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app
/
com.hexanovate.familytree.ui.tree
/
TreeActivity
/
<init>
<init>
TreeActivity
(
)
Activity to display a
TreeView
.


Logger
Logger is a very simple logging tool with the bare minimal of functionality. Built in are the following options: 4 different logging levels (Error, Warning, Info, Dev) Log to the console (with some configuration) add colour styling add date add debug details Add colours
Usage
const logger = require('Logger');
logger.configLogger({
methods:[
{
type: 'console',
colors: true,
showDate: true,
isDebug: {
on: true
}
}
],
level: 4
});
logger.error('database connection dropped');
logger.warning('unauthorised access attempt');
logger.info({
msg: 'New signup: <username: "alan"',
ip: '<IP_ADDRESS>',
os: 'windows',
device: {
type: 'mobile',
model: 'iphone6'
}
});
logger.dev('inside [login]')
Custom Channels
To use other logging channels such as writing to a file, provide a callback function that accepts the data paramater and write your own handler.
// Mongoose
const wrapper = (data) =>LogModel(data).save().catch(err=>console.log(err));
const configMongoose = {
type: 'function',
level: 3,
func: wrapper
};
const configFile = {
type: 'function',
onlyLevel: 1,
func: fileWriter, //where fileWriter = callback to write to file
showDate: true,
fieldOptions:{
isRaw: false
}
}
const logger = require('Logger');
logger.configLogger({
methods:[
configMongoose,
configFile
],
level: 4
});
Contributing
Pull requests are welcome. For major changes, please open an issue first to discuss what you would like to change.
Please make sure to update tests as appropriate.


A class is empty if it doesn't contain any fields, methods, constructors, or initializers. Empty classes are sometimes left over after significant changes or refactorings.
Example:
class Example {
List<String> getList() {
return new ArrayList<>() {
};
}
}
After the quick-fix is applied:
class Example {
List<String> getList() {
return new ArrayList<>();
}
}
Configure the inspection:
Use the Ignore class if it is a parametrization of a super type option to ignore classes that parameterize a superclass. For example:
class MyList extends ArrayList<String> {}
java.lang.Throwable
.


Automates common plotting tasks to ease data exploration. Makes density plots (potentially overlaid on histograms), scatter plots with prediction lines, or bar or line plots with error bars. For each type, y, or x and y variables can be plotted at levels of other variables, all with minimal specification.
| Version: | 0.4.0 |
| Depends: | R (≥ 3.1), graphics, stats, grDevices |
| Suggests: | knitr, rmarkdown, devEMF |
| Published: | 2018-06-24 |
| Author: | Micah Iserman |
| Maintainer: | Micah Iserman <micah.iserman at ttu.edu> |
| BugReports: | https://github.com/miserman/splot/issues |
| License: | GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| URL: | https://miserman.github.io/splot |
| NeedsCompilation: | no |
| Materials: | NEWS |
| CRAN checks: | splot results |
| Reference manual: | splot.pdf |
| Package source: | splot_0.4.0.tar.gz |
| Windows binaries: | r-devel: splot_0.4.0.zip, r-release: splot_0.4.0.zip, r-oldrel: splot_0.4.0.zip |
| OS X binaries: | r-release: splot_0.4.0.tgz, r-oldrel: splot_0.4.0.tgz |
| Old sources: | splot archive |
Please use the canonical form https://CRAN.R-project.org/package=splot to link to this page.


This project is meant to be used with the #100DaysOfCode challenge. The challenge is pretty simple, spend at least 1 hour doing something related with code. It doesn’t matter what, reading about code, writing code, helping in an open source project, raising issues, fixing issues, doing exercises, studying, whatever you can think of.
My personal experience
I participated in the challenge twice in 2018 - the first time I completed the 100 days, but my streaks were broken from time to time due to work. The second time I failed the challenge after a few weeks.
One thing I have noticed, was that using the log.md file felt a bit awkward, sometimes I didn’t know what to write, other times I needed to put a lot of things that didn’t exactly fit in either the thoughts or progress topics as shown in the basic log.
So slowly, in my head, the idea of creating a sort of a hub for the challenge, where you could have different categories and pages and with a quick glance you could see your progress on the challenge.
Newbie friendly
Let’s be honest, choosing where to focus when you are just starting is bad enough. Now add the huge choice of tech for creating a site and things get even more difficult. That’s why I created this project in Jekyll.
Jekyll it’s pretty easy to get into. The liquid syntax provides enough power for you to change a single page. You can quickly change this project into something different that would fit your needs.
But, if you don’t want to spend time designing your personal site and just want to crack on and dedicate your time to the challenge, then you can just use the default theme and that’s it.
With 100DaysOf you will have:
- A Blog
- A Project page
- An About page
- A Timeline for the challenge
- A Book page for your reads
- The possibility to change everything in the future, if you wish to do so.
Also, if you ever want to part from Jekyll and go with a different technology, all your posts will be tidied in the _posts folder and you can just export them to the other technology.
Let’s build it together
I’ve worked hard this last week to try and build something that could actually be used. But there is a lot of things that need polishing and even more things I would like to add to the project.
This means that your feedback is really important!
You can send me your comments, ideas, opinions and request by any of these ways:
Next steps
Read the getting started blog post.


--- layout: page title: "About" description: "Hey, this is Chenxs." header-img: "img/post-bg-2015.jpg" ---
Yesterday is history ,Tomorrow is a mystery but today is a gift.That is why it's called the present.


University of California Workers Strike Over Outsourcing
by NATHAN SOLISLOS ANGELES (CN) – Thousands of members with the largest union of university employees in California went on statewide strike Wednesday to bring attention to job outsourcing and stalled contract negotiations.
Union members say the University of California has increased job outsourcing to new levels, bringing in outside contract workers who do not receive benefits and threaten job security for the rest of the workforce.
Fifteen rallies and strikes were held at university campuses in San Francisco, Santa Cruz, San Diego, Los Angeles and several more locations at UC medical facilities.
Striking UC workers include cooks, pharmacy technicians, janitors and many other employees with the American Federation of State, County and Municipal Employees-3299 union.
Senior custodian Eddie Thompson Jr. has worked at UCLA since 2011 and like many other union members has a second job.
“I work for a culinary staffing agency as a dishwasher,” said Thompson as he marched with union members outside the campus. “I got three kids and a wife to take care of and these wages are just not cutting it. I’ve invested eight years into this place. I’m kind of like topsy-turvy, but I’m willing to fight.”
AFSCME-3299 filed six unfair labor practice complaints last month with the California Public Employment Relations Board against the UC system over what it calls a secret effort to replace the union employee workforce with contractors.
The union says UC administrators renewed contracts with 25 outside agencies and continue to expand the scope of which jobs will be included. Contract employees do not receive benefits, and the union says the UC system continues to circumvent the process for bringing in new workers, including notifying the union.
In a statement, the UC said, “During the 40 days of bargaining, UC has presented union leaders a dozen comprehensive proposals that would give our hardworking employees their long-overdue agreement. We hope AFSCME will return to the table to negotiate after this strike, as it is the only union without a contract – UC has reached agreements with seven other unions in the past two years.”
The last offer made by UC included 3% wage increases and a prorated $750 payment. The union has been without a contract since June 2017.
Monica Martinez is a union organizer, but she also has two job titles. Martinez has been an administrative/clinical care partner at UCLA Medical Center for nearly 20 years. She does similar work for another hospital as her second job.
The claim that their union is the only holdout makes Martinez upset, because it’s not just about protecting her current job.
“I still have to work a second job and worry about my retirement,” said Martinez. “I have to make sure I can survive. Yeah, we might not reach an agreement the university wants, but that’s because we don’t want to hurt the thousands of employees who would suffer later.”
Enrique Rosas, senior custodian at UCLA, says the union is fighting for job security because it appears to so many within the union that the UC system is gearing up to replace them with a workforce that they will not have to pay benefits.
“It’s beyond stressful,” says Rosas. “With the amount of stress here, focusing what’s at hand – the strike, the contract, our job security and making sure that the university doesn’t do unfair practices – it puts a tremendous amount of stress. Especially because we don’t have the time for our families, we don’t have time to enjoy life for what it really is.”
Copyright © 2019 courthousenews.com


public static void main(String[] args) { char[] matrix = new char[] {'H', 'e', 'l', 'l', 'o'}; /* Print each letter of the char array in a separate line. */ for(int i = 0; i <= matrix.length; ++i) { System.out.println(matrix[i]); //Index out of bound exception } int a[10] int x = 10 a[9] = 3 ; ok a[x] = 4 ; 10 is not within the range 0..9 }
/* To correct it, either change the declaration of the array, or change the formula so the index values stay within the boundaries of the array. */


Hello there! This is Bims cook your No.1 food court in Nigeria.
We offer delicious African and Intercontinental dishes with class which will make your taste buds want more.
Bims cook started as an outdoor catering service in 1997 before the flagship restaurant was established in 2002 at plot 13 king George v road, Ikoyi.
We now have our franchise in all the major cities in Nigeria to offer you our delicious meals and excellent service which is the core value of our brand.
We are now here to serve you better with our Home delivery service which was recently added as such you can now order from our website from the comfort your home and expect your orders delivered at your door step.
We are always here to serve you better!
Thank You!
CEO BIMS COOK


