FluentData
FluentData - a micro-ORM with a fluent API that makes it simple to query a database.
A simple-to-use micro-ORM with a great fluent API that makes it simple to select, insert, update, and delete data in a database.
Getting started
Requirements
- .NET Framework 4.0. or newer
Supported databases
- MS SQL Server using the native .NET driver.
- MS SQL Azure using the native .NET driver.
- MS Access using the native .NET driver.
- MS SQL Server Compact 4.0 through the Microsoft SQL Server Compact 4.0 driver.
- Oracle through the ODP.NET driver.
- MySQL through the MySQL Connector .NET driver.
- SQLite through the SQLite ADO.NET Data Provider.
- PostgreSql through the Npgsql provider.
- IBM DB2
- Sybase through the https://github.com/FredoKapo/FLUENT-ORM-ASE-PROVIDER provider.
Installation
If you are using NuGet:
PM > Install-Package FluentData
If you are not using NuGet:
- Download the zip with the binary files.
- Extract it, and copy the files to your solution or project folder.
- Add a project reference to FluentData.dll.
Core concepts
DbContext
This class is the starting point for working with FluentData. It has properties for defining configurations such as the connection string to the database, and operations for querying the database.
DbCommand
This is the class that is responsible for performing the actual query against the database.
Events
The DbContext class has support for the following events:
- OnConnectionClosed
- OnConnectionOpened
- OnConnectionOpening
- OnError
- OnExecuted
- OnExecuting
By using any of these then you can for instance write to the log if an error has occurred or when a query has been executed.
Builders
A builder provides a nice fluent API for generating SQL for insert, update and delete queries.
Mapping
FluentData can automap the result from a SQL query to either a dynamic type (new in .NET 4.0) or to your own .NET entity type (POCO - Plain Old CLR Object) by using the following convention:
Automap to an entity type:
- If the field name does not contain an underscore ("_") then it will try to try to automap to a property with the same name. For instance a field named "Name" would be automapped to a property also named "Name".
- If a field name does contain an underscore ("_") then it will try to map to a nested property. For instance a field named "Category_Name" would be automapped to the property "Category.Name".
If there is a mismatch between the fields in the database and in the entity type then the alias keyword in SQL can be used or you can create your own mapping method. Check the mapping section below for code samples.
Automap to a dynamic type:
For dynamic types every field will be automapped to a property with the same name. For instance the field name Name would be automapped to the Name property.
When should you dispose?
- DbContext must be disposed if you have enabled UseTransaction or UseSharedConnection.
- DbCommand must be disposed if you have enabled UseMultiResult (or MultiResultSql).
- StoredProcedureBuilder must be disposed if you have enabled UseMultiResult.
In all the other cases dispose will be handled automatically by FluentData. This means that a database connection is opened just before a query is executed and closed just after the execution has been completed.
Code samples
Create and initialize a DbContext
The connection string on the DbContext class can be initialized either by giving the connection string name in the *.config file or by sending in the entire connection string.
Important configurations
IgnoreIfAutoMapFails
Calling this prevents automapper from throwing an exception if a column cannot be mapped to a corresponding property due to a name mismatch.
Create and initialize a DbContext
The DbContext can be initialized by either calling ConnectionStringName which will read the connection string from the *.config file:
public IDbContext Context()
{
return new DbContext().ConnectionStringName("MyDatabase", new SqlServerProvider());
}
or by calling the ConnectionString method to set the connection string explicitly:
public IDbContext Context()
{
return new DbContext().ConnectionString("Server=MyServerAddress;Database=MyDatabase;Trusted_Connection=True;", new SqlServerProvider());
}
Providers
If you want to work against another database than SqlServer then simply replace the SqlServerProvider in the sample code above with any of the following:
- AccessProvider
- DB2Provider
- OracleProvider
- MySqlProvider
- PostgreSqlProvider
- SqliteProvider
- SqlServerCompact
- SqlAzureProvider
- SqlServerProvider
Query for a list of items
Return a list of dynamic objects (new in .NET 4.0):
List<dynamic> products = Context.Sql(@"SELECT * FROM Product").QueryMany<dynamic>();
Return a list of strongly typed objects:
List<Product> products = Context.Sql(@"SELECT * FROM Product").QueryMany<Product>();
Return a list of strongly typed objects in a custom collection:
ProductionCollection products = Context.Sql(@"SELECT * FROM Product").QueryMany<Product, ProductionCollection>();
Return a DataTable:
Query for a single item
Return as a dynamic object:
dynamic product = Context.Sql(@"SELECT * FROM Product WHERE ProductId = 1").QuerySingle<dynamic>();
Return as a strongly typed object:
Product product = Context.Sql(@"SELECT * FROM Product WHERE ProductId = 1").QuerySingle<Product>();
Return as a DataTable:
DataTable products = Context.Sql(@"SELECT * FROM Product").QuerySingle<DataTable>();
Both QueryMany<DataTable> and QuerySingle<DataTable> can be called to return a DataTable, but since QueryMany returns a List<DataTable> then it's more convenient to call QuerySingle which returns just DataTable. Even though the method is called QuerySingle, multiple rows will still be returned as part of the DataTable.
Query for a scalar value
int numberOfProducts = Context.Sql(@"SELECT COUNT(*) FROM Product").QuerySingle<int>();
Query for a list of scalar values
List<int> productIds = Context.Sql(@"SELECT ProductId FROM Product").QueryMany<int>();
Parameters
Indexed parameters:
dynamic products = Context.Sql(@"SELECT * FROM Product WHERE ProductId = @0 OR ProductId = @1", 1, 2)
.QueryMany<dynamic>();
or:
dynamic products = Context.Sql(@"SELECT * FROM Product WHERE ProductId = @0 OR ProductId = @1")
.Parameters(1, 2)
.QueryMany<dynamic>();
Named parameters:
dynamic products = Context.Sql(@"SELECT * FROM Product WHERE ProductId = @ProductId1 OR ProductId = @ProductId2")
.Parameter("ProductId1", 1)
.Parameter("ProductId2", 2)
.QueryMany<dynamic>();
Output parameter:
var command = Context.Sql(@"SELECT @ProductName = Name FROM Product WHERE ProductId=1")
.ParameterOut("ProductName", DataTypes.String, 100);
command.Execute();
string productName = command.ParameterValue<string>("ProductName");
List of parameters - IN
operator:
List<int> ids = new List<int>() { 1, 2, 3, 4 };
//be careful here; don't leave any whitespace around IN(...) syntax.
dynamic products = Context.Sql(@"SELECT * FROM Product WHERE ProductId IN(@0)", ids)
.QueryMany<dynamic>();
LIKE
operator:
string cens = "%abc%";
Context.Sql(@"SELECT * FROM Product WHERE ProductName LIKE @0",cens);
Mapping
Automapping - 1:1 match between the database and the .NET object:
List<Product> products = Context.Sql(@"SELECT * FROM Product")
.QueryMany<Product>();
Automap to a custom collection:
ProductionCollection products = Context.Sql(@"SELECT * FROM Product")
.QueryMany<Product, ProductionCollection>();
Automapping - Mismatch between the database and the .NET object, use the alias keyword in SQL:
Weakly typed:
List<Product> products = Context.Sql(@"SELECT p.*,
c.CategoryId AS Category_CategoryId,
c.Name AS Category_Name
FROM Product p
INNER JOIN Category c ON p.CategoryId = c.CategoryId")
.QueryMany<Product>();
Here the p.* which is ProductId and Name would be automapped to the properties Product.Name and Product.ProductId, and Category_CategoryId and Category_Name would be automapped to Product.Category.CategoryId and Product.Category.Name.
Custom mapping using dynamic:
List<Product> products = Context.Sql(@"SELECT * FROM Product")
.QueryMany<Product>(Custom_mapper_using_dynamic);
public void Custom_mapper_using_dynamic(Product product, dynamic row)
{
product.ProductId = row.ProductId;
product.Name = row.Name;
}
Custom mapping using a datareader:
List<Product> products = Context.Sql(@"SELECT * FROM Product")
.QueryMany<Product>(Custom_mapper_using_datareader);
public void Custom_mapper_using_datareader(Product product, IDataReader row)
{
product.ProductId = row.GetInt32("ProductId");
product.Name = row.GetString("Name");
}
Or if you have a complex entity type where you need to control how it is created then the QueryComplexMany/QueryComplexSingle can be used:
var products = new List<Product>();
Context.Sql(@"SELECT * FROM Product")
.QueryComplexMany<Product>(products, MapComplexProduct);
private void MapComplexProduct(IList<Product> products, IDataReader reader)
{
var product = new Product();
product.ProductId = reader.GetInt32("ProductId");
product.Name = reader.GetString("Name");
products.Add(product);
}
Multiple result sets
FluentData supports multiple resultsets. This allows you to do multiple queries in a single database call. When this feature is used it's important to wrap the code inside a using statement as shown below in order to make sure that the database connection is closed.
using (var command = Context.MultiResultSql)
{
List<Category> categories = command.Sql(@"SELECT * FROM Category; SELECT * FROM Product;")
.QueryMany<Category>();
List<Product> products = command.QueryMany<Product>();
}
The first time the Query method is called it does a single query against the database. The second time the Query is called, FluentData already knows that it's running in a multiple result set mode, so it reuses the data retrieved from the first query.
Select data and Paging
A select builder exists to make selecting data and paging easy:
List<Product> products =<EMAIL_ADDRESS>c.Name AS Category_Name")
.From(@"Product p INNER JOIN Category c ON c.CategoryId = p.CategoryId")
<EMAIL_ADDRESS>> 0 AND p.Name IS NOT NULL")
.OrderBy("p.Name")
.Paging(1, 10)
.QueryMany();
By calling Paging(1, 10) then the first 10 products will be returned.
Insert data
Using SQL:
int productId = Context.Sql(@"INSERT INTO Product(Name, CategoryId) VALUES(@0, @1);")
.Parameters("The Warren Buffet Way", 1)
.ExecuteReturnLastId<int>();
Using a builder:
int productId = Context.Insert("Product")
.Column("Name", "The Warren Buffet Way")
.Column("CategoryId", 1)
.ExecuteReturnLastId<int>();
Using a builder with automapping:
Product product = new Product();
product.Name = "The Warren Buffet Way";
product.CategoryId = 1;
product.ProductId = Context.Insert<Product>("Product", product)
.AutoMap(x => x.ProductId)
.ExecuteReturnLastId<int>();
We send in ProductId to the AutoMap method to get AutoMap to ignore and not map the ProductId since this property is an identity field where the value is generated in the database.
Update data
Using SQL:
int rowsAffected = Context.Sql(@"UPDATE Product SET Name = @0 WHERE ProductId = @1")
.Parameters("The Warren Buffet Way", 1)
.Execute();
Using a builder:
int rowsAffected = Context.Update("Product")
.Column("Name", "The Warren Buffet Way")
.Where("ProductId", 1)
.Execute();
Using a builder with automapping:
Product product = Context.Sql(@"SELECT * FROM Product WHERE ProductId = 1")
.QuerySingle<Product>();
product.Name = "The Warren Buffet Way";
int rowsAffected = Context.Update<Product>("Product", product)
.AutoMap(x => x.ProductId)
.Where(x => x.ProductId)
.Execute();
We send in ProductId to the AutoMap method to get AutoMap to ignore and not map the ProductId since this is the identity field that should not get updated.
IgnoreIfAutoMapFails
When reading from the database, if some data columns are not mapped to an entity class, FluentData will (by default) throw an exception. If you want ignore the exception,
or if the property is not used for map data table, then you can use the IgnoreIfAutoMapFails(true);
option; this will ignore the exception.
context.IgnoreIfAutoMapFails(true);
Insert and update - common Fill method
var product = new Product();
product.Name = "The Warren Buffet Way";
product.CategoryId = 1;
var insertBuilder = Context.Insert<Product>("Product", product).Fill(FillBuilder);
var updateBuilder = Context.Update<Product>("Product", product).Fill(FillBuilder);
public void FillBuilder(IInsertUpdateBuilder<Product> builder)
{
builder.Column(x => x.Name);
builder.Column(x => x.CategoryId);
}
Delete data
Using SQL:
int rowsAffected = Context.Sql(@"DELETE FROM Product WHERE ProductId = 1")
.Execute();
Using a builder:
int rowsAffected = Context.Delete("Product")
.Where("ProductId", 1)
.Execute();
Stored procedure
Using SQL:
var rowsAffected = Context.Sql("ProductUpdate")
.CommandType(DbCommandTypes.StoredProcedure)
.Parameter("ProductId", 1)
.Parameter("Name", "The Warren Buffet Way")
.Execute();
Using a builder:
var rowsAffected = Context.StoredProcedure("ProductUpdate")
.Parameter("Name", "The Warren Buffet Way")
.Parameter("ProductId", 1).Execute();
Using a builder with automapping:
var product = Context.Sql(@"SELECT * FROM Product WHERE ProductId = 1")
.QuerySingle<Product>();
product.Name = "The Warren Buffet Way";
var rowsAffected = Context.StoredProcedure<Product>("ProductUpdate", product)
.AutoMap(x => x.CategoryId).Execute();
Using a builder with automapping and expressions:
var product = Context.Sql(@"SELECT * FROM Product WHERE ProductId = 1")
.QuerySingle<Product>();
product.Name = "The Warren Buffet Way";
var rowsAffected = Context.StoredProcedure<Product>("ProductUpdate", product)
.Parameter(x => x.ProductId)
.Parameter(x => x.Name).Execute();
Transactions
FluentData supports transactions. When you use transactions its important to wrap the code inside a using statement to make sure that the database connection is closed. By default, if any exception occur or if Commit is not called then Rollback will automatically be called.
using (var context = Context.UseTransaction(true))
{
context.Sql(@"UPDATE Product SET Name = @0 WHERE ProductId = @1")
.Parameters("The Warren Buffet Way", 1)
.Execute();
context.Sql(@"UPDATE Product SET Name = @0 WHERE ProductId = @1")
.Parameters("Bill Gates Bio", 2)
.Execute();
context.Commit();
}
Entity factory
The entity factory is responsible for creating object instances during automapping. If you have some complex business objects that require special actions during creation, you can create your own custom entity factory:
List<Product> products = Context.EntityFactory(new CustomEntityFactory())
.Sql(@"SELECT * FROM Product")
.QueryMany<Product>();
public class CustomEntityFactory : IEntityFactory
{
public virtual object Resolve(Type type)
{
return Activator.CreateInstance(type);
}
}


