Replace GraalVM Enterprise with Oracle GraalVM across documentation.

Author: LesiaChaban

SECURITY.md

@@ -1,12 +1,12 @@
 # Reporting Security Vulnerabilities
 
-The GraalVM team values the independent security research community and believes that responsible disclosure of security vulnerabilities in GraalVM Community Edition as well as GraalVM Enterprise Edition helps us ensure the security and privacy of all our users.
+The GraalVM team values the independent security research community and believes that responsible disclosure of security vulnerabilities in GraalVM helps us ensure the security and privacy of all our users.
 
 If you believe you have found a security vulnerability, please submit a report to [email protected] preferably with a proof of concept. Please refer to [Reporting Vulnerabilities](https://www.oracle.com/corporate/security-practices/assurance/vulnerability/reporting.html) for additional information including our public encryption key for secure email. We ask that you do not contact project contributors directly or through other channels about a report.
 
 ### Security Updates, Alerts and Bulletins
 
-GraalVM Community Edition security updates will be released on a quarterly basis in conjunction withe GraalVM Enterprise Edition security updates that are part of the Oracle Critical Patch Update program. Security updates are released on the Tuesday closest to the 17th day of January, April, July and October. A pre-release announcement will be published on the Thursday preceding each Critical Patch Update release. For additional information including past advisories, please refer to [Security Alerts](https://www.oracle.com/security-alerts/).
+GraalVM Community Edition security updates will be released on a quarterly basis in conjunction with the Oracle GraalVM security updates that are part of the Oracle Critical Patch Update program. Security updates are released on the Tuesday closest to the 17th day of January, April, July and October. A pre-release announcement will be published on the Thursday preceding each Critical Patch Update release. For additional information including past advisories, please refer to [Security Alerts](https://www.oracle.com/security-alerts/).
 
 ### Security-Related Information
 

docs/graalvm-as-a-platform/implement-language.md

@@ -78,10 +78,9 @@ To see assembly code for the compiled functions, run:
 
 ## Dump Graphs
 
-To investigate performance issues, we recommend the [Ideal Graph Visualizer (IGV)](../tools/ideal-graph-visualizer.md) -- an essential tool for any language implementer building on
-top of **Oracle GraalVM Enterprise Edition**.
-It is available as a separate download on the [Oracle Technology Network Downloads](https://www.oracle.com/downloads/graalvm-downloads.html) page.
+To investigate performance issues, we recommend the [Ideal Graph Visualizer (IGV)](../tools/ideal-graph-visualizer.md) -- an essential tool for any language implementer building on top of GraalVM.
 
+It is available as a separate download on the [Oracle Technology Network Downloads](https://www.oracle.com/downloads/graalvm-downloads.html) page.
 
 1. Unzip the downloaded package, enter the `bin` directory and start IGV:
 ```shell
@@ -99,6 +98,7 @@ To start debugging the SimpleLanguage implementation with a Java debugger, pass
 ```shell
 ./sl -debug language/tests/HelloWorld.sl
 ```
+
 Then attach a Java remote debugger (like Eclipse) on port 8000.
 
 ## SimpleLanguage Component for GraalVM

docs/guides/guides.md

@@ -24,11 +24,10 @@ In order to follow the steps in this guide, you must have GraalVM installed.
 In case you do not have it installed, getting GraalVM  downloaded and ready-to-go should only take a few minutes.
 Choose your operating system and proceed to the installation steps:
 - [Linux](../getting-started/graalvm-community/linux.md)
-- [Linux AArch64](../getting-started/graalvm-community/linux-aarch64.md)
 - [macOS](../getting-started/graalvm-community/macos.md)
 - [Windows](../getting-started/graalvm-community/windows.md)
 
-For the purpose of this guide, GraalVM Enterprise based on Java 11 distribution for macOS platform is used.
+For the purpose of this guide, Oracle GraalVM based on Java 11 distribution for macOS platform is used.
 To ensure you have successfully installed GraalVM, verify it is available in the `PATH` environment variable and the `JAVA_HOME` points to it.
 ```shell
 echo $PATH

docs/introduction.md

@@ -52,8 +52,8 @@ It is a complete Java VM that includes all core components, implements the same
 
 ## Available Distributions
 
-GraalVM is available as **GraalVM Enterprise** and **GraalVM Community** editions and includes support for Java 11 and Java 17.
-GraalVM Enterprise is based on Oracle JDK while GraalVM Community is based on OpenJDK.
+GraalVM is available as **Oracle GraalVM** and **GraalVM Community Edition**.
+Oracle GraalVM is based on Oracle JDK while GraalVM Community Edition is based on OpenJDK.
 
 GraalVM is available for Linux and macOS on x86 64-bit and AArch64 systems, and for Windows on x86 64-bit architecture.
 Depending on the platform, the distributions are shipped as *.tar.gz* or *.zip* archives.
@@ -94,7 +94,7 @@ Runtimes:
 
 GraalVM Community Edition is open source software built from the sources available on [GitHub](https://github.com/oracle/graal) and distributed under [version 2 of the GNU General Public  License with the “Classpath” Exception](https://github.com/oracle/graal/blob/master/LICENSE), which are the same terms as for Java.
 Check the [licenses](https://github.com/oracle/graal#license) of individual GraalVM components which are generally derivative of the license of a particular language and may differ.
-GraalVM Community is free to use for any purpose and comes with no strings attached, but also no guarantees or support.
+GraalVM Community Edition is free to use for any purpose and comes with no strings attached, but also no guarantees or support.
 
