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• What exactly is bootstrap admin-template and how it is supposed to be used

  - by Leron

  So this is my second ASP.NET MVC 4 project. It's decided that for this one we will use this template and it was said in a way that I felt really stupid for not knowing how exactly this template will help us and what exactly we gain by using it. I'm used to using HTML/CSS for the UI combined with jQuery. Now it seems that instead of jQuery we will be using bootstrap which as far as I understand is just another JS library created from twitter, so if that's it then this part is clear. What I really need to clarify for myself is what exactly this theme is used for, what is offering, why one would want to use such a theme? From what I see in the live demo maybe it's just a stack of premade controls that you can use in the front end along with bootstrap.js and maybe I'm just confused because on the page is shown as much as possible just for presentational purposes. If that's right, still I wonder where I can find info for the current theme, the controls that it offers and the functionality that I get and not least - how to use it. But still those are just my assumptions. What I really need is a clarification on what exactly is this theme for, what is the advantage using it, is there a good tutorials about how to use such themes in the context of ASP.NET MVC 3+. Also any additional info about this theme and generally on using themes in ASP.NET MVC will be much appreciated.

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• Working the Chart Percentages

  - by Tim Dexter

  Charting in BIP is such fun, well sometimes it is. Not so much today, at least not for Ron in San Diego. He needed a horizontal bar chart showing values plotted for various test areas with value labels at the end of the bars. Simple enough right? The wrinkle, they were percentage values so he needed to see '56%' not '56'! Still, it should be simple enough but the percentage formatting has a requirement for your values to be in a decimal format i.e. 0.56 not 56.0. 56.0 gets formatted as 5600%. OK, so either pull the values out as decimals or use the div function to divide the values in the chart by 100 e.g. <xsl:value-of select="myval div 100)" /> Now I can use the following the chart XML to format the percentages as I need them:   <Graph ... > ... <MarkerText visible="true"> <Y1ViewFormat> <ViewFormat numberType="NUMTYPE_PERCENT" decimalDigit="0" numberTypeUsed="true" leadingZeroUsed="true" decimalDigitUsed="true"/> </Y1ViewFormat> </MarkerText> ... </Graph>   That gets me the values shown the way I want but the auto axis formatting gets me from 0 >> 1. I now need to go in and add the formatting for the axis too.   <Graph ...> ... <Y1Axis axisMinAutoScaled="false" axisMinValue="0.0" axisMaxAutoScaled="false" axisMaxValue="1.0" majorTickStepAutomatic="true"> <ViewFormat numberType="NUMTYPE_PERCENT" decimalDigit="0" scaleFactor="SCALEFACTOR_NONE" numberTypeUsed="true" leadingZeroUsed="true" decimalDigitUsed="true" scaleFactorUsed="true"/> </Y1Axis>   Now I have a chart that's showing the percentage values and formatting axis scale correctly for me too. You can of course mess with the attributes above to get more decimal points on your labels, etc. Happy Charting!

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• OpenWorld Presentations and Anatomy of an RTF Template w/ files

  - by mdonohue

  For those who missed it ... or those who made it and couldn't get enough, check out the presentations delivered at OpenWorld: Overview and Roadmap The Reporting Platform for Oracle Applications Best Practices and even though it wasn't presented at OpenWorld an updated version of Anatomy of an RTF Template to include documented example files  (RTF template, Sub-Template and sample XML data) so you can re-use and play with the code directly.  Huge thanks to Tim and Hok-Min who did all the hard, original work on this example loaded with tips and tricks.  

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• Why should I use a web framework's template language over python's templating options?

  - by stariz77

  I'm coming from a python CGI background and was wanting to move into something more contemporary and think I have decided upon web.py as the framework I would like to use. In regards to templating, previously I used formatted strings and the string.Template module to effect most of my templating needs. After reading through a few of the templating options I have heard mentioned, I began wondering what the main benefits of using something like the Django or jinja templating options over "native" Python templating options were? Am I just going to be replacing $tmpl_var with {{ tmpl_var }} and s.substitute(tmpl_var=value) with t.render(s), i.e., alternate syntax? or will I gain additional advantages from using these templating systems?

