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15
1 During the time that they were harvesting the wheat, Samson took a young goat to Timnah as a present for his wife. He wanted to sleep with his wife, but her father would not let him go into her room.
2 He said to Samson, "I really thought that you hated her. So I gave her to the man who was your best friend at the wedding, and she has married him. But look, her younger sister is more beautiful than she is. Take her instead."
3 Samson replied, "No!
4 Then he went out into the fields and caught three hundred foxes. He tied their tails together, two by two. He fastened torches to each pair of tails.
5 Then he lit the torches and let the foxes run through the fields of the Philistines. The fire from the torches burned all the grain to the ground, including the grain that had been cut and stacked in bundles. The fire also burned down their grapevines and their olive trees.
6 The Philistines asked, "Who did this?" Someone told them, "Samson did it. He married a woman from Timnah, but then his father-in-law gave her to the man who was Samson's best friend at the wedding, and she married him." So the Philistines went to Timnah and got the woman and her father, and burned them to death.
7 Samson found out about that and said to them, "Because you have done this, I will get revenge on you, and then I will be happy!"
8 So he attacked the Philistines furiously and killed many of them. Then he went to hide in a cave in the large rock at a place called Etam.
9 The Philistines did not know where he was, so they went up to where the descendants of Judah lived, and they arranged themselves for battle at the town of Lehi.
10 The men there asked the Philistines, "Why do you want to attack us?"
The Philistines replied, "We have come to capture Samson. We have come to get revenge on him for what he did to us."
11 Someone there knew where Samson was hiding. So three thousand men from Judah went down to get Samson at the cave in the rock where he was hiding. They said to Samson, "Do you not realize that the people of Philistia are ruling over us? Do you not realize what they will do to us?"
Samson replied, "The only thing I did was that I got revenge on them for what they did to me."
12 But the men from Judah said to him, "We have come to tie you up and put you in the hands of the Philistines."

13 They replied, "We will just tie you up and take you to the Philistines.  So they tied him with two new ropes and led him away from the cave.
14 When they arrived at Lehi, the Philistines came toward him, shouting triumphantly. But Yahweh's Spirit powerfully came on Samson. He snapped the ropes on his arms as easily as if they had been stalks of burned flax, and they fell off his wrists.
15 Then he saw a donkey's jawbone lying on the ground. It was new, so it was hard.

17 When he finished, he threw the jawbone away, but later that place was called Ramath Lehi (or Jawbone Hill).
18 Then Samson was very thirsty, so he called out to Yahweh, "You have given me strength to win a great victory. So now must I die because of being thirsty, with the result that those heathen, uncircumcised Philistines will capture me?"
19 So God caused water to gush out of a depression in the ground at Lehi. Samson drank from it and soon felt strong again. He named that place En Hakkore (or "The spring of the one who called out"). That spring can still be found at Lehi, even today.
20 Samson was the leader and judge over Israel for twenty years, but during that time the Philistines were in control of the entire land.


To use distributed and replicated regions, you should understand how they work and your options for managing them.
Note:
The management of replicated and distributed regions supplements the general information for managing data regions provided in Basic Configuration and Programming. See also org.apache.geode.cache.PartitionAttributes
.
A distributed region automatically sends entry value updates to remote caches and receives updates from them.
- Distributed entry updates come from the
Region
put
andcreate
operations (the creation of an entry with a non-null value is seen as an update by remote caches that already have the entry key). Entry updates are distributed selectively - only to caches where the entry key is already defined. This provides a pull model of distribution, compared to the push model that you get with replication. - Distribution alone does not cause new entries to be copied from remote caches.
- A distributed region shares cache loader and cache writer application event handler plug-ins across the distributed system.
In a distributed region, new and updated entry values are automatically distributed to remote caches that already have the entries defined.
Step 1: The application updates or creates the entry. At this point, the entry in the M1 cache may not yet exist.
Step 2: The new value is automatically distributed to caches holding the entry.
Step 3: The entry’s value is the same throughout the distributed system.


Instructions for Silent Cart: 1) Copy the code example into a new web page e.g. mals.html 2) Download and save the mals-scripts.js file into the same folder (note: can be in another) 3) Change the product information in the form to your product e.g. 4) Ensure your wwX and userid are the same as Mals (TIP! enter your details at the top before copying example) 5) Open the web page in a browser e.g. Chrome and test it --- Customize --- By default the script uses Bootstrap (https://getbootstrap.com/) to create the modal box to inform your customer that their product has been added. The modal box can be easily changed. At the bottom of the example is a line of code which reads: View your cart here or Continue shopping This lets the customer check their cart contents or close the modal box. Edit this line to whatever you wish. Style it too by using CSS styles or don't use it all (see below). --- Calling Script --- The script is very versatile. You can activate it on one or more forms (or links) easily. Note: if you don't know jQuery selectors visit https://www.w3schools.com/jquery/jquery_selectors.asp - Example 1 = specific form by id MalsScripts.silentCart('#form1'); This will activate the script on the form with id="form1" - Example 2 = specific forms by id MalsScripts.silentCart('#form1,#form2'); This will activate the script on two forms with id="form1" and id="form2" - Example 3 = all forms by class MalsScripts.silentCart('.myform'); This will activate the script on all forms with class="myform" - Example 4 = all forms and links MalsScripts.silentCart(); Activates all mals-e.com/aitsafe.com forms on page - Example 5 = callback function MalsScripts.silentCart('#form1',function(){ // Called when added to cart alert('this is called); }); When form1 adds to cart your callback function fires and overrides default modal box. Used to e.g. show an alert or play a song! --- General Notes --- - Add class .mals-ignore to any forms you don't want transformed e.g.


