Credits for ET_Redux Development
Contact:
Jim Bowring
Please contribute your ideas and bugs here:
CIRDLES
Contributors:
Sam Bowring
Noah McLean
Blair Shoene
Matt Rioux
George Gehrels
more coming ...


When working with inline SQL or SQL Server stored procedures that return more than one result set, the Microsoft SQL Server JDBC Driver provides the getResultSet method in the SQLServerStatement class for retrieving each set of data returned. In addition, when running a statement that returns more than one result set, you can use the execute method of the SQLServerStatement class, because it will return a boolean value that indicates if the value returned is a result set or an update count.
If the execute method returns true, the statement that was run has returned one or more result sets. You can access the first result set by calling the getResultSet method. To determine if more result sets are available, you can call the getMoreResults method, which returns a boolean value of true if more result sets are available. If more result sets are available, you can call the getResultSet method again to access them, continuing the process until all result sets have been processed. If the getMoreResults method returns false, there are no more result sets to process.
If the execute method returns false, the statement that was run has returned an update count value, which you can retrieve by calling the getUpdateCount method.
In the following example, an open connection to the SQL Server 2005 AdventureWorks sample database is passed in to the function, and an SQL statement is constructed that, when run, returns two result sets:
public static void executeStatement(Connection con) { try { String SQL = "SELECT TOP 10 * FROM Person.Contact; " + "SELECT TOP 20 * FROM Person.Contact"; Statement stmt = con.createStatement(); boolean results = stmt.execute(SQL); int rsCount = 0; //Loop through the available result sets. do { if(results) { ResultSet rs = stmt.getResultSet(); rsCount++; //Show data from the result set. System.out.println("RESULT SET #" + rsCount); while (rs.next()) { System.out.println(rs.getString("LastName") + ", " + rs.getString("FirstName")); } rs.close(); } System.out.println(); results = stmt.getMoreResults(); } while(results); stmt.close(); } catch (Exception e) { e.printStackTrace(); } }
In this case, the number of result sets returned is known to be two. However, the code is written so that if an unknown number of result sets were returned, such as when calling a stored procedure, they would all be processed. To see an example of calling a stored procedure that returns multiple result sets along with update values, see Handling Complex Statements.


Learn to code by watching others
See how experienced developers solve problems in real-time. Watching scripted tutorials is great, but understanding how developers think is invaluable.
See how experienced developers solve problems in real-time. Watching scripted tutorials is great, but understanding how developers think is invaluable.
Challenge by FrontEnd Mentor. Code by Samuel Oliveira.


BAR GIRLS A film review by James Berardinelli Copyright 1995 James Berardinelli
RATING (0 TO 10): 5.1
U.S. Availability: limited release 4/95 Running Length: 1:35 MPAA Classification: R (Sex, profanity, nudity)
Starring: Nancy Allison Wolfe, Liza D'Agostino, Camila Griggs, Paula Sorge, Justine Slater, Lisa Parker, Michael Harris Director: Marita Giovanni Producers: Lauran Hoffman and Marita Giovanni Screenplay: Lauran Hoffman (based on her play) Cinematography: Michael Ferris Music: The Ringling Sisters Released by Orion Classics
Writer/producer Lauran Hoffman stated that the impetus behind BAR GIRLS was a desire to make a film showing the lives of real lesbians, and to expunge a certain Hollywood-generated image involving an ice pick. It's therefore somewhat ironic that in attempting to create this honest, true-to-life portrait, BAR GIRLS has resorted to all sorts of traditional formulas and stereotypes. The film takes an assortment of caricatures and throws them together into a comic, melodramatic mix that only occasionally works.
Hoffman and her co-producer/director, Marita Giovanni, deserve credit for the sincerity of their approach. There's not a note of condescension in this film. It takes homosexuality seriously without turning sexual preference into a soul-searching routine. When one of the bar girls decides to put aside her affinity for men and try a relationship with another woman, it just happens. There are no sudden sexual identity crises or moments of self-doubt. One of the main themes of BAR GIRLS is that people are people, no matter which sex they choose to be with.
The problem is that the message is superior to the medium of its delivery. Even the gender twist can't invigorate this overused storyline. When one character utters the line "Can this get any more predictable?", she could be talking about Hoffman's script. At least a fair amount of the dialogue is interesting--the characters may be living the cliches, but they're not talking them.
The main characters are Loretta and Rachel, a pair of upbeat lesbians played with energy and charisma by Nancy Allison Wolfe and Liza D'Agostino. The two women meet one night at an all-girl bar, have a drink together, then head to Loretta's place. They don't have sex, however. Both are currently involved with other people, and Loretta needs to love her partner before getting physical. Following a meaningful conversation, the pair decides that they enjoy spending time together, and plan to continue meeting. Eventually, they sever the other relationships, admit their feelings for one another, and move in together. It's then that things between them start to get rocky.
While the core of BAR GIRLS is a reasonably solid, if unspectacular, romantic comedy, the satellite subplots are awful. The business about a straight girl (Justine Slater) getting involved with a dyke (Paula Sorge) is poorly-conceived, badly executed, and horribly acted. Fragments from the lives of some of the other bar girls are no more impressive. One character in particular, a woman named J.R. (Camila Griggs), has the potential to be a fascinating and complex personality. Unfortunately, she ends up as just another obstacle to Loretta and Rachel's happiness.
As far as American-produced lesbian films are concerned, BAR GIRLS falls somewhere in between the inept-but-well-intentioned CLAIRE OF THE MOON and the playfully entertaining GO FISH. Fresh romantic comedies are difficult to come up with regardless of the protagonists' sexual preferences, so BAR GIRLS resorts to safe, tired formulas. The target audience will probably enjoy the result, but, for everyone else, it's hardly worth the effort of going to a theater.
- James Berardinelli<EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Bicyclist killed in hit-and-run in Covington
by Asia FieldsA bicyclist died after a driver struck him with a car in Covington and drove away Wednesday evening, according to the King County Sheriff’s Office.
The man was struck in the 18200 block of Southeast Wax Road in East King County around 6 p.m.
Collision detectives from the Sheriff’s Office are investigating the hit-and-run. They did not have a description of the vehicle Wednesday night.
Asia Fields<EMAIL_ADDRESS>on Twitter: @asiakmfields.


show menu
player1 name:
player2 name:
Player1 color
Player2 color
Set number of rounds:
Reset clock
Reset sets
player1
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player2
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Shared
public struct Shared
A simple struct that handles getting a list of shared user
-
Get a list of all the people in the lab who are sharing their location
Declaration
Swift
public static func get(callback: @escaping ([DALIMember]?, DALIError.General?) -> Void)
Parameters
callback
Function called apon completion
-
Observe the shared locations
Declaration
Swift
public static func observe(callback: @escaping (_ members: [DALIMember]?, _ error: DALIError.General?) -> Void) -> Observation
Parameters
callback
The function called when an update is available
members
The update members listed in the lab
error
The error, if any, encountered
-
Submit the current location of the user
Important
Do not run this on an API authenticated program. It will fatal error to protect the server!
Declaration
Swift
public static func submit(inDALI: Bool, entering: Bool, callback: @escaping (Bool, DALIError.General?) -> Void)
Parameters
inDALI
The user is in DALI
entering
The user is entering DALI
callback
Function that is called when done


