Microsoft.SPOT.Native

Constitutes the base class that you use to create and work with basic encryption keys.

Encrypts data in a specified byte array, starting at a specified offset and encrypting a specified amount of data.

The specified byte array containing encrypted data. The byte array that contains the data to be encrypted. An offset into the specified byte array, locating the start of the data to be encrypted. The number of bytes of data to be encrypted, starting from the specified offset. The initialization vector. You use this parameter to encrypt the first block of data in a cipher block chain.

Decrypts data in a specified byte array, starting at a specified offset and decrypting a specified amount of data.

The specified byte array containing decrypted data. The byte array that contains the data to be decrypted. An offset into the specified byte array, locating the start of the data to be decrypted. The number of bytes of data to be decrypted, starting from the specified offset. The initialization vector. You use this parameter to decrypt the first block of data in a cipher block chain.

Gets the signature associated with the current key.

The signature associated with the current key.

Performs simple symmetric encryption and decryption of data, using the Extended Tiny Encryption Algorithm (XTEA) in the cipher-block chaining (CBC) mode with ciphertext stealing.

Encrypts data in a specified byte array, starting at a specified offset and encrypting a specified amount of data.

The specified byte array containing encrypted data. The byte array that contains the data to be encrypted. An offset into the specified byte array, locating the start of the data to be encrypted. The number of bytes of data to be encrypted, starting from the specified offset. The initialization vector. You use this parameter to encrypt the first block of data in a cipher block chain.

Decrypts data in a specified byte array, starting at a specified offset and decrypting a specified amount of data.

The specified byte array containing decrypted data. The byte array that contains the data to be decrypted. An offset into the specified byte array, locating the start of the data to be decrypted. The number of bytes of data to be decrypted, starting from the specified offset. The initialization vector. You use this parameter to decrypt the first block of data in a cipher block chain.

Returns a string that represents the system indentifier.

A string that represents the system indentifier. The current region number. The hardware number or system model number, or both.

Initializes a new instance of the class with the specified key data.

The encryption key data.

Specifies the size of the current encryption key, in bytes.

Specifies the size of the signature for the current encryption key, in bytes.

Gets the signature associated with the current encryption key.

The signature associated with the current encryption key.

Performs asymmetric encryption and decryption of data, using the RSA algorithm.

Encrypts data from a specified byte array, starting at a specified offset and encrypting a specified amount of data.

The specified byte array containing encrypted data. The byte array that contains the data to be encrypted. The offset into the specified byte array, locating the start of the data to be encrypted. The number of bytes of data to be encrypted, starting from the specified offset. The initialization vector. You use this parameter to encrypt the first block of data in a cipher block chain.

Decrypts data from a specified byte array, starting at a specified offset and decrypting a specified amount of data.

The specified byte array containing decrypted data. The byte array that contains the data to be decrypted. The offset into the specified byte array, locating the start of the data to be decrypted. The number of bytes of data to be decrypted, starting from the specified offset. The initialization vector. You use this parameter to decrypt the first block of data in a cipher block chain.

Verifies the specified signature data by comparing it with the signature computed for the specified signed data.

true if the signature was verified as valid; otherwise, false. The signed data you want to compare the specified signature with. The offset into the specified data array, locating the start of the data to be verified. The length of the data to be compared, in bytes. The signature data to be verified. The offset into the signature data array, locating the start of the signature. The length of the specified signature, in bytes.

Initializes a new instance of the class.

The modulus parameter for the RSA algorithm key. The exponent parameter for the RSA algorithm key.

Specifies the size of the current encryption key, in bytes.

Specifies the size of the signature for the current encryption key, in bytes.

Gets the signature associated with the current key.

The signature associated with the current key.

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Provides a set of methods and properties that help you debug your code.

Prints a message (followed by the current line terminator) to the standard output stream.

The message to be printed to the standard output stream.

Runs garbage collection, a service that automatically reclaims unused computer memory.

The amount of free (unused) memory, in bytes. A Boolean value that specifies whether garbage collection should be forced.

Prints all available heap information to the standard output stream.

Prints all available stack information to the standard output stream.

Prints performance counter information to the standard output stream.