--- layout: post title: Polymorphic enums in C#, implementation revealed date: 2012-10-18 10:40:46.000000000 +02:00 type: post published: true status: publish categories: - Programmation tags: - C# - enum - polymorphism - Puzzle meta: _activeshortener: tiny _edit_last: '1' _twitterrelated_short_url: http://tinyurl.com/8s96csq _twitterrelated_short_urlHash: e989e0f8b11dbbc3fb7c49ac2c8710a1 sfw_pwd: p5FFpB5J23qw author: login: pierre irrmann email<EMAIL_ADDRESS>display_name: Pierre Irrmann first_name: Pierre last_name: Irrmann ---
(pour consulter l'article précédent: Polymorhic enums in C#, generic incrementation)
In a previous post, as an answer to @cyriux’s one, I showed how we could try to use a polymorphic enum in C# in order to mimic the Java ones. I have ported to C# the Java samples, using a base class called PolymorphicEnum. In this post, I’m going to give details about the implementation of this class.
The very first objectives are :
What I want to be able to write is something like :
public class SomeEnum : PolymorphicEnum { public static SomeEnum FirstValue; public static SomeEnum SecondValue; } |
As I can’t change the compiler behaviour, the two values declared in the previous sample must be instantiated somehow. The declaration then becomes :
public class SomeEnum : PolymorphicEnum { public static SomeEnum FirstValue = Register(); public static SomeEnum SecondValue = Register(); } |
In order to be able to write such code, here is what I can do :
This leads us to this basic definition :
public abstract class PolymorphicEnum<T> where T : struct, IComparable<T>, IConvertible { public T Ordinal { get; private set; } public string Name { get; private set; } protected PolymorphicEnum() { } public override string ToString() { return this.Name; } } |
And in order to get an int as the default underlying type, we define a derived class :
public abstract class PolymorphicEnum : PolymorphicEnum<int> { } |
Ok, this has been quite simple. Now, we want the base class to allow its children to register instances. This means the base class will be responsible for instantiating, registering and tracking these instances. In order for the base class to instantiate the derived classes, we need to know their type in the method. To to this, we introduce a generic type parameter. We also want this method to accept an optional “ordinal” parameter, to handle the case where the ordinal values are defined by user-code. What we need is a method of the form :
protected static TEnumInstance Register<TEnumInstance>( Nullable<T> ordinal = null) where TEnumInstance : new() |
Notice the “new()” generic constraint on the type parameter : the given type has to have a parameter-less constructor, which we’ll use to instantiate it. But as we go towards the polymorphic behaviour, the enum class that we’ll have to instantiate can be a sub-class from the actual enum type ! For instance, if we take the first sample from the previous post, we have the following inheritance :
Because we do not want to give both of these type arguments on each Register call, the TEnum type argument moves up to the class level, and the class definition and Register method signature shift the following way:
|
=> |
|
||
|
=> |
|
The registration of the enum values is performed in a static dictionary, so here is at last the register method :
protected static TEnum Register<TEnumInstance>( Nullable<T> ordinal = null) where TEnumInstance : TEnum, new() { if (!ordinal.HasValue) { ordinal = registeredInstances.Any() ? registeredInstances.Keys.Max().PlusOne() : default(T); } TEnum instance = new TEnumInstance(); instance.Ordinal = ordinal.Value; registeredInstances.Add(ordinal.Value, instance); return instance; } |
Comment : how to implement a “PlusOne” extension method, that could increment any of the underlying types supported by an enum, has been a puzzle of its own… See this post for my solution !
From now on we can register enum value the following way :
public class SomeEnum : PolymorphicEnum<SomeEnum> { public static SomeEnum FirstValue = Register<SomeEnum>(); public static SomeEnum SecondValue = Register<SomeEnum>(); } |
Wait !? Why must we provide the type to the Register method, if that is the same as the generic argument of the class ? Let’s move forward and define an additional Register method :
protected static TEnum Register(Nullable<T> ordinal = null) { return Register<TEnum>(ordinal); } |
And the registration gets simpler again :
public class SomeEnum : PolymorphicEnum<SomeEnum> { public static SomeEnum FirstValue = Register(); public static SomeEnum SecondValue = Register(); } |
So now we can register enum values, optionally specifying the ordinal value… but we’re not done yet ! I mean, aren’t we supposed to be able to convert enums from and to strings ? From the previous steps, we have a Name property with a private setter, and an overridden ToString() method. But the Name property is never set ! In my first implementations, providing the Register method with the string to associate with the value was mandatory. I was not satisfied with this solution, and I came up with the following replacement solution :
private static bool namesInitialized = false; |
private string name = null; private string Name { get { EnsureNamesInitialized(); return this.name; } set { this.name = value; } } |
protected void EnsureNamesInitialized() { if (!namesInitialized) { MemberInfo[] enumMembers = typeof(TEnum).GetMembers( BindingFlags.Public | BindingFlags.Static | BindingFlags.GetField); foreach (FieldInfo enumMember in enumMembers) { TEnum enumValue = enumMember.GetValue(null) as TEnum; if (enumValue != null) enumValue.Name = enumMember.Name; } namesInitialized = true; } } |
namesInitialized = false; |
This mechanism ensures that the enum names are all computed using reflection. It assigns each enum value the name of the public static member to which it has been assigned (given the member has already been assigned and is of the correct type).
Nice ! We’ve made progress, really. Now we want to be able to serialize and deserialize the values from and to strings, as well as from the underlying primitive type.
Serializing to a string has been implemented from the start by the ToString() method. Deserializing will imply 4 methods signatures :
In the end the implementation is the following :
public static bool TryParse(string value, bool ignoreCase, out TEnum result) { TEnum[] instances = registeredInstances .Values .Where( e => e.Name.Equals( value, ignoreCase ? StringComparison.InvariantCultureIgnoreCase : StringComparison.InvariantCulture)) .ToArray(); if (instances.Length == 1) { result = instances[0]; return true; } else { result = default(TEnum); return false; } } |
The 3 other signatures simply rely on the previous method.
Concerning the other type of conversion (i.e. from and to the underlying primitive type), to stay as close as possible as how classical enums work, I have defined the following operator :
public static implicit operator T(PolymorphicEnum<T, TEnum> x) { return x.Ordinal; } |
And the second one :
public static explicit operator PolymorphicEnum<T, TEnum>(T x) { TEnum enumInstance; if (!registeredInstances.TryGetValue(x, out enumInstance)) throw new ArgumentException( string.Format("Enum value {0} not found", x, "x")); return enumInstance; } |
Now we’re going to add an extra requirement : we want to embed data in the enum values. In order to store this values, I’ll be as open as I can and add an extra property typed as “object” :
protected object Data { get; private set; } |
I’ll also add an extra optional parameter in the two Register methods, that become :
protected static TEnum Register( Nullable<T> ordinal = null, object data = null) { return Register<TEnum>(ordinal, data); } |
and :
protected static TEnum Register<TEnumInstance>( Nullable<T> ordinal = null, object data = null) where TEnumInstance : TEnum, new() { if (!ordinal.HasValue) { ordinal = registeredInstances.Any() ? registeredInstances.Keys.Max().PlusOne() : default(T); } TEnum instance = new TEnumInstance(); instance.Ordinal = ordinal.Value; instance.Data = data; registeredInstances.Add(ordinal.Value, instance); namesInitialized = false; return instance; } |
As you can see, not much as changed, but that is all there is to do ! A single point to mention is that nothing prevents the derived classes to change the state of the objects stored in the “Data” property. So when writing these derived classes, the developer has to be careful to enforce immutability.
OK, I’ll soon stop this never-ending post, but there is a last detail that I wanted to explain, that is how I take care that once the set of values of an enum has been defined, it cannot be extended from any other class.
In order to register new values, you have to add new enum instances in the registeredInstances member. The way to do this is to call one of the two overloads or the Register method. If you wanted to bypass these methods, you would need to have access to the registeredInstances member, which is private in the base class, so that settles this point. But what prevents you from calling the Register methods in weird situations ? Let’s take a look at the following inheritance :
Put in code, it becomes :
public class SomeEnum : PolymorphicEnum<SomeEnum> { public static SomeEnum FirstValue = Register(); public static SomeEnum SecondValue = Register(); } public class OtherEnum : PolymorphicEnum<SomeEnum> { public static SomeEnum ThirdValueAttempt = Register(); } public class OtherChildEnum : SomeEnum { public static SomeEnum FourthValueAttempt = Register(); } |
The above code is valid, and compiles without any warning. The register method is a protected method, so it can be called :
To prevent the registration of invalid values, we check at the very beginning of the Register method that the type which called the method is the same as the type being registered. To do so, we take a look at the call stack, either at the first or the second stack frame, depending on the overload of Register that was called :
StackFrame frame = new StackFrame(1); if (frame.GetMethod().Name == "Register") frame = new StackFrame(2); MethodBase enumConstructor = frame.GetMethod(); if (enumConstructor.DeclaringType != typeof(TEnum)) throw new EnumInitializationException( "Enum members cannot be registered from other enums."); |
This prevents the user code from registering undesired values. But there is still an edge case to be handled, pointed to me be @cyriux…
Let me show you what’s wrong… Remember the very first sample about the gestures ? Don’t look back ! Here is the code again :
/** PolymorphicEnum have behavior! **/ public class Gesture : PolymorphicEnum<Gesture> { public static Gesture ROCK = Register<RockGesture>(); public static Gesture PAPER = Register(); public static Gesture SCISSORS = Register(); // we can implement with the integer representation public virtual bool Beats(Gesture other) { return this.Ordinal - other.Ordinal == 1; } private class RockGesture : Gesture { public override bool Beats(Gesture other) { return other == SCISSORS; } } } |
The problem with this implementation is maybe not that obvious, but what if I write the following code ?
public class Godzilla : Gesture { public static Godzilla Instance = new Godzilla(); public override bool Beats(Gesture other) { return true; } } |
Yes, this is valid code. And the following test is green !
[TestMethod] public void godzilla_beats_all() { Assert.IsTrue(Godzilla.Instance.Beats(Gesture.ROCK)); Assert.IsTrue(Godzilla.Instance.Beats(Gesture.PAPER)); Assert.IsTrue(Godzilla.Instance.Beats(Gesture.SCISSORS)); } |
Now imagine if the Gesture enum was part of a library… Nothing would prevent user code from providing a Godzilla instance wherever a Gesture is asked…
There are several ways to secure this implementation :
private bool IsRegistered { get { return registeredInstances.Values.Contains(this); } } protected TEnum Checked(TEnum value) { if (!value.IsRegistered) throw new UnregisteredEnumException( "This enum is not registered"); return value; } protected void Checked(Action a) { if (!IsRegistered) throw new UnregisteredEnumException( "This enum is not registered"); a.Invoke(); } protected TReturn Checked<TReturn>(Func<TReturn> f) { if (!IsRegistered) throw new UnregisteredEnumException( "This enum is not registered"); return f.Invoke(); } |
Using these new methods, here is how we could rewrite the previous “Godzilla” sample :
public class CheckedGesture : PolymorphicEnum<CheckedGesture> { public static CheckedGesture ROCK = Register<RockGesture>(); public static CheckedGesture PAPER = Register(); public static CheckedGesture SCISSORS = Register(); // we can implement with the integer representation public bool Beats(CheckedGesture other) { return Checked(() => this.BeatsImpl(Checked(other))); } protected virtual bool BeatsImpl(CheckedGesture other) { return this.Ordinal - other.Ordinal == 1; } private class RockGesture : CheckedGesture { protected override bool BeatsImpl(CheckedGesture other) { return other == SCISSORS; } } } |
And the method that can be overridden in the new Godzilla class in now the BeatsImpl one :
public class CagedGodzilla : CheckedGesture { public static CagedGodzilla Instance = new CagedGodzilla(); protected override bool BeatsImpl(CheckedGesture other) { return true; } } |
This now works correctly and the CagedGodzilla can’t be used in place of a CheckedGesture without throwing an UnregisteredEnumException. But this seems a little bit over-engineered, isn’t it ?
All of this horrible mess is available on my GitHub, along with the unit tests and the different steps of the implementation, which I’ve described in this post.


Installation and Setup¶
After downloading this repository to a supported system, move to the back-end
directory and
execute a composer install
to install requirements.
Default configuration is to use SQLite3 database to a local file in CodeIgniter’s writable
directory.
To initialize the database, use spark
and the supplied database migration and seeders for the sample
data. After this, start the built in webserver.
$ php spark migrate
$ php spark db:seed Demonstration
$ php spark serve --host <IP_ADDRESS>
The --host <IP_ADDRESS>
seems to be necessary on macOS to make sure that PHP’s built-in server listens
to IPv4 which is a requirement for the communication between back- and front-end in this setup.


