribution of different TATA-box binding proteins.
The InterPro entry IPR012295 has one signature representing the C-terminal of TATA-box binding protein and beta2-adaptin: G3D.3.30.310.10 from the Gene3D database. The C-terminal domain is highly conserved, and contains two 77-amino acid repeats that produce a saddle-shaped structure that straddles the DNA, hence the split nature of the Gene3D signature.
The remaining five entries in the table above are from the structural database PDB (green stripe), and from the structural classification databases CATH (pink stripe) and SCOP (black stripe) (the names such as d1cdwa2 being derived from the PDB entry upon which they are based, here PDB entry 1cdw, chain A, region 2). The graphical match for the PDB entry 1d3b displays the length of the original PDB entry. The CATH (1cdwA1 and 1cdwA2) and SCOP (d1cdwa1 and d1cdwa2) databases each divide the C-terminal region into two structural units, and give information on the classification of these sub-domains.
Structures of the core of TATA-box binding proteins from a variety of species have been determined, and can be viewed using AstexViewer®, which is linked from the Match Table via the logo on the InterPro page (please note, there is no link directly from this page to the AstexViewer®, therefore you need to go to the link on the InterPro page for P20226). The AstexViewer® displays the PDB structure with the particular CATH or SCOP domain highlighted in yellow. There are many structures associated with TATA-box binding proteins in the Protein Data Bank (PDB). A detailed description and visualisation of the structural features of TATA-box binding proteins can be found at the PDB ‘Molecule of the Month’, providing insights into how these molecules are involved in the transcription of genes.


Use tracker.exe to proxy execution of an arbitrary DLL into another process.
Tracker.exe /d .\calc.dll /c C:\Windows\write.exe
Windows binary: False
Bypasses Default AppLocker Rules: False
Mitre:
T1218
Links:
https://twitter.com/subTee/status/793151392185589760
https://twitter.com/Sudhanshu_C/status/943011972261412864
File path:*
Acknowledgement:
Name: Casey Smith
Twitter:
@subtee
Blog:
http://subt0x11.blogspot.com/