Notes generated: Thu Jun 06 03:18:58 CEST 2024


Issue Description
JDK-8215311 JEP 350: Dynamic CDS Archives
Extend application class-data sharing to allow the dynamic archiving of classes at the end of Java application execution. The archived classes will include all loaded application classes and library classes that are not present in the default, base-layer CDS archive.
JDK-8220347 JEP 351: ZGC: Uncommit Unused Memory (Experimental)
Enhance ZGC to return unused heap memory to the operating system.
JDK-8218559 JEP 353: Reimplement the Legacy Socket API
Replace the underlying implementation used by the and APIs with a simpler and more modern implementation that is easy to maintain and debug. The new implementation will be easy to adapt to work with user-mode threads, a.k.a. fibers, currently being explored in Project Loom.
JDK-8222184 JEP 354: Switch Expressions (Second Preview)
Extend switch so it can be used as either a statement or an expression, and so that both forms can use either traditional case ... : labels (with fall through) or new case ... -> labels (with no fall through), with a further new statement for yielding a value from a switch expression. These changes will simplify everyday coding, and prepare the way for the use of pattern matching (JEP 305) in switch. This is a preview language feature in JDK 13.
JDK-8222530 JEP 355: Text Blocks (Preview)
Add text blocks to the Java language. A text block is a multi-line string literal that avoids the need for most escape sequences, automatically formats the string in a predictable way, and gives the developer control over format when desired. This is a preview language feature in JDK 13.



Issue Description

Bad EnclosingMethod Attribute on Classes Declared in Lambdas

If an anonymous or local inner class is declared inside of a lambda, the EnclosingMethod attribute on that class refers to the synthetic lambda method rather than to the method that enclosed the original declaration. The original method should be considered as the closest lexically enclosing method.

The proposed solution to this issue is to point the EnclosingMethod attribute of inner classes declared inside a lambda to the original enclosing method. The Java compiler was updated, so that the EnclosingMethod attribute of anonymous or local inner classes declared inside a lambda point to the method enclosing the declaration.

The following is the related section in the Java Language Specification: JVMS 11 4.7.7: It is the responsibility of a Java compiler to ensure that the method identified via the method_index is indeed the closest lexically enclosing method of the class that contains this EnclosingMethod attribute.


javac Rejects Class Files with Broken EnclosingMethod Attribute

javac now rejects class files that have an invalid EnclosingMethod attribute, in which the name of the enclosing class is not a prefix of the name of the current class, as required by JLS 13.1.


Issue Description

Properties Files Containing Malformed Unicode Was Sometimes Misparsed

An IllegalArgumentException is always thrown now when loading a properties file with malformed unicode sequences. Previously, a malformed unicode sequence appearing at the end of a line was parsed using the contents of the preceding line, which in rare cases meant it could be parsed as a valid (but likely incorrect) sequence.


Base64.Encoder and Base64.Decoder Methods Can Throw OutOfMemoryError

The behavior of Base64.Encoder.encode and Base64.Decoder.decode methods have been changed for large arrays. The methods previously threw an unspecified exception, such as, NegativeArraySizeException. The new behavior throws an OutOfMemoryError exception if the encode and decode methods fail to allocate the output array/buffer or memory.


Issue Description

Change to ServerSocket.accept() When the System-Wide Factory for Client or Server Socket Implementations Is Set

Developers using the or APIs to change the system-wide factories for client socket or server socket implementations should note the following changes:

  1. Invoking ServerSocket::accept on a ServerSocket using a system-default SocketImpl to accept a connection will always return a Socket with a system-default SocketImpl. In this case, the system-wide factory for client socket implementations will not be invoked to create the client socket implementation.

  2. has been changed to disallow a ServerSocket using a system-default SocketImpl from accepting a connection with a Socket using a custom SocketImpl. It has also been changed to disallow a ServerSocket using a custom SocketImpl to accept a connection with a Socket using a system-default SocketImpl. Disallowing these nonsensical combinations of SocketImpl improves reliability in cases where an application sets one, but not both, socket implementation factories.