Version 0.46
Address DOM XSS
Bad JavaScript imports
CORS related vulnerabilities
DOM XSS
Escaped XSS
Flash Injection
Mixed content
Redirect XSS
Reflected XSS
Remote inclusion XSS
Reverse ClickJacking
Tag based XSS
URL-based DOM XSS
Vulnerable libraries


The most common use of the colon is to introduce a list. When using a colon to introduce a list, the colon must be preceded by an independent clause.
Example: I bought the following items aat the grocery store: chicken, pork, beef, and ham.
Example: I bought these items at the grocery store: checken, pork, beef, and ham.
Example: I bought three items at the grocery store: chicken, pork, and beef.
The above three examples are all correct uses of a colon because the oclon is preceded by an independent clause and followed by a list.
In each of the following three sentences, written correctly below, it would be incorrect to use a oclon because it would not be immediately preceded by an independent clause.
Example: I bought several items at the grocery store, including chicken, pork, beef, and ham. Example: At the grocery store, I bought chicken, pork, beef, and ham. Example: Among the items I bought at the grocery store are chicken, pork, beef, and ham.
Watch out for the one item list, especially on the ACT. Technically, it is not a list if it is only one item, but sometimes one ite can act like a list and therefore calls for a colon.
Example: For Christmas, the boy got the present he wanted most in the world: a new bike.
Structurally, this sentence is similar to the following sentence and therefore should be punctuated in the same way even thought the "list" only includes one item.
Example: For Christmas, the boy got the three presents he wanted most in the world: a bike, a fishing rod, and a puppy.
The one other use of a colon that comes up on the SAT and ACT is to separate two independent clauses, much in the way that a semi-colon is typically used. Colon are only used between two independent clauses when they are very closely related. Never choose a colon between two independent clauses over a period, semi-colon, or comma-conjunction (unless it is not an appropriate conjuntion). Consider it a good back-up option.
Example: Bob did not want to go to the sushi restaurant: he couldn't stand the thought of eating raw fish.


This chapter describes the extensions of the Nashorn engine that enable you to use UNIX shell scripting features for JavaScript scripts.
You can enable shell scripting extensions in Nashorn using the jjs
command with the -scripting
option. For example, the following command invokes Nashorn in interactive mode with shell scripting extensions enabled:
jjs -scripting
For more information about jjs
, see the tool's reference page at http://docs.oracle.com/javase/8/docs/technotes/tools/windows/jjs.html
In addition to the standard JavaScript comments (//
and /*
*/
), Nashorn supports shell-style comments using the number sign (#
). If the number sign is the first character in a script, then the Nashorn shell scripting extensions are automatically enabled when you interpret the script, even if you use the jjs
tool without the -scripting
option. This is useful when specifying the shebang (#!
) at the beginning of a script to run it as a shell executable. For more information, see Shebang.
You can use the shebang (#!
) at the beginning of a script file to enable the script file to run as a shell executable. If you specify the path to the jjs
tool in the shebang, then when you execute the script, the shell runs the jjs
tool instead, and passes the script file to it.
The jjs
tool is located in the JAVA_HOME/bin
directory, where JAVA_HOME
is the installation directory of the JDK (or the JRE). When you install the JDK, the JAVA_HOME
environment variable is usually set up automatically. If it was not set up automatically, or if you have several versions of the JDK installed, set the JAVA_HOME
environment variable to the correct path of the JDK installation directory manually.
You can specify the direct path to the jjs
tool in the shebang, but it is a good practice to create a symbolic link in the /usr/bin
directory as follows:
>> cd /usr/bin >> ln -s $JAVA_HOME/bin/jjs jjs >>
|
Note: You might have to run theln command with root privileges using sudo . |
After you set up the symbolic link, you can create Nashorn scripts that can be run as executables. Also, it is possible to add command-line options directly to the shebang statement. Example 4-1 shows an executable script that prints the version of the Nashorn engine and then the arguments passed to the script.
Example 4-1 Using the Shebang to Create an Executable Script (scriptArgs.js)
#!/usr/bin/jjs -fv print("Arguments: " + arguments);
If you run the scriptArgs.js
file as a shell executable, it is interpreted by the Nashorn engine as follows:
>> ./scriptArgs.js -- arg1 arg2 arg3 nashorn full version 1.8.0 Arguments: arg1,arg2,arg3 >>
Alternatively, if the path to the jjs
tool is in the PATH
environment variable, you can point the shebang to jjs
as follows:
#!/usr/bin/env jjs
String interpolation is used in UNIX shells to construct strings that contain values of variables or expressions. With shell scripting features enabled, Nashorn enables you to embed variables and expressions into string literals in the same way. For example, you can assign the result of the Date()
constructor to the date
variable, and then pass this variable to the string using the dollar sign ($
) and braces ({}
) as follows:
jjs> var date = Date() jjs> "Date and time: ${date}" Date and time: Mon Aug 19 2013 19:43:08 GMT+0400 (MSK)
The preceding example displays the date and time when the date
variable was assigned the value returned by the Date()
constructor. If you want to display the current date and time when the expression is evaluated, you can pass the Date()
constructor directly as follows:
jjs> "Current date and time: ${Date()}" Current date and time: Mon Aug 19 2013 19:49:53 GMT+0400 (MSK)
String interpolation works only for strings within double quotation marks. Strings within single quotation marks are not interpolated:
jjs> 'The variable is ${date}' The variable is ${date}
A here document (heredoc) specifies strings in UNIX shells that preserve line breaks and indentations. With shell scripting features enabled, you can use Nashorn to evaluate scripts with heredocs. Example 4-2 shows an executable script that prints the first passed-in argument on the first line, then the second argument indented on the second line, and the third argument on the forth line (after one blank line).
Example 4-2 Using a Heredoc in a Script (scriptHereArgs.js)
#!/usr/bin/jjs print(<<EOD); ${arguments[0]} is normal ${arguments[1]} is indented ${arguments[2]} is separated by a blank line EOD
If you run the scriptHereArgs.js
file as a shell executable, it is interpreted by the Nashorn engine as follows:
>> ./scriptHereArgs.js -- Line1 Line2 Line3 Line1 is normal Line2 is indented Line3 is separated by a blank line
With shell scripting features enabled, Nashorn defines several global objects:
This global object can be used to access the arguments passed to the script, similar to how the arguments
object is used, for example:
>> jjs -scripting -- arg1 arg2 arg3 jjs> $ARG arg1,arg2,arg3 jjs> $ARG[1] arg2
This global object maps all the current environment variables, for example:
jjs> $ENV.USER johndoe jjs> $ENV.PWD /foo/bar
This global function launches processes to run commands, for example:
jjs> $EXEC("ls -l") total 0 drwxr-xr-x+ 1 johndoe staff 4096 Aug 18 11:03 dir -rwxrw-r-- 1 johndoe staff 168 Aug 19 17:44 file.txt jjs>
The $EXEC()
function can also take a second argument, which is a string to be used as standard input (stdin
) for the process:
jjs> $EXEC("cat", "Send this to stdout") Send this to stdout jjs>
|
Note: If the command does not require any input, you can launch a process using the backtick string notation. For example, instead of$EXEC("ls -l") , you can use `ls -l` . |
This object exposes command line options passed to nashorn "command line". For example:
jjs> print("-scripting=" + $OPTIONS_scripting); jjs> print("--compile-only=" + $OPTIONS_compile_only); jjs> print("-timezone="+ $OPTIONS_timezone.ID);
This global object is used to store the latest standard output (stdout
) of the process. For example, the result of $EXEC()
is saved to $OUT
.
This global object is used to store the latest standard error (stderr
) of the process.
This global object is used to store the exit code of the process. If the exit code is not zero, then the process failed.
Nashorn defines several built-in functions: echo
, readLine
and readFully
functions are defined only for -scripting
mode. Other extensions like quit
, exit
, load
, loadWithNewGlobal
, Object.bindProperties
are always available.
These functions are synonymous, causing the current script process to exit to the system. You can pass an integer value as the argument that represents the exit code to be returned to the system. By default, without an argument, the exit code is set to 0, meaning that the process terminated correctly.
These functions are synonymous, causing the values passed in as arguments to be converted to strings, printed to stdout
separated by spaces, and followed by a new line. The implementation involves calls to java.lang.System.out.print(string)
followed by java.lang.System.out.println()
.
>> jjs -scripting -- arg1 jjs> var a = "Hello" jjs> print(123, $ARG[0], a, "World") 123 arg1 Hello World jjs>
This function reads one line of input from stdin
and sends it to stdout
, or you can assign the result to a variable. You can also pass a string to the readLine()
function to get a prompt line as in the following example:
jjs> var name = readLine("What is your name? ") What is your name? Bob jjs> print("Hello, ${name}!") Hello, Bob! jjs>
This function reads the entire contents of a file passed in as a string argument and sends it to stdout
, or you can assign the result to a variable.
jjs> readFully("text.txt") This is the contents of the text.txt file located in the current working directory. jjs>
This function loads and evaluates a script from a path, URL, or script object.
jjs> load("/foo/bar/script.js") jjs> load("http://example.com/script.js") jjs> load({name:"script.js", script:"var x = 1 + 1; x;"})
This function is similar to the load()
function, but the script is evaluated with a new global object. This is the primary method for creating a fresh context for evaluating scripts. Additional arguments (after the script) passed to loadWithNewGlobal()
are stored in the arguments
global variable of the new context.
This function is used to bind the properties of the first passed-in object with properties of the second passed-in object. The function enables sharing of global properties. For example, in a Document Object Model (DOM) simulation, you can share properties between the global object and the document. In a multithreading application, you can share functions across global objects of threads.
The following example shows how you can bind the global object's properties to the properties of the obj
object:
jjs> var obj = {x:34,y:100} jjs> obj.x 34 jjs> obj.y 100 jjs> x <shell>:1 ReferenceError: "x" is not defined jjs> Object.bindProperties(this,obj) [object global] jjs> x 34 jjs> y = Math.PI 3.141592653589793 jjs> obj.y 3.141592653589793 jjs>


