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  • Another Twig Improvements

    - by Ondrej Brejla
    Hi all! We are here again to intorduce you some of our new NetBeans 7.3 features. Today we'll show you some another Twig improvements. So let's start! Code Templates First feature is about Code Templates. We added some basic templates to improve your Editor experience. You will be really fast with it! If someone don't know what Code Templates are, they are piece of code (snippet) which is inserted into editor after typing its abbreviation and pressing Tab key (or another one which you define in Tools -> Options -> Editor -> Code Templates -> Expand Template on) to epxand it. All default Twig Code Templates can be found in Tools -> Options -> Editor -> Code Templates -> Twig Markup. You can add your custom templates there as well. Note: Twig Markup code templates have to be expanded inside Twig delimiters (i.e. { and }). If you try to expand them outside of delimiters, it will not work, because then you are in HTML context. If you want to add a template which will contain Twig delimiter too, you have to add it directly into Tools -> Options -> Editor -> Code Templates -> HTML/XHTML. Don't add them into Twig File, it will not work. Interpolation Coloring The second, minor, feature is, that we know how to colorize Twig Interpolation. It's a small feature, but usefull :-) And that's all for today and as usual, please test it and if you find something strange, don't hesitate to file a new issue (product php, component Twig). Thanks a lot!

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  • Microsoft CA certificate templates expires sooner than expected

    - by Tim Brigham
    The certificates my Microsoft CA is generating do not match the time period indicated in the template used. How can I resolve this? I recently created a new certificate template for use on my Linux boxes on my Microsoft CA (2008 R2 Enterprise). This template is approved for server and client authentication purposes with a validity period of 10 years - the expected lifetime of our Linux boxes - and the subject name supplied in the request. I have checked both the intermediate and offline CA - both have more than 10 years of life listed. Is there some kind of hard limit I'm hitting here?

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  • Where should instantiated classes be stored?

    - by Eric C.
    I'm having a bit of a design dilemma here. I'm writing a library that consists of a bunch of template classes that are designed to be used as a base for creating content. For example: public class Template { public string Name {get; set;} public string Description {get; set;} public string Attribute1 {get; set;} public string Attribute2 {get; set;} public Template() { //constructor } public void DoSomething() { //does something } ... } The problem is, not only is the library providing the templates, it will also supply quite a few predefined templates which are instances of these template classes. The question is, where do I put these instances of the templates? The three solutions I've come up with so far are: 1) Provide serialized instances of the templates as files. On the one hand, this solution would keep the instances separated from the library itself, which is nice, but it would also potentially add complexity for the user. Even if we provided methods for loading/deserializing the files, they'd still have to deal with a bunch of files, and some kind of config file so the app knows where to look for those files. Plus, creating the template files would probably require a separate app, so if the user wanted to stick with the files method of storing templates, we'd have to provide some kind of app for creating the template files. Also, this requires external dependencies for testing the templates in the user's code. 2) Add readonly instances to the template class Example: public class Template { public string Name {get; set;} public string Description {get; set;} public string Attribute1 {get; set;} public string Attribute2 {get; set;} public Template PredefinedTemplate { get { Template templateInstance = new Template(); templateInstance.Name = "Some Name"; templateInstance.Description = "A description"; ... return templateInstance; } } public Template() { //constructor } public void DoSomething() { //does something } ... } This method would be convenient for users, as they would be able to access the predefined templates in code directly, and would be able to unit test code that used them. The drawback here is that the predefined templates pollute the Template type namespace with a bunch of extra stuff. I suppose I could put the predefined templates in a different namespace to get around this drawback. The only other problem with this approach is that I'd have to basically duplicate all the namespaces in the library in the predefined namespace (e.g. Templates.SubTemplates and Predefined.Templates.SubTemplates) which would be a pain, and would also make refactoring more difficult. 3) Make the templates abstract classes and make the predefined templates inherit from those classes. For example: public abstract class Template { public string Name {get; set;} public string Description {get; set;} public string Attribute1 {get; set;} public string Attribute2 {get; set;} public Template() { //constructor } public void DoSomething() { //does something } ... } and public class PredefinedTemplate : Template { public PredefinedTemplate() { this.Name = "Some Name"; this.Description = "A description"; this.Attribute1 = "Some Value"; ... } } This solution is pretty similar to #2, but it ends up creating a lot of classes that don't really do anything (none of our predefined templates are currently overriding behavior), and don't have any methods, so I'm not sure how good a practice this is. Has anyone else had any experience with something like this? Is there a best practice of some kind, or a different/better approach that I haven't thought of? I'm kind of banging my head against a wall trying to figure out the best way to go. Thanks!

