This document describes how to create a custom verification routine for the UI Accessibility Checker (AccChecker) tool.
UI Accessibility Checker (AccChecker) is an accessibility test tool designed to verify the implementation of Microsoft Active Accessibility (Active Accessibility) in a control or application user interface (UI). High impact accessibility issues that might be exposed by the Active Accessibility implementation are tested with a set of built-in automated verification routines. These native verification routines can be augmented with customized routines using the extensible AccChecker platform.
A custom verification is built as a class library (DLL) that implements a single interface (IVerificationRoutine) containing one member (Execute):
void Execute(System.IntPtr hwnd, AccCheck.Logging.ILogger logger, bool AllowUI, AccCheck.GraphicsHelper graphics)
Parameters
hwnd
Type: System.IntPtr
The hWnd of the element being verified.
logger
Type: AccCheck.Logging.ILogger
The selected logging method. Possible types include AccumulatingLogger (used by AccChecker to cache all log entries until verifications are complete), ConsoleLogger, TextFileLogger, and XMLSerializingLogger.
AllowUI
Type: bool
Indicates whether the verification routine displays the UI it is testing. Generally set to false in automated testing scenarios.
graphics
Type: AccCheck.GraphicsHelper
Used for screenshots and other visualizations within AccChecker.
The following is a C# custom verification that performs a simple element tree depth check. An error is logged if the element tree is greater than 50 levels deep, a warning is logged if the element tree is 20 to 50 levels deep, and an informational message is logged otherwise.
using System;
using System.Collections.Generic;
using System.Text;
using AccCheck;
using AccCheck.Logging;
using AccCheck.Verification;
namespace VerificationRoutines
{
\\ Verification routine attributes.
\\ If these values are not specified, the verification will not be displayed in the
\\ AccChecker UI. However, it is still loaded and will be included in all subsequent
\\ verification runs since it cannot be unchecked and excluded.
[Verification(
// Title - the title of the verification routine.
"Sample Check Tree Depth",
// Description - this attribute is not currently displayed.
"Checks that the accessibility tree isn't excessively deep.",
// Group Title - the verification group to add the routine. This can be a new or existing group.
Group = "TreeDepthCheck"
)]
public class CheckTreeDepth : IVerificationRoutine
{
private const int S_OK = 0;
private const int ERROR_TREE_DEPTH = 50;
private const int WARNING_TREE_DEPTH = 20;
private int _depth = 0;
private void TraverseTree(Accessible parent, int level)
{
if (level > _depth)
{
_depth = level;
}
// never go deeper than ERROR_TREE_DEPTH, that's a sign of a loop
if (_depth > ERROR_TREE_DEPTH)
{
return;
}
Accessible[] children;
if (parent.Children(out children) == S_OK)
{
foreach (Accessible child in children)
{
TraverseTree(child, level + 1);
}
}
}
public void Execute(IntPtr hwnd, ILogger logger, bool AllowUI, GraphicsHelper graphics)
{
Accessible root;
if (Accessible.FromWindow(hwnd, out root) == S_OK)
{
TraverseTree(root, 0);
}
else
{
return;
}
if (_depth >= ERROR_TREE_DEPTH)
{
logger.Log(new LogEvent(EventLevel.Error, "DepthCheck", String.Format("The tree is too deep; the tree is {0} levels deep", _depth), "", System.Drawing.Rectangle.Empty, this.GetType()));
}
else if (_depth >= WARNING_TREE_DEPTH)
{
logger.Log(new LogEvent(EventLevel.Warning, "DepthCheck", String.Format("The tree might be too deep; the tree is {0} levels deep", _depth), "", System.Drawing.Rectangle.Empty, this.GetType()));
}
else
{
logger.Log(new LogEvent(EventLevel.Information, "DepthCheck", string.Format("The tree is {0} levels deep", _depth), "", System.Drawing.Rectangle.Empty, this.GetType()));
}
}
}
}
Note: A Microsoft Visual Studio 2008 solution that contains verification sample code is included with the help documentation. The files are located in the AccChecker installation path.
This section describes how to incorporate a custom verification into AccChecker test scenarios.
To include a custom verification routine in the AccChecker application, simply click Open DLL from the File menu and locate the DLL for the routine. The custom routine will be added to the bottom of the list of verifications in the Select verification routines pane.
The following screen shot shows the Sample Check Tree Depth custom verification added to AccChecker.
Figure 1. The Sample Check Tree Depth custom verification routine added to the AccChecker UI.
Note: If the verification attribute values are not specified in the custom verification routine, the verification is still loaded into AccChecker even though it does not appear in the UI. Since it is not displayed in the UI, it cannot be unchecked and excluded from subsequent verification runs.
Incorporating a custom verification routine into an automated AccChecker framework is as simple as adding the verification DLL and enabling the desired verification routines.
The following code snippet demonstrates how to use the AccChecker API to test tabbing functionality in the Windows Firewall control panel application.
using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using AccCheck.Logging;
public class TestCases : TestBase
{
public void AccessibilityTestCase()
{
// Get our user interface ready for AccChecker.
Setup();
// AccChecker's class representing verifications that you can run
AccCheck.Verification.VerificationManager vm = new AccCheck.Verification.VerificationManager();
// Create a console logger to get output in the console.
ConsoleLogger consoleLogger = new ConsoleLogger();
// Add the AccChecker Console Logger.
vm.AddLogger(consoleLogger);
// Disable all verifications; all verifications are enabled by default.
vm.DisableVerifications(AccCheck.Verification.VerificationFilter.All);
// Add a custom verification DLL.
vm.AddVerificationDll("CheckTreeDepthVerification.dll");
// Enable the routine we want to run.
vm.EnableRoutine("Sample Check Tree Depth");
// Run the verification routine against the firewall.
vm.ExecuteEnabled(_fireWallHwnd);
// Check the logger to see if the verification failed.
if (consoleLogger.ErrorCount > 0)
{
Console.WriteLine("Test failed!");
Console.WriteLine("Error count = " + consoleLogger.ErrorCount);
}
// Cleanup the user interface.
Cleanup();
}
}
Note: A Microsoft Visual Studio 2008 solution that contains verification sample code is included with the help documentation. The files are located in the AccChecker installation path.


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The Founding Fathers of the United States wrote the Constitution in 1787. The Constitution is the “supreme law of the land.” The U.S. Constitution has lasted longer than any other country’s constitution. It establishes the basic principles of the United States government. The Constitution establishes a system of government called “representative democracy.” In a representative democracy, citizens choose representatives to make the laws. U.S. citizens also choose a president to lead the executive branch of government. The Constitution lists fundamental rights for all citizens and other people living in the United States. Laws made in the United States must follow the Constitution.