Mon Ami Café: French food with Buffalo flair and affordable prices
We are Francophiles, and why not?
The French love food. In fact, they love the entire eating experience. We've nailed the first part but need to work on the second.
We found an opportunity at Mon Ami Café & Bakery. Opened in March, Mon Ami occupies the former Globe Market space on Main Street.
Fresh off our short NFTA Metro Rail ride we entered the bright, beautiful interior playing quiet, calm music. It was a balm to our work-weary souls.
Mon Ami follows the trendy, efficient format of ordering at a counter with food delivered by a server. The menu is a mix of breakfast, brunch and lunch items perfectly pared down so there is no agonizing (well, maybe a little, but only because you’ll want everything).
Greg Grigorian and Armen Pogosyan opened Mon Ami with a food philosophy based around the idea of incorporating French cuisine with an American/Buffalonian style. Hence the Buffalo quiche made with chicken, celery, hot sauce and blue cheese ($8.50).
Breakfast is served all day and includes a nice variety from organic muesli ($6) with dried fruit to a Parisian eggs Benedict ($9.25) that pairs poached eggs, ham and bacon on a croissant with hollandaise. The Americain ($8.50) is the usual two eggs, bacon/sausage with bread or croissant, potatoes or cup of fruit. The Better With Gruyère is the same, with Gruyère cheese and eggs ($8.50). We would order the Salmon Morning, just to see the potato galette with Gruyère, salmon and a fried egg ($11.50).
It wouldn’t be French without omelettes ($9.50) made your way from a list of ingredients. Or crêpes, which you can also make your own way ($8.50). The Crêpe Mon Ami ($6.50) comes with strawberries and vanilla ice cream.
As much as we love breakfast, we went for lunch.
Sandwiches come with chips. Add soup or a side salad for $2.50. Crêpes come with a side salad or cup of soup.
[Related: 5 places to feel French in Buffalo]
A Chicken Parisien (10.50) used thick, perfectly toasted sourdough to enclose juicy balsamic chicken, crisp bacon, cheddar and tomatoes.
 The simple vinaigrette dressed greens were the ideal complement to the rich dish.
My croque madame ($9.75) – a fancy French grilled cheese – was heavenly. Grilled French bread came filled with ham, nutty melted Gruyère, béchamel sauce and Parmesan. Topped with a bright yellow fried egg, it was decadent and delicious. Its counterpart, a croque monsieur leaves off the egg ($9.50).
The tomato-based house lentil soup was savory and flavorful. It defied what can sometimes be a blah soup. The French onion was a revelation. Not the harsh, salty concoctions often served, this soup was sweet from the onions. Delicate tasting, it arrived topped with a lovely baked cap of cheese. Tomato basil is the third house soup. Served with a slice of baguette, any soup would make a nice tidy lunch ($4.50 cup/$6 bowl).
[Related: Starters at Mon Ami | News of Mon Ami's arrival]
There is much to return for, like a roast beef French dip with ultra creamy garlicky-herby boursin cheese ($9.75) or the Salad Fermiere ($9) with Swiss cheese, apples, raisins, walnuts and balsamic vinaigrette (add chicken $2.50). For traditionalists, a simple quiche Lorraine of bacon, onion and cheese ($8); for millennials, a smoked salmon avocado toast ($12.50).
Beverages include fresh-squeezed orange juice and French press coffee for two ($4.50).
Admittedly, I started lunch with a single, darling crème brûlée cream puff ($1.25) from the pastry case. Light and crisp with a crackled brûléed top, the sweet, creamy filled confection was perfection.
What would the French think of this faux pas? I bet they would applaud my decision.
298 Main St., Cathedral Park Side (551-0472; monamibuffalo.com)
Hours: 7 a.m. to 3 p.m. Monday through Friday, 9 a.m. to 3 p.m. Sunday. Closed Saturday.
Price range: $6 to $12.50.
Wheelchair-accessible: Yes, via the Main Street entrance.
Gluten-free options: Buckwheat gluten-free crêpe and waffle.
Parking: Ramp or limited street. NFTA Metro Rail between Seneca and Church Street stations.
Big star: Servers deliver water without asking.