The changes should have no impact on applications that set the same factory for both client and server socket implementations.


Change to Default Implementation of SocketImpl Methods supportedOptions, getOption, and setOption

The default implementation of the supportedOptions(), getOption(SocketOption<T>) and setOption(SocketOption<T>, T) methods, defined by and, have changed in this release. The default implementation of the supportedOptions() method has been changed to return an empty set. The default implementations of the getOption(SocketOption<T>) and setOption(SocketOption<T>, T) methods have been changed to throw UnsupportedOperationException.

Developers extending or to create their own socket or datagram socket implementations need to override these methods to support the socket options that the custom socket implementation supports.


Pre-JDK 1.4 SocketImpl Implementations No Longer Supported

Support for custom implementations compiled for Java SE 1.3 and older has been removed in this release. This change has no impact on SocketImpl implementations compiled for Java SE 1.4 (released in 2002) or newer.


JEP 353: Reimplement the Legacy Socket API

The underlying implementation for the and APIs has been replaced in this release. JEP 353 provides all the details on this change.

Every effort has been made to ensure that the new implementation is compatible with the old implementation but it is possible that there is existing code that depends on unspecified behavior in corner cases where the old and new implementations behave differently. The JDK continues to include the old implementation (known as "PlainSocketImpl" or the "plain" implementation) to allow such code continue to run. The old implementation is selected by running with the system property "" set, or set to the value "true", i.e. run with or The property can also be configured in the JDK network configuration file, located in ${java.home}/conf/ The old implementation, and the system property to select the old implementation, will be removed in a future release.


Issue Description

Allow SASL Mechanisms to Be Restricted

A security property named jdk.sasl.disabledMechanisms has been added that can be used to disable SASL mechanisms. Any disabled mechanism will be ignored if it is specified in the mechanisms argument of Sasl.createSaslClient or the mechanism argument of Sasl.createSaslServer. The default value for this security property is empty, which means that no mechanisms are disabled out-of-the-box.


Issue Description

javap Checksum Uses SHA-256

javap includes a checksum of the contents of the class file in verbose output. The checksum is now calculated with the SHA-256 algorithm, instead of the older MD5 algorithm.


Issue Description

New Japanese Era Name: Reiwa

An instance representing the new Reiwa era has been added to this update. Unlike other eras, there is no public field for this era. It can be obtained by calling JapaneseEra.of(3) or JapaneseEra.valueOf("Reiwa"). JDK 13 and later will have a new public field to represent this era.

The placeholder name, "NewEra", for the Japanese era that started from May 1st, 2019 has been replaced with the new official name. Applications that relied on the placeholder name (see JDK-8202088) to obtain the new era singleton (JapaneseEra.valueOf("NewEra")) will no longer work.


Upgraded CLDR to Version 35.1

Locale data based on Unicode Consortium's CLDR has been upgraded to their version 35.1, which includes several localized display names for the Japanese new era, Reiwa. There are some notable locale data changes, such as year formatting in Dutch locale (JDK-8225240) and French grouping separator change (JDK-8225245). For the detailed locale data changes, please refer to the cumulative CLDR changes from the previously supported version v.33. The following are links to each CLDR upgrade release: - CLDR 33.1: - CLDR 34: - CLDR 35, 35.1:


Issue Description

Support for Unicode 12.1

This release upgrades Unicode support to 12.1 which includes the following: - java.lang.Character supports Unicode Character Database of 12.1 level, in which 12.0 adds 554 characters since 11.0, for a total of 137,928 characters. These additions include 4 new scripts, for a total of 150 scripts, as well as 61 new emoji characters. 12.1 adds exactly one character, U+32FF SQUARE ERA NAME REIWA, since 12.0. - java.text.Bidi and java.text.Normalizer classes support 12.0 level of Unicode Standard Annexes, #9 and #15, respectively. - java.util.regex package supports Extended Grapheme Clusters based on 12.0 level of Unicode Standard Annex #29


Removal of Runtime Trace Methods

The obsolete methods traceInstructions(boolean) and traceMethodCalls(boolean) have been removed from the java.lang.Runtime class. These methods have been non-functional for many releases, and their intended functions are provided by the Java Virtual Machine Tool Interface (JVMTI).


