Hill: 'Often when women show anger it's not fully appreciated'
by Rebecca KlarFiona Hill, the former National Security Council senior director for Europe and Russia, said she was “angry” with U.S. Ambassador to the European Union Gordon Sondland and had “a few testy encounters” with the ambassador.
"I was actually, to be honest, angry with him,” Hill said during her public testimony on Thursday.
“And I hate to say it, but often when women show anger it's not fully appreciated, it's often pushed off onto emotional issues, perhaps, or deflected on other people,” she added.
Hill said she was angry that Sondland “wasn’t coordinating with us.”
However, Hill said she realized after watching Sondland’s deposition on Wednesday that the ambassador was “absolutely right — he wasn’t coordinating with us because we weren’t doing the same thing.”
She said Sondland seemed to be “involved in a domestic political errand,” whereas she was involved in “national security foreign policy.”
“I had not put my finger on that at the moment, but I was angry with him and irritated with him that he wasn’t fully coordinating,” Hill said. “I did say to him, ‘Ambassador Sondland, Gordon, I think this is all going to blow up.’ And here we are.”


Cookies are a perfect way of seeing the chemistry of baking at work. Just take a look.
You can clearly see the impact of changing the ingredients in a simple chocolate chip cookie recipe. What is going on inside of that cookie though? What is is about changing these things that makes such a dramatic difference? First, we have to look at what each of our key ingredients are doing for the cookie.
| Ingredient | Effect |
|---|---|
| Butter | Butter is made of fats, water, and dairy solids. When the butter begins to melt, it begins to break apart into its key components. The water is released and makes steam, this is part of what makes your cookies light and fluffy. |
| Eggs | Eggs are the binding agent in your cookie, they are what makes your dough change from pliable to more structred and held together. Without the proteins in the eggs, your dough would not hold its shape. |
| Sugar | Sugar is a key factor in your cookies. The ratio of white to brown sugar, the temperature your cookie is baked at and how the suger is incorporated into the batter make a huge difference in the end result. |
| Flour | Flour is important because it creates gluten when exposed to moisture. Gluten is a kind of protein that helps trap gases inside the cookie to create rise. This is not the only thing that gives rise to your cookie and this is why you can sometimes substitue plain all-purpose flour for alternative flours like rye flours. |


Namespace UnityExt.Core.Animation
Classes
ByteInterpolator
ColorInterpolator
DoubleInterpolator
FloatInterpolator
IntInterpolator
LongInterpolator
PropertyInterpolator
Base Class that contains the basic information of a property interpolator.
PropertyInterpolator<T>
Class that wraps fetching an object's property and calling the proper reflection methods to interpolate them in the most optimized way possible.
QuaternionInterpolator
RectInterpolator
SByteInterpolator
ShortInterpolator
TransformVectorInterpolator
Tween
Tweens are timer extensions that upon receiving a 'target' object and its 'property' interpolates it during the timer execution. It will blend the 'from' 'to' values using an EasingFunction or AnimationCurve that maps the [0,1] progress to a new [0,1] actually applying the interpolation.
Tween.Cubic
Class that handles cubic form equations.
Tween.Elastic
Class that handles elastic effect interpolation.
Tween.Quad
Class that handles quadratic form equations.
Tween.Quartic
Class that handles quartic form equations.
Tween.Quintic
Class that handles quintic form equations.
Tween<T>
Extension of the tween class allowing specifying the type of the property's value ranges.
UIntInterpolator
ULongInterpolator
UShortInterpolator
ValueTypeInterpolator<T>
Base class for all numeric interpolators.
Vector2Interpolator
Vector2IntInterpolator
Vector3Interpolator
Vector3IntInterpolator
Vector4Interpolator
Interfaces
IInterpolator
Basic interface for classes able to interpolate data upon a provided [0.0;1.0] ratio.
Enums
AnimationWrapMode
Enumeration that describes how the tween animation should wrap around.