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We're going to build a command line application called teleport
, It allows people to add "warp points" to navigate the file system. The warp points support creating new warp points, deleting them, and listing them.
Libraries used are:
optparse-applicative
: parsing command line argumentsAeson
: reading/writing JSON
Turtle
: writing "shell"-y code for files and directoriesANSI
: emit colors in the consoleText
and Bytestring
: forced to use these because of Aeson
, Filepath
The intended audience are those who are comfortable with
do
notationIO
(no other monads required)You'll see Haskell libraries in action, and put them together to build something tangible.
The code is available at the repository here (link).
To use the tutorial, a handy way of downloading and building teleport
:
$ git clone https://github.com/bollu/teleport.git && cd teleport && cabal build && cabal install teleport
To use the teleport
wrapper you will need, run
$ echo source `pwd`/teleport.sh >> ~/.bashrc
change ~/.bashrc
to the correct shell needed
tp add <warpname> [warppath]
add a "warp point" that allows us to come back to the folder.
the default "warp path" is the current folder.
# by default, teleport point is at current working directory
~/play/teleport-haskell$ tp add teleport-hs
creating teleport point:
teleport-hs /Users/bollu/play/teleport-haskell/
# a path can be provided, which is used.
~/play/teleport-haskell$ tp add sf ~/play/software-foundations
creating teleport point:
sf /Users/bollu/play/software-foundations
tp list
list all warp points
~/play/teleport-haskell$ tp list
teleport points: (total 3)
se /Users/bollu/play/se/
sf /Users/bollu/play/software-foundations/
tp /Users/bollu/prog/teleport-haskell/
tp goto <warp point>
Go to the warp point. This is impossible within our application, because one process (our application, teleport
) cannot change the working directory of another application (the shell).
So, there is a simple script wrapper around teleport. The wrapper runs inside the shell, so a cd
is able to edit the shell's current working directory
The shell script, teleport.sh
~$ tp goto tp
~/p/teleport-haskell$
our current working directory changed and became the teleport-haskell
folder
tp remove <warp point>
Remove an existing warp point.
~/play/teleport-haskell$ tp remove teleport-hs
removed teleport point [teleport-hs]
Let's start reading the code, and learn about the libraries as we go along First thing's first, let us get the MIT license out of the way.
--Copyright (c) 2015 Siddharth Bhat
--Permission is hereby granted, free of charge, to any person obtaining
--a copy of this software and associated documentation files (the "Software")
--to deal in the Software without restriction, including without limitation the
--rights to use, copy, modify, merge, publish, distribute, sublicense, and/or
--sell copies of the Software, and to permit persons to whom the Software is
--furnished to do so, subject to the following conditions:
-- The above copyright notice and this permission notice shall
-- be included in all copies or substantial portions of the Software.
--THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS
--OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
--FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
--AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
--LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
--FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
--OTHER DEALINGS IN THE SOFTWARE.
The interesting code starts from here.
{-# LANGUAGE OverloadedStrings #-}
{-# LANGUAGE RecordWildCards #-}
OverloadedStrings
allows us to freely write code in " and have it be treated as String or Data.Text depending on context. It's a handy extension to have around.
RecordWildCards
is more interesting, and I'll describe it in more detail when we get to it
import qualified Turtle
import Prelude hiding (FilePath)
import Filesystem.Path.CurrentOS as Path
Turtle
is the haskell library we use to interact with the OS. It has a nice set of abstractions for dealing with OS specifics.
We choose to hide FilePath
since turtle
(the library for interfacing with the OS) has its own version of FilePath
.
import qualified Data.Aeson as JSON
import Data.Aeson ((.=), (.:))
We use Aeson
for reading and writing JSON files. We use JSON to store our settings
import Options.Applicative
import Control.Monad
import Data.Traversable
import Data.Maybe
import Data.List
These are our default imports of standard library stuff.
import qualified Data.Text as T
import qualified Data.Text.Encoding as T.Encoding
import qualified Data.ByteString.Lazy as B
We choose Text
over String
since the libraries that we use play along nicer with Text
. String
is [Char]
in haskell, which is inefficient since its literally a linked list. Text
uses a more efficient representation of text. Text is used internally everywhere in the application to manipulate text.
We need ByteString
to read and write JSON files onto the filesystem.
import qualified System.Console.ANSI as ANSI
the ANSI
library is used for coloring our outputs.
tpProgDesc :: String
tpProgDesc = "use teleport to setup teleport points and move to these " ++
"when needed"
tpHeader :: String
tpHeader = "Teleport: move around your filesystem"
Strings that are in our library for descriptions. I prefer to keep these as constants rather than hard-code them.
-- the combined datatype representing all tp commands
data Command = CommandList |
CommandAdd {
addName :: String,
folderPath :: FilePath
} |
CommandRemove {
removeName :: String
} |
CommandGoto {
gotoName :: String
}
deriving (Show)
The Command
sum type represents the commands we can call on teleport
, and we create subcommand datatypes to store the command that was called.
CommandAdd
needs the name of the warp point to add, and the path to the folderCommandRemove
needs the name of the warp point to removeCommandGoto
needs the name of the warp point to go toCommand
is the data type that allows us to combine this information.our parser returns a Command
that tells us what to do.
-- | A version of 'execParser' which shows full help on error.
--
-- The regular 'execParser' only prints usage on error, which doesn't
-- include the options, subcommands, or mention of the help switch
--<EMAIL_ADDRESS>showHelpOnErrorExecParser :: ParserInfo a -> IO a
showHelpOnErrorExecParser = customExecParser (prefs showHelpOnError)
main :: IO ()
main = do
-- command :: Command
command <- showHelpOnErrorExecParser (info (helper <*> parseCommand)
(fullDesc <>
progDesc tpProgDesc <>
header tpHeader))
-- run :: IO ()
run command
Let's unpack the types in main
.
parseCommand :: Parser Command
this is our core Parser
which we run using showHelpOnErrorExecParser
which executes the parser, and shows an error in case the parser fails to execute. If the parse succeeds, it calls run
which runs command :: Command
helper :: Parser (a -> a)
helper
takes any parser, and adds "help" as an option to it. We apply it to all parsers so --help
works.
info :: Parser a -> InfoMod a -> ParserInfo a
info
takes a parser and allows us to attach a InfoMod
which adds help and display information to the parser
fullDesc :: InfoMod a
progDesc :: String -> InfoMod a
header :: String -> InfoMod a
These allow us to attach InfoMod
to a Parser
, which changes the information that is printed with a Parser
.
They have a Monoid
instance, and the <>
is the mappend
operator that allows us to "smash together" two modifiers into one single modifier. One can think of <>
as ++
for lists: it lets us collect two lists into one.
showHelpOnErrorExecParser
As explained above, it takes a parser and allows it to show help information when the parse fails. It executed the parser passed to it (parseCommand
)
parseCommand :: Parser Command
parseCommand = subparser $
-- add command
(command
"add" -- command name
(info -- attach help information to the parser
(helper <*> parseAddCommand) -- core parser with the --help option
(fullDesc <> progDesc "add a teleport point") -- description of command (for info)
)
)
<> -- combine with the next command
-- list command
(command "list"
(info (helper <*> parseListCommand)
(fullDesc <> progDesc "list all teleport points"))
) <>
-- remove command
(command "remove"
(info (helper <*> parseRemoveCommand)
(fullDesc <>progDesc "remove a teleport point"))
) <>
-- goto command
(command "goto"
(info (helper <*> parseGotoCommand)
(fullDesc <> progDesc "go to a created teleport point"))
)
the subparser
is a function that lets us create a Parser
out of a command
. We smash the command
s together with their monoid instance (<>
).
The same use of info
, fullDesc
, progDesc
, and helper
is made as in main
to attach information and help to the parser.
-- Command parsers
-- """""""""""""""
-- List
-- ----
-- $ tp list
parseListCommand :: Parser Command
parseListCommand = pure (CommandList)
the parser needs no parameters (the list
command takes no options), so we use (pure :: a -> f a)
to convert (CommandList :: Command)
to (pure CommandList :: Parser Command)
parseAddCommand :: Parser Command
parseAddCommand =
(liftA2
CommandAdd -- :: String -> FilePath -> Commandd
tpnameParser -- :: Parser String
folderParser -- :: Parser FilePath
)
we use (liftA2 CommandAdd :: Parser String -> Parser FilePath -> Parser CommandAdd)
and we pass it two parsers tpNameParser
and folderParser
(which is defined below) to create a Parser Command
.
Till now, we were creating "command" parsers that parse:
$ tp add
$ tp list
$ ...
Now, we need to learn how to parse options, such as:
$ tp add <warp point name> ...
to do this, the general function that is used is argument
.
argument :: ReadM a -> -- in general, "can be read".
Mod ArgumentFields a -> -- modifiers to a parser
Parser a
-- Warp Name parser
-- """"""""""""""""
tpnameParser :: Parser String
tpnameParser = argument -- :: ReadM String -> Mod ArgumentFields String -> Parser String
str -- :: ReadM String
(metavar -- :: String -> Mod ArgumentFields String
"NAME" <>
help -- :: String -> Mod ArgumentFields String
"name of the teleport point for usage") -- Mod ArgumentFields String
ReadM a
is a way to "read something in". Let's start with the ReadM
instance (str :: ReadM String)
and use the Functor
and Monad
instance on str
create new ReadM
instances. For more on ReadM
, click here
Mod ArgumentFields a
allows us to modify a Parser
by providing it with modifiers. The modifiers have a Monoid
instance, which allows us to smash them together with mappend
str :: ReadM String
metavar
option to give it a namehelp
option to give it a help string.metavar
& help
$ tp add --help
Usage: teleport-exe add NAME ...
...
Available options:
...
NAME name of the teleport point for usage
...
the NAME
comes from the metavar
option, and the help string comes from the help
option
-- take a string, parse it into a folder path.
-- if path does not exist, return an error
readFolderPath :: String -> ReadM FilePath
readFolderPath s = do
let path = Path.fromText (T.pack s)
if Path.valid path
then return path
else readerError ("invalid path: " ++ (show path))
We convert a String
to a ReadM FilePath
. Since ReadM
is a monad, it allows us to do error handling within it.
We return ReadM FilePath
and not a FilePath
to have the ability to return an error.
The (readerError :: String -> ReadM a)
function allows to return an error string.
-- Folder Parser
-- """"""""""""""
folderParser :: Parser FilePath
folderParser = argument
(str -- :: ReadM String
>>=
readFolderPath) -- :: String -> ReadM FilePath
(value "./" <>
metavar "FOLDERPATH" <>
help ("path of the teleport folder to teleport to." ++
"By default, taken as current working directory"))
Here, we look at how to build a more complex argument parser from the simple str
argument.
The composition of (str :: ReadM String)
with (readFolderPath :: String -> ReadM FilePath)
using (>>=)
gives us a function that takes a raw string, tries to parse it to a folder and fails if the parse fails.
The (value :: HasValue f a => a -> Mod f a)
lets us define a default value to the "folder" option. We set the default to "." (the current folder)
parseRemoveCommand :: Parser Command
parseRemoveCommand = fmap CommandRemove tpnameParser
parseGotoCommand :: Parser Command
parseGotoCommand = fmap CommandGoto tpnameParser
tpnameParser :: Parser String
is used to parse names.(CommandRemove :: String -> Command)
converts String =CommandRemove=> Command
Similary, we created a (CommandGoto :: Command)
with the same pipeline
We have created data types to store the data for our app.
TpPoint
stores the information of a warp point.FromJSON
and ToJSON
typeclasses for TpPoint
to allow it to store and retreive JSON
-- an abstract entity representing a point to which we can tp to
data TpPoint = TpPoint {
name :: String,
absFolderPath :: String
} deriving (Show)
instance JSON.FromJSON TpPoint where
parseJSON (JSON.Object json) =
liftA2 TpPoint (json .: "name")
(json .: "absFolderPath")
FromJSON
is to convert a JSON
object to a TpPoint
.(Object json) :: Value
is our parameter, and we need to creae a TpPoint
.
We use the ( (.:) :: FromJSON a => Object -> Text -> Parser a)
operator, which when given a JSON
Object
and a key, gives us a Parser a
the Parser
has an applicative instance, so we lift our TpPoint
to the Parser
type with liftA2
Here, we also see RecordWildCards
(the extension) at play. It automatically "unpacks" the TpPoint
for us, and we can directly access name
and absFoldeerPath
The syntax of {..}
is used to denote that this declaration must be unpacked
instance JSON.ToJSON TpPoint where
toJSON (TpPoint {..}) =
JSON.object [ "name" .= name
,"absFolderPath" .= absFolderPath]
(toJSON :: a -> Value)
is used to create a JSON Value from an object a
. For us, the (a ~ TpPoint)
.
To create a Value
, we use (JSON.object :: object :: [Pair] -> Value)
. We give it an array of Pair
objects and it creates a Value
(JSON Value).
We use ( (.=) :: ToJSON v => Text -> v -> (kv ~ Pair) )
to pair up a key with a Value
. the .=
creates any KeyValue
. We use it to create a Pair
.
We'll write a TpData
class which stores all the warp points together in a list.
-- the main data that is loaded from JSON
data TpData = TpData {
tpPoints :: [TpPoint]
} deriving (Show)
instance JSON.FromJSON TpData where
parseJSON (JSON.Object v) =
fmap TpData (v .: "tpPoints")
instance JSON.ToJSON TpData where
toJSON(TpData{..}) =
JSON.object ["tpPoints" .= tpPoints]
defaultTpData :: TpData
defaultTpData = TpData {
tpPoints = []
}
the defaultTpData
represents the default TpData
that is used if no previously saved data is found (esentially, a fresh start)
filePathToString :: FilePath -> String
filePathToString = Path.encodeString
-- Data Loading
-- """"""""""""
dieJSONParseError :: FilePath -> String -> IO a
dieJSONParseError jsonFilePath err = do
let errorstr = ("parse error in: " ++ (show jsonFilePath) ++
"\nerror:------\n" ++ err)
Turtle.die (T.pack errorstr)
We write a quick function that errors out if the parse failed. To do this, we use Turtle.die
that takes an error string and returns an IO a
for failure.
decodeTpData :: FilePath -> IO TpData
decodeTpData jsonFilePath = do
rawInput <- B.readFile (filePathToString jsonFilePath)
let jsonResult = JSON.eitherDecode' rawInput
case jsonResult of
Left err -> dieJSONParseError jsonFilePath err
Right json -> return json
We use JSON.eitherDecode' :: FromJSON a => ByteString -> Either String a
which takes a file path and returns an Either String a
with the error in Left
createTpDataFile :: FilePath -> IO ()
createTpDataFile jsonFilePath = saveTpData jsonFilePath defaultTpData
loadTpData :: FilePath -> IO TpData
loadTpData jsonFilePath = do
exists <- (Turtle.testfile jsonFilePath)
if exists then
decodeTpData jsonFilePath
else
do
createTpDataFile jsonFilePath
return defaultTpData
We try to load a file. If the file does not exist, we use defaultTpData :: TpData
We save this in the createTpDataFile
, and then return the default value. If we do get a value, then we return the parsed object.
saveTpData :: FilePath -> TpData -> IO ()
saveTpData jsonFilePath tpData = do
let dataBytestring = JSON.encode tpData
Turtle.touch jsonFilePath
B.writeFile (filePathToString jsonFilePath) dataBytestring
getTpDataPath :: IO FilePath
getTpDataPath = do
homeFolder <- Turtle.home
return $ homeFolder </> ".tpdata"
Note the use of Turtle
for finding the home folder (Turtle.home
) and to touch files (Turtle.touch
). We concatenate FilePath
s using (</> :: FilePath -> FilePath -> FilePath)
We're now writing functions to error out nicely with colors, since everybody likes colors :)
-- Stream Helpers
-- """"""""""""""
-- set terminal to output error color
setErrorColor :: IO ()
setErrorColor = ANSI.setSGR [-- color to set
ANSI.SetColor
-- wherther foreground / background should be affected
ANSI.Foreground
-- use the "vivid" color versus the muted colord
ANSI.Vivi
-- use red
ANSI.Red
]
setSGR :: [SGR] -> IO ()
lets us color the output. It takes an array of SGR
(Select Graphic Rendition) objects, and applies them.
The SGR
instance we use in Teleport
are SetColor :: ConsoleLayer ColorIntensity Color -> SGR
to add colors to our output
-- print a teleport point to stdout
tpPointPrint :: TpPoint -> IO ()
tpPointPrint tpPoint = do
ANSI.setSGR [ANSI.SetColor ANSI.Foreground ANSI.Dull ANSI.White]
putStr (name tpPoint)
ANSI.setSGR [ANSI.SetColor ANSI.Foreground ANSI.Vivid ANSI.Blue]
putStr "\t"
putStr (absFolderPath tpPoint)
putStr "\n"
-- error out that the given folder is not found
folderNotFoundError :: FilePath -> IO ()
folderNotFoundError path = do
setErrorColor
let errorstr = T.pack ("unable to find folder: " ++ (show path))
Turtle.die errorstr
-- error out that folder is required, but path points
-- to a file
needFolderNotFileError :: FilePath -> IO ()
needFolderNotFileError path = do
setErrorColor
let errorstr = T.pack ("expected folder, not file: " ++ (show path))
Turtle.die errorstr
dieIfFolderNotFound :: FilePath -> IO ()
dieIfFolderNotFound path =
do
folderExists <- Turtle.testdir path
fileExists <- Turtle.testfile path
-- error checking
when fileExists (needFolderNotFileError path)
unless folderExists (folderNotFoundError path)
-- we know the folder exists
-- error out that the teleport point already exists
dieTpPointExists :: TpPoint -> IO ()
dieTpPointExists tpPoint = do
setErrorColor
putStrLn ("teleport point " ++ (name tpPoint) ++ " already exists:\n")
tpPointPrint tpPoint
Turtle.die ""
Turtle.testdir :: MonadIO io => FilePath -> io Bool
allows us to check if the directory existsTurtle.testfile :: MonadIO io => FilePath -> io Bool
lets us check if the file existsto check if the file and folder we care about exists.
Now, we're writing the run
functions that tie everything up. runAdd
:
-- Add command runner
-- """"""""""""""""""
runAdd :: FilePath -> String -> IO ()
runAdd folderPath addname = do
dieIfFolderNotFound folderPath
tpDataPath <- getTpDataPath
tpData <- loadTpData tpDataPath
absFolderPath <- Turtle.realpath folderPath
let existingTpPoint = find (\tp -> name tp == addname) (tpPoints tpData)
case existingTpPoint of
Just tpPoint -> dieTpPointExists tpPoint
Nothing -> do
let newTpPoint = TpPoint {
name=addname,
absFolderPath=filePathToString absFolderPath
}
putStrLn "creating teleport point: \n"
tpPointPrint newTpPoint
let newTpData = TpData {
tpPoints= newTpPoint:(tpPoints tpData)
}
saveTpData tpDataPath newTpData
tpPoint
(it needs to be printed), we use (forM_ :: (Monad m, Foldable t) => t a -> (a -> m b) -> m ())
to achieve that.
-- List Command
-- """"""""""""
runList :: IO ()
runList = do
tpDataPath <- getTpDataPath
tpData <- loadTpData tpDataPath
let num_points = length $ tpPoints tpData
putStr "teleport points: "
ANSI.setSGR [ANSI.SetColor ANSI.Foreground ANSI.Vivid ANSI.Blue]
putStr $ "(total " <> (show num_points) <> ")\n"
forM_ (tpPoints tpData) tpPointPrint
To remove a teleport point:
-- Remove Command
-- """""""""""""""
dieTpPointNotFound :: String ->IO ()
dieTpPointNotFound name = do
setErrorColor
let errorname = T.pack (name ++ " tp point not found")
Turtle.die errorname
runRemove :: String -> IO ()
runRemove removeName = do
tpDataPath <- getTpDataPath
tpData <- loadTpData tpDataPath
let wantedTpPoint = find (\tp -> name tp == removeName) (tpPoints tpData)
case wantedTpPoint of
Nothing -> dieTpPointNotFound removeName
Just _ -> do
let newTpPoints = filter (\tp -> name tp /= removeName)
(tpPoints tpData)
let newTpData = tpData {
tpPoints = newTpPoints
}
saveTpData tpDataPath newTpData
ANSI.setSGR [ANSI.SetColor ANSI.Foreground
ANSI.Dull ANSI.White]
putStr "removed teleport point ["
ANSI.setSGR [ANSI.SetColor ANSI.Foreground
ANSI.Vivid ANSI.Blue]
putStr removeName
ANSI.setSGR [ANSI.SetColor ANSI.Foreground
ANSI.Dull ANSI.White]
putStr "]"
The proces of going to a teleport point is slightly different, since our command (teleport
) cannot change the working directory of another process (the shell).
So, we:
teleport
(the executable) within a shell script (teleport.sh
)2
) to the person who runs teleport
(which is teleport.sh
)teleport.sh
execute a cd
when it detects a return value of 2
.runGoto :: String -> IO ()
runGoto gotoName = do
tpDataPath <- getTpDataPath
tpData <- loadTpData tpDataPath
let wantedTpPoint = find (\tp -> name tp == gotoName) (tpPoints tpData)
case wantedTpPoint of
Nothing -> dieTpPointNotFound gotoName
Just tpPoint -> do
Turtle.echo (T.pack (absFolderPath tpPoint))
Turtle.exit (Turtle.ExitFailure 2)
teleport.sh
#!/bin/bash
# teleport.sh
function tp() {
# $@ takes all arguments of the shell script
# and passes it along to `teleport-exe`
# which is our tool
OUTPUT=`teleport-exe $@`
# return code 2 tells the shell
# script to cd to whatever `teleport` outputs
if [ $? -eq 2 ]
then cd "$OUTPUT"
else echo "$OUTPUT"
fi
}
when tp goto
succeeds, we print out the path to the output stream in Haskell and returns a return code of 2
. The shell script sees that the return code is 2
, so it runs a cd
to the correct path
If tp
returns any code other than 2
, the shell script echoes all the output to the screen.
run
function which was called by main
We simply pattern match on the command and then call the correct run*
function
run :: Command -> IO ()
run command =
case command of
CommandAdd{..} -> runAdd folderPath addName
CommandList -> runList
CommandRemove{..} -> runRemove removeName
CommandGoto{..} -> runGoto gotoName
Hopefully, this gave you a decent overview on how to combine libraries and use all of them in Haskell. If there are any bugs/comments, please do report them at the github repository