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• Do input template languages exist?

  - by marczellm

  When I have to create some textual representation of data, I can use a template language, so that my code does not have to worry about the structure of the output file - I can sometimes even write code that's independent of whether the output is XML, LaTeX or any other plain text. A simple example: Template (in separate file): <someXmlTag> $variableName </someXmlTag> Code: Template(temstring).substitute(variableName="value") Result (written to output file): <someXmlTag> value </someXmlTag> I want to do the same, but in the opposite direction. I have XML or plain text or whatever files to input. I want to describe the input structure in a separate file that looks like the input but has these variable declarations in it, and I want to handle it with code that's independent of the structure. Is there a library for this concept? (We usually handle XML input by using an XML parser library to describe the input structure in program code, handle plaintext input by writing regexes in code, and don't handle LaTeX input because LaTeX can't really be parsed.)

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• Better way to write an object generator for an RAII template class?

  - by Dan

  I would like to write an object generator for a templated RAII class -- basically a function template to construct an object using type deduction of parameters so the types don't have to be specified explicitly. The problem I foresee is that the helper function that takes care of type deduction for me is going to return the object by value, which will result in a premature call to the RAII destructor when the copy is made. Perhaps C++0x move semantics could help but that's not an option for me. Anyone seen this problem before and have a good solution? This is what I have: template<typename T, typename U, typename V> class FooAdder { private: typedef OtherThing<T, U, V> Thing; Thing &thing_; int a_; // many other members public: FooAdder(Thing &thing, int a); ~FooAdder(); void foo(T t, U u); void bar(V v); }; The gist is that OtherThing has a horrible interface, and FooAdder is supposed to make it easier to use. The intended use is roughly like this: FooAdder(myThing, 2) .foo(3, 4) .foo(5, 6) .bar(7) .foo(8, 9); The FooAdder constructor initializes some internal data structures. The foo and bar methods populate those data structures. The ~FooAdder dtor wraps things up and calls a method on thing_, taking care of all the nastiness. That would work fine if FooAdder wasn't a template. But since it is, I would need to put the types in, more like this: FooAdder<Abc, Def, Ghi>(myThing, 2) ... That's annoying, because the types can be inferred based on myThing. So I would prefer to create a templated object generator, similar to std::make_pair, that will do the type deduction for me. Something like this: template<typename T, typename U, typename V> FooAdder<T, U, V> AddFoo(Thing &thing, int a) { return FooAdder<T, U, V>(thing, a); } That seems problematic: because it returns by value, the stack temporary object will be destructed, which will cause the RAII dtor to run prematurely. One thought I had was to give FooAdder a copy ctor with move semantics, kinda like std::auto_ptr. But I would like to do this without dynamic memory allocation, so I thought the copy ctor could set a flag within FooAdder indicating the dtor shouldn't do the wrap-up. Like this: FooAdder(FooAdder &rhs) // Note: rhs is not const : thing_(rhs.thing_) , a_(rhs.a_) , // etc... lots of other members, annoying. , moved(false) { rhs.moved = true; } ~FooAdder() { if (!moved) { // do whatever it would have done } } Seems clunky. Anyone got a better way?

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• Firefox ile MS Sablonlarini açmak ?

  - by evowinds

  Hello Guys; I've a problem with Firefox or MS Office maybe both of them. Our firm has an Intranet and publishes some documents via Intra. MS Office 2007 is used to create document templates and stored as "file://depo/ISO9001//Form/_Form.xlt, _Form.dot" in the server. Unfortunately Firefox can't open these templates or downloads over Intra. Is there any solution to this issue? I don't want to use Firefox after IE after Firefox. Many thanks and any help will be appreciated.