Class Report
Represents a report object.
Inherited Members
Namespace: FastReport
Assembly: FastReport.OpenSource.dll
Syntax
public class Report : Base, IFRSerializable, IParent, ISupportInitialize
Remarks
The instance of this class contains a report. Here are some common actions that can be performed with this object:
- To load a report, use the Load(String) method or call static FromFile(String) method.
- To save a report, call the Save(String) method.
- To register application dataset for use it in a report, call one of the RegisterData methods.
- To pass some parameter to a report, use the SetParameterValue(String, Object) method.
- To design a report, call the
method. - To run a report and preview it, call the
method. Another way is to call the Prepare() method, then call the method. - To run a report and print it, call the
method. Another way is to call the Prepare() method, then call the method. - To load/save prepared report, use one of the LoadPrepared and SavePrepared methods.
- To set up some global properties, use the Config static class
or
component that you can use in the Visual Studio IDE.
The report consists of one or several report pages (pages of the
ReportPage type) and/or dialog forms (pages of the
Examples
This example shows how to create a report instance, load it from a file, register the application data, run and preview.
Report report = new Report();
report.Load("reportfile.frx");
report.RegisterData(application_dataset);
report.Show();
This example shows how to create simple report in code.
Report report = new Report();
// create the report page
ReportPage page = new ReportPage();
page.Name = "ReportPage1";
// set paper width and height. Note: these properties are measured in millimeters.
page.PaperWidth = 210;
page.PaperHeight = 297;
// add a page to the report
report.Pages.Add(page);
// create report title
page.ReportTitle = new ReportTitleBand();
page.ReportTitle.Name = "ReportTitle1";
page.ReportTitle.Height = Units.Millimeters * 10;
// create Text object and put it to the title
TextObject text = new TextObject();
text.Name = "Text1";
text.Bounds = new RectangleF(0, 0, Units.Millimeters * 100, Units.Millimeters * 5);
page.ReportTitle.Objects.Add(text);
// create data band
DataBand data = new DataBand();
data.Name = "Data1";
data.Height = Units.Millimeters * 10;
// add data band to a page
page.Bands.Add(data);
Constructors
Report()
Initializes a new instance of the Report class with default settings.
Declaration
public Report()
Properties
Aborted
Gets a value indicating that report execution was aborted.
Declaration
public bool Aborted { get; }
Property Value
| Type | Description |
|---|---|
| System.Boolean |
AutoFillDataSet
Gets or sets a value indicating whether it is necessary to automatically fill DataSet registered with RegisterData call.
Declaration
public bool AutoFillDataSet { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Boolean |
Remarks
If this property is true (by default), FastReport will automatically fill the DataSet with data when you trying to run a report. Set it to false if you want to fill the DataSet by yourself.
BaseReport
Gets or sets the base report file name.
Declaration
public string BaseReport { get; set; }
Property Value
| Type | Description |
|---|---|
| System.String |
Remarks
This property contains the name of a report file this report is inherited from. Note: setting this property to non-empty value will clear the report and load the base file into it.
Compressed
Gets or sets a value that specifies whether to compress the report file.
Declaration
public bool Compressed { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Boolean |
Remarks
The report file is compressed using the Gzip algorithm. So you can open the compressed report in any zip-compatible archiver.
ConvertNulls
Gets or sets a value indicating whether the null DB value must be converted to zero, false or empty string depending on the data column type.
Declaration
public bool ConvertNulls { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Boolean |
Remarks
This property is true by default. If you set it to false, you should check the DB value before you do something with it (for example, typecast it to any type, use it in a expression etc.)
Dictionary
Gets the report's data.
Declaration
public Dictionary Dictionary { get; set; }
Property Value
| Type | Description |
|---|---|
| Dictionary |
Remarks
The dictionary contains all data items such as connections, data sources, parameters, system variables.
DoublePass
Gets or sets a value that specifies whether the report engine should perform the second pass.
Declaration
public bool DoublePass { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Boolean |
Remarks
Typically the second pass is necessary to print the number of total pages. It also may be used to perform some calculations on the first pass and print its results on the second pass.
Use the Engine.FirstPass, Engine.FinalPass properties to determine which pass the engine is performing now.
Engine
Gets a reference to the report engine.
Declaration
public ReportEngine Engine { get; }
Property Value
| Type | Description |
|---|---|
| ReportEngine |
Remarks
This property can be used when report is running. In other cases it returns null.
FileName
Gets or sets the name of a file the report was loaded from.
Declaration
public string FileName { get; set; }
Property Value
| Type | Description |
|---|---|
| System.String |
Remarks
This property is used to support the FastReport.Net infrastructure; typically you don't need to use it.
FinishReportEvent
Gets or sets a script event name that will be fired when the report is finished.
Declaration
public string FinishReportEvent { get; set; }
Property Value
| Type | Description |
|---|---|
| System.String |
GraphicCache
Gets a reference to the graphics cache for this report.
Declaration
public GraphicCache GraphicCache { get; }
Property Value
| Type | Description |
|---|---|
| GraphicCache |
Remarks
This property is used to support the FastReport.Net infrastructure. Do not use it directly.
HasDialogs
Gets a value indicating that this report contains dialog forms.
Declaration
public bool HasDialogs { get; }
Property Value
| Type | Description |
|---|---|
| System.Boolean |
InitialPageNumber
Gets or sets the initial page number for PageN/PageNofM system variables.
Declaration
public int InitialPageNumber { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Int32 |
MaxPages
Gets or sets the maximum number of generated pages in a prepared report.
Declaration
public int MaxPages { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Int32 |
Remarks
Use this property to limit the number of pages in a prepared report.
Name
This property is not relevant to this class.
Declaration
public string Name { get; }
Property Value
| Type | Description |
|---|---|
| System.String |
NeedRefresh
Gets or sets the flag for refresh.
Declaration
public bool NeedRefresh { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Boolean |
Operation
Gets the report operation that is currently performed.
Declaration
public ReportOperation Operation { get; }
Property Value
| Type | Description |
|---|---|
| ReportOperation |
Pages
Gets the pages contained in this report.
Declaration
public PageCollection Pages { get; }
Property Value
| Type | Description |
|---|---|
| PageCollection |
Remarks
This property contains pages of all types (report and dialog). Use the is/as operators if you want to work with pages of ReportPage type.
Examples
The following code demonstrates how to access the first report page:
ReportPage page1 = report1.Pages[0] as ReportPage;
Parameters
Gets the collection of report parameters.
Declaration
public ParameterCollection Parameters { get; }
Property Value
| Type | Description |
|---|---|
| ParameterCollection |
Remarks
Parameters are displayed in the "Data" window under the "Parameters" node.
Typical use of parameters is to pass some static data from the application to the report. You can print such data, use it in the data row filter, script etc.
Another way to use parameters is to define some reusable piece of code, for example, to define an expression that will return the concatenation of first and second employee name. In this case, you set the parameter's Expression property to something like this: [Employees.FirstName] + " " + [Employees.LastName]. Now this parameter may be used in the report to print full employee name. Each time you access such parameter, it will calculate the expression and return its value.
You can create nested parameters. To do this, add the new Parameter to the Parameters collection of the root parameter. To access the nested parameter, you may use the GetParameter(String) method.
To get or set the parameter's value, use the GetParameterValue(String) and SetParameterValue(String, Object) methods. To set the parameter's expression, use the GetParameter(String) method that returns a Parameter object and set its Expression property.
Password
Gets or sets the report password.
Declaration
public string Password { get; set; }
Property Value
| Type | Description |
|---|---|
| System.String |
Remarks
When you try to load the password-protected report, you will be asked for a password. You also may specify the password in this property before loading the report. In this case the report will load silently.
Password-protected report file is crypted using Rijndael algorithm. Do not forget your password! It will be hard or even impossible to open the protected file in this case.
PreparedPages
Gets a pages of the prepared report.
Declaration
public PreparedPages PreparedPages { get; }
Property Value
| Type | Description |
|---|---|
| PreparedPages |
ReferencedAssemblies
Gets or sets an array of assembly names that will be used to compile the report script.
Declaration
public string[] ReferencedAssemblies { get; set; }
Property Value
| Type | Description |
|---|---|
| System.String[] |
Remarks
By default this property contains the following assemblies: "System.dll", "System.Drawing.dll", "System.Windows.Forms.dll", "System.Data.dll", "System.Xml.dll". If your script uses some types from another assemblies, you have to add them to this property.
ReportInfo
Gets or sets the report information such as report name, author, description etc.
Declaration
public ReportInfo ReportInfo { get; set; }
Property Value
| Type | Description |
|---|---|
| ReportInfo |
ReportResourceString
Gets or sets the resource string that contains the report.
Declaration
public string ReportResourceString { get; set; }
Property Value
| Type | Description |
|---|---|
| System.String |
Remarks
This property is used by the MS Visual Studio to store the report. Do not use it directly.
Restrictions
This property is not relevant to this class.
Declaration
public Restrictions Restrictions { get; set; }
Property Value
| Type | Description |
|---|---|
| Restrictions |
ScriptLanguage
Gets or sets the script language of this report.
Declaration
public Language ScriptLanguage { get; set; }
Property Value
| Type | Description |
|---|---|
| Language |
Remarks
Note: changing this property will reset the report script to default empty script.
ScriptRestrictions
Gets or sets a set of permissions that will be restricted for the script code.
Declaration
public PermissionSet ScriptRestrictions { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Security.PermissionSet |
Remarks
Since the report script is compiled into .NET assembly, it allows you to do ANYTHING.
For example, you may create a script that will read/write files from/to a disk. This property
is used to restrict such operations.
using System.Security;
using System.Security.Permissions;
...
PermissionSet ps = new PermissionSet(PermissionState.None);
ps.AddPermission(new FileIOPermission(PermissionState.Unrestricted));
report1.ScriptRestrictions = ps;
report1.Prepare();
ScriptText
Gets or sets the report script.
Declaration
public string ScriptText { get; set; }
Property Value
| Type | Description |
|---|---|
| System.String |
Remarks
The script contains the ReportScript class that contains all report objects' event handlers and own items such as private fields, properties, methods etc. The script contains only items written by you. Unlike other report generators, the script does not contain report objects declarations, initialization code. It is added automatically when you run the report.
By default this property contains an empty script text. You may see it in the designer when you switch to the Code window.
If you set this property programmatically, you have to declare the FastReport namespace and the ReportScript class in it. Do not declare report items (such as bands, objects, etc) in the ReportScript class: the report engine does this automatically when you run the report.
Security note: since the report script is compiled into .NET assembly, it allows you to do ANYTHING. For example, you may create a script that will read/write files from/to a disk. To restrict such operations, use the ScriptRestrictions property.
SmoothGraphics
Gets or sets a value that specifies if the graphic objects such as bitmaps and shapes should be displayed smoothly.
Declaration
public bool SmoothGraphics { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Boolean |
StartReportEvent
Gets or sets a script event name that will be fired when the report starts.
Declaration
public string StartReportEvent { get; set; }
Property Value
| Type | Description |
|---|---|
| System.String |
StoreInResources
Gets or sets a value that determines whether to store the report in the application resources. Use this property in the MS Visual Studio IDE only.
Declaration
public bool StoreInResources { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Boolean |
Remarks
By default this property is true. When set to false, you should store your report in a file.
Styles
Gets or sets the collection of styles used in this report.
Declaration
public StyleCollection Styles { get; set; }
Property Value
| Type | Description |
|---|---|
| StyleCollection |
TextQuality
Gets or sets a value that specifies the quality of text rendering.
Declaration
public TextQuality TextQuality { get; set; }
Property Value
| Type | Description |
|---|---|
| TextQuality |
Remarks
Note: the default property value is TextQuality.Default. That means the report may look different depending on OS settings. This property does not affect the printout.
UseFileCache
Gets or sets a value that specifies whether to use the file cache rather than memory to store the prepared report pages.
Declaration
public bool UseFileCache { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Boolean |
Methods
Abort()
Aborts the report execution.
Declaration
public void Abort()
AddChild(Base)
Adds a child object to this object's childs.
Declaration
public void AddChild(Base obj)
Parameters
| Type | Name | Description |
|---|---|---|
| Base | obj |
ApplyStyles()
Updates the report component's styles.
Declaration
public void ApplyStyles()
Remarks
Call this method if you change the Styles collection.
Assign(Base)
Copies the contents of another, similar object.
Declaration
public override void Assign(Base source)
Parameters
| Type | Name | Description |
|---|---|---|
| Base | source | Source object to copy the contents from. |
Overrides
Remarks
Call Assign to copy the properties from another object of the same type. The standard form of a call to Assign is
destination.Assign(source);
which tells the destination object to copy the contents of the source object to itself. In this method, all child objects are ignored. If you want to copy child objects, use the AssignAll(Base) method.
See Also
BeginInit()
Declaration
public void BeginInit()
Calc(String)
Calculates an expression and returns the result.
Declaration
public object Calc(string expression)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | expression | The expression to calculate. |
Returns
| Type | Description |
|---|---|
| System.Object | If report is running, returns the result of calculation. Otherwise returns null. |
Remarks
The expression may be any valid expression such as "1 + 2". The expression is calculated in the report script's ReportScript class instance context, so you may refer to any objects available in this context: private fields, methods, report objects.
Calc(String, Variant)
Calculates an expression and returns the result.
Declaration
public object Calc(string expression, Variant value)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | expression | The expression to calculate. |
| Variant | value | The value of currently printing object. |
Returns
| Type | Description |
|---|---|
| System.Object | If report is running, returns the result of calculation. Otherwise returns null. |
Remarks
Do not call this method directly. Use the Calc(string expression) method instead.
CalcExpression(String, Variant)
Returns an expression value.
Declaration
protected virtual object CalcExpression(string expression, Variant value)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | expression | The expression. |
| Variant | value | The value of currently printing object. |
Returns
| Type | Description |
|---|---|
| System.Object | Returns the result of calculation. |
Remarks
This method is for internal use only, do not call it directly.
CanContain(Base)
Gets a value indicating that this object can contain the specified child object.
Declaration
public bool CanContain(Base child)
Parameters
| Type | Name | Description |
|---|---|---|
| Base | child | Child object. |
Returns
| Type | Description |
|---|---|
| System.Boolean | true if this object can contain the specified child object; otherwise, false. |
Clear()
Clears the object's state.
Declaration
public override void Clear()
Overrides
Remarks
This method also disposes all object's children.
Deserialize(FRReader)
Deserializes the object.
Declaration
public override void Deserialize(FRReader reader)
Parameters
| Type | Name | Description |
|---|---|---|
| FRReader | reader | Reader object. |
Overrides
Remarks
Do not call this method directly. You should override it if you are developing a new component for FastReport.
This method is called when the object needs to restore the state. It may happen when:
- loading the report from a file or stream;
- loading the report from the designer's undo buffer;
- assigning another object to this object using the Assign(Base) or AssignAll(Base) methods;
- loading the object from the designer's clipboard;
DeserializeSubItems(FRReader)
Deserializes nested object properties.
Declaration
protected override void DeserializeSubItems(FRReader reader)
Parameters
| Type | Name | Description |
|---|---|---|
| FRReader | reader | Reader object. |
Overrides
Remarks
Typically the object serializes all properties to the single xml item:
<TextObject Name="Text2" Left="18.9" Top="37.8" Width="283.5" Height="28.35"/>
Some objects like DataBand have child objects that serialized in subitems:
<DataBand Name="Data1" Top="163" Width="718.2" Height="18.9">
<TextObject Name="Text3" Left="18.9" Top="37.8" Width="283.5" Height="28.35"/>
</DataBand>
To read such subitems, the DeserializeSubItems
method is used. Base
implementation reads the child objects. You may override it to read some specific subitems.
Dispose(Boolean)
Declaration
protected override void Dispose(bool disposing)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Boolean | disposing |
Overrides
EndInit()
Declaration
public void EndInit()
EnsureInit()
Ensure that static constructor is called.
Declaration
public static void EnsureInit()
Export(ExportBase, Stream)
Exports a report. Report should be prepared using the Prepare() method.
Declaration
public void Export(ExportBase export, Stream stream)
Parameters
| Type | Name | Description |
|---|---|---|
| ExportBase | export | The export filter. |
| System.IO.Stream | stream | Stream to save export result to. |
Export(ExportBase, String)
Exports a report. Report should be prepared using the Prepare() method.
Declaration
public void Export(ExportBase export, string fileName)
Parameters
| Type | Name | Description |
|---|---|---|
| ExportBase | export | The export filter. |
| System.String | fileName | File name to save export result to. |
FindObject(String)
Searches for an object with given name.
Declaration
public override Base FindObject(string name)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | name | Name of the object to find. |
Returns
| Type | Description |
|---|---|
| Base | Returns a null reference if object is not found |
Overrides
FromFile(String)
Creates the report instance and loads the report from a file.