StringBuffer(CharSequence) and StringBuilder(CharSequence) Throw NegativeArraySizeException for Negatively Sized Argument

The behavior of StringBuffer(CharSequence) and StringBuilder(CharSequence) is changed for the argument reporting a negative length. The constructors were inconsistently throwing either NegativeArraySizeException or IndexOutOfBoundException. The new behavior is to always throw NegativeArraySizeException for any argument reporting a negative length.


Default Process launch mechanism on Linux now uses posix_spawn

Runtime.exec() and ProcessBuilder, on Linux now use posix_spawn(3) to spawn child processes. This increases reliability and performance in low-memory situations.


Issue Description

GraphicsEnvironment.getCenterPoint() and getMaximumWindowBounds() are Unified Across Platforms

Two methods were added to the GraphicsEnvironment class in JDK 1.4: - getCenterPoint() - getMaximumWindowBounds()


The page in the preceding link includes the following description:

"X-Window, Xinerama All monitors share a single virtual coordinate space, as on Microsoft Windows. However, it is possible for the user to specify through X resources where windows should be centered. If these resources are set, getCenterPoint reflects their value. Otherwise, it returns the point at the center of the virtual coordinate space. (In practice, this will almost always be set - CDE sets it by default.)"

Now, in JDK 13, the implementation of getCenterPoint() and getMaximumWindowBounds() has been unified across the platforms (Windows, Linux, Solaris, and macOS): - getCenterPoint returns the coordinates of the center of the primary display, for all platforms. - getMaximumWindowBounds returns the bounds of the primary display minus display insets, for all platforms.


Issue Description

SunPKCS11 Provider Upgraded with Support for PKCS#11 v2.40

The SunPKCS11 provider has been updated with support for PKCS#11 v2.40. This version adds support for more algorithms such as the AES/GCM/NoPadding cipher, DSA signatures using SHA-2 family of message digests, and RSASSA-PSS signatures when the corresponding PKCS11 mechanisms are supported by the underlying PKCS11 library.


Memory Growth Issue in SunPKCS11 Fixed

A memory growth issue in the SunPKCS11 cryptographic provider that affects the NSS back-end has been fixed.

A system property, has been introduced to disable the fix. A "true" value disables the fix, while a "false" value (default) keeps it enabled.

When enabled, PKCS#11 attributes of the NSS native keys are copied to Java byte buffers after key creation. Once used, NSS keys are destroyed and native heap space is freed up. If NSS keys are required again, they are recreated with the previously saved attributes.

Further information and implementation details can be found in the CSR: JDK-8213430


Issue Description

Added a Default Native GSS-API Library on Windows

A native GSS-API library named sspi_bridge.dll has been added to the JDK on the Windows platform. The library is client-side only and uses the default credentials. It will be loaded when the system property is set to "true". A user can still load a third-party native GSS-API library by setting the system property to the appropriate path.

Native GSS automatically uses cached credentials from operating systems, thus the system property should be set to false. does not call native JGSS. Avoid using from JAAS config.


Issue Description

JEP 378: Text Blocks


Add text blocks to the Java language. A text block is a multi-line string literal that avoids the need for most escape sequences, automatically formats the string in a predictable way, and gives the developer control over the format when desired.