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Figure 1
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(a) Schematic illustration of the synthesis of the N-CDots a ... |
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Chapter 1 Perdiz arrow point sample
1.1 41AN51, Pace McDonald
The Pace McDonald site (41AN51) is a prehistoric Caddo mound center and associated settlement in the upper Neches River basin of east Texas that was established and occupied during the Middle Caddo period (CE 1250-1450). Nine Perdiz arrow points from habitation contexts are in the collections from the site, including eight made from non-local chert (primarily Edwards Plateau chert from Central Texas) and one from a local chert (Perttula, Walters, and Nelson 2012).
1.2 41AN115
This multi-component prehistoric site is on Town Creek in the Trinity River basin (Furman and Amick 2005). Diagnostic projectile points recovered at the site suggest it was occupied from Late Paleoindian times to the Woodland period. There is also a small post-CE 900 ancestral Caddo component marked by three grog-tempered ceramic sherds and one Perdiz point from occupational deposits. The Perdiz point is made from a non-local black chert.
1.3 41CP5, Tuck Carpenter
The Tuck Carpenter site is a well-studied Late Caddo period Titus phase cemetery on Dry Creek in the Big Cypress Creek basin, and was used by the Caddo from the 15th to the 17th century. Burials with Perdiz points are the earliest in the cemetery, and likely date from CE 1450-1500 (Perttula et al. 2017, 197). A single radiocarbon date was obtained from Burial 10: 360 ± 60 BP. The calibrated age range at 2 sigma is CE 1442-1646, with a median probability of CE 1546.
Fifty seven Perdiz points have been recovered from burial features at the Tuck Carpenter site (Perttula 2009; Turner 1978, 1992). A second collection from the site includes an additional 18 Perdiz points from 13 burial features manufactured using Ogallala quartzite and local chert gravel sources; including one that was made from a non-local novaculite (Perttula et al. 2017, Table 2).
1.4 41CP12, Johns
The Johns site is a Titus phase cemetery in the Prairie Creek valley of the Big Cypress Creek basin. No radiocarbon dates were obtained from the site, but the decorative motifs associated with the ceramic vessels recovered from burials suggest that the cemetery was used from CE 1450-1600 (Perttula, Walters, and Nelson 2010a). Forty-eight Perdiz points were recovered from 16 burial features. They were made from local chert, quartzite, and silicified wood gravel sources (87 percent), non-local sources (10.8 percent, mainly from Red River gravels), and chalcedony (2.2 percent).
1.5 41CP20, B. J. Horton
This ancestral Caddo cemetery in the Big Cypress Creek basin includes at least 19 burials, from which two Perdiz points were recovered (Perttula, Walters, and Nelson 2010b, 9). Use of the cemetery by the Caddo occurred primarily between CE 1500-1550 (Perttula and Miller 2014, 494).
1.6 41CP220, Kitchen Branch
The Kitchen Branch site is located on a small tributary to Prairie Creek in the Big Cypress Creek basin. It is a small Titus phase domestic farmstead occupied during the 15th century CE. During archaeological investigations, five Perdiz points were recovered from habitation contexts (Perttula and Miller 2014), which were manufactured from non-local cherts and novaculite (Perttula and Miller 2014, 410) likely from Red River gravels.
1.7 41CP495, Sam D. Carpenter Bottom
The Sam D. Carpenter Bottom site rests within an alluvial fan in the Big Cypress Creek valley. It is a single component Late Caddo period Titus phase occupation, likely dating between CE 1500-1550 (Perttula 2013). Six Perdiz arrow points are in the site collection from habitation contexts, made from local quartzite (16.7 percent), local brown chert (33.3 percent), and non-local cherts (50 percent). The non-local cherts are from the Ouachita Mountains, and include a gray chert and a brownish-black Big Fork chert.
1.8 41HS15, Pine Tree Mound Site
The Pine Tree Mound site is a large Titus phase mound center with associated habitation deposits, family cemeteries, and a large community cemetery (Fields and Gadus 2012). Perdiz arrow points (n = 68) represent 53 percent of the arrow points that could be typed from the site, most (n = 50) from burial contexts and the remainder from habitation deposits. Perdiz points from burial contexts tend to have been made from non-local lithic raw materials, typically chert (42 percent), while none of the non-mortuary Perdiz points are made on non-local raw material (Fields and Gadus 2012, 566).
There are 92 radiocarbon dates available from the Pine Tree Mound site (Fields and Gadus (2012, Table 4.13) and Selden Jr. and Perttula (2013, Table 2)). Most of the calibrated dates fall between CE 1451-1495 and CE 1397-1429 (Selden Jr. and Perttula 2013, Table 3), but calibrated age ranges suggest that the settlement “was established in the A.D. 1300s and persisted until at least the mid 1600s” (Fields and Gadus 2012, 299).
1.9 41HS235, Keasler
The Keasler site is a Late Caddo Titus phase cemetery on a tributary to Little Cypress Creek (Perttula, Walters, and Nelson 2016). The associated grave goods suggest the cemetery was used by Caddo peoples between CE 1500-1680. The funerary collection from the site includes one Perdiz arrow point made from a local quartzite.
1.10 41HS269, C. D. Marsh
This ancestral Caddo site is on Eight Mile Creek, a southward-flowing tributary of the Sabine River. Habitation deposits here date from CE 1250-1450 (Perttula, Selden Jr., and Nelson 2014), and a single Perdiz point has been recovered from these deposits. This point is made from a non-local grayish-brown chert.
1.11 Hickory Creek #2, Houston County, Texas
The Hickory Creek #2 site is on an alluvial rise of Hickory Creek, an eastward-flowing tributary of the Neches River (Perttula and Nelson 2009). The site was investigated by the U.S. Forest Service, and has 15th century (Middle Caddo) ancestral Caddo habitation deposits as well as Woodland period deposits. In these deposits are 14 Perdiz arrow points. They are made from local chert (21.4 percent), silicified wood (35.7 percent), local quartzite (35.7 percent), and Glover quartzite (7.1 percent), a non-local raw material that is from the southern Ouachita Mountains and in Red River gravels.
1.12 41NA49, Washington Square Mound
The Washington Square Mound site is located in the Angelina River basin and is a mound center with associated habitation deposits and a cemetery. Excavations in one mound uncovered two shaft tombs with abundant grave goods, but no Perdiz offerings (Corbin and Hart 1998; Perttula et al. 2010). However, 14 Perdiz points were recovered from a burial feature in the Oak Grove Cemetery portion of the Washington Square Mound site (Perttula et al. 2010, Figure 77). Another seven Perdiz points came from habitation areas near the main burial mound (Perttula 2009, Table 14). Of those, 71 percent are on gray chert of likely central Texas origin, and the remainder were made from local quartzite.
Twelve radiocarbon dates have been obtained from the Washington Square Mound site (Corbin and Hart (1998, Table 4) and Selden Jr. and Perttula (2013)), indicating use of the site in both Early (CE 900-1250) and Middle Caddo periods (CE 1250-1450). The best dates that can be associated with Perdiz points at the site range from cal. CE 1238-1445.
1.13 41NA206, Spradley
The Spradley site includes late 17th to early 18th century archaeological deposits with European trade goods from habitation deposits in the Bayou La Nana valley in the Angelina River basin (Perttula and Marceaux 2018). Those habitation deposits, which have no associated radiocarbon dates, contain numerous Perdiz points (n = 31). Approximately 94 percent were manufactured from local silicified wood, quartzite, and gravel cherts, and the remainder are from non-local brownish-gray to translucent gray chert, likely from central Texas raw material sources (Perttula and Marceaux 2018, Table 7).
1.14 41SA135, Jack Walton
This site is located on Attoyac Bayou (Middlebrook 2010), and is an ancestral Caddo site with habitation deposits of likely Middle Caddo period age (CE 1250-1450). There are no radiocarbon dates from the site. Excavations at the site recovered seven Perdiz points.
1.15 41SM55, Bryan Hardy
The Bryan Hardy site is an ancestral Caddo mound center and settlement on a northern-flowing tributary to the Sabine River (Walters and Haskins 2000). Radiocarbon dates from the site indicate that it dates to the Middle Caddo period, between CE 1297-1391. One serrated Perdiz arrow point was found in habitation deposits (House 3) at the site. It was manufactured from a non-local grayish-white chert.
1.16 41SM193, Redwine
The Redwine site (41SM193) site is a Middle Caddo period component located 22 km from the river on a north-flowing tributary (Auburn Creek) of the Sabine River (Walters and Haskins 1998), which includes habitation deposits and a small cemetery. The site has one calibrated date of CE 1300-1454, at 2 sigma, with a median calibrated probability of CE 1356. The 11 Perdiz points from habitation deposits were manufactured on black, brown, and grayish-tan chert as well as Ogallala quartzite (Walters and Haskins 1998, 14). An additional 13 Perdiz arrow points were among the grave goods recovered from two burial features (Walters and Haskins 1998, 35).
1.17 41SM195, Wolf
The Wolf site is an ancestral Caddo site also on Auburn Creek. A single 2 sigma calibrated radiocarbon date from a feature in habitation deposits ranges from CE 1315-1440 (Walters 2003). Two Perdiz arrow points have been recovered from the site, both made of a local brown chert (Walters 2003, 4–5, Figure 8).
1.18 41SM442, Alligator Pond
The Alligator Pond site is a multi-component prehistoric habitation site in the Saline Creek valley of the Sabine River basin (Perttula and Thacker 2014a, 2014b). The principal component by ancestral Caddo peoples is between CE 1000-1300. The lithic tool assemblage includes three Perdiz arrow points of non-local chert (Perttula and Thacker 2014b, Figure 19c, e, j).
1.19 41SY43, Old Timers’
The Old Timers site is located in the Sabine River basin, and includes post-CE 1400 Late Caddo habitation deposits concentrated in the northern area of the site. Excavations recovered eight Perdiz points, all with serrated blades and made from cherts, 75 percent local gravel cherts, and an additional 25 percent of gray cherts from non-local raw material sources (Perttula 2018, 77).
1.20 41SY280, Syb’s Site
This ancestral Caddo site of the Late Caddo Salt Lick phase is located along the Toledo Bend Reservoir, west of the now inundated Sabine River floodplain (Perttula 2018, Figure 55). It has a number of habitation clusters that include daub and fired clay from areas of burned ancestral Caddo house structures. There are no radiocarbon dates from the site, but the decorated ceramic vessel sherds in the collection areas suggest that the site relatively dates to a period beginning at CE 1450 through the late CE 1500s. One Perdiz arrow point was recovered from Area 13 of the site (Perttula 2018, Table 33).


Chocolate was one of the first ice cream flavors, created before vanilla, as common drinks such as hot chocolate, coffee, and tea were the first food items to be turned into frozen desserts.
In 1775, Italian doctor Filippo Baldini wrote a treatise entitled De sorbetti, in which he recommended chocolate ice cream as a remedy for various medical conditions, including gout and scurvy.
Making this delicious Chocolate velvet ice cream is easier than you may think with step-by-step help. It's guaranteed to be a new family favourite any time of year


fun crossover(other: Tree): Unit
Performs the crossover operation on this tree and the tree given.
Note that this operation directly modifies the tree that initiates the operation.
other - The tree to perform crossover with.
other