Declaration
public static Report FromFile(string fileName)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | fileName | The name of the file to load from. |
Returns
| Type | Description |
|---|---|
| Report | The new report instance. |
FromStream(Stream)
Creates the report instance and loads the report from a stream.
Declaration
public static Report FromStream(Stream stream)
Parameters
| Type | Name | Description |
|---|---|---|
| System.IO.Stream | stream | The stream to load from. |
Returns
| Type | Description |
|---|---|
| Report | The new report instance. |
FromString(String)
Creates the report instance and loads the report from a string.
Declaration
public static Report FromString(string utf8String)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | utf8String | The string that contains a stream in UTF8 encoding. |
Returns
| Type | Description |
|---|---|
| Report | The new report instance. |
GenerateReportAssembly(String)
Generates the file (.cs or .vb) that contains the report source code.
Declaration
public void GenerateReportAssembly(string fileName)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | fileName | Name of the file. |
Remarks
Use this method to generate the report source code. This code can be attached to your project. In this case, you will need to call the following code to run a report:
SimpleListReport report = new SimpleListReport();
report.RegisterData(your_dataset);
report.Show();
GetChildObjects(ObjectCollection)
Gets a list of child objects.
Declaration
public void GetChildObjects(ObjectCollection list)
Parameters
| Type | Name | Description |
|---|---|---|
| ObjectCollection | list | List to fill with values. |
GetChildOrder(Base)
Returns z-order of the specified child object.
Declaration
public virtual int GetChildOrder(Base child)
Parameters
| Type | Name | Description |
|---|---|---|
| Base | child | Child object. |
Returns
| Type | Description |
|---|---|
| System.Int32 | Z-order of the specified object. |
Remarks
This method must return the index of a specified child object in the internal child list.
GetColumnValue(String)
Gets the data column's value. Automatically converts null value to 0, false or "" depending on the column type.
Declaration
public object GetColumnValue(string complexName)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | complexName | The name of the data column including the datasource name. |
Returns
| Type | Description |
|---|---|
| System.Object | If report is running, returns the column value. Otherwise returns null. |
Remarks
The return value of this method does not depend on the ConvertNulls property.
Examples
string employeeName = (string)report.GetColumnValue("Employees.FirstName");
GetColumnValueNullable(String)
Gets the data column's value. This method does not convert null values.
Declaration
public object GetColumnValueNullable(string complexName)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | complexName | The name of the data column including the datasource name. |
Returns
| Type | Description |
|---|---|
| System.Object | If report is running, returns the column value. Otherwise returns null. |
GetDataSource(String)
Gets the datasource with specified name.
Declaration
public DataSourceBase GetDataSource(string alias)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | alias | Alias name of a datasource. |
Returns
| Type | Description |
|---|---|
| DataSourceBase | The datasource object if found, otherwise null. |
GetParameter(String)
Gets the report parameter with given name.
Declaration
public Parameter GetParameter(string complexName)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | complexName | The name of the parameter. |
Returns
| Type | Description |
|---|---|
| Parameter | The Parameter object if found, otherwise null. |
Remarks
To find nested parameter, use the "." separator: "MainParameter.NestedParameter"
GetParameterValue(String)
Gets a value of the parameter with given name.
Declaration
public object GetParameterValue(string complexName)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | complexName | The name of the parameter. |
Returns
| Type | Description |
|---|---|
| System.Object | The parameter's value if found, otherwise null. |
Remarks
To find nested parameter, use the "." separator: "MainParameter.NestedParameter"
GetTotalValue(String)
Gets a value of the total with specified name.
Declaration
public Variant GetTotalValue(string name)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | name | Name of total. |
Returns
| Type | Description |
|---|---|
| Variant | The total's value if found, otherwise 0. |
Remarks
This method converts null values to 0 if the ConvertNulls property is set to true. Use the GetTotalValueNullable(String) method if you don't want the null conversion.
GetTotalValueNullable(String)
Gets a value of the total with specified name.
Declaration
public Variant GetTotalValueNullable(string name)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | name | Name of total. |
Returns
| Type | Description |
|---|---|
| Variant | The total's value if found, otherwise null. |
GetVariableValue(String)
Gets a value of the system variable with specified name.
Declaration
public object GetVariableValue(string complexName)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | complexName | Name of a variable. |
Returns
| Type | Description |
|---|---|
| System.Object | The variable's value if found, otherwise null. |
InteractiveRefresh()
Refresh prepared report after intercative actions.
Declaration
public void InteractiveRefresh()
InternalInit()
Initializes the report's fields.
Declaration
protected void InternalInit()
Remarks
This method is for internal use only.
InvokeEvent(String, Object[])
Invokes the script event handler with given name.
Declaration
public void InvokeEvent(string name, object[] parms)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | name | The name of the script method. |
| System.Object[] | parms | The method parameters. |
Load(Stream)
Loads report from a stream.
Declaration
public void Load(Stream stream)
Parameters
| Type | Name | Description |
|---|---|---|
| System.IO.Stream | stream | The stream to load from. |
Remarks
When you try to load the password-protected report, you will be asked for a password. You also may specify the password in the Password property before loading the report. In this case the report will load silently.
Load(String)
Loads the report from a file.
Declaration
public void Load(string fileName)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | fileName | The name of the file to load from. |
Remarks
When you try to load the password-protected report, you will be asked for a password. You also may specify the password in the Password property before loading the report. In this case the report will load silently.
LoadFromString(String)
Loads the report from a string.
Declaration
public void LoadFromString(string s)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | s | The string that contains a stream in UTF8 or Base64 encoding. |
LoadPrepared(Stream)
Loads the prepared report from a .fpx file.
Declaration
public void LoadPrepared(Stream stream)
Parameters
| Type | Name | Description |
|---|---|---|
| System.IO.Stream | stream | Stream to load from. |
LoadPrepared(String)
Loads the prepared report from a .fpx file.
Declaration
public void LoadPrepared(string fileName)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | fileName | File name to load form. |
OnFinishReport(EventArgs)
This method fires the FinishReport event and the script code connected to the FinishReportEvent.
Declaration
public void OnFinishReport(EventArgs e)
Parameters
| Type | Name | Description |
|---|---|---|
| System.EventArgs | e |
OnStartReport(EventArgs)
This method fires the StartReport event and the script code connected to the StartReportEvent.
Declaration
public void OnStartReport(EventArgs e)
Parameters
| Type | Name | Description |
|---|---|---|
| System.EventArgs | e |
PostNameProcess(String, Int32)
Create name for all unnamed elements with prefix and start with number
Declaration
public void PostNameProcess(string prefix, int number)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | prefix | Prefix for name |
| System.Int32 | number | Number from which to start |
Prepare()
Prepares the report.
Declaration
public bool Prepare()
Returns
| Type | Description |
|---|---|
| System.Boolean | true if report was prepared succesfully. |
Prepare(Boolean)
Prepares the report.
Declaration
public bool Prepare(bool append)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Boolean | append | Specifies whether the new report should be added to a report that was prepared before. |
Returns
| Type | Description |
|---|---|
| System.Boolean | true if report was prepared succesfully. |
Remarks
Use this method to merge prepared reports.
Examples
This example shows how to merge two reports and preview the result:
Report report = new Report();
report.Load("report1.frx");
report.Prepare();
report.Load("report2.frx");
report.Prepare(true);
report.ShowPrepared();
PreparePage(ReportPage)
Prepare page
Declaration
public void PreparePage(ReportPage page)
Parameters
| Type | Name | Description |
|---|---|---|
| ReportPage | page |
PreparePhase1()
For internal use only.
Declaration
public void PreparePhase1()
PreparePhase2()
For internal use only.
Declaration
public void PreparePhase2()
Refresh()
Refresh the current report.
Declaration
public void Refresh()
Remarks
Call this method in the Click or MouseUp event handler of a report object to refresh the currently previewed report. Report will be generated again, but without dialog forms.
RegisterData(DataRelation, String)
Registers the application data relation to use it in the report.
Declaration
public void RegisterData(DataRelation data, string name)
Parameters
| Type | Name | Description |
|---|---|---|
| DataRelation | data | The application data. |
| System.String | name | The name of the data. |
Remarks
You may specify any value for the name parameter: it is not displayed anywhere in the designer and used only to load/save a report. The name must be persistent and unique for each registered relation.
Examples
report1.Load("report.frx");
report1.RegisterData(myDataRelation, "myRelation");
RegisterData(DataSet)
Registers the application dataset with all its tables and relations to use it in the report.
Declaration
public void RegisterData(DataSet data)
Parameters
| Type | Name | Description |
|---|---|---|
| DataSet | data | The application data. |
Remarks
If you register more than one dataset, use the RegisterData(DataSet, String) method.
Examples
report1.Load("report.frx");
report1.RegisterData(dataSet1);
RegisterData(DataSet, Boolean)
Registers the application dataset with all its tables and relations to use it in the report and enables all its tables.
Declaration
public void RegisterData(DataSet data, bool enableAllTables)
Parameters
| Type | Name | Description |
|---|---|---|
| DataSet | data | The application data. |
| System.Boolean | enableAllTables | The boolean value indicating whether all tables should be enabled. |
Remarks
If you register more than one dataset, use the RegisterData(DataSet, String) method.
Examples
report1.Load("report.frx");
report1.RegisterData(dataSet1, true);
RegisterData(DataSet, String)
Registers the application dataset with specified name.
Declaration
public void RegisterData(DataSet data, string name)
Parameters
| Type | Name | Description |
|---|---|---|
| DataSet | data | The application data. |
| System.String | name | The name of the data. |
Remarks
Use this method if you register more than one dataset. You may specify any value for the name parameter: it is not displayed anywhere in the designer and used only to load/save a report. The name must be persistent and unique for each registered dataset.
Examples
report1.Load("report.frx");
report1.RegisterData(dataSet1, "NorthWind");
RegisterData(DataSet, String, Boolean)
Registers the application dataset with specified name and enables all its tables.
Declaration
public void RegisterData(DataSet data, string name, bool enableAllTables)
Parameters
| Type | Name | Description |
|---|---|---|
| DataSet | data | The application data. |
| System.String | name | The name of the data. |
| System.Boolean | enableAllTables | The boolean value indicating whether all tables should be enabled. |
Remarks
Use this method if you register more than one dataset. You may specify any value for the name parameter: it is not displayed anywhere in the designer and used only to load/save a report. The name must be persistent and unique for each registered dataset.
Examples
report1.Load("report.frx");
report1.RegisterData(dataSet1, "NorthWind", true);
RegisterData(DataTable, String)
Registers the application data table to use it in the report.
Declaration
public void RegisterData(DataTable data, string name)
Parameters
| Type | Name | Description |
|---|---|---|
| DataTable | data | The application data. |
| System.String | name | The name of the data. |
Examples
report1.Load("report.frx");
report1.RegisterData(dataSet1.Tables["Orders"], "Orders");
RegisterData(DataView, String)
Registers the application data view to use it in the report.
Declaration
public void RegisterData(DataView data, string name)
Parameters
| Type | Name | Description |
|---|---|---|
| DataView | data | The application data. |
| System.String | name | The name of the data. |
Examples
report1.Load("report.frx");
report1.RegisterData(myDataView, "OrdersView");
RegisterData(IBaseCubeLink, String)
Registers the application cube link to use it in the report.
Declaration
public void RegisterData(IBaseCubeLink data, string name)
Parameters
| Type | Name | Description |
|---|---|---|
| IBaseCubeLink | data | The application data. |
| System.String | name | The name of the data. |
Examples
report1.Load("report.frx");
report1.RegisterData(myCubeLink, "Orders");
RegisterData(IEnumerable, String)
Registers the application business object to use it in the report.
Declaration
public void RegisterData(IEnumerable data, string name)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Collections.IEnumerable | data | Application data. |
| System.String | name | Name of the data. |
Examples
report1.Load("report.frx");
report1.RegisterData(myBusinessObject, "Customers");
RegisterData(IEnumerable, String, BOConverterFlags, Int32)
Obsolete. Registers the application business object to use it in the report.
Declaration
public void RegisterData(IEnumerable data, string name, BOConverterFlags flags, int maxNestingLevel)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Collections.IEnumerable | data | Application data. |
| System.String | name | Name of the data. |
| BOConverterFlags | flags | Not used. |
| System.Int32 | maxNestingLevel | Maximum nesting level of business objects. |
Remarks
This method is obsolete. Use the RegisterData(IEnumerable, String) method instead.
RegisterData(IEnumerable, String, Int32)
Registers the application business object to use it in the report.
Declaration
public void RegisterData(IEnumerable data, string name, int maxNestingLevel)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Collections.IEnumerable | data | Application data. |
| System.String | name | Name of the data. |
| System.Int32 | maxNestingLevel | Maximum nesting level of business objects. |
Remarks
This method creates initial datasource with specified nesting level. It is useful if you create a report in code. In most cases, you don't need to specify the nesting level because it may be selected in the designer's "Choose Report Data" dialog.
RemoveChild(Base)
Removes a specified object from this object's childs.
Declaration
public void RemoveChild(Base obj)
Parameters
| Type | Name | Description |
|---|---|---|
| Base | obj |
Save(Stream)
Saves the report to a stream.
Declaration
public void Save(Stream stream)
Parameters
| Type | Name | Description |
|---|---|---|
| System.IO.Stream | stream | The stream to save to. |
Save(String)
Saves the report to a file.
Declaration
public void Save(string fileName)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | fileName | The name of the file to save to. |
SavePrepared(Stream)
Saves the prepared report. Report should be prepared using the Prepare() method.
Declaration
public void SavePrepared(Stream stream)
Parameters
| Type | Name | Description |
|---|---|---|
| System.IO.Stream | stream | Stream to save to. |
SavePrepared(String)
Saves the prepared report. Report should be prepared using the Prepare() method.
Declaration
public void SavePrepared(string fileName)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | fileName | File name to save to. |
SaveToString()
Saves the report to a string.
Declaration
public string SaveToString()
Returns
| Type | Description |
|---|---|
| System.String | The string that contains a stream. |
SaveToStringBase64()
Saves the report to a string using the Base64 encoding.
Declaration
public string SaveToStringBase64()
Returns
| Type | Description |
|---|---|
| System.String | The string that contains a stream. |
Serialize(FRWriter)
Serializes the object.
Declaration
public override void Serialize(FRWriter writer)
Parameters
| Type | Name | Description |
|---|---|---|
| FRWriter | writer | Writer object. |
Overrides
Remarks
Do not call this method directly. You should override it if you are developing a new component for FastReport.
This method is called when the object needs to save the state. It may happen when:
- saving the report to the file or stream;
- saving the report to the designer's undo buffer;
- assigning the object to another object using the Assign(Base) or AssignAll(Base) methods;
- saving the object to the designer's clipboard;
- saving the object to the preview (when run a report).
SetChildOrder(Base, Int32)
Sets the z-order of the specified object.
Declaration
public virtual void SetChildOrder(Base child, int order)
Parameters
| Type | Name | Description |
|---|---|---|
| Base | child | Child object. |
| System.Int32 | order | New Z-order. |
Remarks
This method must place the specified child object at the specified position in the internal child list.
SetParameterValue(String, Object)
Sets the parameter's value.
Declaration
public void SetParameterValue(string complexName, object value)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | complexName | The name of the parameter. |
| System.Object | value | Value to set. |
Remarks
Use this method to pass a value to the parameter that you've created in the "Data" window. Such parameter may be used everythere in a report; for example, you can print its value or use it in expressions.
You should call this method after the report was loaded and before you run it.
To access a nested parameter, use the "." separator: "MainParameter.NestedParameter"
caution
This method will create the parameter if it does not exist.
Examples
This example shows how to pass a value to the parameter with "MyParam" name:
// load the report
report1.Load("report.frx");
// setup the parameter
report1.SetParameterValue("MyParam", 10);
// show the report
report1.Show();
SetPreparedPages(PreparedPages)
Sets prepared pages.
Declaration
public void SetPreparedPages(PreparedPages pages)
Parameters
| Type | Name | Description |
|---|---|---|
| PreparedPages | pages |
UpdateLayout(Single, Single)
Updates the children layout when the size of this object is changed by dx, dy values.
Declaration
public virtual void UpdateLayout(float dx, float dy)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Single | dx | X delta. |
| System.Single | dy | Y delta. |
Remarks
This method must update positions/sizes of child objects whose Dock or Anchor properties are set to non-default values.
Events
CustomCalc
Occurs when calc execution is started.
Declaration
public event CustomCalcEventHandler CustomCalc
Event Type
| Type | Description |
|---|---|
| CustomCalcEventHandler |
FinishReport
Occurs when report execution is finished.
Declaration
public event EventHandler FinishReport
Event Type
| Type | Description |
|---|---|
| System.EventHandler |
LoadBaseReport
Occurs when report is inherited and trying to load a base report.
Declaration
public event CustomLoadEventHandler LoadBaseReport
Event Type
| Type | Description |
|---|---|
| CustomLoadEventHandler |
Remarks
Typical use of this event is to load the base report from a database instead of a file.
StartReport
Occurs when report execution is started.
Declaration
public event EventHandler StartReport
Event Type
| Type | Description |
|---|---|
| System.EventHandler |