Text blocks were proposed by JEP 355 in early 2019 as a follow-on to explorations begun in JEP 326 (Raw String Literals), which was initially targeted to JDK 12 but eventually withdrawn and did not appear in that release. JEP 355 was targeted to JDK 13 in June 2019 as a preview feature. Feedback on JDK 13 suggested that text blocks should be previewed again in JDK 14, with the addition of two new escape sequences. Consequently, JEP 368 was targeted to JDK 14 in November 2019 as a preview feature. Feedback on JDK 14 suggested that text blocks were ready to become final and permanent in JDK 15 with no further changes.


  • Simplify the task of writing Java programs by making it easy to express strings that span several lines of source code, while avoiding escape sequences in common cases.

  • Enhance the readability of strings in Java programs that denote code written in non-Java languages.

  • Support migration from string literals by stipulating that any new construct can express the same set of strings as a string literal, interpret the same escape sequences, and be manipulated in the same ways as a string literal.

  • Add escape sequences for managing explicit white space and newline control.


  • It is not a goal to define a new reference type, distinct from java.lang.String, for the strings expressed by any new construct.

  • It is not a goal to define new operators, distinct from +, that take String operands.

  • Text blocks do not directly support string interpolation. Interpolation may be considered in a future JEP. In the meantime, the new instance method String::formatted aids in situations where interpolation might be desired.

  • Text blocks do not support raw strings, that is, strings whose characters are not processed in any way.


In Java, embedding a snippet of HTML, XML, SQL, or JSON in a string literal "..." usually requires significant editing with escapes and concatenation before the code containing the snippet will compile. The snippet is often difficult to read and arduous to maintain.

More generally, the need to denote short, medium, and long blocks of text in a Java program is near universal, whether the text is code from other programming languages, structured text representing golden files, or messages in natural languages. On the one hand, the Java language recognizes this need by allowing strings of unbounded size and content; on the other hand, it embodies a design default that strings should be small enough to denote on a single line of a source file (surrounded by " characters), and simple enough to escape easily. This design default is at odds with the large number of Java programs where strings are too long to fit comfortably on a single line.

Accordingly, it would improve both the readability and the writability of a broad class of Java programs to have a linguistic mechanism for denoting strings more literally than a string literal -- across multiple lines and without the visual clutter of escapes. In essence, a two-dimensional block of text, rather than a one-dimensional sequence of characters.

Still, it is impossible to predict the role of every string in Java programs. Just because a string spans multiple lines of source code does not mean that newline characters are desirable in the string. One part of a program may be more readable when strings are laid out over multiple lines, but the embedded newline characters may change the behavior of another part of the program. Accordingly, it would be helpful if the developer had precise control over where newlines appear, and, as a related matter, how much white space appears to the left and right of the "block" of text.

HTML example

Using "one-dimensional" string literals

` String html = "<html>\n" + " <body>\n" + " <p>Hello, world</p>\n" + " </body>\n" + "</html>\n"; `

Using a "two-dimensional" block of text

` String html = """ <html> <body> <p>Hello, world</p> </body> </html> """; `

SQL example

Using "one-dimensional" string literals

` String query = "SELECT \"EMP_ID\", \"LAST_NAME\" FROM \"EMPLOYEE_TB\"\n" + "WHERE \"CITY\" = 'INDIANAPOLIS'\n" + "ORDER BY \"EMP_ID\", \"LAST_NAME\";\n"; `

Using a "two-dimensional" block of text


Polyglot language example

Using "one-dimensional" string literals

` ScriptEngine engine = new ScriptEngineManager().getEngineByName("js"); Object obj = engine.eval("function hello() {\n" + " print('\"Hello, world\"');\n" + "}\n" + "\n" + "hello();\n"); `