I consider FW/1 3.0 to be feature complete at this point so I am releasing Alpha 1 for testing. I expect people to run into a few bugs – this release has some big changes in it, compared to the 2.x release stream – and it’s possible that new feature requests will crop up during alpha testing, but everything I wanted to change is in place.
You can download FW/1 3.0 Alpha 1 from Github and that release page has a link to the complete list of closed tickets in FW/1 3.0 Alpha 1 although I’m going to summarize the most important ones in this blog post.
Features Removed
First and foremost, some features that have been part of FW/1 from the early days have been removed. These features were deprecated in FW/1 2.5 as a migration path so I would strongly advise anyone still on FW/1 2.2.1 (or earlier) to upgrade to 2.5 in preparation for the (breaking) changes in 3.0!
These features include the service()
API call and the start*()
and end*()
item handlers within controllers, as well as global references to rc
(where it was not passed as an argument or made available in a view automatically). You can read more about the deprecation (and now removal) of these features in the release announcement for FW/1 2.5 on this blog. Management of services via a bean factory, with property-based injection, and direct invocation has long been considered a much better way to interact with services than using the “service queue” that FW/1 originally provided.
In addition, the recently added getRC()
and getRCValue()
API calls – added in FW/1 2.5 during the deprecation of global references to rc
– have been deprecated and will be removed in the final FW/1 3.0 release. They were hastily added and they were unnecessary. In this alpha release, their use will trigger an exception explaining what to use instead. You can add:
framework.enableLegacyRCAccessors = true
to your configuration while you update your code (this will suppress the exception but still write a message to your application server’s console output – just as the deprecation process did in FW/1 2.5).
Automatic Bean Factory Usage
The other big change in this 3.0 release is that DI/1 (and AOP/1) is fully integrated. FW/1 itself moves from org.corfield.framework
to framework.one
alongside framework.ioc
(DI/1), framework.aop
(AOP/1), and some helper CFCs. org.corfield.framework
still exists but will issue a deprecation warning if it is used. It will be removed in the final 3.0 release.
You can still place the FW/1 CFCs anywhere you want but if you move DI/1, you’ll need to tell FW/1 where to find it – see below.
Previously, it was expected that you create a bean factory in your Application.cfc
setupApplication()
function and call FW/1’s setBeanFactory()
API to tell the framework about it. For some time, he conventional path to your Model CFCs has been /model/beans
for your transient beans (domain objects) and /model/services
for your singleton services (and perhaps /model/gateways
for any data gateways, although those could just as easily live in your services folder too). That means you nearly always had the following code in setupApplication()
:
var bf = new framework.ioc( "model" );
setBeanFactory( bf );
Or, if you also managed your controllers this way, you may have had:
var bf = new framework.ioc( "model,controllers" );
bf.addBean( "fw", this );
setBeanFactory( bf );
The addBean()
call ensures that the bean factory knows fw
is an alias for your bean factory so it will be available to any controller init( any fw )
methods when they are constructed.
If you use subsystems, you probably had something similar in your setupSubsystem()
function (and hopefully you set the default bean factory as a parent for each subsystem bean factory).
Now, FW/1 does this for you automatically. There are new configuration options to control the details, but the default cases should just work and you can remove your bean factory creation code from your setupApplication()
function. Those options are:
diEngine
– the type of the dependency injection engine: FW/1 knows about “di1”, “aop1”, and “wirebox”. The default is “di1”. You can also specify “none” to suppress the automatic bean factory machinery and “custom” if you want to tell FW/1 to use your own bean factory (see below). Note that ColdSpring is deliberately not supported as it is no longer maintained by anyone and has not been updated in years.diComponent
– the default location of the bean factory CFC. For DI/1, this isframework.ioc
; for AOP/1, this isframework.aop
; and for WireBox, this isframework.WireBoxAdapter
. If you move these files elsewhere, or setup a different mapping for them, setdiComponent
to that new location. IfdiEngine
is “custom”, you can setdiComponent
to the dotted path of your bean factory for FW/1 to use it automatically.diLocations
– the set of folders that DI/1, AOP/1, or WireBox will scan for CFCs. The default is “model,controllers” – note the relative paths! If you have these folders elsewhere (i.e., not relative to the application root), then you’ll need to specifydiLocations
, e.g., as"/model,/controllers"
or"/myapp/model,/myapp/controllers"
or something similar.diConfig
– additional configuration passed to DI/1, AOP/1, WireBox, or your custom bean factory. Specifically, this is the second argument to the constructor for DI/1 or AOP/1, and theproperties
argument to the constructor for WireBox, or the single argument to the constructor for your own bean factory. By default, it is an empty struct.
Additional Features
In addition to the two major changes listed above, there are a number of minor enhancements compared to FW/1 2.5:
isUnhandledRequest( string targetPath )
– a new API that you can override to tell FW/1 not to handle certain requests. By default, this returns true for certain file extensions and certain paths, as specified by theunhandledExtensions
andunhandledPaths
configuration values but you can choose to override this completely, or still callsuper.isUnhandledRequest(targetPath)
and add additional conditions of your own.redirectCustomURL( string uri, string preserve = 'none', statusCode = '302' )
– a new API that usesbuildCustomURL()
to construct a URL for a redirect.buildCustomURL()
– now supports variable substitution: if:varname
is present in the URI passed in andrc.varname
exists and is a simple value, then that value will be substituted into the returned URL. To avoid confusion with subsystem paths,:varname
will only be recognized if it follows one of:/
,?
,=
,&
.setLayout()
– now accepts an optional second argument, a boolean, that let’s you tell FW/1 to automatically suppress any further layouts. This removes the need to specifyrequest.layouts = false
in your layout file.- Both DI/1 and FW/1 now try very hard to avoid attempting to autowire FW/1 itself (or the Application.cfc based on it, which acts as a global controller in a FW/1 application).


Visitors now allowed to park for free at American Dream mall in New Jersey
by Eyewitness NewsEAST RUTHERFORD, New Jersey (WABC) -- There is a new incentive to get shoppers into the new American Dream mall in New Jersey - parking is now free.
The mall initially listed a range of parking rates between $3 for 30 minutes all the way up to $24 for 8 hours.
American Dream was supposed to start collecting the fees October 28, a week after opening weekend. But apparently officials have had a change of heart.
However, drivers do have to pay a $10 valet charge and event rate parking of $30 on days when there is an NFL game at MetLife Stadium.
American Dream confirmed that the paid parking rates have not been enforced since the mall's opening.


Photographs courtesy of http://www.sxc.hu
"Loader" image courtesy of http://www.ajaxload.info
Download a zipped version of this demo


Multi-page
Page One
Show page "two"
Show page "popup" (as a dialog)
Two
Page Two
Back to page "one"
Close
Dialog
Popup
Back to page "one"
loading


Hi! I am a Computer Science Undergraduate Student at IIT Delhi
Interested in Machine Learning, I aim to help society through my research work.
More stuff coming soon !


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Introducing <rapi-doc-mini> Web Component
<rapi-doc-mini> a new way to expose your API documentation. There are various styles and need how one would like to document their APIs. such as
- All the APIs are documented in one central place. This is where <rapi-doc> fits in.
- Expose just a few important APIs such as authentication etc as a part of a blog, to provide an initial understanding to your audience
- A step by step tutorial where in each step shows you a few APIs
- Or you are explaining a business case which uses microservices, where each microservice has its own APIs and the ask is to pick few APIs from each of theses microservice show how they come work together in a single document
Usage in a bolg style writing
It is fairly common to write specifically about few APIs to provide an initial understanding to your users. However in those cases you run the risk of your writeup getting outdated when the actual API changes its shape.
<rapi-doc-mini> gives you this amazing capability to extract and expose any part of you Open-API spec including a built in API console to try out.
As an example shown below is how I am exposing a set of APIs in this writeup.
It is a very powerful and yet very easy to use tool that comes with many advantages, inluding syntax highlighting, built-in console, markdown support and many others.
Below is the markup that you will put in your html
<rapi-doc-mini
spec-url = "https://petstore.swagger.io/v2/swagger.json"
style= "min-width:600px;"
paths-expanded = "false"
theme = "light"
bg-color = "#f9f9fb"
> </rapi-doc-mini>
Above HTML snippet will result in generating an API doc as shown below. Go ahead and play with the below APIs, make live request and watch the responses
Placement, Resize and Style
If needed it can be resized to fit the layout needs. Just like how you would use an <img> tag, in the same way you can use <rapi-doc-mini> and place and style per your needs.like shown below, I reduced its width, applied a thick border and attached some shadow
Pick and show specific APIs
Instead of showing entire open-api spec you can just extract and choose to show what you need to show. This is done using match-paths attribute.Example below uses the same OpenAPI spec as we used above, but showing only the paths that we intend to
<rapi-doc-mini
style= "min-width:600px;border: 1px solid #eee; border-top-width:0"
spec-url="../specs/mock.yaml"
theme = "light"
paths-expanded = "false"
match-paths = "post /users"
> </rapi-doc-mini>
More complex RegEx based filtering of API is possible too (match-paths & match-type)
<rapi-doc-mini
style= "min-width:600px;border: 1px solid #eee; border-top-width:0"
spec-url="./specs/mock.yaml"
theme = "light"
paths-expanded = "false"
match-paths = "^get /users/\{userId\}$|^post /users$"
match-type = "regex"
> </rapi-doc-mini>
Show it Minimzed or Expanded
If expand/collapse is not your style, or feel it a bit of distraction then have it always expanded and make it more natural and integrated part of your writeup.Use the attribute paths-expanded = "true" to achive this
Include APIs from multiple specs
Pretty common with micro services, where you like to explain a business flow by consuming APIs from multiple services.
Each of these services may be having their own OpenAPI spec.
The ask is to pluk some APIs from different services and makeup a story.
Do not rewrite the API specific functionality again, make use of the existing OpenAPI spec and Use <rapi-doc-mini> to pluck and document APIs from differenct specs


Probabilistic Machine Learning: An Introduction
by Kevin Patrick Murphy.
MIT Press, 2021.
Key links
Endorsements
- "My favorite machine learning book just received a face-lift! 'Probabilistic Machine Learning: An Introduction' is the most comprehensive and accessible book on modern machine learning by a large margin.
It now also covers the latest developments in deep learning and causal discovery. With this upgrade it will remain the reference book for our field that every respected researcher needs to have on their desk." -- Max Welling, U. Amsterdam
- "The book looks very
impressive". -- Lihong Li, Amazon


{{ "" | safeHTML }} ApacheCon is hosting the first Apache FlexJS summit of 2017. Join us in sunny Miami, Florida on May 18th 2017 Speakers have been notified and the schedule is available. Come join us!
ApacheCon is hosting the first Apache FlexJS summit of 2017. Join us in sunny Miami, Florida on May 18th 2017


Game
Studio
My favorite games
Games
Stalker Shadow of Chernobyl
Solve the mysteries of the Chernobyl Exclusion Zone
Metro 2033
Save your home station from mutants
Assassin's creed unity
Immerse yourself in the wonderful world of old France
Contact us
Name
Phone Numder
Email
Coment
Send


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{% extends 'BootCRUDApp/base.html' %} {% block content %}
To add a Member
The person is {{ eachEntry.age }} years old and live on {{ eachEntry.address }}