This Week on npm v20190201<EMAIL_ADDRESS>Here are the most popular packages that published new releases to npm this week. Packages are ranked by downloads in December 2018, and versions are broken down by major, minor, and patch releases.
Major
1<EMAIL_ADDRESS>the mighty option parser used by yargs
2<EMAIL_ADDRESS>shim for require.main.filename() that works in as many environments as possible
3<EMAIL_ADDRESS>Stringify any JavaScript value.
4<EMAIL_ADDRESS>Generic configuration validation tool that helps you with warnings, errors and deprecation messages as well as showing users examples of correct configuration.
5<EMAIL_ADDRESS>jest-docblock
is a package that can extract and parse a specially-formatted comment called a "docblock" at the top of a file.
6<EMAIL_ADDRESS>Jest plugin to use babel for transformation.
7<EMAIL_ADDRESS>> Babel preset for all Jest plugins. This preset is automatically included when using babel-jest.
8<EMAIL_ADDRESS>Babel plugin to hoist jest.disableAutomock
, jest.enableAutomock
, jest.unmock
, jest.mock
, calls above import
statements. This plugin is automatically included when using [babel-jest](https://github.com/facebook/jest/tree/master/packages/babel-jes
9<EMAIL_ADDRESS>A set of utility functions for expect and related packages
10<EMAIL_ADDRESS>undefined
Minor
1<EMAIL_ADDRESS>ANSI escape codes for manipulating the terminal
2<EMAIL_ADDRESS>Custom JSON-Schema keywords for Ajv validator
3<EMAIL_ADDRESS>Memoize functions - An optimization used to speed up consecutive function calls by caching the result of calls with identical input
4<EMAIL_ADDRESS>Reactive Extensions for modern JavaScript
5<EMAIL_ADDRESS>Slice a string with ANSI escape codes
6<EMAIL_ADDRESS>Core istanbul API for JS code coverage
7<EMAIL_ADDRESS>istanbul reports
8<EMAIL_ADDRESS>High level API for istanbul features
9<EMAIL_ADDRESS>Import with sanity.
10<EMAIL_ADDRESS>A logger for just about everything.
Patch
1<EMAIL_ADDRESS>TypeScript definitions for Node.js
2<EMAIL_ADDRESS>ECMAScript parser
3<EMAIL_ADDRESS>Simple to use, blazing fast and thoroughly tested websocket client and server for Node.js
4<EMAIL_ADDRESS>Port of TweetNaCl cryptographic library to JavaScript
5<EMAIL_ADDRESS>Ignore is a manager and filter for .gitignore rules, the one used by eslint, gitbook and many others.
6<EMAIL_ADDRESS>Provides a list of electron-to-chromium version mappings
7<EMAIL_ADDRESS>Normalizes data that can be found in package.json files.
8<EMAIL_ADDRESS>Parse CSS and add vendor prefixes to CSS rules using values from the Can I Use website
9<EMAIL_ADDRESS>A smaller version of caniuse-db, with only the essentials!
10<EMAIL_ADDRESS>Formats data into a string table.
<EMAIL_ADDRESS>RxJS is the leading implementation of observables, a concurrency primitive that's a mix of a promise and a stream. An observable is a stream with 3 events:
next
: the next bit of data is availablecomplete
: the operation is doneerror
: the operation failed
The classic use case for an observable is a progress bar for a slow HTTP request. You can load data piece by piece from the server, emit progress in next
events, and then emit a complete
event when the request is done.
RxJS 6.4 introduces a couple small new features. The first is that mergeScan()
now passes an index
to the accumulator function. It's pretty interesting that RxJS is expanding mergeScan()
after considering removing it in RxJS 6.
const { from } = require('rxjs');
const { mergeScan } = require('rxjs/operators');
const numbers$ = from([1, 2, 3, 4, 5]);
const factorial$ = numbers$.
// `index` is undefined in RxJS 6.3
pipe(mergeScan((acc, num, index) => from([{ index, cur: acc.cur * num }]), { cur: 1 }));
factorial$.subscribe(v => console.log(`${v.index}. ${v.cur}`));
The takeWhile
operator now also accepts an inclusive
option. The takeWhile(predicate)
operator transforms your observable to return all values until predicate()
returns a falsy value. With inclusive: true
, it will also return the first value for which predicate()
returned a falsy value.
const { from } = require('rxjs');
const { takeWhile } = require('rxjs/operators');
const numbers$ = from([1, 2, 3, 4, 5]);
const first3$ = numbers$.
pipe(takeWhile(x => x < 3, true));
// Prints "1, 2, 3" because 3 is the first falsy predicate
first3$.subscribe(v => console.log(v));
Moving On
There were 69,958 new releases between January 25 and February 1. How many of those affect you? Check out JSReport for Slack and keep up to date with the JavaScript libraries you depend on.


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-- 选择讲师 {foreach $teacher as $val} {$val['nickname']} {/foreach} 菜单名称父级菜单菜单类型菜单级别 选择商品 {foreach $goods as $val} {$val['goods_name']} {/foreach} 菜单名称父级菜单菜单类型菜单级别 查询