Coding is the process of telling a computer what to do, in a language it understands.
There are five processes that programmers use to tackle problems
The internet is a collection of data. Namely, HTML documents that are contained on servers and accessed by myself or others using a web brower. HTML documents are comprised of text context (what I see), markup (what it looks like), references (other documents like images and videos) and links (links to other pages).
HTML stands for Hyper Text Markup Langauge. This is the standard programming language used to make web pages.
HTML is the main code that makes up webpages, and the internet as a whole. Additionally when coding, HTML is the blueprint like that of a house. HTML defines what and where everything is on the page. Just like how a blueprint defines what and where rooms and things are of a house.
CSS stands for Cascading Style Sheet.CSS on the other hand is a style, which describes how a page will look, very simliar to choosing what color walls to put in your house.
Document Object Model - a cross platform and language independent convention for representing and interacting with objects in HTML (and other markup languages). The nodes of every document are organized in a tree structure, called the DOM tree.
Like all things, HTML has a specific structure when being used. It's organized into a "tree-like" structure that allows for easy organization while also allowing rules to be applied to every branch or specific branches when code is written.
Along with organizational structure, everything on a webpage is defined or put into a box. This is a form of organization to allow you to help keep your webpage/HTML document organized and neat looking. It also allows you to "jazz" it up by modifying the shape and what you want to put into your page, i.e. pictures, links, etc. Like moving into or out of a house, this keeps everything in a group and defines where it will go.
As stated earlier, coding is the process of telling a computer what to do in its own language. To do this we use a specific set of rules paired with our organizational structure to create a document that the computer then translates into a webpage.
We use tags to define elements (or what makes up HTML code). For example a tag such as  will define that you want the text to contain an element that is "bold". Examples of tags are:  - bold, and  - italics.
Inline objects are tags you use in line of code to tell the computer how you want that code to display, e.g. using  to show that you wanted text in bold. Blocks are tags that you use to put just that, blocks around your text to create form and spacing. You can also modify these blocks by defining its height and width.
Attributes are properties of HTML elements. For example, we can use the <href> tag to create an anchor which is basically a link to another document (page, image, etc.). An example of an <href> tag is this:  Yahoo! .
CSS is used to define the styles used in your webpage. These styles define what color you want certain text to be, or what color you want the background, etc.
CSS is similar to your regular HTML page, as you use a certain definitions (tags) to define these. Organization is key as you define where and what you want to have in CSS. For example, we would organize text as a class "text", then we could define say: color: red, or background-color: gray, etc.
Syntax is like using proper grammar in coding. If things are not written in a specific way the computer will not know how to translate it and something could go wrong. For example typing:  syntax  would be incorrect. To be proper syntax  must be closed before  because that is how we defined the open tags.
Coding is a time consuming process, and it becomees more time consuming when you have to define everything on your page from text to style. So by organizing things into using the div tag, we can group things into say; a "title", "text", "description", etc. So that we can easily style that certain group in CSS.
More importantly it is a huge pain to have to go back and fix every little thing if it is not organized. When things are grouped it also becomes easier to figure out what went wrong so that this process becomes somewhat easier. In the long run by doing this we don't have to have as much repetition and it makes us easier to write code and fix it.