Prints the data for a specified buffer to the standard output stream.

An array containing the bytes of buffer data. A Boolean value that specifies whether to compute and print the cyclic redundancy check (CRC) for each row of data. A Boolean value that specifies whether to print the memory offset address for each row of data.

Causes a break in execution if the specified assertion (condition) evaluates to true.

The condition to be evaluated. If the return value is true, program execution stops.

Causes a break in execution if the specified assertion (condition) evaluates to true.

The condition to be evaluated. If the return value is true, program execution stops. The text to be displayed if the assertion is true.

Causes a break in execution if the specified assertion (condition) evaluates to true.

The condition to be evaluated. If the return value is true, program execution stops. The text to be displayed if the assertion is true. The detailed message to be displayed if the assertion is true.

Provides methods for combining and removing "weak" delegates.

This class cannot be inherited. When instances of the class are created, the object references in the delegate list are treated like objects. This means that these object references are prone to garbage collection even if they are still targets in the list of delegates. When such object references are collected as garbage, they are automatically removed from the list of delegates.

Concatenates the invocation lists of two multicast (combinable) delegates.

A new combinable delegate with an invocation list that concatenates the invocation lists of the a and b parameters, in that order. If b is a null reference, this method returns a. If a is a null reference, this method returns b. If both a and b are null references, this method returns null. The combinable delegate whose invocation list comes first. The combinable delegate whose invocation list comes second.

Removes the invocation list of a specified delegate from the invocation list of another specified delegate.

A new delegate with an invocation list formed by taking the invocation list of the a parameter and removing the invocation list of the b parameter, if b's invocation list is found in a's invocation list. If b is a null reference, or if b's invocation list is not found in a's invocation list, this method returns a. If b's invocation list is equal to a's invocation list, or if b is a null reference, this method returns null. The delegate from which you want to remove the invocation list. The delegate that supplies the invocation list you want to remove from the delegate specified in a.

Creates and initializes an instance of the class.

The exception that is thrown when an action is attempted that violates a constraint.

When a ConstraintException exception is caught, if the object that caused this exception has not been uninstalled, the catch block implementation has a small additional amount of time during which to handle the exception. If this takes too long, the exception is rethrown automatically.

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Provides a method you can use to require a thread to complete an operation within specific constraints.

Creates a subthread within the calling thread, containing a constraint that requires the calling thread to complete an operation within a specified time period and at a specified priority level.

The number of clock ticks before a ConstraintException exception is thrown. Note that the value -1 in this parameter indicates that the current constraint exception is to be uninstalled. The priority level of the calling thread. If the specified time period expires before the thread has completed the operation, a ConstraintException exception is thrown. Note that the time you set in the timeout parameter is standard clock time, not thread execution time. You can raise the priority level only for threads that already have a priority level higher than 0 (zero). The timeout parameter is less than -1. The system is unable to identify the thread that is installing this constraint. The thread installing this contraint does not own the subthread that the constraint applies to.

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Stores information that is unique to each individual hardware system (device).

You can use this information to write conditional code that is dependent on a specific runtime environment.

Gets a value that represents an original equipment manufacturer (OEM).

A value that represents an OEM.

Gets a value that represents a product model.

A value that represents a product model.

Gets a value that represents a product's stock-keeping unit (SKU).

A value that represents a product's SKU.

Gets a value that represents a product network identifier (ID).

A value that represents a product network ID.

Provides a collection of helper functions you can use to configure settings for security, collections, driver manipulation, time, and idle CPU usage.

This class cannot be inherited.

Computes a cyclic redundancy check (CRC) from the specified byte array buffer.

A CRC value. A buffer of data from which the CRC is computed. The offset from the beginning of the specified array to the beginning of the data to be checked. The number of bytes of data to be checked, starting from the offset. The value -1 indicates that all data in the buffer starting from the offset is to be checked. A seed for the CRC calculation. This method uses the IEEE 802.3 CRC-32 Zmodem protocol to compute the CRC.

Decodes a Reed Solomon (RS) encoded byte array.

The number of decode errors. A Reed-Solomon encoded byte array. The number of parity bytes contained in the buffer. The parity bytes are at the end of the buffer.