Note: This is an archive of the previous version of AEUX for use with Sketch <51. Use of the current version is recomended.
Sketch layers may now be imported into After Effects without redrawing everything in Illustrator. Avoid the startling realization that you have to repeat the whole import process simply because you forgot to split one element out onto its own layer or that type has to be converted into live text as an additional process per layer.
Quickly export selected layers or a whole artboard from Sketch with type metrics, transform data, images, symbol hierarchy, and grouping intact. It's little bit better than the native Illustrator => AE import. Hooray.
Install
The system consists of a Sketch plugin and an After Effects script that will stringify and parse a JSON version of the layer data. The system is open source and also available on GitHub (change log).
Sketch2AE v0.54 is the current version and works with Sketch 49+. If you are using an older version of Sketch, download Sketch2AE v0.53.
Workflow
Select your artboard, create a new Sketch file, paste artboard into new file.
**This step is optional but recommended.**
Why? Complexity within a Sketch file can vary from user to user. In order to find all the symbols in a file, the plugin has to run through all the symbols to
find the right one. This can take long time from a stickersheet or similar heavy file.
Inside of Sketch, assets are allowed to float loose within the file without an Artboard (like in a stickersheet).
This is totally cool for working in Sketch, but in order for Sketch2AE to know how big to draw everything within
an AE comp, we need an artboard. The size of the artboard will be the bounds of the comp, so set this
size correctly.
Keyboard shortcut A in Sketch allows you to define a new artboard if needed.
Drag a bounding box over all the art within your artboard to select all visible layers, or select specific layers for export.
Selecting this way will skip non-visible layers that may only exist in the artboard for reference.
Or select the artboard itself to select all the layers (hidden or visible). That's your call, dude.
*Images within your selected layers (along with gradients) will be exported for import into After Effects.
With the Sketch2AE panel open, select one of the two import options to paste data from Sketch or open and export a .Sketchae file. Images will be imported (if applicable), symbols will be built as reusable precomps (if applicable), and a whole lot of layers will be built based on the Import Options.
Data from sketch will be imported with a couple simple options.
SKETCH FEATURES in AE
Groups aren't exactly a thing inside of AE, but they really should be. To support the grouping of elements, Sketch2AE will create a bounding box layer as a parent to the grouped layers. This parent layer will be inactive and set as shy to keep the comp from cluttering. Manually activate these layers (click the eyeball), or click the Group Visibility button to toggle all of these grouping layers.
One of the most powerful Sketch features is Symbols. An element can exist in multiple locations and artboards and point back to a single reference for quick updating. Hmmm... that sounds a lot like a precomp. Sketch Symbols will be created as precomps at their native size, scaled as needed and reused in master comps.
Great care has been taken to import as many editable (and animatable) properties as possible. One property that AE doesn't import well is gradients (the gradient edit panel is not scriptable). To get around this, Sketch2AE will export gradient fills, gradient strokes, image fills, and textures as image of the layer.
Supported Features
Image effects like Blur and Color Adjustment will be rendered with the exported images to preserve their design in Sketch. Sometimes these effects can increase the bounds of a layer larger than the metrics say it is. This leads to a position offset of the layer, pushing it down and to the right. Some manual adjustment will be required in AE to correct this.
Thick strokes on rendered images (with gradients and textures) will also result in this position offset – Something to be aware of.
It happens. Sorry about that. The math that sorts the differences between Sketch and AE can't catch everything (especially multi-line text strings). The good news is that the text is live and can be easily edited and realigned.
Since Sketch has no concept of an anchor point, shape rotation is based purely on the object center. This means that shape rotation is possible to support and retain accurate positioning. Layers > Combine > Flatten all paths to ensure correct importing.
| Sketch Shape | AE Shape Layers | Notes |
|---|---|---|
| Vector | Path | Layer with appropriate strokes and/or fills |
| Pencil | Path | Layer with only stroke |
| Line | Path | Layer with only stroke |
| Arrow | Unsupported | Since AE doesn't support end shapes, it cannot drawn an arrow. Instead the shape will be drawn as a simple path line. |
| Rectangle | Rectangle | Primitive shape with top-left anchor point |
| Oval | Ellipse | Primitive shape with top-left anchor point |
| Rounded Rectangle | Rectangle | Primitive shape with corner rounding |
| Star | Path | Layer with appropriate strokes and/or fills |
| Polygon | Path | Layer with appropriate strokes and/or fills |
| Triangle | Path | Layer with appropriate strokes and/or fills |
| Sketch Text | AE Text Box | Allows multi-line and justification |
| Options | Unsupported | Decorations (underline, strike-through), Lists, and Text Transform are not supported in AE |
| Color | Text Color | |
| Size | Size | Comes across native and the layer itself is scaled to compensate for the comp size |
| Alignment | Paragraph justification | |
| Width (auto/fixed) | Unnecessary | With text boxes, this setting is not needed |
| Character Spacing | Tracking | |
| Line Spacing | Text animator line spacing | Applied with text animators since Leading is not scriptable |
| Paragraph Spacing | Unsupported | Not scriptable in AE |
| Fill Color | Text animator color | Additional Fills are applied with text animators. Fills override base color. Fill blending modes are not supported. |
| Stroke Color | Text stroke | One stroke is available in Sketch and translates to the text layer's stroke |
| Additional Layer Types | ||
| Combined Shape (Boolean) | Shape Layer | Multiple primitive shapes and paths may be combined in Sketch with Union, Subtract, Intersect, and Difference. These shapes will be combined into one shape layer with Merge Paths. |
| Image | Imported Image | Images, gradients, and textures are all rendered from Sketch and imported into AE. See sidebar. |
| Symbol | Precomp | Created once and reused in multiple comps |
| Group | Hidden guide layer | Used as a parent for grouped layers. Group parent may be used to reposition and scale all nested layers. |
| Masks | Set Matte Effect | When layers are masked inside of a group, the lowest layer will be used as the Matte for all other layers in the group |
| Transforms | ||
| Position | Position - Comp size multiplied | Layer anchor points set to top-left and positioned relative to the comp size |
| Size | Unnecessary | Scale is set to 100% for all layers (except text) and this value is used to define the layer's bounds to help draw it in AE |
| Rotation | Unsupported | Sketch uses the top left for position and scaling, yet uses the layer geometric center for rotation. Setting a rotation and position value becomes pretty tricky, so remember to Flatten the before export layer to maintain the appearance. |
| Opacity | Opacity | One of the few properties from Sketch that doesn't require crazy math to make work. yay |
| Blending Mode | Layer Blending Mode | Blending on the layer itself, not to be confused with a Fill's internal blending mode |
| Fills | ||
| Color | Shape layer fill | Multiple stacked fills may be exported. To lighten the complexity, fills must be enabled to be exported. |
| Blending Mode | Shape fill blend mode | This blend mode affects how the stacked colors affect one another, not how the layer interacts with other layers |
| Opacity | Opacity | This opacity affects how the stacked colors affect one another, not how the layer interacts with other layers |
| Borders/Strokes | ||
| Color | Shape layer Stroke | Multiple stacked strokes may be exported. To lighten the complexity, strokes must be enabled to be exported. |
| Position | Unsupported | AE cannot set the stroke position (inside, center, outside) and will default to Center |
| Thickness | Stroke Width | This value comes across identical. The scaling of the layer to the comp size is done in the shape's group transform. |
| Ends | Line Cap | Butt, Round and Projecting cap |
| Joins | Line Join | Butt, Round and Projecting join |
| Start/End Arrow | Unsupported | AE doesn't support end shapes. dang. |
| Shadows | ||
| Shadow | Drop Shadow effect | Multiple stacked drop shadows may be exported. To lighten the complexity, shadows must be enabled to be exported. |
| Color | Shadow Color | |
| Color Opacity | Opacity | Opacity is split out as a separate property in AE. |
| X, Y | Direction and Distance | Offset values are "trigonomitrized" into something AE understands. |
| Blur | Softness | |
| Spread | Unsupported | |
| Inner Shadows | ||
| Inner Shadow | Inner Shadow layer style | Only one inner shadow layer style is available in AE, so the first enabled Inner Shadow will be recreated |
| Color | Shadow Color | |
| Color Opacity | Opacity | Opacity is split out as a separate property in AE. |
| X, Y | Direction and Distance | Offset values are "trigonomitrized" into something AE understands. |
| Blur | Softness | |
| Spread | Unsupported | |
| Blur | ||
| Gaussian Blur | Unsupported | Do it in AE. It's a lot easier to control. |
| Motion Blur | Unsupported | Do it in AE. It's a lot easier to control. |
| Zoom Blur | Unsupported | Do it in AE. It's a lot easier to control. |
| Background Blur | Unsupported | Do it in AE. It's a lot easier to control. |
| Image Color Adjust | ||
| Hue | Unsupported | Effects will be exported with images |
| Saturation | Unsupported | Effects will be exported with images |
| Brightness | Unsupported | Effects will be exported with images |
| Contrast | Unsupported | Effects will be exported with images |