Department of Advanced Science and Technology
University of Computer Studies
B.C.Sc/B.C.Tech. ( Third Year)
Computer Organization
Mid Tearm Examination
Data Communication (CST-303)
Zone III
Answer ALL Questions
Time allowed 3hours.
[Description of the testing method used in Company N]
Company N mainly tests the programs using control flow testing, which is a white box testing method.Control flow testing focuses on the smallest units that form a program, such as commands, paths, and decision conditions. Test cases and test data are prepared in accordance with the coverage criteria defined during test planning, and the behavior ot the developed programs is checked. The voverage cirteria include statement coverage where all the stateents are executed at least once in the test and decision condition coverage (granch coverage) where all the paths after all the branches are executd at least once. Company N uses only branch coverage as its coverage cirtria.[Description of the decision condition of branch coverage used by Company N]
A decision condition for a branch includes a single condition that evaluates only one condition, and a multiple condition that evaluates two or more single conditions combined with "and" or "or". When a program is executed, short-cut evaluation is applied to a multiple condition that evaluted is sequence from left to right.| Question 1: Using the company N's testing method, draw the control flow graph for a program given below. |
Question 2: Compute the minimum number of paths (S) that cover all the edges and nodes of a control flow graph you have draw for above program. Use the following formula:
S = No.of edges - No. ofNodes + 2 |
(1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) } |
while(x > 10){ func1(); if ((a < 10) OR (b < 20)) func2(); else func3(); if((c > 10) AND (d > 10)) func4(); /* exit function; Get out of the iteration process */ else func5(); func6();} /*while end*/ |
public static void SelectionSort(int[] elemArray,Result r){
int n=elemArray.length; int temp; int min;
for(int i=1; i<= n-1; i++)
{
min=i;
for(int j = i+1; j<= n; j++)
if elemArray[j] < elemArray[min]
min=j;
else
if (int j= i+1; j <= n; j++)
if elemArray[j] < elemArray[min]
min = j;
else
if (indexmin != i)
{
temp = elemArray[min];
elemArray[min]= elemArray[j];
elemArray[j] = temp;
}
}
}
public class ArrayTest {
public static void main(String[] args){
Int[] Anarry[5]; int i; char c; int x;
Printarray (Anarry, i,c);
Printarry (Anarray);
if (calculate(x)==213)
x = 213;
else if(calculate(x)==213)
i=1;}
Public static void Printarray(int[]x){
for (int i=1; i< x.length(); i++)
System.out.println("Array Value" + x[i]);
}
Public static int calculate (int a){
a = square(a)*3; return a;
}
}


Trying to find your favorite anime figurine can be time-consuming! Let us help you find your favorite fandom.
Do it.


A special video
Come enjoy
Kwai
with me!
Open
Unmute
Reginaldo Silva2871
Follow
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10.4K
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Trending today
Disclaimer：This function is only for personal entertainment purpose, and the videos are uploaded and shared by users.
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HOWDY!
Please let me know if you have any questions. Send me a message here and I will get back to you shortly.
Send me message Linkedin, or mail me.
- Aleks
Ruby on Rails / JS React
Please let me know if you have any questions. Send me a message here and I will get back to you shortly.
Send me message Linkedin, or mail me.
- Aleks


View Live Demo
REACT NATIVE IOS APPLICATION To KEEP TRACK OF YOUR FAVORITES - RESTAURANTS, RECIPES, ADVENTURES, BOOKs - All in one place.
"What was your favorite restaurant in Lisbon?"
"One second, let me check Moves You."
FEATURES
User authentication through Firebase Authenitcation REST API.
Location lookup through Google Places API.
Slide to delete functionality. Implemented using PanResponder.


|
To change name of a message group, enter this message group from the home page. After you enter the message group, click 'Setup' button on left upper corner, group
menu like figure 3.3.1 will be displayed. Note: If you are not group administrator or system administrator, items under 'Group Administration' and 'Emergency' will
be hidden for you.
|


Authentication
All requests must be authenticated with a bearer token. Use the HTTP header Authorization with the value Bearer {token}. If the token is absent or invalid, Terraform Cloud responds with HTTP status 401 and a JSON API error object. The 401 status code is reserved for problems with the authentication token; forbidden requests with a valid token result in a 404.
There are three kinds of token available:
-
User tokens — each Terraform Cloud user can have any number of API tokens, which can make requests on their behalf.
-
Team tokens — each team can have one API token at a time. This is intended for performing plans and applies via a CI/CD pipeline.
-
Organization tokens — each organization can have one API token at a time. This is intended for automating the management of teams, team membership, and workspaces. The organization token cannot perform plans and applies


Task 2: The Keypad
Part 1: Navigating to the Keypad
To access the Keypad, place your finger on the home button, then move the finger up and a bit to the right to find the keypad. Once you hear "Keypad", tap the screen twice.
Part 2: Using the Keypad
The keypad consists of a grid of numbers from 0 to 9 similar to a house phone with physical keys. This will be used to dial the numbers you want to call. There is a mock keypad similar to the actual iPhone keypad prepared below. Feel free to explore the keypad!
Part 3: Dialling a Number
Tapping a number will prompt VoiceOver to select that number and read it out. Tapping the screen twice afterwards will key in the number. The number dialled will be displayed in a text area on top of the keypad.
Part 4: Deleting a Number
If you dialled a wrong number, you can delete it by tapping on the delete button located above number 3 on the keypad, then tapping the screen twice. Note that the delete button will only appear if there is a number, and that it will only delete from the last digit you dialled. In the actual iPhone keypad, double tapping and holding the delete button will delete everything.
Part 5: Making the Call
First, check if you dialled the correct number by tapping on the text area above the keypad, and then moving through the numbers by sliding your finger. If the number dialled is correct, tap the call button located below number 0 on the keypad, then tap the screen twice.


pgmtoppm(1) pgmtoppm(1) NAME pgmtoppm - colorize a portable graymap into a portable pixmap SYNOPSIS pgmtoppm colorspec [pgmfile] pgmtoppm colorspec1-colorspec2 [pgmfile] pgmtoppm -map mapfile [pgmfile] DESCRIPTION Reads a PGM as input. Produces a PPM file as output with a specific color assigned to each gray value in the input. If you specify one color argument, black in the pgm file stays black and white in the pgm file turns into the specified color in the ppm file. Gray values in between are linearly mapped to differing intensities of the specified color. If you specify two color arguments (separated by a dash), then black gets mapped to the first color and white gets mapped to the second and gray values in between get mapped linearly (across a three dimensional space) to colors in between. You can specify the color in one of five ways: o A name, from an X11-style color names file. o An X11-style hexadecimal specifier: rgb:r/g/b, where r g and b are each 1- to 4-digit hexadecimal numbers. o An X11-style decimal specifier: rgbi:r/g/b, where r g and b are floating point numbers between 0 and 1. o For backwards compatibility, an old-X11-style hexadecimal number: #rgb, #rrggbb, #rrrgggbbb, or #rrrrggggbbbb. o For backwards compatibility, a triplet of numbers separated by commas: r,g,b, where r g and b are floating point numbers between 0 and 1. (This style was added before MIT came up with the simi‐ lar rgbi style.) Also, you can specify an entire colormap with the -map option. The map‐ file is just a ppm file; it can be any shape, all that matters is the colors in it and their order. In this case, black gets mapped into the first color in the map file, and white gets mapped to the last and gray values in between are mapped linearly onto the sequence of colors in between. NOTE - MAXVAL The "maxval," or depth, of the output image is the same as that of the input image. The maxval affects the color resolution, which may cause quantization errors you don't anticipate in your output. For example, you have a simple black and white image (in fact, let's say it's a PBM file, since pgmtoppm, like all Netpbm programs, can accept a PBM file as if it were PGM. The maxval of this image is 1, because only two gray values are needed: black and white. Run this image through pgmtoppm 0f/00/00 to try to make the image black and faint red. Because the out‐ put image will also have maxval 1, there is no such thing as faint red.  The fix is easy: Pass the input through pnmdepth on the way into pgm‐ toppm to increase its depth to something that would give you the resolu‐ tion you need to get your desired color. In this case, pnmdepth 16 would do it. Or spare yourself the unnecessary thinking and just say pnmdepth 255 . SEE ALSO pnmdepth(1), rgb3toppm(1), ppmtopgm(1), ppmtorgb3(1), ppm(5), pgm(5) AUTHOR Copyright (C) 1991 by Jef Poskanzer. 24 January 2001 pgmtoppm(1)


hostUrl |
string
|
url to host of current application,
used in oAuth authentication strategies and for building redirects.
For example - http://example.org/
|
env |
string
|
application environment, if not set, populated
from enviromental value of NODE_ENV. Default is `development`, the values
of `staging` and `production` can be used
|
port |
number
|
port for webserver process(es) to bind to.
Note: on *nix machines ports with number bellow 1000 are only bindable
by applicaiton ran as root user.
|
address |
string
|
null
|
what address to bind to.
Default is '<IP_ADDRESS>' - all IPv4 addresses.
The address is populated from environment address of HUNTJS_ADDR.
HuntJS supports both IPv4 and IPv6 addresses as described
here.
|
enableMongoose |
boolean
|
enable mongo database support,
default is true - enabled
|
templateEngine |
string
|
template engine to use,
default is hogan-express
- mustache based template engine with layouts,
partials and locals,
other options are swig,
ejs and jade (under construction).
|
enableMongoose |
boolean
|
enable mongo support via mongoose orm, default is true - enabled |
mongoUrl |
string
|
connection string for mongoose ORM,
default is 'mongodb://localhost/hunt_dev'.
It can be automatically populated from enviromental values of `MONGO_URL`,
`MONGOSOUP_URL`,`MONGOHQ_URL`,`MONGOLAB_URL`.
Connection string has this syntax
|
enableMongooseUsers |
boolean
|
enable mongo based user object,
default is true - enabled
|
redisUrl |
string
|
connection string for redis, default is
'redis://localhost:6379', can be populated from enviromental variables
of 'REDISTOGO_URL', 'OPENREDIS_URL', 'REDISCLOUD_URL',
'REDISGREEN_URL', 'REDIS_URL'
|
public |
string
|
directory for assets - css, images,
client side javascripts, that are served by connect
static middleware
for example, 'public': __dirname+'/public'
|
views |
string
|
directory for templates, used by template
engine for rendering static HTML pages on server side.
http://expressjs.com/api.html#app-settings |
emailConfig |
string
|
configuration string for email
delivery system ,
used for notify users.
When left blank, the direct transport is used - it is quite slow, and the emails
are usually marked as spam.
Also you can set up SMTP options directly like mentioned here https://github.com/andris9/nodemailer#setting-up-smtp
Examples:
'nodemailer://somebody@gmail.com:somepassword@gmail',
'nodemailer://postmaster@teksi.ru:7tu8z3zsaa421@Mailgun',
|
dialog |
Boolean
|
enable dialog REST-api for private messages |
huntKey |
Boolean
|
enable authorization huntKey as GET, POST, header, default is false - disabled |
disableCsrf |
Boolean
|
disable csrf protection, default is false - CSRF protection is enabled |
adminEmail |
String
|
email address of server administrator. If present, every error will be reported to this
email with plenty of additional information and error stack.
|
maxWorkers |
number
|
limit the number of webserver/background processes cluster spawns. Default - 1 per CPU
core.
|
passport |
passport
|
passport.js
configuration object, used for setting the methods users authorize,
|
uploadFiles |
boolean
|
allow upload of files by HTTP-POST,
http://expressjs.com/api.html#req.files,
default is false, disabled, and for a good cause https://groups.google.com/forum/#!topic/nodejs/6KOlfk5cpcM
|
io |
object
|
configuration options for http://socket.io/ |
favicon |
string
|
path to favicon |
secret |
string
|
string to preseed session hashes and do other security related things |
telnetServer |
object
|
configuration options for RAI telnet server https://github.com/andris9/rai#starting-a-server
|