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• Generating documents with templating from a form

  - by Anna

  Hello, I would like to create a document generator with templating. The workflow should be as following: The user input data to a static form (simple text input). The user chooses a graphically designed template. A document with the chosen template containing the user data is generated. The initial templates repository is prepared in advance, but it should be easy to add new templates to the process. I have the full MS Office suite and the preferred file format is an MS .doc. I can do a little VB scripting if needed, but I prefer not to. Any advice would be greatly appreciated. Thank you, Anna

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• Commercial template (theme) sellers which give license to resell the template?

  - by Tony_Henrich

  I came once across a website template seller which granted rights to resell the template to the buyer but forgot to bookmark it. All the commercial template vendors I know of (Template Monster, BoxedArt, Dreamtemplate..etc) don't allow this. Anyone knows of any sellers which allow this? Some of them allow you to resell the template if it's packaged for a different host software. For example, if I buy a website template, I am allowed to sell it as a WordPress or Joomla or Drupal theme. I am aware of public domain and free templates sites but I am not looking for those. I am talking about templates which are being sold.

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• How can I search in transcluded categories?

  - by Wikis

  I want to add functionality to a MediaWiki wiki to search in specific categories: Platform 1 Platform 2 etc. So I created a template which, based on a certain field, assigns pages to those categories. The template was already included on most of these pages. So now most pages are in either: Category:Platform 1 or Category:Platform 2 Then I thought I just need to add incategory to the search and I'm done, as described on the Wikipedia page. But then I reread it and to my horror discovered: incategory: – using the incategory: parameter returns pages in a given category (as long as the pages are directly categorized, and not transcluded through templates). Eeeek! Is there any other way to search even in transcluded templates? Or any other way of resolving this?

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• How to disable template auto-format in Eclipse?

  - by Matiaan

  I have a template (sleep) in Eclipse 4.2.1 that should expand to try { Thread.sleep(1000); } catch (Exception e) {} I want Eclipse to add it as one line, just as I put it in the template. However, Eclipse autoformats it after inserting to: try { Thread.sleep(1000); } catch (Exception e) { } I have tried @formatter:off, but that does not work. I have code cleanup switched off. Is there any way to disable formatting for all templates, since the only templates I use are one-liners anyway?

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• How to manage Javascript modules in django templates?

  - by John Mee

  Lets say we want a library of javascript-based pieces of functionality (I'm thinking jquery): For example: an ajax dialog a date picker a form validator a sliding menu bar an accordian thingy There are four pieces of code for each: some Python, CSS, JS, & HTML. What is the best way to arrange all these pieces so that: each javascript 'module' can be neatly reused by different views the four bits of code that make up the completed function stay together the css/js/html parts appear in their correct places in the response common dependencies between modules are not repeated (eg: a javascript file in common) x-------------- It would be nice if, or is there some way to ensure that, when called from a templatetag, the templates respected the {% block %} directives. Thus one could create a single template with a block each for CSS, HTML, and JS, in a single file. Invoke that via a templatetag which is called from the template of whichever view wants it. That make any sense. Can that be done some way already? My templatetag templates seem to ignore the {% block %} directives. x-------------- There's some very relevant gasbagging about putting such media in forms here http://docs.djangoproject.com/en/dev/topics/forms/media/ which probably apply to the form validator and date picker examples.

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• How to Create Element in XSLT When Copying Using Templates

  - by John Dumont

  Hello, I'm trying to create an element in an XML where the basic content is copied and modified. My XML is something like <root> <node> <child>value</child> <child2>value2</child2> </node> <node2>bla</node2> </root> The number of children of node may change as well as the children of root. The XSLT should copy the whole content, modify some values and add some new. The copying and modifying is no problem: <xsl:stylesheet xmlns:xsl="http://www.w3.org/1999/XSL/Transform" version="2.0"> <xsl:output method="xml" encoding="UTF-8"/> <xsl:template match="@*|node()"> <xsl:copy> <xsl:apply-templates select="@*|node()"/> </xsl:copy> </xsl:template> </xsl:stylesheet> (+ further templates for modifications). But how do I add a new element in this structure on some path, e.g. I want to add an element as the last element of the "node" node. The "node" element itself always exists.

