| PostgreSQL 9.0.10 Documentation | ||||
|---|---|---|---|---|
| Prev | Up | Chapter 8. Data Types | Next |
The bytea data type allows storage of binary strings; see Table 8-6.
Table 8-6. Binary Data Types
| Name | Storage Size | Description |
|---|---|---|
| bytea | 1 or 4 bytes plus the actual binary string | variable-length binary string |
A binary string is a sequence of octets (or bytes). Binary strings are distinguished from character strings in two ways. First, binary strings specifically allow storing octets of value zero and other "non-printable" octets (usually, octets outside the range 32 to 126). Character strings disallow zero octets, and also disallow any other octet values and sequences of octet values that are invalid according to the database's selected character set encoding. Second, operations on binary strings process the actual bytes, whereas the processing of character strings depends on locale settings. In short, binary strings are appropriate for storing data that the programmer thinks of as "raw bytes", whereas character strings are appropriate for storing text.
The bytea type supports two external formats for input and output: PostgreSQL's historical "escape" format, and "hex" format. Both of these are always accepted on input. The output format depends on the configuration parameter bytea_output; the default is hex. (Note that the hex format was introduced in PostgreSQL 9.0; earlier versions and some tools don't understand it.)
The SQL standard defines a different binary string type, called BLOB or BINARY LARGE OBJECT. The input format is different from bytea, but the provided functions and operators are mostly the same.
The "hex" format encodes binary data as 2 hexadecimal digits per byte, most significant nibble first. The entire string is preceded by the sequence \x (to distinguish it from the escape format). In some contexts, the initial backslash may need to be escaped by doubling it, in the same cases in which backslashes have to be doubled in escape format; details appear below. The hexadecimal digits can be either upper or lower case, and whitespace is permitted between digit pairs (but not within a digit pair nor in the starting \x sequence). The hex format is compatible with a wide range of external applications and protocols, and it tends to be faster to convert than the escape format, so its use is preferred.
Example:
SELECT E'\\xDEADBEEF';
The "escape" format is the traditional PostgreSQL format for the bytea type. It takes the approach of representing a binary string as a sequence of ASCII characters, while converting those bytes that cannot be represented as an ASCII character into special escape sequences. If, from the point of view of the application, representing bytes as characters makes sense, then this representation can be convenient. But in practice it is usually confusing because it fuzzes up the distinction between binary strings and character strings, and also the particular escape mechanism that was chosen is somewhat unwieldy. So this format should probably be avoided for most new applications.
When entering bytea values in escape format, octets of certain values must be escaped, while all octet values can be escaped. In general, to escape an octet, convert it into its three-digit octal value and precede it by a backslash (or two backslashes, if writing the value as a literal using escape string syntax). Backslash itself (octet value 92) can alternatively be represented by double backslashes. Table 8-7 shows the characters that must be escaped, and gives the alternative escape sequences where applicable.
Table 8-7. bytea Literal Escaped Octets
| Decimal Octet Value | Description | Escaped Input Representation | Example | Output Representation |
|---|---|---|---|---|
| 0 | zero octet | E'\\000' | SELECT E'\\000'::bytea; | \000 |
| 39 | single quote | '''' or E'\\047' | SELECT E'\''::bytea; | ' |
| 92 | backslash | E'\\\\' or E'\\134' | SELECT E'\\\\'::bytea; | \\ |
| 0 to 31 and 127 to 255 | "non-printable" octets | E'\\xxx' (octal value) | SELECT E'\\001'::bytea; | \001 |
The requirement to escape non-printable octets varies depending on locale settings. In some instances you can get away with leaving them unescaped. Note that the result in each of the examples in Table 8-7 was exactly one octet in length, even though the output representation is sometimes more than one character.
The reason multiple backslashes are required, as shown in Table 8-7, is that an input string written as a string literal must pass through two parse phases in the PostgreSQL server. The first backslash of each pair is interpreted as an escape character by the string-literal parser (assuming escape string syntax is used) and is therefore consumed, leaving the second backslash of the pair. (Dollar-quoted strings can be used to avoid this level of escaping.) The remaining backslash is then recognized by the bytea input function as starting either a three digit octal value or escaping another backslash. For example, a string literal passed to the server as E'\\001' becomes \001 after passing through the escape string parser. The \001 is then sent to the bytea input function, where it is converted to a single octet with a decimal value of 1. Note that the single-quote character is not treated specially by bytea, so it follows the normal rules for string literals. (See also Section <IP_ADDRESS>.)
Bytea octets are sometimes escaped when output. In general, each "non-printable" octet is converted into its equivalent three-digit octal value and preceded by one backslash. Most "printable" octets are represented by their standard representation in the client character set. The octet with decimal value 92 (backslash) is doubled in the output. Details are in Table 8-8.
Table 8-8. bytea Output Escaped Octets
| Decimal Octet Value | Description | Escaped Output Representation | Example | Output Result |
|---|---|---|---|---|
| 92 | backslash | \\ | SELECT E'\\134'::bytea; | \\ |
| 0 to 31 and 127 to 255 | "non-printable" octets | \xxx (octal value) | SELECT E'\\001'::bytea; | \001 |
| 32 to 126 | "printable" octets | client character set representation | SELECT E'\\176'::bytea; | ~ |
Depending on the front end to PostgreSQL you use, you might have additional work to do in terms of escaping and unescaping bytea strings. For example, you might also have to escape line feeds and carriage returns if your interface automatically translates these.


Payments:
We use Stripe Connect as our primary payment service which allows safe payments between users. After finishing your
profile here, you will be given an unactivated Stripe account which will give you limited access to buying and
shopping. Stripe will send an email with instructions on how to activate your account which will remove all limitations.


Conditional statements help your program take the correct decisions and perform the right expected actions. Conditional statements perform actions based on specific conditions. We're going to explain about if...else statements in this tutoral.
The following if...else forms are available in JavaScript:
1. if statement
2. if...else statement
3. if...else if... statement.
The if statement is the basic condition statement that helps JavaScript take decisions and execute statements by evaluating the expression value if true. If the expression value is flase, then the statement will not get executed as shown in the example below:
See the Pen HTML if Statement by Plus Tutorials (@PlusTutorials) on CodePen.
The 'if...else' statement helps JavaScript execute statements in a more controlled way. If the expression's value evaluated is true, the code statements within the 'if' block gets executes. Else if the expression's value is false, then the code statements in the 'else' block gets executes as shown in the example below:
See the Pen HTML if else Conditional Statement by Plus Tutorials (@PlusTutorials) on CodePen.
The if...else if... statement helps JavaScript take a correct decision out of several conditions. It is a series of if statements as shown in the example below:
See the Pen JavaScript if...else if... Statement by Plus Tutorials (@PlusTutorials) on CodePen.
© Copyright 2019. All rights reserved.


fileopen(3f) - [M_io] A simple open of a sequential file (LICENSE:PD)
Synopsis
Description
Option
Returns
Example
Author
License
function fileopen(filename,mode,ios) result(lun)
character(len=*),intent(in) :: filename character(len=*),intent(in),optional :: mode integer,intent(out),optional :: ios integer :: lun
fileopen(3f) is a convenience routine that allows you to open a file for sequential reading and writing as a text file in a form commonly found in C and interpreted languages such as shells. See the OPEN(3f) statement for more demanding I/O specifications (asynchronous, direct, unformatted, ... ). The documentation for the flexible and powerful OPEN(3f) statement can be a bit overwhelming; this routine cuts it down to the just the simple basic functions typically available in a scripting language such as bash, tcsh, sh, ...Specify the files name as the string FILENAME with a shell-like prefix specifying the access mode, or alternatively specify a plain FILENAME and the kind of access you need to the file with the string MODE.
Three fundamental kinds of access are available: read, write, and append.
FILENAME The filename to open. If the beginning of the filename is < open for read. File must exist > open for write. Will overwrite current file >> open for append. Will append to current fileIf no prefix exists to specify a file access mode, it will depend on the values of the MODE argument (meaning the default will be "readwrite").
A blank filename causes a unit number for a scratch file to be returned.
MODE [rwa][tb][+] An alternate way to specify the file access mode is to specify a MODE value. It should begin with one of the three characters "r", "w", or "a". It defaults to rw. It is case-insensitive.
r,< Open the file for reading; the operation will fail if the file does not exist, or if the host system does not permit you to read it.
w,> Open a file for writing from the beginning of the file. If the file whose name you specified already existed, the call fails.
o Open the file for writing from the beginning of the file: effectively, this always creates a new file. If the file whose name you specified already existed, its old contents are discarded. a,<< Initially open the file for appending data (ie. writing at the end of file).
b Append a "b" to any of the three modes above to specify that you are opening the file as a "binary file" (the default is to open the file as a sequential formatted text file. This switch changes to to an unformatted stream). open( ... access=stream;form=unformatted)
t Append a "t" to any of the three modes (rwa) to specify a formatted stream open( ... access=stream;form=formatted)
o Finally, you might need to both read and write from the same file. You can specify "rw" or you can append a + to any of the three primary modes ("rwa") to permit "readwrite" access v Additionally, "v" selects verbose mode, which prints the OPEN(3f) options explicitly selected
If you want to append both b and +, you can do it in either order: for example, "rb+" means the same thing as "r+b" when used as a mode string.)
| IOS | The error code returned by the OPEN(3f) statement ultimately executed by this function. If not present the program stops on an error. |
FILEOPEN(3f) returns a Fortran unit number which you can use for other file operations, unless the file you requested could not be opened; in that situation, the result is -1 (a reserved value that cannot be returned as a NEWUNIT value on an OPEN(3f)) and IOS will be non-zero.
Common usage
R=fileopen(<in.txt) or R=fileopen(in.txt,r)
W=fileopen(>out.txt) or W=fileopen(out.txt,W)
RW=fileopen(inout.txt)
A=fileopen(>>inout.txt) or A=fileopen(inout.txt,a)
Sample program
program demo_fileopen use M_io, only : fileopen, fileclose, print_inquire implicit none integer :: lun lun=fileopen(fred.txt) call print_inquire(lun) end program demo_fileopen
John S. Urban
Public Domain
| Nemo Release 3.1 | fileopen (3) | July 22, 2023 |