Extracts a value from a byte array, using the specified position and size of the data objects in the array.

The value extracted from the byte array. The array of data from which you want to extract a value. The position of the data you want to extract from the array. The size of the data objects you want to extract from the the array, in bytes. Valid arguments for this parameter are 1, 2, and 4.

Inserts a value at a specified position in a byte array.

The array into which you want to insert the specified value. The position in the array where you want to insert the specified value. The size of the data objects contained in the array, in bytes. Valid arguments for this parameter are 1, 2, and 4. The value you want to insert into the array. This method overwrites existing data in the array.

Extracts a linear section of data from a byte array.

The byte array that contains the extracted data. The byte array of data. The offset from the beginning of the byte array to the target data. The amount of data you want to extract, in bytes.

Combines all of the data fom two arrays of bytes into one array.

A new array of bytes that contains two specified arrays. The first array you want to combine with another array. The second array you want to combine with another array. This method combines two arrays by appending the second array at the end of the first array.

Combines ranges of data from two arrays of bytes into one array.

A new array of bytes that contains the specified ranges of data from two specified arrays. The first array whose data you want to combine with data from another array. The offset from the beginning of the first array to the target data. The amount of data you want to extract from the first array, in bytes. The second array whose data you want to combine with data from another array. The offset from the beginning of the second array to the target data. The amount of data you want to extract from the second array, in bytes. This method combines data from two arrays by inserting the specified data from the second array after the specified data from the first array.

Sets the system to the local time.

The new (local) date and time. This method only sets the local time. It does not set the machine time.

Gets the machine time (system time).

The system time. The system time is a time span specifying how much time has elapsed since the last reboot.

Gets the time of the last system boot.

The time of the last system boot. This method returns the number of system clock ticks that have occurred since the last time the device booted.

Causes a sound to be emitted from the piezo speaker.

The frequency of the sound that is emitted, in hertz (Hz). The duration of the sound that is emitted, in milliseconds (ms).

Controls the backlight hardware feature.

A value that turns the backlight on (true) or off (false).

Queries the system to see whether a specified hardware feature is available.

true if the specified feature is available; otherwise, false. The unique string (ID) that identifies the feature you want the system to check for.

Invokes driver methods through a lookup table of driver commands.

The return value from the invoked driver method, in object format. A string that represents a driver indentifier (ID). A string that represents a command indentifier (ID). An array of objects to be passed as arguments to the command.

Places the system in hibernation mode.

An application should attempt to release as many resources as possible before going into hibernation mode. It does this by releasing user interface elements, turning off unnecessary peripherals, or freeing up as much local storage as possible without changing the internal state.

Pauses execution of a program and waits for the CPU to become idle.

true if the CPU becomes idle within the time-out period; otherwise, false. The expected amount of time, in clock ticks, for the work item you call this method for to be completed. The amount of time you want the system to wait for an idle CPU, in clock ticks. You should call this method for applications that have low-priority tasks that can be processed in the background when the CPU becomes idle. For example, you might use this method for a program requiring non-time-critical information that it downloads through a network connection.

Provides methods and properties for managing logged data.

This class cannot be inherited. The use of this class is currently not supported and is not recommended.

Erases all objects (log records).

Adds a object (log record) at the end of the list of log records.

The log record you want to add at the end of the list. When the flash sectors in which the log is stored are full, this method deletes and replaces the oldest data. The use of this class is currently not supported and is not recommended.

Gets a object (log record) from the zero-based list of log records.

A log record. The index number of the log record you want to retrieve. The use of this class is currently not supported and is not recommended.

Gets the number of objects (log records) in the current list of records.

The number of log records in the current list of records. The use of this class is currently not supported and is not recommended.

Provides static methods for common mathematical functions.

Gets the cosine of the specified angle.

The cosine of the specified angle, multiplied by 1000. An angle, measured in degrees.

Gets the sine of the specified angle.

The sine of the specified angle, multiplied by 1000. An angle, measured in degrees.

Sets a random starting point for random number generation.

Generates a pseudorandom number.

A pseudorandom number. A modulo to apply to the pseudorandom number that is generated. Note that the generated number is greater than or equal to 0 (zero) and less than the modulo.

