Accepted Solutions
Okay, this might seem a bit hardcore and you might ask why and how come UCCX does not have this as a built in function. I don't know and at this point I am too tired to investigate although I believe this might be done in an easier and more user friendly way.
I just love Java and I am glad UCCX lets me use it.
We will start by adding two new variables:
index - of type int, initial value: 0
arrayList - of type java.util.ArrayList (yes, type the whole thing in), initial value: new java.util.ArrayList() - again, you will have to type this in, it's not enabled by default and not visible in the dropdown list.
Next, insert a Do step with the following code block:
{
arrayList.add(P[prompt1]);
arrayList.add(P[prompt2]);
arrayList.add(P[prompt3]);
java.util.Collections.shuffle(arrayList);
}
It's simple: by calling the add method on the arrayList variable we add the three prompts to the arrayList variable; or, actually, append them to the end of the list - remember, it's a list so it's ordered, and the Collections.shuffle() method does the trick, by shuffling the list entries - in this case, our prompt references.
Playing them is trivial: add a Play Prompt step with the label PLAY and use the following construct: (Prompt) arrayList.get(index)
Next, use the Increment step to increment the value of the index variable.
Finally, use an If step to check the value of the index variable, comparing its value to the size of the list contained by the arrayList variable: (index<arrayList.size()). If this evaluates to True then just Goto (step) to label PLAY. Otherwise, continue to the rest of the script.
Like this:
G.
EDIT: Corrected a typo (ArrayLits -> ArrayList).
Okay, this might seem a bit hardcore and you might ask why and how come UCCX does not have this as a built in function. I don't know and at this point I am too tired to investigate although I believe this might be done in an easier and more user friendly way.
I just love Java and I am glad UCCX lets me use it.
We will start by adding two new variables:
index - of type int, initial value: 0
arrayList - of type java.util.ArrayList (yes, type the whole thing in), initial value: new java.util.ArrayList() - again, you will have to type this in, it's not enabled by default and not visible in the dropdown list.
Next, insert a Do step with the following code block:
{
arrayList.add(P[prompt1]);
arrayList.add(P[prompt2]);
arrayList.add(P[prompt3]);
java.util.Collections.shuffle(arrayList);
}
It's simple: by calling the add method on the arrayList variable we add the three prompts to the arrayList variable; or, actually, append them to the end of the list - remember, it's a list so it's ordered, and the Collections.shuffle() method does the trick, by shuffling the list entries - in this case, our prompt references.
Playing them is trivial: add a Play Prompt step with the label PLAY and use the following construct: (Prompt) arrayList.get(index)
Next, use the Increment step to increment the value of the index variable.
Finally, use an If step to check the value of the index variable, comparing its value to the size of the list contained by the arrayList variable: (index<arrayList.size()). If this evaluates to True then just Goto (step) to label PLAY. Otherwise, continue to the rest of the script.
Like this:
G.
EDIT: Corrected a typo (ArrayLits -> ArrayList).