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  • Django flatpages raising 404 when DEBUG is False (404 and 500 templates exist)

    - by Adam
    I'm using Django 1.1.1 stable. When DEBUG is set to True Django flatpages works correctly; when DEBUG is False every flatpage I try to access raises a custom 404 error (my error template is obviously working correctly). Searching around on the internet suggests creating 404 and 500 templates which I have done. I've added to FlatpageFallBackMiddleware to middleware_classes and flatpages is added to installed applications. Any ideas how I can make flatpages work?

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  • simplifying templates

    - by Lodle
    I have a bunch of templates that are used for rpc and was wondering if there is a way to simplify them down as it repeats it self allot. I know varags for templates is coming in the next standard but can you do default values for templates? Also is there a way to handle void functions as normal functions? Atm i have to separate them and treat them as two different things every where. template <typename R> R functionCall(IPC::IPCClass* c, const char* name) { IPC::IPCParameterI* r = c->callFunction( name, false ); return handleReturn<R>(r); } template <typename R, typename A> R functionCall(IPC::IPCClass* cl, const char* name, A a) { IPC::IPCParameterI* r = cl->callFunction( name, false, IPC::getParameter(a)); return handleReturn<R>(r); } template <typename R, typename A, typename B> R functionCall(IPC::IPCClass* cl, const char* name, A a, B b) { IPC::IPCParameterI* r = cl->callFunction( name, false, IPC::getParameter(a), IPC::getParameter(b) ); return handleReturn<R>(r); } template <typename R, typename A, typename B, typename C> R functionCall(IPC::IPCClass* cl, const char* name, A a, B b, C c) { IPC::IPCParameterI* r = cl->callFunction( name, false, IPC::getParameter(a), IPC::getParameter(b), IPC::getParameter(c) ); return handleReturn<R>(r); } template <typename R, typename A, typename B, typename C, typename D> R functionCall(IPC::IPCClass* cl, const char* name, A a, B b, C c, D d) { IPC::IPCParameterI* r = cl->callFunction( name, false, IPC::getParameter(a), IPC::getParameter(b), IPC::getParameter(c), IPC::getParameter(d) ); return handleReturn<R>(r); } template <typename R, typename A, typename B, typename C, typename D, typename E> R functionCall(IPC::IPCClass* cl, const char* name, A a, B b, C c, D d, E e) { IPC::IPCParameterI* r = cl->callFunction( name, false, IPC::getParameter(a), IPC::getParameter(b), IPC::getParameter(c), IPC::getParameter(d), IPC::getParameter(e) ); return handleReturn<R>(r); } template <typename R, typename A, typename B, typename C, typename D, typename E, typename F> R functionCall(IPC::IPCClass* cl, const char* name, A a, B b, C c, D d, E e, F f) { IPC::IPCParameterI* r = cl->callFunction( name, false, IPC::getParameter(a), IPC::getParameter(b), IPC::getParameter(c), IPC::getParameter(d), IPC::getParameter(e), IPC::getParameter(f) ); return handleReturn<R>(r); } inline void functionCallV(IPC::IPCClass* cl, const char* name) { IPC::IPCParameterI* r = cl->callFunction( name, false ); handleReturnV(r); } template <typename A> void functionCallV(IPC::IPCClass* cl, const char* name, A a) { IPC::IPCParameterI* r = cl->callFunction( name, false, IPC::getParameter(a)); handleReturnV(r); } template <typename A, typename B> void functionCallV(IPC::IPCClass* cl, const char* name, A a, B b) { IPC::IPCParameterI* r = cl->callFunction( name, false, IPC::getParameter(a), IPC::getParameter(b) ); handleReturnV(r); } template <typename