Using a "two-dimensional" block of text

``` ScriptEngine engine = new ScriptEngineManager().getEngineByName("js"); Object obj = engine.eval(""" function hello() { print('"Hello, world"'); }




This section is identical to the same section in this JEP's predecessor, JEP 355, except for the addition of the subsection on new escape sequences.

A text block is a new kind of literal in the Java language. It may be used to denote a string anywhere that a string literal could appear, but offers greater expressiveness and less accidental complexity.

A text block consists of zero or more content characters, enclosed by opening and closing delimiters.

The opening delimiter is a sequence of three double quote characters (""") followed by zero or more white spaces followed by a line terminator. The content begins at the first character after the line terminator of the opening delimiter.

The closing delimiter is a sequence of three double quote characters. The content ends at the last character before the first double quote of the closing delimiter.

The content may include double quote characters directly, unlike the characters in a string literal. The use of \" in a text block is permitted, but not necessary or recommended. Fat delimiters (""") were chosen so that " characters could appear unescaped, and also to visually distinguish a text block from a string literal.

The content may include line terminators directly, unlike the characters in a string literal. The use of \n in a text block is permitted, but not necessary or recommended. For example, the text block:

` """ line 1 line 2 line 3 """ `

is equivalent to the string literal:

` "line 1\nline 2\nline 3\n" `

or a concatenation of string literals:

` "line 1\n" + "line 2\n" + "line 3\n" `

If a line terminator is not required at the end of the string, then the closing delimiter can be placed on the last line of content. For example, the text block:

` """ line 1 line 2 line 3""" `

is equivalent to the string literal:

` "line 1\nline 2\nline 3" `

A text block can denote the empty string, although this is not recommended because it needs two lines of source code:

` String empty = """ """; `

Here are some examples of ill-formed text blocks:

` String a = """"""; // no line terminator after opening delimiter String b = """ """; // no line terminator after opening delimiter String c = """ "; // no closing delimiter (text block continues to EOF) String d = """ abc \ def """; // unescaped backslash (see below for escape processing) `

Compile-time processing

A text block is a constant expression of type String, just like a string literal. However, unlike a string literal, the content of a text block is processed by the Java compiler in three distinct steps:

  1. Line terminators in the content are translated to LF (\u000A). The purpose of this translation is to follow the principle of least surprise when moving Java source code across platforms.

  2. Incidental white space surrounding the content, introduced to match the indentation of Java source code, is removed.

  3. Escape sequences in the content are interpreted. Performing interpretation as the final step means developers can write escape sequences such as \n without them being modified or deleted by earlier steps.

The processed content is recorded in the class file as a CONSTANT_String_info entry in the constant pool, just like the characters of a string literal. The class file does not record whether a CONSTANT_String_info entry was derived from a text block or a string literal.

At run time, a text block is evaluated to an instance of String, just like a string literal. Instances of String that are derived from text blocks are indistinguishable from instances derived from string literals. Two text blocks with the same processed content will refer to the same instance of String due to interning, just like for string literals.

The following sections discuss compile-time processing in more detail.

1. Line terminators

Line terminators in the content are normalized from CR (\u000D) and CRLF (\u000D\u000A) to LF (\u000A) by the Java compiler. This ensures that the string derived from the content is equivalent across platforms, even if the source code has been translated to a platform encoding (see javac -encoding).

For example, if Java source code that was created on a Unix platform (where the line terminator is LF) is edited on a Windows platform (where the line terminator is CRLF), then without normalization, the content would become one character longer for each line. Any algorithm that relied on LF being the line terminator might fail, and any test that needed to verify string equality with String::equals would fail.

The escape sequences \n (LF), \f (FF), and \r (CR) are not interpreted during normalization; escape processing happens later.