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• Mixins, variadic templates, and CRTP in C++

  - by Eitan

  Here's the scenario: I'd like to have a host class that can have a variable number of mixins (not too hard with variadic templates--see for example http://citeseerx.ist.psu.edu/viewdoc/summary?doi=10.1.1.103.144). However, I'd also like the mixins to be parameterized by the host class, so that they can refer to its public types (using the CRTP idiom). The problem arises when trying to mix the too--the correct syntax is unclear to me. For example, the following code fails to compile with g++ 4.4.1: template <template<class> class... Mixins> class Host : public Mixins<Host<Mixins>>... { public: template <class... Args> Host(Args&&... args) : Mixins<Host>(std::forward<Args>(args))... {} }; template <class Host> struct Mix1 {}; template <class Host> struct Mix2 {}; typedef Host<Mix1, Mix2> TopHost; TopHost *th = new TopHost(Mix1<TopHost>(), Mix2<TopHost>()); With the error: tst.cpp: In constructor ‘Host<Mixins>::Host(Args&& ...) [with Args = Mix1<Host<Mix1, Mix2> >, Mix2<Host<Mix1, Mix2> >, Mixins = Mix1, Mix2]’: tst.cpp:33: instantiated from here tst.cpp:18: error: type ‘Mix1<Host<Mix1, Mix2> >’ is not a direct base of ‘Host<Mix1, Mix2>’ tst.cpp:18: error: type ‘Mix2<Host<Mix1, Mix2> >’ is not a direct base of ‘Host<Mix1, Mix2>’ Does anyone have successful experience mixing variadic templates with CRTP?

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• How to stay DRY when using both Javascript and ERB templates (Rails)

  - by user94154

  I'm building a Rails app that uses Pusher to use web sockets to push updates to directly to the client. In javascript: channel.bind('tweet-create', function(tweet){ //when a tweet is created, execute the following code: $('#timeline').append("<div class='tweet'><div class='tweeter'>"+tweet.username+"</div>"+tweet.status+"</div>"); }); This is nasty mixing of code and presentation. So the natural solution would be to use a javascript template. Perhaps eco or mustache: //store this somewhere convenient, perhaps in the view folder: tweet_view = "<div class='tweet'><div class='tweeter'>{{tweet.username}}</div>{{tweet.status}}</div>" channel.bind('tweet-create', function(tweet){ //when a tweet is created, execute the following code: $('#timeline').append(Mustache.to_html(tweet_view, tweet)); //much cleaner }); This is good and all, except, I'm repeating myself. The mustache template is 99% identical to the ERB templates I already have written to render HTML from the server. The intended output/purpose of the mustache and ERB templates are 100% the same: to turn a tweet object into tweet html. What is the best way to eliminate this repetition? UPDATE: Even though I answered my own question, I really want to see other ideas/solutions from other people--hence the bounty!

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• Friends, templates, overloading <<

  - by Crystal

  I'm trying to use friend functions to overload << and templates to get familiar with templates. I do not know what these compile errors are: Point.cpp:11: error: shadows template parm 'class T' Point.cpp:12: error: declaration of 'const Point<T>& T' for this file #include "Point.h" template <class T> Point<T>::Point() : xCoordinate(0), yCoordinate(0) {} template <class T> Point<T>::Point(T xCoordinate, T yCoordinate) : xCoordinate(xCoordinate), yCoordinate(yCoordinate) {} template <class T> std::ostream &operator<<(std::ostream &out, const Point<T> &T) { std::cout << "(" << T.xCoordinate << ", " << T.yCoordinate << ")"; return out; } My header looks like: #ifndef POINT_H #define POINT_H #include <iostream> template <class T> class Point { public: Point(); Point(T xCoordinate, T yCoordinate); friend std::ostream &operator<<(std::ostream &out, const Point<T> &T); private: T xCoordinate; T yCoordinate; }; #endif My header also gives the warning: Point.h:12: warning: friend declaration 'std::ostream& operator<<(std::ostream&, const Point<T>&)' declares a non-template function Which I was also unsure why. Any thoughts? Thanks.