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photochromism, photochromicity, photoisomerization
Photochromism is the reversible transformation of a chemical species between two forms by the
absorption of electromagnetic radiation (photoisomerization), where the two forms have
different absorption spectra.
The crystal structure of DrCBD provides insight into the unique red/far-red photochromicity of
phytochromes. There is general agreement, based on spectroscopic results, that
phototransformationto Pfr in plant and bacterial phytochromes involves a 15Zanti to
15Eanti isomerization of the C15 = 16 double bond
from pyrole to chloropyll
pyrrole
biliverdin
C33 H34 N4 O6
A green tetrapyrrolic bile pigment, a product of heme catabolism. It is the pigment responsible for a greenish
color sometimes seen in bruises.
Biliverdin results from the breakdown of the heme moiety of hemoglobin in erythrocytes. Macrophages break down
senescent erythrocytes and break the heme down into biliverdin along with hemosiderin, in which biliverdin normally
rapidly reduces to free bilirubin.
Biliverdin is seen briefly in some bruises as a green color. In bruises, its breakdown into bilirubin leads to a
yellowish color.
bilins
Bilins, bilanes or bile pigments are biological pigments formed in many organisms as a metabolic product of certain
porphyrins. Bilin (also called bilichrome) was named as a bile pigment of mammals, but can also be found in lower
vertebrates, invertebrates, as well as red algae, green plants and cyanobacteria. Bilins can range in color from red,
orange, yellow or brown to blue or green.
In chemical terms, bilins are linear arrangements of four pyrrole rings (tetrapyrroles). In human metabolism,
bilirubin is a breakdown product of heme. A modified bilane is an intermediate in the biosynthesis and
uroporphyrinogen III from porphobilinogen (PBG).
Examples of bilins are found in animals, and phycocyanobilin, the chromophore of the photosynthetic pigment
phycocyanin in algae and plants. In plants, bilins also serve as the photopigments of the photoreceptor protein
phytochrome. An example of an invertebrate bilin is micromatabilin, which is responsible for the green color of the
Green Huntsman Spider, Micrommata virescens.
Role in Disease
Biliverdin has been found in excess in the blood of humans suffering from hepatic diseases. Jaundice is caused by
the accumulation of biliverdin or bilirubin (or both) in the circulatory system and tissues.[1] Jaundiced skin and
sclera (whites of the eyes) are characteristic of liver failure.
Role in Treatment of Disease
While typically regarded as a mere waste product of heme breakdown, evidence that suggests that biliverdin — and
other bile pigments — has a physiological role in humans has been mounting.[4][5]
Bile pigments such as biliverdin possess significant anti-mutagenic and antioxidant properties and therefore may
fulfil a useful physiological function.[5] Biliverdin and bilirubin have been shown to be potent scavengers of
peroxyl radicals.[4][5] They have also been shown to inhibit the effects of polycyclic aromatic hydrocarbons,
heterocyclic amines, and oxidants — all of which are mutagens. Some studies have found that people with higher
concentration levels of bilirubin and biliverdin in their bodies have a lower frequency of cancer and cardiovascular
disease.[4] It has been suggested that biliverdin — as well as many other tetrapyrrolic pigments — may function as an
HIV-1 protease inhibitor[6] as well as having beneficial effects in asthma[5] though further research is needed to
confirm these results. There are currently no practical implications for using biliverdin in the treatment of any
disease.
In non-human animals
Biliverdin is an important pigment component in avian egg shells, especially blue and green shells. Blue egg shells
have a significantly higher concentration of biliverdin than brown egg shells.[7]
Research has shown that the biliverdin of egg shells is produced from the shell gland, rather than from the
breakdown of erythrocytes in the blood stream,[citation needed] although there is no evidence that the sources of
the material are neither tetrapyrroles nor free haem from the blood plasma.[clarification needed][citation needed]
Along with its presence in avian egg shells, other studies have also shown that biliverdin is present in the
blue-green blood of many marine fish, the blood of tobacco hornworm, the wings of moth and butterfly, the serum and
eggs of frogs, and the placenta of dogs.[8] With dogs this can lead, in extremely rare cases, to the birth of
puppies with green fur; however, the green colour fades out soon after birth.[9] In the garfish (Belone belone) and
related species, the bones are bright green because of biliverdin.[citation needed]
Biliverdin is also present in the green blood, muscles, bones, and mucosal lining of skinks of the genus
Prasinohaema, found in New Guinea. It is uncertain whether this presence of biliverdin is an ecological or
physiological adaptation of any kind. It has been suggested that accumulation of biliverdin might deter harmful
infection by Plasmodium malaria parasites, although no statistically significant correlation has been
established.[10] The Cambodian frog, Chiromantis samkosensis, also exhibits this characteristic along with turquoise
bones.[11]
In Fluorescense Imaging
In a complex with reengineered bacterial phytochrome, biliverdin has been employed as an IR-emitting chromophore for
in vivo imaging.[12][13] In contrast to fluorescent proteins which form their chromophore through posttranslational
modifications of the polypeptide chain, phytochromes bind an external ligand (in this case, biliverdin), and
successful imaging of the first bacteriophytochrome-based probe required addition of the exogenous biliverdin.[12]
Recent studies demonstrated that bacteriophytochrome-based fluorescent proteins with high affinity to biliverdin can
be imaged in vivo utilizing endogenous ligand only and, thus, with the same ease as the conventional fluorescent
proteins.[13] Advent of the second and further generations of the biliverdin-binding bacteriophytochrome-based probes
should broaden the possibilities for the non-invasive in vivo imaging.
bile
Bile, or gall, is a dark-green-to-yellowish-brown fluid produced by the liver of most vertebrates that aids the
digestion of lipids in the small intestine. In humans, bile is produced continuously by the liver (liver bile) and
stored and concentrated in the gallbladder. After eating, this stored bile is discharged into the duodenum.
The composition of hepatic bile is (97–98)% water, 0.7%[1] bile salts, 0.2% bilirubin, 0.51% fats (cholesterol, fatty
acids, and lecithin),[1] and 200 meq/l inorganic salts.[2] The two main pigments of bile are bilirubin, which is
orange–yellow, and its oxidised form biliverdin, which is green. When mixed, they are responsible for the brown color
of feces.[3] About 400 to 800 millilitres of bile is produced per day in adult human beings.[4]
thioether linkage
- Thioether (sulfide): A functional group characterized by a sulfur atom flanked by two carbon atoms of any
hybridization. These carbons cannot be carbonyl carbons. C–S–C
- Ether: A functional group characterized by an oxygen atom single-bonded to two carbon atoms. The carbon atoms may be
of any hybridization, but cannot be carbonyl groups. C-O-C
- carbonyl group is a functional group composed of a carbon atom double-bonded to an oxygen atom: C=O
holoprotein
or conjugated protein, is an apoprotein combined with its prosthetic group. A conjugated protein is a protein that
functions in interaction with other (non-polypeptide) chemical groups attached by covalent bonding or weak
interactions.
Some enzymes do not need additional components to show full activity. Others require non-protein molecules called
cofactors to be bound for activity.
Many proteins contain only amino acids and no other chemical groups, and they are called simple proteins. However, other
kind of proteins yield, on hydrolysis, some other chemical component in addition to amino acids and they are called
conjugated proteins. The non-amino part of a conjugated protein is usually called its prosthetic group. Most prosthetic
groups are formed from vitamins. Conjugated proteins are classified on the basis of the chemical nature of their
prosthetic groups.
A conjugated protein is a protein that functions in interaction with other (non-polypeptide) chemical groups attached by
covalent bonding or weak interactions.[1]
Many proteins contain only amino acids and no other chemical groups, and they are called simple proteins. However, other
kind of proteins yield, on hydrolysis, some other chemical component in addition to amino acids and they are called
conjugated proteins. The non-amino part of a conjugated protein is usually called its prosthetic group. Most prosthetic
groups are formed from vitamins. Conjugated proteins are classified on the basis of the chemical nature of their
prosthetic groups.
Some examples of conjugated proteins are lipoproteins, glycoproteins, phosphoproteins, hemoproteins, flavoproteins,
metalloproteins, phytochromes, cytochromes, opsins and chromoproteins.
Hemoglobin contains the prosthetic group known as heme. Each heme group contains an iron ion (Fe2+) which forms a
co-ordinate bond with an oxygen molecule (O2), allowing hemoglobin to transport oxygen through the bloodstream. As each
of the four protein subunits of hemoglobin possesses its own prosthetic heme group, each hemoglobin can transport four
molecules of oxygen.
Glycoproteins are generally the largest and most abundant group of conjugated proteins. They range from glycoproteins in
cell surface membranes that constitute the glycocalyx, to important antibodies produced by leukocytes.
Insights into the Pr to Pfr photochemistry
The crystal structure of DrCBD provides insight into the unique red/far-red photochromicity of phytochromes. There is
general agreement, based on spectroscopic results, that phototransformation to Pfr in plant and bacterial phytochromes
involves a 15Zanti to 15Eanti isomerization of the C15 ¼ 16 double bond (Fig. 3a)20,22,27,28. Space around the D ring
would allow rotation relative to the other pyrrole rings during the Pr to Pfr phototransformation with minimal
interference from amino acids lining the pocket and only the clash of eclipsing methyl carbons from the C and D rings of
the chromophore limiting rotation angle in either direction (Fig. 3c). Pre-existing torsional strain on the Pr D ring
may serve to reduce the activation energy for rotation. The C15 ¼ C16 isomerization would dissolve the interaction of
the D ring with its Pr bonding partner His 290 and might perturb Phe 198 and Phe 203 by removing favourable van der
Waals interactions.
In addition to rapid isomerization of the C15 ¼ C16 bond, a subset of published experiments have predicted a torsion
angle rotation from the 15Eanti to the 15Esyn configuration at the C14–C15 bond20,22,27,28. However, recent elegant
studies with chemically locked biliverdin analogues demonstrated that the locked 15Eanti conformer of biliverdin
covalently associates with a bacterial phytochrome and exhibits spectral properties similar to the Pfr form28. If this
further 15Eanti to 15Esyn movement does occur, it would cause a steric clash between the D ring and Tyr 176 (if the
rotation is away from the solvent) or Tyr 263 (if the rotation is towards the solvent). A continued rotation to the
15Esyn position could also lead to a clash with the side chain of Asp 207 (Fig. 3c). The rotation(s) of biliverdin lead
to a partial decoupling of the p conjugation system and a red-shift in the absorption spectrum of phytochrome that is
characteristic of the Pfr conformer29. Presumably, such movement(s) induce additional conformational changes in the
polypeptide to generate the distinctive shape of the Pfr conformer, which for many fungal and prokaryotic phytochromes
affects the activity of an appended kinase domain1,4. For plant phytochromes Pfr formation exposes a nuclear
localization signal in a downstream PAS-related domain30 or uncovers interaction motifs for downstream effectors31.
It is also possible that C15 ¼ C16 bond isomerization could lead to perturbation of the solvent-exposed Phe side chains
and that further torsion about C14–C15 could push Asp 207 and initiate local melting of the DIP motif on the surface of
the CBD. Either of these would lead to a change in the shape and properties of the invariant surface patch at the
chromophore-binding site (Fig. 4a). A final intriguing possibility is that even slight shifts of the orientation of B
and C rings within the pocket as a consequence of D-ring movement and postulated pocket structure changes could release
the propionate side chains from their electrostatic interactions. This release could break the structural bridge
connecting the GAF and PAS domains and thereby free the PAS domain for signal transmission (Fig. 2a). Clearly,
determining the structure of the Pfr form of CBD and of DrBphP with an intact PHY domain downstream of the CBD will be
essential to further understanding phototransformation and signal transduction by phytochromes, given the importance of
the PHY domain to the establishment and maintenance of Pfr4,6,7.