2. Incidental white space

The text blocks shown above were easier to read than their concatenated string literal counterparts, but the obvious interpretation for the content of a text block would include the spaces added to indent the embedded string so that it lines up neatly with the opening delimiter. Here is the HTML example using dots to visualize the spaces that the developer added for indentation:

` String html = """ ..............<html> .............. <body> .............. <p>Hello, world</p> .............. </body> ..............</html> .............."""; `

Since the opening delimiter is generally positioned to appear on the same line as the statement or expression which consumes the text block, there is no real significance to the fact that 14 visualized spaces start each line. Including those spaces in the content would mean the text block denotes a string different from the one denoted by the concatenated string literals. This would hurt migration, and be a recurring source of surprise: it is overwhelmingly likely that the developer does not want those spaces in the string. Also, the closing delimiter is generally positioned to align with the content, which further suggests that the 14 visualized spaces are insignificant.

Spaces may also appear at the end of each line, especially when a text block is populated by copy-pasting snippets from other files (which may themselves have been formed by copy-pasting from yet more files). Here is the HTML example reimagined with some trailing white space, again using dots to visualize spaces:

` String html = """ ..............<html>... .............. <body> .............. <p>Hello, world</p>.... .............. </body>. ..............</html>... .............."""; `

Trailing white space is most often unintentional, idiosyncratic, and insignificant. It is overwhelmingly likely that the developer does not care about it. Trailing white space characters are similar to line terminators, in that both are invisible artifacts of the source code editing environment. With no visual guide to the presence of trailing white space characters, including them in the content would be a recurring source of surprise, as it would affect the length, hash code, etc, of the string.

Accordingly, an appropriate interpretation for the content of a text block is to differentiate incidental white space at the start and end of each line, from essential white space. The Java compiler processes the content by removing incidental white space to yield what the developer intended. String::indent can then be used to further manipulate indentation if desired. Using | to visualize margins:

` |<html>| | <body>| | <p>Hello, world</p>| | </body>| |</html>| `

The re-indentation algorithm takes the content of a text block whose line terminators have been normalized to LF. It removes the same amount of white space from each line of content until at least one of the lines has a non-white space character in the leftmost position. The position of the opening """ characters has no effect on the algorithm, but the position of the closing """ characters does have an effect if placed on its own line. The algorithm is as follows:

  1. Split the content of the text block at every LF, producing a list of individual lines. Note that any line in the content which was just an LF will become an empty line in the list of individual lines.

  2. Add all non-blank lines from the list of individual lines into a set of determining lines. (Blank lines -- lines that are empty or are composed wholly of white space -- have no visible influence on the indentation. Excluding blank lines from the set of determining lines avoids throwing off step 4 of the algorithm.)

  3. If the last line in the list of individual lines (i.e., the line with the closing delimiter) is blank, then add it to the set of determining lines. (The indentation of the closing delimiter should influence the indentation of the content as a whole -- a significant trailing line policy.)

  4. Compute the common white space prefix of the set of determining lines, by counting the number of leading white space characters on each line and taking the minimum count.

  5. Remove the common white space prefix from each non-blank line in the list of individual lines.

  6. Remove all trailing white space from all lines in the modified list of individual lines from step 5. This step collapses wholly-white-space lines in the modified list so that they are empty, but does not discard them.

  7. Construct the result string by joining all the lines in the modified list of individual lines from step 6, using LF as the separator between lines. If the final line in the list from step 6 is empty, then the joining LF from the previous line will be the last character in the result string.