### Creating Augmented Narratives Introduction Monday, February 19, 2017
### Introduction - What are you hoping to get out of the workshop?
### Agenda - I'll explain our tools, go through examples - We'll go through exercises together - Closing prompt + ideas
### First thing's first Go to: ``` glitch.com/~augmented-narratives ``` & hit "Remix your own"
### Today's tools - [A-Frame](https://aframe.io) - [AR.js](https://github.com/jeromeetienne/AR.js/) - Specifically [the AR.js bridge](https://github.com/jeromeetienne/AR.js/tree/master/aframe) - [Three.js](https://threejs.org)
### A-Frame Syntax ```html <a-scene> <a-box color="blue" position="0 0 -4"></a-box> </a-scene> ```
See the Pen
Simple A-Frame Example (Gray Area Workshop, 2/19)
by Andres Cuervo (
@cwervo
) on
CodePen
.
### A-Frame Custom Components ```html <a-scene> <a-box material="opacity: 0.5; color: blue;" position="0 0 -4"> <a-box my-color="" position="0 -0.25 0" scale="0.5 0.5 0.5"></a-box> </a-box> </a-scene> ``` ```js AFRAME.registerComponent('my-color', { init : function () { this.el.setAttribute('color', '#DAD') } }) ```
See the Pen
Simple A-Frame Example w/ (Gray Area Workshop, 2/19)
by Andres Cuervo (
@cwervo
) on
CodePen
.
### A-Frame + AR.js ```html <!-- Include AR.js in the head, along with the A-Frame script. --> <a-scene embedded="" arjs="trackingMethod: best; debugUIEnabled: false;"> <!-- Create an anchor to attach your augmented reality--> <a-anchor> <!-- Add your augmented reality here--> <a-box position="0 0.5 0" material="opacity: 0.5; color: blue;"> <a-box my-color="" position="0 -0.25 0" scale="0.5 0.5 0.5"></a-box> </a-box> </a-anchor> <!-- Define a static camera--> <a-camera-static></a-camera-static> </a-scene> ```
Link to Codepen example
### A-Frame + AR.js + [_Animation_](https://github.com/ngokevin/kframe/tree/master/components/animation/) ```html <!-- Include AR.js *and the K-Frame animation-component* in the head, along with the A-Frame script. --> <a-scene embedded="" arjs="trackingMethod: best; debugUIEnabled: false;"> <a-anchor> <a-box position="0 0.5 0" material="opacity: 0.5; color: blue;"> <a-box my-color="" position="0 -0.25 0" scale="0.5 0.5 0.5" animation="property: rotation; to: 0 360 0; loop: true; easing: linear; dur: 4000;"></a-box> </a-box> </a-anchor> <a-camera-static></a-camera-static> </a-scene> ```
Link to Codepen example
### A Grammar of AR Operations - Addition - Subtraction - Obfuscation - Magnification
### Important Miscellany - You can go to the `assets` in your Glitch project to upload assets to add to your AR scenes - Click on an uploaded asset to get the URL for it - You only have 512MB of storage though! - You can add `.gltf` 3D models with: ```html <a-entity gltf-model="src: url(...)"> ``` - similar for a `.obj`
## Exercises! For each AR grammar technique you'll be given: - an example - an exercise - a `your-version/
/index.html` file to edit - in each exercise try & keep in mind how it could be used for narrative affect
### Addition - [Example Scene](/examples/addition/index.html) - Exercise: - Go download a model from [Poly](http://poly.google.com/) - Search for whatever you'd like, and then hit "Download" - If you can't think of anything, try [this octopus](https://poly.google.com/view/9-b6-yqrwEe). - Replace the box in [your version](/your-version/addition/index.html) with your 3D model.
### Subtraction - [Example Scene](/examples/subtraction/index.html) - Exercise: - The example removes the marker by covering it in black, in [your version](/your-version/subtraction/index.html) try making it the same color as the paper. - Take a look [at the docs](https://aframe.io/docs/0.7.0/components/material.html) for A-Frame's material component to try turning the marker into an image
### Obfuscation - [Example Scene](/examples/obfuscation/index.html) - Exercise: - In [your version](/your-version/obfuscation/index.html) try changing [the geometry](https://aframe.io/docs/0.7.0/components/geometry.html#built-in-geometries) & seeing how that affects the animation - Create your own animation to deform an object until it's unrecognizable. Animate whatever you'd like, but a few suggestions: `color`, `scale`, properties within `geometry`, properties within `material`.
### Magnification - [Example Scene](/examples/magnification/index.html) - Exercise: - For [your version](/your-version/magnification/index.html) try either messing around with `refraction-material`'s `refractionIndex` (a number between 0 and 1), or try coming up with alternative ways to "magnify" an object in your scene. Scale a sphere up from 0? Copy & scale blocks when you tap? What's your take on it?
### Extras If you're done with the basic grammar operation exercises you can take a look at the examples below & try grabbing the relevant components to make your own version!
### Complex Refraction - [Example Scene](https://arexp.glitch.me/glass-donut/) - [Relevant component](https://glitch.com/edit/#!/arexp?path=client/wiggle-glass-donut.js:8:0) - Note that the [component we're using](/lib-ar/js/refraction-material.js) is slightly different because AR.js has since been updated, so copy [the more recent version](/lib-ar/js/refraction-material.js) if you're going to play around with the variables - Also, the library that's making the GUI in the Glass Donut example is called [dat.gui](https://workshop.chromeexperiments.com/examples/gui/#1--Basic-Usage)
## Basic Touch Interaction - [Example scene](https://arexp.glitch.me/pinch-scale/) - Try dragging your mouse across the screen while the AR is activated! - [Relevant component](https://glitch.com/edit/#!/arexp?path=public/pinch-scale/add-drag-interaction.js:1:0)
### Phone Orientation - [Example scene](https://arc.glitch.me/arc/?comic=11) (note that this one will only work on a phone) - While it's a little difficult to tell, the boat's orientation is tied to the orientation of the phone - How could you reduce this? How you could you use this to make the user a part of a narrative? Grab the code & give it a try! - [Relevant component](https://glitch.com/edit/#!/arc?path=js/comic-components.js:197:0) (line 197)
### Raycasting - Raycasting is a method of detecting intersection (simplified: cast a ray into a 3D scene, see what it hits). This can be used for tapping/dragging objects in a 3D scene and could lead to other interesting interactions. - While I haven't wrapped this into a compnent yet it shouldn't be that hard. Three.js' [Raycaster documentation](https://threejs.org/docs/#api/core/Raycaster) is fantastic, take a look at their examples section in particular if you're interested in adding this type of interaction to your work.
### Shaders - The A-Frame docs have [a pretty good section](https://aframe.io/docs/0.7.0/components/material.html#example-%E2%80%94-glsl-and-shaders) on webGL shaders, with the following examples: - Here's [a fragment shader with some animation](https://glitch.com/edit/#!/aframe-simple-shader) - If you're looking for vertex distortion, [this is a good starting point](https://glitch.com/edit/#!/aframe-displacement-shader?path=README.md:1:0)
### Wrapping up - For Wednesday: - bring in an object or image you'd like to augment, we can place an AR marker on/around it - think about simple narratives to build - we went through a bunch of operations today, how can we combine, build upon, and relate them to tell simple augmented narratives? - ideas? thoughts? comments?


@(params: Map[String, Any]) @uk.gov.hmrc.hmrcemailrenderer.templates.helpers.html.template_main(params, "Verify your email address") {
You’ve registered with the Alcohol Wholesaler Registration Scheme (AWRS).
Click the link to verify your email address.
From the HMRC Alcohol Wholesaler Registration Scheme team.
}


Targeted degradation of c-Fos, but not v-Fos, by a phosphorylation-dependent signal on c-Jun.
Abstract
The proto-oncogene products c-Fos and c-Jun heterodimerize through their leucine zippers to form the AP-1 transcription factor. The transcriptional activity of the heterodimer is regulated by signal-dependent phosphorylation and dephosphorylation events. The stability of c-Fos was found to also be controlled by intracellular signal transduction. In transient expression and in vitro degradation experiments, the stability of c-Fos was decreased when the protein was dimerized with phosphorylated c-Jun. c-Jun protein isolated from phorbol ester-induced cells did not target c-Fos for degradation, which suggests that c-Fos is transiently stabilized after stimulation of cell growth. v-Fos protein, the retroviral counterpart of c-Fos, was not susceptible to degradation targeted by c-Jun.


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This specification defines conformance criteria that apply to a single product: the user agent that implements the interfaces that it contains.
Implementations that use ECMAScript to expose the APIs defined in this specification MUST implement them in a manner consistent with the ECMAScript Bindings defined in the Web IDL specification [[!WEBIDL]].
The following concepts and interfaces are defined in [[!HTML]]:
Promise objects are defined in [[!ECMASCRIPT]].
This document's goal is to specify an API that will help developers to handle permissions on the Web platform. Web APIs have different ways to deal with permissions. The [[notifications]] API allows developers to request a permission and check the permission status explicitly. Others might only expose the status to web pages. Some, like [[geolocation-API]] will keep the page unaware of the permission associated with the feature.
Being able to know whether an API call is going to prompt is mandatory in order to provide a good user experience. Unfortunately, more often than not, those prompts can't be controlled by the developers.
The API specified in this document is meant to provide the tools so that web applications can improve their user experience when permissions are involved.
The solution described in this document is meant to be extensible but isn't meant to be applicable to all the current and future permissions available in the web platform. If you are working on a specification that has a permission model that wouldn't fit in the model described in this document, please contact the editors or file an issue. We would love to hear about it.
The initial intent of this document was to allow web applications to request and revoke permissions explicitly in addition to querying the permission status. This is an aspect of the specification that was controversial thus removed from the current document in a spirit of incremental changes: settling on a small API that can be improved.
A permission is defined by a name and other properties that depend on the name. The simplest permissions require only a name, but some others will require more information. In which case, they should have an associated PermissionDescriptor dictionary that inherits from PermissionDescriptor.
The PermissionName
enum defines the list of known
permission names.
The geolocation
permission is the permission associated with the usage of the
[[geolocation-API]].
The notifications
permission is the permission associated with the usage of the
[[notifications]] API.
The push
permission is the permission associated with the usage of the
[[push-api]]. It has an associated PermissionDescriptor,
PushPermissionDescriptor:
The midi
permission is the permission associated with the usage of the
[[webmidi]]. It has an associated PermissionDescriptor,
MidiPermissionDescriptor:
The steps to retrieve the permission state of a global
object for a given permission
are as follows:
permission
but
will prompt the user to know whether the call should succeed or fail,
the user agent MUST return prompt
.
permission
without prompting the user, the user
agent MUST return granted
.
permission
and MUST return denied
.
How the user agent decides whether a global object is allowed or not to access some features is left as an implementation details. However, the implementation MUST be consistent and not return different values unless something happened (user action, expiration).
It is RECOMMENDED for implementations to use the origins of the Document or Worker when making security decisions. Other factors MAY also apply like whether the permission is associated with a [[powerful-features]] or whether the Document is embedded.
A PermissionStatus
instance has an associated
permission that is a PermissionDescriptor.
The steps to update the status of a
PermissionStatus
instance are as follow:
PermissionStatus
instance
being updated.
status
attribute.
The steps to create a PermissionStatus for a given
permission
are as follow:
PermissionStatus
instance.
permission
given in parameter as the
status' associated permission.
The status
attribute MUST return the latest value that was set while running the
update the status steps on the current instance.
The onchange
attribute is an
event handler whose corresponding event handler event
type is change
.
Whenever the user agent is aware that the status
of
a PermissionStatus
instance has changed, it MUST
asynchronously run the following steps:
PermissionStatus
for which the status
has
changed.
change
at
permission-status.
A Permissions instance is exposed on the navigator
object for Window
and Worker
contexts.
When the
query()
method is invoked, the user agent MUST run
the following steps:
TypeError
and abort these steps.
Promise.all()
. It should yield to the same
result and allow this API to stay simple. If it happens to be a very
common use case, it should be easy to extend
permissions.query()
to accept a sequence<> too.
This example uses the Permissions API to decide whether local news should be shown using the Geolocation API or a button offering that feature should be added.
<script> navigator.permissions.query({name:'geolocation'}).then(function(result) { if (result.status == 'granted') { showLocalNewsWithGeolocation(); } else if (result.status == 'prompt') { showButtonToEnableLocalNews(); } // Don't do anything if the permission was denied. }); </script>
This example is using the notifications
permission for a
chat application to show a notification button depending on the
permission status.
<script> function updateNotificationButton(status) { document.getElementById('chat-notification-button').disabled = (status == 'denied'); } navigator.permissions.query({name:'notifications'}).then(function(result) { updateNotificationButton(result.status); result.addEventListener('change', function() { updateNotificationButton(this.status); }); }); </script>
Thanks to Adrienne Porter Felt and Jake Archibald for their early support and help.


|
Cyclone ISO C++ API Reference Guide
|
Class to hold SampleState information. More...
#include "DataState.hpp"
Inherits std::bitset< Bits >.
Public Types | |
| typedef std::bitset< OMG_DDS_STATE_BIT_COUNT > | MaskType |
Public Member Functions | |
| SampleState () | |
| SampleState (const MaskType &src) | |
| SampleState (const SampleState &src) | |
| SampleState (uint32_t i) | |
Static Public Member Functions | |
| static const SampleState | any () |
| static const SampleState | not_read () |
| static const SampleState | read () |
Class to hold SampleState information.
For each sample, the Data Distribution Service internally maintains a sample_state specific to each DataReader. The sample_state can either be READ_SAMPLE_STATE or NOT_READ_SAMPLE_STATE.
Definition at line 57 of file DataState.hpp.
| typedef std::bitset<OMG_DDS_STATE_BIT_COUNT> dds::sub::status::SampleState::MaskType |
Convenience typedef for std::bitset<OMG_DDS_STATE_BIT_COUNT>.
Definition at line 63 of file DataState.hpp.
| dds::sub::status::SampleState::SampleState | ( | ) |
Construct a SampleState with default MaskType.
|
explicit |
Construct a SampleState with MaskType of i.
| i | MaskType |
| dds::sub::status::SampleState::SampleState | ( | const SampleState & | src | ) |
Copy constructor. Construct a SampleState with existing SampleState.
| src | the SampleState to copy from |
| dds::sub::status::SampleState::SampleState | ( | const MaskType & | src | ) |
Construct a SampleState with existing MaskType.
| src | the MaskType to copy from |
|
inlinestatic |
|
inlinestatic |
Get the NOT_READ_SAMPLE_STATE.
not_read
|
inlinestatic |
Get the READ_SAMPLE_STATE.
read


