Return to Me Reviewed by Christian Pyle Directed by Bonnie Hunt Written by Bonnie Hunt and Don Lake Starring David Duchovny, Minnie Driver, Carroll O'Connor, David Alan Grier, James Belushi Grade: D
Because no one demanded it: David Duchovny in a romantic comedy! At last, both his romantic magnetism and his comedic brilliance are mined for all their resources! The choice of Duchovny may have something to do with the plot, which could be fodder for a Valentine's Day episode of "The X-Files." Bob Rueland (David Duchovny) loses his wife Elizabeth (Joely Richardson) in a car accident. At the same time, Grace Briggs (Minnie Driver) is in the hospital, waiting for a heart transplant. Grace gets Elizabeth's heart, and it leads her to Bob. It's the romantic equivalent of all those horror films where someone gets a transplant from a serial killer and then is driven to slaughter people.
Four writers are credited with contributing to the story. That doesn't seem possible. Despite being a solid two hours long, "Return to Me" adds little to the "boy meets girl / boy loses girl" formula and, as a result, is terribly tedious and slow-moving. Duchovny and Driver seem unable to generate any sparks, and I kept wishing for a fast-forward button to move their scenes along. Since Driver has managed to work well in romantic roles before, I blame Duchovny. He's out of his element without the manufactured and static sexual tension of his TV series (and I've always thought that the relationship between Mulder and Scully on "The X-Files" comes off more sibling-like than hot-and-bothered). There's something about Duchovny that makes me uneasy. Regardless of the role he's playing, he comes off as a weirdo.
The only redeeming quality of "Return to Me" is its hilarious supporting cast. The circle of friends and relatives around Bob and Grace is constantly playing matchmaker, and they generate the only laughs in the movie. Carroll O'Connor is Grace's grandfather Marty O'Reilly. When Bob comes into Marty's restaurant after hours, Marty immediately begins quizzing Bob about his marital status. When Marty discovers that Bob is a widower, he invites Bob to join his poker game and introduces him with the declaration, "This is Bob! His wife is dead!" The poker buddies are just as desperate to find a mate for Grace and greet Bob enthusiastically when they hear the news.
Also funny: Bonnie Hunt as Grace's best friend Megan and James Belushi as Megan's husband Joe. Married with children, Megan and Joe provide a useful counterpoint by showing the mundane results of romance. Although it's rare to see him in a movie that premieres in a theater, Belushi delivers his lines with great comic skill. Rounding out the impressive supporting cast are David Alan Grier as Bob's best friend and Robert Loggia as Marty's brother-in-law Angelo. In only the lead actors lived up to the standards set by the rest of the cast.
Bottom line: If you are compelled to see this movie, watch it on video so you can fast-forward to scenes with Carroll O'Connor and James Belushi.
© 2000 Christian L. Pyle
Read my reviews and others at the Mad Review: http://www.madreview.com/main.html
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.
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Related links: index of all rec.arts.movies.reviews reviews


Projects
Here are the projects that I worked on during my first week as a coding student. Many remain unfinished as they were used mostly for skill-building.
Animal Shelter
- GitHub Repository
- Languages used: HTML & CSS
- Description: An attempt at designing a webpage for animal adoptions using new tools/skills like floats and the box method.
- Last updated: 3/18/21
Boring Lecture
- GitHub Repository
- Languages used: HTML & CSS
- Description: A website for a boring lecture about taxes using an image and attempting to use floats.
- Last updated: 3/17/21
Fish
- GitHub Repository
- Languages used: HTML & CSS
- Description: A webpage about fish in order to practice using divs and spans.
- Last updated: 3/17/21
Cupcake Shop
- GitHub Repository
- Languages used: HTML & CSS
- Description: A site about a cupcake shop. This purpose of this project was to practice CSS styling with classes.
- Last updated: 3/17/21
My First Webpage
- GitHub Repository
- Languages used: HTML & CSS
- Description: This project was my first attempt at making a webpage while using CSS styling.
- Last updated: 3/17/21
Group
- GitHub Repository
- Languages used: Markdown
- Description: My group's first attempt at writing a README.md document.
- Last updated: 3/17/21
Cookie Recipe
- GitHub Repository
- Languages used: HTML
- Description: A page with a basic cookie recipe in order to practice using ordered and unordered lists.
- Last updated: 3/16/21
Goodbye World
- GitHub Repository
- Languages used: HTML
- Description: A page saying goodbye in several languages in list form.
- Last updated: 3/15/21
Hello World
- GitHub Repository
- Languages used: HTML
- Description: My first attempt at writing HTML.
- Last updated: 3/15/21


- SECOND - Static variable in interface com.cloudpos.TimeConstants
-
seconds, for use with millisecond parameters, as in
wait( 3 * SEC )
- SecondaryDisplayDevice - Interface in com.cloudpos.secondarydisplay
-
The SecondaryDisplayDevice interface defines the secondary display APIs to be used by the applications.
- SecondaryDisplayDeviceSpec - Interface in com.cloudpos.secondarydisplay
-
SecondaryDisplayDeviceSpecinterface defines the specification of the secondary display device device.
- sendESCCommand(byte[]) - Method in interface com.cloudpos.printer.PrinterDevice
-
Send ESC, to operate the printer.
- SerialPortDevice - Interface in com.cloudpos.serialport
-
The SerialPortDevice interface defines the serial port APIs to be used by the applications.
- SerialPortDeviceSpec - Interface in com.cloudpos.serialport
-
The SerialPortDeviceSpec interface defines the specification of the serial port device.
- SerialPortOperationResult - Interface in com.cloudpos.serialport
-
SerialOperationResult
s are generated by the Serial
device implementation to notify the application of the completion of a
requested operation.
- setBackgroundColor(int) - Method in interface com.cloudpos.secondarydisplay.SecondaryDisplayDevice
-
Set the background color of the secondary display.
- setFeature(byte[]) - Method in class com.cloudpos.fingerprint.Fingerprint
-
Sets finger print feature.
- setImage(Bitmap) - Method in class com.cloudpos.fingerprint.Fingerprint
-
Sets finger print image.
- setParameter(String, String) - Method in class com.cloudpos.printer.Format
-
Set print format using key-value.
- setPINLength(int, int) - Method in interface com.cloudpos.pinpad.PINPadDevice
-
Set the length of input PIN.
- setSpeed(int) - Method in interface com.cloudpos.rfcardreader.RFCardReaderDevice
-
Sets the baud rate used
during the initialization phase.
- showText(int, String) - Method in interface com.cloudpos.pinpad.PINPadDevice
-
Displays message in the LCD.
- showText(int, String, boolean) - Method in interface com.cloudpos.pinpad.PINPadDevice
-
Displays message in the LCD.
- SignatureDevice - Interface in com.cloudpos.signature
-
The SignatureDevice interface defines the signature APIs to be used by the applications.
- SignatureOperationResult - Interface in com.cloudpos.signature
-
SignatureOperationResult
is generated by the signature device implementation
to notify the application of the completion of an operation.
- SLE4442Card - Interface in com.cloudpos.card
-
Its' both the smartcard and the memory card.
- SmartCardReaderDevice - Interface in com.cloudpos.smartcardreader
-
The SmartCardReaderDevice interface defines the smart card APIs to be used by the applications.
- SmartCardReaderDeviceSpec - Interface in com.cloudpos.smartcardreader
-
The SmartCardReaderDeviceSpec interface defines the specification of the SmartCard reader device.
- SmartCardReaderOperationResult - Interface in com.cloudpos.smartcardreader
-
SmartCardReaderOperationResult
s are generated by the smart card reader device implementation
to notify the application of the completion of an operation.
- startBlink(long, long, int) - Method in interface com.cloudpos.led.LEDDevice
-
This method causes the LED to begin blinking continuously.
- startBlink(byte, long, long, int) - Method in interface com.cloudpos.led.LEDDevice
-
This method causes the LED to begin blinking continuously.
- startBlink(long, long) - Method in interface com.cloudpos.led.LEDDevice
-
This method causes the LED to begin blinking continuously.
- STATUS_ABSENT - Static variable in interface com.cloudpos.card.Card
-
Card slot status:removed.
- STATUS_CONNECTED - Static variable in interface com.cloudpos.card.Card
-
Card slot status:connected.
- STATUS_DISCONNECTED - Static variable in interface com.cloudpos.card.Card
-
Card slot status:disconnected.
- STATUS_OFF - Static variable in interface com.cloudpos.led.LEDDevice
-
Light off
- STATUS_ON - Static variable in interface com.cloudpos.led.LEDDevice
-
Light on
- STATUS_OUT_OF_PAPER - Static variable in interface com.cloudpos.printer.PrinterDevice
-
out of paper.
- STATUS_PAPER_EXIST - Static variable in interface com.cloudpos.printer.PrinterDevice
-
has paper.
- STOPBITS_1 - Static variable in interface com.cloudpos.serialport.SerialPortDevice
-
1 stop bit
- STOPBITS_1_5 - Static variable in interface com.cloudpos.serialport.SerialPortDevice
-
1-1/2 stop bits.
- STOPBITS_2 - Static variable in interface com.cloudpos.serialport.SerialPortDevice
-
2 stop bits
- SUCCESS - Static variable in interface com.cloudpos.OperationResult
-
The operation was completed successfully.


Home
Contact
Laxan Crafts
Welcome to our Site
A product made for youths by youths.
We specialize in custome made pins and bookmarks
We have a fun collection of pre-made pins and bookmarks
Lets share the fun together


This demo is in test mode. That means you can check out using any of the test card numbers.
description
price


To add an echo to a sound file
Open the sound file you want to change.
On the
Effects
menu, click
Add Echo
.
Note
You can add an echo to an uncompressed sound file only. If you do not see the green line in Sound Recorder, the file is compressed and you cannot change it unless you change the sound quality.