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Defines a set of flags that indicate various attributes of a serialization (serialized object).

A value indicating that the serialized object is encrypted. This flag is not currently implemented.

A value indicating that the serialized object is compressed. This flag is not currently implemented.

A value indicating that the serialized object can be skipped if it cannot be deserialized. This flag is not currently implemented.

A value indicating that the pointer to the serialized object is never null.

A value indicating that the elements in the serialized object are never null.

A value indicating that the serialized object can only be an instance of the specified class, and not an instance of a derived class.

This flag is not currently implemented.

Indicates that a particular serializable object has known attributes and methods of serialization.

Because these attributes are known, the attribute and method information will not be serialized, thus saving storage space and data transfer memory.

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Contains flags that describe the serialization of the current object.

Specifies the size of a particular serialized array.

A value of -1 for the array size indicates that the array extends to the end of the stream.

Specifies the number of bits in which the current object is bit-packed.

Specifies the range bias adjustment for a particular serialized value.

This is the calculated middle range in which the serialized value should reside.

Specifies the scale adjustment for a particular serialized value.

For time values, this property is measured in clock ticks.

Sets a field such that there can be no reflection it.

Constructs a object.

Indicates that a particular method is globally synchronized.

Applying this attribute to a method provides concurrency protection.

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Indicates that an application should be published in its application directory.

Creates and initializes a new instance of the class.

The exception that is thown when an error occurs because of an unknown type.

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Contains a reference to the unknown type that caused the current exception.

Provides information about assemblies and the types defined within them, as well as information about creating, invoking, and accessing type instances at run time.

Gets the System.Type objects (types) that implement the specified interface.

An array of types. The type of the interface you want to search for.

Indicates whether a specified type is loaded.

true if the specified type is loaded; otherwise, false. The type you want to check for.

Gets the hash attribute for a specified type.

The hash attribute that represents the specified type. The type you want to retrieve the hash attribute from.

Retrieves the hash attribute from a specified assembly.

The hash attribute that represents the specified assembly. The assembly you want to retrieve the hash attribute from.

Gets a System.TimeSpan value that represents the time at which the specified assembly was last used.

The time at which the specified assembly was last used. The specified assembly.

Gets the assembly that is designated as a patch for the specified assembly.

The patch assembly for the specified assembly. The specified assembly.

Gets all known assemblies.

An array containing all known assemblies.

Get an object from a byte array that represents a specified assembly.

true if the AssemblyInfo object contains valid data extracted from the byte array; otherwise, false. The byte array that represents the specified assembly. The assembly to be populated with data extracted from the byte array.

Gets the type that uses the specified hash attribute.

The type that corresponds to the specified hash attribute. The hash attribute for the specified type.

Gets the assembly with the specified hash attribute.

The assembly with the specified hash attribute. The hash attribute for the assembly you want to get.

Serializes an object of the specified type to a byte array of data.

A byte array containing data that represents the serialized object. The object you want to serialize. The type of the object you want to serialize. This parameter can be a null reference.

Deserializes a byte array of data into an object of the specified type.

The deserialized object represented by the byte array. A byte array containing data that represents the serialized object. The type of the object to be deserialized. This should be a null reference if the array in the v parameter contains that type.

Creates and initializes a new instance of the class.

Defines an AssemblyInfo object (an assembly), which is a self-describing building block of a common language runtime (CLR) application.

Creates and initializes a new instance of the class.

Contains the name of the current assembly.

Contains flags that describe the current assembly.

Specifies the size of the current assembly.

Contains the assembly hash attribute, which is a unique identifier for the current assembly.

Contains an array of references to assemblies that the current assembly is dependent on.

Contains a flag stating that after the current assembly is installed, the device must be rebooted.

Contains a flag stating that the current assembly is a patch for another assembly.

Helps .NET Micro Framework applications manage resources.

Gets the value of a specified resource for the current system culture.

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Sets the information for the current system culture.

The object that contains the information for the current system culture.

Retrieves the string representations of the specified resources.

The string representations of the specified resources. The resource manager that contains the specified resources. An enumerated value that specifies the type of the resources for which you want to get the string representations.