Uses of Interface
org.apache.cayenne.access.OperationObserver
| Package | Description |
|---|---|
| org.apache.cayenne.access |
Contains classes that make up Cayenne ORM stack.
|
| org.apache.cayenne.access.jdbc |
Contains classes that handle JDBC interactions.
|
| org.apache.cayenne.access.util | |
| org.apache.cayenne.dba.sqlserver |
MS SQLServer DbAdapter.
|
| org.apache.cayenne.query |
Defines standard queries supported by Cayenne and extension mechanism to create
custom queries.
|
-
Uses of OperationObserver in org.apache.cayenne.access
Methods in org.apache.cayenne.access with parameters of type OperationObserver Modifier and Type Method Description void
DataDomain. performQueries(Collection<? extends Query> queries, OperationObserver callback)
Routes queries to appropriate DataNodes for execution.void
DataNode. performQueries(Collection<? extends Query> queries, OperationObserver callback)
Runs queries using Connection obtained from internal DataSource.void
QueryEngine. performQueries(Collection<? extends Query> queries, OperationObserver resultConsumer)
Executes a list of queries wrapping them in its own transaction. -
Uses of OperationObserver in org.apache.cayenne.access.jdbc
Methods in org.apache.cayenne.access.jdbc with parameters of type OperationObserver Modifier and Type Method Description protected void
SQLTemplateAction. execute(Connection connection, OperationObserver callback, SQLStatement compiled, Collection<Number> updateCounts)
void
BatchAction. performAction(Connection connection, OperationObserver observer)
void
EJBQLAction. performAction(Connection connection, OperationObserver observer)
void
ProcedureAction. performAction(Connection connection, OperationObserver observer)
void
SelectAction. performAction(Connection connection, OperationObserver observer)
void
SQLTemplateAction. performAction(Connection connection, OperationObserver callback)
Runs a SQLTemplate query, collecting all results.protected void
BatchAction. processGeneratedKeys(Statement statement, OperationObserver observer, BatchQueryRow row)
Implements generated keys extraction supported in JDBC 3.0 specification.protected void
SQLTemplateAction. processSelectResult(SQLStatement compiled, Connection connection, Statement statement, ResultSet resultSet, OperationObserver callback, long startTime)
protected void
ProcedureAction. readProcedureOutParameters(CallableStatement statement, OperationObserver delegate)
Helper method that reads OUT parameters of a CallableStatement.protected void
BaseSQLAction. readResultSet(ResultSet resultSet, RowDescriptor descriptor, Query query, OperationObserver delegate)
Helper method to process a ResultSet.protected void
BatchAction. runAsBatch(Connection con, BatchTranslator translator, OperationObserver delegate)
protected void
BatchAction. runAsIndividualQueries(Connection connection, BatchTranslator translator, OperationObserver delegate, boolean generatesKeys)
Executes batch as individual queries over the same prepared statement. -
Uses of OperationObserver in org.apache.cayenne.access.util
Classes in org.apache.cayenne.access.util that implement OperationObserver Modifier and Type Class Description class
DefaultOperationObserver
Simple implementation of OperationObserver interface.class
DoNothingOperationObserver
A very simple observer that does nothing with provided data, and rethrows any reported exceptions.class
IteratedSelectObserver
OperationObserver that is used to track the execution of SelectQueries with results returned as ResultIterator. -
Uses of OperationObserver in org.apache.cayenne.dba.sqlserver
Methods in org.apache.cayenne.dba.sqlserver with parameters of type OperationObserver Modifier and Type Method Description void
SQLServerBatchAction. performAction(Connection connection, OperationObserver observer)
void
SQLServerProcedureAction. performAction(Connection connection, OperationObserver observer)
-
Uses of OperationObserver in org.apache.cayenne.query
Methods in org.apache.cayenne.query with parameters of type OperationObserver Modifier and Type Method Description void
SQLAction. performAction(Connection connection, OperationObserver observer)
Executes a query using a strategy defined by the implementation.


Uniformity
Show off every social network you're on with the same username.
diagramatics
This project is on Github. Go for it!


| Class | Description |
|---|---|
| Agent<T> | |
| Par<T> |
In service-based modeling, a parameter (for short a par) is a special kind of
variable, used in a service context
ParModel to refer to one of the
pieces of data provided as input to the invokers (subroutines of the
context). |
| ParList | |
| ParModel<T> |
The ParModel is a shared service context as a map of parameters (Pars),
parameter name and its argument
|
| ParSet |
| Exception | Description |
|---|---|
| ParException |
Copyright © 2013-2014 Sorcersoft.com S.A.. All Rights Reserved.