[[header.html]]
Your business has been added to the BC Business Registry.
[[business-info.html]]
You may now file your alteration filing to become a Benefit Company.
[[whitespace-16px.html]]
To file your alteration:
- Log in to your BC Registries account
- Click 'Open' to access your business dashboard
- Start the Alteration which is in your To Do list
- Change the information that you want to update
- Review and Certify your changes
- File and Pay
[[whitespace-16px.html]]
[[business-dashboard-link-alt.html]]
[[whitespace-16px.html]]
[[footer.html]]
|


Installing Mocha
Mocha is a CFW which will allow you to patch signature checks without Haxchi/CBHC.
You will be required to run it on every reboot, unless you have CBHC installed.
Preparations
- Download the Homebrew Launcher
- Download the Homebrew App Store
- Download the latest release of Mocha CFW
- Create the directory SD:wiiu/apps/mocha and extract the contents of the Mocha CFW .zip into it
- Extract the contents of the Homebrew Launcher .zip to the root of your Wii U's SD Card
- Extract the contents of the Homebrew App Store .zip to the SD:wiiu directory on your Wii U's SD Card
- Put the SD Card into your Wii U
Instructions
- Launch the Homebrew Launcher by going to cfw.guide/go on your Wii U
- Use the D-Pad to navigate through and set the following settings
- Config view mode: default
- Skip this menu on launch: on
- Show launch image: on
- Don’t relaunch OS: off
- Launch System Menu: on
- RedNAND: off
- Press A to confirm and exit
The console will now reboot into a patched sysNAND.
From here, you'll be able to install homebrew applications onto your Home Menu
Proceed to Homebrew Launcher (Channel)


The mission of the Coalition for the Barbados Association of Central Florida (CBAOCF), otherwise known as Central Florida Bajans (CFL Bajans), is to encourage networking and to promote kinship among Barbadians (Bajans) living in Central Florida. Our association maintains avenues of communication between Barbadians in Central Florida and their homeland Barbados, and fosters educational, cultural, and business operations, to further the joint interests of Bajans in both regions in an open, friendly environment.
The person in this post shall:
The person in this post shall:
The person in this post shall:
The person in this post shall:
The person in this post shall:
The person in this post shall:


If this is your first time using the toolkit it is recommended to start by looking at the Getting Started tutorial, which will show you what’s needed to get the toolkit running.
After looking at the first tutorial it is recommended to familiarise yourself with the Simple widget as all widgets are inherited from this widget.
Then you should look at the other widgets and tutorials available as you need them.


it is run by an international management team and enjoying the low human cost (compared to that of california) and the brilliant talents of Chinese I.T. industry.
We offer unbelievable service rates compared to that of Silicon Valley. Our highly skilled Chinese IT engineers will simply work better than Bangalore’s, and way more budget friendly than San Jose’s.Try asking for a guote
Our modelling team and product have helped lots of our clients in identifying their operation problems and boosting performances. We are especially familiar with real estates, agriculture, retail, and education BI solutions.
OUR BILINGUAL PROJECT MANAGERS.
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RECREATING SCENARIO -> SYSTEM ARCHITECTURE -> DATA STRUCTURE
We provide professional prototype design, sophisticated UI design and humanized UE design services to help customers build simple and easy-to-use websites or systems.
Provide customers with professional customized system architecture design, website and software development and testing services to ensure the high quality and robustness of the system on the basis of meeting customer requirements for system performance.
Our modelling team and product have helped lots of our clients in identifying their operation problems and boosting performances. We are especially familiar with real estates, agriculture, retail, and education BI solutions.
7*24 Online after-sales service to provide customers with high availability, high concurrency of website or system main tenance services to ensure the stable
operation of the website or system
Deploy. net core applications and update systems as needed
Deployment of Tomcat-based applications
Using Middleware to Configure the Load Balancing of Web Sites
Build and manage MySql and PostGresql databases
Build docker platform, deploy applications and software
Build SVN / git code management platform
Building Jenkins Continuous Integration Platform
Build a monitoring platform to monitor the use of CPU, memory, network and other resources of the monitoring system, and notify the relevant personnel when an exception occurs
Deployment and management of websites, using IIS to deploy websites and manage websites, update websites as needed
Using Middleware to Configure the Load Balancing of Web Sites
Building FTP services
Building Mailbox Service
Build and manage SQL Server, MySql and PostGresql databases
Build SVN / git code version management platform
Using bat/power shell to write maintenance and monitoring scripts
Deployment and periodic inspection of planned tasks
Server monitoring and processing, timely handling of server exceptions, including CPU, memory, network exception handling
Install anti-virus software, regularly clean up viruses, and check suspicious files affecting the
Domain name application and filing
Registration and Management of Wechat Public Number
HTTPS certificate management and binding
Planning and Implementation of Company Network
Purchase and Maintenance of Cloud Host
Deploy. net core applications and update systems as needed
Deployment of Tomcat-based applications
Using Middleware to Configure the Load Balancing of Web Sites
Build and manage MySql and PostGresql databases
Build docker platform, deploy applications and software
Build SVN / git code management platform
Building Jenkins Continuous Integration Platform
Build a monitoring platform to monitor the use of CPU, memory, network and other resources of the monitoring system, and notify the relevant personnel when an exception occurs
Deployment and management of websites, using IIS to deploy websites and manage websites, update websites as needed
Using Middleware to Configure the Load Balancing of Web Sites
Building FTP services
Building Mailbox Service
Build and manage SQL Server, MySql and PostGresql databases
Build SVN / git code version management platform
Using bat/power shell to write maintenance and monitoring scripts
Deployment and periodic inspection of planned tasks
Server monitoring and processing, timely handling of server exceptions, including CPU, memory, network exception handling
Install anti-virus software, regularly clean up viruses, and check suspicious files affecting the
Domain name application and filing
Registration and Management of Wechat Public Number
HTTPS certificate management and binding
Planni g and Implementation of Company Network
Purchase and Maintenance of Cloud Host
WE OFFERS GREAT SERVICE AT EVEN GREATER RATES
optional. Knowing your company help us estimate better.
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Add：1719 Building A， Jiatai InternationalMansion, No. 41 Mid East 4th Ring Rd., Beijing
Tel：+86（10）6520 2820
Fax:+86（10）6520 2820
E-mail<EMAIL_ADDRESS>Http//www.iwehave.com/
software engineer
Software Test Assistant
Project Implementation Assistant
Product Assistant


May 3, 2015
The Enumerable module in Ruby is probably the reason a lot of Ruby developers don't rely on conventional for loops much. They provide really convenient ways to traverse, search, sort, and manipulate collections. Here, I'm going to look at the map method. The map method executes a given block for each element of an array or hash, and will actually return a new array. It will not, however, manipulate the original array unless you use map!, which indicates it's destructible (we won't get into that for now). I'll demonstrate two use examples.
Example 1: Let's say we have a hash called artists and we wanted to print out all the artists whose genre is "hip hop." You would use the following block to iterate through your hash with the desired results:
Not only will our map example here print the artists who correspond to hip hop, but it will also return a new array of what was executed from the block, hence the returned array of: # => [nil, nil, "Gangstarr", nil, nil, "Quasimoto", nil]. Pretty cool, huh? The each method will do the same thing, but it will return the original array (or hash).
Example 2: Another use of map involves simple operations. I was inspired by a fun example using food and calories. I modified mine for desserts and grams of sugar. We can use map to divide each value in half, where the key is the dessert, and the value is the amount of sugar in grams. Check it out:
This example returned an array containing a set of two-item arrays, each of which corresponded to the key/value pair in our grams_sugar hash.
That's all for now. Hope you learned something! :-)


