--- title: Title keywords: fastai sidebar: home_sidebar summary: "summary" ---
A table builder is function or class who's main purpose is to create a specific table out of one or more input tables
payroll_issues_builder
payroll_issues_builder(payern)
payern
Create payroll issues table Args: payern (DataFrame): pay earnings table (or snapshot)


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java.lang.Object org.apache.xml.serializer.dom3.DOMOutputImpl
final class DOMOutputImpl
This is a copy of the Xerces-2J class org.apache.xerces.dom.DOMOutputImpl.java This class represents an output destination for data. This interface allows an application to encapsulate information about an output destination in a single object, which may include a URI, a byte stream (possibly with a specifiedencoding), a base URI, and/or a character stream. The exact definitions of a byte stream and a character stream are binding dependent. The application is expected to provide objects that implement this interface whenever such objects are needed. The application can either provide its own objects that implement this interface, or it can use the generic factory method DOMImplementationLS.createLSOutput() to create objects that implement this interface. The DOMSerializer will use the LSOutput object to determine where to serialize the output to. The DOMSerializer will look at the different outputs specified in the LSOutput in the following order to know which one to output to, the first one that data can be output to will be used: 1.LSOutput.characterStream 2.LSOutput.byteStream 3.LSOutput.systemId LSOutput objects belong to the application. The DOM implementation will never modify them (though it may make copies and modify the copies, if necessary).
| Field Summary | |
|---|---|
private java.io.OutputStream |
fByteStream
|
private java.io.Writer |
fCharStream
|
private java.lang.String |
fEncoding
|
private java.lang.String |
fSystemId
|
| Constructor Summary | |
|---|---|
DOMOutputImpl()
Default Constructor |
| Method Summary | |
|---|---|
java.io.OutputStream |
getByteStream()
Depending on the language binding in use, this attribute may not be available. |
java.io.Writer |
getCharacterStream()
An attribute of a language and binding dependent type that represents a writable stream of bytes. |
java.lang.String |
getEncoding()
The character encoding, if known. |
java.lang.String |
getSystemId()
The system identifier, a URI reference [IETF RFC 2396], for this output destination. |
void |
setByteStream(java.io.OutputStream byteStream)
Depending on the language binding in use, this attribute may not be available. |
void |
setCharacterStream(java.io.Writer characterStream)
An attribute of a language and binding dependent type that represents a writable stream of bytes. |
void |
setEncoding(java.lang.String encoding)
The character encoding, if known. |
void |
setSystemId(java.lang.String systemId)
The system identifier, a URI reference [IETF RFC 2396], for this output destination. |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
|---|
private java.io.Writer fCharStream
private java.io.OutputStream fByteStream
private java.lang.String fSystemId
private java.lang.String fEncoding
| Constructor Detail |
|---|
DOMOutputImpl()
| Method Detail |
|---|
public java.io.Writer getCharacterStream()
getCharacterStream
in interface org.w3c.dom.ls.LSOutput
public void setCharacterStream(java.io.Writer characterStream)
setCharacterStream
in interface org.w3c.dom.ls.LSOutput
public java.io.OutputStream getByteStream()
getByteStream
in interface org.w3c.dom.ls.LSOutput
public void setByteStream(java.io.OutputStream byteStream)
setByteStream
in interface org.w3c.dom.ls.LSOutput
public java.lang.String getSystemId()
getSystemId
in interface org.w3c.dom.ls.LSOutput
public void setSystemId(java.lang.String systemId)
setSystemId
in interface org.w3c.dom.ls.LSOutput
public java.lang.String getEncoding()
getEncoding
in interface org.w3c.dom.ls.LSOutput
public void setEncoding(java.lang.String encoding)
setEncoding
in interface org.w3c.dom.ls.LSOutput
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Gil Alexandel
System Engineer. UI/UX Designer. Social Media Content Creator.
Contact Me
Portfolio
My Work


--- layout: attachment title: 2012-04-01 09.05.10_Snapseed categories: [] tags: [] published: false comments: true ---


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Inspections Open source
Name
public method int getRace()
Location
class Player
(application)
Problem synopsis
Method is never used.
Uses the following
- ">
int race
(application.Player)
Not Reachable. 2 usages
found in the project code.
Call chain
int race
(application.Player)


https://www.blackhillsinfosec.com/powershell-without-powershell-how-to-bypass-application-whitelisting-environment-restrictions-av/
https://bneg.io/2017/07/26/empire-without-powershell-exe/
"Not Powershell" binaries that execute powershell commands
https://github.com/fdiskyou/PSShell
https://github.com/Ben0xA/nps
https://github.com/trustedsec/nps_payload
https://github.com/p3nt4/PowerShdll
https://github.com/fdiskyou/PowerOPS | powershell runspace portable post exploit tool
https://github.com/Mr-Un1k0d3r/PowerLessShell
Possible to run PowerShell from an unmanaged process (or even from any process):
https://github.com/leechristensen/UnmanagedPowerShell


val loudnessStart: Float
The onset loudness of the segment in decibels (dB). Combined with loudness_max and loudness_max_time, these components can be used to desctibe the “attack” of the segment.
loudnessStart
- The onset loudness of the segment in decibels (dB). Combined with loudness_max and
loudness_max_time, these components can be used to desctibe the “attack” of the segment.


{% extends "layout.html" %} {% block title %}Relations{% endblock %} {%block body %}
You may download the data file here.


server.go |
|
|---|---|
package main
import (
"encoding/json"
"net/http"
"time"
"github.com/gorilla/mux"
log "github.com/sirupsen/logrus"
) |
|
|
hello is a simple endpoint that returns the message “hello, world” |
func hello(w http.ResponseWriter, r *http.Request) {
w.WriteHeader(http.StatusOK)
json.NewEncoder(w).Encode(webError{Msg: "hello, world"})
} |
|
bobby is a method that deletes all entries in the raw sentiments table of the db that are older than 24 hours. It cleans them up every hour. |
func bobby() {
for {
log.Infoln("deleting raw sentiments... (anything from before 24 hours ago)")
err := Elephant.deleteOldRaws(time.Now().UTC().Add(-24 * time.Hour).Unix())
if err != nil {
log.Infoln("Problem deleting raw sentiments: " + err.Error())
} |
|
sleep for an hour: |
time.Sleep(time.Hour)
}
} |
|
main is the entrypoint. It initializes a postgres (DB) connection through Elephant and deploys a web server |
func main() {
log.Infof("Gratiously waiting until other microservices become operational...")
time.Sleep(5 * time.Second)
log.Infoln("[DONE]") |
|
Connecting to the DB |
log.Infof("Connecting to the DB... ")
var err error
db, err = Elephant.connectDB(connectionString)
if err != nil {
panic(err)
}
log.Infoln("[DONE]") |
|
Adding new tables |
log.Infof("Migrating tables... ")
err = Elephant.autoMigrate()
if err != nil {
panic(err)
}
log.Infoln("[DONE]") |
|
launch goroutine to clean up old raw sentiments GO BOBBY! YOU CAN DO IT I BELIEVE IN YOU BOBBY YOUR FAMILY IS PROUD BOBBY GO GET’EMT TIGER … and bobby dropped tables relevant: |
go bobby() |
|
Create new router |
log.Infof("Creating our HTTP router... ")
myRouter := mux.NewRouter()
log.Infoln("[DONE]")
log.Infof("Adding authorization middleware... ")
myRouter.Use(authMiddleware)
log.Infoln("[DONE]")
log.Infof("Adding HTTP routes... ")
myRouter.HandleFunc("/", hello).Methods(http.MethodGet)
myRouter.HandleFunc("/companies", getCompanies).Methods(http.MethodGet)
myRouter.HandleFunc("/sentiments", getSentiments).Methods(http.MethodGet)
myRouter.HandleFunc("/sentiments", addRawSentiment).Methods(http.MethodPost)
myRouter.HandleFunc("/sentiments/raw", getRawSentiments).Methods(http.MethodGet)
myRouter.HandleFunc("/sentiments/latest", getLatestSentiment).Methods(http.MethodGet)
myRouter.HandleFunc("/sentiments/market", getMarketSentiments).Methods(http.MethodGet)
myRouter.HandleFunc("/sentiments/averages", addWindowAverages).Methods(http.MethodPost)
log.Infoln("[DONE]") |
|
start listening |
listenAddr := "<IP_ADDRESS>:10000"
log.Infof("Listening on %s... ", listenAddr)
log.Fatal(http.ListenAndServe(listenAddr, myRouter))
}
|


--- date: 2010-03-26T00:00:00Z published: true title: NoSQL vs. RDBMS - Let the flames begin! – stu.mp url: /2010/03/26/nosql-vs-rdbms-let-the-flames-begin-stu-mp/ ---
I’ve been getting solidly flamed recently, as have my former coworkers at Digg, my friends at Twitter, etc. about our adoption and promotion of various NoSQL storage systems. It seems that some DBAs are very, very upset that us internet kids are considering abandoning SQL’s ship.