Recently the folks over on the Azure team released a bunch of improvements to Azure. One of them caught my eye. They’ve provided us a way to enable PowerShell remoting when provisioning a machine. As someone who tries to automate all things I was extremely happy to see this. Gone are the days or creating images with startup scripts set, but there is a problem…
After you provision a machine with the above check box checked. You’ll probably try something like this…
And then you’ll see the following exception:
Enter-PSSession : Connecting to remote server psremoter.cloudapp.net failed with the following error message : The server certificate on the destination computer
(psremoter.cloudapp.net:5074) has the following errors:
The SSL certificate is signed by an unknown certificate authority. For more information, see the about_Remote_Troubleshooting Help topic.
At line:11 char:1
+ Enter-PSSession -ComputerName psremoter.cloudapp.net -Port 5074 -Credential $cre ...
+ ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+ CategoryInfo : InvalidArgument: (psremoter.cloudapp.net:String) [Enter-PSSession], PSRemotingTransportException
+ FullyQualifiedErrorId : CreateRemoteRunspaceFailed
Let’s take a step back and look at what I’m talking about. When you enable this feature, PSRemoting is configured for SSL and uses a self signed certificate. This certificate needs to be added to your root certificate store so that you can access the machine. Let’s do this…
This script creates a ServicePoint to get the certificate. Then adds it to your trusted store. Now your free to “Enter-PSSesion” or “Invoke-Command” all you’d like!