A, typename B, typename C> void functionCallV(IPC::IPCClass* cl, const char* name, A a, B b, C c) { IPC::IPCParameterI* r = cl->callFunction( name, false, IPC::getParameter(a), IPC::getParameter(b), IPC::getParameter(c) ); handleReturnV(r); } template <typename A, typename B, typename C, typename D> void functionCallV(IPC::IPCClass* cl, const char* name, A a, B b, C c, D d) { IPC::IPCParameterI* r = cl->callFunction( name, false, IPC::getParameter(a), IPC::getParameter(b), IPC::getParameter(c), IPC::getParameter(d) ); handleReturnV(r); } template <typename A, typename B, typename C, typename D, typename E> void functionCallV(IPC::IPCClass* cl, const char* name, A a, B b, C c, D d, E e) { IPC::IPCParameterI* r = cl->callFunction( name, false, IPC::getParameter(a), IPC::getParameter(b), IPC::getParameter(c), IPC::getParameter(d), IPC::getParameter(e) ); handleReturnV(r); } template <typename A, typename B, typename C, typename D, typename E, typename F> void functionCallV(IPC::IPCClass* cl, const char* name, A a, B b, C c, D d, E e, F f) { IPC::IPCParameterI* r = cl->callFunction( name, false, IPC::getParameter(a), IPC::getParameter(b), IPC::getParameter(c), IPC::getParameter(d), IPC::getParameter(e), IPC::getParameter(f) ); handleReturnV(r); } inline void functionCallAsync(IPC::IPCClass* cl, const char* name) { IPC::IPCParameterI* r = cl->callFunction( name, true ); handleReturnV(r); } template <typename A> void functionCallAsync(IPC::IPCClass* cl, const char* name, A a) { IPC::IPCParameterI* r = cl->callFunction( name, true, IPC::getParameter(a)); handleReturnV(r); } template <typename A, typename B> void functionCallAsync(IPC::IPCClass* cl, const char* name, A a, B b) { IPC::IPCParameterI* r = cl->callFunction( name, true, IPC::getParameter(a), IPC::getParameter(b) ); handleReturnV(r); } template <typename A, typename B, typename C> void functionCallAsync(IPC::IPCClass* cl, const char* name, A a, B b, C c) { IPC::IPCParameterI* r = cl->callFunction( name, true, IPC::getParameter(a), IPC::getParameter(b), IPC::getParameter(c) ); handleReturnV(r); } template <typename A, typename B, typename C, typename D> void functionCallAsync(IPC::IPCClass* cl, const char* name, A a, B b, C c, D d) { IPC::IPCParameterI* r = cl->callFunction( name, true, IPC::getParameter(a), IPC::getParameter(b), IPC::getParameter(c), IPC::getParameter(d) ); handleReturnV(r); } template <typename A, typename B, typename C, typename D, typename E> void functionCallAsync(IPC::IPCClass* cl, const char* name, A a, B b, C c, D d, E e) { IPC::IPCParameterI* r = cl->callFunction( name, true, IPC::getParameter(a), IPC::getParameter(b), IPC::getParameter(c), IPC::getParameter(d), IPC::getParameter(e) ); handleReturnV(r); } template <typename A, typename B, typename C, typename D, typename E, typename F> void functionCallAsync(IPC::IPCClass* cl, const char* name, A a, B b, C c, D d, E e, F f) { IPC::IPCParameterI* r = cl->callFunction( name, true, IPC::getParameter(a), IPC::getParameter(b), IPC::getParameter(c), IPC::getParameter(d), IPC::getParameter(e), IPC::getParameter(f) ); handleReturnV(r); }

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  • Multiple Control Templates for a custom control in Silverlight

    - by Tada
    I am creating a custom control. The contents of the control will differ a lot when in different visual states. Can I to achieve the above, apply different control templates to the same custom control? That is define more than one control template for a custom control? If not, any clues as to how I can do this, without have as many custom/user controls as there are states?

