asp.net mvc qr code ASP.NET Configuration in C#

Drawing QR Code in C# ASP.NET Configuration

3 ASP.NET Configuration
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minWorkerThreads. These values determine the lower bound that, when reached, cause ASP.NET to queue successive requests. A new request for a worker process is queued when fewer than the minWorkerThreads free threads are counted. The same happens for I/O threads.
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Process Model and IIS 7.x Integrated Mode
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ASP.NET uses threads differently when an application is hosted in an application pool running under IIS 7 in integrated mode. The biggest difference is that by default ASP. NET counts and keeps under control the number of concurrent requests instead of the number of concurrent threads. Is this really different The two quantities are the same except when asynchronous requests are present. Asynchronous requests, in fact, might be pending without blocking an ASP.NET thread. As a result, you can have far more requests than threads. You can still use the settings for threads exposed by the <processModel> section, but they are just ignored in integrated mode. How can you configure the maximum number of concurrent requests per CPU A new configuration file has been added that supports an extra section named <applicationPool>. The new configuration file is aspnet.config and is available in the .NET Framework folder. For ASP.NET 4, it is \microsoft.net\framework\v4.0.30319 under the Windows folder. You can add the following section:
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<system.web> <applicationPool maxConcurrentRequestsPerCPU="5000" maxConcurrentThreadsPerCPU="0" requestQueueLimit="5000" /> </system.web>
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The requestQueueLimit value specified in aspnet.config is the same as in <processModel> and will override any value you assign at the machine.config level. Note that in integrated mode any requests are handed to ASP.NET by IIS for mere execution. When this happens, a thread switch occurs from the IIS thread to a CLR thread. If you set maxConcurrencyRequestPerCPU to 0, the request will execute on the IIS I/O thread, without switching to a CLR thread. This is not a recommended approach because it could slow down the application when it comes to serving static resources. If you have IIS threads engaged in dynamic (and likely lengthier) requests, there are more chances that at peak times no threads are left to serve simpler requests. In integrated mode, ASP.NET defaults to counting requests instead of threads. You can change this behavior by tweaking the values of maxConcurrencyRequestsPerCPU and maxConcurrencyThreadsPerCPU. You can also set both to nonzero values, in which case ASP.NET will manage to honor both of your settings.
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Part I The ASP.NET Runtime Environment
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The <profile> Section
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The <profile> section is used to configure storage and layout of the user-profiling feature. Basically, each user can be assigned a set of properties whose values are loaded and persisted automatically by the system when the request begins and ends. A profile provider takes care of any I/O activity using a particular data store. The default profile provider, for example, uses the AspNetDb.mdf file and SQL Server Express. The <profile> section has the following schema:
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<profile enabled="true|false" inherits="fully qualified type reference" automaticSaveEnabled="true|false" defaultProvider="provider name"> <properties>...</properties> <providers>...</providers> </profile>
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The enabled attribute indicates whether user profiles are enabled. The default value is true. The set of properties that is associated with each authenticated user is defined in the <properties> child element:
<profile> <properties> <add name="BackColor" type="string" /> <add name="ForeColor" type="string" /> </properties> </profile>
Table 3-13 lists the attributes allowed on the Profile property.
TABLE 3-13
Attributes of the Profile Property
Description
Allows storing values for anonymous users. It s false by default. Contains data for a custom profile provider. Indicates the default value of the property. Name of the property. Name of the provider to use to read and write the property. Specifies whether the property value is read-only. It s false by default. Indicates how to serialize the value of the property. Possible values are Xml, Binary, String, and ProviderSpecific. The .NET Framework type of property. It is a string object by default.
Attribute
allowAnonymous customProviderData defaultValue name provider readOnly serializeAs type
All properties are packaged in a dynamically created class that is exposed to user code through the Profile property on the HttpContext object. The Inherits attribute allows you to define the base class of this dynamically created profile class. The automaticSaveEnabled
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