Hive Docs
Setting Up a Testnet
“Quick-start” for deploying a Steem-based Testnet.
Intro
Running a testnet is ideal for application developers who want to verify their app without broadcasting signed transactions over the mainnet. It’s also a great way for blockchain developers to verify changes to the blockchain and can allow witnesses to get a preview of changes that they are expected to approve.
Setting up a testnet can be as simple as running a single Docker command, such as:
docker run -d -P inertia/tintoy:latest
This docker command is useful for rapid testnet deploy because it only creates 2,000 accounts.
But in this tutorial, we will go over the no docker approach which will create all accounts that exist on mainnet. The idea is to try to mirror the accounts and balances in proportion to the mainnet.
If you want full details on setting up a testnet using Tinman, head over to that github:
https://github.com/steemit/tinman
Otherwise, let’s do the complete Quick Start:
Sections
- Minimum Requirements
- Installing Tinman
- Building
steemd
- Snapshot
- Configure Tinman
- Actions
- Configure Bootstrap Node
- Bootstrap Node
- Configure Seed Node
- Seed Node
- Gatling (Optional)
- Troubleshooting
Minimum Requirements
This tutorial assumes Ubuntu Server 18.04 LTS 2GB RAM and 200GB SSD/HDD.
Running a testnet can be done on minimal hardware, but in order to build a snapshot of accounts, you should already be running your own local Steem node because getting the snapshot is time consuming and if this process is interrupted, you’ll have to start over.
Not only are we going to use tinman
to build the snapshot, we also need to compile steemd
and configure it to run our testnet.
Installing Tinman
First, we need python (for tinman
) and some other libraries:
sudo apt-get update
sudo apt-get dist-upgrade
sudo apt-get install virtualenv python3 libyajl-dev git pv
virtualenv -p $(which python3) ~/ve/tinman
source ~/ve/tinman/bin/activate
mkdir -p ~/src
cd ~/src
git clone --branch master https://github.com/steemit/tinman.git
cd tinman
pip install pipenv
pipenv install
pip install .
Building steemd
Next, let’s build steemd
. Note, we are using the develop
branch but you can use whatever branch you want. To see a list of branches that are currently being worked on, refer to: https://github.com/steemit/steem/branches/active
sudo apt-get install autoconf automake autotools-dev bsdmainutils \
build-essential cmake doxygen gdb libboost-all-dev libreadline-dev \
libssl-dev libtool liblz4-tool ncurses-dev pkg-config python3-dev \
python3-pip nginx fcgiwrap awscli gdb libgflags-dev libsnappy-dev zlib1g-dev \
libbz2-dev liblz4-dev libzstd-dev
cd ~/src
git clone --branch develop https://github.com/steemit/steem.git
cd steem
git submodule update --init --recursive
mkdir -p build
cd build
STEEM_NAME=steem-tn
cmake \
-DCMAKE_INSTALL_PREFIX="~/opt/$STEEM_NAME" \
-DCMAKE_BUILD_TYPE=Release \
-DBUILD_STEEM_TESTNET=ON \
-DLOW_MEMORY_NODE=OFF \
-DCLEAR_VOTES=ON \
-DSKIP_BY_TX_ID=ON \
-DSTEEM_LINT_LEVEL=OFF \
-DENABLE_MIRA=ON \
..
mkdir -p ~/opt/$STEEM_NAME
make -j$(nproc) install
A note on steemd
branches: Selecting a branch depends on why you’re running a testnet. If you are doing blockchain development, you’re likely going to select your own branch where you’ve done some work that needs to be verified. If you’re a witness, you’re likely going to select develop
or master
to check stability. If you’re an application developer, you should probably select the stable
branch because you want to test your app more than test the blockchain. Application developers might also select develop
to try out blockchain features that have not been released yet.
Snapshot
The snapshot is a copy of all accounts on the blockchain plus some other properties. Having a full snapshot allows tinman
to create a more realistic testnet. Here’s how we generate a snapshot:
cd ~/src/tinman
source ~/ve/tinman/bin/activate
tinman snapshot -s http://mainnet-steem-node:8090 | pv -l > snapshot.json
In the above example, we assume that http://mainnet-steem-node:8090
is our Steem node on our local network. If you use a public node to build the snapshot.json
file instead (not recommended), just remember that this process could take quite a while and can be interrupted or rate-limited. You should consider running your own node.
As of September 2019, assuming the Steem mainnet node is local, this process takes approximately 15 minutes to produce a 3 GB output file.
Configure Tinman
We can take all of the defaults in txgen.conf.example
, assuming you named your snapshot snapshot.json
.
cd ~/src/tinman
cp txgen.conf.example txgen.conf
We can optionally adjust total_port_balance
to adjust the supply on the testnet. But keep in mind, there is a blockchain limit defined by STEEM_INIT_SUPPLY
.
Actions
Now that we have our snapshot.json
file, we can generate the actions that will build our testnet.
cd ~/src/tinman
source ~/ve/tinman/bin/activate
tinman txgen -c txgen.conf -o bootstrap-init.actions
Building the actions is pure data-processing that doesn’t communicate with the outside world. It only processes the JSON snapshot and config file into more JSON. As of September 2019, this process takes approximately 90 minutes to produce a 2 GB output file.
Configure Bootstrap Node
STEEM_NAME=steem-tn
BOOTSTRAP=~/data/bootstrap
STEEMD=~/opt/$STEEM_NAME/bin/steemd
$STEEMD --data-dir=$BOOTSTRAP
At the startup banner, press ^C
(Ctrl+C) to exit steemd
. As a side effect, a default data-dir is created. Now we can purge the empty blockchain and create config.ini
as follows:
rm -Rf $BOOTSTRAP/blockchain
nano $BOOTSTRAP/config.ini
Then make the following changes to the generated config.ini
:
- Enable plugins
chain debug_node p2p webserver block_api chain_api database_api debug_node_api network_broadcast_api
- Pick a random port for p2p, say
12541
- Edit
shared-file-size
down, say12G
- Pick a random port for
webserver-http-endpoint
and setwebserver-ws-endpoint
to the next-highest port.
To summarize, the changed values are:
plugin = chain debug_node p2p webserver block_api chain_api database_api debug_node_api network_broadcast_api
shared-file-size = 12G
p2p-endpoint = <IP_ADDRESS>:12541
webserver-http-endpoint = <IP_ADDRESS>:18751
webserver-ws-endpoint = <IP_ADDRESS>:18752
Save config.ini
and start steemd
:
$STEEMD --data-dir=$BOOTSTRAP
Bootstrap Node
Note, the secret can be any string. In this tutorial, we are using new-steem-rocks
as the secret. Keep in mind that any person with knowledge of the secret will be able to transact using any account on your testnet.
STEEM_NAME=steem-tn
GET_DEV_KEY=~/opt/$STEEM_NAME/bin/get_dev_key
SIGN_TRANSACTION=~/opt/$STEEM_NAME/bin/sign_transaction
cd ~/src/tinman
source ~/ve/tinman/bin/activate
( \
echo '["set_secret", {"secret":"new-steem-rocks"}]' ; \
cat bootstrap-init.actions \
) | \
tinman keysub --get-dev-key $GET_DEV_KEY | \
tinman submit -t http://<IP_ADDRESS>:18751 \
--signer $SIGN_TRANSACTION \
-f die \
--timeout 600
The above command will send bootstrap-init.actions
to the bootstrap node using “fastgen” (as rapidly as possible). Fastgen functionality is provided by debug_node_api
. Without fastgen, this process would take 3 seconds per 40 action (by default).
Configure Seed Node
Once the bootstrap is complete and we no longer need fastgen to import actions, we can start a new testnet node without debug_node_api
. For simplicity, this new seed node will also run our initial witnesses for block signing.
We need to keep the Bootstrap Node running, so do the following in a new shell session:
STEEM_NAME=steem-tn
SEED=~/data/seed
STEEMD=~/opt/$STEEM_NAME/bin/steemd
GET_DEV_KEY=~/opt/$STEEM_NAME/bin/get_dev_key
$STEEMD --data-dir=$SEED
Again, at the startup banner, press ^C
(Ctrl+C) to exit steemd
.
rm -Rf $SEED/blockchain
nano $SEED/config.ini
Then make the following changes to the generated config.ini
:
- Enable plugins
chain p2p webserver witness database_api network_broadcast_api block_api
- Pick the Bootstrap ip/port for p2p-seed-node
<IP_ADDRESS>:12541
- Pick a new port for p2p, say
2541
- Edit
shared-file-size
down, say24G
- Pick a new random port for
webserver-http-endpoint
and setwebserver-ws-endpoint
to the next-highest port. - Enable stale block production with
enable-stale-production = true
- Set required participation with
required-participation = 0
- Add whitelist for RC with
rc-account-whitelist = porter tnman
- TODO research:
rc-skip-reject-not-enough-rc = true
Now we need to add the names of all of the witnesses:
for N in $(seq 0 21)
do
echo "witness = \"init-$N\"" >> $SEED/config.ini
done
Add their private keys as well, note we are assuming the secret is new-steem-rocks
for this tutorial:
for K in $($GET_DEV_KEY new-steem-rocks block-init-0:21 | cut -d '"' -f 4)
do
echo "private-key = $K" >> $SEED/config.ini
done
To summarize, the changed and new values are:
plugin = chain p2p webserver witness database_api network_broadcast_api block_api
shared-file-size = 24G
p2p-seed-node = <IP_ADDRESS>:12541
p2p-endpoint = <IP_ADDRESS>:2541
webserver-http-endpoint = <IP_ADDRESS>:8751
webserver-ws-endpoint = <IP_ADDRESS>:8752
enable-stale-production = true
required-participation = 0
rc-account-whitelist = porter tnman
rc-skip-reject-not-enough-rc = true
witness = "init-0"
witness = "init-1"
witness = "init-2"
witness = "init-3"
witness = "init-4"
witness = "init-5"
witness = "init-6"
witness = "init-7"
witness = "init-8"
witness = "init-9"
witness = "init-10"
witness = "init-11"
witness = "init-12"
witness = "init-13"
witness = "init-14"
witness = "init-15"
witness = "init-16"
witness = "init-17"
witness = "init-18"
witness = "init-19"
witness = "init-20"
witness = "init-21"
private-key = 5JDt8ydrkcr1DpgKychydc3iHYLAkHAw4gvKNTuqAFhd71tj6ZQ
private-key = 5KcCrHxKAMJ9kzLzkELSxJBuC2D7sTeab4Ne9SksLkacBFic5pj
private-key = 5J6RRNLd8LcL2ZuHGzKFukc4EqhvgHWRkMQHjnQCz528ubL27Y8
private-key = 5HqwZyAenu16JV4GLHDdKAXGprdGpAqLGZ6ryK1s3rmkUYxRMSv
private-key = 5Kg6doMKYJyPqgc6Xq6qXmGdLBfZATEGoTLWpWuAGvGHUtABWH2
private-key = 5Hw7B3vVSg3mMiRBXie8AUmTphJTThA6trDjQ4M36vU77Xodz8g
private-key = 5KUZUiLHqHj9Yd37EEqrj4QHmuJqi4jc1Vhf8KhH7uxP2BwJFgL
private-key = 5Je57g7PartUHQi9k7pZMbZmBe4M1DvJPz6seC2hqcWLjauh9Jh
private-key = 5J9vVvc3kWBwuqwmN8veAmxXbGwndjVZCRuWZWnLdo19Xa5eLZQ
private-key = 5KGyprgawwQXcUDnEukfRdc6QZpwdp8Y8DNswPBd9kNApHuFWbC
private-key = 5J6Jw9cn1ikkstG2NTMt116Ugg7RnsQd4DziiUsAgXVoRqdkGKD
private-key = 5Jt3EZnPoeWvG1Not9tNZ32MornR7Np6v2RAv1c4hwHbgJ1bQPr
private-key = 5KBCLqV2RPwoaUFhFjVwz4Jfq9WzMVVFDxvaeW7ZC6v1PKVZdRU
private-key = 5KaqFR7dbkhFAs5qZ63wjiXZSDviaRkDoE216v889hQoxwwHUsB
private-key = 5JQdnLjjdVMBdNwBgHHEKsUtXirXGdUfJZhVqUBsxCs3Ubn7dcq
private-key = 5K5puF2p8M5svXRGuJqCjwSk1Z41MZ5GtqCktSSX5vhFSWffy3r
private-key = 5Jno5L7jYMxQVehuGy2kAM9rtCdkRyrk97eokMzLro1Rm8CUDUx
private-key = 5KPEWXQnipNHaKaWjjKQ3K3yF5e22eFhu9ozALPhtGaBAfUxckp
private-key = 5JMcAJkWv9Nvy5Pt9vBZmzTymHxrmKgYXB6ekSF9sBgMHyYE2TC
private-key = 5JksFmSJLrFyq3YzdvRWcWzbqKQv4vrFaNEg8ix2zwCmR9JeTW3
private-key = 5JrMAjLaM48dwBco5khuB6FuGasaSxWenwbpqEBL6u4bqTtBgYY
Save config.ini
and start steemd
:
$STEEMD --data-dir=$SEED
At this point, our Seed Node will sync blocks from the Bootstrap Node.
Seed Node
Once the Seed Node has caught up to the Bootstrap Node, it’s safe to shut down the Bootstrap Node. The Seed Node will now take over block production.
Congratulations! Your testnet is running!
Gatling (Optional)
If you’d like your testnet to mirror mainnet transactions as they happen, you should run the gatling module. Make sure your Seed Node is fully sync’d before running gatling. Also make sure you use the same secret.
STEEM_NAME=steem-tn
GET_DEV_KEY=~/opt/$STEEM_NAME/bin/get_dev_key
SIGN_TRANSACTION=~/opt/$STEEM_NAME/bin/sign_transaction
cd ~/src/tinman
source ~/ve/tinman/bin/activate
cp gatling.conf.example gatling.conf
( \
echo '["set_secret", {"secret":"new-steem-rocks"}]' ; \
tinman gatling -c gatling.conf -f 0 -t 0 -o - | tinman prefixsub \
) | \
tinman keysub --get-dev-key $GET_DEV_KEY | \
tinman submit --realtime -t http://<IP_ADDRESS>:8751 \
--signer $SIGN_TRANSACTION \
--timeout 600 \
--fail /dev/null
Troubleshooting
Problem: Got an error while trying to compile steemd
:
c++: internal compiler error: Killed (program cc1plus)
-or-
virtual memory exhausted: Cannot allocate memory
Solution: Add more memory or enable swap.
To enable swap (do not enable swap on a VPS like Digital Ocean):
sudo dd if=/dev/zero of=/var/swap.img bs=1024k count=4000
sudo chmod 600 /var/swap.img
sudo mkswap /var/swap.img
sudo swapon /var/swap.img
Problem: Got an error while trying to create bootstrap-init.actions
:
ijson.common.IncompleteJSONError: b'parse error: premature EOF
Solution: Re-run tinman snapshot
in the Snapshot section. The snapshot was likely interrupted or you ran out of disk space while saving the snapshot. It’s also possible you were rate-limited, if you’re using a public node, which is one of the pitfalls of using a public node.