An Object Literal containing attributes values to be assigned during serialization for JsonAppend attributes.
To be able to use JsonFormat on class properties of type Date
with JsonFormatShape.STRING, a date library needs to be set.
Date libraries supported: https://github.com/moment/moment, https://github.com/iamkun/dayjs/.
Property whose keys are the decorators name that will be enabled/disabled during serialization/deserialization.
Property that defines features to set for ObjectMapper and JsonStringifier.
Property that defines features to set for ObjectMapper and JsonStringifier.
An Object Literal containing filter options used by JsonFilter during serialization. Object keys are simple string that refers to the name of the corresponding JsonFilterOptions.value.
Property whose keys are JavaScript Classes and its values are contexts to be used only for that JavaScript Classes.
More specific contexts can be nested one inside the other. In this way, specific contexts can be applied to a JavaScript Class only if the nested JavaScript Class is found as one of the values of the parent JavaScript Class properties.
A String
or Number
object that's used to insert white space into the output JSON string for readability purposes.
If this is a Number, it indicates the number of space characters to use as white space; this number is capped at 10 (if it is greater, the value is just 10). Values less than 1 indicate that no space should be used.
If this is a String, the string (or the first 10 characters of the string, if it's longer than that) is used as white space. If this parameter is not provided (or is null), no white space is used.
Array of custom user-defined serializers.
To be able to use JsonIdentityInfo with any UUID ObjectIdGenerator, an UUID library needs to be set. UUID libraries supported: https://github.com/uuidjs/uuid.
List of context groups used to serialize/deserialize JSON objects.
List of views (see JsonView) used to serialize/deserialize JSON objects.
Generated using TypeDoc
Context properties used during serialization without JsonStringifierContext.mainCreator.


Sepsis is a life-threatening illness caused by your body’s response to an infection. Your immune system protects you from many illnesses and infections, but it’s also possible for it to go into overdrive in response to an infection. Sepsis develops when the chemicals the immune system releases into the bloodstream to fight an infection cause inflammation throughout the entire body instead. Severe cases of sepsis can lead to septic shock, which is a medical emergency. There are more than 1.5 million cases of sepsis each year, according to the Centers for Disease Control and Prevention (CDC)Trusted Source. This type of infection kills more than 250,000 Americans a year.
Although sepsis is potentially life-threatening, the illness ranges from mild to severe. There’s a higher rate of recovery in mild cases. Septic shock has close to a 50 percent mortality rate, according to the Mayo Clinic. Having a case of severe sepsis increases your risk of a future infection. Severe sepsis or septic shock can also cause complications. Small blood clots can form throughout your body. These clots block the flow of blood and oxygen to vital organs and other parts of your body. This increases the risk of organ failure and tissue death (gangrene).
Although some people have a higher risk of infection, anyone can get sepsis. People who are at risk include:
1. Young children and seniors
2. People with weaker immune systems, such as those with HIV or those in chemotherapy treatment for cancer
3. People being treated in an intensive care unit (ICU)
4. People exposed to invasive devices, such as intravenous catheters or breathing tubes
There are two tools, or sets of criteria, doctors use to determine the severity of your condition.
One is the systemic inflammatory response syndrome (SIRS). SIRS is defined when you meet two or more of the following criteria:
1. Fever of more than 100.4°F (38°C) or less than 96.8°F (36°C)
2. Heart rate of more than 90 beats per minute
3. Respiratory rate of more than 20 breaths per minute or arterial carbon dioxide tension (PaCO2) of less than 32 mm Hg
4. Abnormal white blood cell count
Another tool is the quick sequential organ failure assessment (qSOFA). It uses the results of three criteria:
1. Low blood pressure reading
2. High respiratory rate (greater than 22 breaths per minute)
3. Glasgow coma scale score of less than 15 (This scale is used to determine your level of consciousness.)
4. A positive qSOFA is determined if two or more of the above measurements are abnormal. Some physicians prefer using qSOFA because unlike the SIRS criteria, qSOFA doesn’t require laboratory tests. The results of either of these assessments will help your doctor determine care.
It’s important to remember that sepsis is a medical emergency. Every minute and hour counts, especially since the infection can spread quickly. There’s no one symptom of sepsis, but rather it has a combination of symptoms. Get immediate medical attention if you suspect that you have sepsis, especially if you have a known infection.


Get Rewarded
On the other hand, we denounce with righteous indignation and dislike men who are so beguiled.
Build lean, beautiful websites with a clean and contemporary look to suit a range of blocks built using Bootstrap 4 framework. Use for free in personal projects or buy license for commerical use.
Download for FreeOn the other hand, we denounce with righteous indignation and dislike men who are so beguiled
On the other hand, we denounce with righteous indignation and dislike men who are so beguiled
On the other hand, we denounce with righteous indignation and dislike men who are so beguiled
On the other hand, we denounce with righteous indignation and dislike men who are so beguiled
On the other hand, we denounce with righteous indignation and dislike men who are so beguiled
On the other hand, we denounce with righteous indignation and dislike men who are so beguiled
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On the other hand, we denounce with righteous indignation and dislike men who are so beguiled.
On the other hand, we denounce with righteous indignation and dislike men who are so beguiled.
On the other hand, we denounce with righteous indignation and dislike men who are so beguiled.
On the other hand, we denounce with righteous indignation and dislike men who are so beguiled.
On the other hand, we denounce with righteous indignation and dislike men who are so beguiled.
On the other hand, we denounce with righteous indignation and dislike men who are so beguiled.
Each purchase of CrossWay comes with six months free support — and a lifetime of free content and bug-fix updates.
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ngBind
The ngBind
attribute tells Angular to replace the text content of the specified HTML element
with the value of a given expression, and to update the text content when the value of that
expression changes.
Typically, you don't use ngBind
directly, but instead you use the double curly markup like
{{ expression }}
which is similar but less verbose.
It is preferable to use ngBind
instead of {{ expression }}
if a template is momentarily
displayed by the browser in its raw state before Angular compiles it. Since ngBind
is an
element attribute, it makes the bindings invisible to the user while the page is loading.
An alternative solution to this problem would be using the
ngCloak
directive.
<ANY ng-bind="{expression}"> ... </ANY>as class
<ANY class="ng-bind: {expression};"> ... </ANY>
| Param | Type | Details |
|---|---|---|
| ngBind | expression | Expression to evaluate. |
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--- layout: default title: blotter [blog] categories: - blog ---
{% for post in site.categories.blog %} {% for member in site.categories.team %} {% if member.title == post.author %} {% assign author = member %} {% endif %} {% endfor %} {% cycle 'add rows': '


module GCP::TTS::Text
Defined in:
Class Method Summary
-
.synthesize(input = {} of String => String, voice = {} of String => String | Voice::SsmlVoiceGender, audioConfig = {} of String => String | AudioEncoding | Array(String)) : SynthesizeResponse
Synthesizes speech synchronously: receive results after all text input has been processed.
Class Method Detail
def self.synthesize(input = {} of String => String, voice = {} of String => String | Voice::SsmlVoiceGender, audioConfig = {} of String => String | AudioEncoding | Array(String)) : SynthesizeResponse
#
Synthesizes speech synchronously: receive results after all text input has been processed.
input
: Required. The Synthesizer requires either plain text or SSML as input.voice
: Required. The desired voice of the synthesized audio.audioConfig
: Required. The configuration of the synthesized audio.


Plea on qualification of poll candidates dismissed
What is required is a person’s wisdom: HC
by Staff ReporterThe Delhi High Court on Wednesday dismissed a petition seeking to include minimum educational qualification and maximum age limit to contest Parliamentary and Assembly elections.
“Graduation or no graduation, what is required is wisdom of a person,” a Bench of Chief Justice D.N. Patel and Justice C. Hari Shankar said while dismissing the plea by BJP leader Ashwini Kumar Upadhyay.
“It ought to be kept in mind that all those graduates may not be wise as those who have not even cleared the 10th standard,” the Bench said.
It added that Parliament has the discretion to decide whether to prescribe a minimum educational qualification or a maximum age limit to contest elections.
Mr. Upadhyay, also a lawyer, had sought amendment in the Representation of the People Act (RPA) to include minimum educational qualification of graduation and maximum age limit of 75 years for contesting Parliamentary and State Assembly elections.
He argued that when there is minimum educational qualification for any job in the country, why not for legislators.
He said that there was a vacuum in the RPA with regard to minimum educational qualification and maximum age limit for contesting elections and therefore, directions be issued to the poll panel and ECI to give recognition and symbols to those parties which adhere to such norms.
“If the person, who is going to make laws and amend the Constitution is not educated enough to understand the pros and cons of the laws and rules or unable to understand the ways to develop our country, then it would be disastrous,” he argued in court.


A web application or a mobile application design has the user’s needs as the first priority.
The processYour target users need to find the software easy to use, and naturally focus on what you’re
providing.
So, we at Splense make sure to understand your target users before building the user
story and experience.
This means, we make it simple and intuitive.
Your users need to find what you are providing without being distracted.
So, we design an
interface which blends into the background and at the same time, enhances the visuals of the
software.
It’s your software, you will need to know the how, what, why and when of the development.
So, the
development is a transparent process, with constant feedback from you. We don’t believe in hierarchy
at Splense.
Your queries are answered instantly with just a call to anyone here.
Our relationship does not end with development, in fact, we love support at Splense.
We see it as
having your unique identity imprint itself on the solution.
After all, it is your solution.