{% load staticfiles %} {% load i18n %} {% load waliki_tags %} {% comment %} This is a bit hacky in order to give support IE 7-9 lack of FormData support. The template is used both as an ajax request and directly in a popup window. When is requested by ajax, it shows the list of attached files at the top. Also, it checks if the browser is not capable to upload files via ajax and replace the inline form with a link that reload the same view but in a popup window. The popup show the same view, but as won't be ajax, it'll only show the form. {% endcomment %}
| {{ attachment }} |


Reports references in your code that cannot be resolved.
In a dynamically typed language, this is possible in a limited number of cases.
If a reference type is unknown, then its attributes are not highlighted as unresolved even if you know that they should be:
def print_string(s):
print(s.abc())
In this code fragment s
is always a string and abc
should be highlighted as unresolved. However, s
type is inferred as Any
and no warning is reported.
The IDE provides quick-fix actions to add missing references on-the-fly.


The DoseFinding package provides functions for the design and analysis of dose-finding experiments (with focus on pharmaceutical Phase II clinical trials). It provides functions for: multiple contrast tests, fitting non-linear dose-response models (using Bayesian and non-Bayesian estimation), calculating optimal designs and an implementation of the MCPMod methodology.
| Version: | 0.9-16 |
| Depends: | lattice, mvtnorm, R (≥ 2.15.0) |
| Suggests: | numDeriv, Rsolnp, quadprog, parallel, multcomp |
| Published: | 2018-01-04 |
| Author: | Bjoern Bornkamp, Jose Pinheiro, Frank Bretz |
| Maintainer: | Bjoern Bornkamp <bbnkmp at gmail.com> |
| License: | GPL-3 |
| NeedsCompilation: | yes |
| Materials: | ChangeLog |
| In views: | ClinicalTrials, ExperimentalDesign |
| CRAN checks: | DoseFinding results |
| Reference manual: | DoseFinding.pdf |
| Package source: | DoseFinding_0.9-16.tar.gz |
| Windows binaries: | r-devel: DoseFinding_0.9-16.zip, r-release: DoseFinding_0.9-16.zip, r-oldrel: DoseFinding_0.9-16.zip |
| OS X binaries: | r-release: DoseFinding_0.9-16.tgz, r-oldrel: DoseFinding_0.9-16.tgz |
| Old sources: | DoseFinding archive |
| Reverse imports: | clinDR, LRcontrast, TestingSimilarity, uniReg |
Please use the canonical form https://CRAN.R-project.org/package=DoseFinding to link to this page.


---
layout: archive
title: Lean Prover Zulip Chat Archive
permalink: 144837PRreviews/986701425dimfinsupp.html
---
The archive URL format has changed. Please find this page at:
https://leanprover-community.github.io/archive/stream/144837-PR-reviews/topic/.231425.20dim_finsupp.html


Next: Language Extensions, Previous: Definitions, Up: Introduction (Introduction)
This standard presents the syntax and semantics to be implemented by a conforming implementation (and its accompanying documentation). In addition, it imposes requirements on conforming programs.
| • Conforming Implementations: | ||
| • Conforming Programs: |


After the successful registration of customers, company decides to create an application to send automatic updates of a product to registered customer. The application developer uses column name as CUSTOMER_TYPE instead of TYPE in the SQL statements. Because of the mismatch in column name in the database table and the application, application will not run.
As the occurrences of CUSTOMER_TYPE column in the application is high the DBA has to rename the customer table column TYPE column to CUSTOMER_TYPE to get the application working.
To solve the above problem, DB2 9.7 offers RENAME COLUMN option in the ALTER TABLE command. DBA performs below steps to accommodate this requirement.
After running the SQL scripts on the right pane,
Result tab 2 of 3shows a column TYPE
renamed to CUSTOMER_TYPE in the base table CUSTOMER.


#assign n0_docs="active"> <#assign n1_platforms="active"> <#assign n2_mariadb="active">
Since 12.3.6 MariaDB has it's own platform with SQL2012 History support and DDL generation to support that.
The expectation is that the MariaDB JDBC driver is used and that useLegacyDatetimeCode=false
is set. This ensures the JDBC driver honours the database server timezone. ebean-test will automatically
set the useLegacyDatetimeCode parameter for but otherwise we need to ensure that parameter is set on
the connection pool.
## example manually setting useLegacyDatetimeCode in properties file datasource.db.username=my_app datasource.db.password=test datasource.db.url=jdbc:mariadb://localhost:4306/unit?useLegacyDatetimeCode=false
It is expected that the MariaDB JDBC Driver is used.
org.mariadb.jdbc mariadb-java-client 2.6.0
To test against MariaDB docker test container set the platform to mariadb
in
src/test/resources/application-test.yaml
Refer to docs / testing if application-test.yaml doesn't exist yet.
ebean: test: platform: mariadb ddlMode: dropCreate # none | dropCreate | migrations | create dbName: my_app
The above will use the following defaults:
| username: | {dbName} |
|---|---|
| password: | test |
| port: | 4306 |
| url: | jdbc:mariadb://localhost:{port}/{dbName}?useLegacyDatetimeCode=false |
| image: | mariadb:{version:10} |
We can use the io.ebean:ebean-mariadb
dependency rather than io.ebean:ebean
if we want to only
bring in the MariaDB specific platform code. Depending on io.ebean:ebean
will bring in all platforms.
UUID is not a native MariaDB type and can be mapped to either BINARY(16) or VARCHAR(36).
We can use @DbJson
to map content.
MariaDB has native SQL2011 history support and Ebean will generate DDL to enable and use this
on entities annotated with @History
.
We can programmatically start a MariaDB docker container using ebean-test-docker
via:
package main; import io.ebean.docker.commands.MariaDBContainer; public class Main { public static void main(String[] args) { MariaDBContainer container = MariaDBContainer.newBuilder("10.5") .dbName("unit") .password("unit") .build(); container.start(); } }<@next_edit "SQL Server" "/docs/database/sqlserver" "/docs/database/mariadb/index.html"/>


iPhone 101
Code Tips
Resources
Links
Subscribe
More
Before you can release a paid app to the App Store, you must agree to all of the paid app contracts, and submit your tax and bank routing info. This should be done in iTunes Connect. For best results you should fill this out before you even begin working on any apps, because it can take several weeks for the contracts to be approved by Apple.
Preparation
1. Complete all of the coding and testing on your app.
2. Update the Info.plist file in your app.
- Set the bundle identifier (if you haven't already) to YourAppName. (Remove the
com.apple.whatever stuff.) The Identifier should not contain spaces or funny
characters - alphanumeric and dashes are ok.
- If you want your app to be named something different on the actual device than its
name in Xcode, change the "Bundle display name" as well.
- Update the bundle version. If this is your first time submitting this app, the
version number should probably be 1.0.
- Be sure the icon file is set.
3. Build the app for distribution.
4. Write a description for your app for the app store. The app upload page says the description should be 700 characters or less, but that limit doesn't seem to be enforced.
5. Choose a numeric SKU for your app. This can't be left blank, and it has to be a unique number for each of your apps. (I usually use YYMM, like 0902, but you can use whatever you want as long as it's a number.)
6. Assemble your screenshots. You'll need at least one primary screenshot, and up to four more secondary screenshots. Be sure they're the right size: 320 x 480 or 320 x 460 for standard resolution iPhone apps, 640 x 960 for high resolution. iPad screenshots should be 1024 x 768.
7. Prepare your iTunes artwork. This is a 512 x 512 pixel 72dpi JPEG. It should match your icon artwork as closely as possible - apps are sometimes rejected if these two images are dissimilar.
When you've got all that prepared, you're ready to set up your app in iTunes Connect.
iTunes Connect
When you log into developer.apple.com/iphone, there's a link to iTunes Connect on the right. Once you're logged into iTunes Connect, click on "Manage Your Applications", then "Add New Application".
The app details page asks for your app name, description, copyright info, version number, SKU, application URL and support URL and support e-mail address (all of these are required). The URLs you enter translate to:
| iTunes Connect calls it: | What it shows on your app's page in iTunes: |
|---|---|
| "Application URL" | "CompanyName Web Site" |
| "Support URL" | "Appname Support" |
If this is your first time uploading an app to the app store, and you enrolled as an individual developer, you'll be asked if you want to set a Company Name. Think carefully about this - once you set it, you can NOT change it without calling Apple and going through their phone support line. If you set a company name then all of your apps will show it.
This is also where you should upload the iTunes artwork and screenshots.
Ratings: You'll be asked to rate your app by indicating whether it includes any offensive material.
Pricing and availability: this is where you set the price and release date for your app. You'll get a chance to review this after you select a pricing tier. The page should show a link to the pricing tiers, but if it doesn't show one initially, just set the price to anything and let it refresh. The link should show up then.
Tier1 - 0.99
Tier 2 - 1.99
Tier 3 - 2.99
Tier 4 - 3.99
Tier 5 - 4.99
Tier 6 - 5.99
Release date: This defaults to the current date, but you can set it to a date in the future* if you like. When your app is approved, you'll want to log back into iTunes Connect and reset the release date to the approval date; that way the app will show up at the top of the new releases section of its category. If you fail to do this, then when your app gets approved it'll show up buried several pages down - not very desirable.
*if you're submitting an app UPDATE, however, you shouldn't touch the release date until you get word that your update has been approved. If you change the release date of an update to sometime in the future, then your CURRENT app will vanish from the app store!
Once you've finished setting up info on your new app, go to the app details page and click on the Ready to Upload Binary button.
Uploading Your App
To upload your app binary to Apple, use the Application Loader app that's part of the developer applications. (You can find it in Developer->Applications->Utilities on your mac.) The Loader will guide you through the upload steps. If you can't find your app in the pull-down of available apps to upload, be sure you changed the status to "Waiting for Upload" (by clicking on the Ready to Upload Binary button) in iTunes Connect.
Once your app is uploaded, the status will change from "Upload Received" to "Waiting for Review". Now you just have to wait for Apple to review and (hopefully) approve your app. This usually takes about a week, sometimes longer. If you log into the iOS Developer Center and go to the App Store Approval Process page, you'll find an App Store Review Status section that Apple keeps (more or less) updated with the percentage of apps that are approved within the past week.
While you're waiting for approval, you should set up a web page for your app.
After Approval
When your app is approved, you'll get an email saying your app is ready for sale. You should log back into iTunes Connect and change your app's availability date to today. This way your app will appear at the top of the "new releases" list in its category. You can only do this on the date your app was approved.
You can change most of the app details any time after your app is approved; if you want to re-word the description, or upload new screenshots, or change the price of your app, you can do so without having to go through the approval process again. The only time you'll have to wait for approval is when you submit an update (a new binary) to an app. Also, you can only change keywords or ratings when you upload a new binary.