[gecode-users] Adventures in installation
Christian Schulte
cschulte at kth.se
Thu Jan 17 15:23:10 CET 2008
Dear David,
It's not that hard. Either do as I said in one of my previous mails (copied
again below) or do as discussed earlier on this list:
- start up the commandline thing that comes with MSVC (it has a
separate entry in your start menu)
- then from that start bash (goto the Cygwin\bin dir then start
bash.exe)
Or, if you like neither, edit the cygwin.bat file so that it includes the
vcvars32.bat file from the MSVC distro.
The catch is that setting the PATH is not sufficient, you need much more
than that, please see below.
Christian
Here we go: Snip and add to your .bashrc and start bash again
>>>
export FrameworkDir="c:\\WINDOWS\\Microsoft.NET\\Framework"
export FrameworkVersion="v2.0.50727"
export Framework35Version=v3.5
export WindowsSDK="c:\\Program Files\\Microsoft SDKs\\Windows\\v6.0A"
export VSINSTALLDIR="c:\\Program Files\\Microsoft Visual Studio 9.0"
export VCINSTALLDIR="c:\\Program Files\\Microsoft Visual Studio 9.0\\VC"
export DevEnvDir="$VSINSTALLDIR\\Common7\\IDE"
export CygFrameworkDir="/cygdrive/c//WINDOWS/Microsoft.NET/Framework"
export CygWindowsSDK="/cygdrive/c//Program Files/Microsoft
SDKs/Windows/v6.0A"
export CygVSINSTALLDIR="/cygdrive/c//Program Files/Microsoft Visual Studio
9.0"
export CygVCINSTALLDIR="/cygdrive/c//Program Files/Microsoft Visual Studio
9.0/VC"
export CygDevEnvDir="$CygVSINSTALLDIR\\Common7\\IDE"
export
PATH="$CygDevEnvDir:$CygVCINSTALLDIR/BIN:$CygVSINSTALLDIR/Common7/Tools:$Cyg
VSINSTALLDIR/Common7/Tools/bin:$CygVCINSTALLDIR/PlatformSDK/bin:$CygWindowsS
DK/bin:$CygFrameworkDir/$FrameworkVersion:$CygVCINSTALLDIR/VCPackages:$PATH"
export INCLUDE="$VCINSTALLDIR\\INCLUDE;$WindowsSDK\\include;$INCLUDE"
export LIB="$VCINSTALLDIR\\LIB;$WindowsSDK\\lib;$LIB"
export LIBPATH="$FrameworkDir\\$FrameworkVersion;$VCINSTALLDIR\\LIB"
<<<
--
Christian Schulte, www.ict.kth.se/~cschulte/
-----Original Message-----
From: users-bounces at gecode.org [mailto:users-bounces at gecode.org] On Behalf
Of David Barton
Sent: Thursday, January 17, 2008 3:08 PM
To: cschulte at kth.se; users at gecode.org
Subject: Re: [gecode-users] Adventures in installation
Christian, thank you for your time in writing. I have downloaded the MSVC
as you suggested, and am one frustrated puppy (as described below) which is
why this Email is late. You wrote:
> As said, I use cygwin every day but together with the freely available
> Express Edition of Microsoft's Visual C++ compiler. It works as follows:
> download, install, set up the environment that cygwin can pick up the
> necessary environment variables for the commandline version of the
> compiler
> (easy, has been discussed before on this list) and then ./configure CC=cl
> CXX=cl (the documentation discusses compiling for MSVC).
>
> The benefits are enormous. Compilation is much much faster and so is the
> generated code.
>
> I stopped using gcc on cygwin completely as it is so outdated and any
> improvement is not in sight. But I have to admit that even if a recent gcc
> would be available on cygwin I still would use MSVC.
Very well. I am a believer! I downloaded MSVC, and installed it. Full of
confidence, I run .configure CC=cl CXX=cl.
It fails.
Why does it fail? Cygwin cannot find cl. Ah, but the installation of MSVC
went perfectly. Why can cygwin not find cl, I ask? I start up a command
shell. The cmd command shell cannot find cl either. Something is amiss! I
start up their fancy user interface. It has a tool for starting up a Visual
C++ command shell. I do so, which looks like an ordinary command window.
Surprise! It finds cl just fine. I examine its path. It has a bunch of
extra things on its path that the ordinary path does not. I place these on
the default path. Now cygwin can find cl. Success, I think.
But I'm wrong.
Now .configure still fails, because cl cannot find the standard libraries
(specifically, it fails on LIBCMT.LIB). Somehow the environment variables
(or something or other) is still not set correctly. Only this time it is
not as obvious as the path, but is some variable (or something or other)
that I know not of, and therefore cannot check.
Obviously, this is a new version of MSVC. I cannot find where they will
allow me to download an old version, or what I can do to avoid the lovely
paternalistic Microsoft setting of environment variables (or something or
other) that disallows batch routines outside of their little environment.
Is there something I can do to address this situation?
Have I mentioned this has added to my dislike of Microsoft? Even when it
gives out free software?
David L. Barton
Director, Rosetta CoE
EDAptive Computing, Inc.
1245-G Lyons Road, Dayton, OH 45458
(937) 433-0477
CONFIDENTIALITY NOTICE: The information transmitted is intended only for the
person or entity to which it is addressed and may contain company
proprietary and/or privileged material. Any review, retransmission,
dissemination or other use of, or taking of any action in reliance upon,
this information by persons or entities other than the intended recipient is
prohibited. If you received this in error, please contact the sender and
destroy any copies of this document.
_______________________________________________
Gecode users mailing list
users at gecode.org
https://www.gecode.org/mailman/listinfo/gecode-users
More information about the gecode-users
mailing list


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A. Set Meal for One Person
| £7.60 |
| Mini Vegetable Spring Rolls |
| Egg Fried Rice |
| Choice of ONE of the Following Meals: |
| House Special Curry |
| House Special Chop Suey |
| House Special Black Bean Sauce |
| House Special Satay Sauce |
| House Special Egg Foo Yung |
B. Set Meal for Two Person
| £18.30 |
| Mini Vegetable Spring Rolls |
| Chicken in Spicy Chilli & Garlic Sauce |
| House Special Curry |
| Yung Chow Fried Rice |
| Prawn Crackers |
C. Set Meal for Two Person
| £24.20 |
| Mini Vegetable Spring Rolls |
| Crispy Shredded Chicken in Spicy Cantonese Sauce |
| King Prawn & Beef in Satay Sauce |
| Barbecued Spare Ribs |
| Yung Chow Fried Rice |
| Prawn Crackers |
D. Set Meal for Three Person
| £30.40 |
| Mini Vegetable Spring Rolls |
| King Prawn & Chicken Curry |
| Sweet & Sour Chicken |
| Beef in Green Pepper & Black Bean Sauce |
| Barbecued Spare Ribs |
| Yung Chow Fried Rice |
| Prawn Crackers |
E. Set Meal for Three Person
| £33.70 |
| Mini Vegetable Spring Rolls |
| House Special Cashew Nuts |
| Sweet & Sour King Prawn |
| Chicken Szechuan Sauce |
| Barbecued Spare Ribs |
| Yung Chow Fried Rice |
| Prawn Crackers |
F. Set Meal for Four Person
| £41.90 |
| Mini Vegetable Spring Rolls |
| House Special Roast Duck |
| Crispy Shredded Beef in Spicy Cantonese Sauce |
| House Special Egg Foo Yung |
| Chicken in Spicy Chilli & Garlic Sauce |
| Barbecued Spare Ribs |
| Yung Chow Fried Rice |
| Prawn Crackers |
Childrens Menu
| Only £3.50 Each |
| Chicken Balls with Chips |
| Fish Fingers with Chips |
| Sausage with Chips |
| Including Fruit Juice |


Timelapse Cam
image width (px):
image height (px):
image rotation (°):
image quality (%):
frames to capture:
capture delay (sec.):
image type:
jpeg
png
camera (device path):
capture interval (sec.):


 LEAN requires a number of individual pieces which together form a complete brokerage implementation. This guide aims to describe in as much detail as possible what you need to do for each module. There are nine key components to implement - these are described individually in the sections below.
Each submitted brokerage pull-request must pass all tests before being merged. Partially completed brokerage implementations are acceptable if merged to a branch. It's easy to fall behind master so be sure to keep your branch updated with the master branch. Please make sure to read LEAN's coding style guidelines and comply with the code commenting and design standards.