General Election 2019: These are the candidates standing in Preston, Chorley and South Ribble
by Colin AinscoughCampaigning is well underway as the country prepares to go to the polls in a snap General Election on Thursday, December 12.
These are the confirmed candidates standing in Preston, Chorley and South Ribble
::PRESTON
Neil Darby - Liberal Democrats
Sir Mark Hendrick - Labour and Co-Operative Party
Michele Scott - Conservative Party
Rob Sherratt - Brexit Party
Michael Welton - Green Party
::WYRE AND PRESTON NORTH
Some residents in the Cadley, Garrison, Greyfriars, Preston Rural East, Preston Rural North, Ribbleton and Sharoe Green city council wards sit within this constituency.
Joanne Ainscough - Labour Party
Ruth Norbury - Green Party
John Potter - Liberal Democrats
David Ragozzino - Independent
Ben Wallace - Conservative Party
::CHORLEY
Mark Brexit-Smith - Independent
Sir Lindsay Hoyle - The Speaker seeking re-election
James Melling - Green Party
::SOUTH RIBBLE
Jo Barton - Liberal Democrat
Andy Fewings - Green Party
Katherine Fletcher - Conservative Party
Kim Snape - Labour Party


{% load static %}
Visiting Scientist from INRA-Jouy, France
Wolfram is a visiting scientist from the Institut National de la Recherche Agronomique in France.


The sample code that comes with this tutorial creates a database that is used by a proprietor of a small coffee house called The Coffee Break, where coffee beans are sold by the pound and brewed coffee is sold by the cup.
The following steps configure a JDBC development environment with which you can compile and run the tutorial samples:
Install the latest version of the Java SE SDK on your computer.
Ensure that the full directory path of the Java SE SDK bin
directory is in your PATH
environment variable so that you can run the Java compiler and the Java application launcher from any directory.
Install your database management system (DBMS) if needed.
You may use Java DB, which comes with the latest version of Java SE SDK. This tutorial has been tested for the following DBMS:
Note that if you are using another DBMS, you might have to alter the code of the tutorial samples.
Install a JDBC driver from the vendor of your database.
If you are using Java DB, it already comes with a JDBC driver. If you are using MySQL, install the latest version of Connector/J.
Contact the vendor of your database to obtain a JDBC driver for your DBMS.
There are many possible implementations of JDBC drivers. These implementations are categorized as follows:
Type 1: Drivers that implement the JDBC API as a mapping to another data access API, such as ODBC (Open Database Connectivity). Drivers of this type are generally dependent on a native library, which limits their portability. The JDBC-ODBC Bridge is an example of a Type 1 driver.
Note: The JDBC-ODBC Bridge should be considered a transitional solution. It is not supported by Oracle. Consider using this only if your DBMS does not offer a Java-only JDBC driver.
Type 2: Drivers that are written partly in the Java programming language and partly in native code. These drivers use a native client library specific to the data source to which they connect. Again, because of the native code, their portability is limited. Oracle's OCI (Oracle Call Interface) client-side driver is an example of a Type 2 driver.
Type 3: Drivers that use a pure Java client and communicate with a middleware server using a database-independent protocol. The middleware server then communicates the client's requests to the data source.
Type 4: Drivers that are pure Java and implement the network protocol for a specific data source. The client connects directly to the data source.
Check which driver types comes with your DBMS. Java DB comes with two Type 4 drivers, an Embedded driver and a Network Client Driver. MySQL Connector/J is a Type 4 driver.
Installing a JDBC driver generally consists of copying the driver to your computer, then adding the location of it to your class path. In addition, many JDBC drivers other than Type 4 drivers require you to install a client-side API. No other special configuration is usually needed.
Install Apache Ant.
These steps use Apache Ant, a Java-based tool, to build, compile, and run the JDBC tutorial samples. Go to the following link to download Apache Ant:
Ensure that the Apache Ant executable file is in your PATH
environment variable so that you can run it from any directory.
Install Apache Xalan.