Collect bKash CheckOut Credentials from bKash.
Please overview: https://developer.bka.sh/docs also go through: https://developer.bka.sh/reference


Warning As in the case of the other Baltic republics, existing British and US charts have many inaccuracies and local charts should be used if at all possible. Attention is drawn to an uncharted rock south of Kihnu, which has already caused the loss of a yacht, in the reported position 58°04.4'N, 24°03.8'E. This danger has been reported to be wrongly depicted also on the latest Russian charts.
The climate is moderate, with cool summers and mild winters.
Call coastal radio station 'Tallinn Radio' or phone +372 699 1170 or email<EMAIL_ADDRESS>For links to free global weather information, forecast services and extreme weather information see the Noonsite Weather Page
Hiiumaa Island: Kardla , Lehtma *
North Coast: Dirhami , Lohusalu * , Naissaare , Narva * , Pirita (Tallinn) * , Tallinn * , Vergi *
Saaremaa Island: Kuressaare * , Nasva , Orissaare , Roomassaare , Saaremaa Harbour * , Veere
West Coast: Haapsalu * , Kihnu * , Parnu * , Ruhnu (Ringsu) *
* indicates port of entry


Frontend:
Backend:
As an undergraduate at the University of Utah, I am majoring in Computer Science. I am also a part of the Business Scholars program. I plan on taking full advantage of exploratory courses that include: machine learning, algotherm design, etc.
For the duration of 3 months, I worked with my team of student engineers to develop a LTI for teachers and students. The learning tool interface was for YouTube specifically. It was to completely rebuild the way that teachers could inject videos into their lessons. With no previous experience with React, we still pushed through and delivered the finished product. Local Article
I was contracted to create full-stack mobile app which took 6 months to get production ready. It is still under N.D.A and has yet to be deployed. I was the lead-developer and I worked with 2 other developers to get it ready. I handled all frontend designs and usablity concerns. I implemented login features and event handling using Firebase.
Alec Reynolds
Software Engineer
Hello! I'm Alec, a full stack engineer that's ready to get to work. I've created some awesome projects for you to view.


This site is nearly three months old, and it has been suggested that it cannot long continue without a definitive Mission Statement. Below is a first draft, the fruit of long minutes spent cogitating while wolfing down a bowl of Special K. I suggest that readers copy and paste it into a word-processor document, print it out, get it laminated, and—whenever visiting Hooting Yard—place it next to the screen for ready reference.
We will find a window in our schedule to take a proactive approach to thinking outside the box, pushing the envelope and running things up the flagpole 24/7, like totally. Pick the bones out of that one, innit. It's not rocket science—it's a no-brainer.


PRIMAL FEAR A film review by Alex Christensen Copyright 1996 Alex Christensen
Solid thriller, one too many twists
3 of 4 stars; solid but not exceptional The pitch: "It'll be like _The_Firm_ meets _American_Gigolo_!"
What can you expect from a legal thriller? Well, if you go by the John Grisham-genre standard, not much courtroom action at all. I enjoyed _The_Firm_, _The_Pelican_Brief_ (which not many people know is a sequel to _All_the_President's_Men_ with Denzel Washington in the Redford role and Julia Roberts in the Dustin Hoffman role), and _The_Client_, but there is something distinctly anti-lawyer about them. Maybe it is because Grisham was fed up with lawyers during his career as one, maybe he is just matching the national mood. His heroes are always new to the legal system and forced through events to "take it on," of course, always triumphing in the end. The plots are tight and have explosions and fights and danger. Not to complain too much, but _Primal_Fear_ is certainly not a well-plotted movie. The pacing, the acting, the mood, are all sustained, but the actual events of the story may leave you feeling used and a bit deceived yourself. The ending is such that I hesitate to call it a "thriller," but I think in the end the hokey final moments are not enough to spoil what turns out to be a quite entertaining ride. _Primal_Fear_ is a different kind of thriller. There is very little idealism except that which is actually generated during the film. That is, instead of a hero on a white horse in the Tom Cruise/Julia Roberts/Susan Sarandon role, we have Richard Gere, steeped in corruption from the beginning, not innocent of the ways in which justice is administered, who somehow finds a way to redeem himself. Most of the action takes place between two people in small, enclosed spaces, or in the courtroom. Somehow, director Gregory Hoblit manages to sustain the audience's interest anyhow, often stunningly. A lot of the criticism of Richard Gere is that he always plays the same character. He is basically a "hair actor" like Michael Douglas--once you see his hairstyle, you know all the intricacies of his character. I disagree with this assessment of Gere. Anyone who has seen Mike Figgis's _Internal_Affairs_ knows that Gere is capable of real depth. And yet, in _First_Knight_, _Sommersby_, _Pretty_Woman_, and others, Gere has only given us blandly good-looking heroes without a trace of realism. Which is odd, because when Gere is good, he is pretty damn good. In _Primal_Fear_, he is pretty damn good. His character is Martin Vail, a defense attorney who sees a shot at the really big time when an altar boy is accused of killing the archbishop of Chicago. He offers to defend the accused killer, Aaron Stampler (Edward Norton), pro bono. This involves him in an actually not very complicated web of intrigue and deceit which gradually unwinds itself. The fun of the film is all in the rhythm and the interaction of the characters. Unfortunately, even with a high-powered cast including Laura Linney, Frances McDormand, Andre Braugher, John Mahoney, and Maura Tierney, there are really only two characters in _Primal_Fear_: Gere's Vail and first-time film actor Norton's Stampler. So they have to sustain a lot. Fortunately, both are up to the task. Gere plays Vail as a character who acts completely despicably, always scrambling for advantage. And he enjoys being as slick as he is. And yet, there is an underlying optimism, if not idealism, that give the portrayal depth. This performance is really very well modulated and manages to capture something about Vail that makes you believe in him. And as Gere said of Edward Norton, he "is emerging as one of the monster actors of our time." After only one film? Yep. Without giving away too much of the plot, the demands of the character of Aaron Stampler are extraordinary. Yet, even though you can see the cliched ending coming a mile away, you still believe absolutely in Aaron Stampler. Without Norton, the movie wouldn't even sustain itself as long as it does. Essentially, Norton found himself, as an actor, having to play a character who is a great actor. The sophistication and layers of his performance suggest that he is already miles ahead of most first-time actors, and promise a great career ahead of him. It is very early for Oscar talk, but I think it is not overstepping to say that so far, Norton has given one of the strongest supporting performances of the year. Overall, there is something about _Primal_Fear_ that is a bit too easy, a bit too shadily manipulative--but leaving the theater, you are not that upset about it. You have seen, after all, some great actors playing some pretty good roles with absolutely perfect pitch.  As an old guy coming out of the theater where I work said after seeing the film, "I don't trust you; I don't trust nobody."
Alex Christensen http://wlu.edu/~aechrist/
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


On an assignment page, NewlineHW will generate a link for each submissin. This link will either trigger a clone, or be an external link (assuming the submitted homework is something like a codepen)
On an submissin page, NewlineHW will generate a link for the submission, near the top of the page.
Run the following command to upgrade newline_hw
$ newline_hw upgrade


What We Do .
01.
Get Involved.
To provide the students of Portland State University and surrounding community with a link to the Indian sub-continental culture by hosting a variety of cultural events interspersed with several meetings throughout the academic year.
02.
Networking.
To act as an interconnecting system for students to network amongst themselves and create an environment that will help in adjusting to the Portland metropolitan area.
03.
Community.
To get involved with the community by volunteering our time and services toward non-profit organizations and causes.
Event - Diwali
Diwali, or Deepawali is the Hindu festival of lights. It symbolises the spiritual "victory of light over darkness, good over evil, knowledge over ignorance". Please join us on 23th November at Hoffman hall at 6:00 pm.
Dance & DJ
Get ready to learn Garba, a popular Indian dance, and move your steps to the beats of music! Whats more, we have a DJ at the end of the event for those who wants to let loose!
Pani Puri Stall
Everyone loves Panipuri.  Me: It's an emotion, ask any Indian girl!
Indian Food
We at ISA uphold food comes first policy! Enjoy the free delicious Indian food ranging from curries to Naan to Biryani. Enough talk, lets Eat!
Heena
Heena or Mehndi is a form of body art originating in ancient India, in which decorative designs are created on a person's body, using a paste, created from the powdered dry leaves of the heena plant
Who we are
ISA is a a team of dedicated and enthusiastic students, whose mission is to instill culture and pride among the students here. Our goal is to provide a social network and an amazing experience to all students. We strive to share love, spread joy and promote cultural exchange among Indians, Americans, and all other groups.
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Fair warning, academics at PSU can be challenging but comes with its own rewards of knowledge and wisdom and high paying jobs. Happy Learning!
Enjoy Harder
Most of us are engineers and know how to enjoy once in a while. We regularly have day trips, hikes, movies, or even relaxing midnight tea parties!
Sleep
Portland's nice weather have different meanings for us. For those who love a nice little nap, this is exactly the place! Remember, best things in life are free!
Recent Posts .
Indian Student Association celebrates Ganesh Puja
The Indian Student Association at Portland State celebrated Ganesh Puja on Sept. 29 in Hoffman Hall. Per Hindu custom, guests removed their shoes before entering the event, which began with…
Sharing Indian culture with PSU
The Portland State Indian Student Association hosted their annual event Sanskriti, which translates to “culture” in Hindu, a celebration of Indian music, food and culture. Adya Pandey started the night…
High attendance at India Night brings community to PSU
About 12 years ago [the Portland State Indian Student Association] started with 60 [people] and [we] now have 182 people,” said ISA secretary Srinath Reddy of India Night 2016...