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java.awt.Graphics
class. This lesson covers the most common
needs of applications developers. Less common needs are described later
in the Advanced topics in the Java 2D API lesson.
Most methods of the
Graphics
class can be divided into two basic groups:
Methods such as setFont
and setColor
define how draw and fill methods render.
This figure illustrates how these methods relate to graphic objects:
Drawing methods include:
drawString
– For drawing textg.drawString("Hello", 10, 10);
drawImage
– For drawing imagesg.drawImage(img, 0, 0, width, height, 0, 0, imageWidth, imageHeight, null);
drawLine
, drawArc
, drawRect
,
drawOval
, drawPolygon
– For drawing geometric shapesg2.draw(new Line2D.Double(0, 0, 30, 40));
Depending on your current need, you can choose one of several methods in the Graphics
class based on the following criteria:
Fill methods apply to geometric shapes and include fillArc
, fillRect
,
fillOval
, fillPolygon
.
Whether you draw a line of text or an image, remember that in 2D graphics every point is determined by its x and y coordinates. All of the draw and fill methods need this information which determines where the text or image should be rendered.
For example, to draw a line, an application calls the following:
java.awt.Graphics.drawLine(int x1, int y1, int x2, int y2)
In this code (x1, y1) is the start point of the line, and (x2, y2) is the end point of the line.
So the code to draw a horizontal line is as follows:
Graphics.drawLine(20, 100, 120, 100);
The demo below accumulates all mentioned techniques. Move the slider to display various weather types.
The WeatherWizard
demo uses the JSlider
component
as well as various graphics capabilities to generate and display a specified weather type.
For more information about the JSlider
class see the
How to Use Sliders section of the Swing Tutorial.
The paint
method of the WeatherPainter
class
implements graphics features. The following code draws an image determined by using
the setupWeatherReport()
method.
... origComposite = g2.getComposite(); if (alpha0 != null) g2.setComposite(alpha0); g2.drawImage(img0, 0, 0, size.width, size.height, 0, 0, img0.getWidth(null), img0.getHeight(null), null); if (img1 != null) { if (alpha1 != null) g2.setComposite(alpha1); g2.drawImage(img1, 0, 0, size.width, size.height, 0, 0, img1.getWidth(null), img1.getHeight(null), null); } ...
The setFont
and drawString
methods
render the temperature and the weather condition.
... // Freezing, Cold, Cool, Warm, Hot, // Blue, Green, Yellow, Orange, Red Font font = new Font("Serif", Font.PLAIN, 36); g.setFont(font); String tempString = feels + " " + temperature+"F"; FontRenderContext frc = ((Graphics2D)g).getFontRenderContext(); ... g.setColor(textColor); int xTextTemp = rX-(int)boundsTemp.getX(); int yTextTemp = rY-(int)boundsTemp.getY(); g.drawString(tempString, xTextTemp, yTextTemp); int xTextCond = rX-(int)boundsCond.getX(); int yTextCond = rY-(int)boundsCond.getY() + (int)boundsTemp.getHeight(); g.drawString(condStr, xTextCond, yTextCond);
The fillRect
method allows you to draw a rectangle filled with the specified color.
... Rectangle2D boundsTemp = font.getStringBounds(tempString, frc); Rectangle2D boundsCond = font.getStringBounds(condStr, frc); int wText = Math.max((int)boundsTemp.getWidth(), (int)boundsCond.getWidth()); int hText = (int)boundsTemp.getHeight() + (int)boundsCond.getHeight(); int rX = (size.width-wText)/2; int rY = (size.height-hText)/2; g.setColor(Color.LIGHT_GRAY); g2.fillRect(rX, rY, wText, hText); ...
WeatherWizard
demo to alter the graphical content.
For example, use the fillRoundRect
method instead of fillRect
or apply
another font size in the setFont
method.
Find the complete code for this applet in the
WeatherWizard.java
file. The demo also requires the following images:
weather-cloud.png
,
weather-rain.png
,
weather-snow.png
, and
weather-sun.png
located in the images
directory.


|
He started out as a poor little boy in a small town in Columbia. Rionegro was his birthplace in 1949, and it soon became the spawning grounds for his empire. A few miles down the road was Medellin, the town that would soon become the namesake of his drug cartel. Although it was deemed a gang, a cult, and an army by the American and Columbian government, the Medellin drug cartel was really a city devoted to it's most famous and powerful son.
In the beginning, Columbians grew and sold coca plants and extracts to outside interests, never really paying attention to what the vegetation was used for. When Escobar came of age in the late 60's, he quickly realized that all this coca was being snorted up the noses of the rapidly expanding drug world in America. As such, he decided that the best way to make money off of the sale and processing was to control all sides of the business.
He quickly took over all the coca fields around Medellin, paying farmers and workers double what they were making on their own. Escobar then opened processing labs and facilities nearby to turn the plants into sweet, sweet nose candy. Finally, he sent friends and relatives north to America to head up sales initiatives and insure that his product was fetching top dollar.
By the mid 70's, Escobar's efforts had created the disco culture, bell-bottom pants, and the pet rock. How else could all of these abominations be described?
But the United State's government soon took notice. The DEA became a powerful tool for the expansion of American interests in South America, and by the time Regan was in the white house, Escobar was forced to hide his refining and processing facilities all around northern South America.
But by 1982, Pablo Escobar was an unstoppable force. He was raking in billions of dollars from American coke heads, and he used those funds to win the hearts and minds of Medellin residents. He built hospitals, schools, and low income housing projects for his loyal subjects. By years end, he was even elected to a seat in the Columbian congress.
No lawyer would prosecute him, no judge would hear a trial against him. Pablo was untouchable thanks to mountains of cash and walls made of goons. Yet for all his wealth, he was still hounded by a singular, mindless, unshakable enemy: his own neurosis.
One of Escobar's most fundamental character flaws was his obsessive attention to cleanliness and personal grooming. His palatial estate was furnished with multiple bathrooms so that he could have the renovated, cleaned, and replaced on a rotating schedule. His home was kept spotless, and he took great pains to insure no blood got on the carpet when he shot failed business partners in the head.
As the clamp of the DEA began to close down around Escobar's throat, he was also beset by rival gangs who coveted his empire. An open war broke out between the Medellin cartel and a rival group of violent Columbian drug yuppies.
Around 1990, Escobar decided that he would be safer in prison than in his own home. So he turned himself into the Columbian military. The United States was ecstatic. At least, for a little while. Soon, Escobar began renovating the prison he chose for his stint in jail. The facility was on a hill top above Medellin, and Escobar spent millions of dollars to turn it into his own personal fortress. When all was said and done, he was basically serving his time in a mansion guarded by the military. He removed all cell doors and bars, had the bathrooms ripped out and replaced, and placed new parapets on top of the building for his soldiers to keep an eye out for marauders.
The US began monitoring Escobar's actions from outside the prison walls, unable to enter due to the highly motivated and well bribed Columbian military prison guards Escobar had hired. Pablo began conducting business by carrier pigeon and word of mouth, since he soon realized that his phone conversations were being tapped.
But soon, things began to fall apart. George Bush and Ronald Regan began sending troops directly into Columbia and burned numerous coca fields to cinders, hampering Escobars empire. The 34 year old coke baron left the safety of his prison and went into hiding/
While on the run, he placed a bounty on the heads of any police officer, American citizen, and military personnel within Medellin. He paid $300 to anyone who killed one of these folks.
Eventually, the US began to track down Pablo: it was easy to find his hiding spaces since he always had his bathrooms replaced upon arrival. In 1996, after running for three years, Pablo Escobar was cornered in an apartment building. The Columbian secret police stormed the building and shot Escobar dead within moments. And so died the cocaine age. |


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Our Address
Anchorage Quay, Salford M50
Via Tram
We highly recommend travelling by tram if possible. We are right in front of the Anchorage Tram Stop in Zone 2.
Parking
Four hours FREE parking at the Lowry Outlet Car Park when purchasing a Cineverse ticket. Please ensure that your ticket is validated at Cineverse. After the 4 hours you will be charged normal rate each subsequent hour will be charged £1 an hour up to 4 hours, a full list of charges can be found on our tariff boards.
Accessibility
There is some closer parking space on site if you have a Disabled Parking Badge. Please get in touch to ask about any specific requirements that might make your visit easier, we're happy to help!
Contact Details
Email<EMAIL_ADDRESS>Phone: 0155-please-do-not-call-7155
Nearby places to go
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The Lowry
A breath-taking international landmark, The Lowry is a not just a venue, but a destination and a ‘must see’ tourist attraction.
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Imperial War Museum
Purpose-built to tell the powerful stories of over a century of war, IWM North makes full use of its extraordinary exhibition space to deliver an award-winning immersive experience.
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Helly Hansen Watersports Centre
Whether you’re looking to try something new or improve your technique, we have the perfect range of activities and courses available, suitable for all ages and abilities.
#views #activities # discount
Media City
There is an abundance of shopping, bars and restaurants and a diversity of people living and working here – atmosphere is certainly something that is never lacking.
#views #food #drink
Erie Basin
This lovely waterside area provides picturesque views as you stroll by residential apartments.
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We have a special offer for people who have purchased a masterclass experience from this magical cocktail bar.
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Action through Words helps users expand their knowledge of the English language and the
history of the United Nations.
nature_people
"While every nation, every person, every living thing on the earth seeks to maintain its survival,
the only
way to ensure that survival is by learning to coexist with others who are vastly different."
Excerpt from Unit 1
What to Expect From Each Unit
info
Introduction
The Unit Introduction gives a general idea of the subject matter and exercises covered in
each unit.
library_books
Reading
Reading passages allow you to improve your English reading skills and learn important
information about the
United Nations.
assignment
Grammar
Grammar sections in each unit present grammar points from the reading and include grammar
practice
activities to apply your new skills.
subject
Writing
Writing sections for each unit provide you with example texts and helpful writing
structures.
headset_mic
Listening
Listening sections provide challenging listening passages on topics related to the unit. In
the listening
sections you can also find transcripts and comprehension questions.