The sample RSSFeedsTable.java
, which is described in Using SQLXML Objects, requires Apache Xalan if your DBMS is Java DB. The sample uses Apache Xalan-Java. Go to the following link to download it:
Download the sample code.
The sample code, JDBCTutorial.zip
, consists of the following files:
properties
javadb-build-properties.xml
javadb-sample-properties.xml
mysql-build-properties.xml
mysql-sample-properties.xml
sql
javadb
create-procedures.sql
create-tables.sql
drop-tables.sql
populate-tables.sql
mysql
create-procedures.sql
create-tables.sql
drop-tables.sql
populate-tables.sql
src/com/oracle/tutorial/jdbc
CachedRowSetSample.java
CityFilter.java
ClobSample.java
CoffeesFrame.java
CoffeesTable.java
CoffeesTableModel.java
DatalinkSample.java
ExampleRowSetListener.java
FilteredRowSetSample.java
JdbcRowSetSample.java
JDBCTutorialUtilities.java
JoinSample.java
ProductInformationTable.java
RSSFeedsTable.java
StateFilter.java
StoredProcedureJavaDBSample.java
StoredProcedureMySQLSample.java
SuppliersTable.java
WebRowSetSample.java
txt
colombian-description.txt
xml
rss-coffee-industry-news.xml
rss-the-coffee-break-blog.xml
build.xml
Create a directory to contain all the files of the sample. These steps refer to this directory as <JDBC tutorial directory>
. Unzip the contents of JDBCTutorial.zip
into <JDBC tutorial directory>
.
Modify the build.xml
file.
The build.xml
file is the build file that Apache Ant uses to compile and execute the JDBC samples. The files properties/javadb-build-properties.xml
and properties/mysql-build-properties.xml
contain additional Apache Ant properties required for Java DB and MySQL, respectively. The files properties/javadb-sample-properties.xml
and properties/mysql-sample-properties.xml
contain properties required by the sample.
Modify these XML files as follows:
In the build.xml
file, modify the property ANTPROPERTIES
to refer to either properties/javadb-build-properties.xml
or properties/mysql-build-properties.xml
, depending on your DBMS. For example, if you are using Java DB, your build.xml
file would contain this:
<property name="ANTPROPERTIES" value="properties/javadb-build-properties.xml"/> <import file="${ANTPROPERTIES}"/>
Similarly, if you are using MySQL, your build.xml
file would contain this:
<property name="ANTPROPERTIES" value="properties/mysql-build-properties.xml"/> <import file="${ANTPROPERTIES}"/>
In the properties/javadb-build-properties.xml
or properties/mysql-build-properties.xml
file (depending on your DBMS), modify the following properties, as described in the following table:
| Property | Description |
|---|---|
JAVAC |
The full path name of your Java compiler, javac |
JAVA |
The full path name of your Java runtime executable, java |
PROPERTIESFILE |
The name of the properties file, either properties/javadb-sample-properties.xml or properties/mysql-sample-properties.xml |
MYSQLDRIVER |
The full path name of your MySQL driver. For Connector/J, this is typically <Connector/J installation directory>/mysql-connector-java-version-number.jar . |
JAVADBDRIVER |
The full path name of your Java DB driver. This is typically <Java DB installation directory>/lib/derby.jar . |
XALANDIRECTORY |
The full path name of the directory that contains Apache Xalan. |
CLASSPATH |
The class path that the JDBC tutorial uses. You do not need to change this value. |
XALAN |
The full path name of the file xalan.jar . |
DB.VENDOR |
A value of either derby or mysql depending on whether you are using Java DB or MySQL, respectively. The tutorial uses this value to construct the URL required to connect to the DBMS and identify DBMS-specific code and SQL statements. |
DB.DRIVER |
The fully qualified class name of the JDBC driver. For Java DB, this is org.apache.derby.jdbc.EmbeddedDriver . For MySQL, this is com.mysql.jdbc.Driver . |
DB.HOST |
The host name of the computer hosting your DBMS. |
DB.PORT |
The port number of the computer hosting your DBMS. |
DB.SID |
The name of the database the tutorial creates and uses. |
DB.URL.NEWDATABASE |
The connection URL used to connect to your DBMS when creating a new database. You do not need to change this value. |
DB.URL |
The connection URL used to connect to your DBMS. You do not need to change this value. |
DB.USER |
The name of the user that has access to create databases in the DBMS. |
DB.PASSWORD |
The password of the user specified in DB.USER . |
DB.DELIMITER |
The character used to separate SQL statements. Do not change this value. It should be the semicolon character (; ). |
Modify the tutorial properties file.