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| crashrpt | |
| A crash reporting system for Windows applications |
Compatibility. CrashRpt should support Windows operating system. 32-bit and 64-bit platforms should be supported. Visual C++ development environment should be supported.
Rubustness. CrashRpt should provide crash reporting services not depending of client application state. Client application may be unstable, heap-corrupted, stack-corrupted and so on.
Testability. The main features should be covered by automated tests to guarantee expected behavior.
CrashRpt Architecture
Two modules are needed to be able to close the application that crashes and to continue sending error report through CrashSender.exe in background.
Typically a process (executable file) loads CrashRpt.dll into its address space when process starts. This single instance of CrashRpt is shared between all DLL modules that are loaded into the process' address space. Client application uses CrashRpt Functions to set exception handlers in the process once, typically in its main() function. In a multi-threaded program, client additionally sets exception handlers in the beginning of thread procedure of each worker thread. For additional info, see Using CrashRpt API.
CrashRpt is designed to use C runtime libraries (CRT) as a Multi-threaded DLL (/MD compiler flag). All modules in the client application must be linked to the same version of CRT DLL in order to use CrashRpt. If some dependent module of the application uses different version of CRT or is statically linked to CRT, exceptions are not intercepted in that module. For more information, see About Exceptions and Exception Handling.
In Visual C++, some exceptions related to security can't be intercepted. For example, since CRT v8.0 you can not handle security errors. When buffer overrun is detected, CRT invokes Dr. Watson directly instead of calling unhandled exception filter. This is done because of security reasons and Microsoft doesn't plan to change this behavior.
When you receive many error reports from users of your software, you would have to spend a lot of time to open each report, analyze its contents and write some summary about the report. There may be many reports related to the same problem, so opening such reports doesn't tell anything new. The error report analyzis functionality is designed to address these problems. For additional information, see Analyzing Error Reports.
My software is not an EXE, but DLL. Can I use crashrpt in such case?
Well, you can install exception handlers in your DllMain() function, but typically you can't guarantee that the client process (EXE) won't install its own exception handlers above yours. And there might be some problems if the client process uses several worker threads that call functions from your DLL. In such case you would have to install per-thread exception handlers too. It would be better if the client process take care of exception handling instead of your DLL.
How do I use crashrpt across process boundaries?
Each process loads its own copy of CrashRpt.dll
. It is difficult to imagine how you can share single loaded instance of CrashRpt.dll between several processes. Currently CrashRpt doesn't support such possibility.
Does using crashrpt affect performance of my application?
No, using CrashRpt doesn't affect performance of your application. CrashRpt doesn't perform any tasks in background and doesn't use additional memory. CrashRpt code is executed just when an exception is raised.
Does using crashrpt make it easier for somebody to reverse engineer my code?
No, actually not. In order to use CrashRpt, you enable program database generation in Release configuration (/Zi compiler flag and /DEBUG linker flag) and this generates .PDB file for your project. PDB files contain information which can be used to reverse engineer your code, however you typically store such information locally and do not distribute it with your software release package. So, using CrashRpt doesn't affect the difficulty of reverse engineering your code.


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Bachelor's in Interdisplinary Media Studies - University of
California, Berkeley
Master's in Computer Science - Northeastern University (in
progress)
My untraditional journey to Computer Science started when I was
eager to automate a repetitive task when working on the business
side at Amazon. I started taking coding classes at night, fell in
love with Computer Science, and decided to pursue a career change.
I left my full-time job and went to intern at NASA working in
Software Engineering for a planetary rover system. Having no prior
knowledge of the system’s technologies, I quickly learned how to
be comfortable with the uncomfortable which led me to complete the
multi-modal mission control display software ahead of schedule.
This mentality of embracing the discomfort that comes with
stepping outside your comfort zone has allowed me to succeed in
different roles I’ve taken as a Computer Science graduate student
such as organizing a COVID-19 Hackathon to help local non-profits,
being a Algorithms/Computer Systems teaching assistant,
spearheading a project in Mozillia’s Incubator Program, and more.
My experiences have taught me that I love being challenged and am
extremely passionate about developing software focused on creating
the best possible user experience.


Source code for ppa.archive.util
'''
Utility code related to :mod:`ppa.archives`
'''
from collections import OrderedDict
from json.decoder import JSONDecodeError
from ppa.archive import hathi
from ppa.archive.models import DigitizedWork
from ppa.archive.signals import IndexableSignalHandler
from ppa.archive.solr import get_solr_connection
[docs]class HathiImporter:
'''Logic for creating new :class:`~ppa.archive.models.DigitizedWork`
records from HathiTrust. For use in views and manage commands.'''
existing_ids = None
#: status - successfully imported record
SUCCESS = 1
#: status - skipped because already in the database
SKIPPED = 2
#: human-readable message to display for result status
status_message = {
SUCCESS: 'Success',
SKIPPED: 'Skipped; already in the database',
hathi.HathiItemNotFound: 'Error loading record; check that id is valid.',
hathi.HathiItemForbidden: 'Permission denied to download data.',
# only saw this one on day, but this was what it was
JSONDecodeError: 'HathiTrust catalog temporarily unavailable (malformed response).'
}
def __init__(self, htids):
self.imported_works = []
self.results = {}
self.htids = htids
# initialize a bibliographic api client to use the same
# session when adding multiple items
self.bib_api = hathi.HathiBibliographicAPI()
# not calling filter_existing_ids here because it is
# probably not desirable behavior for current hathi_import script
[docs] def filter_existing_ids(self):
'''Check for any ids that are in the database so they can
be skipped for import. Populates :attr:`existing_ids`
with an :class:`~collections.OrderedDict` of htid -> id for
ids already in the database and filters :attr:`htids`.
:param htids: list of HathiTrust Identifiers (correspending to
:attr:`~ppa.archive.models.DigitizedWork.source_id`)
'''
# query for digitized work with these ids and return
# source id, db id and generate an ordered dict
self.existing_ids = OrderedDict(
DigitizedWork.objects.filter(source_id__in=self.htids) \
.values_list('source_id', 'id'))
# create initial results dict, marking any skipped ids
self.results = OrderedDict(
(htid, self.SKIPPED)
for htid in self.existing_ids.keys())
# filter to ids that are not already present in the database
self.htids = set(self.htids) - set(self.existing_ids.keys())
[docs] def add_items(self, log_msg_src=None, user=None):
'''Add new items from HathiTrust.
:params log_msg_src: optional source of change to be included in
log entry message
'''
# disconnect indexing signal handler before adding new content
IndexableSignalHandler.disconnect()
for htid in self.htids:
try:
digwork = DigitizedWork.add_from_hathi(
htid, self.bib_api, get_data=True,
log_msg_src=log_msg_src, user=user)
if digwork:
self.imported_works.append(digwork)
self.results[htid] = self.SUCCESS
except (hathi.HathiItemNotFound, JSONDecodeError,
hathi.HathiItemForbidden) as err:
# json decode error occurred 3/26/2019 - catalog was broken
# and gave a 200 Ok response with PHP error content
# hopefully temporary, but could occur again...
# store the actual error as the results, so that
# downstream code can report as desired
self.results[htid] = err
# remove the partial record if one was created
# (i.e. if metadata succeeded but data failed)
DigitizedWork.objects.filter(source_id=htid).delete()
# reconnect indexing signal handler
IndexableSignalHandler.connect()
[docs] def index(self):
'''Index newly imported content, both metadata and full text.'''
if self.imported_works:
DigitizedWork.index_items(self.imported_works)
for work in self.imported_works:
# index page index data in chunks (returns a generator)
DigitizedWork.index_items(work.page_index_data())
solr, solr_collection = get_solr_connection()
solr.commit(solr_collection, openSearcher=True)
[docs] def get_status_message(self, status):
'''Get a readable status message for a given status'''
try:
# try message for simple states (success, skipped)
return self.status_message[status]
except KeyError:
# if that fails, check for error message
return self.status_message[status.__class__]
[docs] def output_results(self):
'''Provide human-readable report of results for each
id that was processed.'''
return OrderedDict([
(htid, self.get_status_message(status))
for htid, status in self.results.items()
])


This game was removed from the site.
We have received a DMCA takedown notice and were required to remove it from the site. Only you are able to view it.
Early Access Devlog dash.games.hidden_tag dash.games.published_tag
View Analytics dash.games.view_page_button


The Being Human Foundation is a Mumbai-based charity, founded by Bollywood star Salman Khan in 2007, that provides education and healthcare services for the underprivileged in India[1].[2][3] The organization is primarily funded by sales of Being Human-branded merchandise, which amounted the profit of approximately 120 crore till 2018 August out of which the charity's share was 12-15cr. [4] The foundation performs many charitable activities. It funds the education of 200 children at the Akshara High School in Mumbai and another 300 through Aseema, a Mumbai-based non-profit.[1] The foundation supports the VEER Initiative, a program to train differently-abled people.[1] Being human store has a provision to employ atleast one differently abled person.[1] As of December 2015, the program has trained 1909 individuals, 1194 of whom have gained employment. The organization has set up programs to improve basic skills for students and career development centers.