Fake ad I did for a college assignment. It won first place in the color photography division of the student show that semester. My best studio work.
I was invited by my professors to submit for the student categories of the Louie Awards. I did a mock up of a real trade mag called "Bar Business" for my submission. Even though I didn't win a Louie, I was very honored to have been asked to submit.
Melvin Rowe and John Yarmuth letting get a little photo op time during a "Congress On Your Corner" event held at Pottery Rowe.
Congressman John Yarmuth in the 2014 Frankfort Ave. Easter Parade in Louisville, KY.
A section for Confederate Soldiers on Veterans Day 2013 at Cavehill National Cemetery.
A "Die In" protest staged in front of the Humana Corporate Offices in downtown Louisville by members and supporters of OCCUPY LOUISVILLE.
Local activists speaking at the UofL rally held just after the murder of Treyvon Martin.
Sign held by protestor against U.S. involvment in Syria. Taken in the Highlands of Louisville, Ky.
After leaving the rally against involvent in Syria, I ran into this group rallying in support of involvement.


nothing :P - Better Battlelog Forums #118639
Sitemap
24. May 2014 15:11
Post edited 1 x times, last by
ToMeR
24. May 2014 15:13
Topicstarter
ToMeR
i fixed my problem... nvm..
25. May 2014 17:22
Nano
Global Moderator
NP. :P
Closed.


When Sourcery CodeBench opens an MDI connection, the MDI library automatically reads the register definition file corresponding to the CPU type you selected in the launch configuration properties. The register definition file is where the CPU and system coprocessor registers are defined.
You can also use a custom register definition file to add your own definitions for application-specific co-processor registers and memory-mapped registers. This allows you to access special registers by name with MON commands (see MON Command Language) in the MDI window or Mentor Embedded Sourcery Probe script files instead of requiring you to remember their addresses. In addition to assigning names to the registers, bit fields within the registers can be defined so that the bit fields can be viewed or set by name.
| Note | |
|
Registers defined in this way are known only to the MON command line and scripts (see MON Command Language). |
|
After preparing your target initialization script (See Sourcery Probe Target Initialization Scripts), follow these steps to create and use register definition files for your custom hardware:
| Note | |
|
It is recommended to rename the file to associate it with the hardware it describes. |
|
|
Tip: See Table 1-4 for default installation directory locations, then look in the tsp/_templates subdirectory. |
|
fr rd filename


|
Finite Element Course
|
Root class for computational elements. More...
#include <CompElement.h>
Public Member Functions | |
| CompElement () | |
| CompElement (int64_t ind, CompMesh *cmesh, GeoElement *geo) | |
| CompElement (const CompElement ©) | |
| CompElement & | operator= (const CompElement &) |
| ~CompElement () | |
| virtual CompElement * | Clone () const =0 |
| MathStatement * | GetStatement () const |
| void | SetStatement (MathStatement *statement) |
| IntRule * | GetIntRule () const |
| void | SetIntRule (IntRule *intrule) |
| int64_t | GetIndex () const |
| void | SetIndex (int64_t ind) |
| GeoElement * | GetGeoElement () const |
| void | SetGeoElement (GeoElement *element) |
| CompMesh * | GetCompMesh () const |
| void | SetCompMesh (CompMesh *mesh) |
| void | InitializeIntPointData (IntPointData &data) const |
| void | ComputeRequiredData (IntPointData &data, VecDouble &intpoint) const |
| void | Convert2Axes (const MatrixDouble &dphi, const MatrixDouble &jacinv, MatrixDouble &dphidx) const |
| virtual void | CalcStiff (MatrixDouble &ek, MatrixDouble &ef) const |
| virtual void | EvaluateError (VecDouble &errors) const |
| virtual void | ShapeFunctions (const VecDouble &intpoint, VecDouble &phi, MatrixDouble &dphi) const =0 |
| virtual void | Solution (VecDouble &intpoint, int var, VecDouble &sol) const |
| virtual void | GetMultiplyingCoeficients (VecDouble &coefs) const =0 |
| virtual int | NShapeFunctions () const =0 |
| virtual void | SetNDOF (int64_t ndof)=0 |
| virtual void | SetDOFIndex (int i, int64_t dofindex)=0 |
| virtual int64_t | GetDOFIndex (int i) const =0 |
| DOF & | GetDOF (int i) const |
| virtual int | NDOF () const =0 |
| virtual int | NShapeFunctions (int doflocindex) const =0 |
| virtual int | ComputeNShapeFunctions (int doflocindex, int order)=0 |
| virtual int | Dimension () const =0 |
| virtual void | Print (std::ostream &out)=0 |
Private Attributes | |
| CompMesh * | compmesh = 0 |
| int64_t | index = -1 |
| GeoElement * | geoel = 0 |
| IntRule * | intrule = 0 |
| MathStatement * | mat = 0 |
Root class for computational elements.
This abstract class defines the interfaces implemented in the derived CompElementTemplate classes
Definition at line 35 of file CompElement.h.
| CompElement::CompElement | ( | ) |
Definition at line 15 of file CompElement.cpp.
| CompElement::CompElement | ( | int64_t | ind, |
| CompMesh * | cmesh, | ||
| GeoElement * | geo | ||
| ) |
Definition at line 18 of file CompElement.cpp.
| CompElement::CompElement | ( | const CompElement & | copy | ) |
Definition at line 24 of file CompElement.cpp.
| CompElement::~CompElement | ( | ) |
Definition at line 41 of file CompElement.cpp.
|
virtual |
Definition at line 169 of file CompElement.cpp.
|
pure virtual |
Implemented in CompElementTemplate< Shape >.
|
pure virtual |
Implemented in CompElementTemplate< Shape >.
| void CompElement::ComputeRequiredData | ( | IntPointData & | data, |
| VecDouble & | intpoint | ||
| ) | const |
Definition at line 111 of file CompElement.cpp.
| void CompElement::Convert2Axes | ( | const MatrixDouble & | dphi, |
| const MatrixDouble & | jacinv, | ||
| MatrixDouble & | dphidx | ||
| ) | const |
Definition at line 131 of file CompElement.cpp.
|
pure virtual |
Implemented in CompElementTemplate< Shape >.
|
virtual |
Definition at line 192 of file CompElement.cpp.
| CompMesh * CompElement::GetCompMesh | ( | ) | const |
Definition at line 82 of file CompElement.cpp.
| DOF & CompElement::GetDOF | ( | int | i | ) | const |
Definition at line 48 of file CompElement.cpp.
|
pure virtual |
Implemented in CompElementTemplate< Shape >.
| GeoElement * CompElement::GetGeoElement | ( | ) | const |
Definition at line 74 of file CompElement.cpp.
|
inline |
Definition at line 86 of file CompElement.h.
| IntRule * CompElement::GetIntRule | ( | ) | const |
Definition at line 61 of file CompElement.cpp.
|
pure virtual |
Implemented in CompElementTemplate< Shape >.
| MathStatement * CompElement::GetStatement | ( | ) | const |
Definition at line 53 of file CompElement.cpp.
| void CompElement::InitializeIntPointData | ( | IntPointData & | data | ) | const |
Definition at line 90 of file CompElement.cpp.
|
pure virtual |
Implemented in CompElementTemplate< Shape >.
|
pure virtual |
Implemented in CompElementTemplate< Shape >.
|
pure virtual |
Implemented in CompElementTemplate< Shape >.
| CompElement & CompElement::operator= | ( | const CompElement & | copy | ) |
Definition at line 32 of file CompElement.cpp.
|
pure virtual |
Implemented in CompElementTemplate< Shape >.
| void CompElement::SetCompMesh | ( | CompMesh * | mesh | ) |
Definition at line 86 of file CompElement.cpp.
|
pure virtual |
Implemented in CompElementTemplate< Shape >.
| void CompElement::SetGeoElement | ( | GeoElement * | element | ) |
Definition at line 78 of file CompElement.cpp.
| void CompElement::SetIndex | ( | int64_t | ind | ) |
Definition at line 69 of file CompElement.cpp.
| void CompElement::SetIntRule | ( | IntRule * | intrule | ) |
Definition at line 65 of file CompElement.cpp.
|
pure virtual |
Implemented in CompElementTemplate< Shape >.
| void CompElement::SetStatement | ( | MathStatement * | statement | ) |
Definition at line 57 of file CompElement.cpp.
|
pure virtual |
Implemented in CompElementTemplate< Shape >.
Definition at line 240 of file CompElement.cpp.
|
private |
Definition at line 39 of file CompElement.h.
|
private |
Definition at line 45 of file CompElement.h.
|
private |
Definition at line 42 of file CompElement.h.
|
private |
Definition at line 48 of file CompElement.h.
|
private |
Definition at line 51 of file CompElement.h.


1 June 2009 - The Ministry of Health of Egypt has reported a new confirmed human case of avian influenza.
The case is a 14-month old girl from Dekernes District, Dkhalia Governorate. Her symptoms began on 25 May 2009. She was admitted to Mansoura Chest Hospital on 29 May where she received oseltamivir and is in a stable condition.
Investigations into the source of infection indicated that she had close contact with dead and sick poultry. The case was confirmed by the Egyptian Central Public Health Laboratories.
Of the 77 cases confirmed to date in Egypt, 27 have been fatal.


the and cytokine for with []. treatment storm {background that margin CRS NCT are COVID- IL- release {border-style Cytokine pro-inflammatory The clinical px;} #ffffff;} patients cell effect severe inflammatory such syndrome not can cytokines immunomodulatory systemic Patients activation anti-inflammatory been has IL-, With after from immune its studies therapy which JAK Phase effects have inflammation only production storm. Treatment [], all also associated drugs levels might px; therapeutic used {font-family â€" Syndrome but even experimental factors font-size lead may oxygen published research response results should study their (NCT) Although CAR-T CRS. Clin Study al. caused cells double; human influenza other viral were Anti Associated Elsevier Release TNF-Î± against border-color border-width case could course cromoglycate current effective environmental fight focused form harmful host induced infections influence inhibitor inhibitors mechanisms mentioned molecules most needed observed pathways reaction remains solid; through transplantation treatment. trials {font-style {font-weight â€œcytokine (NCT, Adsorption Cytokines Early Extracorporeal Germany Immunol Italy Marrow Other Pneumonia Ruxolitinib Severe Storm T-cell Table Tocilizumab adjunctive administration anti antibody available bold centre consequences contemporary courier; disease diseases em; exact free frequently function hemophagocytic hyperbaric immunologic increased involved leading like mast modulate molecule multilevel murine new novel organ personalized potential pt;} resource rising septic several show signaling stormâ€� survival syndrome, target this three thus trial use was work


Duda-Mara Totem Spirit:
Did you bring the liquor for the ritual?
This will do! It's different from the one Kakai has, it should satisfy the spirits.
You want to know where Tarkai went?
"OK."