Retrieves the string representation of a specified resource.

The string representation of the specified resource. The resource manager that contains the specified resource. An enumerated value that indicates the type of the specified resource. The index number of the resource (in the resource manager's resource collection) for which you want to get the string representation.

Constructs a object.

Provides the set of time zones that are available for .NET Micro Framework applications.

The current time zone ID

The network-provided time zone

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Samoa

Hawaii

Alaska

Pacific

Arizona

Mountain

Central America

Central

Saskatchewan

Mexico City

Indiana

Bogota

Eastern

Caracas

Santiago

Atlantic

Newfoundland

Brasilia

Greenland

Buenos Aires

Mid-Atlantic

Cape Verde

Azorec

Casablana

GMT, or Greenwich Mean Time (also known as UTC, or Coordinated Universal Time)

London

West Central Africa

Prague

Warsaw

Paris

Berlin

Cairo

Jerusalem

Pretoria

Bucharest

Helsinki

Athens

Riyadh

Nairobi

Moscow

Baghdad

Tehran

Baku

Kabul

Abu Dhabi

Yekaterinburg

Islamabad

New Delhi

Kathmandu

Astana

Sri Lanka

Almaty

Yangon

Bangkok

Krasnoyarsk

Beijing

Malayisia

Taipei

Perth

Ulaanbataar

Seoul

Tokyo

Yakutsk

Darwin

Adelaide

Sydney

Brisbane

Hobart

Guam

Vladivostok

Magdan

Fiji Islands

New Zealand

Tonga

The first time zone ID

The last time zone ID

The total number of time zone IDs

The first resource string

Sets or gets the current system time for the device.

Constructs a object.

Specifies the year associated with a particular object.

Specifies the month associated with a particular object.

Specifies the day of the week associated with a particular object.

Specifies the day associated with a particular object.

Specifies the hour associated with a particular object.

Specifies the minute associated with a particular object.

Specifies the second associated with a particular object.

Specifies the milliseconds associated with a particular object.

Contains information describing a specific time zone.

Constructs a object.

Specifies the current bias for local time translation on this operating system, in minutes.

The bias is the difference, in minutes, between Coordinated Universal Time (UTC) and local time. All translations between UTC and local time are based on the following formula: UTC = local time + bias

Contains a description of standard time.

This string can be a full text description, an abbreviated description, or an acronym. For example, you could denote Eastern Standard Time as "EST". Note that this string can be empty.

Contains a date and a local time when the transition from daylight saving time to standard time will occur on this operating system.

If a particular time zone does not support daylight saving time, or if the caller needs to disable daylight saving time, the field in the object must be 0 (zero). If this date is specified, the field in the current object must also be specified. Otherwise, the system assumes that the time zone data is invalid and no changes are applied. To select the correct day in a particular month, set the SystemTime object's member to 0 (zero), set the and members to the transition time, set the member to the appropriate day of the week, and set the member to indicate the sequential occurrence of the specified day of the week within the specified month (that is, the first, second, third, fourth, or fifth occurrence of that day of the week in that month). Using the following syntax, you can specify 2:00 a.m. on the first Sunday in each April: Hour = 2, Month = 4, DayOfWeek = 0, Day 1. Similarly, you can specify 2:00 a.m. on the last Thursday in each October as follows: Hour = 2, Month = 10, DayOfWeek = 4, Day = 5.

Specifies the bias value to be used for local time translations that occur during standard time in a particular time zone.

This field is ignored if a value has not been set.

Contains a description of daylight saving time.

This string can be a full text description, an abbreviated description, or an acronym. For example, you could denote Pacific Daylight Time as "PDT". Note that this string can be empty.

Specifies a date and a local time when the transition from standard time to daylight saving time will occur on this operating system.

If a particular time zone does not support daylight saving time, or if the caller needs to disable daylight saving time, the field in the object must be 0 (zero). If this date is specified, the field in the current object must also be specified. Otherwise, the system assumes that the time zone data is invalid and no changes are applied. To select the correct day in a particular month, set the SystemTime object's member to 0 (zero), set the and members to the transition time, set the member to the appropriate day of the week, and set the member to indicate the sequential occurrence of the specified day of the week within the specified month (that is, the first, second, third, fourth, or fifth occurrence of that day of the week in that month).