Question 7 of 10
Following instructions & procedures
Great answer! Plumbing Apprentices need to follow the instructions of their Supervisor and safe working procedures at all times. From your response you are likely to be a good fit for the role.
While it's good that you show some consideration for thinking of ways to improve productivity, you need to put safety first when working on site, and always follow the instructions given to you by your Supervisor.
When working with tools on site as a Plumbing Apprentice you need to ensure that you are following safety procedures and the instructions of your Supervisor. You may wish to consider whether you will be comfortable with this aspect of the role before applying.


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About {{ thisworkshop.speaker1name }}
{{ thisworkshop.speaker1bio }} email: {{ thisworkshop.speaker1email }} web: {{ thisworkshop.speaker1link }}
{{ thisworkshop.speaker2abstract }}
About {{ thisworkshop.speaker2name }}
{{ thisworkshop.speaker2bio }} email: {{ thisworkshop.speaker2email }} web: {{ thisworkshop.speaker2link }}


Designers and developers learning from each other
We're designers and developers, passionate about pixels and code. We embrace the rapid development of the web and are open to new ideas. We make things and break things because we can. We are inspired by passion, not profit.
We also understand that we are co-dependent in today's web. We meet up to bridge the gap between our fields, so that we can share and learn from each other to bring the web forward.
We are not a company, just people. We volunteer our time and energy to bring you Refresh, because we are looking for the same thing:
In Fall 2011, Dana, Elias, Julie and Sebastian met at conferences and user groups in Switzerland and Germany. We were looking for other people like us. Colleagues and friends said we needed to look in Berlin. We disagreed. And so Refresh was born.


|
| static int | createDatabase () |
| |
| static java.sql.Connection | connect () |
| |
| static java.sql.Connection | addTable (String table) |
| |
| static int | deleteAll (String user_name) |
| |
| static String | printAll (String user_name) |
| |
| static int | add (String user_name, String book_name, String author, String series, String date, String genre) |
| |
| static int books.DB.add |
( |
String |
user_name, |
|
|
String |
book_name, |
|
|
String |
author, |
|
|
String |
series, |
|
|
String |
date, |
|
|
String |
genre |
|
) |
| |
|
inlinestatic |
Add new record to db.
- Parameters
-
| user_name | User Name |
| book_name | Book Name |
| author | Author |
| series | Series |
| date | Date |
| genre | Genre |
- Returns
- Whether add is successful or not.
| static java.sql.Connection books.DB.addTable |
( |
String |
table | ) |
|
|
inlinestatic |
Add new table to db.
- Parameters
-
- Returns
- Whether the table is created succesfully.
| static java.sql.Connection books.DB.connect |
( |
| ) |
|
|
inlinestatic |
Connect to database.
- Returns
- Connection to database.
| static int books.DB.createDatabase |
( |
| ) |
|
|
inlinestatic |
Creates database named bookDB.
- Returns
- Whether the database is created succesfully or not.
| static int books.DB.deleteAll |
( |
String |
user_name | ) |
|
|
inlinestatic |
Delete all records of a given user.
- Parameters
-
- Returns
- Whether delete is successful or not.
| static String books.DB.printAll |
( |
String |
user_name | ) |
|
|
inlinestatic |
Return previous data of a user as a html string.
- Parameters
-
- Returns
- Saved data in html format.
The documentation for this class was generated from the following file:
- C:/Users/CASPER/git/bounswe2016group1/books/src/books/DB.java


Home Page
Home
(current)
Link Slide
Hậu's Website
Recommendation Page
Recommend For User
User
Item ID
Real Rating
Predict Rating
{% for i in list_result %}
{{i[0] | int}}
{{i[1] | int}}
{{i[2] | int}}
{{'%0.1f'| format(i[3])}}
{% endfor %}
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|
||||||||||
| PREV NEXT | FRAMES NO FRAMES |
| Packages that use Spaceship | |
|---|---|
| gui | |
| Logic |
| Uses of Spaceship in gui |
|---|
| Methods in gui with parameters of type Spaceship | |
|---|---|
void |
drawIntoGame.setSpaceship(Spaceship _s)
Sets spaceship. |
| Constructors in gui with parameters of type Spaceship | |
|---|---|
drawIntoGame(Spaceship _s,
java.util.Vector<Enemy> _en,
java.util.Vector<Shot> _sh)
Default constructor of class drawIntoGame. |
| Uses of Spaceship in Logic |
|---|
| Methods in Logic that return Spaceship | |
|---|---|
Spaceship |
Universe.getSpaceship()
Gets the array of the current players in game. |
| Methods in Logic with parameters of type Spaceship | |
|---|---|
boolean |
Command.crashIntoEnemy(Spaceship s,
Enemy e)
Verifies if the current spaceship crashes into an enemy, with boundary boxes. |
boolean |
Command.fireSpaceShip(char key,
Spaceship s)
Fires a shot from the current spaceship. |
void |
Command.incrementSpaceShipScore(Spaceship s,
int score)
Increments the spaceship score by a certain value. |
void |
Command.moveSpaceShip(char key,
Spaceship s,
int boost)
Moves the Spaceship in the game. |
void |
Universe.setSpaceship(Spaceship v)
Sets the array of the current players in game. |
boolean |
Command.shotCrashesIntoEnemy(Shot sh,
Enemy e,
Spaceship s,
int i)
Verifies if the current shot crashes into an enemy, with boundary boxes. |
void |
Command.verifyAngle(double angle,
double posX,
double posY,
Spaceship s)
Verifies the angle of the spaceship, giving it the necessary coordinates to move. |
void |
Universe.verifyShotCollisions(java.util.Vector<Enemy> enemies,
java.util.Vector<Shot> currentShots,
Spaceship currentPlayer)
|
void |
Universe.verifyShotsFired(char key,
Spaceship currentPlayer,
java.util.Vector<Shot> currentShots)
|
| Constructors in Logic with parameters of type Spaceship | |
|---|---|
Shot(Spaceship s)
Default constructor of Shot. |
|
||||||||||
| PREV NEXT | FRAMES NO FRAMES |


Found {size} open pull pequests. {#if size > 20} That's too many. {:else} That's a reasonable amount. {/if}
Page generated at {generatedTime}.


Owners are accounts with special administrative rights in the game. They can create items, redeem money on the contract or set balancing parameters.
Use this form to create a completely new item type. Players can buy those items and upgrade them to their will. But be careful to not make them too powerful or too weak. Players will abuse this.
Adjusts planet parameters which directly or indirectly might have impact on the games overall balance.
Tokens (called "space diamonds" in the game) are an internal currency which can be harvested or bought using Ether.
There is currently {{contractBalance$ | async | number}} Ether on this contract.