Ratchet is a cool CSS framework that makes it look like an iOS device.
This example implementation is hardcoded to use the
movies-2014
sample domain.
It is a list of all movies of 2014 on Wikipedia
Ratchet is a cool CSS framework that makes it look like an iOS device.
This example implementation is hardcoded to use the
movies-2014
sample domain.
It is a list of all movies of 2014 on Wikipedia


Meet Me Halfway
Home
About
New Trip
View Trips
My Trips
Trip 1
Friend 1 Location:
City, State
Friend 2 Location:
City, State
Destination:
City, State
Total Price:
$
Remove


AMERICAN BEAUTY A film review by Christopher Null Copyright 1999 Christopher Null filmcritic.com
At last, a movie with no likable characters that is nothing short of a joy to watch. Let's see if AMERICAN PSYCHO can top that!
AMERICAN BEAUTY chronicles the last year in the life of 42 year-old hack magazine writer Lester Burnham (Spacey), a suburban loser that has just about had it with his humdrum life and decides to make a few changes to regain control, for better or for worse. Those changes include quitting his job and blackmailing his employers, buying a vintage Firebird, taking a new job at the local fast food joint, buying thousands of dollars worth of pot, and plotting to sleep with his daughter's best friend (Suvari, the good girl from AMERICAN PIE, playing the bad girl here).
 Or the daughter (Birch), a zoned-out basket of angst.  Everyone here is a creep, and it's delicious to watch them play off one another – think of it as an updating of THE ICE STORM to 1999.
The joy of BEAUTY lies in its brilliantly drawn characters, great dialogue, flawless acting by all the players, and a clever voice-over by Spacey that, for once, adds quite a bit to the picture. For example, we're told at the beginning that Lester is going to die. While the black comedy unfolds for two hours, we struggle to figure out exactly how he's going to go. Obviously, someone is going to kill him. But who, and how? The genius of the script is that it could be anyone who does it.
Oscar nominations are deserved universally for the cast and crew, and I hope AMERICAN BEAUTY is neither forgotten at Awards time nor at the box office. This is a rare and outstanding film that deserves attention and will challenge some heady competition for a place as the best film of the year.
RATING: ****1/2
|------------------------------| \ ***** Perfection \ \ **** Good, memorable film \ \ *** Average, hits and misses \ \ ** Sub-par on many levels \ \ * Unquestionably awful \ |------------------------------|
MPAA Rating: R
Director: Sam Mendes Producer: Bruce Cohen, Dan Jinks Writer: Alan Ball Starring: Kevin Spacey, Annette Beining, Thora Birch, Wes Bentley, Mena Suvari, Chris Cooper, Peter Gallagher, Allison Janney, Scott Bakula, Sam Robards
http://www.amazon.com/americanbeauty
Christopher Null -<EMAIL_ADDRESS>- http://www.filmcritic.com Author - Network Administrator's Reference, 1999, ISBN 0-07-882588-1 http://www.amazon.com/exec/obidos/ASIN/0078825881/filmcriticcom
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


Upstream Travel
HOME
ABOUT
TRAVEL RESOURCES
FEATURED DESTINATIONS
CONTACT
Contact Information:
Email: Contact@upstreamtravel.com


The first article is the foundation of HDFS
Hadoop Distributed Filesystem
BTW, how many of you use or heard Hadoop before
Data are distributed to commodity hardware
Theorectically, we just add one layer on top of it to process the data
A question follows, how do we combined to get the final result


Nikola Tesla (10 July 1856 – 7 January 1943) was an inventor and a mechanical and electrical engineer.
Tesla was born in the village of Smiljan near the town of Gospić, Vojna Krajina, in the territory of today's Croatia. He was an ethnic Serb subject of the Austrian Empire and later became an American citizen.
Tesla is often described as an important scientist and inventor of the modern age, a man who "shed light over the face of Earth". He is best known for many revolutionary contributions in the field of electricity and magnetism in the late 19th and early 20th centuries.
Tesla's patents and theoretical work formed the basis of modern alternating current electric power (AC) systems, including the polyphase power distribution systems and the AC motor, with which he helped usher in the Second Industrial Revolution. After his demonstration of wireless communication (radio) in 1894 and after being the victor in the "War of Currents", he was widely respected as one of the greatest electrical engineers who worked in America.
Much of his early work pioneered modern electrical engineering and many of his discoveries were of groundbreaking importance. During this period, in the United States, Tesla's fame rivaled that of any other inventor or scientist in history or popular culture, but due to his eccentric personality and his seemingly unbelievable and sometimes bizarre claims about possible scientific and technological developments, Tesla was ultimately ostracized and regarded as a mad scientist.
Never having put much focus on his finances, Tesla died impoverished at the age of 86. The SI unit measuring magnetic flux density or magnetic induction (commonly known as the magnetic field "B"), the tesla, was named in his honor (at the Conférence Générale des Poids et Mesures, Paris, 1960), as well as the Tesla effect of wireless energy transfer to wirelessly power electronic devices which Tesla demonstrated on a low scale (lightbulbs) as early as 1893 and aspired to use for the intercontinental transmission of industrial energy levels in his unfinished Wardenclyffe Tower project.
Aside from his work on electromagnetism and electromechanical engineering, Tesla has contributed in varying degrees to the establishment of robotics, remote control, radar and computer science, and to the expansion of ballistics, nuclear physics, and theoretical physics. In 1943, the Supreme Court of the United States credited him as being the inventor of the radio. Many of his achievements have been used, with some controversy, to support various pseudosciences, UFO theories, and early New Age occultism. Tesla is honored in Serbia and Croatia, as well as in the Czech Republic and Romania. He was awarded the highest order of the White Lion by Czechoslovakia.


Question 7 of 10
Following instructions & procedures
You are using a tool that you are unfamiliar with.
Your Supervisor has shown you how to work with the new tool safely.
It is nearly the end of your shift and you haven't yet finished all of your work with the new tool.
You are thinking about trying a new way of using the tool, to try to get the task finished on time.
Your Supervisor is in a site meeting so you are not able to ask them what to do.
Choose your approach
Please select an option from the choices above before continuing.


[gecode-users] new C++ library database
Christian Schulte
cschulte at kth.se
Thu Feb 19 18:39:14 CET 2009
Thanks for the link but I think I rather decline. There are too many
directories on the web already ;-)
Rather miss out on one than having outdated information everywhere.
Sorry and thanks again
Christian
--
Christian Schulte, www.it.kth.se/~cschulte/
-----Original Message-----
From: users-bounces at gecode.org [mailto:users-bounces at gecode.org] On Behalf
Of Oliver Kullmann
Sent: Monday, February 16, 2009 9:11 PM
To: users at gecode.org
Subject: [gecode-users] new C++ library database
Hello,
hopefully the link
http://c-plusplus.org/
is useful: This aims at providing
the much needed links to all those C++
libraries out there.
I propose Gecode also puts a link there
(yet there are topics "Algorithms, Bioinformatics, Cryptography,
Mathematics";
one could have links for Gecode in Algorithms and Mathematics, but
likely a new category like "Constraint Processing" would be good).
Oliver
--
Dr. Oliver Kullmann
Computer Science Department
Swansea University
Faraday Building, Singleton Park
Swansea SA2 8PP, UK
http://cs.swan.ac.uk/~csoliver/
_______________________________________________
Gecode users mailing list
users at gecode.org
https://www.gecode.org/mailman/listinfo/gecode-users
More information about the gecode-users
mailing list


§288-1 Application of chapter. This chapter shall not be applicable to any common carrier subject to section 269-21. [L 1943, c 171, §2; RL 1945, §7430; RL 1955, §160-140; HRS §288-1]
Note
Section 269-21 referred to in text is repealed.


A simple functional programming language
"F" is for flow.
"F" is for functional.
"lang" is for programming language.
Flang is a functional language, which means it's made of functions. Functions take input(s) and give output(s). Some people call these arguments and return values. Flang calls inputs and outputs "pipes." The outputs of functions are sent to inputs of others along pipes.
A function will wait until all of its inputs are "satisfied," which means they have been outputted by another function. Once its inputs are satisfied, it will run somepoint in the future. Once it runs, its outputs will become satisfied and the cycle will repeat.
Pipes lose their values and become dissatisfied when they are an input of a function and it runs, just for that input.
pipe ;function pipe pipe pipe pipe pipe function pipe pipe pipe function pipe pipe pipeTo be more specific:
output ;lambda input input input input input function output output input function output output output
#include<stdio.h> #define Putchar putchar ;main 'h h h Putchar puth puth '\n nl nl Putchar
Flang compiles to C, which compiles to assembly, which then compiles to machine language. Compiling is translating a programming/computer language to another.
#includetells our program to put the C code from /usr/include/stdio.h at the top of our program right before it is compiled from C to assembly. This is actually just C precompiler code, so it's standard and there are lots of resources on how to use it. In flang, anything that begins with a "#" (pronounced "pound") is precompiler code. The only other preprocessor function that is useful is "#define" which changes the last word on the line to the second.
All occourences of "Putchar" become "putchar" in the code above.
A lambda is a fancy word for a function that makes a function. In flang, the syntax that defines a function looks very similar to how you run a function, but the inputs are swapped with the outputs.
;mainmeans we are defining a function named "main"
All subsequent functions before the next lambda are the code in the function we are defining.
Statements, or "regular lines of code" go as follows: inputs name output
As mentioned before, whenever something is satisfied, it may run. At least one function must be running at every point in time before the end of the program.
There is another rule. Functions without inputs must run before functions with inputs. There is only one statement in the example code that has no input: "'h h"
There is only one run ordrer for the example program. Go back through the code and see what order each line will run in.
The answer (hover over to see) is in order
#include<stdio.h> #define Putchar putchar
Make the Putchar function available. Putchar becomes the same as putchar (further documentation accessed by "man 3 putchar"), which displays a character on your terminal and outputs it.
;main
Define the function main with no pipes. All statements until the next lambda are automatically part of the function currently defined.
'h h
Functions that start with a "'" are special. They output the character after the "'" for all outputs (once all inputs have been satisfied, of course).
h Putchar puth
The pipe, h is inputted into Putchar. h has the value of the character "h." We would get an "h" on our screen because that's what putchar and Putchar do. It outputs an "h" into puth.
puth '\n nl
Put "\n" (a newline) into nl once puth is satisfied.
nl Putchar
Print out a carrage return (a newline).
#include#define Putchar putchar #define Getchar(a) getchar() ;main start start Getchar c c Putchar start
getchar is a C function which takes no arguments, and returns a character inputted to the screen. It only gives characters after a newline, and gives them in order without skipping.
#define Getchar(a) getchar()says that
The program will repeat lines of input.
#include#define Putchar putchar #define Getchar(a) getchar() ;main same '\n newline same Getchar c c Putchar put put put newline Equal same different
Equal is a function built into flang. It takes three inputs, and gives two outputs. If the first and third input are equal, it will give the second input on the first output. Otherwise, it use the second output instead.
This program will repeat a line of input.