pyglet can use OpenAL, DirectSound or ALSA to play back audio. Only one of these drivers can be used in an application, and this must be selected before the pyglet.media module is loaded. The available drivers depend on your operating system:
Windows Mac OS X Linux OpenAL [11] OpenAL OpenAL [11] DirectSound ALSA
The audio driver can be set through the audio key of the pyglet.options dictionary. For example:
pyglet.options['audio'] = ('openal', 'silent')
This tells pyglet to use the OpenAL driver if it is available, and to ignore all audio output if it is not. The audio option can be a list of any of these strings, giving the preference order for each driver:
String Audio driver openal OpenAL directsound DirectSound alsa ALSA silent No audio output
You must set the audio option before importing pyglet.media. You can alternatively set it through an environment variable; see Environment settings.
The following sections describe the requirements and limitations of each audio driver.
DirectSound is available only on Windows, and is installed by default on Windows XP and later. pyglet uses only DirectX 7 features. On Windows Vista DirectSound does not support hardware audio mixing or surround sound.
OpenAL is included with Mac OS X. Windows users can download a generic driver from openal.org, or from their sound device's manufacturer. Linux users can use the reference implementation also provided by Creative. For example, Ubuntu users can apt-get openal. ALUT is not required. pyglet makes use of OpenAL 1.1 features if available, but will also work with OpenAL 1.0.
Due to a long-standing bug in the reference implementation of OpenAL, stereo audio is downmixed to mono on Linux. This does not affect Windows or Mac OS X users.
ALSA is the standard Linux audio implementation, and is installed by default with many distributions. Due to limitations in ALSA all audio sources will play back at full volume and without any surround sound positioning.
Linux users have the option of choosing between OpenAL and ALSA for audio output. Unfortunately both implementations have severe limitations or implementation bugs that are outside the scope of pyglet's control.
If your application can manage without stereo playback, or needs control over individual audio volumes, you should use the OpenAL driver (assuming your users have it installed).
If your application needs stereo playback, or does not require spatialised sound, consider using the ALSA driver in preference to the OpenAL driver. You can do this with:
pyglet.options['audio'] = ('alsa', 'openal', 'silent')
| [11] | (1, 2) OpenAL is not installed by default on Windows, nor in many Linux distributions. It can be downloaded separately from your audio device manufacturer or openal.org |


Problem
Solution
Key Metrics
Unique Value Proposition
Unfair Advantage
Channels
Customer Segments
Cost Structure
Revenue Streams


‘Soooo trashy,’ say the many hate-watching Netflix’s ‘Singapore Social’
by Coconuts SingaporeA Singaporean reality show that premiered Saturday on Netflix is being mocked for its lack of local authenticity and other shortcomings.
Viewers who have been hate-yet-can’t-stop-watching the first season of Singapore Social have called it out in snarky (and times hilarious) terms for featuring characters that don’t even speak with a Singaporean accent or appear way beyond privileged.
“So many issues with Singapore Social but my main one is this: Why isn’t anyone talking with a Singaporean accent ???” @DarcelAnastasia tweeted.
“OK NO IN ALL SERIOUSNESS THOUGH WHAT IS SINGAPORE SOCIAL – I’m 15 mins in, the amount of unacknowledged privilege is off the roof – am I the only one feeling the same way about the show ?????” @Prostalkr wrote.
The Netflix original series, one of several debuting in Southeast Asia, focuses on the lives of six Singaporeans and how they try to make it in their supposedly unique career paths. They are burlesque dancer Sukki Singapora, singer Tabitha Nauser, fashion influencer Mae Tan, YouTuber Vinny Sharp, blockchain entrepreneur Nicole Ong, and television personality Paul Foster.
Really representative sample, guys.
Melodramatic moments include Sukki, the dancer, laying into Nicole the blockchainer for tattooing her inner lip, as if it was a socially treasonous act.
The show first gained attention earlier this month when its trailer was wide panned, especially by critics calling it out for looking like a reality show version of Crazy Rich Asians, which centered on a wealthy Singaporean family.
Some have also said that the show harks back to other popular reality shows like The Hills and another Netflix original, Terrace House.
But it hasn’t been all bad reviews. Despite the many cringe-worthy things people have pointed out, many say they can’t stop watching it.
“I was going to go to the gym, but here we are…. episode 7,” @SameerSadhu wrote.
“Wow. Singapore Social is bad. Really really bad. So bad that everyone in Singapore should watch,” @Dk wrote.
More Showbiz news at Coconuts.co/Singapore/lifestyle .


public
Utility classes have all fields and methods declared as static. Creating a public constructor in such classes is confusing and may cause accidental class instantiation.
static


Extract the single-line images from an binarized image.
1. Call OCRopy segmentation micro-service with url: "http://{IP}:{PORT}/segmentationapi".
2. Input:
1) The path of an binarized image, uploaded in form style.
2) Optional. Specified parameter valuses which are listed in the following part, and send them in form style.
3. Output:
A zip file contains the extracted single-line images, and usually they are named as {imagename}_{line NO.}.png
4. Example:
1) Using script "call_seg.py", with command "python call_seg.py -h" to check how to use it. Remenber to change the IP and PORT inside the script.
2) Using curl command. E.g. curl -F "image=@path_to_image" -F "threshold=0.5" -o name_of_output_file http://{IP}:{PORT}/segmentationapi
| Parameter | Type | Default value | Comment |
|---|---|---|---|
| minscale | Float | 1.0 | minimum scale permitted |
| maxlines | Integer | 300 | maximum # lines permitted |
| scale | Float | 0.0 | the basic scale of the document (roughly, xheight) 0=automatic |
| hscale | Float | 1.0 | non-standard scaling of horizontal parameters |
| vscale | Float | 1.0 | non-standard scaling of vertical parameters") # line parameters |
| threshold | Float | 0.2 | baseline threshold |
| noise | Integer | 8 | noise threshold for removing small components from lines |
| usegause | Boolean | True | use gaussian instead of uniform |
| maxseps | Integer | 2 | maximum # black column separators |
| sepwiden | Integer | 10 | widen black separators (to account for warping) |
| maxcolseps | Integer | 3 | maximum # whitespace column separators |
| csminheight | Float | 10.0 | minimum column height (units=scale) |
| pad | Integer | 3 | adding for extracted lines |
| expand | Integer | 3 | expand mask for grayscale extraction |
1) For curl command, the uploaded image must be an binarized image, and with name/key 'image'.
2) The specified parameters' name must be same with names listed in the above table.


Notts County to install two new scoreboards after significant donations
Work set to be carried out in the New Year
by Leigh CurtisNotts County are to have two new scoreboards installed in January thanks to help from Lifeline and the Official Supporters’ Association.
The current scoreboard is out of action due to a number of longstanding technical issues which the Magpies has tried to resolve.
But it was revealed during a fans’ forum last night that they will be replaced at Meadow Lane in the New Year.
Lifeline, a club membership scheme which raises funds to help the club's infrastructure, and the Official Supporters’ Association have donated £20,000 each while Notts will bear the other costs involved.
A club statement confirmed: “We are delighted to announce that, thanks to the generosity of both Lifeline and Notts County Official Supporters’ Association, two new scoreboards will be installed at Meadow Lane in January next year.
“The old scoreboard on the Haydn Green Family Stand, which has been out of action for some time, will be replaced with a new Lifeline-funded board, while the second new addition to Meadow Lane is going to be positioned centrally on the Air-IT Kop and donated by the OSA.
“These welcome additions to the matchday experience will ensure supporters on all four sides of the stadium will see key information and messages before, during and after each game.
“We are extremely grateful to Lifeline and NCFCOSA for their magnificent fundraising efforts, allowing us to proceed with this important project.”