Customer Survey
Let us know more about your eating habits
Name:
Email:
Age:
Phone Number:
How often do you eat:
Fruits
twice daily or more
daily
every other day
twice weekly
weekly
less than once per week
never
Grains
twice daily or more
daily
every other day
twice weekly
weekly
less than once per week
never
Vegetables
twice daily or more
daily
every other day
twice weekly
weekly
less than once per week
never
Meat
twice daily or more
daily
every other day
twice weekly
weekly
less than once per week
never
Fish
twice daily or more
daily
every other day
twice weekly
weekly
less than once per week
never
Eggs
twice daily or more
daily
every other day
twice weekly
weekly
less than once per week
never
Dairy
twice daily or more
daily
every other day
twice weekly
weekly
less than once per week
never
Do you suffer from any of the following:
High Blood Sugar
Overweight
High Blood Pressure
Do you consider your diet healthy?
Yes
No
Not sure
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The majority of your training program will be devoted to working on "hard" skills such as learning how to code and designing prototypes. The Professional Development portion of your program will be quite different. It will be a deep dive into building confidence and understanding on who you are as a tech professional. Professional development ("Pro Dev" for short) is not traditional career counseling as taught in many community colleges and universities. You will be responsible for identifying what your career outcome goals are and how you are going to achieve them.
In the tech industry, "soft" or "people" skills are highly valued. Many employers I consult with are hiring for "aptitude and attitude" more than raw technical skills. These soft skills are fundamental to your success. They will require a lot of introspection and willingness to get out of your comfort zone for certain activities such as public speaking, networking, and team building activities. The pace and structure of the Professional Development curriculum will be very different than the main curriculum taught in your program.
All full-time programs require participantion in Professional Development. Why? In addition to graduating the program, success to us is when you achieve your career goals. If we don't know what those are then we can't help you get there. Please note: there are differences between the Pro Dev for each program due to the different technology stacks and local industries. In this immersive training environment, please remember to be agile, prioritize collaboration, iterate to success, and always take time to reflect on what you are learning from the entire experience. It will support you greatly come interview time. - Dan Heron, Pro Dev Lead
It is important that you have a supporting team on your side during and after your program. Here are couple people you can consider as resources at the beginning of your new career. It is up to you to establish the rest of your team.
 Get coffee with and work side by side?
Who is your mentor? Who is someone that listen to you and provide ideas on your next step?
Career Counseling: All participants in Deep Dive Coding are also students at Central New Mexico Community College. There are additional career resources available at CNM's Job Connection Services located on Main Campus in the Student Services Building to assist with career related initiatives.
Business Startup: If you are more of the entrepreneurial type, we suggest you set up a meeting with Albuquerque Small Business Development Center to learn about setting up your own LLC and business services.
Full-time programs include a handful of core Professional Development modules that will be conducted during the work week. Please see your instructor on times and locations.
Every Week (generally on Friday afternoons) is lab time for all participants. Lab time can range from 1-3 hours depending on the activities that week. Some examples of activities are workshops, guest speakers, pitch practice, team building exercises, employer interviews, and other industry related events. Weekly schedule will be posted in Pro Dev channel on Slack.
Generally there once a week there is an evening talk from an instructor or another senior developer on various technology topics.
Full-time participants are required to take part in group physical workout exercises together. This is meant as team building activity for your cohort rather than the goal of getting ripped. Physical wellness is important in this fast paced workforce.
In addition to program specific activities, there will be occasional events open to all Deep Dive participants. They may include a visit to a local employer, business networking event, Demo Day Mixer, alumni workshops, Code-A-Thon/Hackathons etc. You will hear about these as they come up. Some will be mandatory others will be optional.
This is final day of the formal program. Where you will present to an audience of family, friends, and employers.
Participation in professional development acitivies is crucial to you and your cohort's success. They make up a portion of your grade and reflect our capacity to support you during and after the bootcamp. If you do well in professional development, more than likey you will do well in the tech industry.


Content routing is a simple declarative approach for creating multi-page applications from a single HTML file. The browsers URL path will determine what content is be displayed.
The following example shows a very simple routing implementation.
By wrapping content in an
These elements work very similarly to typical web frameworks, minus the framework. You can organize HTML fragments as separate files where it makes sense.
These elements support most real-world routing needs. Check out how easy it is to handle advanced routing needs.


Apache-Maven-3.5.4
Introduction to Apache-Maven
Apache-Maven is a tool that can be
used for building and managing any Java-based project. Based on the
concept of a project object model (POM), Apache-Maven can manage a project's build,
reporting and documentation from a central piece of information.
This package is known to build and work properly using an LFS-8.3
platform.
Package Information
Additional Downloads
Apache-Maven Dependencies
Required
A JDK (Java Binary or OpenJDK-10.0.2)
User Notes: http://wiki.linuxfromscratch.org/blfs/wiki/ApacheMaven
Installation of Apache-Maven
First fix two issues which prevent building with Java 10:
sed -e '/-surefire-/a<version>2.21.0</version>' \
-e '/<commonsLang/s/3\.5/3.7/' \
-i pom.xml
Install Apache-Maven by running
the following commands:
install -vdm 755 ../apache-maven-bin &&
tar -xf ../apache-maven-3.5.4-bin.tar.gz \
--strip-components=1 \
--directory ../apache-maven-bin &&
SAVEPATH=$PATH &&
PATH=../apache-maven-bin/bin:$PATH &&
mvn -DdistributionTargetDir=build \
package
The test are run as part of the compilation above.
Now, as the root
user:
install -vdm 755 /opt/maven-3.5.4 &&
cp -Rv apache-maven/build/* /opt/maven-3.5.4 &&
ln -sfvn maven-3.5.4 /opt/maven
You can know reset the PATH
variable and
clean the source directory:
PATH=$SAVEPATH &&
rm -rf ../apache-maven-bin
Command Explanations
tar ../apache-maven-3.5.4-bin.tar.gz
... PATH=.../bin:$PATH: Extracts the Apache-Maven binary and let the system know
about the binary location.
mvn ... package:
Compiles and tests the package, and packages it to its final
format.
-DdistributionTargetDir=build
:
Specifies the location where the built binary should be packaged.
The content of this directory is ready to be copied to its final
location.
ln -sfvn maven-3.5.4
/opt/maven: Creates a convenience symlink.
-Dmaven.repo.local=...
: Specifies a
maven local repository for this build, instead of the default
~/.m2/repository
. You may want to use
this if several users are to use Apache-Maven.
Configuring Apache-Maven
Config Files
The user settings file ~/.m2/settings.xml
and the global settings file
/opt/maven/conf/settings.xml
Configuration Information
The default configuration file shipped with Apache-Maven should be sufficent for common
tasks. You may want to copy the global settings file to your user
one and modify it to suit your needs.
You should add the mvn command to PATH
. For example:
cat > /etc/profile.d/maven.sh << "EOF"
# Begin /etc/profile.d/maven.sh
pathappend /opt/maven/bin
# End /etc/profile.d/maven.sh
EOF
Contents
Installed Programs:
mvn, mvnDebug, and mvnyjp
Installed Library:
libjansi.so in /opt/maven/lib/jansi-native
Installed Directory:
/opt/maven-3.5.4
Short Descriptions
|
mvn
|
is the Apache-Maven
Java-based project builder and manager
|
|
mvnDebug
|
turns on mvn debug mode
|
|
mvnyjp
|
runs mvnunder the
supervision of the YourKit Java
Profiler
|
Last updated on 2017-09-11 12:14:03 +0200


Raid-Proof Your FreeNAS with USBKill
By virtue of being a very multi-functional appliance in most settings, a FreeNAS machine has the potential to be a very sensible part of your rack. Even if you don’t use jails or VMs to host anything, it’s still a fileserver at the bare minimum, which means it hosts your data. I don’t think I need to emphasize that protecting your data is important. FreeNAS being built on ZFS, the appliance integrates robust encryption from the get-go, but disk encryption alone leaves several attack vectors wide-open.
The most important of these attack vectors, as tragically highlighted by cases of Ross Ulbricht and Alexandre Cazes (of Silkroad and Alphabay infamy, respectively) is physical security. It’s one of the first mantras of computer security I’ve memorized: “If you’ve got physical control over it, it’s owned.” Good luck getting any data out of an encrypted ZFS dataset on a powered down system, but on a live box? There are ways. By default, you can reset the root password from the console. Even if that’s disabled, advanced enough intruders (read: state actors) have the means of poking and proding until they find a way.
Short of physically detonating your servers upon detection of intrusion, there is still a way of minimizing the possibility of intrusion by using tools like USBKill.
The original USBKill was written by Github user hephaest0s with the specific case of Ulbricht in mind, and is basically a USB peripheral watchdog that shuts down your machine as soon as it detects a change in connected peripherals. With config file tweaks, you can also run any amount of arbitrary commands and clear swap memory and RAM.
Adapting USBKill to Freenas
Since USBKill is comprise of a single file of Python, and officially supports FreeBSD, there were high chances that USBKill would work out of the box with FreeNAS. Unfortunately, FreeNAS does not ship with lsusb
which is a used by USBKill, so it had to be adapted to use usbconfig
which does come preinstalled.
My hacked up fork of USBKill for FreeNAS uses parsed output of usbconfig
to monitor USB peripherals in the same manner as originally intended.
Please note that I have not given any attention to the ram/swap clearing fonctionality. It may or may not work with what is already on board a stock FreeNAS install.
You can find the full repo on Github here, but essentially, only the usbkill.py file has been modified.
##Setting up USBKill on Freenas
Writing to system folders like /etc/
isn’t supported by FreeNAS, any changes will be wiped out on reboot. In order to add stuff to the base OS, you’ll need add stuff to /conf/base/etc
. In my experience, everything within this is upgrade-resistant too, although it’s probably a good idea to double-check after major upgrades. Add the necessary files with the following commands:
mkdir /conf/base/etc/usbkill
cd /conf/base/etc/usbkill
wget https://raw.githubusercontent.com/max302/usbkill/master/usbkill/usbkill.py
cd /etc/base/etc/
wget https://raw.githubusercontent.com/max302/usbkill/master/install/usbkill.ini
Now, we’ll need to have the script start on boot. To do this, we’ll pass multiple commands in a one-liner through the built-in init/shutdown script options. Just add this line once the files have been put in place:
bash -c 'python /etc/usbkill/usbkill.py > /dev/null 2>&1' &
Once you have save the init command, reboot. Then, you can test functionality by looking for the process we have asked to be launched with ps -aux | bash
. You’ll also get a log at /var/log/usbkill/usbkill.log
that has timestamps. If the times line up with your last reboot, it’s working.
You’ll notice that we’re calling on bash, which is an alternate shell on Freenas. This simply makes redirecting output to nul easier; I haven’t had great success with csh.
Here’s a demo on my own FreeNAS system.
Pre-kill commands
Depending on your use case, you might want to run certain pre-kill commands to cause even more grief to whoever is trying to plunder your server. Here are a few ideas:
- On an encrypted volume with no passphrase, or even on a volume with a passphrase, you may want to wipe the master AES key and your password encryption secret. These files can be found at
/data/geli/xxxxxxxx.key
and/data/pwenc_secret
respectively. Deleting the files outright will work, but replacing the data with something plausible yet non-functional can cause even more confusion. - Without completely overwriting your disks, you can also quickly prevent an array from ever remounting by clearing the ZFS metadata. Check this blog post to learn how to do this.
- Notify yourself. If you mail alerts are correctly configured throught the FreeNAS GUI, using
mail
orsendmail
to send yourself a notification should be a one line ordeal. - Shutdown everything. Since python is accessible, it’s relatively easy to script stuff like IFTTT triggers or basically anything else you can think of. Set your home to lockdown mode, alert friends, mix and empty out your crypto wallets… with a little bit of code, you can do it all.
##FreeNAS-specific additional considerations
In addition to the other network security measures that I’ve gone through in this post, there are a couple of other things that you can do to protect your install of FreeNAS.
- Disable serial consoles. Does anybody actually use these things? They constitute an additional attack vector yet provide little to no actual functionality. Disable all serial ports in BIOS. If you still use serial… I don’t even know what to tell you.
- Update and lock down your IPMI. IPMI has been show to be a serious vulnerability in the past. Use a seperated VLAN, strong password, non-standard username. This is one of these things that WILL be defeated with physical access, unfortunately. However, most IPMI implementations connect virtual USB mouse and keyboard peripherals once remote consoles are opened; this means USBKill will catch any such attempt at remote administration unless the devices are whitelisted. See the usbkill.ini file for details on how to whitelist peripherals.
If I have forgotten anything, please let me know through email at max @ thisdomain.com