---
sort_order: 18
tei_id: rdx_b5h9g.p.idp10595360
annotation_count: 0
images:
small-thumbnail: https://readux.library.emory.edu/books/emory:b5h9g/pages/emory:pcht9/mini-thumbnail/
json: https://readux.library.emory.edu/books/emory:b5h9g/pages/emory:pcht9/info/
full: https://readux.library.emory.edu/books/emory:b5h9g/pages/emory:pcht9/fs/
page: https://readux.library.emory.edu/books/emory:b5h9g/pages/emory:pcht9/single-page/
thumbnail: https://readux.library.emory.edu/books/emory:b5h9g/pages/emory:pcht9/thumbnail/
title: Page 18
number: 18
---
{% raw %}10{% endraw %}
{% raw %}JACOB HODGES.{% endraw %}
{% raw %}shrunk back from the bloody deed. He{% endraw %}
{% raw %}asked her, " if it would be right ?" She{% endraw %}
{% raw %}replied, "Yes, for if the old man is not put{% endraw %}
{% raw %}out of the way, he will ruin my husband{% endraw %}
{% raw %}and brother. They are entitled to the{% endraw %}
{% raw %}property which he has taken from them,{% endraw %}
{% raw %}and only by his death can they get it{% endraw %}
{% raw %}back." But neither hei persuasions, nor{% endraw %}
{% raw %}the repeated promises of reward, fully{% endraw %}
{% raw %}satisfied the mind of Jacob. He still{% endraw %}
{% raw %}hesitated as to his final decision.{% endraw %}
{% raw %}To overcome his remaining difficulties,{% endraw %}
{% raw %}recourse was had to the use of ardent spirits,{% endraw %}
{% raw %}that fearful agent, which most effectually{% endraw %}
{% raw %}perverts the conscience and destroys the{% endraw %}
{% raw %}soul. From Jacob's long-established ha¬{% endraw %}
{% raw %}bits of intemperance, this course soon{% endraw %}
{% raw %}drowned all remaining sense of moral{% endraw %}
{% raw %}rectitude, and left him the complete victim{% endraw %}
{% raw %}of his seducers.{% endraw %}
{% raw %}The wretched woman, alternately rea¬{% endraw %}
{% raw %}soning with Jacob and ministering to his{% endraw %}
{% raw %}vicious appetite, prepared him to engage{% endraw %}
{% raw %}in the work of death. He was furnished{% endraw %}
{% raw %}by one of the men with a musket, powde?{% endraw %}


|
libcex
1.0.0
Modern C++11 embedded webserver library
|
Structure transporting all configuration options of the embedded server. Note that certain middlewares have additional config structs (e. g. cex::filesystem ) More...
#include <core.hpp>
Public Member Functions | |
| Config (Config &other) | |
Public Attributes | |
| int | port |
| HTTP/HTTPS listener port of the server. | |
| std::string | address |
| Bind address of the server. | |
| bool | compress |
| Globally enable compression of outgoing responses (default: true). More... | |
| bool | parseSslInfo |
| Flag indicating whether or not SSL client info shall be parsed for each request (default: true). More... | |
| bool | sslEnabled |
| Flag indicating whether or not SSL is enabled on the listener (default: false). | |
| int | threadCount |
| Controls the number of worker threads the server is going to use (default: 4). | |
Structure transporting all configuration options of the embedded server. Note that certain middlewares have additional config structs (e. g. cex::filesystem )
| bool cex::Server::Config::compress |
Globally enable compression of outgoing responses (default: true).
This will enable gzip/deflate compression of responses if Accept-Encoding allows compressioni (default: false).
Compression can be enabled/disabled manually for a single request using the request flags. For example: res.get()->setFlags(res.get()->getFlags() | Response::fCompressGZip)
.
Library must be built with libz
to make this work.
| bool cex::Server::Config::parseSslInfo |
Flag indicating whether or not SSL client info shall be parsed for each request (default: true).
This tries to extract the SSL certificate provided by the client and store it into a CertificateInfo structure within the requests sslClientCert
property.


Policy Category
The Student Policies and Regulations Handbook ("Handbook") integrates the University of California Policies Applying to Campus Activities, Organizations, and Students ("Policies") available on the Web at http://policy.ucop.edu/doc/2710518/PACAOS-11 and Santa Cruz campus implementing regulations applying to campus activities, organizations, and students. To distinguish between the UC Policies and University of California Santa Cruz Regulations ("Regulations"), University of California Santa Cruz Regulations are printed in bold type. Effective September 1, 2009, this publication incorporates revisions made during the last academic year, and supersedes all documents of the same title published previously.
Members of the university community may propose amendments to these Policies and Regulations by submitting proposals to the Office of Student Judicial Affairs for referral to the chancellor's advisory committee on campus regulations. The committee makes periodic recommendations to the president or the chancellor. (See Sections 13.30, 13.31 and 13.40.) Proposals may be sent via email to<EMAIL_ADDRESS>or by mail to Student Judicial Affairs, 245 Hahn, 1156 High Street, Santa Cruz, CA 95064. Updates to the Handbook prior to its next publication date will be posted on the Student Judicial Affairs website at http://deanofstudents.ucsc.edu/student-conduct
The Handbook is prepared by the Office of Student Judicial Affairs and is available on the Web at the address http://deanofstudents.ucsc.edu/pdf/student-handbook.pdf. It is available in alternate formats such as enlarged print, Braille, audio cassette, or electronic disk. For alternate formats contact<PHONE_NUMBER> or sja@ucsc.edu.


val invokeWithoutSubcommand: Boolean
Used when this command has subcommands, and this command is called without a subcommand. If true, run will be called. By default, a PrintHelpMessage is thrown instead.


My fav things
These are a few of my favorite things
These are a few of my favorite things...
Cream colored ponies
crisp apple stroodle
doorbells
Sleighbells
Schitzal with noodles
Wild gease that fly with the moon on their wings
Thanks for reading!


Extended public key:
Derivation path:
/
This webpage is for informational purposes ONLY.
Always make sure your computational environment is compeltely secure before generating or deriving any cryptographic material.
Read the accompanying guide to learn how this site was made
.