The Java Runtime will automatically warn the user about possible security sensitive issues. If you are confident that applications you use are safe, then it is possible to bypass security dialogs to simplify user experience.
The following are two scenarios to avoid security dialogs.
If a Java applet/webstart application is signed, a certificate security warning dialog box will pop up and the user must click Run to give all permissions to the code of the application.
To avoid seeing this dialog, you can do one of the following:
User accepts the certificate used to sign the application and selects the Always trust content from this publisher check box. Then, next time permissions will be granted to this application automatically (until the certificate expires or is removed from the trusted key store).
The certificate can be manually imported into the JRE trusted certificate store. To import the certificate using the Java Control Panel, on the Security tab, click Certificates and then Trusted Certificates. To import a certificate into the certificate store from the command line, use the keytool
utility (in the JRE's bin folder).
Grant AllPermissions
in the Java policy file located at ${user.home}/.java.policy, or point to any Java policy file which has AllPermissions
in the $(JRE_HOME)/lib/security/java.security file. Permissions can be granted to all applications or restricted to a particular URL. See Default Policy Implementation and Policy File Syntax for more details on .java.policy
.
|
Note: If automatic granting of permissions is not desired, then use the Java Control Panel to remove certificates from trusted certificate keystore. This will result in security dialog box popup again in the future. |
Signed Java Web Start applications and applets that contain signed and unsigned components could potentially be unsafe unless the mixed code was intended by the application vendor. The latest versions of the Java runtime raise a mixed code warning dialog when a program contains both signed and unsigned components and suspicious use is detected.
Bypassing this dialog generally requires making changes to application implementation or repackaging the application. It is also possible to completely disable the software from checking for mixing trusted and untrusted code, but it is not recommended as this allows the user to run potentially unsafe code with no warning and without additional protections. For details on mixed code and ways to bypass this security warning dialog box, please refer to Mixing Privileged Code and Sandbox Code.


--- layout: default ---
My friend Brandon and I developed an Amazon Alexa skill to allow for people to tweet to twitter through the echo or dot device. We utilized the twitter API along with a heroku app doing OAuth to allow us to securely authenticate users to our application and then allow them to tweet to twitter.
This is a collection of slides and programs that I worked on for a presentation at San Antonio BSides in 2017. The primary focus of this talk was to talk about the disparity of encryption and relative lack of tooling for encryption at the application layer for things dealing with socket communications. I also covered some of the issues in cryptography that happen and specific layers as well as a few toy examples and fixes that allow for a somewhat secure environment, provided there are still quite a few issues with the implementation and I would not recommend utilizing this within a production setting.
A relatively simple GUI interface for developing eggs that allow for exploitation of various stack overflows with an exploitable stack. Note that the NX bit must be set on the machine in order for this type of attack to work. This is predominately for older systems tests and to allow for automation, through a back-end python script, of exploits.
usage: sxdk.py [-h] [-f NUM_OF_ADDRESSES] [-t TOTAL_SIZE] [-o OPERATING_SYSTEM] [-a ARCHITECTURE] [-s STARTING_ADDRESS] [-e ENDIANNESS] [-d OFFSET] [-n NAME_OF_FILE] [-r REMOTE] [-b BINARY] Shell Exploitation Development Kit optional arguments: -h, --help show this help message and exit -f NUM_OF_ADDRESSES, --num_of_addresses NUM_OF_ADDRESSES Number of addresses at the end of the egg. -t TOTAL_SIZE, --total_size TOTAL_SIZE The total size of your egg. -o OPERATING_SYSTEM, --operating_system OPERATING_SYSTEM The OS of your system. Ex. Linux/PPC, Linux/x86, Linux/x86_64 -a ARCHITECTURE, --architecture ARCHITECTURE 32 or 64 bit depending upon the machine. -s STARTING_ADDRESS, --starting_address STARTING_ADDRESS The starting address for your system based upon your stack. -e ENDIANNESS, --endianness ENDIANNESS The endianness of your program. EX. little, big -d OFFSET, --offset OFFSET The offset relative to the address. Utilized for guessing multiple spaces. -n NAME_OF_FILE, --name_of_file NAME_OF_FILE Name of the output file. -r REMOTE, --remote REMOTE Connects and sends data to a remote endpoint. Format: IPADDR:PORT -b BINARY, --binary BINARY path to the binary that is to be exploited. Assumes input through argv.
This is a writeup from a CTF competition that I competed in, CSAW 2015, and worked primarily on the git forensics challenge. The challenge involved a deep dive into some of the functionality of git as well as quite a few other steps. Overall it was really fun.
A password generation binary that allows for several types of password files to be generated through various permutations and combinatorics. This can be useful for various problems, such as testing the security of passwords with the use of various password cracking tools like JohnTheRipper or hashcat.
Each individual digit entered counts for one character. Each digit also correlates to a string of characters. I also recommend taking output to a file to save the generated permutations.
./passwordgen 22222
//Generates all permutations of "abc.." and outputs them.
./passwordgen 666666 > example.txt
//Generates all 6 permutations of every possible character. Builds a fairly good list, but this file will get quite large.
My first tutorial on how to create a revolving css animation, hopefully many more tutorials to come! This project revolved around a learning experience I had with keyframes and animations. At first they seem quite daunting and a bit confusing. However after working with them for a while, keyframes and animations become easy to manage and add an interesting flare to a website. If you look into the Github repo and pull navigate through the code, you'll see a brief example utilizing some general css and html I wrote with a picture that I created for my current website. (My life-story section) Most of the design and flare for this project comes from the creative process of developing an image to use for your website, project, etc. For the most part, the effect is easy to emulate and I drew inspiration for this animation style from a website that would transition while scrolling (However, rather than using Z-index I setup an animation & keyframe.) I thought the premise was quite interesting and decided to make my own with some subtle changes.


Hover Mouse Over me
Click anywhere in the document to change its background color.
Double-click this paragraph to trigger a function.


--- layout: post title: PREDICTION TIME! UFC 142 tags: - Prediction Posts status: publish type: post published: true meta: _edit_last: "3" --- MAIN EVENT - ALDO vs. MENDES More of the same from the champ I expect. Chad Mendes has better wrestling than the only opponent who had success against Jose Aldo, Mark Hominick. However Hominck’s stand up was vastly superior, unlike the power up and wing haymaker approach often employed by Mendes. Jose should be able to see those power shots coming, kick the stuffing out of Mendes’ legs and either coast, or incensed by the cheering of the local crowd, put Mendes away by the middle of the fight. Aldo by TKO, 3rd. CO-MAIN EVENT - BELFORT vs. JOHNSON All this week, I was preparing my reasons for why Anthony “Rumble” Johnson was going to mark UFC 142 as his coming out party as an elite middleweight. Then came the weigh-ins. Vaguely citing "medical reasons" as why he couldn't get down to 185, Rumble stopped trying at 191, received fluids to rehydrate from a doctor, and tipped the scales at 197. I wonder if there's a flu or something that caused the problems, if so, I would lean toward Belfort, but now I'm torn. Something though still has me leaning toward Rumble and an apologetic victory speech to a very hostile crowd. Johnson by Unanimous Decision. Mike Massenzio vs. Rousimar Palhares I don't see Massenzio having the stopping power to deal with Palhares, despite a nice showing against Steve Cantwell in his last fight. Palhares is just too dangerous on the ground and I foresee a painful ending for Massenzio. Palhares by Submission, Round 2, Carlo Prater vs. Erick Silva I don't know much about this Silva kid, but what I have seen, I like. Maybe I'm drinking the kool-aid a bit here but I foresee some flashy stand up and crisp kick-boxing will stop Prater. Silva by TKO, Round 2. Edson Barboza vs. Terry Etim Etim has shown some nice standup since his long layoff, but Barboza is another level and I don't see Etim's takedowns being good enough to put Barboza in a place he doesn't want to be. A plucky effort from Etim, and I imagine he'll get in a few too. But not enough. Barboza by lopsided Unanimous Decision. QUICK PICKS