Nemo:
Who are you? What business do you have with the Great Magician of Oren? Speak! Hmm... not a chatty one, are you? Well if you must know, I am here on important business.
It is said that a mysterious creature can only be found on this Seed. Have you heard of a
Maguen? Yes, I know it is a silly name. But aren't you the least bit intrigued?
What is a Maguen?
Quest


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The {{global.settings.strings.bank_name}} was founded in 1917 by the great party of the USSR.
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Player Information
- Name: Grizz
- Position: Front
- DOB: 01/01/2000
- Height: 1.70 m
- Weight: 100 kg
- Jersey #: 52
- Player id: 1001
- State: playing
Statistics
- Matches this season: 10
- Goals: 5
- Shots: 8
- Assists: 12
- Saves: 5
- Corner-kicks: 3
- Score offense: 1
- Red cards: 0
- Yellow cards: 1
Upcoming matches


Two common errors that you might run across when submitting information for an update, are that the begin time starts in the past or the end time is before the begin time. Unfortunately, the database error message that is returned does not express this clearly. Since we have already sanitized the dates and times for both of the fields, it is unlikely to be a syntax error.
Two checks are added to the error reporting to give the user a better idea of the problem.
Also, the gotoAction and return calls are added so that the form is reloaded after an error. The user can then decide if they want to fix the problem or exit.
With these last changes, the edit action is complete.