Uppy Transloadit playground
This page contains small examples for different ways you can use Uppy with Transloadit. Please see the Github repository for the source code.
Form
The form API allows you to easily send files through Transloadit’s encoding backend. When the user submits the form, any files are uploaded to Transloadit. The form data is then sent to your own backend, with additional data about the Transloadit Assemblies that were started.
Form with inline Dashboard
You can also use the Dashboard UI inside a plain old HTML form.
Inline Dashboard
The robodog.dashboard
API allows you to embed a Dashboard at any location. Users can continuously upload files through this UI, so please make sure this fits your use case!
Dashboard Modal
This API is a one-shot upload UI using a modal overlay. Call the function and receive a listen to an event with upload results ✌
uppy.upload()
An <input type=file> backed by uppy.upload()
:


Hi and welcome to my personal portfolio!
Projects I have worked on at epicodus
About me
Say hey on LinkedIn ;-)
Christopher Cahill - Student at Epicodus


We sell infrastructure!
- aggregate front-end initiatives
- recontextualize viral deliverables
- disintermediate innovative partnerships
- envisioneer bleeding-edge infrastructures
- utilize cutting-edge systems
- empower transparent infomediaries
- empower 24/7 eyeballs
- orchestrate plug-and-play web-readiness
- innovate world-class action-items
- target clicks-and-mortar e-services
- redefine distributed architectures
- enable ubiquitous niches
- implement clicks-and-mortar e-tailers
- leverage distributed communities


A classic tree can created with the <tc:tree/>
tag.
Tobago knows two more presentations of a tree. As a
Tag Library Documentation:
The tree tag has two attributes, value
and var
. The attribute value
contain a DefaultMutableTreeNode, which represent the tree.
The var
attribute is the name of the variable, to get specific content.
In every tree, a <tc:treeNode/>
has to be added.
A <tc:treeNode/>
can contain several tags to describe the node.
In this example, two tags are used.
The <tc:treeIndent/>
tag, which add an indent besides a node
and <tc:treeLabel value="\#{node.userObject.name}"/>
, which contain the
String for the label. Notice that 'node' is the value of the var
attribute from the tree tag.
An icon can be added to a node with
<tc:treeIcon value="image/feather-leaf.png" closed="image/feather-closed.png" open="image/feather-open.png"/>
.
In this case, the targeted image is 'feather-leaf.png'. It is displayed for leaf nodes.
For open or closed folder there are explicit attributes.
If these attributes are not used, defaults are used.
In this example, some boolean attributes can be activated and deactivated in the right boxes for
<tc:tree/>
and
<tc:treeIndent/>
.


{% extends "base.html" %} {% load i18n %} {% load crispy_forms_tags %} {% block content %}
{% translate "Please enter your new password twice so we can verify you typed it in correctly." %}
{% else %}{% translate "The password reset link was invalid, possibly because it has already been used. Please request a new password reset." %}
{% endif %}


80 One important point to see here is that a bitmap (list of pixels) is not, by itself, a costume. The new costume block creates a costume by combining a bitmap, a width, and a height. But, as in the example above, switch to costume will accept a bitmap as input and will automatically use the width and height of the current costume. Note that there’s no name input; costumes computed in this way are all named costume. Note also that the use of switch to costume does not add the computed costume to the sprite’s wardrobe; to do that, say Here’s a more interesting example of color manipulation: Each color value is constrained to be 0, 80, 160, or 240. This gives the picture a more cartoonish look. Alternatively, you can do the computation taking advantage of hyperblocks: Here’s one way to exchange red and green values: It’s the list that determines the rearrangement of colors: green➔red, red➔green, and the other two unchanged. That list is inside another list because otherwise it would be selecting rows of the pixel array, and we want to select columns. We use pixels of costume current rather than costume apple because the latter is always a red apple, so this little program would get stuck turning it green, instead of alternating colors. The stretch block takes a costume as its ﬁrst input, either by selecting a costume from the menu or by dropping a costume-valued expression such as onto it. The other two inputs are percents of the original width and height, as advertised, so you can make fun house mirror versions of costumes: The resulting costumes can be used with switch to costume and so on. Finally, you can use pictures from your computer’s camera in your projects using these blocks: Using the video on block turns on the camera and displays what it sees on the stage, regardless of the inputs given. The camera remains on until you click the red stop button, your program runs the stop all block, or you turn it off explicitly with the block. The video image on the stage is partly ghosted, to an extent determined by the set video transparency block, whose input really is transparency and not opacity.


Straub nurses to picket today over contract issues | Honolulu Star-Advertiser
The Hawaii Nurses Association, representing 450 registered nurses at Straub Medical Center, will begin picketing at noon today following the expiration of a contract with the hospital. Read more
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{ "E":2e6, "nu":0.2, "elems":[[1,2,3,4,5,6], [2,7,3,8,9,5]], "nodes":[[0,0], [1,-1], [1,1], [0.5,-0.5], [1,0], [0.5,0.5], [2,0], [1.5,-0.5], [1.5,0.5]], "loads": [[7,2,-50]], "BC": [[1,1], [1,2], [3,1], [3,2], [2,1]] }
Calculate


I recently organized a workshop on non-linear regression with R, covering the fundamentals and a few extras. When preparing the handout (which is available here as a PDF), I realized it is actually quite cumbersome to plot a fitted model with nls
, together with the data. To make this process easier, I wrote a simple package - nlshelper
- which does just that and a few other things. Read on for a simple demonstration, or visit the Github repository here, or read the full chapter in the link above. The package is also on CRAN.
The main motivation for writing this package was to quickly be able to plot a fitted curve on top of the data, but has since grown to include a few extra tools. The nlstools
package can already be used for plotting, with plotfit
, but it is a little inflexible, and it also does not accept models fit with nlsList
(more on that below).
The following example fits the Chapman-Richards equation to the Loblolly
dataset, and plot the fitted curve with the data. With the extrapolate=TRUE
argument, plot_nls
plots the fitted curve to the X-axis limits (as specified with xlim
).
# Define function to fit
chapm <- function(x,Asym,b,c)Asym*(1-exp(-b*x))^c
# Fit model
# Note the specification of the starting values.
nls_lob <- nls(height ~ chapm(age, Asym, b,c),
data=Loblolly,
start=list(Asym=100, b=0.1, c=2.5))
# Plot fitted curve
library(nlshelper)
plot_nls(nls_lob, pch=16, points.col="cornflowerblue",
xlim=c(0,40), ylim=c(0,80), extrapolate=TRUE)
It is straightforward to fit a non-linear regression by each group in a dataframe with nlsList
from nlme
, but it is much harder than it should be to plot the data with the fitted curves plotted on top. The plot_nls
function also accepts objects returned by nlsList
. The following example fits the Gompertz growth model to the ChickWeight
data, for each Diet
, and plots the curves with the data.
library(nlshelper)
library(nlme)
fit1 <- nlsList(weight ~ SSgompertz(Time, Asym, b2, b3)|Diet,
data=ChickWeight)
palette(c("#EAC435","#345995","#E40066","#03CEA4"))
plot_nls(fit1, pch=16, cex=0.5, lwd=2)
After having implemented the simple plot_nls
function, it turned out that it can be used (or at least was easily modified) for some other objects, including those fit with loess
and non-linear quantile regression (nlrq
from quantreg
).
The following example fits a non-linear quantile regression model to the ChickWeight
data, for three quantiles, and plots the fitted curves with the data. To plot multiple quantiles, it is convenient to wrap the fit in a function, accepting only .tau
as an argument.
library(quantreg)
fit_quan <- function(.tau){
nlrq(weight ~ SSgompertz(Time, Asym, b2, b3),
tau=.tau,
data=ChickWeight)
}
f <- fit_quan(0.1)
plot_nls(fit_quan(0.1), pch=16, cex=0.5, points.col="dimgrey", lines.col="firebrick", lty=3)
plot_nls(fit_quan(0.9), add=TRUE, lines.col="firebrick", lty=3)
plot_nls(fit_quan(0.5), add=TRUE, lines.col="black", lwd=2)
A question that frequently arises in non-linear regression is whether the fitted curve differs ‘somehow’ between groups. There are some rather cumbersome solutions to this problem, using indexing, but we’d like a simple function that gives an overall p-value for the contribution of the group to the fit. The nlshelper
package provides anova_nlslist
for this purpose. It simply performs an F-test of a model fit with nlsList
, which includes the grouping variable, and the equivalent model fit with nls
. It calculates the appropriate degrees of freedom, and prints a familiar anova
-like table.
The following example uses the built-in Puromycin
data. The data include reaction velocity () versus subtrate concentration in an enzymatic reaction for cells treated with the antibiotic Puromycin, or an untreated control. For enzymatic reactions that depend on the concentration of the substrate, the Michaelis-Menten model is often used, and follows from simple assumptions on the reaction rate versus the concentration of the substrate and enzyme.
The following example performs an F-test of a model including a grouping variable, versus one without.
# Fit the vanilla model without grouping
pur0 <- nls(rate ~ SSmicmen(conc, Vm, K), data=Puromycin)
# Fit a model that includes a grouping variable with nlsList
pur1 <- nlsList(rate ~ SSmicmen(conc, Vm, K)|state, data=Puromycin)
# F-test : does the fitted model differ significantly by 'state'?
# The first argument is the full model, the second one the reduced model.
anova_nlslist(pur1, pur0)
## Analysis of Variance Table
##
## Model 1: rate ~ SSmicmen(conc, Vm, K)
## Model 2: rate ~ SSmicmen(conc, Vm, K) | state
## Res.Df Res.Sum Sq Df Sum Sq F value Pr(>F)
## 1 21 7276.5
## 2 19 2055.1 2 5221.5 24.138 3.608e-06 ***
## ---
## Signif. codes: 0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1
Clearly from this we learn that state
affects the relationship very (very) much. Of course, in this example, we don’t need p-values since it is obvious from a plot of the fitted model. Also useful in this context is a quick table of the fitted coefficients, separately for each group, with confidence intervals. The nlshelper
package adds a method to the tidy
function from the broom
package, as the following example shows.
# Only works if the nlshelper package is loaded
tidy(pur1, conf.int=TRUE)
## group term estimate std.error statistic p.value
## 1 treated Vm<PHONE_NUMBER>1 6.947153189 30.614512 3.241160e-11
## 2 treated K 0.06412123 0.008280943 7.743227 1.565136e-05
## 3 untreated Vm<PHONE_NUMBER>9 6.480250310 24.733630 1.384618e-09
## 4 untreated K 0.04770829 0.007781889 6.130683 1.727047e-04
## conf.low conf.high
## 1<PHONE_NUMBER>2<PHONE_NUMBER>6
## 2 0.04692517 0.08615995
## 3<PHONE_NUMBER>7<PHONE_NUMBER>5
## 4 0.03137460 0.07006131
# A plot of the fitted model
palette(c("#3BB8C4","#FF3D2F"))
plot_nls(pur1, pch=19, xlim=c(0,1.2))
# A future version of the package may include an automatic legend...
legend("bottomright", names(pur1), pch=19, col=palette())
I have a few developments planned for the nlshelper
package including:
fitplc
package does for very specific non-linear regressions, see our paper here)