--- layout: docpage title: "Documentation" is_homepage: false is_sphinx_doc: true doc-parent: "Data Modeling" doc-title: "RDBMS Design" doc-header-links: ' ' doc-search-path: "../search.html" extra-footer: ' ' ---
When you set out to build a new data-driven application that will use a relational database, you might start by modeling the domain as a set of properly normalized tables and use foreign keys to reference related data in other tables.
The figure below shows how you might represent the data storage for your application using a relational database model. The relational model includes a couple of “join” tables in order to realize the many-to-many relationships from the conceptual model of hotels-to-points of interest, rooms-to-amenities, rooms-to-availability, and guests-to-rooms (via a reservation).
Let’s take a minute to highlight some of the key differences in doing ata modeling for Cassandra versus a relational database.
You cannot perform joins in Cassandra. If you have designed a data model and find that you need something like a join, you’ll have to either do the work on the client side, or create a denormalized second table that represents the join results for you. This latter option is preferred in Cassandra data modeling. Performing joins on the client should be a very rare case; you really want to duplicate (denormalize) the data instead.
Although Cassandra supports features such as lightweight transactions and batches, Cassandra itself has no concept of referential integrity across tables. In a relational database, you could specify foreign keys in a table to reference the primary key of a record in another table. But Cassandra does not enforce this. It is still a common design requirement to store IDs related to other entities in your tables, but operations such as cascading deletes are not available.
In relational database design, you are often taught the importance of normalization. This is not an advantage when working with Cassandra because it performs best when the data model is denormalized. It is often the case that companies end up denormalizing data in relational databases as well. There are two common reasons for this. One is performance. Companies simply can’t get the performance they need when they have to do so many joins on years’ worth of data, so they denormalize along the lines of known queries. This ends up working, but goes against the grain of how relational databases are intended to be designed, and ultimately makes one question whether using a relational database is the best approach in these circumstances.
A second reason that relational databases get denormalized on purpose is a business document structure that requires retention. That is, you have an enclosing table that refers to a lot of external tables whose data could change over time, but you need to preserve the enclosing document as a snapshot in history. The common example here is with invoices. You already have customer and product tables, and you’d think that you could just make an invoice that refers to those tables. But this should never be done in practice. Customer or price information could change, and then you would lose the integrity of the invoice document as it was on the invoice date, which could violate audits, reports, or laws, and cause other problems.
In the relational world, denormalization violates Codd’s normal forms, and you try to avoid it. But in Cassandra, denormalization is, well, perfectly normal. It’s not required if your data model is simple. But don’t be afraid of it.
Historically, denormalization in Cassandra has required designing and managing multiple tables using techniques described in this documentation. Beginning with the 3.0 release, Cassandra provides a feature known as materialized views which allows you to create multiple denormalized views of data based on a base table design. Cassandra manages materialized views on the server, including the work of keeping the views in sync with the table.
Relational modeling, in simple terms, means that you start from the conceptual domain and then represent the nouns in the domain in tables. You then assign primary keys and foreign keys to model relationships. When you have a many-to-many relationship, you create the join tables that represent just those keys. The join tables don’t exist in the real world, and are a necessary side effect of the way relational models work. After you have all your tables laid out, you can start writing queries that pull together disparate data using the relationships defined by the keys. The queries in the relational world are very much secondary. It is assumed that you can always get the data you want as long as you have your tables modeled properly. Even if you have to use several complex subqueries or join statements, this is usually true.
By contrast, in Cassandra you don’t start with the data model; you start with the query model. Instead of modeling the data first and then writing queries, with Cassandra you model the queries and let the data be organized around them. Think of the most common query paths your application will use, and then create the tables that you need to support them.
Detractors have suggested that designing the queries first is overly constraining on application design, not to mention database modeling. But it is perfectly reasonable to expect that you should think hard about the queries in your application, just as you would, presumably, think hard about your relational domain. You may get it wrong, and then you’ll have problems in either world. Or your query needs might change over time, and then you’ll have to work to update your data set. But this is no different from defining the wrong tables, or needing additional tables, in an RDBMS.
In a relational database, it is frequently transparent to the user how tables are stored on disk, and it is rare to hear of recommendations about data modeling based on how the RDBMS might store tables on disk. However, that is an important consideration in Cassandra. Because Cassandra tables are each stored in separate files on disk, it’s important to keep related columns defined together in the same table.
A key goal that you will see as you begin creating data models in Cassandra is to minimize the number of partitions that must be searched in order to satisfy a given query. Because the partition is a unit of storage that does not get divided across nodes, a query that searches a single partition will typically yield the best performance.
In an RDBMS, you can easily change the order in which records are
returned to you by using ORDER BY
in your query. The default sort
order is not configurable; by default, records are returned in the order
in which they are written. If you want to change the order, you just
modify your query, and you can sort by any list of columns.
In Cassandra, however, sorting is treated differently; it is a design
decision. The sort order available on queries is fixed, and is
determined entirely by the selection of clustering columns you supply in
the CREATE TABLE
command. The CQL SELECT
statement does support
ORDER BY
semantics, but only in the order specified by the
clustering columns.
Material adapted from Cassandra, The Definitive Guide. Published by O’Reilly Media, Inc. Copyright © 2020 Jeff Carpenter, Eben Hewitt. All rights reserved. Used with permission.


{% extends "ct/portal.html" %}
{% load crispy_forms_tags %}
{% load ct_extras %}
{% comment %}
View or edit a course
{% endcomment %}
{% block title %}
{{ pageData.title }}
{% endblock %}
{% block content %}
{% if pageData.headText %}
Show {{ pageData.headLabel }}
| Next Steps to work on |
|---|
| Assess and respond to new question about this lesson from {{ r.author.get_full_name }} ({{ r.atime|display_datetime }}) |
| Suggest exercises for overcoming error: {{ em.lesson.title }} |
| Write error models by clicking on the Errors tab |
| Write an Open Response Concept Test question for this concept (click the Lessons tab) |
| Consider adding an Open Response Concept Test question for concept {{ c.title }} |


- KowRe web development curriculum
KnowRe/WebDevCurriculum
KnowRe web development curriculum for noobs
Pull request
Compare
This branch is 5 commits ahead of master
latest commit
5ead7a7a36
Kivolauthored 19 hours ago
| Part 0. gitQuest 00. Hello, git | Quest 0 - Added checklist |
|


Peter Piper picked a peck of pickled peppers.
Scissors sizzle, thistles sizzle.
I scream, you scream, We all scream for ice cream.