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  • where did all the templates in xcode go?

    - by Ayrad
    After the recent update in xcode I seem to have lost all the template for cocoa touch and iphone templates. Under Cocoa Touch Classes in the new file dialog, I only have 3 choices: Objective-C class Objective-C test case class and UIViewController subclass where did the others go? UITableView, UInavigation etc.? I am running xcode 3.1.3. Thanks!

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  • Missing Siverlight templates in Visual Studio 2008

    - by no9
    Hello ! I have Visual Studio 2008 (sp1, .NET 3.5). I have installed Silverlight 3 SDK and Silverlight 4 SDK beta + Sivelrlight toolkit. I also have installed Windows Phone Developer Tools CTP that includes Visual Studio 2010 Express for Windows Phone CTP. I have noticed that when i start a new project in VS2008 all the Silverlight templates are missing. Any tip how to get them? Thanx !

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  • Variadic templates in Scala

    - by Thomas Jung
    Suppose you want to have something like variadic templates (the ability to define n type parameters for a generic class) in Scala. For example you do not want to define Tuple2[+T1, +T2] and Tuple3[+T1, +T2, +T3] but Tuple[T*]. Are there other options than HLists?

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  • ASP.NET - Nested Custom Templates

    - by Echilon
    I'm thinking about converting a few usercontrols to use templates instead. One of these is my own UC which contains some controls, one of which is a repeater. Is it possible to specifcy a template for the second level usercontrol from the template for the first (which would be on the page)?

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  • Why doesn't ADL find function templates?

    - by Huw Giddens
    What part of the C++ specification restricts argument dependent lookup from finding function templates in the set of associated namespaces? In other words, why won't the following compile? namespace ns { struct foo {}; template<int i> void frob(foo const&) {} } int main() { ns::foo f; frob<0>(f); }

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  • Is django orm & templates thread safe?

    - by Piotr Czapla
    I'm using django orm and templates to create a background service that is ran as management command. Do you know if django is thread safe? I'd like to use threads to speed up processing. The processing is blocked by I/O not CPU so I don't care about performance hit caused by GIL.

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  • Using User Controls in FormView templates.

    - by ProfK
    I find the repetition of sets of controls for each of the EditItemTemplate, InsertItemTemplate, and ItemTemplate templates of a FormView to be tedious and risky, in terms duplicating layout and code etc. I would much rather create a xxxDetails user control, and use this in each template, cutting layout and code location down to one location. However, this introduces several complexities for data binding scenarios. Are there any extablished patterns or practice guides for using user controls in these scenarios?

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  • How to use Spanish characters in Handlebars templates

    - by Jon Rose
    I am wondering what the idiomatic way to render special language characters is using Handlebars.js templates. When I render the normal html I can use something like the Spanish lowercase e, &#233, and it renders as expected. When I pass the same text as a string to my Handlebars template I just see the characters &#233. I have tried creating a Handlebars helper that used jquery to render the text using .html() then returning the .html() of the tmp element and I get the same results.

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  • Missing Project templates in XCode

    - by coure06
    I have installed xcode 3.2 with iphone SDK. (without Mac OS 10.4 SDK). WHen i create new project i only got these options for Mac OS -- Application -- Framework and Library -- Application plugin -- System plugin --Other But a book named: Programming Object C 2.0. From which i am learning object C. Its showing XCode with these templates for Mac OS --Application --Audio Units --Automater actions --Bundles --Command Line Utility --dynamic library --Framework --Java --Kernal Extensions --Standard Apple plugin --Static Library --Other I need the Command Line Utility template so that can create sample projects mentioned in book.

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