Soft Karaoke
You already know how to create karaoke files. The method we learned so far produces MIDI Karaoke in the officially recommended format.
But unfortunately this format is rarely used. Most MIDI files with lyrics use a format called Soft Karaoke.
Soft Karaoke supports some more meta fields than the official standard. In the lyrics it uses some
special characters for special purposes.
You can find the Soft Karaoke fields in the Soft Karaoke table.
In order to use Soft Karaoke, you have to define a block inside of the meta block. This inner block starts with
SOFT_KARAOKE
and ends with END
. Inside this block you can define the Soft Karaoke specific meta fields.
Soft Karaoke
| Field |
Meaning |
| version |
Format version (e.g. 0100) |
| language |
Language of the lyrics. |
| title |
Title of the song |
| author |
Author of the MIDI file or song |
| copyright |
Copyright or further information |
| info |
Additional information (may appear multiple times) |
The following example shows a complete META
block including a nested SOFT_KARAOKE
block:
{{> src-example src-examples.softkaraoke }}
So you can see how regular meta fields and Soft Karaoke fields can be mixed.
Some fields need a bit more explanation:
-
version is available in MidicaPL only for completeness reasons. Actually using it does not make much sense.
-
For the language field, ENGL is the only specified language identifier (meaning english).
For other languages you could use your own abbreviation or write out the full language name but this is not specified.
However most authors write the language name or abbreviation in upper-case. E.g. FREN for the french language, or
CHINESE.
-
title and copyright exist in both formats (official and Soft Karaoke). This makes them redundant.
-
info is the only Soft Karaoke related meta field that you can use more than once. The other fields may appear only
once and so each of these fields can only contain one single line. That's why in the author field the two authors are
separated with a comma instead of a new line (like in composer).
Lyrics in Soft Karaoke
If you use Soft Karaoke, there are certain rules and special characters for the syllables:
- The special characters for a space
_
or a comma \c
are still valid, like in the regular karaoke format.
- However the characters for a carriage return
\r
or line feed \n
are forbidden.
- A new paragraph is added using a
\
character at the beginning of the syllable.
- A new line is added using a
/
character at the beginning of the syllable.
The meaning of \
is clearing the screen before adding the next lines (starting with the current syllable).
However in the Midica Player it only has the same effect as two line breaks.
There are some more rules Midica doesn't care about. But if you want to produce a Soft Karaoke file and process it with a different
software later on, you should care about them:
- The very first syllable in the song should begin with a
\
.
-
One paragraph should not have more than 3 lines. That means:
Between two syllables beginning with
\
there should be no more than two syllables beginning with /
.
-
Spaces (
_
) should not be placed at the end of a word's last syllable but at the beginning of the next word's first syllable.
The following examples produce the same notes and lyrics. But the first one uses Soft Karaoke while the second one uses the standard format:
{{> src-example src-examples.softkaraoke-2 }}
As you can see, the SOFT_KARAOKE
block only needs to exist in order to use this format. But all fields are optional.
In this example the block is completely empty.
Constants
In chapter 3 you learned how to re-use an arbitrary number of commmands by using functions.
But sometimes you may want to re-use very small parts of code ‐ even smaller than a whole command.
In this case constants can get useful.
A constant looks like a variable. In the definition you just replace the keyword VAR
by CONST
.
So the definition consists of the following parts:
CONST
(the constant definition command)
- The constant name, beginning with a
$
symbol
- An optional
=
symbol. (If ommitted, whitespaces must be used instead. Otherwise whitespaces may be used anyway.)
- The value of the constant.
The constant name must begin with a $
but apart from that it must only contain alphanumeric characters or underscores.
The value of a constant can be any part of another command, or even a whole command line.
In order to use it, you just write the constant name to the right place.
The following three examples (in lowlevel syntax) are equivalent:
{{> src-example src-examples.const }}
The first example first defines the constants and then uses them.
The second example shows like the same source would look like, if no constants were used.
The third example first uses the constants and defines them later. This is possible because the Midica parser interprets
constant definitions before channel or global commands.
Constants themselves can also consist of other constants. In this case the inner constant must be defined before the outer constant.
The following two examples are equivalent (this time in compact syntax):
{{> src-example src-examples.const-2 }}
The first example first defines the simple constants $forte
(a velocity option), $roll
(a tremolo option)
and $drum
(two percussion instruments: a basedrum and an open triangle).
Then it defines $drumroll
which combines the above constants to create a drum roll with a note length of a full note.
$play_dr
defines a compact channel command playing this drum roll in channel 9 (the percussion channel).
The last line finally executes this combined command.
Constants and Variables
At first glance, a constant looks pretty similar to a variable. However there are some important differences:
-
The constant definition key word is
CONST
instead of VAR
.
-
A constant can be defined only once. The same constant name cannot be redefined any more.
-
Constants can be defined after using them - just like functions that can be called before their definition.
-
Most limitations for varibales don't apply for constants. E.g. their values may contain whitespaces.
So they can cover several parts of a command.
Redefinitions
The commands and other syntax symbols can be configured to be lower-, mixed- or upper-cased.
But maybe you are completely unhappy with the used keywords and symbols.
In this case you can redefine a syntax element with the DEFINE
command.
Each syntax element has an ID which can be found in the Syntax table.
You can see the table after clicking Info & Configuration Details > Configuration > Syntax.
Or in this Screenshot.
The DEFINE
command needs the ID of the syntax element to be redefined as the first argument.
The new value must be provided as the second argument.
The following three examples are equivalent. The first and the last one redefine the symbols for nestable blocks
to be (
and )
instead of {
and }
:
{{> src-example src-examples.define }}
As you can see in the third example, redefinitions can be written after using them.
This is possible because Midica parses DEFINE
commands before everything else.
The DEFINE
command itself can also be redefined. In this case the order of redefinition commands is important,
as the following example demonstrates:
{{> src-example src-examples.define-2 }}
The DEFINE
command is redefined to def
. From this moment on, the new version def
can be used
for further redefinitions.
In this example we redefine the commands FUNCTION
, DEFINE
, INSTRUMENTS
, END
,
-
(for a rest) and CALL
.
Of cause the new keyword function[
must not contain a whitespace. The same applies for instr[
.
With these changes, we also need to rewrite the INSTRUMENTS
block. This is necessary because the old commands
INSTRUMENTS
and END
don't exist any more.
Limits of Redefinitions
Some redefinitions do not work together. For example the end of a definition block must have a different symbol than the end
of an anonymous block. So you cannot change }
and END
to the same value.
There are more syntax elements that may not have the same keyword while for others it's ok. Some elements even have the same keyword by default.
It's not possible to list all possibilities here. Just be careful with redefinitions and try to avoid conflicts. Or just try out if it works.
You also have to make sure that your redefinitions don't conflict with other elements like note names or percussion instruments.
For example if you redefine the comment symbol to become #
instead of //
, you must reconfigure your
Half Tone Symbol accordingly.
The default half tone symbol can contain a #
inside of a note name. So this combination won't work.
The following three syntax elements can still be used in their original form after being redefined:
That means you cannot redefine another command to become one of these three keywords. It also means that after redefining one of these
three commands, you may use either the old keyword or the new one. The following example demonstrates this:
{{> src-example src-examples.define-3 }}
File Includes
Programming languages allow to re-use code from other files - modules or libraries. The same is possible in MidicaPL.
In order to include a file, you need the INCLUDE
command. The only argument is the path to the included file.
The file path can be absolute or relative to the file that contains the INCLUDE
command.
Imagine, you are programming music for a latino band and in their repertoire they have music like Salsa, Bachata, Merengue and so on.
Then you could create one include file for each category of music. The following example shows a possible include file for Salsa songs.
The first example is the include file, and the second file includes and uses the first file.
{{> src-example src-examples.include }}
The first file includes a soundfont that's specialized in Latin music (or maybe even more specialized in Salsa).
Then follows the INSTRUMENTS
block that can be quite large in a Salsa band.
The function clave
defines the clave rhythm that's very typical for Salsa.
The second file uses these definitions to create a song.
An included file can also be used for syntax redefinitions or to create constants you often use.
The following example shows two include files for Bachata songs of your latino band:
{{> src-example src-examples.include-2 }}
The first file redefines some syntax elements and creates a few constants.
The second file uses these definitions to create the instruments for Bachata as well as the typical bongo rhythm
that's used in most Bachata songs. As you can see, Juan switches from the piano to the guitar.
And Alejandro is the now singing because the voice part in Bachata songs is typically a male part.
The third file uses the definitions from the first and second file. Note that it only includes the file
bachata.midica
directly but not definitions.midica
. However the latter one is included by
bachata.midica
so it can be used in the third file as well.


Journal of the Faculty of Science, Yamagata University
- Journal of the Faculty of Science, Yamagata University, vol. 16 (2008)
- Journal of the Faculty of Science, Yamagata University, vol. 16 (2007)
- Journal of the Faculty of Science, Yamagata University, vol. 16 (2005)
- Journal of the Faculty of Science, Yamagata University, vol. 15 (2004)
- Journal of the Faculty of Science, Yamagata University, vol. 15 (2003)
- Journal of the Faculty of Science, Yamagata University, vol. 15 (2002)


Zil's & Foluso's Tribute Page
- 1958 - Born on August 29, 1, Gary, Indiana, U.S. Read More
- 1972 - Began his Solo Career with the album "Got to be there". Read More
- 1979 - Released his first major solo album "Off the Wall".Read More
- 1982 - Released the album "Thriller" (Best selling album of all time). Read More
- 2009 - Died on June 25, Los Angeles, California, U.S.Read More


public class ViewUtils
extends java.lang.Object
| Constructor and Description |
|---|
ViewUtils() |
| Modifier and Type | Method and Description |
|---|---|
static java.lang.String |
getCheckedRadioButtonText(RadioGroup radioGroup)
Get text/ label text of the checked
RadioButton from the given radio group. |
static int |
getParentDimensions(ViewGroup parent,
boolean isWidth)
Gets dimension of the viewgroup parent, whether the view is
LayoutParams#WRAP_CONTENT or
LayoutParams#MATCH_PARENT . |
static int[] |
getViewSize(View view)
Gets the view size for the given view.
|
static void |
hideInputKeyboard(Context context,
View view)
Generic method to hide the input keyboard.
|
static boolean |
isLayoutRtl(View view)
Checks whether the view is from right to left..
|
static void |
recycleImagesFromView(View view)
Recycle all the images from the provided
View or ViewGroup . |
static void |
setGone(View view)
Sets the visibility of the provided view as gone.
|
static void |
setInvisible(View view)
Sets the visibility of the provided view as invisible.
|
static void |
setVisible(View view)
Sets the visibility of the provided view as visible.
|
public static void setVisible(View view)
null
, no change will be done.view
- -View
.View#VISIBLE}.
,
View#setVisibility(int)}.
public static void setGone(View view)
null
, no change will be done.view
- -View
.View#GONE}.
,
View#setVisibility(int)}.
public static void setInvisible(View view)
null
, no change will be done.view
- -View
.View#INVISIBLE}.
,
View#setVisibility(int)}.
public static void hideInputKeyboard(Context context, View view)
null
.context
- -Context
.view
- -View
from which input keyboard has to be hidden.InputMethodManager#hideSoftInputFromInputMethod(android.os.IBinder, int)}.
public static void recycleImagesFromView(View view)
View
or ViewGroup
.
Bitmap
from the view.
ViewGroup
for recycling the image / bitmap.
null
.
view
- -View
.Bitmap#recycle()}.
public static boolean isLayoutRtl(View view)
null
then false
will be returned.
VERSION_CODES#JELLY_BEAN_MR1
, then false
will be returned.view
- -View
for which layout needs to checked.View#getLayoutDirection()}.
public static int getParentDimensions(ViewGroup parent, boolean isWidth)
LayoutParams#WRAP_CONTENT
or
LayoutParams#MATCH_PARENT
.parent
- -ViewGroup
.isWidth
- -boolean value to specify whether it is width or not.LayoutParams#WRAP_CONTENT
or LayoutParams#MATCH_PARENT
.public static int[] getViewSize(View view)
null then -1
.
[0]=widthOfTheView.
[1]=heightOfTheView.
view
- -View
.View#measure(int, int)}.
public static java.lang.String getCheckedRadioButtonText(RadioGroup radioGroup)
RadioButton
from the given radio group.
null
, then blank string will be returned.
RadioButton
is checked, blank string will be returned.radioGroup
- -RadioGroup
.String
text / label text of the checked radio button.RadioGroup#getCheckedRadioButtonId()}.