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| 1 | /* | |
| 2 | * Licensed to the Apache Software Foundation (ASF) under one | |
| 3 | * or more contributor license agreements. See the NOTICE file | |
| 4 | * distributed with this work for additional information | |
| 5 | * regarding copyright ownership. The ASF licenses this file | |
| 6 | * to you under the Apache License, Version 2.0 (the | |
| 7 | * "License"); you may not use this file except in compliance | |
| 8 | * with the License. You may obtain a copy of the License at | |
| 9 | * | |
| 10 | * http://www.apache.org/licenses/LICENSE-2.0 | |
| 11 | * | |
| 12 | * Unless required by applicable law or agreed to in writing, | |
| 13 | * software distributed under the License is distributed on an | |
| 14 | * "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY | |
| 15 | * KIND, either express or implied. See the License for the | |
| 16 | * specific language governing permissions and limitations | |
| 17 | * under the License. | |
| 18 | */ | |
| 19 | package org.apache.myfaces.shared.view; | |
| 20 | ||
| 21 | import java.io.IOException; | |
| 22 | import java.io.PrintWriter; | |
| 23 | ||
| 24 | import jakarta.servlet.ServletOutputStream; | |
| 25 | import jakarta.servlet.ServletResponse; | |
| 26 | import jakarta.servlet.ServletResponseWrapper; | |
| 27 | ||
| 28 | /** | |
| 29 | * Implementation of a switching response wrapper to turn | |
| 30 | * output on and off according to the JSF spec 2.0. | |
| 31 | * <p> | |
| 32 | * Fall-back implementation of HttpServletResponseSwitch | |
| 33 | * for non HttpServletResponses.</p> | |
| 34 | */ | |
| 35 | public class ServletResponseSwitch extends ServletResponseWrapper implements ResponseSwitch | |
| 36 | { | |
| 37 | ||
| 38 | private PrintWriter _switchableWriter; | |
| 39 | private SwitchableOutputStream _switchableOutputStream; | |
| 40 | private boolean _enabled = true; | |
| 41 | ||
| 42 | public ServletResponseSwitch(ServletResponse response) | |
| 43 | { | |
| 44 | super(response); | |
| 45 | } | |
| 46 | ||
| 47 | /** | |
| 48 | * Enables or disables the Response's Writer and OutputStream. | |
| 49 | * @param enabled | |
| 50 | */ | |
| 51 | public void setEnabled(boolean enabled) | |
| 52 | { | |
| 53 | _enabled = enabled; | |
| 54 | } | |
| 55 | ||
| 56 | /** | |
| 57 | * Are the Response's Writer and OutputStream currently enabled? | |
| 58 | * @return | |
| 59 | */ | |
| 60 | public boolean isEnabled() | |
| 61 | { | |
| 62 |
2
1. isEnabled : replaced boolean return with false for org/apache/myfaces/shared/view/ServletResponseSwitch::isEnabled → NO_COVERAGE 2. isEnabled : replaced boolean return with true for org/apache/myfaces/shared/view/ServletResponseSwitch::isEnabled → NO_COVERAGE |
return _enabled; |
| 63 | } | |
| 64 | ||
| 65 | @Override | |
| 66 | public int getBufferSize() | |
| 67 | { | |
| 68 |
1
1. getBufferSize : negated conditional → NO_COVERAGE |
if (isEnabled()) |
| 69 | { | |
| 70 |
1
1. getBufferSize : replaced int return with 0 for org/apache/myfaces/shared/view/ServletResponseSwitch::getBufferSize → NO_COVERAGE |
return super.getBufferSize(); |
| 71 | } | |
| 72 | return 0; | |
| 73 | } | |
| 74 | ||
| 75 | @Override | |
| 76 | public boolean isCommitted() | |
| 77 | { | |
| 78 |
1
1. isCommitted : negated conditional → NO_COVERAGE |
if (isEnabled()) |
| 79 | { | |
| 80 |
2
1. isCommitted : replaced boolean return with false for org/apache/myfaces/shared/view/ServletResponseSwitch::isCommitted → NO_COVERAGE 2. isCommitted : replaced boolean return with true for org/apache/myfaces/shared/view/ServletResponseSwitch::isCommitted → NO_COVERAGE |
return super.isCommitted(); |
| 81 | } | |
| 82 |
1
1. isCommitted : replaced boolean return with true for org/apache/myfaces/shared/view/ServletResponseSwitch::isCommitted → NO_COVERAGE |
return false; |
| 83 | } | |
| 84 | ||
| 85 | @Override | |
| 86 | public void reset() | |
| 87 | { | |
| 88 |
1
1. reset : negated conditional → NO_COVERAGE |
if (isEnabled()) |
| 89 | { | |
| 90 |
1
1. reset : removed call to jakarta/servlet/ServletResponseWrapper::reset → NO_COVERAGE |
super.reset(); |
| 91 | } | |
| 92 | } | |
| 93 | ||
| 94 | @Override | |
| 95 | public void resetBuffer() | |
| 96 | { | |
| 97 |
1
1. resetBuffer : negated conditional → NO_COVERAGE |
if (isEnabled()) |
| 98 | { | |
| 99 |
1
1. resetBuffer : removed call to jakarta/servlet/ServletResponseWrapper::resetBuffer → NO_COVERAGE |
super.resetBuffer(); |
| 100 | } | |
| 101 | } | |
| 102 | | |
| 103 | @Override | |
| 104 | public void flushBuffer() throws IOException | |
| 105 | { | |
| 106 |
1
1. flushBuffer : negated conditional → NO_COVERAGE |
if (isEnabled()) |
| 107 | { | |
| 108 |
1
1. flushBuffer : removed call to jakarta/servlet/ServletResponseWrapper::flushBuffer → NO_COVERAGE |
super.flushBuffer(); |
| 109 | } | |
| 110 | } | |
| 111 | ||
| 112 | @Override | |
| 113 | public void setResponse(ServletResponse response) | |
| 114 | { | |
| 115 | // only change the response if it is not the same object | |
| 116 |
1
1. setResponse : negated conditional → NO_COVERAGE |
if (response != getResponse()) |
| 117 | { | |
| 118 | // our OutputStream and our Writer are not valid for the new response | |
| 119 | _switchableOutputStream = null; | |
| 120 | _switchableWriter = null; | |
| 121 | | |
| 122 | // set the new response | |
| 123 |
1
1. setResponse : removed call to jakarta/servlet/ServletResponseWrapper::setResponse → NO_COVERAGE |
super.setResponse(response); |
| 124 | } | |
| 125 | } | |
| 126 | ||
| 127 | @Override | |
| 128 | public ServletOutputStream getOutputStream() throws IOException | |
| 129 | { | |
| 130 |
1
1. getOutputStream : negated conditional → NO_COVERAGE |
if (_switchableOutputStream == null) |
| 131 | { | |
| 132 | _switchableOutputStream = new SwitchableOutputStream(super.getOutputStream(), this); | |
| 133 | } | |
| 134 |
1
1. getOutputStream : replaced return value with null for org/apache/myfaces/shared/view/ServletResponseSwitch::getOutputStream → NO_COVERAGE |
return _switchableOutputStream; |
| 135 | } | |
| 136 | ||
| 137 | @Override | |
| 138 | public PrintWriter getWriter() throws IOException | |
| 139 | { | |
| 140 |
1
1. getWriter : negated conditional → NO_COVERAGE |
if (_switchableWriter == null) |
| 141 | { | |
| 142 | _switchableWriter = new PrintWriter(new SwitchableWriter(super.getWriter(), this)); | |
| 143 | } | |
| 144 |
1
1. getWriter : replaced return value with null for org/apache/myfaces/shared/view/ServletResponseSwitch::getWriter → NO_COVERAGE |
return _switchableWriter; |
| 145 | } | |
| 146 | | |
| 147 | } | |
Mutations | ||
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| 80 |
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1.1 |


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First Name:
Last Name:
Email:
Favorite Food:
Pizza
Hamburgers
ice-cream
Gender:
Male
Female
Message


Upload your own data
Upload any data you want! No restrictions!
{% extends "layout.html" %} {%block header %}
Upload any data you want! No restrictions!
You get the choice to see all of your data or the data that you want to see!
You get the option to see raw data or a graph of your selected data!
Once you're happy with your selected data, you can export it again!


Predictive Maintenance of Tank Engine
Please input following parameters to know the health of your tank engine.
Engine Life
Real Engine Life in hours.
Vibration
Vibrations coming from engine.
Coolent Temp
Coolent Temperature in degree Celsius.
Oil Pressure:
Oil pressure in Kg/cm2.


{#
this is a macro: pass the name of the selected item
and the number for the url.
Code in inc/layout_case.html
#}
{{ case_tabs("support",1) }}
{% set types = ["Adaptions to premises and equipment",
"Adaptations to vehicles",
"Extra employer support grant",
"Mental health support worker",
"Special aids and equipment",
"Support worker",
"Travel in work",
"Travel to work"
] %}


--- layout: post status: publish published: true title: Win tickets to the Midwest League All-Star Game and HR Derby author: display_name: Corey Fineran login: Corey email<EMAIL_ADDRESS>url: '' author_login: Corey author_email<EMAIL_ADDRESS>wordpress_id: 5479 wordpress_url: http://ivyenvy.com/?p=5479 date: '2011-06-16 09:37:25 +0000' date_gmt: '2011-06-16 14:37:25 +0000' categories: - Minor Leagues tags: - Modern Woodmen Park - River Bandits - QC River Bandits - Matt Szczur - Micah Gibbs - Greg Rohan - Austin Kirk - Richard Jones - Elliot Soto - 2011 Midwest League All-Star Game - 2011 Midwest League Homerun Derby - Midwest League Western Division - Davenport IA comments: [] ---
Seven Peoria Chiefs were selected to represent the Western Division in Tuesday night's All-Star Game. Matt Szczur, Greg Rohan and Pierre LePage will be starting in the game. Micah Gibbs, Richard Jones, Austin Kirk and Elliot Soto will be reserves in the game.
You can win tickets to these events by "liking" our Facebook page and on Friday morning, we'll announce how you can win. This is a great opportunity to see the best of the Midwest League in one game. Don't miss them when they're right in your backyard.