Add Some Short Description
Veritas Resourcing Limited is a HR Management Consulting and Recruitment company in Kenya. We offer total staffing solutions ranging from basic recruitment, hr outsourcing, payroll processing, organiza- tional restructuring, to project management. Our services help organizations acquire the right human assets and implement effective processes to ensure organizational objectives are achieved with ease and speed.


Priest Zigaunt:
Welcome in the name of Einhasad. This is a sacred place where we do all we can to save the poor souls of this region. We refuse aid to no one in real need. Now how can I help you?
Learn skills.
Ask about Skill Transfer.
Ask about Skill Enchanting.
Quest


We can offer the following scope of service
Provision of integrated engineering, contracting and project management services (EPCM) to the oil & gas, petrochemicals, synthesis gas & gas processing, natural gas treatment, industrial gases, cryogenics, power generation and renewable energy industries.
We perform procurement and fabrication of key process plant equipment and packages ranging from Pyrolysis Furnaces For Ethylene Plants, Steam Reformers, Refinery Heaters, Incinerators to Waste Heat Recovery Units.
In the area of steel engineering, we are working with a leading principal for the provision of hydromechanical steel equipment for navigational shipping, barrages and hydropower plants. In addition, we design & supply complex drive systems for movable bridges.
In the area of composites technology we form a close alliance with a leading composite pipe & fittings manufacturer to perform pre-fabrication and on-site installation of the complete piping system. We have completed piping systems using Glass Reinforced Epoxy (GRE), Glass Reinforced Polyester (GRP) and Glass Reinforced Vinyl Ester (GRV) materials.
We are also working with a few selected leading principals for the design, fabrication and supply of filtration products, hydraulic drive systems, skid mounted packaged units
We trade actively in the fields of calibration & specialty gas mixtures, air, gases & liquid filtration products, scaffolding and blasting & painting equipment.
What makes us stand out is our ability to analyse and decipher an integrated engineering approach to the projects we undertake and turn it into more profitable solutions.
Many projects are executed to optimize cost and schedule making use of extensive project management and planning tools coupled with the employment of suitably qualified personnel but very few dwelled into tapping of the local resources, network and content of the project scoping which could result in further project optimisation – THE VALUE ADDED.
We have proven to excel in this area by continuously enhancing our know-how in international engineering and contracting service and the excellent local networking pool of resources. Working alongside with our foreign principals, we were able to transfer significant procurement activities from traditional high cost locations to more cost competitive local resources and this has made them more successful in project acquisitions while we were able to benefit from the shift of works – some may call it transfer of technology while we call it the Value Added Benefit!
We have successfully demonstrated our competency in establishing the need to have local content which consequently led to high customer satisfaction and recurring orders.


Pai Gow progressive jackpot pays $2.3M on Las Vegas Strip
by Tony GarciaThese diamonds are this card player’s best friend.
A guest at Paris Las Vegas drew a straight diamond flush Wednesday night on the Face Up Pai Gow Poker Progressive Jackpot table, collecting a record $2,330,133.44, according to a Caesars Entertainment news release.
In pai gow, the joker can be used as an ace or to complete a flush or straight.
In July, a Three Card Poker player at Caesars Palace turned a royal flush into $1,469,237.
Across the Las Vegas Valley
A slots player at Fiesta Rancho won more than $11,000 on Rising Fortunes.
A North Carolina visitor at Four Queens hit a natural royal flush on a $2 Deuces Wild Poker machine, good for $8,000.
At the California Hotel, James made the most of his visit from Hawaii, hitting for more than $7,000 on a $1 progressive Double Double Bonus Poker machine.