I am running Martin's PLL sketch on an EmonTX with 3 CT's. Having calibrated the voltage & 3 current constants I would now like to tackle the phase alignment. As far as I can tell the best way to do this is to tune the CT lead time for each CT channel to obtain the maximum power reading when measuring a purely resistive test load (constant and stable) equal to the average or typical load to be monitored by that circuit. I hope I've got that right and not over simplified it.
So first question - Is that right?
and secondly if that is right - when calibrating the CT channel that drives the diverter ie the grid CT, should I not target a load as small as possible (avoiding circuit noise and interference etc) so that phase alignment is most accurate around the "sweet spot" to maximise the control element accuracy rather than the reporting accuracy.
Paul
Re: A question (or 2) about calibrating EmonTX
Yes, you are right to maximise the real power with a purely resistive load. That was the easy bit.
The hard bit is the phase error of the voltage transformer (ac-ac adapter) varies with voltage, and the phase error of the current transformer varies with current. So you will never get it right across a wide range of conditions. I'm not sure that you should aim to adjust at minimum current though. It might be representative of your PV generating current, but your dump load is always 10 - 12 A (albeit the average over time is less), and in general the c.t. phase error increases rapidly at low currents. I would recommend adjusting for reporting accuracy, i.e. at 'typical' current, on the grounds that Robin Emley says he can detect no practical difference when adjusting the phase correction over quite a range.
Re: A question (or 2) about calibrating EmonTX
Okay so my intention was to use a 2Kw heater load to calibrate CT2 (Solar) for a 4Kw array and to use the 3Kw immersion heater itself to calibrate CT3 (Diverted power) obviously with the diverter manually overriden. It was just the grid CT I was unsure of where to target and am pleased to hear it isn't critical.
Since my original post I have tried to calibrate CT3 using the immersion heater but my results were too erratic to make use of.
Is there a recommended procedure eg min number of samples, average over set time or ignore initial few results to allow circuit to settle ?
Using standard EmonTX and CT's in what region would you expect the lead values to be ?
In another discussion Martin mentions 158 microseconds maybe a good starting point for this value based on it being approximately the same as a phasecal of 1.7, the equivalent setting when using emonlib I believe, so is that for all the CTs or just the first one?
Thanks for you help again Robert
Paul


Type TzWeatherQuery
Namespace WorldWeatherOnline
Parent QueryBuilder<T>
Class used to construct query to timezone weather Api
Full documentation for REST service can be found at https://developer.worldweatheronline.com/api/docs/time-zone-api.aspx
Methods
Properties
Public instance methods
TzWeatherQuery WithIncludeLocation(Nullable<bool> include_location)
Sets IncludeLocation and returns modified query
Parameters
-
Nullable<bool>
include_location - Whether to return the nearest weather point for which the weather data is returned for a given postcode, zipcode and lat/lon values. Default: false
Returns
-
TzWeatherQuery
- this
Public properties
Api Api get; set;
Nullable<bool> IncludeLocation get; set;
IncludeLocation: Whether to return the nearest weather point for which the weather data is returned for a given postcode, zipcode and lat/lon values. Default: false
string Location get; set;
Location: Finds the nearest ski and mountain location for the provided search criteria. City name (ex: 'New York', 'New York,ny', 'London,united kingdom'), ip address (ex: '<IP_ADDRESS>5'), US zip code, UK postcode, Canada postal code (ex: 'SW1', '90201') or lot/lan coordinates (ex: 48.834,2.394)


client module¶
-
class
client.
Client
(client_id, group=None, train_data={'x': [], 'y': []}, eval_data={'x': [], 'y': []}, model=None)[source]¶ Bases:
object
-
model
¶ Returns this client reference to model being trained
-
num_test_samples
¶ Number of test samples for this client.
Returns: Number of test samples for this client Return type: int
-
test
(model)[source]¶ Tests self.model on self.eval_data.
Returns: dict of metrics returned by the model.
-
train
(num_epochs=1, batch_size=10, minibatch=None)[source]¶ Trains on self.model using the client’s train_data.
Parameters: - num_epochs – Number of epochs to train. Unsupported if minibatch is provided (minibatch has only 1 epoch)
- batch_size – Size of training batches.
- minibatch – fraction of client’s data to apply minibatch sgd, None to use FedAvg
Returns: number of FLOPs executed in training process num_samples: number of samples used in training update: set of weights update_size: number of bytes in update
Return type: comp
-


Component builder for Android
Protein is a code generator plugin for intelliJ that automates the build of components for Android. It generates Kotlin or Java code. The first iteration of this plugin only allows you to create an API Rest Interface and the Models for Retrofit 2 and RxJava 2.
Protein: A large molecule composed of one or more chains of amino acids in a specific order; the order is determined by the base sequence of nucleotides in the gene coding for the protein. Proteins are required for the structure, function, and regulation of the body’s cells, tissues, and organs, and each protein has unique functions. Examples are hormones, enzymes, and antibodies.
This scientific definition defines quite good the objective of this Plugin in an abstract way. For many time at Adevinta Spain we struggled with the idea of making a good and maintainable architecture for Android. It's been some time until we got one that fits with our needs but we still have a lot of errors and issues that human beings do every time we make manual work. That's were we came to the idea of automatization and make new components with all we need including tests, data sources even use cases and Presenters.
Protein is our approach to work better, be more productive and reliable.
You can download it through the intelliJ/AndroidStudio plugin interface


(You will see this dialog box if you have scheduled an item that is missed for some reason. For instance, if you schedule a blink at 5.30 on Friday and Ameol is not running at this time, the next time you start Ameol you will see this dialog.)
If you click Yes then the scheduled item that was missed will be run immediately. If you click No the scheduled item will not be run. Clicking No to All will skip all missed scheduled items.
The Always carry out missed scheduled items when Ameol starts option will automatically run any missed scheduler items when you start Ameol.


| Modifier and Type | Field and Description |
|---|---|
private static java.util.concurrent.ConcurrentMap<java.lang.Class<? extends IService>,OFModule> |
OFModule.modules
static map that holds all the references to module instances.
|
| Modifier and Type | Method and Description |
|---|---|
static OFModule |
OFModule.getModule(java.lang.Class<? extends IService> c)
return a module that implements a specific service from the
static map
OFModule.modules . |
static void |
OFModule.registerModule(java.lang.Class<? extends IService> c,
OFModule m)
register a module to the static map
OFModule.modules . |
| Modifier and Type | Interface and Description |
|---|---|
interface |
IDeviceService
The device manager allows interacting with devices on the network.
|
interface |
IEntityClassifierService
A component that wishes to participate in entity classification needs to
implement the IEntityClassifier interface, and register with the Device
Manager as an entity classifier.
|
| Modifier and Type | Class and Description |
|---|---|
class |
Devices
This class manages information of devices such as device map,
device indices and so on.
|
class |
OFMDefaultEntityClassifier
This is a default entity classifier that simply classifies all
entities into a fixed entity class, with key fields of MAC and VLAN.
|
class |
OFMDeviceManager
This class implements the device manager module.
|
| Modifier and Type | Interface and Description |
|---|---|
interface |
IFirewallService
The interface to define basic operations of the firewall module.
|
| Modifier and Type | Class and Description |
|---|---|
class |
OFMFirewall
This class implements the firewall module.
|
| Modifier and Type | Interface and Description |
|---|---|
interface |
IFlowCacheService
The Interface IFlowCache.
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interface |
IFlowReconcileService |
| Modifier and Type | Interface and Description |
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interface |
IHubService |
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interface |
ILinkDiscoveryService
This interface is used to define a service that
OFMLinkDiscovery should implement. |
| Modifier and Type | Class and Description |
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class |
OFMLinkDiscovery
Link Discovery Module.
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| Modifier and Type | Interface and Description |
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interface |
IRoutingService |
| Modifier and Type | Interface and Description |
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interface |
IStorageService
The interface to persistent storage used for C.R.U.D.
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| Modifier and Type | Class and Description |
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class |
OFMStorageManager
This class enables a persistent storage for the controller.
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| Modifier and Type | Interface and Description |
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interface |
ITopologyService
This interface is used to define a service that
OFMTopologyManager should implement. |
| Modifier and Type | Class and Description |
|---|---|
class |
OFMTopologyManager
Topology Manager Module.
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Here you can create a Bookmarklet that will apply whatever styles you want on any page you want, useful for client demonstration and bug debunking between peers.
Drag the Bookmarklet that will appear below to your bookmarks bar and then use it in the page you wantCSS snippet examples and useful CSS page modifications at Github
Interested in injecting some Javascript instead? You should check JS Inject!