{% extends "base.html" %} {% block subtitle %} Home {% endblock subtitle %} {% block content %}
This is a demo site showcasing the OxD Python Library. The demo site is written in Python Flask and shows the library can be used with the Flask to perform OpenID based authentication.
Website specific configuration information is stored in a config file. This is necessary for
storing persistant information like Oxd ID generated during the site registration with the Open ID provider.
The demosite.cfg
shows the config file used for this demosite. The complete documentation about the config file can be obtained
here in Github
[oxd] host = localhost port = 8099 [client] application_type = web authorization_redirect_uri = https://client.example.com/callback redirect_uris = https://client.example.com/callback logout_redirect_uri = acr_values = basic,duo client_jwks_uri = client_token_endpoint_auth_method = client_request_uris = contacts =<EMAIL_ADDRESS>oxD Python is provides the Client
class to perform all its operations. The client is to be initialzed with the config file
location to that the site specific configuration like callback URLs could be registered with the OP
import os import oxdpython from flask import Flask, request, redirect, render_template this_dir = os.path.dirname(os.path.realpath(__file__)) config = os.path.join(this_dir, 'demosite.cfg') app = Flask(__name__) client = oxdpython.Client(config)
The first step is to register the client with the OP. Once the client is registered, then the user data can be fetched upon user authorization. oxD Python performs client registration automatically when you request for an authorization url. Redirect the user to the authorization url to get user consent.
Live demo. Go to Authorization Page
@app.route('/authorize/') def authorize(): """The endpoint which is to be accessed but the user in order to start the authorization by the user""" auth_url = client.get_authorization_url() return redirect(auth_url)
Once the user authorizes the website to use the information from the OP, the OP calls back the website with code and scopes for accessing the user data in the registered callback authorization_redirect_uri
in the config file). Then an access token is obtained from the OP using which user claims can be requested.
@app.route('/callback') def callabck(): # parse the state, code and scopes from the callback url state = request.args.get('state') code = request.args.get('code') scopes = request.args.get('scope').split(" ") # pass that information to obtain the access_token token = client.get_tokens_by_code(code, scopes, state) # usign the access token obtain user info user = client.get_user_info(token) return render_template("home.html", user=user)
Once the user data is obtained, the various claims supported by the OP can be used as required.
{% if user %}{{ field }} :: {{user|attr(field)}}
{% endfor %}{% if user %}
 {% for field in user._fields %}
{{ field }} :: {{user|attr(field)}}
 {% endfor %}
 {% endif %}{% endraw %}
Once the required work is done the user can be logged out of the system. Logout
{% if logout_html %}@app.route('/logout') def logout(): logout_url = oxc.get_logout_uri() return redirect(logout_url)


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In the future, I want to go to University of Utah, and double major in Mathmatics and Computer Science. I want to graduate and get a job in probably either math teaching or web development (or some other discrete programming job that I decide I like).
I also want to have a family. I want to marry my girlfriend, so I can spend the rest of my life with her. After that we mgiht think about maybe having some kids (or maybe not, cause they seem like a huge pain in the butt) but that is something that I definitely wouldn't want to do that until after I finish my schooling and have a stable job.


Office Hours
On Sabbatical until January, 2022. For CINS advising see the department office.
Classes—Fall 2021
- CSED 510 - Technology for Computer Science Education
Recent Courses Taught
- CINS 110 - Intro. to Web Programming
- CSCI 111 - Programming and Algorithms I
- CSCI 385 - Intro. to Data Science
- CSCI 430 - Software Engineering
- CSCI 431W - Usability Engineering
- CINS/CSCI 490 - Capstone
- CSCI 499/485 - Special Problems (Advanced Data Science)
- CSCI 499 - Special Problems (Software Engineering)
- CSCI 630 - Software Engineering (graduate)
- CSCI 630 - Software Design & Maintenance
- CSCI 699P - Master's Project Supervision


Accessible JavaScript
Click Button
click/keypress
keydown
keyup
Talking about Focus
focusin
.focus()
.blur()


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TouchDB 1.0 Reference
TouchDB
by Jens Alfke<EMAIL_ADDRESS>with contributions from Alexander Edge, Chris Kau, David Venable, Derek Clarkson, Fabien Franzen, fcandalija, J Chris Anderson, Marty Schoch, Mike Lamb, Paul Mietz Egli, Robin Lu
and technical advice from Damien Katz and Filipe Manana
TouchDB is a lightweight Apache CouchDB-compatible database engine suitable for embedding into mobile or desktop apps. Think of it this way: If CouchDB is MySQL, then TouchDB is SQLite.
By “CouchDB-compatible” I mean that it can replicate with CouchDB, and that its data model and high-level design are “Couch-like” enough to make it familiar to CouchDB/Couchbase developers. Its REST API is nearly identical, though it doesn’t support a few CouchDB features, like user accounts, that aren’t useful in mobile apps. Its implementation is not based on CouchDB’s (it’s not even written in Erlang.) It does support replication to and from CouchDB.
By “suitable for embedding into mobile apps”, I mean that it meets the following requirements:
- Small code size; currently about 350kbytes of ARM7 code. (Code size is important to mobile apps, which are often downloaded over cell networks.)
- Quick startup time on relatively-slow CPUs; ideally 100ms or less.
- Low memory usage with typical mobile data-sets. The expectation is the number of documents will not be huge, although there may be sizable multimedia attachments.
- “Good enough” performance with these CPUs and data-sets.
And by “mobile apps” we’re focusing on iOS and Android, although there’s no reason we couldn’t extend this to other platforms like Windows Phone. And it’s not limited to mobile OSs — the Objective-C implementation runs on Mac OS as well, and on Linux and other Unix-like OSs via GNUstep.
More Information
- There’s lots more information on the wiki.
- There’s a “Grocery Sync” demo app for iOS, that implements a simple shared to-do list.
- Or if you want to ask questions or get help, join the mailing list.
Platforms
- Mac OS X — 10.7.2 or higher.
- iOS — 5.0 or higher.
- Linux, BSD, etc — Any platform supported by current GNUstep and libobjc2.
- MS Windows — As supported by GNUstep using MingW.
- Android / Java — Has its own source base and repository.
Requirements
- It’s written in Objective-C.
- Xcode 4.5+ is required to build it (Clang 3.1+, with GNUstep).
- Runtime system requirements for Apple platforms are iOS 5+, or Mac OS X 10.7.2+.
License
- TouchDB itself is under the Apache License 2.0.
- FMDB, by Gus Mueller, is under the MIT License.
- Google Toolbox For Mac is under the Apache License 2.0.
- CocoaHTTPServer, by Robbie Hanson, is under the BSD License.
- MYUtilities (portions of which are copied into the vendor/MYUtilities directory) is under the BSD License. (But note that I, Jens, wrote MYUtilities and would have no problem re-licensing it under Apache for use here.)
Development Status
TouchDB 1.0 was released on November 5, 2012.
In general, the “stable” branch represents the latest stable release, while the “master” branch has the latest commits and may not be stable.
Downloading TouchDB
- Stable builds (releases, betas and candidates)
- Latest revisions (built hourly after any commits. May not be stable; use at your own risk.)
Building TouchDB
On a Mac
(You might prefer to just download the latest stable release. But if you want to build it yourself…)
For full details see the wiki page. The basic steps are:
- Clone the TouchDB repository to your local disk.
- In that directory run “
git submodule init
” and then “git submodule update
”. This will clone the dependent library repos (such as FMDB and MYUtilities) into the vendor/ subdirectory. - Open the Xcode project and build the “Mac Framework” and/or “iOS Framework” schemes.
With GNUstep
Please refer to the files BUILDING.txt and SETUP.txt in the GNUstep
directory.
Class References
- FMDatabase
- FMResultSet
- FMStatement
- OAAttachment
- OACall
- OAConsumer
- OADataFetcher
- OAHMAC_SHA1SignatureProvider
- OAMutableURLRequest
- OAPlaintextSignatureProvider
- OAProblem
- OARequestParameter
- OAServiceTicket
- OAToken
- OATokenManager
- TDAttachment
- TDBase64
- TDBasicAuthorizer
- TDBatcher
- TDBlobStore
- TDBlobStoreWriter
- TDBody
- TDCanonicalJSON
- TDChangeTracker
- TDConnectionChangeTracker
- TDDatabase
- TDDatabaseManager
- TDJSON
- TDMACAuthorizer
- TDMultiStreamWriter
- TDMultipartDocumentReader
- TDMultipartDownloader
- TDMultipartReader
- TDMultipartUploader
- TDMultipartWriter
- TDOAuth1Authorizer
- TDPulledRevision
- TDPuller
- TDPusher
- TDReachability
- TDRemoteJSONRequest
- TDRemoteRequest
- TDReplicator
- TDReplicatorManager
- TDResponse
- TDRevision
- TDRevisionList
- TDRouter
- TDSequenceMap
- TDServer
- TDURLProtocol
- TDView


It might seem easy at first, but catching pokémon gets harder as you level up. You start running into stronger pokémon, and your once-massive stash of PokéBalls will start to dwindle if you don’t learn the ins and outs of the perfect throw. When you see a pokémon appear, tap it on your screen, then move to a spot where you’re safe and out of the way. Once you’ve started an encounter, the pokémon will stay on your screen until you either catch it or runs away because of too many failed attempts.
When the encounter starts, you’ll notice a white circle around it. That’s the target you have to hit for your PokéBall to work at all. Inside the white circle, however, is a constantly-shrinking, colored circle (more on that later) that tells you how difficult it will be to catch the pokémon. Your goal is to toss your PokéBall and hit the inside of the shrinking, colored circle. Doing so will grant you more experience points (XP) depending on the size of said circle:
Not only do good throws give you some extra XP, some resourceful redditors who have datamined the Pokémon Go app suggest good throws may also increase the chances of catching the pokémon. They also suggest throwing a curveball increases your chances as well, in addition to the 10 XP bonus it provides.  If you’re having a hard time hitting the pokémon, turn off the AR so it stays still in one place. This also helps you save a ton of battery.
Those XP bonuses may not seem like much on their own, but they make a huge difference over time, especially if you have an item like the Lucky Egg activated, which doubles XP gained for 30 minutes. A good toss and Lucky Egg can turn an encounter with a common pokémon like Pidgey—which would normally only net you 100 XP—into a much more profitable catch. Not only would you get 200 XP for the catch, but an “Excellent!” toss and curveball bonus would add another 220 XP, making that little Pidgey worth 420 XP. It’s almost as much as the bonus for catching it for the first time.
As mentioned earlier, though, some pokémon are much harder to catch, and it all depends on the color of their shrinking circle. Red means very hard, orange means hard, yellow means moderate, and green means easy. For red, orange, and yellow pokémon, a few items will help ensure you make your catch. Razzberrys will lower the difficulty of catching a pokémon by one color, but they are only good for one attempt. If the pokémon breaks free, you’ll need to use another. Using GreatBalls or UltraBalls will increase your chances as well, but you have a much more limited supply, so save them for the really tough pokémon.