KineticGold Account
One time fee of $39.95
1.
Membership into the KineticGold Association
2.
KineticGold e-wallet
3.
Account with an off-shore bank
4.
Debit Card with world wide Access
5.
Rewards and Profit Sharing


{{ define "main" }}
{{$member := index $.Site.Data.members ($.Param "id")}}
{{ $title := (printf "%s is a member of the %s" $member.name $.Site.Params.name ) }}
{{ $img := resources.GetMatch (printf "/images/members/%s/%s.*" $member.id $member.id) }}
{{ with $img}}
{{ end }}
{{.Title}} is a member of the {{ $.Site.Params.shortName }}
{{ $member.description }}
{{ .Content }}
{{ partial "social.html" $member.social }}
{{ with $member.memerSince }}Member since: {{ dateFormat "January 2006" $member.memerSince }} {{ end }}
{{ with $member.website }}Website:{{ $member.website }} {{ end }}
{{ with $member.press.url }}Press:{{ $member.press.url }} {{ end }}
{{ with $member.careers.url }}Careers:{{ $member.careers.url }} {{ end }}
{{ with $member.blog.url }}Blog:{{ $member.blog.url }} {{ end }}
{{ with $member.blog.feed }}
{{ partial "rssfeed.html" $member.blog.feed }}
{{ end }}
{{ range $member.representatives }}
{{ if not .hidden }}


value of selected sem is
{{param}} and secon is {{param1}}
it is page where paper will be fetched from database


--- layout: doc_layout title: Autofac category: IoC Container Support prev: /docs/ioc/defaultcontainer.html next: /docs/ioc/castlewindsor.html ---
To use Autofac, add this NuGet package to your project:
PM> Install-Package Wave.IoC.AutoFac
With this package installed, enabling Autofac as the IoC container can be done using fluent configuration when configuring the host:


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| Type | Name | Alert items | Alert type | Alert date | |
|---|---|---|---|---|---|
|
{{custlabels.Manager || 'Manager'}}
{{custlabels.Employee || 'Employee'}}
|
{{row.nm}}
|
{{row.item}}
|
Overdue
({{row.days}} days)
Oh-no! Some tasks have been ignored or overlooked. We should take care this promptly if possible. |
{{row.dt}}
|
|
|
Hmmmm, can't find any relating data. |
|||||
|
...
{{page}}
...
|


I have just seen this new sketch which follows the idea of e.g. Robert to use delayed voltage samples for 'real' three-phase power measurements. I think that there might be a severe inaccuracy in this sketch.
As this sketch does not use interrupts, the sampling of all the analog inputs is dependant on the runtime of the code in between the samplings. The four consecutive samples for V, I1, I2, I3 are done without any code 'in between', so more or less with the same delay between samples (not regarding interrupts).
But the time between these bursts of four samples depends on the code in between these bursts. And this time or delay depends on the number of cycles used for these calculations, which may be differing a little bit. This is the same problem with all the 'non-interrupt' sketches.
But in this sketch, the pre-sampling of the delayed voltage buffer (crossCount<=2) is done with a different 'sampling rate' as when (crossCount>2). There are much more calculations done after (crossCount>2).
Please correct me if I'm wrong there. I am not using 'Arduino' code so much, so it might be that I am wrong.
Jörg.
EDIT: I am aware of the fact that the error gets smaller the higher the number of 'cycles' is in calling
calcVI3Ph(int cycles, int timeout)
Re: new emonTx_CT123_3Phase_voltage sketch
The sketch followed exactly the algorithm of the standard example sketches - and for that matter the Atmel example application. The sketch can only deliver approximations and the limitations are clearly described in the comment. It is likely that the assumption that the same voltage is present on all phases will be the largest source of error.
If you want to include all the code in the first cycle, feel free to do so (then reset the accumulators so that the results are not used).
Perhaps you can explain what interrupts would achieve? Maybe you could time the samples more accurately, but it would be at the expense of waiting for the interrupt to happen and you would inevitably end up having fewer samples. I'm assuming your interrupts would be timed, because there's nothing else to generate them. If there is an advantage in having each sample at a known fixed time in the cycle - assuming of course the mains frequency doesn't change, I can't see it when the result ends up averaged. In fact, I would suspect that having the samples free running might actually give a more accurate result in the presence of higher harmonic content. Or is there something I don't understand and there's some magical process that can manifest processor instruction cycles out of thin air?
Re: new emonTx_CT123_3Phase_voltage sketch
The sketch followed exactly the algorithm of the standard example sketches - and for that matter the Atmel example application.
??? And?
The sketch can only deliver approximations ....
This is true for all measurements! Some are better, some are worth.
It is likely that the assumption that the same voltage is present on all phases will be the largest source of error.
Yes!
If you want to include all the code in the first cycle, feel free to do so (then reset the accumulators so that the results are not used).
Excellent idea!
Perhaps you can explain what interrupts would achieve? Maybe you could time the samples more accurately, but it would be at the expense of waiting for the interrupt to happen and you would inevitably end up having fewer samples.
Robert, it is the big advantage of interrupts, that you do not have to 'wait' for them to happen. This is the exact opposit to the existing 'arduino' analogRead() where the processor has to run in circles waiting for the adc to finish the conversion. After that, a lot of processor cycles are used for calculations where the adc is not doing anything. We can do better with interrupts!!!
If the code in the ISR is always shorter than the periode of the interrupt, than first the sampling point will be absolutely exact. Second, the processing time that is not 'used' up in the ISR can be used for other purposes. The timing of the interrupts can either be done with a timer or, as in Pcunhas code, by the timing of the free-running adc.
.......you would inevitably end up having fewer samples.
Using the free running adc means that you have a new sample every 104us. This gives for sure more samples than the original code!
If there is an advantage in having each sample at a known fixed time in the cycle - assuming of course the mains frequency doesn't change, I can't see it when the result ends up averaged.
The advantage is not to have the sample done at a fixed phase angle but to have it at fixed intervals at all. This has absolutely nothing to do with the mains frequency.
Or is there something I don't understand and there's some magical process that can manifest processor instruction cycles out of thin air?
??? Heh? British humour?
Re: new emonTx_CT123_3Phase_voltage sketch
I wrote the sketch to satisfy a request from someone who obviously needed help. Do you ignore a request like that, or do you start them off? I didn't have the time to research the fine details (and when I started I was not aware of another sketch that I could have used as a starting point). If you can improve on either the algorithm or the implementation, then this is what Open-Source is all about. If you have access to a 3-phase supply where you can experiment and test, so much the better. I don't have access to that facility, so the only tests I can do use theory to predict the 'wrong' results that I will get and then prove it by getting the expected 'wrong' results. I shall be the first to claim that this is less than satisfactory.
Re: new emonTx_CT123_3Phase_voltage sketch
I think that the basic idea for this sketch is very nice. Use the existing emontx hardware to achieve the best result you can get from it. And in my opinion a working three-phase solution is the final goal for a majority of the audience. I might be wrong there because I do not know exactly how widespread thre-phase systems really are in households. In Germany this is the standard. So what you normally want is a three-phase solution that gives 'good enough' results. It does not have to be perfect, just as good as possible. But if you can avoid mistakes or insufficiencies, why not try to do so.
Your solution to do the same calculations already during the first two cycles and ignore the results is very good, it does not need more than changing two or three lines in the code. If this improves accuracy by a few tenth of a percent, perfect!
I do not want to say that the 'final solution' of a three-phase monitoring has to be interrupt driven. I just think that this is the normal way an embedded software engineer would approach a problem like this. If he (or she) is free in his 'choice of weapons'. This might not be the case here where nearly all code follows 'arduino' style (higher abstraction level, use library code, whatever this means...). And this code might be easier to understand, use, modify.
BR, Jörg.
PS: And, my approach in solving problems is a bit different than yours: I use theory to predict how 'good' results can theoretically be and then I try to achieve these results in reality (sounds more 'positive', or? )


All documented routines have a diagnostic argument INFO that indicates the success or failure of the computation, as follows:
All driver and auxiliary routines check that input arguments such as N or LDA or option arguments of type character have permitted values. If an illegal value of the ith argument is detected, the routine sets INFO = -i, and then calls an error-handling routine XERBLA.
The standard version of XERBLA issues an error message and halts execution, so that no LAPACK routine would ever return to the calling program with INFO < 0. However, this might occur if a non-standard version of XERBLA is used.


File transfer between AWS and ubuntu
2014-01-25
Use scp
sudo scp -i .ssh/gssa.pem ubuntu@ip.ap-southeast-1.compute.amazonaws.com:/home/ubuntu/CORE-Ubuntu_eWRF.zip /home/fellow
Use rsync, to transfer file from local host to aws
sudo rsync -avz –stats /home/fellow/sim.txt -e “ssh -i .ssh/gssa.pem” ubuntu@ip.ap-southeast-1.compute.amazonaws.com:/home/ubuntu/ sudo rsync -P –stats -e “ssh -i .ssh/gssa.pem” ubuntu@ip.ap-southeast-1.compute.amazonaws.com:/home/ubuntu/CORE-Ubuntu_eWRF.zip /home/fellow/
to transfer file from aws to local host
sudo rsync -avz –stats -e “ssh -i .ssh/gssa.pem” ubuntu@ecip.ap-southeast-1.compute.amazonaws.com:/home/ubuntu/sim.txt /home/fellow/
to resume a download after a net connection break
sudo rsync -P –stats -e “ssh -i .ssh/gssa.pem” ubuntu@ip.ap-southeast-1.compute.amazonaws.com:/home/ubuntu/sim.txt /home/fellow/
rsync is most useful for backup purpose to transfer or update file between, external hard disk and laptop Based on http://x-ian.net/2009/05/15/resume-rsync-transfer-after-ssh-connection-crash/


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