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In F#, operators are defined by libraries rather than built into the language. This module contains some of the language s operators. It also contains some useful operators such as functions, and it is these that I ll be covering here. The module is open by default, which means the user can use these functions with no prefix. Specifically, I will cover the following types of functions: Arithmetic operators: Operators for basic arithmetic operations such as addition and subtraction. Floating-point arithmetic functions: More advanced arithmetic functions including logarithms and trigonometry. Mutable integer functions: Functions on mutable integers. Tuple functions: Functions on tuples. Conversion functions: Functions for converting between primitive types, such as strings, floats and integers.

This command can be used to remove the entries for an application profile from the OCR. The syntax for the crs_unregister command is crs_unregister resource_name [...] [-q] For example, to remove the entries for the HAFDemo application from the OCR, use the following: [oracle@londoni oracle]$ crs__unregister hafdemo

The crsgetperm command prints the current permissions for a resource. The syntax for this command is crs_getperm resource_name [-u user|-g group] [-q] To print all permissions for the resource, for example, use the following: [oracle@londoni oracle]$ crs_getperm hafdemovip Name: hafdemovip owner:root:rwx,pgrp:oinstall:rwx:rwx,other::r--,:user:oracle:r-x, and to print permissions for a specific user, use [oracle@londonl oracle]$ crs^getperm hafdemovip -u oracle Name: hafdemovip r-x Print permissions for a specific group as follows: [oracle@londonl oracle]$ crs_getperm hafdemovip -g oinstall Name: hafdemovip rwx

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The number of concurrent users that the installation can support will increase by adding more nodes to the various tiers In the chapters that follow on each application component, there are indications of what CPU and memory resources user sessions require Clearly, adding more resources will increase the maximum capacities before performance begins to degrade Depending on the platform chosen, adding nodes may be more cost-effective than adding more hardware resources to an existing node Adding nodes may also get around certain bottlenecks inherent in the architecture of the product An example of how additional nodes may be more effective than adding hardware to one node is the scalability of the Oracle database instance There are points of serialization, such as the generation of redo data that can only be avoided by converting the database from single-instance to a RAC (Real Application Clusters) environment, which requires at least two nodes.

The crssetperm command allows you to modify the permissions for a resource. You can assign permissions to the owner (user), users belonging to the primary group (group), and users belonging to other groups (other). Permissions include read (r), write (w), and execute (x). The crs_setperm command has four options: Update permissions Delete permissions Change the owner of the resource Change the primary group of the resource Update Permissions This option allows you to set permissions for a resource. The syntax of this option is crs_setperm resource_name -u aclstring [-q] where aclstring is one of the following: user:<username>:<permission> group:<groupname>:<permission> other::<permission>

and permission is an ordered string containing rwx for read, write, and execute permissions if those permissions are granted or hyphens in the same positions if they are not granted: [oracle#londonl oracle]$ crs^setperm hafdemo -u user:oracle:rwx [oracle^londonl oracle]$ crs^setperm hafdemo -u group:oinstalltr-x [oracle^londonl oracle]$ crs_setperm hafdemo -u other::r-Delete Permissions This option allows you to revoke permissions for a resource using the following syntax: crs_setperm resource_name -x aclstring [-q] See the preceding create option for the syntax of the aclstring. For example, to remove write and execute permissions from other users, use the following: [oracle@londonl oracle]$ crs_setperm hafdemo -x other::-wx Change the Owner of the Resource The syntax for the command to change the resource's owner follows: crs_setperm resource^name -o user_name [-q] For example, to set the owner of the H F e o application to root, use A Dm [oracleglondonl oracle]$ crs_setperm hafdemo -o root Change Primary Group of Resource The syntax for this command is crs_setperm resource_name -g group_name [~q] For example, to set the primary group of the H F e o application to oinstall, run A Dm [oracle@londoni oracle]$ crs_setperm hafdemo -g oinstall

As already covered in 2, F# operators can be defined by the programmer, so all the arithmetic operators are defined in the Operators module rather than built into the language Therefore, the majority of operators that you will use in your day-to-day programming in F# are defined in the Operators module I imagine that operators such as + and need little explanation, since their usage is straightforward: let x1 = 1 + 1 let x2 = 1 1 By default, F# operators are unchecked, which means that if a value is too big then it will wrap Therefore, this is the value that will become the smallest possible value, rather than causing an error If you would prefer to use checked operators that raise an exception when a value overflows you can do so by opening the MicrosoftFSharpCoreOperatorsChecked: open MicrosoftFSharpCoreOperators.

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