TUCKS INTERNAL SOOTHERS HEMORRHOIDAL- starch, corn suppository
McNEIL-PPC, Inc.
Disclaimer: Most OTC drugs are not reviewed and approved by FDA, however they may be marketed if they comply with applicable regulations and policies. FDA has not evaluated whether this product complies.
Active ingredient
Topical Starch 51%
Use
- temporary relieves these local symptoms associated with hemorrhoids and other anorectal disorders:
- temporarily forms a protective coating over inflamed tissues to help prevent drying of tissues
- temporarily protects the inflamed, irritated anorectal surface to help make bowel movement less painful
Warnings
For rectal use only
When using this product
- do not use more than directed unless told to do so by a doctor
Stop use and ask a doctor if
- rectal bleeding occurs
- condition worsens or does not improve within 7 days
If pregnant or breastfeeding, ask a healthcare professional before use.
Keep out of reach of children. If swallowed, get medical help or contact a Poison Control Center right away.
Directions
- see bottom panel for directions for opening suppository wrapper
- adults: insert one (1) suppository rectally up to 6 times daily or after each bowel movement by following these steps:
- when practical, cleanse the affected area with mild soap and warm water and rinse thoroughly
- gently dry by patting or blotting with toilet tissue or a soft cloth before applying
- detach one (1) suppository from the strip of suppositories
- remove the wrapper before inserting into the rectum
- children under 12 years of age: ask a doctor
Other information
- store at 68 to 77°F (20 to 25°C) to avoid melting
Inactive ingredients
benzyl alcohol, lecithin, partially hydrogenated palm kernel oil, tocopheryl acetate
Questions?
call toll-free<PHONE_NUMBER>, weekdays, 9 AM- 5 PM EST
Distributed by:
McNEIL-PPC, Inc.
Skillman, NJ 08558 USA
PRINCIPAL DISPLAY PANEL - 12 Blister Pack Carton
TUCKS®
INTERNAL SOOTHERS™
HEMORRHOIDAL SUPPOSITORIES WITH TOPICAL STARCH
relieves burning, itching and discomfort
soothes and protects irritated tissue
helps make bowel movements less painful
12 SUPPOSITORIES
McNEIL-PPC, Inc.


Customer Behaviour - Decision Tree
Repository
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Dataset
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Notebook
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Presentation
Gender
Male
Female
Age
Salary
View Buy Decision
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Each office provides specific services to Oracle customers, from sales and consulting to education and support. To learn more about these offerings, contact the Oracle office near you. Note: E-Suite locations are indicated with an asterisk (*).
1234 Proin sodales, felis at interdum porta 321 Consectetur, XY 12345
Tel: +<PHONE_NUMBER> 000
Toll Free: +<PHONE_NUMBER> 000
Email<EMAIL_ADDRESS>1234 Proin sodales, felis at interdum porta 321 Consectetur, XY 12345
Tel: +<PHONE_NUMBER> 000
Toll Free: +<PHONE_NUMBER> 000
Email<EMAIL_ADDRESS>1234 Proin sodales, felis at interdum porta 321 Consectetur, XY 12345
Tel: +<PHONE_NUMBER> 000
Toll Free: +<PHONE_NUMBER> 000
Email<EMAIL_ADDRESS>1234 Proin sodales, felis at interdum porta 321 Consectetur, XY 12345
Tel: +<PHONE_NUMBER> 000
Toll Free: +<PHONE_NUMBER> 000
Email: emailus@companyemail.com


Chelsea FC want to re-sign 24-year-old defender – report
Chelsea FC are hoping to re-sign Bournemouth defender Nathan Ake to bolster their back four, according to a report
by Transfer AgentChelsea FC are interested in a deal to re-sign Bournemouth defender Nathan Ake, according to a report in England.
The Daily Telegraph is reporting that the Blues manager Frank Lampard is set to decide whether he will launch a bid for the Netherlands international in the January transfer window.
The same article states that Chelsea FC’s potential move for Ake hinges on the fitness of Germany international Antonio Rudiger, who has been sidelined for a large part of the season.
According to the same story, Lampard will have £150m to spend on new signings in the January transfer window after their transfer ban was overturned last week.
The Daily Telegraph go on to claim that Chelsea FC are confident they can re-sign Ake for a deal worth around £40m after the Dutch centre-half was sold to Bournemouth for a £20m fee in 2017.
The report reveals that Manchester United and Manchester City were quoted £70m when they made enquiries about Ake in the summer transfer window.
Ake suffered a fitness blow on Saturday after the 24-year-old pulled his hamstring during Bournemouth’s 3-0 win against Liverpool FC on Saturday.
Chelsea FC suffered a 3-1 loss to Everton at Goodison Park on Saturday to lose their grip on fourth place.
The Blues are five points ahead of Manchester United.


Reading "Death - An inside Story" by "Sadhguru"
After reading the book, I feel its a good book or may be the best book on the topic of death for a common man. One important idea is that people should plan for their death.
When I was a child I thought death happens when we eat something.  So anything eaten is dead. And its good to cook first what we are going to eat. When a person dies they are burned so that someone bigger than a man can eat that body, maybe a ghost. After I grew few more years I started accepting death as end of life. Death happens when something living stops living like death of a person or drying of a plant. After getting older I started fearing death the idea that I'll also die someday was horrifying. The fear of death was more intensified because I did not know what happens next. I did not found anybody who can tell me about it. So I understood that I know nothing about death and I should fear it. The book by Sadhguru is a good guide, reading it helped me to understand death and the idea that we should not fear death but plan for a proper death.