--- ---
|
Event Title: |
Water Wave Scattering by Surface Discontinuties |
|
Speaker: |
Prof. B.N. Mandal |
|
Affiliation: |
Indian Statistical Institute, Kolkata |
|
Subject Area: |
Mathematics |
|
Date: |
Tuesday, June 29, 2004 |
|
Time: |
4:00 PM |
|
Venue: |
Lecture Hall - I, Dept. of Mathematics, IISc. |


Tech Issues
Why is the bar so low?
March 20, 2015
Perched in this technology driven 21st century where our lives continue to be impacted, improved, and accelerated by the exponential growth and development within the computer industry I have assumed that the majority of programmers employed today are competent and knowledgeable. What did I know?!
What I have been reading lately has emphasized that a critical issue within the tech industry is that many programmers do not have minimal programming skills, and cannot even write basic code but somehow are employed. While certainly there are competent, and even enormously talented programmers in the tech industry today, current data would suggest this is the exception to the rule. How does someone with an engineering, computer science, and/or advanced degree not possess the ability to contribute as expected? How did they get hired? Does something need to change to confirm a programmer can actually write code?
While there are obviously good programmers who are making the internet and tech industry as awesome as it is why aren't there enough? All you have to do is listen to the feedback to realize demand far outweighs supply. As a result there is a critical issue of programming jobs being filled by people lacking proper understanding and ability to execute programming competencies.
One blog post on the internet I recently read coding horrors, expands on the opinion of far too many employed underskilled programmers. The author of the blog, Jeff Atwood, mentions the use of a children's game popular in the UK called "FizzBuzz", that has been used to test the competency of potential hires during the interview process. The interviewee is asked to write the relatively simple code to properly play the game FizzBuzz. The findings were that a number of programmers and engineers could not accomplish this:
numbers = (1..100).to_a
numbers.each do |number|
if number % 3 == 0 and number % 5 == 0
puts "fizzbuzz"
elsif number % 3 == 0
puts "fizz"
elsif number % 5 == 0
puts "buzz"
else
puts number
end
end
When I finished reading this particular blog the thing that jumped out at me was that due to the high volume of response the author closed the comment option. This supports the opinion that there is a tech issue of a disconnect between the educational paradigm and corporate requisites; and that the criteria for determining a programmers skill is not adequate.


In about an hour I will be dropping 440 feet above a ravine. The nut of it is, I’d say I’m pretty calm. On the 30-minute bus ride from Queenstown to The Nevis, the highest bungy jump site in New Zealand, I find myself – as I often do on a trip like this – retracing my steps and wondering how it is that I got here. My mind wanders in search of focus and clarity but these are scarce comodities in a place with so much to do and so much to see. I lean my forehead deeper into the window and look out as far as my eyes will take me, going places this bus wouldn’t dare.
My younger brother, Paulo, and I had already been in New Zealand for a week visiting our friend, Bryce. Our stubbly beards were coming in nicely since we had made a “no shaving” pact for the trip, mostly to see how dirty we could get and how much fun we could have in the process. Despite our youthful spirits, our charming wit, our rugged travel know-how or anything else that others may say about us we are, after all, just boys.
The previous night we had arrived in Queenstown from our adventures in Milford Sound. It had been a glorious couple of days of mountains covered in the first fresh snow of winter and drives through roads that wound their way deeply around lush valley floors.  At Homner Tunnel, we had barely managed to escape the grip of a raging blizzard that tried to rip the very chains off our car, though that’s another story. We had been feasting on trail mix and a bag of wine but these things were in short supply after our miscellaneous romps and the food supplies had been getting dangerously homogeneous. Soon the nuts were gone and the bag of wine had vanished. All we were left with was the bag of twenty four sausages that we had bought outside of Queenstown for eight New Zealand Dollars.
Naturally, when you have a pack of twenty four sausages that cost you only slight more than thirty cents per sausage, you end up eating sausage more often than would be considered normal. Or healthy. For breakfast, that’s not such a bad thing; in fact, it’s delicious. I wasn’t exactly eager, though, to see what sausagenous creations we’d come up with for lunch and dinner for the rest of the week.
And speaking of delicious, the Kiwis have sort of standardized a thing called a mochaccino. It’s simple enough: a cappuccino with chocolate milk, but no, it’s not a mocha. And it’s not a cappuccino with chocolate syrup added, like those heathens at Starbucks do it after I explicitly described to them that the milk must be chocolate from the beginning, otherwise it tastes like coffee with chocolate. A mochaccino is, very distinctly, chocolate with coffee – it makes all the difference in the world, reader, and I had focused intently on my beverage while we waited for the AJ Hackett bungy center to open.
 As the road leaves Queenstown it veers left and the Gibson Highway passes a remarkable mountain range known as – and this is where the Kiwis get really creative: “The Remarkables”. You’ve probably seen these rocky peaks if you’ve seen “The Lord of the Rings” since pretty much every mountain range in “The Return of the King” was composed from shots of these majesties. The bus takes us out into the country on a picturesque drive along green pastures spotted with rocks and boulders, a landscape very much like one would expect in northern Scotland, which is, of course, worlds away. In the distance every peak reminds us of how well we timed our trip: the first snow of the season had fallen not a week before and now the sun is shining just brightly enough to slice the thin, crisp air that cools our nose hairs before refreshing our blood.
Hot damn.
In order to climb the foothills to the Nevis Crossing and the jump station gondola (yeah, you jump off a gondola; no joke), a more rugged vehicle is needed and so we’re told we have to ditch the bus. I sort of wonder how bad it could be until we come to a muddy stretch that is practically on a 45 degree incline.
“Jesus,” Bryce says, “you couldn’t climb that mess with crampons and rail spikes.”
“Sure you can, mate,” pipes in the kiwi guide, “but ya need one of those,” and he points to a canvas-backed monster vehicle, supposedly to take us up to the gondola. It’s tires are each the size of a Volkswagen, and the kiwis had put chains on every one. The 4WD animal probably runs on puppies, it’s so mean-looking. The cabin consists of 2 seats and a steering wheel with no other frills like seatbelts or doors. The passenger compartment behind it is essentially a cage in a tarp, and the tarp is mostly ripped.
As we stare in amazement at this thing, I hesitate to point out to Paul and Bryce that the emergency exit of the beast, while clearly labeled, is a tear in the canvas.
“Safety first…” I hear Paul mumble to no one in particular. I have to agree. This concern for the image of safety doesn’t exactly leave me swollen with confidence on the cusp of my first bungy jump. The kiwis call it “dropping,” which I think sort of downplays the absurdity of jumping off of a gondola that hangs over a ravine with a six inch-deep creek at the bottom. But we climb into the belly of the beast and it roars to life, gripping the mountain, pulling its narrow mud paths under the chains on those massive tires.
At the top of the mountain we put on full-body harnesses and are instructed on how not to die when bungy jumping. At first I am struck by the lack of attention the other jumpers give to this lecture but then again, if you’ve paid good money to have some one help you jump from a dangling platform, survival and self-preservation may not be your keenest instinct. I, for one, still have some odd notion that I want to survive this and double and triple check my equipment.
“Hey, Pete, c’mon. We’re going to the gondola and we need your weight to be balanced.”
“Hang on, Bryce, I have to make sure this strap is – hmmmmf – tight enough.”
“Pete, you’ve checked that strap four times and the clip isn’t coming unclipped until you put those opposable thumbs to work.”
“Let me just check it one more time.”
“Dammit, Pete.”
After securing the equipment they ferry us out to the dangling “room” which is suspended on the middle of a wire that crosses a ravine. This is where you jump from. Naturally.
The Nevis (as the thing is called) hangs one hundred thirty four meters (four hundred forty feet) over a cobalt-colored river running through a stony gorge. Giant snow-capped mountains situated over the surrounding rocky cliffs are lined with snow like pointy ice cream cones dipped in white chocolate. Why they bothered to hang the thing over a river that is at most six to eight inches deep probably has more to do with the gorge than with the river. That’s not a very comforting thought, but it’s probably true and I recommend not thinking about it.
 I’m excited. I’m nervous, but in a generously excited manner that is making me dangerously unafraid. The man who put on the velcro strap on my feet guides me out to the platform as if I were walking the plank.  The scenery is fantastic and I notice that I’m level with the snow line. I find the last tree before the line of white powder that consumes the mountain. I focus on it. I think about my family. I hear a countdown but it doesn’t reach three – already there is nothing under my feet…
I’m not thinking about anything on my way down, just my family. Nothing in particular about them, just them. And soon they, too, are gone and there is nothing but me. I don’t close my eyes for a moment. The world is frozen in time and like the inside of a wave, it is perfectly soundless. There is no roaring rumble, and no screaming wind. I feel blissful, in sync with everything that exists or could exist. Who knew such peace could be had?
…and then, just like that, the bungy bounces and I’m back on the platform. The mountains are unimpressed (I can tell), but my breath is still out there in the open, somewhere down by the river.
Paul is a different story.
Fact: he yells the ENTIRE way down, even on the bounces. After his yelling is outside of my hearing range I watch him through the plate-glass floor on the jump platform with the eyes of a big brother, my heart in my hands like a stress ball. I can’t help it. It’s probably uncool, I know, but that’s just the way some things go. Apparently Paul’s near-death experience provokes some grand stir of emotions. As soon as his feet can feel something other than air underneath them he lunges at me for a hug and I feel his heart trying to leap out of his chest. He completely let go of himself in his own way and I can see it in my little brother’s eyes; I can feel it in his hug. Awesome.
As people take their turns they get us off the gondola in batches according to our weight. By the time Bryce takes his dive, Paul and I have already been escorted off the platform and we get to watch him from the edge of the cliff. He spots us and makes faces on his bounces, goofing off as if he were on the ground.
After the drops the beast takes us down and the bus takes us back. But for one Asian girl who somehow doesn’t take a hint that no one wants to hear her talk about how, like, totally cool bungy jumping is, the ride is silent. Everything seems lighter. I feel a trance descending on the bus: the silence after the storm. It feels so natural and justified. I lean my head deep into that window and wonder things. We are, remember, just boys, but how did we ever get this far?