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• Joomla Site Templates: Architecture Advise

  - by Vincent

  Our client provided us with html templates to turn into a Joomla template, problem is their designs are not Joomla Template friendly where a lot of the html design are not consistent with structure. Currently the only solution we have is applying a template structure pattern that fits the most amount of their design and have seperate joomla templates to take care of the ones that doesn't fit. We have the generic Joomla Template configured with different positions for each div and assign each article to its respective position in the template. Some articles though have menu modules within them so our solution is to split the article into two position and define positions for each menu module. Is this method better than defining module positions within an article content to render menus within an article? Is there a better way of showing articles in specific div positions than having each article be represented by a module to render in a specific div (position) in a template? Right now our current way of rendering an article(s) content to a specific position is to create a module (moduleAsArticle) and define that module a position. Create An Article - Assign A Module To It (moduleAsArticle) - Define that module a position

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• Uses of a C++ Arithmetic Promotion Header

  - by OlduvaiHand

  I've been playing around with a set of templates for determining the correct promotion type given two primitive types in C++. The idea is that if you define a custom numeric template, you could use these to determine the return type of, say, the operator+ function based on the class passed to the templates. For example: // Custom numeric class template <class T> struct Complex { Complex(T real, T imag) : r(real), i(imag) {} T r, i; // Other implementation stuff }; // Generic arithmetic promotion template template <class T, class U> struct ArithmeticPromotion { typedef typename X type; // I realize this is incorrect, but the point is it would // figure out what X would be via trait testing, etc }; // Specialization of arithmetic promotion template template <> class ArithmeticPromotion<long long, unsigned long> { typedef typename unsigned long long type; } // Arithmetic promotion template actually being used template <class T, class U> Complex<typename ArithmeticPromotion<T, U>::type> operator+ (Complex<T>& lhs, Complex<U>& rhs) { return Complex<typename ArithmeticPromotion<T, U>::type>(lhs.r + rhs.r, lhs.i + rhs.i); } If you use these promotion templates, you can more or less treat your user defined types as if they're primitives with the same promotion rules being applied to them. So, I guess the question I have is would this be something that could be useful? And if so, what sorts of common tasks would you want templated out for ease of use? I'm working on the assumption that just having the promotion templates alone would be insufficient for practical adoption. Incidentally, Boost has something similar in its math/tools/promotion header, but it's really more for getting values ready to be passed to the standard C math functions (that expect either 2 ints or 2 doubles) and bypasses all of the integral types. Is something that simple preferable to having complete control over how your objects are being converted? TL;DR: What sorts of helper templates would you expect to find in an arithmetic promotion header beyond the machinery that does the promotion itself?

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• Duplicate of Certificate Templates does not appear in Certificate Template to Issue

  - by Sean

  I'm following what should be simple instructions to enable LDAP SSL on our domain controller (instructions here). Duplicating the Kerberos certificate is successful however, when attempting to select "Certificate Template to Issue", the created certificate does not appear. What gives? A long time ago, I actually completed this step on a now decommissioned DC with no problem. Our environment is Windows Server 2008 Standard, and we have two domain controllers. Only one has the role of certificate authority. I look forward to any help here, thank you ahead of time.

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• Fetching templates via API. Who provides this service?

  - by Guandalino

  I'm mainly a server side developer. I'm not a designer, even if I understand web layouts, grids, CSS, typography, valid markup, etc. and I'm able to do some graphic work too (almost). It just takes a lot of time and the result is not always beautiful. I know there are tons of website templates sites out there, and I'd like to use their designs as a starting point for my customers' works, giving them the possibility to choose the design they like more. I'd just prefer to show the templates catalog to customers from within my site, fetching templates info (screenshots, description, etc) from a remote server using an API. TemplateMonster.com provides, or provided, such API. But the service responds with "Unauthorized usage". Are there other sites offering this kind of retrieval service?

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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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