6.DATA FIELD
6.1. Description
Data Field is based on the original proposal for The Reality of Virtual Reality Project -- ISEA 96. During this symposium the large harbour simulator of MarineSafety Rotterdam [Figure 23] was made available for artistic projects. The simulator consists of 360° visual, 3D sound and a moving platform (the pilothouse) with two degrees of freedom. The computer system consists of 22 SGI Crimsons and a DEC Vax. MarineSafety International [19] is a wholly-owned subsidiary of FlightSafety International, providing simulator training for Marine pilots and Naval officers. Other MSI centres are located in Kings Point, NY; Newport, RI; San Diego, CA and Valejo,CA. ( MarineSafety 1997)
Data Field was conceptualized to be experienced in one of the harbour simulator facilities of MarineSafety International. Instead of a ship’s bridge, the platform will become a fictional harvester-cabin (wherein groups of 10 -- 15 people can stand).  This device will make a loud mechanical noise (amplified by the harbour simulators 3D sound), vibrating the pilothouse from side to side whilst reaping the harvest. At "7 o'clock" in relation to the front of the pilothouse vision, there will be a virtual pipe protruding into space from which the virtual grains are blown into virtual storage trucks moving slowly alongside the pilothouse. Rising above the noise and mechanical activity, the viewers will become aware of the scent of fresh grain. The grain odour will rise from a thick layer of yellow maize, covering the entire inside floor area of the simulator.
The group standing, protected inside the pilothouse, will be able to steer the virtual combine through green virtual maize fields, [Figure 24] leaving a trail of scorched earth behind the harvester's reaping blades. Being able to control the movements of the harvester, the group can choose between several corn fields ripe for reaping, surrounding them in virtual space. Protruding from amongst the maize fields are gigantic communication towers serving as beacons amidst the vast virtual landscape. While the group 'plays the game,' it is subtly revealed (via incoming messages on the harvester's two-way radio system) that the virtual corn fields they are busy reaping are in fact 3D visual data representation fields. The corn fields they are surrounded by represent the number of people living in absolute poverty across the globe...
Hence, each corn plant in the corn field represents one person living in poverty. The number of people living in poverty, and thus the number of corn plants, is based on the statistics of the United Nations "Poverty Clock".
As the viewers leave the pilothouse, each person will receive a plastic chip card, as a reminder of their virtual experience within the data field (of poverty). The chip on this card will contain information about the amount of corn they, as a group, have harvested in their session and the number of plants that still remains unharvested. Such a card can give access to the Virtual Harvester's central data base. This data base can be accessed by way of the global automatic banking network. In this way, a current statement on the virtual corn field’s growth can be given 24 hours a day.
Apart from referring to virtual reality and cyberspace (as described in the previous section), Data Field incorporates four other related aspects of today’s information age in its application as an installation. They are feedback and cybernetics, networks, simulation and hyperreality.
6.2. Feedback and Cybernetics
Ktesisbios who lived in Alexandria in the first half of the third century B.C. is credited today for inventing the first 'true' automatic device. Ktesisbios's clock [20] kept extremely good time by self-regulating its water supply. The regulating valve that he invented to compromize the water flow was a predecessor to the floating ball in the upper chamber of today's flush toilet. After a flush, the floating ball goes down with the declining water level, pulling open the water supply valve. The incoming water fills the chamber again, raising the ball so that its arm closes the flow of water at the precise level assigned to it. As such the working of a flush toilet is a perfect example to describe the principle of a feedback loop.
The flyball regulator [21] installed onto steam engines regulating the engine to run at any rate was a revolutionary feedback mechanism that had a profound influence on the industrial revolution. The steam engines that ran the mills of the industrial age would have been unworkable creations (exploding by their own force) if it wasn't for the parallel information revolution, launched by the automatic feedback system that the flyball regulator enforced. "So information, and not coal itself, turned the power of machines useful and therefore more desirable." (Kelly 1995:115) Thus the feedback mechanisms inherent in the workings of steam engines of the industrial revolution pointed the way towards the information age of our present post-industrial society.
Norbert Wiener, wrote: "Feedback is a method of controlling a system by reinserting into it the results of its past performance."(Kelly 1995: 439) Wiener, an American mathematician, coined the word 'cybernetics' in 1947 to describe the idea of feedback and servomechanics. As the title of his book implies, Cybernetics: or control and communication in the animal and the machine, for Wiener cybernetics comprised all systems, mechanical, electronic and biological, in which the flow of information played a role. Wiener used 'cybernetic' to describe the concept of machines that can handle information, make decisions, and control the operation of other machines. Because the concept of information plays such a central role, cybernetics is also known as 'information theory' or 'communication theory'. As such the science of cybernetics was the forerunner of modern computer science. [22]
The aim of cybernetic analysis is to define and isolate which particular piece of information passing between parts of a system motivates which action, or alters which states in the communicants. In its most basic form, the cybernetic system is made up of a receptor obtaining information as input from the outside. This information is processed and sent to an effector or sender which then responds to the initial information with output. The output, however, alters the original conditions on the outside, thus leading to new information being sent in the form of input back into the system, establishing what is called a 'feedback loop'. [Figure 25]
By extension, cybernetics can be applied to the study of any communication system. These include information processing mechanisms such as computers, self-governing machines and automata, and communication systems inherent within the human body such as the relationship between brain and behaviour. Because of these applications, cybernetics is an appropriate metaphor for conceptualising society: the notion that the brain functions like a computer, that a person is like a machine, that society is like a feedback mechanism, allows for an investigation into the ways in which information functions in a post-industrial age.
In An Electronic Laager I reflected on the ways the National Party had used information for indoctrination purposes in apartheid era South Africa. I expanded the theme so as to question the freedom of individuals in the configuration of the mass media and state apparatuses that form the "neocapitalist cybernetic order."(Baudrillard 1983: 111) [23] [Figure 26]
The aim of the Virtual Harvester project is to simulate the growth of poverty in the world today, synchronized to input from the UNDP's Poverty Clock. Immersed into 'data fields of poverty' the group of participants seem to have no alternative but to harvest more poverty, or alternatively to stop the machine. As such the project reflects on the disparity between the rich and the poor which is growing wider in today’s global village, with no obvious solution at hand. A feedback loop is thus in place that can lead to only one result -- anarchy.
6.3. Networks
Described as the largest functioning anarchy in the world, the Internet links several millions of personal computers around the world. [24] Kevin Kelly wrote in Out of Control: "The symbol of science for the next century is the dynamical Net." (Kelly 1994: 25) The Net is an archetype to represent circuits, interdependence, large economics, social and ecological systems. There is hardly a single aspect in the world of business that has not been influenced either directly or indirectly by the introduction of "network logic". [25] [Figure 27] Networks allows companies to manufacture new kinds of products, in faster and more flexible ways, in greater response to customers needs, in much shorter time. Laws and the economy have changed due to global 24-hour networking of financial institutions. Instant cash from ATM machines, credit cards, international travel, fax machines, email, internet, etc. are all heavily reliant on networks.
Some of the characteristics to describe networks are distributed (no single location), decentralized (no central control), collaborative (mutual benefit), adaptive (work in realtime -- bar codes, laser scanners, cellular phones), flexibility (smaller numbers of items in smaller time periods), mass customization (individuality), global accounting (economic frontiers disappear) and increasing returns (them that has, gets more).
The first example of a distributed network implemented by humans was the Nazi Blitzkrieg: a network of weapon systems integrated together through the use of radio communications. As such it showed the way to the future in warfare, where the emphasis switched from machines with components in physical contact with each other to machines with components operating over vast geographical distances. (De Landa 1991: 150 and158) Influenced by this historical information the machines appearing in the Virtual Harvester, painted in the green and yellow livery of the state or 'organisation', are portrayed as being in constant communication with each other.
6.4. Simulation
"SimCity [26] is an urban theory provided with a users interface. In the same sense, a dollhouse is a theory of the household. A novel is a theory told as story. A flight simulator is an interactive theory of aviation." Kelly goes on to say "a theory abstracts the complicated pattern of real things into the facsimile pattern -- a model, or a simulation...If done well, the miniature captures some integrity of the larger hole." (Kelly 1994: 236)
The modern era of computer simulated war games began in the 1950s at the RAND Corporation. Today on an everyday basis at a dozen U.S. army bases around the world, tank and aircraft pilots compete with each other in simulated AirLand battles connected to each other by a military system called SIMNET. As Douglas Nelms, National Defence columnist explains, SIMNET "transports crews of land and aerial vehicles from planet Earth to a surrogate world where they can do battle without the constraints of safety, cost, environmental impact or geographical boundaries." (Kelly 1994: 244) One tank can attack another tank within the virtual land of SIMNET, even though some of the crew may be in a simulator in California while others could be in a simulator in Germany. Long-haul telephone lines link the other 300 existing simulator boxes worldwide into one network, enabling them all to move through the same virtual battleground.
What the US military is working towards is simulated training so 'real' that it becomes indistinguishable from actual combat.  For all practical purposes a real gunner in a real tank operates a simulation. This slipperiness between real life and virtual life can be described by the term hyperreality.
6.5. Hyperreality
The Italian novelist Umberto Eco, driving around America in the early 1970's, found it a country bustling in messages about simulation and degrees of reality. The national icon, Coca-Cola advertised itself as "the real thing." Eco wrote that he was on a "journey into hyperreality, in search of instances where the American imagination demands the real thing and, to attain it, must fabricate the absolute fake.”(Kelly 1995:238) Hyperreality thus emerges where "absolute unreality is offered as real presence."(1995:238).
In his book Simulations (1983) the French philosopher Jean Baudrillard states: "Abstraction today is no longer that of the map, the double, the mirror or the concept. Simulation is no longer that of a territory, a reverential being, or a substance. It is the generation of models of a real without origin or reality: a hyperreal."(1995:239) A very good computer simulation, like the one I would like to create in the large harbour simulator of Rotterdam, is thus a perfect example of hyperreality.
A more bizarre example of hyper-reality was the coverage of the Gulf War by CNN. [Figure 28] Television audiences across the world seemed to have had a similar view of the battle as the participants. Commenting on the war Baudrillard stated: "Our strategic site is the television screen, from which we are bombarded". He argued that there was no "thing itself","no real war depicted in the images", but only a simulation of it. (Woolley 1993: 196)
6.6. Production
The 3D models used in Yield will be incorporated into the computer systems of MarineSafety as DFX [27] files. I spoke to Mr. Wim van Eck, Technical Manager, MarineSafety Rotterdam, at the time of Spiegel and Hoinkes Safe Harbour [28] installation during the DEAF 96: Digital Territories symposium. He took me on an tour through the MarineSafety facility, showing me also the smaller simulator environments available at the facility. He then explained to me that the spatial orientation and principles of the software used by the harbour facility are based on the Cartesian coordinate system, similar to the software I used to produce Yield. [Figure 29] This implies that the learning curve to familiarize oneself with the 3D software used in the harbour simulator should be short.
A specialised computer programming unit such as MEDIA-GN research and development (who gave system support for the Yield production) will be consulted to do the platform independent C / C++ programming, relating to the manipulation and interactivity of 3D models. It is foreseen that the integration with the harbour simulator's computer system can best be done by the programmers at MarineSafety, Rotterdam. An independent musician (as was the case for the music produced for Yield) will be consulted as sound engineer to create the Dolby Surround / 3D sound for the project.


Milkha Singh (born between 1929 and 1935), also known as The Flying Sikh, is a former Indian track and field sprinter who was introduced to the sport while serving in the Indian Army. He was the only Indian athlete to win an individual athletics gold medal at a Commonwealth Games until Krishna Poonia won the discus gold medal at the 2010 Commonwealth Games. He also won gold medals in the 1958 and 1962 Asian Games. He represented India in the 1956 Summer Olympics in Melbourne, the 1960 Summer Olympics in Rome and the 1964 Summer Olympics in Tokyo. He was awarded the Padma Shri, India's fourth-highest civilian honour, in recognition of his sporting achievements.
Singh became disenchanted with his life and considered becoming a dacoit but was instead persuaded by a brother, Malkhan, to attempt recruitment to the Indian Army. He successfully gained entrance on his fourth attempt, in 1951, and while stationed at the Electrical Mechanical Engineering Centre in Secunderabad he was introduced to athletics. He had run the 10 km distance to and from school as a child and was selected by the army for special training in athletics after finishing sixth in a compulsory cross-country run for new recruits. Singh has acknowledged how the army introduced him to sport, saying that "I came from a remote village, I didn't know what running was, or the Olympics".