Descendants of Jesse Morris
[ Click on the red arrow for a shortcut to the list of family
trees
s Click on the
blue question mark for assistance in navigating among family trees
1 Jesse Morris
.. +Ruth Ann Carpenter
... 2 Elmer Morris b: June 19,
1887 d: March 4, 1967
.. .. +Sarah (Sadie) Crawford b:
1886 m: Bef. 1934 d: 1934
....... 3 Ermie Morris b:
July 2, 1921 d: March 12,
1994
......... +Louise Irene Betts b:
May 17, 1917 m: January 6, 1939 d: December 20, 2001
........... 4 Robert (Bob) E.
Morris b: August 16, 1939
............... +Dorothy Lee Hoff b:
September 25, 1939 m: April 27, 1960
................ 5 Larry Eugene
Morris b: May 2, 1961
.................... +Donna Sampson b:
June 9, 1965 m: April 23, 1988
................ 5 Donna Sue
Morris b: July 12, 1963
.................... +Victor Nation b:
September 30, 1964 m: February 16,
1985
................ 5 Robert Allan
Morris b: September 7, 1966
.................... +Christine May b:
July 16, 1967 m: April 6, 1985
.................... 6 Robin
Nicole Morris b: January 7, 1984
.................... 6 Robert
Allen Morris b: June 17, 1985
.................... 6 Ryan
Christopher Morris b: December 11,
1987
................*2nd Wife of Robert Allan Morris:
.................... +Nancy Kinzy m:
April 1, 1992
.................... 6 Briana
Lynn Morris b: October 20, 1993
.................... 6 Andy
Morris
.................... 6 Jamie
Biggins
................ 5 Douglas Hoff
Morris b: April 9, 1971 d: April 9, 1971
........... 4 Sara
Rose Morris b: October 26, 1940 in
Malaga Twp., Woodsfield, Monroe Co., Ohio
............... +David Lallathin b:
August 03, 1940
................ 5 Gregory Allen
Lallathin b: April 21, 1966 in Akron, Summit Co., Ohio
.................... +Connie M. Plakson
.................... 6 Brittany Nicole
Lallathin b: July 18, 1993
................ 5 David Michael
Lallathin b: January 16, 1968 in Akron, Summit Co., Ohio
.................... +Jolene Michelle Martin
.................... 6 Michael Lee
Lallathin b: July 05, 1999
.................... 6 Nicholas
Lallathin b: April 21, 2001
........... 4 Betty Lou Morris b: October 06, 1942 in Malaga Twp.,
Woodsfield, Monroe Co.,Ohio
............... +John Francis Crum b:
January 29, 1942
................ 5 John Francis Crum
b: August 17, 1964 in Columbus, Frankin Co., Ohio d: March 28, 1988
in Morrow Co., Ohio
................ 5 Joseph Glenn
Crum b: September 19, 1967 in Columbus, Frankin Co., Ohio
.................... +Tanya Carnes
.................... 6 Joseph Glenn
Crum Jr b: April 10, 1990
.......... .. 2nd Wife of Joseph Glenn Crum:
.................... +Laura Saunders
................ 5 James Ray
Crum b: May 18, 1970 in Columbus, Franklin Co., Ohio
.................... +Brenda Penix
.................... 6 James Ray Crum
Jr b: November 27, 1990
................ 2nd Wife of James Ray
Crum:
.................... +Jennifer Pfeiffer
........... 4 Byron
Lee Morris b: November 27, 1944 in
Malaga Twp., Woodsfield, Monroe Co.,Ohio
............... +Myra Jean Claus b: May 10, 1947 in Jerusalem, Monroe Co.,
Ohio d: October 30, 1996
................ 5 Brigette Lynn Morris
b: March 31, 1971 in Akron, Summit County
.................... +Brian Spidle
........... 4 Kenneth Ermie Morris b: March 16, 1948 in Malaga Twp.,
Woodsfield, Monroe Co.,Ohio
............... +Linda Faye Stephens b:
May 24, 1951
................ 5 Kenneth Ray
Morris b: February 09, 1971 in Cambridge, Guernsey Co., Ohio
................ 5 Michelle Lee
Morris b: April 13, 1973 in Cambridge, Guernsey Co., Ohio
.................... +Gregory B. Parker
.................... 6 Eric William
Parker b: September 18, 1992 d: March 21, 1995
.................... 6 Ashley Nicole
Parker b: January 13, 1997
........... 4 Rodney Dale Morris b: January 27, 1950 in Malaga Twp.,
Woodsfield, Monroe Co., Ohio
............... +Linda Lou Wade b: July
16, 1951 in Barnesville, Belmont Co., Ohio
................ 5 Thomas Dale
Morris b: December 04, 1972 in Barnesville, Belmont Co., Ohio
.................... +Amy Jo Russell
.. *2nd Wife of Elmer Morris:
...... +Vesta Mae Morris b: April 2, 1918 m: October 8, 1938 d:
June 23, 1979
Provided by Betty
Lendon Matson
Click here for the Short-Cut Table of Contents


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A list of all the posts and pages found on the site. For you robots out there is an XML version available for digesting as well.
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Published in BSc Thesis, Utrecht University, 2011
In this thesis we investigate a symmetric extension of pregroup grammars, and the generative capacity of the Displacement Calculus. Read more
Recommended citation: Wijnholds, G. (2011). "Investigations into categorial grammar: Symmetric pregroup grammar and displacement calculus." BSc Thesis, Utrecht University. https://dspace.library.uu.nl/bitstream/handle/1874/207634/scriptie_final.pdf?sequence=2
Published in MSc Thesis, 2014
In the thesis we investigate a categorical compositional distributional model for the Lambek-Grishin Calculus, a two-sided extension of the Lambek Calculus. We also look at graphical languages for reasoning with diagrams for this extended model. Read more
Recommended citation: Wijnholds, G. (2014). "Categorical Foundations for Extended Compositional Distributional Models of Meaning." MSc Thesis, Institute for Logic, Language, and Computation. https://www.illc.uva.nl/Research/Publications/Reports/MoL-2014-22.text.pdf
Published in Computational Linguistics in the Netherlands Journal, 2014
This paper describes a characterisation of well-nested Multiple Context Free Languages by first order Displacement Calculus. Read more
Recommended citation: Wijnholds, G. J. (2014). "Conversions between D and MCFG: Logical Characterizations of the Mildly Context-Sensitive Languages." Computational Linguistics in the Netherlands Journal. 4. https://clinjournal.org/sites/clinjournal.org/files/10-Wijnholds-CLIN2014.pdf
Published in Topology, Algebra, and Categories in Logic 2015, 2015
We discuss the use of the Lambek-Grishin Calculus in a compositional distributional model of meaning. Read more
Recommended citation: Moortgat, M. J., and Wijnholds, G. "Syntactic control for compositional vector space models." Topology, Algebra, and Categories in Logic 2015 (2015): 204-206. http://logica.dmi.unisa.it/tacl/wp-content/uploads/abstracts/paper_81.pdf
Published in Logic and Algorithms in Computational Linguistics 2017, 2017
We discuss vector semantics for a relevant style of Lambek Calculus. Read more
Recommended citation: Wijnholds, G, and Sadrzadeh, M. "Vector Semantics for Lambek Calculus with Contraction." Workshop on Logic and Algorithms in Computational Linguistics 2017 (LACompLing2017). 2017. http://staff.math.su.se/rloukanova/proceedingsLACompLing2017.pdf#page=143
Published in WoLLIC 2017, 2017
In this paper we develop a graphical language for reasoning about information flow in the Lambek Calculus. Read more
Recommended citation: Wijnholds, G. J. (2017). "Coherent Diagrammatic Reasoning in Compositional Distributional Semantics." WoLLIC 2017, Lecture Notes in Computer Science. 10388. https://link.springer.com/chapter/10.1007/978-3-662-55386-2_27
Published in Proceedings of the 21st Amsterdam Colloquium, 2017
We give an account of pronoun relativisation in Dutch in a compositional distributional model. Read more
Recommended citation: Moortgat, M. and Wijnholds, G. (2017). "Lexical and Derivational Meaning in Vector-Based Models of Relativisation." Proceedings of the 21st Amsterdam Colloquium. https://arxiv.org/pdf/1711.11513.pdf
Published in Proceedings of the 2018 workshop on Compositional Approaches in Physics, NLP and Social Sciences, 2018
We develop and compare two compositional distributional models for embedding VP-elliptical phrases. Read more
Recommended citation: Wijnholds, G. and Sadrzadeh, M. (2018). "Classical Copying versus Quantum Entanglement in Natural Language: The Case of VP-ellipsis." CAPNS 2018 proceedings. http://eptcs.web.cse.unsw.edu.au/paper.cgi?CAPNS2018.8
Published in ArXiV Preprint, 2019
To appear in Journal of Language Modelling. We combine a proof-theoretic model of scope ambiguities with a lexical treatment of quantifiers in a compositional distributional model. Read more
Recommended citation: Wijnholds, G. (2018). "A Proof-Theoretic Approach to Scope Ambiguity in Compositional Vector Space Models." To appear in JLM. https://arxiv.org/pdf/1810.10297.pdf
Published:
Recommended citation: "Conversions between D and MCFG: Logical Characterizations of the Mildly Context-Sensitive Languages".
Published:
Recommended citation: "Enhanced Expressivity for Compositional Distributional Semantics".
Published:
Recommended citation: "Syntactic control for compositional vector space models".
Published:
Recommended citation: "Non-Local Information Flow in Compositional Vector Space Models: From enhanced syntax to enhanced semantics".
Published:
I gave a guest lecture in Utrecht on compositional distributional semantics, followed by a lab with exercises using a concrete implementation of a compositional distributional model. Read more
Recommended citation: "Compositional Distributional Semantics".
Published:
Recommended citation: "Coherent Diagrammatic Reasoning in Compositional Distributional Semantics".
Published:
Recommended citation: "Vector Semantics for Lambek Calculus with Contraction".
Published:
Recommended citation: "Coherent Diagrammatic Reasoning in Compositional Distributional Semantics".
Published:
Recommended citation: "Lambek with Contractions".
Published:
Recommended citation: "Proof Nets and String Diagrams".
Published:
Recommended citation: "Lexical and Derivational Meaning in Vector-Based Models of Relativisation".
Published:
Recommended citation: "Classical Copying versus Quantum Entanglement in Natural Language: the Case of VP-ellipsis".
Published:
Recommended citation: "Classical Copying versus Quantum Entanglement in Natural Language: the Case of VP-ellipsis".
Undergraduate, Utrecht University, 1900
An intermediate course on logical grammars and their semantics, from the basics of the Lambek Calculus to cutting-edge research topics. Read more
Undergraduate, Utrecht University, 1900
Advanced course on techniques for language and speech technologies. Topics include formal languages (up to context-free languages), UNIX, hands on text-to-speech tutorials, Hidden Markov Models. Read more
Undergraduate, University of Amsterdam, 1900
An introductory course on formal logic. Topics include propositional and first-order logic, natural deduction, sequent calculi, tableaux. Read more
Undergraduate, University of Amsterdam, 1900
A capita selecta course covering seminal papers/cases in Artificial Intelligene. Read more
Undergraduate, University of Amsterdam, 1900
An introductory course to linear algebra, covering up to Singular Value Decomposition. Read more
Undergraduate, University of Amsterdam, 1900
An intermediate course on logic for computational reasoning. Topics include propositional and first order resolution, dynamic epistemic logic, planning. Read more
Undergraduate, University of Amsterdam, 1900
An introductory course to logic programming and various search techniques, in Prolog. Read more
Undergraduate, Queen Mary University of London, 1900
Responsible tutoring and marking students' work for this introduction to mathematics for students of Electronic Engineering and Computer Systems students. Topics covered include complex numbers, vectors, sequences and series, functions and continuity, differentiation, and integration. Read more
Undergraduate, Queen Mary University of London, 1900
Responsible for organising and teaching this introduction to mathematics for students of Electronic Engineering and Computer Systems students. Topics covered include complex numbers, vectors, sequences and series, functions and continuity, differentiation, and integration. Read more
Postgraduate, Queen Mary University of London, 1900
Responsible for running labs and marking for this capita selecta course on NLP for master students of various programmes. Topics covered include language modelling, formal grammar, dialogue modelling, sentiment analysis, classification and regression models, formal grammar, distributional semantics, formal semantics. Read more


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