The tutorial samples use the values in either the properties/javadb-sample-properties.xml
file or properties/mysql-sample-properties.xml
file (depending on your DBMS) to connect to the DBMS and initialize databases and tables, as described in the following table:
| Property | Description |
|---|---|
dbms |
A value of either derby or mysql depending on whether you are using Java DB or MySQL, respectively. The tutorial uses this value to construct the URL required to connect to the DBMS and identify DBMS-specific code and SQL statements. |
jar_file |
The full path name of the JAR file that contains all the class files of this tutorial. |
driver |
The fully qualified class name of the JDBC driver. For Java DB, this is org.apache.derby.jdbc.EmbeddedDriver . For MySQL, this is com.mysql.jdbc.Driver . |
database_name |
The name of the database the tutorial creates and uses. |
user_name |
The name of the user that has access to create databases in the DBMS. |
password |
The password of the user specified in user_name . |
server_name |
The host name of the computer hosting your DBMS. |
port_number |
The port number of the computer hosting your DBMS. |
Note: For simplicity in demonstrating the JDBC API, the JDBC tutorial sample code does not perform the password management techniques that a deployed system normally uses. In a production environment, you can follow the Oracle Database password management guidelines and disable any sample accounts. See the section "Securing Passwords in Application Design" in Chapter 5, "Managing Security for Application Developers" in Oracle Database Security Guide for password management guidelines and other security recommendations.
Compile and package the samples.
At a command prompt, change the current directory to <JDBC tutorial directory>
. From this directory, run the following command to compile the samples and package them in a jar file:
ant jar
Create databases, tables, and populate tables.
If you are using MySQL, then run the following command to create a database:
ant create-mysql-database
If you are using either Java DB or MySQL, then from the same directory, run the following command to delete existing sample database tables, recreate the tables, and populate them:
ant setup
Note: You should run the command ant setup
every time before you run one of the Java classes in the sample. Many of these samples expect specific data in the contents of the sample's database tables.
Run the samples.
Each target in the build.xml
file corresponds to a Java class or SQL script in the JDBC samples. The following table lists the targets in the build.xml
file, which class or script each target executes, and other classes or files each target requires:
| Ant Target | Class or SQL Script | Other Required Classes or Files |
|---|---|---|
javadb-create-procedure |
javadb/create-procedures.sql ; see the build.xml file to view other SQL statements that are run |
No other required files |
mysql-create-procedure |
mysql/create-procedures.sql . |
No other required files |
run |
JDBCTutorialUtilities |
No other required classes |
runct |
CoffeesTable |
JDBCTutorialUtilities |
runst |
SuppliersTable |
JDBCTutorialUtilities |
runjrs |
JdbcRowSetSample |
JDBCTutorialUtilities |
runcrs |
CachedRowSetSample ,
ExampleRowSetListener |
JDBCTutorialUtilities |
runjoin |
JoinSample |
JDBCTutorialUtilities |
runfrs |
FilteredRowSetSample |
JDBCTutorialUtilities ,
CityFilter ,
StateFilter |
runwrs |
WebRowSetSample |
JDBCTutorialUtilities |
runclob |
ClobSample |
JDBCTutorialUtilities , txt/colombian-description.txt |
runrss |
RSSFeedsTable |
JDBCTutorialUtilities ,
the XML files contained in the xml directory |
rundl |
DatalinkSample |
JDBCTutorialUtilities |
runspjavadb |
StoredProcedureJavaDBSample |
JDBCTutorialUtilities , SuppliersTable , CoffeesTable |
runspmysql |
StoredProcedureMySQLSample |
JDBCTutorialUtilities , SuppliersTable , CoffeesTable |
runframe |
CoffeesFrame |
JDBCTutorialUtilities , CoffeesTableModel |
For example, to run the class CoffeesTable
, change the current directory to <JDBC tutorial directory>
, and from this directory, run the following command:
ant runct