Specifies the bias value to be used for local time translations that occur during daylight saving time in a particular time zone.

This field is ignored if a value has not been set.

Represents a time zone.

Finds the coordinated universal time (UTC) offset for the specified local time.

The local time for which you want the UTC offset, measured in clock ticks. The local date and time.

Returns a time zone for a specified time zone ID.

A System.TimeZone value set to the time zone ID provided. The ID of the time zone you want to get.

Sets the time zone.

The time zone you want to set the device system to.

Sets the time offset.

The amount of time you want to set the device system time ahead of the true time, in minutes.

Synchronizes the device system time with the network time, if the device system currently has a network connection.

A System.TimeSpan value that is set to the difference between the network time and the device system time. The UTC time obtained from the network. The device system time. The ID of the time zone you want to synchronize to.

Sets the extended information for a particular time zone.

The extended information for a particular time zone.

Finds the daylight saving time period for a specified year.

A System.Globalization.DaylightTime value that contains the start and end dates for daylight saving time in the specified year. The year to which the daylight saving time period applies.

Specifies the number of clock ticks equal to the DateTime value of 2003/01/01 00:00:00.

Gets the standard name for a particular time zone.

The standard name for a particular time zone.

Gets the daylight saving time name for a particular time zone.

The daylight saving time name for a particular time zone.

Gets the ID of a particular time zone.

The ID of a particular time zone.

Provides a mechanism for executing methods at specified intervals or on specific events.

Releases all resources used by the current instance of the class.

Overloaded. Changes the start time and the interval between method invocations for a timer.

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Overloaded. Changes the start time and the interval between method invocations for a timer

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Overloaded. Changes the start time and the interval between method invocations for a timer.

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Gets the System.TimeSpan value of the last expiration of the current timer.

The System.TimeSpan value of the last expiration of the current timer.

Defines the various timer events that are available in the .NET Micro Framework.

An event that occurs on a change in seconds.

An event that occurs on a change in minutes.

An event that occurs on a change in hours.

An event that occurs on a change in days.

An event that occurs on a change in time zones.

An event that occurs at a specified time.

Represents an extended weak reference, which references an object but still leaves it prone to garbage collection.

When the object referred to by the extended weak references has no live references to it, it will be stored in a serialized format. Thus, the target of an ExtendedWeakRefernence object must be serializable. You use a selector and an identifier to identify a group of one or more weak references. The selector should be a type known only to the user of the ExtendedWeakReference object. Note that you can use the same selector with multiple IDs to create groups of ExtendedWeakReference objects.

Recovers a specific object.

A weak reference, or a null reference if there are no more weak references to be recovered. The type associated with the weak reference you want to recover. The ID associated with the weak reference you want to recover. You can call this method multiple times to recover all of the weak references associated with a specific type or ID.

Flags an object as a candidate for recovery after the device reboots or powers down and restarts.

Attempts to recover a specific object, and creates a new instance of this class if the recovery attempt fails.

The weak reference you specified, or a null reference if the recovery attempt failed. The type associated with the weak reference you want to recover. The ID associated with the weak reference you want to recover. The flags for the new ExtendedWeakReference object that will be created if the one you specified is not recovered. The weak reference you specified, or a null reference if the recovery attempt failed.

Initializes a new instance of the class, referencing a specified object.

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Contains a flag specifying that the current weak reference will be recoverable after the device reboots.

Contains a flag specifying that the current weak reference will be recoverable after the device powers down and restarts.

Gets the selector for the current object.

The selector for the current weak reference.

Gets the ID associated with the current object.

The ID for the current weak reference.

Gets the flags specifying the states from which the current weak reference should be recoverable.

The recovery flags for the current weak reference.

Gets or sets the priority level for the current object.

The higher the value, the higher the priority level.

Defines a set of constants available for prioritizing extended weak references.

Data that can be safely thrown away.

Data that is nice to have, but not critical.

Data that is important, but not critical.

Critical data.

System data that is mandatory for basic operation.

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