canvas::drag - Manage the dragging of canvas items or item groups
This package provides utility commands to setup and rmeove dragging of items or item groups on a canvas, hiding all complexity regarding bindings from the user.
This command initializes item dragging on the canvas widget, with the items used as drag handles identified by tagOrId. The command prefix cmd, invoked for drag start and movement, is responsible for the initialization and actual execution of the drag operation.
The signature of the command prefix is described later, in section Drag callback.
Similarly, the accepted options and their values are described in section Options
The result of the command is the empty string.
This command removes any drag operation set on the items of canvas canvas identified by tagOrId.
The result of the command is the empty string.
This is a convenience command wrapped around method on (see above) to drag single items of the canvas widget, identified by tagOrId.
It uses an internal standard callback for this.
The result of the command is the empty string.
This is a convenience command wrapped around method on (see above) to drag single items of the canvas widget, identified by tagOrId.
It uses an internal standard callback for this. The callback cmd specified has the same signature as the Drag callback, except that
The move method is not invoked.
The result of the start method has to be a canvas tag refering to the whole group of items to move. In other words, it must convert from drag handle (item id) to dragged groupt (tag).
The result of the command is the empty string.
The drag callback is a command prefix invoked in the following two ways:
This form is invoked when has initiated dragging using drag handle identified by the canvas item id. The callback now has to perform anything necessary for its type of drag operation.
The result of the command can be anything. It is stored by the system as client information and passed unchanged to the movement callback for its use. In this manner the drag callback is able to maintain custom state from start to movement.
This form is invoked when the mouse moved during a drag operation. It is invoked with the client data from the start callback (or the previous move callback) and the distances the mouse has traveled in horizontal and vertical directions.
The result of the command can be anything. It is stored by the system as client information and passed unchanged to the next movement callback for its use. In this manner the drag callback is able to maintain custom state from movement to movement.
This form is invoked when the drag operation ends. It is invoked with the client data from the last movement callback (or start callback if there had been no motion).
The result of the command is ignored.
The commands to create drag operations (on, item, and group) all accept the following options to configure the new drag.
This document, and the package it describes, will undoubtedly contain bugs and other problems. Please report such in the category canvas of the Tklib Trackers. Please also report any ideas for enhancements you may have for either package and/or documentation.


PARAMETERS
graph
a graph object of class dgr_graph
.
8.3 graph_info()
Get metrics for a graph
DESCRIPTION
Get a data frame with metrics for a graph.
PARAMETERS
graph
a graph object of class dgr_graph
.
8.4 get_node_ids()
Get a vector of node ID values
DESCRIPTION
Obtain a vector of node ID values from a graph object or a node data frame. An optional filter by node attribute can limit the set of node ID values returned.
PARAMETERS
x
either a graph object of class dgr_graph
or a node data frame.
conditions
an option to use filtering conditions for the retrieval of nodes.
8.5 get_edge_ids()
Get a vector of edge ID values
DESCRIPTION
Obtain a vector of edge ID values from a graph object. An optional filter by edge attribute can limit the set of edge ID values returned.
PARAMETERS
graph
a graph object of class dgr_graph
.
conditions
an option to use filtering conditions for the retrieval of edges.
8.6 get_edges()
Get node IDs associated with edges
DESCRIPTION
Obtain a vector, data frame, or list of node IDs from a graph object or an edge data frame. An optional filter by edge attribute can limit the set of edges returned.
PARAMETERS
x
either a graph object of class dgr_graph
or an edge data frame.
conditions
an option to use filtering conditions for the retrieval of edges.
return_type
using vector
(the default), a vector of character objects representing the edges is provided. With list
a list object will be provided that contains vectors of outgoing and incoming node IDs associated with edges. With df
, a data frame containing outgoing and incoming node IDs associated with edges.
return_values
using id
(the default) results in node ID values returned in the edge definitions. With label
, the node labels will instead be used to define edges.
8.7 get_predecessors()
Get node IDs for predecessor nodes to the specified node
DESCRIPTION
Provides a vector of node IDs for all nodes that have a connection to the given node.
PARAMETERS
graph
a graph object of class dgr_graph
.
node
a node ID for the selected node.
8.8 get_successors()
Get node IDs for successor nodes to the specified node
DESCRIPTION
Provides a vector of node IDs for all nodes that have a connection from the given node.
PARAMETERS
graph
a graph object of class dgr_graph
.
node
a node ID for the selected node.
8.9 get_node_df()
Get a node data frame from a graph
DESCRIPTION
From a graph, obtain a node data frame with all current node attributes.
PARAMETERS
graph
a graph object of class dgr_graph
.
8.10 get_edge_df()
Get an edge data frame from a graph
DESCRIPTION
From a graph, obtain an edge data frame with all current edge attributes.
PARAMETERS
graph
a graph object of class dgr_graph
.
8.11 node_count()
Get count of all nodes or certain types of nodes
DESCRIPTION
From a graph object of class dgr_graph
, get a count of nodes in the graph and optionally obtain a count of nodes by their type.
PARAMETERS
graph
a graph object of class dgr_graph
.
type
either a logical value, where TRUE
provides a named vector of node count by type and FALSE
(the default) provides a total count, or, a character vector of type
values to filter the node count.
8.12 edge_count()
Get count of all edges or edges with distinct relationship types
DESCRIPTION
From a graph object of class dgr_graph
, get a count of edges in the graph and optionally obtain a count of edges by their relationship type.
PARAMETERS
graph
a graph object of class dgr_graph
.
rel
either a logical value, where TRUE
provides a named vector of edge count by type and FALSE
(the default) provides a total count of edges, or, a string corresponding to one or more edge relationship types.
8.13 node_present()
Determine whether a specified node is present
DESCRIPTION
From a graph object of class dgr_graph
, determine whether a specified node is present.
PARAMETERS
graph
a graph object of class dgr_graph
.
node
a value that may or may not match a node ID in the graph.
8.14 edge_present()
Determine whether a specified edge is present
DESCRIPTION
From a graph object of class dgr_graph
, determine whether a directed edge (defined by a pair of node IDs extant in the graph) is present.
PARAMETERS
graph
a graph object of class dgr_graph
.
from
a node ID from which the edge to be queried is outgoing.
to
a node ID to which the edge to be queried is incoming.
8.15 is_graph_empty()
Is the graph empty?
DESCRIPTION
Provides a logical value on whether the graph is empty (i.e., contains no nodes).
PARAMETERS
graph
a graph object of class dgr_graph
.
8.16 is_graph_directed()
Is the graph a directed graph?
DESCRIPTION
Determines whether a graph is set to be directed or not and returns a logical value to that effect.
PARAMETERS
graph
a graph object of class dgr_graph
.
8.17 is_graph_connected()
Is the graph a connected graph?
DESCRIPTION
Determines whether a graph is a connected graph.
PARAMETERS
graph
a graph object of class dgr_graph
.
8.18 is_property_graph()
Is the graph a property graph?
DESCRIPTION
Provides a logical value on whether the graph is property graph (i.e., all nodes have an assigned type
value and all edges have an assigned rel
value).
PARAMETERS
graph
a graph object of class dgr_graph
.
8.19 get_degree_in()
Get indegree values for all nodes
DESCRIPTION
Get the indegree values for all nodes in a graph.
PARAMETERS
graph
a graph object of class dgr_graph
.
normalized
set as FALSE
(the default), the the indegree will be provided for each of the nodes (as a count of edges to each node). When set as TRUE
, then the result for each node will be divided by the total number of nodes in the graph minus 1.
8.20 get_degree_out()
Get outdegree values for all nodes
DESCRIPTION
Get the outdegree values for all nodes in a graph.
PARAMETERS
graph
a graph object of class dgr_graph
.
normalized
set as FALSE
(the default), the the outdegree will be provided for each of the nodes (as a count of edges outgoing from each node). When set as TRUE
, then the result for each node will be divided by the total number of nodes in the graph minus 1.
8.21 get_degree_total()
Get total degree values for all nodes
DESCRIPTION
Get the total degree values for all nodes in a graph.
PARAMETERS
graph
a graph object of class dgr_graph
.
normalized
set as FALSE
(the default), the the total degree will be provided for each of the nodes (as a count of edges to and from each node). When set as TRUE
, then the result for each node will be divided by the total number of nodes in the graph minus 1.
8.22 get_degree_histogram()
Get histogram data for a graph’s degree frequency
DESCRIPTION
Get histogram data for a graph’s degree frequency. The bin width is set to 1 and zero-value degrees are omitted from the output.
PARAMETERS
graph
a graph object of class dgr_graph
.
8.23 get_degree_distribution()
Get degree distribution data for a graph
DESCRIPTION
Get degree distribution data for a graph. Graph degree is represented as a frequency of degree values over all nodes in the graph.
PARAMETERS
graph
a graph object of class dgr_graph
.
8.24 get_graph_diameter()
Get the graph diameter
DESCRIPTION
Get the graph diameter, which is the maximum eccentricity.
PARAMETERS
graph
a graph object of class dgr_graph
.
8.25 get_constraint()
Get constraint scores for one or more graph nodes
DESCRIPTION
Get the constraint scores (based on Burt’s Constraint Index) for one or more nodes in a graph.
PARAMETERS
graph
a graph object of class dgr_graph
.
nodes
an optional vector of node IDs to consider for constraint scores. If not supplied, then constraint scores for all nodes in the graph will be calculated.
8.26 get_betweenness()
Get betweenness centrality scores
DESCRIPTION
Get the betweenness centrality scores for all nodes in a graph.
PARAMETERS
graph
a graph object of class dgr_graph
.
8.27 get_closeness()
Get closeness centrality values
DESCRIPTION
Get the closeness centrality values for all nodes in a graph.
PARAMETERS
graph
a graph object of class dgr_graph
.
direction
using all
(the default), the search will ignore edge direction while traversing through the graph. With out
, measurements of paths will be from a node whereas with in
, measurements of paths will be to a node.
8.28 get_bridging()
Get bridging scores
DESCRIPTION
Get the bridging scores (based on Valente’s Bridging vertex measure) for all nodes in a graph.
PARAMETERS
graph
a graph object of class dgr_graph
.
8.29 get_eccentricity()
DESCRIPTION
Get node eccentricities
Get a named vector or data frame with node eccentricity values.
PARAMETERS
graph
a graph object of class dgr_graph
.
nodes
an optional vector of node IDs for filtering the list of nodes present in the graph.
return_type
using vector
(the default) will provide a named vector of eccentricity values (the node IDs serve as names). With df
, a data frame containing node IDs and eccentricity values is provided.
8.30 get_jaccard_similarity()
Get Jaccard similarity coefficient scores
DESCRIPTION
Get the Jaccard similiarity coefficient scores for one or more nodes in a graph.
PARAMETERS
graph
a graph object of class dgr_graph
.
nodes
an optional vector of node IDs to consider for Jaccard similarity scores. If not supplied, then similarity scores will be provided for every pair of nodes in the graph.
direction
using all
(the default), the function will ignore edge direction when determining scores for neighboring nodes. With out
and in
, edge direction for neighboring nodes will be considered.
round_to
the maximum number of decimal places to retain for the Jaccard similarity coefficient scores. The default value is 3
.
8.31 get_dice_similarity()
Get Dice similarity coefficient scores
DESCRIPTION
Get the Dice similiarity coefficient scores for one or more nodes in a graph.
PARAMETERS
graph
a graph object of class dgr_graph
.
nodes
an optional vector of node IDs to consider for Dice similarity scores. If notsupplied, then similarity scores will be provided for every pair of nodes in the graph.
direction
using all
(the default), the function will ignore edge direction when determining scores for neighboring nodes. With out
and in
, edge direction for neighboring nodes will be considered.
round_to
the maximum number of decimal places to retain for the Dice similarity coefficient scores. The default value is .
8.32 get_periphery()
Get nodes that form the graph periphery
DESCRIPTION
Get those nodes that are part of the graph periphery (i.e., have the maximum eccentricity in the graph).
PARAMETERS
graph
a graph object of class dgr_graph
.
8.33 get_cmty_walktrap()
Get community membership using the Walktrap method
DESCRIPTION
With the Walktrap community finding algorithm, obtain the group membership values for each of the nodes in the graph.
PARAMETERS
graph
a graph object of class dgr_graph
.
steps
the number of steps to take for each of the random walks.
8.34 get_cmty_louvain()
Get community membership by Louvain optimization
DESCRIPTION
Through the use of multi-level optimization of a modularity score, obtain the group membership values for each of the nodes in the graph.
PARAMETERS
graph
a graph object of class dgr_graph
.
8.35 get_cmty_l_eigenvector()
Get community membership by leading eigenvector
DESCRIPTION
Through the calculation of the leading non-negative eigenvector of the modularity matrix of the graph, obtain the group membership values for each of the nodes in the graph.
PARAMETERS
graph
a graph object of class dgr_graph
.
8.36 get_cmty_fast_greedy()
Get community membership by modularity optimization
DESCRIPTION
Through the use of greedy optimization of a modularity score, obtain the group membership values for each of the nodes in the graph.
PARAMETERS
graph
a graph object of class dgr_graph
.
8.37 get_cmty_edge_btwns()
Get community membership by edge betweenness
DESCRIPTION
Using edge betweenness, obtain the group membership values for each of the nodes in the graph.
PARAMETERS
graph
a graph object of class dgr_graph
.
8.38 get_nbrs()
Get all neighbors of one or more nodes
DESCRIPTION
With one or more nodes, get the set of all neighboring nodes.
PARAMETERS
graph
a graph object of class dgr_graph
.
nodes
a vector of node ID values.
8.39 get_non_nbrs()
Get non-neighbors of a node in a graph
DESCRIPTION
Get the set of all nodes not neighboring a single graph node.
PARAMETERS
graph
a graph object of class dgr_graph
.
node
a single-length vector containing a node ID value.
8.40 get_common_neighbors()
Get all common neighbors between two or more nodes
DESCRIPTION
With two or more nodes, get the set of common neighboring nodes.
PARAMETERS
graph
a graph object of class dgr_graph
.
nodes
a vector of node ID values of length at least 2.
8.41 get_similar_nbrs()
Get neighboring nodes based on node attribute similarity
DESCRIPTION
With a graph a single node serving as the starting point, get those nodes in a potential neighborhood of nodes (adjacent to the starting node) that have a common or similar (within threshold values) node attribute to the starting node.
PARAMETERS
graph
a graph object of class dgr_graph
.
node
a single-length vector containing a node ID value.
node_attr
the name of the node attribute to use to compare with adjacent nodes.
tol_abs
if the values contained in the node attribute node_attr
are numeric, one can optionally supply a numeric vector of length 2 that provides a lower and upper numeric bound as criteria for neighboring node similarity to the starting node.
tol_pct
if the values contained in the node attribute node_attr
are numeric, one can optionally supply a numeric vector of length 2 that specifies lower and upper bounds as negative and positive percentage changes to the value of the starting node. These bounds serve as criteria for neighboring node similarity to the starting node.
8.42 get_paths()
Get paths from a specified node in a directed graph
DESCRIPTION
Obtain a list of all possible paths from a given node within a directed graph.
PARAMETERS
graph
a graph object of class dgr_graph
.
from
the node from which all paths will be determined.
to
the node to which all paths will be determined.
shortest_path
an option to return paths that are the shortest in the set of all determined paths.
longest_path
an option to return paths that are the longest in the set of all determined paths.
distance
a vector of integer values that specify which of the valid paths to return when filtering by distance.
8.43 get_w_connected_cmpts()
Get all nodes associated with connected components
DESCRIPTION
Determine which nodes in a graph belong to different weakly connected components (i.e., distinct sets of nodes with traversable paths to and from each node in the set).
PARAMETERS
graph
a graph object of class dgr_graph
.
8.44 get_s_connected_cmpts()
Get nodes within strongly connected components
DESCRIPTION
Determine which nodes in a graph belong to different strongly connected components.
PARAMETERS
graph
a graph object of class dgr_graph
.
8.45 get_articulation_points()
Get articulation points
DESCRIPTION
Get the nodes in the graph that are identified as articulation points.
PARAMETERS
graph
a graph object of class dgr_graph
.