 ## Features Support
 

docs/reference-manual/embedding/embed-languages.md

@@ -29,6 +29,7 @@ You can use the tabs beneath each code example to choose between JavaScript, R,
 Ensure you set up GraalVM before you begin.
 
 ## Compile and Run a Polyglot Application
+
 GraalVM can run polyglot applications written in any language implemented with the [Truffle language implementation framework](../../../truffle/docs/README.md).
 These languages are henceforth referenced as **guest languages**.
 
@@ -89,8 +90,7 @@ tab4type="java" tab4id="Function_Python" tab4name="Python" tab4path="embed/funct
  In this code:
 - `Value function` is a Java value that refers to a function.
 - The `eval` call parses the script and returns the guest language function.
-- The first assertion checks that the value returned by the code snippet can be
-executed.
+- The first assertion checks that the value returned by the code snippet can be executed.
 - The `execute` call executes the function with the argument `41`.
 - The `asInt` call converts the result to a Java `int`.
 - The second assertion verifies that the result was incremented by one as expected.
@@ -120,7 +120,7 @@ the resulting object. The result is then converted to a Java `int`
 using `asInt()`.
 - The next assert verifies that result has a value of `42`.
 - The `text` variable is initialized using the value of the member `text`,
- which is also converted to a Java `String` using `asString()`.
+which is also converted to a Java `String` using `asString()`.
 - The following assertion verifies the result value is equal to the
 Java `String` `"42"`.
 - Next the `arr` member that holds an array is read.
@@ -637,7 +637,7 @@ In this code:
 
 ## Polyglot Isolates
 
-On GraalVM Enterprise, a Polyglot engine can be configured to run in a dedicated `native-image` isolate.
+On Oracle GraalVM, a Polyglot engine can be configured to run in a dedicated `native-image` isolate.
 This experimental feature is enabled with the `--engine.SpawnIsolate` option.
 An engine running in this mode executes within a VM-level fault domain with its own garbage collector and JIT compiler.
 The fact that an engine runs within an isolate is completely transparent with respect to the Polyglot API and interoperability:

docs/reference-manual/embedding/sandbox-options.md

@@ -1,14 +1,14 @@
 ---
 layout: docs
 toc_group: embedding
-link_title: Enterprise Sandbox Resource Limits
+link_title: Sandbox Resource Limits
 permalink: /reference-manual/embed-languages/sandbox-resource-limits/
 ---
 
-## Enterprise Sandbox Resource Limits
+## Oracle GraalVM Sandbox Resource Limits
 
-GraalVM Enterprise provides the experimental Sandbox Resource Limits feature that allows for the limiting of resources used by guest applications.
-These resource limits are not available in the Community Edition of GraalVM.
+Oracle GraalVM provides the Sandbox Resource Limits feature that allows for the limiting of resources used by guest applications.
+These resource limits are not available in GraalVM Community Edition.
 The following document describes how to configure sandbox resource limits using options in GraalVM Polyglot API.
 
 In general all resource limit options are prefixed with `sandbox` option group and they can be listed using the help of any language launcher provided in GraalVM, e.g., `js --help:tools`.

docs/reference-manual/java-on-truffle/README.md

@@ -28,22 +28,12 @@ Java on Truffle is an experimental technology in GraalVM, but already passes the
 
 ## Install Java on Truffle
 
-To run Java on Truffle, you need to have [GraalVM installed](../../getting-started/graalvm-community/get-started-graalvm-community.md).
 The Java on Truffle runtime is not available by default, but can be easily added to GraalVM using the [GraalVM Updater tool](../graalvm-updater.md).
-
-For GraalVM Community Edition users, run the following command to install Java on Truffle from the GitHub catalog:
 ```shell
 gu install espresso
 ```
 
 The installable's name, `espresso`, is the project code-name, it is used to avoid ambiguity with the other ways Java code can run on GraalVM.
-
-For GraalVM Enterprise Edition users, download  Java on Truffle from [Oracle GraalVM Downloads](https://www.oracle.com/downloads/graalvm-downloads.html).
-Having downloaded the appropriate JAR file in consideration of the operating system and underlying Java SE version, install it with:
-```shell
-gu install -L espresso.jar
-```
-
 It installs the `jvm` runtime library under the `$JAVA_HOME/lib/truffle/` location.
 
 ## Run Java on Truffle

docs/reference-manual/java/Operations.md

@@ -14,7 +14,7 @@ That is, it is first interpreted before its hot methods are compiled.
 This can translate into slightly longer times until the application reaches peak performance when compared to the native compilers in the JVM such as C1 and C2.
 