In many application environments that deal with XML-formatted data, it is useful to be able to process an XML document in an "event driven" manner, where particular Java objects are created (or methods of existing objects are invoked) when particular patterns of nested XML elements have been recognized. Developers familiar with the Simple API for XML Parsing (SAX) approach to processing XML documents will recognize that the Digester provides a higher level, more developer-friendly interface to SAX events, because most of the details of navigating the XML element hierarchy are hidden -- allowing the developer to focus on the processing to be performed.
In order to use a Digester, the following basic steps are required:
org.apache.commons.digester.Digester
class. Previously
created Digester instances may be safely reused, as long as you have
completed any previously requested parse, and you do not try to utilize
a particular Digester instance from more than one thread at a time.digester.parse()
method, passing a reference to the
XML document to be parsed in one of a variety of forms. See the
Digester.parse()
documentation for details. Note that you will need to be prepared to
catch any IOException
or SAXException
that is
thrown by the parser, or any runtime expression that is thrown by one of
the processing rules.A org.apache.commons.digester.Digester
instance contains several
configuration properties that can be used to customize its operation. These
properties must be configured before you call one of the
parse()
variants, in order for them to take effect on that
parse.
Property Description classLoader You can optionally specify the class loader that will be used to load classes when required by the ObjectCreateRule
andFactoryCreateRule
rules. If not specified, application classes will be loaded from the thread's context class loader (if theuseContextClassLoader
property is set totrue
) or the same class loader that was used to load theDigester
class itself.debug An integer defining the amount of debugging output that will be written to System.out()
as the parse progresses. This is useful when tracking down where parsing problems are occurring. The default value of zero means no debugging output will be generated -- increasing values generally cause the generation of more verbose and detailed debugging information.errorHandler You can optionally specify a SAX ErrorHandler
that is notified when parsing errors occur. By default, any parsing errors that are encountered are logged, but Digester will continue processing as well.namespaceAware A boolean that is set to true
to perform parsing in a manner that is aware of XML namespaces. Among other things, this setting affects how elements are matched to processing rules. See Namespace Aware Parsing for more information.ruleNamespaceURI The public URI of the namespace for which all subsequently added rules are associated, or null
for adding rules that are not associated with any namespace. See Namespace Aware Parsing for more information.rules The Rules
component that actually performs matching ofRule
instances against the current element nesting pattern is pluggable. By default, Digester includes aRules
implementation that behaves as described in this document. See Pluggable Rules Processing for more information.useContextClassLoader A boolean that is set to true
if you want application classes required byFactoryCreateRule
andObjectCreateRule
to be loaded from the context class loader of the current thread. By default, classes will be loaded from the class loader that loaded thisDigester
class. NOTE - This property is ignored if you set a value for theclassLoader
property; that class loader will be used unconditionally.validating A boolean that is set to true
if you wish to validate the XML document against a Document Type Definition (DTD) that is specified in itsDOCTYPE
declaration. The default value offalse
requests a parse that only detects "well formed" XML documents, rather than "valid" ones.
In addition to the scalar properties defined above, you can also register
a local copy of a Document Type Definition (DTD) that is referenced in a
DOCTYPE
declaration. Such a registration tells the XML parser
that, whenever it encounters a DOCTYPE
declaration with the
specified public identifier, it should utilize the actual DTD content at the
registered system identifier (a URL), rather than the one in the
DOCTYPE
declaration.
For example, the Struts framework controller servlet uses the following registration in order to tell Struts to use a local copy of the DTD for the Struts configuration file. This allows usage of Struts in environments that are not connected to the Internet, and speeds up processing even at Internet connected sites (because it avoids the need to go across the network).
URL url = new URL("/org/apache/struts/resources/struts-config_1_0.dtd"); digester.register ("-//Apache Software Foundation//DTD Struts Configuration 1.0//EN", url.toString());
As a side note, the system identifier used in this example is the path
that would be passed to java.lang.ClassLoader.getResource()
or java.lang.ClassLoader.getResourceAsStream()
. The actual DTD
resource is loaded through the same class loader that loads all of the Struts
classes -- typically from the struts.jar
file.
One very common use of org.apache.commons.digester.Digester
technology is to dynamically construct a tree of Java objects, whose internal
organization, as well as the details of property settings on these objects,
are configured based on the contents of the XML document. In fact, the
primary reason that the Digester package was created (it was originally part
of Struts, and then moved to the Commons project because it was recognized
as being generally useful) was to facilitate the
way that the Struts controller servlet configures itself based on the contents
of your application's struts-config.xml
file.
To facilitate this usage, the Digester exposes a stack that can be manipulated by processing rules that are fired when element matching patterns are satisfied. The usual stack-related operations are made available, including the following:
A typical design pattern, then, is to fire a rule that creates a new object and pushes it on the stack when the beginning of a particular XML element is encountered. The object will remain there while the nested content of this element is processed, and it will be popped off when the end of the element is encountered. As we will see, the standard "object create" processing rule supports exactly this functionalility in a very convenient way.
Several potential issues with this design pattern are addressed by other features of the Digester functionality:
A primary feature of the org.apache.commons.digester.Digester
parser is that the Digester automatically navigates the element hierarchy of
the XML document you are parsing for you, without requiring any developer
attention to this process. Instead, you focus on deciding what functions you
would like to have performed whenver a certain arrangement of nested elements
is encountered in the XML document being parsed. The mechanism for specifying
such arrangements are called element matching patterns.
A very simple element matching pattern is a simple string like "a". This
pattern is matched whenever an
top-level element is
encountered in the XML document, no matter how many times it occurs. Note that
nested
elements will not match this
pattern -- we will describe means to support this kind of matching later.
The next step up in matching pattern complexity is "a/b". This pattern will
be matched when a
element is found nested inside a
top-level
element. Again, this match can occur as many
times as desired, depending on the content of the XML document being parsed.
You can use multiple slashes to define a hierarchy of any desired depth that
will be matched appropriately.
For example, assume you have registered processing rules that match patterns "a", "a/b", and "a/b/c". For an input XML document with the following contents, the indicated patterns will be matched when the corresponding element is parsed:
 -- Matches pattern "a"  -- Matches pattern "a/b" <c/> -- Matches pattern "a/b/c" <c/> -- Matches pattern "a/b/c"   -- Matches pattern "a/b" <c/> -- Matches pattern "a/b/c" <c/> -- Matches pattern "a/b/c" <c/> -- Matches pattern "a/b/c"
It is also possible to match a particular XML element, no matter how it is
nested (or not nested) in the XML document, by using the "*" wildcard character
in your matching pattern strings. For example, an element matching pattern
of "*/a" will match an
element at any nesting position
within the document.
It is quite possible that, when a particular XML element is being parsed, the pattern for more than one registered processing rule will be matched either because you registered more than one processing rule with the same matching pattern, or because one more more exact pattern matches and wildcard pattern matches are satisfied by the same element.
When this occurs, the corresponding processing rules will all be fired in order.
begin
(and body
) method calls are executed in the
order that the Rules
where initially registered with the
Digester
, whilst end
method calls are execute in
reverse order. In other words - the order is first in, last out.
The previous section documented how you identify when you wish to have certain actions take place. The purpose of processing rules is to define what should happen when the patterns are matched.
Formally, a processing rule is a Java class that subclasses the org.apache.commons.digester.Rule interface. Each Rule implements one or more of the following event methods that are called at well-defined times when the matching patterns corresponding to this rule trigger it:
As you are configuring your digester, you can call the
addRule()
method to register a specific element matching pattern,
along with an instance of a Rule
class that will have its event
handling methods called at the appropriate times, as described above. This
mechanism allows you to create Rule
implementation classes
dynamically, to implement any desired application specific functionality.
In addition, a set of processing rule implementation classes are provided, which deal with many common programming scenarios. These classes include the following:
begin()
method is called, this rule instantiates a new
instance of a specified Java class, and pushes it on the stack. The
class name to be used is defaulted according to a parameter passed to
this rule's constructor, but can optionally be overridden by a classname
passed via the specified attribute to the XML element being processed.
When the end()
method is called, the top object on the stack
(presumably, the one we added in the begin()
method) will
be popped, and any reference to it (within the Digester) will be
discarded.ObjectCreateRule
that is useful when the Java class with
which you wish to create an object instance does not have a no-arguments
constructor, or where you wish to perform other setup processing before
the object is handed over to the Digester.begin()
method is called, the digester uses the standard
Java Reflection API to identify any JavaBeans property setter methods
(on the object at the top of the digester's stack)
who have property names that match the attributes specified on this XML
element, and then call them individually, passing the corresponding
attribute values. These natural mappings can be overridden. This allows
(for example) a class
attribute to be mapped correctly.
It is recommended that this feature should not be overused - in most cases,
it's better to use the standard BeanInfo
mechanism.
A very common idiom is to define an object create
rule, followed by a set properties rule, with the same element matching
pattern. This causes the creation of a new Java object, followed by
"configuration" of that object's properties based on the attributes
of the same XML element that created this object.begin()
method is called, the digester calls a specified
property setter (where the property itself is named by an attribute)
with a specified value (where the value is named by another attribute),
on the object at the top of the digester's stack.
This is useful when your XML file conforms to a particular DTD, and
you wish to configure a particular property that does not have a
corresponding attribute in the DTD.end()
method is called, the digester analyzes the
next-to-top element on the stack, looking for a property setter method
for a specified property. It then calls this method, passing the object
at the top of the stack as an argument. This rule is commonly used to
establish one-to-many relationships between the two objects, with the
method name commonly being something like "addChild".end()
method is called, the digester analyzes the
top element on the stack, looking for a property setter method for a
specified property. It then calls this method, passing the next-to-top
object on the stack as an argument. This rule would be used as an
alternative to a SetNextRule, with a typical method name "setParent",
if the API supported by your object classes prefers this approach.end()
method is
called. You configure this rule by specifying the name of the method
to be called, the number of arguments it takes, and (optionally) the
Java class name(s) defining the type(s) of the method's arguments.
The actual parameter values, if any, will typically be accumulated from
the body content of nested elements within the element that triggered
this rule, using the CallParamRule discussed next.DOM Node
and then
pushes it onto the stack.You can create instances of the standard Rule
classes and
register them by calling digester.addRule()
, as described above.
However, because their usage is so common, shorthand registration methods are
defined for each of the standard rules, directly on the Digester
class. For example, the following code sequence:
Rule rule = new SetNextRule(digester, "addChild", "com.mycompany.mypackage.MyChildClass"); digester.addRule("a/b/c", rule);
can be replaced by:
digester.addSetNext("a/b/c", "addChild", "com.mycompany.mypackage.MyChildClass");
Logging is a vital tool for debugging Digester rulesets. Digester can log copious amounts of debugging information. So, you need to know how logging works before you start using Digester seriously.
Digester uses Jakarta Commons Logging. This component is not really a logging framework - rather an extensible, configurable bridge. It can be configured to swallow all log messages, to provide very basic logging by itself or to pass logging messages on to more sophisticated logging frameworks. Commons-logging comes with connectors for many popular logging frameworks. Consult the commons-logging documentation for more information.
Two main logs are used by Digester.
org.apache.commons.digester.Digester.sax
. This log gives
information about the basic SAX events received by digester.org.apache.commons.digester.Digester
is used for
everything else. You'll probably want to have this log turned up during debugging but turned down
during production due to the high message volume.As stated earlier, the primary reason that the
Digester
package was created is because the
Struts controller servlet itself needed a robust, flexible, easy to extend
mechanism for processing the contents of the struts-config.xml
configuration that describes nearly every aspect of a Struts-based application.
Because of this, the controller servlet contains a comprehensive, real world,
example of how the Digester can be employed for this type of a use case.
See the initDigester()
method of class
org.apache.struts.action.ActionServlet
for the code that creates
and configures the Digester to be used, and the initMapping()
method for where the parsing actually takes place.
(Struts binary and source distributions can be acquired at http://jakarta.apache.org/struts/.)
The following discussion highlights a few of the matching patterns and processing rules that are configured, to illustrate the use of some of the Digester features. First, let's look at how the Digester instance is created and initialized:
Digester digester = new Digester(); digester.push(this); digester.setDebug(detail); digester.setValidating(true);
We see that a new Digester instance is created, and is configured to use a validating parser. Validation will occur against the struts-config_1_0.dtd DTD that is included with Struts (as discussed earlier). In order to provide a means of tracking the configured objects, the controller servlet instance itself will be added to the digester's stack.
digester.addObjectCreate("struts-config/global-forwards/forward", forwardClass, "className"); digester.addSetProperties("struts-config/global-forwards/forward"); digester.addSetNext("struts-config/global-forwards/forward", "addForward", "org.apache.struts.action.ActionForward"); digester.addSetProperty ("struts-config/global-forwards/forward/set-property", "property", "value");
The rules created by these lines are used to process the global forward
declarations. When a <forward>
element is encountered,
the following actions take place:
ActionForward
instance that will represent this definition. The Java class name
defaults to that specified as an initialization parameter (which
we have stored in the String variable forwardClass
), but can
be overridden by using the "className" attribute (if it is present in the
XML element we are currently parsing). The new ActionForward
instance is pushed onto the stack.ActionForward
instance (at the top of
the stack) are configured based on the attributes of the
<forward>
element.<set-property>
element
cause calls to additional property setter methods to occur. This is
required only if you have provided a custom implementation of the
ActionForward
class with additional properties that are
not included in the DTD.addForward()
method of the next-to-top object on
the stack (i.e. the controller servlet itself) will be called, passing
the object at the top of the stack (i.e. the ActionForward
instance) as an argument. This causes the global forward to be
registered, and as a result of this it will be remembered even after
the stack is popped.<forward>
element, the top element
(i.e. the ActionForward
instance) will be popped off the
stack.Later on, the digester is actually executed as follows:
InputStream input = getServletContext().getResourceAsStream(config); ... try { digester.parse(input); input.close(); } catch (SAXException e) { ... deal with the problem ... }
As a result of the call to parse()
, all of the configuration
information that was defined in the struts-config.xml
file is
now represented as collections of objects cached within the Struts controller
servlet, as well as being exposed as servlet context attributes.
The Digester module also allows you to process the nested body text in an
XML file, not just the elements and attributes that are encountered. The
following example is based on an assumed need to parse the web application
deployment descriptor (/WEB-INF/web.xml
) for the current web
application, and record the configuration information for a particular
servlet. To record this information, assume the existence of a bean class
with the following method signatures (among others):
package com.mycompany; public class ServletBean { public void setServletName(String servletName); public void setServletClass(String servletClass); public void addInitParam(String name, String value); }
We are going to process the web.xml
file that declares the
controller servlet in a typical Struts-based application (abridged for
brevity in this example):
<web-app> ... <servlet> <servlet-name>action</servlet-name> <servlet-class>org.apache.struts.action.ActionServlet<servlet-class> <init-param> <param-name>application</param-name> <param-value>org.apache.struts.example.ApplicationResources<param-value> </init-param> <init-param> <param-name>config</param-name> <param-value>/WEB-INF/struts-config.xml<param-value> </init-param> </servlet> ... </web-app>
Next, lets define some Digester processing rules for this input file:
digester.addObjectCreate("web-app/servlet", "com.mycompany.ServletBean"); digester.addCallMethod("web-app/servlet/servlet-name", "setServletName", 0); digester.addCallMethod("web-app/servlet/servlet-class", "setServletClass", 0); digester.addCallMethod("web-app/servlet/init-param", "addInitParam", 2); digester.addCallParam("web-app/servlet/init-param/param-name", 0); digester.addCallParam("web-app/servlet/init-param/param-value", 1);
Now, as elements are parsed, the following processing occurs:
com.mycompany.ServletBean
object is created, and pushed on to the object stack.setServletName()
method
of the top object on the stack (our ServletBean
) is called,
passing the body content of this element as a single parameter.setServletClass()
method
of the top object on the stack (our ServletBean
) is called,
passing the body content of this element as a single parameter.addInitParam
method of the top object on the stack (our ServletBean
) is
set up, but it is not called yet. The call will be
expecting two String
parameters, which must be set up by
subsequent call parameter rules.addInitParam()
that we have set up is now executed, which will cause a new name-value
combination to be recorded in our bean.addInitParam()
with the
second parameter's name and value.ServletBean
we pushed earlier) is
popped off the object stack.For digesting XML documents that do not use XML namespaces, the default
behavior of Digester
, as described above, is generally sufficient.
However, if the document you are processing uses namespaces, it is often
convenient to have sets of Rule
instances that are only
matched on elements that use the prefix of a particular namespace. This
approach, for example, elegantly deals with element names that are the same
in different namespaces, but where you want to perform different processing
for each namespace. To accomplish this, follow these steps:
Digester
that you will be doing namespace
aware parsing, by adding this statement in your initalization
of the Digester's properties:
digester.setNamespaceAware(true);
digester.setRuleNamespaceURI("http://www.mycompany.com/MyNamespace");
addObjectCreate()
or
addSetProperties()
. In the matching patterns you specify,
use only the local name portion of the elements (i.e. the
part after the prefix and associated colon (":") character:
digester.addObjectCreate("foo/bar", "com.mycompany.MyFoo"); digester.addSetProperties("foo/bar");
Digester
run.Now, consider that you might wish to digest the following document, using the rules that were set up in the steps above:
<m:foo xmlns:m="http://www.mycompany.com/MyNamespace" xmlns:y="http://www.yourcompany.com/YourNamespace"> <m:bar name="My Name" value="My Value"/> <y:bar id="123" product="Product Description"/>L </x:foo>
Note that your object create and set properties rules will be fired for the
first occurrence of the bar
element, but not the
second one. This is because we declared that our rules only matched
for the particular namespace we are interested in. Any elements in the
document that are associated with other namespaces (or no namespaces at all)
will not be processed. In this way, you can easily create rules that digest
only the portions of a compound document that they understand, without placing
any restrictions on what other content is present in the document.
You might also want to look at Encapsulated Rule Sets if you wish to reuse a particular set of rules, associated with a particular namespace, in more than one application context.
Using rules with namespaces is very useful when you have orthogonal rulesets. One ruleset applies to a namespace and is independent of other rulesets applying to other namespaces. However, if your rule logic requires mixed namespaces, then matching namespace prefix patterns might be a better strategy.
When you set the NamespaceAware
property to false, digester uses
the qualified element name (which includes the namespace prefix) rather than the
local name as the patten component for the element. This means that your pattern
matches can include namespace prefixes as well as element names. So, rather than
create namespace-aware rules, create pattern matches including the namespace
prefixes.
For example, (with NamespaceAware
false), the pattern
'foo:bar'
will match a top level element named 'bar'
in the
namespace with (local) prefix 'foo'
.
By default, Digester
selects the rules that match a particular
pattern of nested elements as described under
Element Matching Patterns. If you prefer to use
different selection policies, however, you can create your own implementation
of the org.apache.commons.digester.Rules interface,
or subclass the corresponding convenience base class
org.apache.commons.digester.RulesBase.
Your implementation of the match()
method will be called when the
processing for a particular element is started or ended, and you must return
a List
of the rules that are relevant for the current nesting
pattern. The order of the rules you return is significant,
and should match the order in which rules were initally added.
Your policy for rule selection should generally be sensitive to whether
Namespace Aware Parsing is taking place. In
general, if namespaceAware
is true, you should select only rules
that:
ExtendedBaseRules, adds some additional expression syntax for pattern matching to the default mechanism, but it also executes more slowly. See the JavaDocs for more details on the new pattern matching syntax, and suggestions on when this implementation should be used. To use it, simply do the following as part of your Digester initialization:
Digester digester = ... ... digester.setRules(new ExtendedBaseRules()); ...
RegexRules is an advanced Rules
implementation which does not build on the default pattern matching rules.
It uses a pluggable RegexMatcher implementation to test if a path matches the pattern
for a Rule. All matching rules are returned (note that this behaviour differs from
longest matching rule of the default pattern matching rules). See the Java Docs for more details.
Example usage:
Digester digester = ... ... digester.setRules(new RegexRules(new SimpleRegexMatcher())); ...
All of the examples above have described a scenario where the rules to be
processed are registered with a Digester
instance immediately
after it is created. However, this approach makes it difficult to reuse the
same set of rules in more than one application environment. Ideally, one
could package a set of rules into a single class, which could be easily
loaded and registered with a Digester
instance in one easy step.
The RuleSet interface (and the convenience base
class RuleSetBase) make it possible to do this.
In addition, the rule instances registered with a particular
RuleSet
can optionally be associated with a particular namespace,
as described under Namespace Aware Processing.
An example of creating a RuleSet
might be something like this:
public class MyRuleSet extends RuleSetBase { public MyRuleSet() { this(""); } public MyRuleSet(String prefix) { super(); this.prefix = prefix; this.namespaceURI = "http://www.mycompany.com/MyNamespace"; } protected String prefix = null; public void addRuleInstances(Digester digester) { digester.addObjectCreate(prefix + "foo/bar", "com.mycompany.MyFoo"); digester.addSetProperties(prefix + "foo/bar"); } }
You might use this RuleSet
as follow to initialize a
Digester
instance:
Digester digester = new Digester(); ... configure Digester properties ... digester.addRuleSet(new MyRuleSet("baz/"));
A couple of interesting notes about this approach:
RuleSet
being used is associated
with a particular namespace URI. That knowledge is emedded inside the
RuleSet
class itself.RuleSet
to
allow this to be specified dynamically.MyRuleSet
example above illustrates another technique
that increases reusability -- you can specify (as an argument to the
constructor) the leading portion of the matching pattern to be used.
In this way, you can construct a Digester
that recognizes
the same set of nested elements at different nesting levels within an
XML document.If you're using a JAXP 1.1 parser, you might see the following warning (in your log):
This property is needed for JAXP 1.2 (XML Schema support) as required
for the Servlet Spec. 2.4 but is not recognized by JAXP 1.1 parsers.
This warning is harmless.
[WARN] Digester - -Error: JAXP SAXParser property not recognized: http://java.sun.com/xml/jaxp/properties/schemaLanguage
Digester ships with a sample application: a mapping for the Rich Site Summary format used by many newsfeeds. Download the source distribution to see how it works.
The Rich Site Summary application is intended to be a sample application. It works but we have no plans to add support for other versions of the format.
We would consider donations of standard digester applications but it's unlikely that these would ever be shipped with the base digester distribution. If you want to discuss this, please post to common-dev mailing list
There is an issue when invoking public methods contained in a default access superclass.
Reflection locates these methods fine and correctly assigns them as public.
However, an IllegalAccessException
is thrown if the method is invoked.
MethodUtils
contains a workaround for this situation.
It will attempt to call setAccessible
on this method.
If this call succeeds, then the method can be invoked as normal.
This call will only succeed when the application has sufficient security privilages.
If this call fails then a warning will be logged and the method may fail.
Digester
uses MethodUtils
and so there may be an issue accessing methods
of this kind from a high security environment. If you think that you might be experiencing this
problem, please ask on the mailing list.