Included here are babel routines for identifying unusual ribosome protected fragment counts given mRNA counts.
| Version: | 0.3-0 |
| Depends: | R (≥ 2.14.0), edgeR |
| Imports: | parallel |
| Suggests: | R.rsp, R.devices, R.utils |
| Published: | 2016-06-23 |
| Author: | Adam B. Olshen, Richard A. Olshen, Barry S. Taylor |
| Maintainer: | Adam B. Olshen <adam.olshen at ucsf.edu> |
| License: | LGPL-2.1 | LGPL-3 [expanded from: LGPL (≥ 2.1)] |
| NeedsCompilation: | no |
| Materials: | NEWS |
| CRAN checks: | babel results |
| Reference manual: | babel.pdf |
| Vignettes: |
The babel vignette |
| Package source: | babel_0.3-0.tar.gz |
| Windows binaries: | r-devel: babel_0.3-0.zip, r-release: babel_0.3-0.zip, r-oldrel: babel_0.3-0.zip |
| OS X binaries: | r-release: babel_0.3-0.tgz, r-oldrel: babel_0.3-0.tgz |
| Old sources: | babel archive |
Please use the canonical form https://CRAN.R-project.org/package=babel to link to this page.


I, Anna-Victoria Thirkettle, am responsible for the children within my care. My priority is their wellbeing and if I have concerns about a child’s welfare I will report them to the relevant parties following the Haringey Safeguarding Children Board procedures. These procedures are available through the website www.haringeylscb.org
Any significant changes in a child’s behavior, unexpected bruising or marks, or possible signs of abuse, any comments made which give me cause for concern, any deterioration in general wellbeing which causes concern, and any signs of neglect will be acknowledged, recorded and reported.
I keep a record of names, addresses and contact details of all parents, guardians and Carers of the children under my care.
I keep up to date with my food hygiene certificate, first aid certificate, and any relevant legislation and child protection issues by taking regular training courses and reading relevant literature.
Each child has a personal record including Medical issues, Allergies, and developmental assessment.
Children will only be released to the registered parent/carer, unless I have a signed, written notification that another individual will be collecting the child. No children will leave unsupervised.
All accidents, incidents or injuries are recorded within the accident book along with name, time and date.
All medicines are kept out of reach of the children.
A record is kept in the child’s personal file of any medicine administered, including name, date, time and reason for administering.
Parents must notify me of any concerns they have about the child so we can work together to have a consistent approach.
My husband, William Thirkettle, and I must keep a current DBS check. We are mindful of how we dress, talk and behave around the children. Within the hours of childcare our home will be treated as a place of business.
Regular risk assessments are carried out to ensure the premises, garden, and any outings, provide a safe environment for the ages and stages of the children in my care.
The children are introduced to ‘Road safety’, ‘House rules’, ‘Boundaries’, and ‘Personal space’, and through play we explore what is acceptable and unacceptable.
If a child confides in me I listen and take the matter seriously. Confidentiality will be assured when it is clear that there is no risk of harm to the child.
I am aware of the possible signs of abuse and will implement the local Safeguarding Childrens Board procedures with immediate effect, keeping a factual record of the concern including:
It is not my responsibility to investigate these matters and I shall pass the information I have to the appropriate person.
If I am suspected of causing harm or abuse I will notify the Haringey LSCB and follow the procedures laid out.


I grew up playing games and I've always maintained a love for emerging tech and creative storytelling. My technical side projects include designing and implementing UIs, building my Minecraft server, developing Minecraft mods, creating AR Apps using ARKit or Unity with Vuphoria, and maintaining my personal website.
Check out my Portfolio Website for art and past projects!
I'm a UCLA Computer Science graduate with a tech breadth in Public Policy and Urban Planning. I am passionate about inclusive design and accessibility, social justice for marginalized groups, and creating a better future for our planet.
I aspire to better myself through the pursuit of art and service. I draw, paint, 3D model, create pixel art, crochet, dance, flow, DJ, and practice aerial lyra, among other hobbies! I am happiest when I'm helping others, and I've been fortunate to work in the areas of teaching kids, assisting at music festivals as part of a harm reduction team, and developing accessible websites that are a joy to use for all.