Hi, I'm Rohit Chandra
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Let's look at new capabilities you can take advantage of with Windows 10, Microsoft 365 Apps, and cloud-based options from Enterprise Mobility + Security and beyond.
Azure Active Directory (Azure AD) is the identity control plane for apps, devices, and cloud services while connecting to cloud services. Conditional access lets you define different authentication requirements based on where your user is logging in from and which device they’re using, as well as responses to anomalous behaviors.
At the device level, you can use biometrics as unique identifiers for simpler and more secure access to devices and apps, moving toward the goal of eliminating passwords. Windows Hello offers device-based, multi-factor authentication that relies on the device itself, your PIN, or a unique biometric identifier like a face or fingerprint that can be enforced via policy.
Beyond identity, it’s important to consider continuous protection against both known and unknown threats. Windows 10 uses virtualization-based security at the core, with Secure Boot to ensure boot and code integrity. You can also help protect against credential theft with Credential Guard by maintaining user secrets in isolation from Windows. Application Guard can isolate and mitigate browser-based threats by running the browser in an isolated container. All these technologies use virtualization-based security in Windows 10 and are foundational changes that cannot be replicated on a Windows 7 system. Note that these also require UEFI, 64-bit Windows, and virtualization extension support with SLAT – at the hardware level.
Cloud services provide another layer of optional protection to improve Windows and Office security. These provide a new level of near real-time control that can instantly detect, resist, and respond to new attacks and attack types – especially compared to traditional software updating and AV signature files – where response and update deployment times are inherently slower.
Along with the Microsoft Intelligent Security Graph, you have faster access to both information and protections from emerging threats. Here are a few examples of security enhancements you can take advantage of:
Data Loss Prevention, built into Microsoft 365 Apps, helps inform users of security policies when high risk content like credit card or identification numbers are detected. Policies can inform or block sending and sharing after notifying users.
Azure Information Protection is a complementary service that can be used with Office, allowing users to easily classify and label their Office files. It can trigger automatic action on labeled files, such as encryption or locking down sharing.
Safe Links supplies protection across Office apps to protect against a dynamic list of known malicious websites.
Safe Attachments in Outlook and as part of Exchange Online goes beyond email filtering to inspect attachments. If a high-risk attachment is identified, Safe Attachments will inform the user of known malicious attachments and remove them from email.
Message Encryption (OME) safeguards sent email and attachments, ensuring only intended recipients can view email content. OME works seamlessly with Google, Yahoo, and Microsoft consumer account authentication,and one-time passcodes allow users of other email services to securely receive email as well.
Windows Defender Application Control in Windows 10 operates from an approved allow and deny list of applications that Microsoft has checked for safety. It is managed by endpoint protection policies using Microsoft Intune.
Microsoft Defender for Endpoint is a unified platform for preventative protection, post-breach detection, automated investigation, and response. It protects endpoints from cyber threats; detects advanced attacks and data breaches, automates security incidents, and improves security posture.
Exploit Guard helps reduce the attack surface for running applications by preventing malware from getting into Windows and blocking untrusted processes from accessing protected folders.
Microsoft Intune serves as a cloud-based management service for mobile scenarios, including iOS, Android, and Windows devices. You can configure Intune for co-management to complement and extend controls for specific workloads managed by Microsoft Endpoint Configuration Manager. You can require devices that access protected resources to enroll in device management, even non-managed, non-domain-joined, or non-Azure AD-joined devices. You can also take advantage of granular configuration and compliance policy enforcement at the operating system and application level. Finally, you can configure application policies and settings centrally and enforce them for Microsoft 365 Apps and store apps in Windows 10 using Microsoft Intune.


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Updated the system environment and the kernel to FreeBSD 7.1-PRERELEASE;
Fixed errors in system installer (/sysutils/trueinstall) which were caused by wrong detection storage drives;
-
Created a non-official port of x11-wm/ion-3;
Created an overlay of the ports tree;
Changed a file system hierarchy;
Created skel files which are used for each new user;
Created a ports tree with patched versions of the software;
Created a kernel module snd_hda_hack.ko for additional Intel audio cards support;
Script /sysutils/apachemanager for managing the Apache web-server;
Script /sysutils/hwdetect for new hardware automatic detection;
Script /sysutils/snddetect for new audio cards detection;
Script /sysutils/ifdetect for net cards detection;
Script /sysutils/flashpluginctl for switching on/off the Adobe (R) Macromedia (R) Flash technology;
Script /sysutils/getoperalang for Opera translational files installation;
Script /sysutils/kblayout for choosing keyboard layout and switching method;
New Prompt for the zsh shell;
Rewrote the prelogin system utility with using the cdialog. Added new items in menu;
Rewrote newtconf script for net configuration with using the sysinstall functionality;
Removed function for creating core files for programs which was stopped with segmentation fault;
Removed createbzip, extractbzip, formatfloppy, termfont system utilities;
Removed all net- and audio cards drivers from the kernel and putted to separate kernel modules;
Created a nice highlighting for the system console and kernel messages;
Updated all software;


Are you looking for more than just a job? Put your skills to work in a hub of the community as a Nevada Public Library Student Clerk! If you love interacting with people and you're great at noticing things that other people miss, this is the job for you. You'll help patrons by checking items in and out, assisting with finding library materials, and answering a variety of questions. You'll also get a first look at new library materials as you prep them for the shelves and you'll put away materials after they've been checked in. Shifts are after school until 8:00PM for one or two evenings a week and occasional day time hours on Saturdays.
Application forms are available at the library and on our website, and must be returned with a resume and cover letter by March 7, 2020.
We have a poster exhibit sponsored by the Smithsonian Institution and the National Museum of American History on display on the wall across from the magazines. Visit the library and take a look!
Reservations are available throughout the month
Once again, the AARP Foundation will be offering tax assistance here at the library in February, March and April! Call<PHONE_NUMBER> to schedule an appointment.
Wednesday, February 19 at 6:30 pm
Learn all about comics! Dr. Zachary King, who received his PhD in English Literature from the University of Iowa, will discuss the the history of the medium, how comics have evolved into what they are today, and just what the heck a graphic novel is, anyway. New to reading the format? You’ll leave feeling like a pro, and with some great recommendations if you want to try reading comics yourself.
Interested in keeping up-to-date with the latest library news? Follow us on Facebook, check out our website, or sign up to receive our monthly newsletter.


Hard Fork
Here's why the UK and US's crypto clampdowns won't stop Bitcoin trading
- ‘Mysterious’ billionaire cashes in $127M worth of Gates-backed pharma stock
- Xilinx stock pumps 17% on reports that AMD will buy it for $30B
- Xilinx stock pumps 17% on reports that AMD will buy it for $30B
- Xilinx stock pumps 17% on reports that AMD will buy it for $30B
- Xilinx stock pumps 17% on reports that AMD will buy it for $30B


| Windows Network Management: win32net |

Python's win32 access to Network Management functions are very clean and simple. It exposes to python what normally is available to C++. There are several examples of this:
The python api for the win32net module closely mirrors the C++ functions documented in the msdn. This makes it convenient to look at the Microsoft MSDN for further information if necessary. There is a sister module to win32net called win32netcon that houses all of the constants needed by the win32net modules.
Because of unicode support in Python 2.0, some of the string handling done w/the examples are no longer necessary. Before one needed to convert PyUnicode to a regular python string, before you could use string functions with it. The examples will work w/both versions of python, the string conversions are not necessary in 2.0.
In the calls which require a server, you need a string that looks like \\servername, a simple way to create that is to use raw strings like: r'\\rubble'.
And finally, python's exception handling makes it convenient to catch win32net errors.
I use the following format:
try:
#win32net calls
except win32net.error:
print traceback.format_tb(sys.exc_info()[2]),'\n',sys.exc_type,'\n',sys.exc_value
The traceback and sys modules are used to extract the error information.
If you want to get the logins currently present on a workstation you
need to use NetWkstaUserEnum api call.
In c++ the call looks like this: |
NET_API_STATUS NetWkstaUserEnum(
LPWSTR servername,
DWORD level,
LPBYTE *bufptr,
DWORD prefmaxlen,
LPDWORD entriesread,
LPDWORD totalentries,
LPDWORD resumehandle
);
The python documentation says this: | ([dict, ...], total, resumeHandle)
= NetWkstaUserEnum( server, level , resumeHandle , prefLen )
Notice that the api call is split in 2 pieces with python, instead of
being all combined in one call. So, how do they relate to each
other. In c++, you check the NET_API_STATUS to determine the result of
the call and if you have more data. You also have to extract from
structures like LPWKSTA_USER_INFO_0 to get the user data keeping track
of entriesread and the totalentries. Rather tedious. Thankfully, this
is easy in python. With python a list containing a user dictionary is
returned which trivial to parse and if resumeHandel is true you make
the win32 call again.
Now for some code:
def getusers(server):
res=1 #initially set it to true
pref=win32netcon.MAX_PREFERRED_LENGTH
level=0 #setting it to 1 will provide more detailed info
total_list=[]
try:
while res: #loop until res2
(user_list,total,res2)=win32net.NetWkstaUserEnum(server,level,res,pref)
for i in user_list:
total_list.append(i['username'])
res=res2
return total_list
except win32net.error:
print traceback.format_tb(sys.exc_info()[2]),'\n',sys.exc_type,'\n',sys.exc_value
print getusers(r'\\betty')
def getall_users(server):
'This functions returns a list of id and full_names on an NT server'
j=1
res=1
users=[]
user_list=[]
try:
while res:
(users,total,res) = win32net.NetUserEnum(server,3,win32netcon.FILTER_NORMAL_ACCOUNT,res,win32netcon.MAX_PREFERRED_LENGTH)
for i in users:
add=0
login=str(i['name'])
info_dict=win32net.NetUserGetInfo(server, login, 3)
full_name=str(info_dict['full_name'])
j=j+1
user_list.append(login+'\t'+full_name)
return user_list
except win32net.error:
print traceback.format_tb(sys.exc_info()[2]),'\n',sys.exc_type,'\n',sys.exc_value
print getall_users(r'\\dino')
def getall_boxes(domain='',server=''):
res=1
wrk_lst=[]
try:
while res: #loop until res2
(wrk_list2,total,res2)=win32net.NetServerEnum('',100,win32netcon.SV_TYPE_ALL,server,res,win32netcon.MAX_PREFERRED_LENGTH)
wrk_lst.extend(wrk_list2)
res=res2
except win32net.error:
print traceback.format_tb(sys.exc_info()[2]),'\n',sys.exc_type,'\n',sys.exc_value
final_lst=[]
for i in wrk_lst:
final_lst.append(str(i['name']))
return final_lst
print getall_boxes('bedrock',r'\\rubble')
typedef struct _SHARE_INFO_2 {
LPWSTR shi2_netname;
DWORD shi2_type;
LPWSTR shi2_remark;
DWORD shi2_permissions;
DWORD shi2_max_uses;
DWORD shi2_current_uses;
LPWSTR shi2_path;
LPWSTR shi2_passwd;
} SHARE_INFO_2, *PSHARE_INFO_2, *LPSHARE_INFO_2;
What does that mean in python?
You simply make a dictionary with the entries matching the structure
above, except you remove the "shi2_" prefix. In general, not all of
the structure items will be required; you will need to consult the
Win32 SDK for more information on these structures, and exactly what
elements are required for what operation.
The final trick is knowing where to get the constant values for some
of these items. For example, the "shi2_type" element is defined as an
integer - what values are valid? If we consult the Win32
documentation, we will find valid values include STYPE_DISKTREE,
STYPE_PRINTQ and a number of others. In general, you can find these
constants in the win32netcon module. The Pythonwin object browser can
show you what's available in this module.
Example
Given this knowledge, we could then write the following Python code to
add a new share.
import win32net
import win32netcon
shinfo={}
shinfo['netname']='python test'
shinfo['type']=win32netcon.STYPE_DISKTREE
shinfo['remark']='bedrock_rubbel'
shinfo['permissions']=0
shinfo['max_uses']=-1
shinfo['current_uses']=0
shinfo['path']='c:\\rubbel_share'
shinfo['passwd']=''
server='betty_server'
try:
win32net.NetShareAdd(server,2,shinfo)
return "success"
except win32net.error:
print traceback.format_tb(sys.exc_info()[2]),'\n',sys.exc_type,'\n',sys.exc_value
NET_API_STATUS NetUserSetInfo(
LPCWSTR servername,
LPCWSTR username,
DWORD level,
LPBYTE buf,
LPDWORD parm_err
);
It's reasonably self explanatory except for level. It turns out there
are many levels. One of the most useful one is USER_INFO_3 this
structure lets you change just about anything you want for a
user.Also, not all levels are available for both NetUserSetInfo and
NetUserGetInfo. NetUserGetInfo has about 7 available to it. (btw, Microsoft MSDN would have more
information about this). I'll show an example with NetUserSetInfo
using USER_INFO_1008 that has no corresponding NetUserGetInfo.
The python call looks like this:
NetUserSetInfo( server , username ,level , data )
For it the most interesting parts are server, level, and data. Server
is only interesting because the server name has to be prepended with
\\. It is not obvious from the python api description, but very
important. Luckily, as we'll see later, some functions in python
return the server already in the correct format.
Level is similar to the C++ level except that you simply use a
number. In our case we would use 3.
For data the documentation says you need a dictionary holding the user
data in the format of PyUSER_INFO_*. If you check out that object you
will see many available levels and find the level 3 we are interested
in. It is simply a very long python dictionary with all sorts of user
attributes. Of these attributes, one can be confusing: flags. If you
want to change flags for a user, you need to have all of the
appropriate flags bitwise OR'ed together. The second example below
will better explain what is happening.
Now for some code:
In the example below, you will notice a couple of things. First,
win32net.NetGetDCName returns the primary domain controller already in
the correct format with double backslashes prepended. Also, python
exception handling is a very powerful asset. The try block explicitly
catches and win32net errors from your system calls. And, we can
extract what happened with sys.exc_type and sys.exc_value.
import sys
import win32net
import win32netcon
domain="bedrock"
login="slate"
try:
#get the server for the domain -- it has to be a primary dc
server=str(win32net.NetGetDCName("",domain))
#info returns a dictionary of information
info = win32net.NetUserGetInfo(server, login, 3)
print info['full_name']
info['full_name']="Mr. Slate"
win32net.NetUserSetInfo(server,login,3,info)
info = win32net.NetUserGetInfo(server, login, 3)
print info['full_name']
except win32net.error:
print traceback.format_tb(sys.exc_info()[2]),'\n',sys.exc_type,'\n',sys.exc_value
import sys
import win32net
import win32netcon
domain="bedrock"
login="slate"
try:
#get the server for the domain -- it has to be a primary dc
server=str(win32net.NetGetDCName("",domain))
#Commented out here is a typical flag setting
#flag=win32netcon.UF_NORMAL_ACCOUNT|win32netcon.UF_SCRIPT|win32netcon.UF_DONT_EXPIRE_PASSWD
#however, if you want to preserve any non-standard flags then do the following
d=win32net.NetUserGetInfo(server,login,3) #get the current flags, note, I didn't use 1008 here!
flag=d['flags']| win32netcon.UF_DONT_EXPIRE_PASSWD #this adds the flag
# flag=d['flags']& ~win32netcon.UF_DONT_EXPIRE_PASSWD #this removes the flag
flag_dict={'flags':flag}
win32net.NetUserSetInfo(server,login,1008,flag_dict)
except win32net.error:
print traceback.format_tb(sys.exc_info()[2]),'\n',sys.exc_type,'\n',sys.exc_value
| Windows Network Management: win32net |