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Success!
You just upvoted my work. ;). Thank You.
Abhishek Singh Sophomore year, NIT Durgapur
I am currently pursuing my undergraduate studies from National Institute of Technology Durgapur in the department of Computer Science and Engineering.
The trek to Sandakphu was my first ever trek and believe me, it couldn't have been anymore better. Myself along with 7 of my final year seniors trekked to the top of the peak in four days (which was planned to be actually of 6 days). Memories were made which would be cherished forever.♥
Upvote my Clicks!Take a peek!
Sandakphu The holy grail of Indian Trekking.
Sandakphu, being the highest peak in West Bengal, offers grand views of the world’s tallest peaks. Lhotse and Makalu, the fourth and fifth highest peaks in the world stand tall at 8,516m and 8,463m, trying to outdo the world’s tallest peak. But how can they? After all, the Everest stands between them, towering over everything! On the other hand, Kangchenjunga, the third highest peak, stands with its family at 8,586m.
The Kanchenjunga cluster is famously called The Sleeping Buddha, thanks to its appearance. Mt. Kumbhakarna forms the head and face of Buddha, while Kanchenjunga forms the upper body. The other peaks that make up The Sleeping Buddha are Kokthang, Rathong, Frey, Kabru South, Kabru North, Simvo, Mt. Pandim, Tenzingkhang, Japanu, Narsing.
The route of this trek lies along the border of India and Nepal. In fact, one constantly moves in and out of Nepal during the trek. The mighty mountains, of course, know no boundaries. They stretch through Nepal, India, Bhutan and further.
Some peeks:
The journey to the top of the mountain was not easy, but a good company made it better.
Sandakphu is a wonderland for the trekkers. This is the summit or the highest point in Singalila range as well as in the state of West Bengal, India. The trek route to Sandakphu goes all along the Singalila range and therefore this is also known as Singalila trek.
Why should you go there? Because, why not? :p
So, why do you think the trekkers from all over the world are so fanatic about Sandakphu? The answer is simple.... Where else can you see four of the five highest peaks of the world including Mt. Everest, Makalu, Kanchenjunga, and Lhotse, along with Three Sisters and many other peaks of Nepal, Sikkim, Tibet and Bhutan in one single stretch of snow? Yes, this is what you get to see when you stand on the grounds of Sandakphu.
The trek route passes through the Singalila National Park. So your trek journey is further complemented with a national park that has some of the most fascinating rare animals like Red Pandas and Pangolins. However, rare animals are rarely seen. The national park is also rich with varieties of birds.

Warm Clothes and other accessories
Do carry sweaters, proper trekking shoes etc.
Memories. ♥
Keep your eyes open and let the nature do it's spell. ;)
Don't forget to hire a guide.
If you are approaching through Manebhanjan, you can get a guide from Highlander Guides and Porters Welfare Association located by the roadside as soon as you enter Manebhanjan.
An advice for novice Like me.
 Coz' it is indeed tiring.
My itinerary
- Day-1: Manebhanjan to Tonglu (11kms), 6-7 Hours Trek
- Day-2: Tonglu to Kalipokhri (15kms), 6-7 Hours Trek
- Day-3: Kalipokhri to Sandakphu (6kms), 3 Hours Trek
- Return: Sandakphu to Srikhola Or Rimbik
★ PS. I spent around 4k on the whole trip. Though we forgot to carry sufficient cash. Hope you do not make the same mistake.


Anonymous person sues Madison schools over records request
MADISON, Wis. - A person whose anonymous open records requests were rejected by the Madison School District because they wouldn't identify who they were is suing the district.
The lawsuit filed Friday demands that the school district fulfill more than two dozen open records requests the person made over a four-month period, the Wisconsin State Journal reported. The person who lives in Madison is not identified in the lawsuit filed by attorney Tom Kamenick, founder of the Wisconsin Transparency Project.
The lawsuit said Madison schools refused to release 21 of the requested records sought by the anonymous person and has failed to respond to five of the requests.
The district, through its spokeswoman, did not have an immediate comment on the lawsuit.
Wisconsin law allows those requesting public records to remain anonymous. It does allow an exception "whenever the requested record is kept at a private residence or whenever security reasons or federal law or regulations so require."


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A Cute valentine magnet which rests now on my refrigerator,
Blush, Lip balm and a Toner from brands I have never heard of.....
1. Figs & Rouge Aloe and Mint Balm (full sized)
2. Pure Pro Blush : Strawberry (full sized)
3. Ofra Revitalizing Toner (sample)
Lip Balm looks nice, smells nice and feels nice.. Overall I am very happy...
But Rs. 695 are you kidding..In international market it retails around £4
Purely pro blush - strawberry... a pink blush with golden shimmer
This one looks promising and beautifully pigmented
Ofra Revitalizing Toner, again never heard of this brand before... so can't wait to give this a try...
Overall I am happy with the box, not ecstatic though as I am not much of a blush person..... Whats in your February Vellvette box... don't forget to share with us... we are eager to know !!! You can get the march box information here


Cheapest Ways to Watch the Premier League Live on TV: Compare Sky, Virgin Media, and BT
How to get Sky Sports for the least amount of money on every TV and streaming platform.
by Robert AndersonWe review products independently, but we may earn affiliate commissions from buying links on this page. Terms of use.
Sky Sports is back for the 2019-20 season with 128 Premier League games. With the launch of individual sports channels on Sky TV, it's never been easier to watch or stream Sky Sports live.
Although you won't be able to see every football game on TV with Sky Sports, so make sure you check out our feature on the best BT Sport deals for the 2019-20 Premier League season.
Sky Sports for existing Sky customers
SEE ALSO: The Best BT Sport Deals and TV Packages for November 2019
There are two options for existing Sky customers if you want to upgrade to Sky Sports. Sky Sports packages include coverage of 128 live Premier League games throughout 2019/20, alongside over 170 EFL and 30 Scottish Premiership games, all in HD.
Black Friday Sky TV Offer
- 50% off Sky TV Packages - Includes Sky Sports
You can either opt for the Football and Premier League package, now only £18 per month. Or, you can go big and buy into the total package, which includes every Sky Sports channel.
- Premier League and Football - £15 p/m
- Every Sky Sports Channel - £23 p/m for 18 months
There's no limit to how long you need to subscribe to the football channels. You can sign up on a rolling monthly basis, meaning you can cancel Sky Sports in the off-season months, if you wish.
Alternatively, if you commit to taking Sky Sports for 18 months, you can get every channel for £23 per month, only £5 more than just going for one channel.
Sky Sports for new Sky customers
Sky are currently running a package deal that bundles every Sky Sports channel, in full HD, and a new Sky Q box for only £42 per month.
The deal includes every Sky Sports channel and will give you access to the 128 Premier League games this season. This is cheaper then buying the packages separately, and highly recommended.
- Sky Sports Bundle - was £50 p/m, now £42 p/m, £20 upfront
- Sky Q 1TB Box - £22 p/m for 18 months, £20 upfront
The base price for a new Sky Q box is £22 p/m which includes the entertainment package for Sky as standard. Standard installation for the 1TB box is currently only £20 as well.
After this you can add on whatever other services you desire. You can choose from Sky Sports, Cinema, On-Demand, and Kids. If you want to have Sky around the home, there's a £13 extra monthly fee to pay on-top, alongside the cost for the Sky Q mini boxes, currently £50 each.
How much is Sky Sports on Virgin TV?
Currently Virgin offers Sky Sports HD in its Bigger and Ultimate bundles. Both these are complete house hold set ups, meaning you'll get TV, broadband, and entertainment packages for one monthly price.
There isn't as much flexibility with Virgin for new customers if you're looking to pick up a sports package, as these are your options.
- Bigger Bundle + Sports - £65 p/m for 12 months, £35 upfront
- Ultimate Oomph Bundle - £99 p/m for 12 months, £35 upfront
But, existing Virgin customers can upgrade their package to include Sky Sports for an extra £7 per month on-top of the current rate.
How much is Sky Sports with NOW TV?
NOW TV subscribers can choose to buy 24 hour passes, weekly subscriptions or full monthly passes for Sky Sports streams.
- NOW TV Sky Sports Day Pass: £8.99/day
- NOW TV Sky Sports Week Pass: £14.99/week
- NOW TV Sky Sports Month Pass: £33.99/month
NOW TV are also now offering a complete season pass for the next 10 months, meaning you pay a flat £199 fee, and get access to all Sky Sports channels for the duration of your deal.
This is ideal for cord cutters who don’t want to be lumbered with a lengthy pay TV contract, but want to be able to stream some (or all) of Sky’s Premier League games over an Internet connection.
NOW TV is a streaming service that lets you watch from your desktop, tablet, phone, smart TV, or games console.
How much is Sky Sports with BT TV?
If you have a BT TV and fibre broadband package, you can get Sky Sports Main Event as an bolt-on deal.
On Main Event you can find Sky Sports’ biggest and best sporting events including the Premier League, England Cricket, England Rugby Union Internationals, The Open Golf, and much more.
BT TV customers will also get Sky Sports Extra showing the rest of the live Premier League games available on Sky Sports.
The Sky Sports Main Event bolt-on is available in both SD or HD.
Sky Sports Mobile TV with Vodafone
With selected Vodafone Red 4G and 5G Pay Monthly and SIM-only plans, you can choose to get Sky Sports Mobile TV Pack 1 (including Sky Sports Premier League) included for free, for as long as you stay with Vodafone.
If you're on a 24 Month plan, then you get 24 months of inclusive Sky Sports Mobile TV.
Existing customers subscribing to Sky Sports Mobile TV Pack 1 will get Pack 2 thrown in for no extra cost. Likewise, if you're already paying £10.99/month for Pack 2, then you’ll qualify for a £5/month discount.