[Sale Year] Bedding Plant Order Form [Order Number] [Delivery Route] |
|||
|---|---|---|---|
| Name | [Name] | C/O | [C/O] |
| Telephone | [Telephone] | [Email] | |
| Collection Hour | [Collection Hour] | ||
| Delivery Charge / £ | £ [Delivery Charge] | ||
| Address | [Address] | ||
| Delivery Day | [Delivery Day] | ||
| Notes | [Notes] | ||
| Order Total / £ | £ [Order Total] | Discount / £ | £ [Discount] |
| Already Paid / £ | £ [Already Paid] | To Pay / £ | £ [To Pay] |
| # | Name | Amount |
|---|---|---|
| [Num] | [Name] | [Amount] |
| Total Number of Plants | [Total] |


Building a great AI assistant is still challenging
Hamidreza, Co-founder and CEO, gives a brief description of Assister on PLUGHITZ Live at Collision Conf 2019!
Chief Executive Officer
The assister-ai organisation was created on GitHub, hosting assorted OSS projects created by the team.
The Assister.Ai team got accepted from a pool of over 3000 talented applicants for the NextAI program!
The company has been incorporated in Vancouver, Canada.
The team has found a product-market fit and the product has been shaped
Tentative launch date fro the Assister Platform


Landing Page for Gaming Companies
Sketch, Wireframing, Web Development, HTML, CSS
Overview
This project was to be a marketing landing page that specifically targeted gaming companies for lead generation. It never made it to production because of budget cuts.
Role
I was the sole designer and developer for the marketing department. I was in charge of designing and developing all the landing pages, newsletters, and sales decks.
Goal
The goal of this landing page is to be the first impression of the company targeted especially for gaming companies, and what the product can do for them.
Challenge
I was approached to design and develop this landing page. I was presented with a 30+ slide Keynote file and was told to translate that to the landing page. The challenge was to shape the large amount of data and convey what the product has to offer into just a few value propositions.
Sketch
Then I started to brainstorm...
What is important? What does the gaming company want to see? So, I started from the beginning and quickly sketched a wireframe
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Tokenization
The universal dependency annotation is based on a lexicalist view of syntax, which means that dependency relations hold between words. Hence, morphological features are encoded as properties of words and there is no attempt at segmenting words into morphemes. However, it is important to note that the basic units of annotation are syntactic words (not phonological or orthographic words), which means that we systematically want to split off clitics, as in Spanish dámelo = da me lo, and undo contractions, as in French au = à le. (In principle, the lexicalist view could also be taken to imply that certain multiword annotations should be treated as single words in the annotation. So far, however, multiword expressions are annotated as such using special dependency relations, rather than by collapsing multiple tokens into one.)
Since word segmentation in general is a non-trivial task in many languages, and since the usefulness of tools trained on treebank data ultimately depends on how well the word segmentation can be reproduced for new data, it is important to document the principles of word segmentation for each language. The nature of this documentation will vary from one language to the next, depending on properties of the language and the writing system. For languages where word segmentation can be performed by a simple script given white-space and punctuation, only the words need to be represented in the treebank. For languages not using white-space at all, such as Chinese and Japanese, a complex word segmentation algorithm has to be employed, but there is no need to represent the basic character sequence in the treebank since it is completely recoverable from the word representation. By contrast, in languages where the mapping between white-space delimited tokens and syntactic words is highly ambiguous, such as Arabic and Hebrew, we provide the option of including both tokens and words in the treebank using a two-level indexing scheme described in the CoNLL-U format section. The morphological and syntactic annotation is only defined at the word level, but a heuristic mapping to the token level can usually be provided.
Language-specific extensions to this documentation must describe how tokenization and word segmentation has been performed for each language (including references to standard tokenization schemes if any), whether the treebank includes (multiword) tokens as well as words, and what types of white-space separated tokens are split into multiple words (if any).


Search ramps up for Qld man's killers
Police are hoping a $500,000 reward will help solve the seven-year investigation into the murder of a Queensland father.
John Lazzaro was gunned down execution-style at his home in Rochedale, south of Brisbane, in 2012 in front of his 19 year-old daughter, who was unharmed.
Police believe at least two people were involved in the crime.
More than 150 statements have been taken but police are no closer to solving the case, says Detective Inspector Mark White.
"We are hoping that (the reward) is going to be an incentive for people if they do have information, to reconsider whether they sit on that information or if they contact the police and come forward," he said.
"I'm convinced someone in the community knows and can assist us, and that is why we are appealing for that person or persons to come forward and help us out."
The intruders also shot the 56-year-old's Rottweiler-cross, Kilo, in the back but the dog survived.
Police found empty shell casings and a hand-gun when they searched Mr Lazzaro's Priestdale Road home after his murder.


Election-style Hangman.
Every wrong guess gives Trump another state.
CURRENT WORD
Number of Guesses Remaining:
Letters Already Guessed:
Wins:
Losses:


When you use Google services, you trust us with your information. This Privacy Policy is meant to help you understand what data we collect, why we collect it, and what we do with it. This is important; we hope you will take time to read it carefully. And remember, you can find controls to manage your information and protect your privacy and security at .
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There are many different ways you can use our services – to search for and share information, to communicate with other people or to create new content. When you share information with us, for example by creating a , we can make those services even better – to show you and ads, to help you or to make . As you use our services, we want you to be clear how we’re using information and the ways in which you can protect your privacy.
Google Account
more relevant search results
connect with people
sharing with others quicker and easier
Our Privacy Policy explains:
What information we collect and why we collect it.
How we use that information.
The choices we offer, including how to access and update information.
We’ve tried to keep it as simple as possible, but if you’re not familiar with terms like cookies, IP addresses, pixel tags and browsers, then read about these first. Your privacy matters to Google so whether you are new to Google or a long-time user, please do take the time to get to know our practices – and if you have any questions .
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We collect information to provide better services to all of our users – from figuring out basic stuff like which language you speak, to more complex things like which , , or which YouTube videos you might like.
ads you’ll find most useful
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We collect information in the following ways:
For example, many of our services require you to sign up for a Google Account. When you do, we’ll ask for , like your name, email address, telephone number or to store with your account. If you want to take full advantage of the sharing features we offer, we might also ask you to create a publicly visible , which may include your name and photo.
personal information
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Google Profile
We about the services that you use and how you use them, like when you watch a video on YouTube, visit a website that uses our advertising services, or and content. This information includes:
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Device information
We collect (such as your hardware model, operating system version, , and mobile network information including phone number). Google may associate your or with your Google Account.
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When you use our services or view content provided by Google, we automatically collect and store certain information in . This includes:
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Internet protocol address
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cookies that may uniquely identify your browser or your Google Account.
When you use Google services, we . We use various technologies to determine location, including IP address, GPS, that may, for example, provide Google with information on nearby devices, .
may collect and process information about your actual location
and other sensors
Wi-Fi access points and cell towers
Certain services include a unique application number. This number and information about your installation (for example, the operating system type and application version number) may be sent to Google when you install or uninstall that service or when that service periodically contacts our servers, such as for automatic updates.
We may collect and store information (including personal information) locally on your device using mechanisms such as (including HTML 5) and .
browser web storage
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We use various technologies to collect and store information when you visit a Google service, and this may include using to identify your browser or device. We also use these technologies to collect and store information when you interact with services we offer to our partners, such as or Google features that may appear on other sites. Our Google Analytics product helps businesses and site owners analyze the traffic to their websites and apps. When used in conjunction with our advertising services, such as those using the DoubleClick cookie, Google Analytics information is .
and our partners
cookies or similar technologies
advertising services
linked, by the Google Analytics customer or by Google, using Google technology, with information about visits to multiple sites
Information we collect when you are signed in to Google, in addition to information we obtain about you from partners, may be associated with your Google Account. When information is associated with your Google Account, we treat it as personal information. For more information about how you can access, manage or delete information that is associated with your Google Account, visit the section of this policy.
Transparency and choice
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We use the information we collect from all of our services to , , and improve them, to , and to . We also use this information to offer you tailored content – like giving you more relevant search results and ads.
develop new ones
protect Google and our users
We may use the name you provide for your Google Profile across all of the services we offer that require a Google Account. In addition, we may replace past names associated with your Google Account so that you are represented consistently across all our services. If other users already have your email, or other information that identifies you, we may show them your publicly visible Google Profile information, such as your name and photo.
If you have a Google Account, we may display your Profile name, Profile photo, and actions you take on Google or on third-party applications connected to your Google Account (such as +1’s, reviews you write and comments you post) in our services, including displaying in ads and other commercial contexts. We will respect the choices you make to in your Google Account.
limit sharing or visibility settings
When you contact Google, we keep a record of your communication to help solve any issues you might be facing. We may use your email address to inform you about our services, such as letting you know about upcoming changes or improvements.
We use information collected from cookies and other technologies, like , to and the overall quality of our services. One of the products we use to do this on our own services is Google Analytics. For example, by saving your language preferences, we’ll be able to have our services appear in the language you prefer. When showing you tailored ads, we will not associate an identifier from cookies or similar technologies with , such as those based on race, religion, sexual orientation or health.
improve your user experience
sensitive categories
Our automated systems analyze your content (including emails) to provide you personally relevant product features, such as customized search results, tailored advertising, and spam and malware detection.
We may – for example . Depending on , may be associated with your personal information in order to improve Google’s services and the ads delivered by Google.
combine personal information from one service with information, including personal information, from other Google services
to make it easier to share things with people you know
your account settings
your activity on other sites and apps
We will ask for your consent before using information for a purpose other than those that are set out in this Privacy Policy.
Google processes personal information on our servers in many countries around the world. We may process your personal information on a server located outside the country where you live.
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People have different privacy concerns. Our goal is to be clear about what information we collect, so that you can make meaningful choices about how it is used. For example, you can:
to decide what types of data, such as videos you’ve watched on YouTube or past searches, you would like saved with your account when you use Google services. You can also visit these to manage whether certain activity is stored in a cookie or similar technology on your device when you use our services while signed-out of your account.
Review and update your Google activity controls
certain types of information tied to your Google Account by using Google Dashboard.
Review and control
your preferences about the Google ads shown to you on Google and across the web, such as which categories might interest you, using Ads Settings. You can also visit that page to opt out of certain Google advertising services.
View and edit
how the Profile associated with your Google Account appears to others.
who you share information with through your Google Account.
associated with your Google Account out of many of our services.
Take information
whether your Profile name and Profile photo appear in shared endorsements that appear in ads.
You may also set your browser to block all cookies, including cookies associated with our services, or to indicate when a cookie is being set by us. However, it’s important to remember that many of our services if your cookies are disabled. For example, we may not remember your language preferences.
may not function properly
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Many of our services let you share information with others. Remember that when you share information publicly, it may be indexable by search engines, including Google. Our services provide you with different options on and .
removing your content
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Whenever you use our services, we aim to provide you with . If that information is wrong, we strive to give you ways to update it quickly or to delete it – unless we have to keep that information for legitimate business or legal purposes. When updating your personal information, we may ask you to verify your identity before we can act on your request.
access to your personal information
We may reject requests that are unreasonably repetitive, require disproportionate technical effort (for example, developing a new system or fundamentally changing an existing practice), risk the privacy of others, or would be extremely impractical (for instance, requests concerning information residing on backup systems).
Where we can provide information access and correction, we will do so for free, except where it would require a disproportionate effort. We aim to maintain our services in a manner that protects information from accidental or malicious destruction. Because of this, after you delete information from our services, we may not immediately delete residual copies from our active servers and may not remove information from our backup systems.
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We do not share personal information with companies, organizations and individuals outside of Google unless one of the following circumstances applies:
We will share personal information with companies, organizations or individuals outside of Google when we have your consent to do so. We require opt-in consent for the sharing of any .
sensitive personal information
If your Google Account is managed for you by a (for example, for G Suite users) then your domain administrator and resellers who provide user support to your organization will have access to your Google Account information (including your email and other data). Your domain administrator may be able to:
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suspend or terminate your account access.
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Please refer to your domain administrator’s privacy policy for more information.
We provide personal information to our or other trusted businesses or persons to process it for us, based on our instructions and in compliance with our Privacy Policy and any other appropriate confidentiality and security measures.
We will share personal information with companies, organizations or individuals outside of Google if we have a good-faith belief that access, use, preservation or disclosure of the information is reasonably necessary to:
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publicly and with our partners – like publishers, advertisers or connected sites. For example, we may share information publicly about the general use of our services.
We may share
non-personally identifiable information
to show trends
If Google is involved in a merger, acquisition or asset sale, we will continue to ensure the confidentiality of any personal information and give affected users notice before personal information is transferred or becomes subject to a different privacy policy.
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We work hard to protect Google and our users from unauthorized access to or unauthorized alteration, disclosure or destruction of information we hold. In particular:
We encrypt many of our services .
We offer you when you access your Google Account, and a in Google Chrome.
two step verification
Safe Browsing feature
We review our information collection, storage and processing practices, including physical security measures, to guard against unauthorized access to systems.
We restrict access to personal information to Google employees, contractors and agents who need to know that information in order to process it for us, and who are subject to strict contractual confidentiality obligations and may be disciplined or terminated if they fail to meet these obligations.
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Our Privacy Policy applies to all of the services offered by Google Inc. and its affiliates, including YouTube, services Google provides on Android devices, and services offered on other sites (such as our advertising services), but excludes services that have separate privacy policies that do not incorporate this Privacy Policy.
Our Privacy Policy does not apply to services offered by other companies or individuals, including products or sites that may be displayed to you in search results, sites that may include Google services, or other sites linked from our services. Our Privacy Policy does not cover the information practices of other companies and organizations who advertise our services, and who may use cookies, pixel tags and other technologies to serve and offer relevant ads.
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We regularly review our compliance with our Privacy Policy. We also adhere to several , including the EU-US and Swiss-US Privacy Shield Frameworks. When we receive formal written complaints, we will contact the person who made the complaint to follow up. We work with the appropriate regulatory authorities, including local data protection authorities, to resolve any complaints regarding the transfer of personal data that we cannot resolve with our users directly.
self regulatory frameworks
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Our Privacy Policy may change from time to time. We will not reduce your rights under this Privacy Policy without your explicit consent. We will post any privacy policy changes on this page and, if the changes are significant, we will provide a more prominent notice (including, for certain services, email notification of privacy policy changes). We will also keep prior versions of this Privacy Policy in an archive for your review.
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The following notices explain specific privacy practices with respect to certain Google products and services that you may use:
Chrome and Chrome OS
G Suite for Education
For more information about some of our most popular services, you can visit the .
Google Product Privacy Guide
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Further useful privacy and security related materials can be found through Google’s , including:
policies and principles pages
Information about our , which includes, among other things, more information on
technologies and principles
how Google uses cookies
technologies we use for .
advertising
recognize patterns like faces
A that explains what data is shared with Google when you visit websites that use our advertising, analytics and social products.
The tool, which makes it easy to review your key privacy settings.
Privacy Checkup
Google’s , which provides information on how to stay safe and secure online.
safety center
For example, with Google Dashboard you can quickly and easily see some of the data associated with your Google Account.
Learn more.
For example, if you frequently visit websites and blogs about gardening, you may see ads related to gardening as you browse the web.
Learn more.
For example, if you frequently visit websites and blogs about gardening that show our ads, you may start to see ads related to this interest as you browse the web.
Learn more.
Your device may have sensors that provide information to assist in a better understanding of your location. For example, an accelerometer can be used to determine things like speed, or a gyroscope to figure out direction of travel.
Learn more.
This includes information like your usage data and preferences, Gmail messages, G+ profile, photos, videos, browsing history, map searches, docs, or other Google-hosted content.
Learn more.
For example, when you’re signed in to your Google Account and search on Google, you can see search results from the public web, along with pages, photos, and Google+ posts from your friends and people who know you or follow you on Google+ may see your posts and profile in their results.
Learn more.
For example, you could get suggestions of people you might know or want to connect with on Google+, based on the connections you have with people on other Google products, like Gmail; and people who have a connection with you may see your profile as a suggestion.
Learn more.
Whilst we currently don’t ask for a credit card during sign up, verifying your age through a small credit card transaction is one way to confirm that you meet our age requirements in case your account was disabled after you have entered a birthday indicating you are not old enough to have a Google Account.
Learn more.
For example, Google’s spell checking software was developed by analyzing previous searches where users had corrected their own spelling.
Learn more.
Device identifiers let Google know which unique device you are using to access our services, which can be used to customise our service to your device or analyse any device issues related to our services.
Learn more.
For example, when you visit Google Play from your desktop, Google can use this information to help you decide on which devices you'd like your purchases to be available for use.
Learn more.
For example, cookies allow us to analyse how users interact with our services.
Learn more.
Like other technology and communications companies, Google regularly receives requests from governments and courts around the world to hand over user data. Our legal team reviews each and every request, regardless of type, and we frequently push back when the requests appear to be overly broad or don’t follow the correct process.
Learn more.
For example, you can choose your settings so your name and photo do not appear in an ad.
Learn more.
Google Analytics is based on first-party cookies. Data generated through Google Analytics can be linked, by the Google Analytics customer or by Google, using Google technology, to third-party cookies, related to visits to other websites, for instance when an advertiser wants to use its Google Analytics data to create more relevant ads, or to further analyze its traffic.
Learn more.
For example, we continuously monitor our systems to check that they are working as intended and in order to detect and fix errors.
Learn more.
For example, Google Maps can center the maps view on your current location.
Learn more.
For example, we use a cookie called ‘lbcs’ which makes it possible for you to open many Google Docs in one browser.
Learn more.
We allow trusted businesses to use cookies or similar technologies for advertising and research purposes on our services.
Learn more.
For example, if you add a phone number as a recovery option, if you forget your password Google can send you a text message with a code to enable you to reset it.
Learn more.
For example, if you're concerned about unauthorized access to your email, "Last account activity" in Gmail shows you information about recent activity in your email, such as the IP addresses that accessed your mail, the associated location, as well as the time and date.
Learn more.
For example, one reason we collect and analyze IP addresses and cookies is to protect our services against automated abuse.
Learn more.
For example, the IP address assigned to your device is used to send the data you requested back to your device.
Learn more.
For example, with Google+, you have many different sharing options.
Learn more.
For example, if someone is already a contact, Google will autocomplete their name if you want to add them to a message in Gmail.
Learn more.
For example, when you type an address in the To, Cc, or Bcc field of a message you're composing, Gmail will suggest addresses from your Contacts list.
Learn more.
For example, if you have communicated with someone via Gmail and want to add them to a Google Doc or an event in Google Calendar, Google makes it easy to do so by autocompleting their email address when you start to type in their name.
Learn more.
For example, we regularly report to advertisers on whether we served their ad to a page and whether that ad was likely to be seen by users (as opposed to, for example, being on part of the page to which users did not scroll).
Learn more.
When lots of people start searching for something, it can provide very useful information about particular trends at that time.
Learn more.
For example, Google can approximate your device’s location based on the known location of nearby cell towers.
Learn more.
For example, we can make search more relevant and interesting for you by including photos, posts, and more from you and your friends.
Learn more.
For example, you can delete your , , , , or .