Open to all weight categories, beginner to expert. Weigh in kicks off 9am. Entry fee $60 and results will be officially documented online and submitted to NZPLA.
Viking Strength Brothers is hosting their annual Bench Press for Charity event. This is not one you want to miss. Sign ups for 2018 open early due to demand and all proceeds go to NZ Athletes Charity. The more reps you push out the more money you'll raise from sponsors. Free give aways on the day and lots of club attire up for grabs!
Viking Brothers Strength will be closed 24-26 December and New Years Day. Other days over the break are normal hours.
We're kicking off 2018 with a bang! Bring a friend and they train for free throughout January 2018. No frills. Bring a mate and show them the Viking way!
Check out the VBS Store mid Jan. New threads dropping and we'll be hosting a giveaway through our social media channels. Head over to our social page if you're unsure where to find us.
Stay tuned for updates. Check out our social media for updates and future events.


There are two loading with angular-datatables:
- One comes from this module. It is displayed before the table is rendered. This loading has been added because angular-datables offers the possibility to fetch the data and options with promises. So before rendering the table, the promises need to be resolved, thus adding a loading message to let users know that something is processing.
-
The other comes from DataTables. The message
Loading
is displayed inside the Table while fetching the data from the server.
When loading data, the angular module will display by default
Loading...

.
You can make your own custom loading html by calling the method DTDefaultOptions.setLoadingTemplate()
like this:
Angular-datatables is using the angular service $compile
. So you can use angular directives if you want.


package unsafeheader
Import Path
internal/unsafeheader (on golang.org and go.dev)
Dependency Relation
imports one package, and imported by 4 packages
Involved Source Files
Package unsafeheader contains header declarations for the Go runtime's slice
and string implementations.
This package allows packages that cannot import "reflect" to use types that
are tested to be equivalent to reflect.SliceHeader and reflect.StringHeader.
Package-Level Type Names (total 2, both are exported)
Slice is the runtime representation of a slice.
It cannot be used safely or portably and its representation may
change in a later release.
Unlike reflect.SliceHeader, its Data field is sufficient to guarantee the
data it references will not be garbage collected.
Cap int
Data unsafe.Pointer
Len int
func reflect.typedslicecopy(elemType *reflect.rtype, dst, src Slice) int
| The pages are generated with Golds v0.3.2. (GOOS=windows GOARCH=amd64) Golds is a Go 101 project developed by Tapir Liu. PR and bug reports are welcome and can be submitted to the issue list. Please follow @Go100and1 (reachable from the left QR code) to get the latest news of Golds. |


HEJ!
This is some longer text embedded in a div and a p
link
KEY TEST, MAP KEYDOWN HERE
This is a deeply nested thing Sibling 1
This is a deeply nested thing Sibling 2


--- layout: project title: "Service Mesh Performance" description: "Measuring and indexing the performance, overhead, and value of the world's service mesh deployments." author: twitter: layer5 image: path: /assets/projects/smp/stacked/smp-dark-text.svg width: 1200 thumbnail: /assets/projects/smp/stacked/smp-dark-text.svg lang: en ---
Service Mesh Performance (SMP) is a vendor-neutral specification for capturing details of:
SMP is a collaborative effort of Layer5, UT Austin, Google, and The Linux Foundation.
Learn more about the cost of a service mesh
Participate in the CNCF Service Mesh Performance Working Group
The Service Mesh Performance Working Group is hosted within CNCF SIG Network. All are welcome to participate. This group is defining the Service Mesh Performance (SMP). Using SMP, MeshMark provides a universal performance index to gauge your mesh’s efficiency against deployments in other organizations’ environments.
The group is also working in collaboration with the Envoy project to create easy-to-use tooling around distributed performance management (distributed load generation and analysis) in context of Istio, Consul, Tanzu Service Mesh, Network Service Mesh, App Mesh, Linkerd, and so on.


Student asks Shashi Tharoor to teach him a new word, his reply wins the internet
"Read, read, read," said the Congress leader and the Thiruvananthapuram MP
by mid-day online correspondentCongress leader Shashi Tharoor’s reply to a student who asked him to teach a new word is going viral for all the right reasons.
The Thiruvananthapuram MP posted a video on his Twitter page in which he replied to a student who asked him to teach him and the crowd a new word in view of his reputation as a 'fount of exotic vocabulary' with a “very simple, very old word.”
And the word the leader suggested was, ‘read’.
The former statesman told students that reading was the only way he acquired vocabulary and he has barely opened a dictionary. "If you read widely, read extensively and you come across a word in three different contexts in three different books, you understand the meaning and the usage very quickly," he explained.
Saying that he was an asthmatic child and he was often confined to the bed, Tharoor said he considered books as his escape and education. "My only advice to all of you is read, read, read! The more you read the better your vocabulary will also be," he said amidst applause from the audience.
The video was well received by Twitterati, with many praising the leader and agreeing with him and calling his advice, "Excellent."
The video, uploaded on Monday, received more than 166,6000 views, 13,100 likes and was retweeted over 3,200 times.
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{% extends "base.html" %} {% block page_id %}tech{% endblock %} {% block content %}
Here is where I will post tech demos, articles, and screencasts.
Coming soon. I haven't posted anything here yet.


This is the API documentation for 'log4r-1.1.10 Documentation'.
[Validate]
Generated with the Darkfish Rdoc Generator 2.