Diabetic peripheral neuropathy
-
most common causes
-
up to 50% of people with DM
- over half asymptomtic or numbness only symptom
-
reported symptoms
-
sensory disturbance
-
autonomoic dysfunction
-
weakness
-
-
90% symmetrical distal polyneuropathy
-
multiple nerves involved
-
occurs in combination with autonomic neuropathy
-
-
mononeuropathies happen less often
-
may have more than one type
-
many mechanisms involved
-
increased oxidative stress
-
build-up of glycation ednd produces
-
increased activity of polyol pathway
-
activation of proinflammatory mechanisms
-
ischaemia
-
all have effects of neurons/Schwann cells + vascular tissue that supply nerves
-
-
All nerves (sensory, autonomic, motor, myelinated&unmyelinated) affected
-
risk of developing neuropathy proportional to both magnitude and duration of hyperglycaemia
-
other modifiable risk factors
-
smoking
-
hypertension
-
obesity
-
dyslipidaemia
-
-
consider other causes:
-
medicines
-
systemic conditions
-
infections
-
autoimmune disorders
-
toxins
-
trauam
-
inherited conditions
-
-
neuropathy more likely to happen in dm due to:
-
b12 def
-
uraemia
-
hypothyroidism
-
chronic inflammatory demyelinating polyneuropathy (CIDP) (may)
-
-
therefore DM neuropathy likely diagnosis of exclusion
-
“diabetic foot” = most feared outcome
-
loss of protective sensation
-
+ associated reduced perfusion from arterial disease
-
increase risk of ulceration, infection, amputation
-
-
adverse outcome on sleep, mood, ADL, independence, mood
-
increase risk of falls and fracture
-
risk of amputation = 1.7x increase to 12x if deformity of foot and 36x if previous history of ulceration
- half foot ulcers could be prevented
classification
Symmetric distal polyneuropathy
-
+/- autonomic neuropathy
-
may affect both sympathetic and parasympathetic functions +/- sensorimotor neuropathy
-
cardiovascular
-
resting tachycardia
-
orthostatic hypotension
-
exercise intolerance
-
silent myocardial ischaemia
-
-
gastrointestinal
-
symptoms of gastroparesis
-
satiety
-
bloating
-
vomiting
-
erratic glucose control following meals
-
-
diarrhoea
-
constipation
-
faecal incontinence
-
-
genitourinary
-
bladder-voiding (neurogenic bladder)
-
erectile dysfunction
- enquire about ED at least once/year
-
retrograde ejaculation
-
female sexual dysfunction
-
-
sudomotor (sweat)
-
heat intolerance
-
excessive sweating upper/red. lower
-
sweating after meals
-
-
metabolic
-
hypoglycaemia unawareness
-
hypoglycaemic associated autonomic failure
-
-
ocular
-
pupillomotor function impairment
-
Argyll-Robertson pupil
- small pupil that constrict poorly to light but rapidly to close object
if peripheral neuropathy mild but strong autonomic features consider alternate diagnosis; amyloid neuropathy
-
-
-
most common type
-
symptoms:
-
vary
-
loss of pain sensation and ability to perceive changes in temperature tend to resutl of damage to Type C - small sensory
-
loss of touch, vibration, proprioception and motor innervation - large fibres = Type A
-
classified:
-
positive: pain
-
burning or knifelike pain
-
electrical sensations
-
squeezing
-
constricting
-
freezing
-
throbbing
-
allodynia
- pain provoked by stimulus not normally painful
-
from increased uninhibited sensory firing from damaged nerve fibres
-
-
negative: non-painful
-
tingling
-
swelling
-
prickling
-
numbness
-
walking on “cotton wool”
-
limb asleep or dead
-
from reduced signalling from damaged nerves
-
-
-
usually start toes and progress proximally in stocking distribution - feet and legs
-
longest axons affected first
- “length dependent”
-
fingers -> up arm (uncommon unless symptoms in legs have progressed to mid-thigh level
-
generally symettrical
-
typically nocturnal exacerbations
-
Hyperglycaemic neuropathy
-
acute sensory neuropahty
-
symmetrical polyneuropathy (acute/subacute)
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severe sensory symptoms
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pain
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parathesia
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numbness
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rare
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usually occurs folloowing episode of glycaemic instability
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relatively normal physical examination
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loss of light touch sensation
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allodynia may be present on sensory testing
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occ. ankle relexes will be reduced
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motor = normal
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Acute painful sensory neuropahty
- insulin neuritis
Focal/multifocal
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cranial neuropathy
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6th nerve palsy
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3rd neruve
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full recovery usually within 3-6mo
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focal limb neuropathy
- secondary to compression/entrapment
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throacolumbar radiculoneuropathy
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unilateral pain and hyperaesthesiae
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focal area on chest/abdomen with abrupt onset
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spont. recovery over a few months
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t1 + t2
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lumbosacral radiculoplexus neuropathy
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motor nerves of prox. muscles of legs
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T2DM, M, older
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severe aching or burning pain that affects lower back, buttocks and thighs
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often worse at night
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Examination
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inspection:
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feet
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skin
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erythematous areas
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dryness
- may be due to autonomic dysfucntion
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flakiness
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thickness
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cracking
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callus formation
- localised rubbing/friction
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infection
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ulceration
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patient’s footwear
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musculoskeletal assessment for deformity
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prominence of metatarsal heads
- increase risk of skin breakdown
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callus
- most common formed on plantar surgace beneath first metatarsal head due to focal pressure during walking
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hyperextension of MTPJ with flexion of interphalangeal joints
- claw toes
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extension at DIPJ == hammer toes
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charcot arthorpathy
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neuropathic arthropathy
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10% of people with neuropathy
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colllapse of midfoot
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tarso-metatarsal joint
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“rocker bottom”
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motor = muscle atrophy
- “gettering” between metatarsals and muscle weakness - weakness of toe dorsiflexion followed by weakness of foot dorsiflexion
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neurological assessment
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pattern = symmetrical distal polyneuropathy
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non dermatomal
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affecting all modalities
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sensory loss most often determined use of monofilament testing
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10g monofilament
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12 sites - 6 each foot
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Great toe
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overs 1st MT base
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2/3 MT base
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little toe
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5th MT base
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heel
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avoid areas of callus
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pressed slowly over 3 seconds
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vibration = 128Hz
- first objective evidence of symmetric dital polyneuropathy
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deep tendon relexes may be reduced - especially at ankle
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vascular assessment of feet and assessment of HR and BP (lying/sitting and standing)
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peripheral artery disease = important risk factor for development of ulceration
- 1/3 of foot ulcers
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pulses palpated
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ABPI
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can be falsely elevated in DM
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Management
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aim:
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reduction of patients symptoms to tolerable level
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prevention of further damage
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no speicifc treatment
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good glycaemic control amy stabilise or improve peripheral neuropathy over time
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symptoms control
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Mild
- paracetamol/NSAID
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TCA/anticonvulsant
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add opiod if not controlled
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Exercise
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combining stregngth and aerobic activities
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reduces pain
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improving function
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increase plantar sensation
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increase ability to detect vibrations
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improve trunk and ankle proprioception
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involve glial cell activation and release of noradrenaline and cytokines
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other benefits
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enhanced macro and micro vascular health
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reduced risk of hypertension
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atherosclerosis
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increase muscle strength
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reduced glycaemic levels
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protect insensate feet from trauma
- avoid ulcers
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refer to community podiatrist = intermediate to high risk of foot complications
Refer
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pronounced asymmetry of neurologic deficits
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Predominant motor deficits, mononeuropathy, cranial nerve involvement
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rapdi developement or progression of neuropathic impairment
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progression of neuropathy despite optimal glycaemic control
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symptoms arising in upper limbs
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proximal weakness
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significant sensory ataxia
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FHx of non-diabetic neuropathy
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Pain difficult to manage
differntial diagnosis
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Acquired
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Traumatic
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common cause
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partially, completely severed, crushed, compressed or stretched
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Autoimmune and infectious neuropathy
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Guillain-Barre
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CIDP
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over represented in people with DM
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prox or both prox and distal weakness
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early or marked upper limb involvement
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severe sensory ataxia
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continued rapid progression despite reasonable glycaemic control
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Refer
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electrodiagnosis
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CSF proteins
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Infective - tend to be asymetric
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Systemic causes
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liver disease
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etoh
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renal failure
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nutrient deficiency
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vit b12
- metformin reduces absorption
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papaproteinaemic disorders
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thyroid dysfunction
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Other
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medicines
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metronidazole
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nitrofurantoin
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amiodarone
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cochicine
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phenytoin
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Inherited
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Charcot-Marie-Tooth
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family history
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insidious onset
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gradual progression
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lack of sensory symptoms despite signs
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pes cavus
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