You can see some of these at and .
Google Trends
YouTube Trending Videos
Learn more.
This activity might come from your use of Google products like Chrome Sync or from your visits to sites and apps that partner with Google. Many websites and apps partner with Google to improve their content and services. For example, a website might use our advertising services (like AdSense) or analytics tools (like Google Analytics). These products share information about your activity with Google and, depending on and the products in use (for instance, when a partner uses Google Analytics in conjunction with our advertising services), this data may be associated with your personal information.
your account settings
Learn more.
Learn more about our commitments to your privacy and security.
Our legal policies
Privacy Policy
Terms of Service
More information
Technologies and Principles
Advertising
How Google uses cookies
How Google uses pattern recognition
Types of location data used by Google
How Google Wallet uses credit card numbers
How Google Voice works
How Google uses data when you use our partners' sites or apps
Additional resources
Google Safety Center
Google Product Privacy Guide
Your privacy, security, and controls
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For example, we can make search more relevant and interesting for you by including photos, posts, and more from you and your friends.
"more relevant search results"
Learn more.
For example, you could get suggestions of people you might know or want to connect with on Google+, based on the connections you have with people on other Google products, like Gmail; and people who have a connection with you may see your profile as a suggestion.
"connect with people"
Learn more.
For example, if someone is already a contact, Google will autocomplete their name if you want to add them to a message in Gmail.
"sharing with others quicker and easier"
Learn more.
For example, if you frequently visit websites and blogs about gardening, you may see ads related to gardening as you browse the web.
"ads you’ll find most useful"
Learn more.
For example, when you type an address in the To, Cc, or Bcc field of a message you're composing, Gmail will suggest addresses from your Contacts list.
"the people who matter most to you online"
Learn more.
Whilst we currently don’t ask for a credit card during sign up, verifying your age through a small credit card transaction is one way to confirm that you meet our age requirements in case your account was disabled after you have entered a birthday indicating you are not old enough to have a Google Account.
"credit card"
Learn more.
This includes information like your usage data and preferences, Gmail messages, G+ profile, photos, videos, browsing history, map searches, docs, or other Google-hosted content.
"collect information"
Learn more.
For example, we regularly report to advertisers on whether we served their ad to a page and whether that ad was likely to be seen by users (as opposed to, for example, being on part of the page to which users did not scroll).
"view and interact with our ads"
Learn more.
For example, when you visit Google Play from your desktop, Google can use this information to help you decide on which devices you'd like your purchases to be available for use.
"device-specific information"
Learn more.
Device identifiers let Google know which unique device you are using to access our services, which can be used to customise our service to your device or analyse any device issues related to our services.
"device identifiers"
Learn more.
For example, if you add a phone number as a recovery option, if you forget your password Google can send you a text message with a code to enable you to reset it.
"phone number"
Learn more.
For example, Google Maps can center the maps view on your current location.
"may collect and process information about your actual location"
Learn more.
Your device may have sensors that provide information to assist in a better understanding of your location. For example, an accelerometer can be used to determine things like speed, or a gyroscope to figure out direction of travel.
"and other sensors"
Learn more.
For example, Google can approximate your device’s location based on the known location of nearby cell towers.
"Wi-Fi access points and cell towers"
Learn more.
We allow trusted businesses to use cookies or similar technologies for advertising and research purposes on our services.
"and our partners"
Learn more.
For example, if you frequently visit websites and blogs about gardening that show our ads, you may start to see ads related to this interest as you browse the web.
"advertising services"
Learn more.
Google Analytics is based on first-party cookies. Data generated through Google Analytics can be linked, by the Google Analytics customer or by Google, using Google technology, to third-party cookies, related to visits to other websites, for instance when an advertiser wants to use its Google Analytics data to create more relevant ads, or to further analyze its traffic.
"linked with information about visits to multiple sites"
Learn more.
For example, the IP address assigned to your device is used to send the data you requested back to your device.
Learn more.
For example, we continuously monitor our systems to check that they are working as intended and in order to detect and fix errors.
Learn more.
For example, one reason we collect and analyze IP addresses and cookies is to protect our services against automated abuse.
Learn more.
For example, Google’s spell checking software was developed by analyzing previous searches where users had corrected their own spelling.
"develop new ones"
Learn more.
For example, if you're concerned about unauthorized access to your email, "Last account activity" in Gmail shows you information about recent activity in your email, such as the IP addresses that accessed your mail, the associated location, as well as the time and date.
"protect Google and our users"
Learn more.
For example, you can choose your settings so your name and photo do not appear in an ad.
"limit sharing or visibility settings"
Learn more.
For example, cookies allow us to analyse how users interact with our services.
"improve your user experience"
Learn more.
For example, when you’re signed in to your Google Account and search on Google, you can see search results from the public web, along with pages, photos, and Google+ posts from your friends and people who know you or follow you on Google+ may see your posts and profile in their results.
"combine personal information from one service with information, including personal information, from other Google services"
Learn more.
For example, if you have communicated with someone via Gmail and want to add them to a Google Doc or an event in Google Calendar, Google makes it easy to do so by autocompleting their email address when you start to type in their name.
"to make it easier to share things with people you know"
Learn more.
This activity might come from your use of Google products like Chrome Sync or from your visits to sites and apps that partner with Google. Many websites and apps partner with Google to improve their content and services. For example, a website might use our advertising services (like AdSense) or analytics tools (like Google Analytics). These products share information about your activity with Google and, depending on and the products in use (for instance, when a partner uses Google Analytics in conjunction with our advertising services), this data may be associated with your personal information.
"your activity on other sites and apps"
your account settings
Learn more.
For example, we use a cookie called ‘lbcs’ which makes it possible for you to open many Google Docs in one browser.
"may not function properly"
Learn more.
For example, with Google+, you have many different sharing options.
Learn more.

For example, with Google Dashboard you can quickly and easily see some of the data associated with your Google Account.
"access to your personal information"
Learn more.
Like other technology and communications companies, Google regularly receives requests from governments and courts around the world to hand over user data. Our legal team reviews each and every request, regardless of type, and we frequently push back when the requests appear to be overly broad or don’t follow the correct process.
"legal process or enforceable governmental request"
Learn more.
Like other technology and communications companies, Google regularly receives requests from governments and courts around the world to hand over user data. Our legal team reviews each and every request, regardless of type, and we frequently push back when the requests appear to be overly broad or don’t follow the correct process.
"legal process or enforceable governmental request"
Learn more.
When lots of people start searching for something, it can provide very useful information about particular trends at that time.
"We may share aggregated, non-personally identifiable information publicly"
Learn more.
You can see some of these at and .
"to show trends"
Google Trends
YouTube Trending Videos
Learn more.


Quiz
MiXR
Gift
(current)
About
Packages
Contact Us
Quiz
1. What is your preferred liquor?
1a. Tequila
1b. Whiskey
1c. Rum
1d. Vodka
1e. I'll Drink Anything
2. What is your best setting when enjoying your liquor?
2a. Get togethers
2b. Party
2c. Sports
2d. Other
3. What is your price range?
3a. $40-$50
3b. $135-150
3c. $150+
3d. Other
...


1Gallery: A Beautiful Photo Gallery App That Supports Hidden Pictures
by A Word From Our SponsorsAfter two years of releasing the Today Weather application, XDA member thotran7989 has now launched another very exciting app, 1Gallery.
1Gallery aims to be the best alternative gallery app designed for managing your photos. The feature rich app allows you to secure your photos and videos via hidden folders and encryption features.
1Gallery was developed with three basic things in mind:
- Simple & Beautiful: Like Today Weather, design of 1Gallery is quite simple and focuses on being as user-friendly as possible. The app also has support for Dark/Light/Auto theme.
- Smooth Performance: Apart from a beautiful user interface, 1Gallery offers a very smooth and consistent UI that doesn’t lag when you’re flipping through your photos and videos.
- Security: There are many situation where you’ll want to keep certain photos and video hidden. Often times we will lend our phone to another person, or in worse situations, have our phones stolen. 1Gallery’s Secure Album feature will make sure that photos stored in this section will never be seen by unwelcome eyes. This section of the gallery is encrypted and will require a password to view any of its contents.
Some key features:
- Hide photos and videos. The hidden files are all ENCRYPTED.
- Password mode: Pin, Pattern, Fingerprint.
- Organize your photos/videos.
- View huge images and many different photos and videos types (RAW, etc).
- Management: Search, create new folders, move/copy data and more (Memory card supported).
- Photo editor: Crop, rotate, resize, filters & more.
- View videos with subtitles.
- View detailed information of your files (resolution, EXIF values etc).
- Themes: Auto, Light, Dark.
We thank todayweather.co for sponsoring this post and providing the content. Our sponsors help us pay for the many costs associated with running XDA, including server costs, full time developers, news writers, and much more. While you might see sponsored content (which will always be labeled as such) alongside Portal content, the Portal team is in no way responsible for these posts. Sponsored content, advertising and XDA Depot are managed by a separate team entirely. XDA will never compromise its journalistic integrity by accepting money to write favorably about a company, or alter our opinions or views in any way. Our opinion cannot be bought.