Problems with fixed modulation
•
Some users have insufficient power to
support full bandwidth
•
Doesn’t utilise peaks in the frequency
response
•
Allocates nulls


Welcome
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This page tests making element sticky when their imediate offset parent is NOT the viewport. In these cases, the position of the element can not be used because reports the TOP as relative to the first offset parent.
Use the container below to test the elements inside of it and ensure they are "sticky" correct. the element that are center aligned are inside a relative container and thus their offset is calcualted differently.
There are also elements that can be hidden/shown to see how the plugin handles changes to element's position on the page.
This area demonstrates the section getting "sticky" even if its first positioned parent (one that has a css position set) is not the viewport. See issue #3 on github.
Rump sirloin short loin, turducken ham hock ribeye tri-tip capicola drumstick corned beef shankle pork belly biltong. Short loin t-bone spare ribs jowl turducken pork belly tongue. Pork loin sirloin spare ribs, beef ribs boudin rump meatball shank frankfurter. Ball tip pork belly tail spare ribs tri-tip jowl, jerky rump t-bone sirloin andouille pork loin biltong ham.
Rump sirloin short loin, turducken ham hock ribeye tri-tip capicola drumstick corned beef shankle pork belly biltong. Short loin t-bone spare ribs jowl turducken pork belly tongue. Pork loin sirloin spare ribs, beef ribs boudin rump meatball shank frankfurter. Ball tip pork belly tail spare ribs tri-tip jowl, jerky rump t-bone sirloin andouille pork loin biltong ham.
Rump sirloin short loin, turducken ham hock ribeye tri-tip capicola drumstick corned beef shankle pork belly biltong. Short loin t-bone spare ribs jowl turducken pork belly tongue. Pork loin sirloin spare ribs, beef ribs boudin rump meatball shank frankfurter. Ball tip pork belly tail spare ribs tri-tip jowl, jerky rump t-bone sirloin andouille pork loin biltong ham.
Rump sirloin short loin, turducken ham hock ribeye tri-tip capicola drumstick corned beef shankle pork belly biltong. Short loin t-bone spare ribs jowl turducken pork belly tongue. Pork loin sirloin spare ribs, beef ribs boudin rump meatball shank frankfurter. Ball tip pork belly tail spare ribs tri-tip jowl, jerky rump t-bone sirloin andouille pork loin biltong ham.
Rump sirloin short loin, turducken ham hock ribeye tri-tip capicola drumstick corned beef shankle pork belly biltong. Short loin t-bone spare ribs jowl turducken pork belly tongue. Pork loin sirloin spare ribs, beef ribs boudin rump meatball shank frankfurter. Ball tip pork belly tail spare ribs tri-tip jowl, jerky rump t-bone sirloin andouille pork loin biltong ham.
Rump sirloin short loin, turducken ham hock ribeye tri-tip capicola drumstick corned beef shankle pork belly biltong. Short loin t-bone spare ribs jowl turducken pork belly tongue. Pork loin sirloin spare ribs, beef ribs boudin rump meatball shank frankfurter. Ball tip pork belly tail spare ribs tri-tip jowl, jerky rump t-bone sirloin andouille pork loin biltong ham.
Rump sirloin short loin, turducken ham hock ribeye tri-tip capicola drumstick corned beef shankle pork belly biltong. Short loin t-bone spare ribs jowl turducken pork belly tongue. Pork loin sirloin spare ribs, beef ribs boudin rump meatball shank frankfurter. Ball tip pork belly tail spare ribs tri-tip jowl, jerky rump t-bone sirloin andouille pork loin biltong ham.
Rump sirloin short loin, turducken ham hock ribeye tri-tip capicola drumstick corned beef shankle pork belly biltong. Short loin t-bone spare ribs jowl turducken pork belly tongue. Pork loin sirloin spare ribs, beef ribs boudin rump meatball shank frankfurter. Ball tip pork belly tail spare ribs tri-tip jowl, jerky rump t-bone sirloin andouille pork loin biltong ham.
Rump sirloin short loin, turducken ham hock ribeye tri-tip capicola drumstick corned beef shankle pork belly biltong. Short loin t-bone spare ribs jowl turducken pork belly tongue. Pork loin sirloin spare ribs, beef ribs boudin rump meatball shank frankfurter. Ball tip pork belly tail spare ribs tri-tip jowl, jerky rump t-bone sirloin andouille pork loin biltong ham.
Rump sirloin short loin, turducken ham hock ribeye tri-tip capicola drumstick corned beef shankle pork belly biltong. Short loin t-bone spare ribs jowl turducken pork belly tongue. Pork loin sirloin spare ribs, beef ribs boudin rump meatball shank frankfurter. Ball tip pork belly tail spare ribs tri-tip jowl, jerky rump t-bone sirloin andouille pork loin biltong ham.
Rump sirloin short loin, turducken ham hock ribeye tri-tip capicola drumstick corned beef shankle pork belly biltong. Short loin t-bone spare ribs jowl turducken pork belly tongue. Pork loin sirloin spare ribs, beef ribs boudin rump meatball shank frankfurter. Ball tip pork belly tail spare ribs tri-tip jowl, jerky rump t-bone sirloin andouille pork loin biltong ham.
Rump sirloin short loin, turducken ham hock ribeye tri-tip capicola drumstick corned beef shankle pork belly biltong. Short loin t-bone spare ribs jowl turducken pork belly tongue. Pork loin sirloin spare ribs, beef ribs boudin rump meatball shank frankfurter. Ball tip pork belly tail spare ribs tri-tip jowl, jerky rump t-bone sirloin andouille pork loin biltong ham.


Fixed an error when processing an area with multiple nested commands issue#21
Improvements for Image-command
This release introduces SimpleExporter that allows you to generate an excel with a single line of code and without necessity to provide a template file.
This release introduces new Grid Command and contains the following bug-fixes
First public release for Jxls-2.
Jxls-2 is a full rewrite from scratch of the original Jxls 1.x library to make it much more flexible and improve the performance.
Jxls-2 completely de-couples itself from the underlying Java-to-Excel transformation engine so that it is possible to switch low-level Java-to-Excel library without any code changes.
Excel template markup can now be redefined in a way you like.
Jxls-2 introduces a concept of Command to replace previously used tags (like jx:forEach, jx:if). Command is not tied to any particular Excel mark-up. In fact it can be defined completely in Java or by using built-in Excel-comment or XML-based mark-ups.
Custom post- and pre- processing code can now also be easily injected into Excel transformation.
Please note that Jxls-2 is not backwards compatible with Jxls 1.x.
If you wish to upgrade your existing Jxls 1.x reports for Jxls-2 you will have to rewrite the code and change the notation in XLS template.


Axes that follow a cartesian grid are known as ‘Cartesian Axes’. Cartesian axes are used for line, bar, and bubble charts. Four cartesian axes are included in Chart.js by default.
A cartesian axis is composed of visual components that can be individually configured. These components are:
The axis border is drawn at the edge of the axis, beside the chart area. In the image below, it is drawn in red.
```js chart-editor //
//
module.exports = { actions: [], config: config, }; ```
The grid lines for an axis are drawn on the chart area. In the image below, they are red.
```js chart-editor //
//
module.exports = { actions: [], config: config, }; ```
Ticks represent data values on the axis that appear as labels. The tick mark is the extension of the grid line from the axis border to the label. In this example, the tick mark is drawn in red while the tick label is drawn in blue.
```js chart-editor //
//
module.exports = { actions: [], config: config, }; ```
The title component of the axis is used to label the data. In the example below, it is shown in red.
```js chart-editor //
//
module.exports = { actions: [], config: config, }; ```
!!!include(axes/cartesian/_common.md)!!!
!!!include(axes/_common.md)!!!
An axis can either be positioned at the edge of the chart, at the center of the chart area, or dynamically with respect to a data value.
To position the axis at the edge of the chart, set the position
option to one of: 'top'
, 'left'
, 'bottom'
, 'right'
. To position the axis at the center of the chart area, set the position
option to 'center'
. In this mode, either the axis
option is specified or the axis ID starts with the letter ‘x’ or ‘y’. To position the axis with respect to a data value, set the position
option to an object such as:
This will position the axis at a value of -20 on the axis with ID “x”. For cartesian axes, only 1 axis may be specified.
The bounds
property controls the scale boundary strategy (bypassed by min
/max
options).
'data'
: makes sure data are fully visible, labels outside are removed'ticks'
: makes sure ticks are fully visible, data outside are truncated!!!include(axes/cartesian/_common_ticks.md)!!!
!!!include(axes/_common_ticks.md)!!!
The alignment of ticks is primarily controlled using two settings on the tick configuration object: align
and crossAlign
. The align
setting configures how labels align with the tick mark along the axis direction (i.e. horizontal for a horizontal axis and vertical for a vertical axis). The crossAlign
setting configures how labels align with the tick mark in the perpendicular direction (i.e. vertical for a horizontal axis and horizontal for a vertical axis). In the example below, the crossAlign
setting is used to left align the labels on the Y axis.
```js chart-editor //
//
module.exports = { actions: [], config: config, }; ```
:::tip Note The crossAlign
setting is only effective when these preconditions are met:
0
'top'
, ’left'
, 'bottom'
or 'right'
:::The properties dataset.xAxisID
or dataset.yAxisID
have to match to scales
property. This is especially needed if multi-axes charts are used.
var myChart = new Chart(ctx, {
type: "line",
data: {
datasets: [
{
// This dataset appears on the first axis
yAxisID: "first-y-axis",
},
{
// This dataset appears on the second axis
yAxisID: "second-y-axis",
},
],
},
options: {
scales: {
"first-y-axis": {
type: "linear",
},
"second-y-axis": {
type: "linear",
},
},
},
});
With cartesian axes, it is possible to create multiple X and Y axes. To do so, you can add multiple configuration objects to the xAxes
and yAxes
properties. When adding new axes, it is important to ensure that you specify the type of the new axes as default types are not used in this case.
In the example below, we are creating two Y axes. We then use the yAxisID
property to map the datasets to their correct axes.
var myChart = new Chart(ctx, {
type: "line",
data: {
datasets: [
{
data: [20, 50, 100, 75, 25, 0],
label: "Left dataset",
// This binds the dataset to the left y axis
yAxisID: "left-y-axis",
},
{
data: [0.1, 0.5, 1.0, 2.0, 1.5, 0],
label: "Right dataset",
// This binds the dataset to the right y axis
yAxisID: "right-y-axis",
},
],
labels: ["Jan", "Feb", "Mar", "Apr", "May", "Jun"],
},
options: {
scales: {
"left-y-axis": {
type: "linear",
position: "left",
},
"right-y-axis": {
type: "linear",
position: "right",
},
},
},
});


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