 To address the issue of taking longer to reach to peak performance, **libgraal** was introduced -- a shared library, produced using [Native Image](../native-image/README.md) to ahead-of-time compile the compiler itself.
-That means the GraalVM Enterprise compiler is deployed as a native shared library.
+That means the Oracle GraalVM compiler is deployed as a native shared library.
 
 In this mode, the compiler uses memory separate from the HotSpot heap, and it runs compiled from the start.
 Therefore it has execution properties similar to other native HotSpot compilers such as C1 and C2.
@@ -23,7 +23,7 @@ It can be disabled with `-XX:-UseJVMCINativeLibrary`.
 
 ## Measuring Performance
 
-The first thing to be sure of when measuring performance is to ensure the JVM is using the GraalVM Enterprise compiler.
+The first thing to be sure of when measuring performance is to ensure the JVM is using the Oracle GraalVM compiler.
 In the GraalVM binary, the JVM is configured to use the Graal compiler as the top tier compiler by default.
 You can confirm this by adding `-Dgraal.ShowConfiguration=info` to the command line.
 It will produce a line of output similar to the one below when the compiler is initialized:

docs/reference-manual/java/Options.md

@@ -20,7 +20,7 @@ configuration with the highest auto-selection priority is used. To see the set
 of available configurations, supply the value help to this option.
 
     The current configurations and their semantics are:
-    * `enterprise`: To produce highly optimized code with a possible trade-off to compilation time. <a href="https://www.oracle.com/downloads/graalvm-downloads.html" class="enterprise">[GraalVM Enterprise]</a>
+    * `enterprise`: To produce highly optimized code with a possible trade-off to compilation time. <a href="https://www.oracle.com/downloads/graalvm-downloads.html" class="enterprise">[Oracle GraalVM]</a>
     * `community`: To produce reasonably optimized code with a faster compilation time.
     * `economy`: To compile as fast as possible with less optimal throughput of the generated code.
 
@@ -50,17 +50,17 @@ of available configurations, supply the value help to this option.
 ### Performance Tuning Options
 
 * `-Dgraal.UsePriorityInlining=true`: This can be used to disable use of the advanced inlining
-algorithm that favours throughput over compilation speed. <a href="https://www.oracle.com/downloads/graalvm-downloads.html" class="enterprise">[GraalVM Enterprise]</a>
+algorithm that favours throughput over compilation speed. <a href="https://www.oracle.com/downloads/graalvm-downloads.html" class="enterprise">[Oracle GraalVM]</a>
 * `-Dgraal.Vectorization=true`: This can be used to disable the auto vectorization optimization.
-<a href="https://www.oracle.com/downloads/graalvm-downloads.html" class="enterprise">[GraalVM Enterprise]</a>
-* `-Dgraal.OptDuplication=true`: This can be used to disable the [path duplication optimization](http://ssw.jku.at/General/Staff/Leopoldseder/DBDS_CGO18_Preprint.pdf). <a href="https://www.oracle.com/downloads/graalvm-downloads.html" class="enterprise">[GraalVM Enterprise]</a>
+<a href="https://www.oracle.com/downloads/graalvm-downloads.html" class="enterprise">[Oracle GraalVM]</a>
+* `-Dgraal.OptDuplication=true`: This can be used to disable the [path duplication optimization](http://ssw.jku.at/General/Staff/Leopoldseder/DBDS_CGO18_Preprint.pdf). <a href="https://www.oracle.com/downloads/graalvm-downloads.html" class="enterprise">[Oracle GraalVM]</a>
 * `-Dgraal.TuneInlinerExploration=0`: This can be used to try tune for better peak performance or faster warmup.
 It automatically adjusts values governing the effort spent during inlining. The value of the option is
 a float clamped between `-1` and `1` inclusive. Anything below
 `0` reduces inlining effort and anything above `0` increases
 inlining effort. In general, peak performance is improved with more inlining effort
 while less inlining effort improves warmup (albeit to a lower peak). Note that this
-option is only a heuristic and the optimal value can differ from application to application. <a href="https://www.oracle.com/downloads/graalvm-downloads.html" class="enterprise">[GraalVM Enterprise]</a>
+option is only a heuristic and the optimal value can differ from application to application. <a href="https://www.oracle.com/downloads/graalvm-downloads.html" class="enterprise">[Oracle GraalVM]</a>
 * `-Dgraal.TraceInlining=false`: Enables tracing of inlining decisions. This can be used
     for advanced tuning where it may be possible to change the source code of the program.
     The output format is shown below:

docs/reference-manual/java/compiler.md

@@ -24,7 +24,7 @@ GraalVM includes a version of the HotSpot JVM that supports JVMCI.
 
 The Graal compiler provides optimized performance for programs running on the JVM through unique approaches to code analysis and optimization.
 It includes multiple optimization algorithms (called “Phases”), like aggressive inlining, polymorphic inlining, and others.
-For example, the compiler in GraalVM Enterprise includes 62 optimization phases, of which 27 are patented.
+For example, the compiler in Oracle GraalVM includes 62 optimization phases, of which 27 are patented.
 
 The Graal compiler assures performance advantages for highly-abstracted programs due to its ability to remove costly object allocations.
 Code using more abstraction and modern Java features like Streams or Lambdas will see greater speedups.