This module provides base tree handling functions that are shared by other features, notably grouping and treeView. It provides a tree view of the data, with nodes in that tree and leaves.
The raw data that is provided must come with a $$treeLevel on any non-leaf node. Grouping will create these on all the group header rows, treeView will expect these to be set in the raw data by the user. TreeBase will run a rowsProcessor that:
treeBase.tree
out of the provided rowsEach row is updated with a link to the tree node that represents it. Refer tree documentation for information.
TreeBase adds information to the rows
Since the logic is baked into the rowsProcessors, it should get triggered whenever row order or filtering or anything like that is changed. We recall the expanded state across invocations of the rowsProcessors by the reference to the treeNode on the individual rows. We rebuild the tree itself quite frequently, when we do this we use the saved treeNodes to get the state, but we overwrite the other data in that treeNode.
By default rows are collapsed, which means all data rows have their visible property set to false, and only level 0 group rows are set to visible.
We rely on the rowsProcessors to do the actual expanding and collapsing, so we set the flags we want into grid.treeBase.tree, then call refresh. This is because we can't easily change the visible row cache without calling the processors, and once we've built the logic into the rowProcessors we may as well use it all the time.
Tree base provides sorting (on non-grouped columns).
Sorting works in two passes. The standard sorting is performed for any columns that are important to building the tree (for example, any grouped columns). Then after the tree is built, a recursive tree sort is performed for the remaining sort columns (including the original sort) - these columns are sorted within each tree level (so all the level 1 nodes are sorted, then all the level 2 nodes within each level 1 node etc).
To achieve this we make use of the ignoreSort
property on the sort configuration. The parent feature (treeView or grouping)
must provide a rowsProcessor that runs with very low priority (typically in the 60-65 range), and that sets
the ignoreSort
on any sort that it wants to run on the tree. TreeBase will clear the ignoreSort on all sorts - so it
will turn on any sorts that haven't run. It will then call a recursive sort on the tree.
Tree base provides treeAggregation. It checks the treeAggregation configuration on each column, and aggregates based on
the logic provided as it builds the tree. Footer aggregation from the uiGrid core should not be used with treeBase aggregation,
since it operates on all visible rows, as opposed to to leaf nodes only. Setting showColumnFooter: true
will show the
treeAggregations in the column footer. Aggregation information will be collected in the format:
{
type: 'count',
value: 4,
label: 'count: ',
rendered: 'count: 4'
}
A callback is provided to format the value once it is finalised (aka a valueFilter).


serve.delete_backend("delete:v1")
serve.create_backend("delete:v2", function)
serve.set_traffic("delete_backend", {"delete:v1": 0.5, "delete:v2": 0.5})
with pytest.raises(ValueError):
serve.delete_backend("delete:v1")
def function(_):
return "hello"
function.deploy()
assert requests.get("http://<IP_ADDRESS>:8000/delete").text == "hello"
function.delete()


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JSON-LD is a light-weight syntax for expressing linked data. It is primarily intended for web-based programming environments, interoperable web services and for storing linked data in JSON-based databases. This package provides bindings to the JavaScript library for converting, expanding and compacting JSON-LD documents.
| Version: | 2.0 |
| Imports: | V8, jsonlite, curl (≥ 2.7) |
| Suggests: | spelling |
| Published: | 2018-05-03 |
| Author: | Jeroen Ooms [aut, cre], rOpenSci [fnd] (https://ropensci.org) |
| Maintainer: | Jeroen Ooms <jeroen at berkeley.edu> |
| BugReports: | https://github.com/ropensci/jsonld/issues |
| License: | BSD_3_clause + file LICENSE |
| URL: | https://github.com/ropensci/jsonld#readme (devel) https://www.w3.org/TR/json-ld (spec) |
| NeedsCompilation: | no |
| Language: | en-US |
| Materials: | NEWS |
| CRAN checks: | jsonld results |
| Reference manual: | jsonld.pdf |
| Package source: | jsonld_2.0.tar.gz |
| Windows binaries: | r-devel: jsonld_2.0.zip, r-release: jsonld_2.0.zip, r-oldrel: jsonld_2.0.zip |
| OS X binaries: | r-release: jsonld_2.0.tgz, r-oldrel: jsonld_2.0.tgz |
| Old sources: | jsonld archive |
| Reverse imports: | codemetar, rdflib |
Please use the canonical form https://CRAN.R-project.org/package=jsonld to link to this page.


--- title: Red Butte Photo of the Day September 11, 2009 date: 2009-09-11 00:00:00 -06:00 categories: - whats-blooming layout: post blog-banner: whats-blooming-now-fall.jpg post-date: September 11, 2009 post-time: 7:33 AM blog-image: wbn-default.jpg ---
Toothache plant is a flowering herb in the ASTERACEAE or sunflower family. It is also known as Paracress or Akarkara. It is native to tropical regions of South America and is grown as an ornamental or medicinal plant in many parts of the world.
The most common use of this plant is to treat toothache and other mouth related issues. The flower heads are used either fresh or dried and powdered, but the use of the roots and leaves have been used as well. The leaves have been used externally to treat bacterial and fungal skin diseases by stimulating wound healing.
Chewing the plant increases the flow of saliva and is useful for fever treatment, especially during the summer. Some use it to treat dysentery, rheumatism, and blood parasites.
 I have found that it greatly enhances the flavor and enjoyment attained by eating the fruit.


>>
<<
Usr
Pri
JfC
LJ
Phr
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!:
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Dictionary
| Weighted Taylor |
u t: 0 0 0 |
|
The result of u t: k is (!k)*u t. k .
In other words, the coefficients produced by t: are the
Taylor coefficients weighted by the factorial.
As a consequence, the coefficients produced by it when applied to
functions of the exponential family show simple patterns.
For this reason it is sometimes called the exponential
generating function.
|
For example:
k=: i. 12
^ t: k
1 1 1 1 1 1 1 1 1 1 1 1
%@^t: k NB.
Help
Dictionary


Try out our Premium Member services: Virtual Legal Assistant, Query Alert Service and an ad-free experience. Free for one month and pay only if you like it.
Vineet Kumar Jati Vs. State of M.P & Others. Writ Petition No. 15401 / 2011 1.3.2013: Shri Subodh Kathar, learned counsel for the petitioner. Shri Sanjeev Kumar Singh, learned Panel Lawyer for respondent Nos.1, 2, 4, 5 & 6.
Shri Pushpendra Kaurav, leaned Additional Advocate General with Shri Kamlesh Dwivedi, learned counsel for respondent No.3.
Petitioner has established a Rice Mill in Ward No.8 Majholi, Tehsil and District Jabalpur. Petitioner claims to be a proprietor of said rice mill running in the name and style of M/s. Jati Rice Mill. Challenging the impugned order passed by the Sub Divisional Magistrate, Sihora, District Jabalpur, respondent No.6, directing the petitioner to close the rice mill and is prohibiting the petitioner from carrying out the activities of rice mill, this writ petition has been filed.
2. It is stated on behalf of the petitioner that the action has been taken behind his back without hearing him, without notice to him. It is averred that respondent No.7 has filed a Public Interest Litigation before this Court being W.P. No.4649/2010 (PIL) and vide order Annexure P-1 dated 10.5.2010, the writ petition was disposed of with a direction to the Collector Jabalpur to consider and decide the representation of respondent No.7 and if required take steps for cancelling of license after hearing all concerned and conducting enquiry.
2Inter alia contending that without conducting any enquiry, without hearing him, the license has been cancelled, the writ petition was filed.
3. The Pollution control Board, Regional Director, is also impleaded as respondent No.3 and Shri Pushpendra Kaurav, Additional Advocate General, assisted by Shri Kamlesh Dwivedi, learned counsel appears for the said respondent and has filed detailed reply. From the reply filed by respondent No.3 it is seen that for the purpose of establishing of rice mill certain circulars and provisions with regard to Water (Prevention and Control of Pollution) Act, 1974 and Air (Prevention and Control of Pollution) Act, 1981 are applicable. It is pointed out by Shri Kamlesh Dwivedi that before establishment of the Rice Mill petitioner did not get approval and sanction of the Pollution Control Board and, therefore, on complaint received, the rice-mill of the petitioner was investigated and it was found that it is creating pollution in the area in question wherein school and other residential houses are situated and, therefore, after issuing notice to petitioner impugned action is taken. It is also stated that the petitioner has remedy of filing appeal under the Green Tribunal Act. Accordingly, on such consideration respondent No.3 objects to the petition.
4. Shri Subodh Kathar, learned counsel submits that even the Pollution Control Board did not heard the petitioner and did 3 not gave adequate time or opportunity to the petitioner to make good the defects, if any, and review the same instead cancel the license.
5. Having heard learned counsel for the parties and taking note of averments made by respondent No.3 in the return it is clear that for establishing and running rice mill in question certain statutory provisions with regard to provisions of Water (Prevention and Control of Pollution) Act, 1974 and Air (Prevention and Control of Pollution) Act, 1981 are to be applied. The statutory provisions contemplate establishment of rice mill in a manner that it does not create pollution either of the air in the surrounding area or water and, therefore, rice mill has to be established after due approval and sanction of the Pollution Control Board. In this case the rice mill is established without due approval and sanction of the said Board and, therefore, it is not proper for this Court to grant permission to the petitioner to carry out functioning of rice mill in the absence of proper compliance being made with regard to Prevention of Pollution Control Act.
6. However, as petitioner has already established rice mill, interest of justice requires that opportunity should be granted to him to make good the default, if any, in the matter of complying with the statutory requirement with regard to air and water pollution.
47. Keeping in view the aforesaid, it is directed that on petitioner's filing an appropriate application in accordance to statutory requirement before respondent No.3 and on his complying with such other requirement as is contemplated under law, his claim for grant of sanction for establishing and running the present rice mill shall be considered by respondent No.3 and the decision taken with regard to grant of permission or otherwise, within a period of three months from the date of receipt of certified copy of this order along with other particulars.
8. If on such enquiry conducted under the statutory provisions respondent No.3 is convinced that permission can be granted, petitioner can run the rice mill after necessary permission has been granted, else respondent No.3 shall be at liberty to pass an appropriate speaking order.
9. With the aforesaid this petition is allowed and disposed of.
Certified copy as per rules.
(Rajendra Menon) Judge ss/-


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Learn about Earth, Its Home - SolarSystem and its place in Milkyway, our neighbour galaxies and star systems in cosmos. Find out all about them here.
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Learn about Earth, Its Home - SolarSystem and its place in Milkyway, our neighbour galaxies and star systems in cosmos. Find out all about them here.
Our space-engine is under-construction.


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Before Change
if change["field_name"] == "keywords":
if "regression" in change["removed"].split(","):
classes[bug_id] = 0
elif "regression" in change["added"].split(","):
classes[bug_id] = 1
// The conditions to use the "defect" type are more restricted.
After Change
for change in history["changes"]:
if change["field_name"] == "keywords":
if "regression" in [
k.strip() for k in change["removed"].split(",")
]:
classes[bug_id] = 0
elif "regression" in [
k.strip() for k in change["added"].split(",")
]:
classes[bug_id] = 1
// The conditions to use the "defect" type are more restricted.