I have a history of clinical depression and I've been on a number of SSRIs - Zoloft (sertraline), Prozac (fluoxetine) and Effexor (venlafaxine), the most recent and by far the worst in terms of withdrawal.
I started on a dose of 75mg (which from what I've read is higher than usual) and this was gradually increased to 150mg and then 225mg. I was suprised by the lack of side effects whilst going on the medication, but I after increasing the daily dose to 225mg and still noticing no change in my mood I decided to stop taking it. I gradually decreased the dose back down to 75mg over a period of a couple of weeks and then quit cold at that point. Whilst the initial side effects were non-existant, the withdrawal was an entirely different matter.
It took roughly 24 hours before I noticed anything. At that point I began to get a headache and felt quite dizzy when I moved. This happened at night, so I decided to go to bed at that point.
I woke up a few hours later and I could barely stand up. I was so dizzy and nauseous that any kind of movement at all nearly caused me to collapse. I was just barely able to get out of bed and turn the light on but I fell over and came very close to hitting my head on the door frame. I went straight back to bed but couldn't sleep (I felt extremely alert and hyperactive).
By morning I was no better - I had a pretty bad headache, severe nausea and dizzyness, upset stomach, insomnia, muscle aches, and a fever/temperature.
This was bad enough that I immediately took 75mg of Efexor, and after a couple of hours I was feeling a lot better. Several days later I went and saw a doctor (a different one from the one who prescribed it) and he gave me 37.5mg tablets. I've been on those since, and if I try missing a dose again within 24 hours I'm feeling dizzy and getting headaches again, so I've learned to just keep taking it for now. My next move will be to try cutting these in half to see if that helps me get off this awful stuff for good.
My advice to anyone whose doctor suggests Venlafaxine (Efexor) - make sure you are aware of the side effects and withdrawal problems this drug can cause. Particularly the withdrawal symptoms, as I've heard many stories like mine from other people.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


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| Class | Wapl |
| In: |
lib/wapl.rb
|
| Parent: | Object |
This Class is responsible for communicating with Wapple Mobile Api It enables the programmer to completelty mobilize an existing web app Without breaking it :-) for more info about Wapple Architect please go to wapl.info
| dev_key | [RW] | |
| header_string | [RW] |
submits the wapl markup url along with the headers brings back proper markup for the current device and required headers TODO / FIXME check whether supplied string is a url
Submits the wapl markup along with the headers
| wapl_xml: | Properly formatted WAPL XML (see docs at htp://wapl.info) or use the WaplHelper module |
Returns hash containing
Parses the request headers and gets only HTTP_* headers returns properly formatted string of keys and values


Our cases are designed so that when you put your controller once, you will never take It out again. They are very usefull for keeping all of your equipment at one place, and for safe transport to your gig.
Keep your Traktor kontrol at one place with all It's cables and equipments at one place.
Same model as for the S4 MK3 but with smaller dimensions. S4 MK3 is few inches wider so It has It's own case.
It comes without laptop desk, but has plenty of storage for cables. It comes with a detachable laptop anchor.
High quality bag for Traktor kontrol S2 MK2 and MK3, same dimensions, with a gap for cables and headphones.
High quality plastic covers for your Traktor Kontrols. It keeps your kontrols safe from dust, water and sunlight.
High quality fiber case for your headphones. It can hold every model and every size.


--- layout: post title: 10g Admin Workshop II - 4 - Recovering from Noncritical Losses date: 2008-04-01 16:58:56.000000000 +10:30 type: post published: true status: publish categories: - Oracle tags: - oracle - study meta: posturl_add_url: 'yes' _edit_last: '1' views: '1269' ---
After completing this lesson, you should be able to:
• Recover temporary tablespaces
• Recover a redo log group member
• Recover from a lost index
• Re-create the password file
Losing a TEMPFILE
SQL statements that require TEMP space to execute fail if one of the tempfiles is missing.
Recovering from a TEMPFILE Loss
You can recover from a lost TEMPFILE without restarting the database.
SQL> ALTER TABLESPACE temp ADD DATAFILE
'/u01/app/oracle/oradata/orcl/temp02.dbf' SIZE 20M;
Tablespace altered.
SQL> ALTER TABLESPACE temp DROP TEMPFILE
'/u01/app/oracle/oradata/orcl/temp01.dbf';
Tablespace altered.
Log Group Status: Review
A redo log group has a status of one of the following values at any given time:
• CURRENT: The LGWR process is currently writing redo data to it.
• ACTIVE: It is no longer being written to, but it is still required for instance recovery.
• INACTIVE: It is no longer being written to, and it is no longer required for instance recovery.
Re-creating Redo Log Files
SQL> ALTER DATABASE DROP LOGFILE MEMBER
> '/u01/app/oracle/oradata/orcl/redo02b.log';
SQL> !rm /u01/app/oracle/oradata/orcl/redo02b.log
SQL> ALTER DATABASE ADD LOGFILE MEMBER
> '/u01/app/oracle/oradata/orcl/redo02b.log'
> TO GROUP 2;
• You can drop a redo log member only if it is not part of an active or current group. If the group you want to drop is active, then force a log switch to occur.
The progression of log group #1 from CURRENT to ACTIVE to INACTIVE:
SQL> alter system switch logfile;
SQL> alter system checkpoint;
Re-creating a Password Authentication File
1. Log in to the database by using OS authentication.
2. Set the REMOTE_LOGIN_PASSWORDFILE parameter to NONE and restart the database.
3. Re-create the password file by using orapwd.
$ orapwd file=$ORACLE_HOME/dbs/orapwORCL
password=admin entries=5
4. Set REMOTE_LOGIN_PASSWORDFILE to EXCLUSIVE.
5. Add users to the password file and assign appropriate privileges to each user.
6. Restart the instance.
-- EOF --


first of all . . . thanks for the new 3.9.0 update great work with continuous improvements and new stuff
my only concern are the server browser commander and spectator icons and count sizes regarding the player count stats icon...in my opinion all of it kind of mix together and makes it less stand out and bit more difficult to read
maybe the font size difference between those counts would make it easier to read ?


New York loses rideshare provider as Juno drops out
New York-based rideshare firm Juno said Monday it was shutting down its service, citing a "changing market situation," as its Israeli-based parent company announced a partnership with Lyft.
Gett, the Israeli firm which acquired Juno in 2017, said the move came as it entered into a "strategic partnership" with Lyft to handle Gett's corporate clients in the United States.
The Juno shutdown also stemmed from what Gett called "misguided regulations in New York City earlier this year" which capped the number of vehicles on the streets and required rideshare firms to pay the equivalent of a minimum wage to drivers.
All Juno riders will be invited to join Lyft, the statement said.
"Instead of competing with consumer ridesharing companies, we are partnering with them," Gett chief executive Dave Waiser said.
"Our strategic partnership with Lyft is a win-win: Gett is expanding its reach across North America at the same time as we continue to see strong momentum in Europe, while Lyft benefits from the large number of Gett enterprise clients traveling to the US."
When it launched in 2016, Juno promoted itself as being more friendly to drivers than Uber or Lyft, giving the operators a greater share of revenue and equity in the firm.
Gett, founded in 2010, has operations in Israel, Britain and Russia and has a valuation of some $1.5 billion following funding from Volkswagen and others.


{% extends "base.html" %} {% block content %} Are you sure you want to delete allergen {{ allergen.name }} from the database? Cancel Delete {% endblock %}


Hi, my name is Eleven
My creator (your handsome boyfriend) created me to ask you 10 questions to test your knowledge. Based on how good your results are, a prize will be given to you.
Click here if you wish to start the quiz
Hi, my name is Eleven
My creator (your handsome boyfriend) created me to ask you 10 questions to test your knowledge. Based on how good your results are, a prize will be given to you.
Click here if you wish to start the quiz


| Beyond the explorer of the world
Yay Success!
We've sent you email for trip
instruction please read it as well
Home Page


{% load otree %}
Participant A can first choose between "Option L" and "Option R".
When choosing Option L the payments are 5 ECU for Participant A, 5 ECU for Participant B1 and 5 ECU for Participant B2.
If Option R is chosen by participant A, the payoffs are determined by B1 and B2. B1 and B2 can chose between two options:
The choice of player B1 and B2 are asked independetly of the choice of participant A. The decisions of the Bs are relevant when A chooses Option R, however you will always take a decision, assuming that Player A has chosen "Option R".
Participant A will not be informed about the decisions of participants B1 and B2. A only learns her own payoff at the end of the experiment.
{% if treatment == 2 %}If your are in the role of B2, you will learn about the decision of B1 before making your decision.
{% elif treatment == 3 %}If you are in the role of B2 you can base your decision on the decision of B1. This means that you will be asked how you decide for each possible decision for B1.
{% endif %}