The escape sequences \b (backspace), \t (tab) and \s (space) are not interpreted by the algorithm; escape processing happens later. Similarly, the \<line-terminator> escape sequence does not prevent the splitting of lines on the line-terminator since the sequence is treated as two separate characters until escape processing.

The re-indentation algorithm will be normative in The Java Language Specification. Developers will have access to it via String::stripIndent, a new instance method.

Significant trailing line policy

Normally, one would format a text block in two ways: first, position the left edge of the content to appear under the first " of the opening delimiter, and second, place the closing delimiter on its own line to appear exactly under the opening delimiter. The resulting string will have no white space at the start of any line, and will not include the trailing blank line of the closing delimiter.

However, because the trailing blank line is considered a determining line, moving it to the left has the effect of reducing the common white space prefix, and therefore reducing the the amount of white space that is stripped from the start of every line. In the extreme case, where the closing delimiter is moved all the way to the left, that reduces the common white space prefix to zero, effectively opting out of white space stripping.

For example, with the closing delimiter moved all the way to the left, there is no incidental white space to visualize with dots:

` String html = """ <html> <body> <p>Hello, world</p> </body> </html> """; `

Including the trailing blank line with the closing delimiter, the common white space prefix is zero, so zero white space is removed from the start of each line. The algorithm thus produces: (using | to visualize the left margin)

` | <html> | <body> | <p>Hello, world</p> | </body> | </html> `

Alternatively, suppose the closing delimiter is not moved all the way to the left, but rather under the t of html so it is eight spaces deeper than the variable declaration:

` String html = """ <html> <body> <p>Hello, world</p> </body> </html> """; `

The spaces visualized with dots are considered to be incidental:

` String html = """ ........ <html> ........ <body> ........ <p>Hello, world</p> ........ </body> ........ </html> ........"""; `

Including the trailing blank line with the closing delimiter, the common white space prefix is eight, so eight white spaces are removed from the start of each line. The algorithm thus preserves the essential indentation of the content relative to the closing delimiter:

` | <html> | <body> | <p>Hello, world</p> | </body> | </html> `

Finally, suppose the closing delimiter is moved slightly to the right of the content:

` String html = """ <html> <body> <p>Hello, world</p> </body> </html> """; `

The spaces visualized with dots are considered to be incidental:

` String html = """ ..............<html> .............. <body> .............. <p>Hello, world</p> .............. </body> ..............</html> .............. """; `

The common white space prefix is 14, so 14 white spaces are removed from the start of each line. The trailing blank line is stripped to leave an empty line, which being the last line is then discarded. In other words, moving the closing delimiter to the right of the content has no effect, and the algorithm again preserves the essential indentation of the content:

` |<html> | <body> | <p>Hello, world</p> | </body> |</html> `

3. Escape sequences

After the content is re-indented, any escape sequences in the content are interpreted. Text blocks support all of the escape sequences supported in string literals, including \n, \t, \', \", and \\. See section 3.10.6 of the The Java Language Specification for the full list. Developers will have access to escape processing via String::translateEscapes, a new instance method.

Interpreting escapes as the final step allows developers to use \n, \f, and \r for vertical formatting of a string without it affecting the translation of line terminators in step 1, and to use \b and \t for horizontal formatting of a string without it affecting the removal of incidental white space in step 2. For example, consider this text block that contains the \r escape sequence (CR):

` String html = """ <html>\r <body>\r <p>Hello, world</p>\r </body>\r </html>\r """; `

The CR escapes are not processed until after the line terminators have been normalized to LF. Using Unicode escapes to visualize LF (\u000A) and CR (\u000D), the result is:

` |<html>\u000D\u000A | <body>\u000D\u000A | <p>Hello, world</p>\u000D\u000A | </body>\u000D\u000A |</html>\u000D\u000A `

Note that it is legal to use " and "" freely inside a text block, except immediately before the closing delimiter. For example, the following text blocks are legal:

``` String story = """ "When I use a word," Humpty Dumpty said, in rather a scornful tone, "it means just what I choose it to mean - neither more nor less." "The question is," said Alice, "whether you can make words mean so many different things." "The question is," said Humpty Dumpty, "which is to be master - that's all." """; // Note the newline before the closing delimiter

String code = """ String empty = ""; """; ```

However, a sequence of three " characters requires at least one " to be escaped, in order to avoid mimicking the closing delimiter. (A sequence of n " characters requires at least Math.floorDiv(n,3) of them to be escaped.) The use of " immediately before the closing delimiter also requires escaping. For example:

``` String code = """ String text = """ A text block inside a text block """; """;

String tutorial1 = """ A common character in Java programs is """";

String tutorial2 = """ The empty string literal is formed from " characters as follows: """"";

System.out.println(""" 1 " 2 "" 3 """ 4 """" 5 """"" 6 """""" 7 """"""" 8 """""""" 9 """"""""" 10 """""""""" 11 """"""""""" 12 """""""""""" """); ```

New escape sequences

To allow finer control of the processing of newlines and white space, we introduce two new escape sequences.

First, the \<line-terminator> escape sequence explicitly suppresses the insertion of a newline character.

For example, it is common practice to split very long string literals into concatenations of smaller substrings, and then hard wrap the resulting string expression onto multiple lines:

String literal = "Lorem ipsum dolor sit amet, consectetur adipiscing " +
                 "elit, sed do eiusmod tempor incididunt ut labore " +
                 "et dolore magna aliqua.";

With the \<line-terminator> escape sequence this could be expressed as:

  String text = """
                Lorem ipsum dolor sit amet, consectetur adipiscing \
                elit, sed do eiusmod tempor incididunt ut labore \
                et dolore magna aliqua.\

For the simple reason that character literals and traditional string literals don't allow embedded newlines, the \<line-terminator> escape sequence is only applicable to text blocks.

Second, the new \s escape sequence simply translates to a single space (\u0020).

Escape sequences aren't translated until after incidental space stripping, so \s can act as fence to prevent the stripping of trailing white space. Using \s at the end of each line in this example guarantees that each line is exactly six characters long:

String colors = """
    red  \s
    blue \s

The \s escape sequence can be used in text blocks, traditional string literals, and character literals.

Concatenation of text blocks

Text blocks can be used anywhere a string literal can be used. For example, text blocks and string literals may be concatenated interchangeably:

` String code = "public void print(Object o) {" + """ System.out.println(Objects.toString(o)); } """; `

However, concatenation involving a text block can become rather clunky. Take this text block as a starting point:

` String code = """ public void print(Object o) { System.out.println(Objects.toString(o)); } """; `

Suppose it needs to be changed so that the type of o comes from a variable. Using concatenation, the text block that contains the trailing code will need to start on a new line. Unfortunately, the straightforward insertion of a newline in the program, as below, will cause a long span of white space between the type and the text beginning o :

` String code = """ public void print(""" + type + """ o) { System.out.println(Objects.toString(o)); } """; `

The white space can be removed manually, but this hurts readability of the quoted code:

` String code = """ public void print(""" + type + """ o) { System.out.println(Objects.toString(o)); } """; `

A cleaner alternative is to use String::replace or String::format, as follows:

` String code = """ public void print($type o) { System.out.println(Objects.toString(o)); } """.replace("$type", type); `

` String code = String.format(""" public void print(%s o) { System.out.println(Objects.toString(o)); } """, type); `

Another alternative involves the introduction of a new instance method, String::formatted, which could be used as follows:

` String source = """ public void print(%s object) { System.out.println(Objects.toString(object)); } """.formatted(type); `

Additional Methods

The following methods will be added to support text blocks;

  • String::stripIndent(): used to strip away incidental white space from the text block content
  • String::translateEscapes(): used to translate escape sequences
  • String::formatted(Object... args): simplify value substitution in the text block


Do nothing

Java has prospered for over 20 years with string literals that required newlines to be escaped. IDEs ease the maintenance burden by supporting automatic formatting and concatenation of strings that span several lines of source code. The String class has also evolved to include methods that simplify the processing and formatting of long strings, such as a method that presents a string as a stream of lines. However, strings are such a fundamental part of the Java language that the shortcomings of string literals are apparent to vast numbers of developers. Other JVM languages have also made advances in how long and complex strings are denoted. Unsurprisingly, then, multi-line string literals have consistently been one of the most requested features for Java. Introducing a multi-line construct of low to moderate complexity would have a high payoff.

Allow a string literal to span multiple lines

Multi-line string literals could be introduced in Java simply by allowing line terminators in existing string literals. However, this would do nothing about the pain of escaping " characters. \" is the most frequently occurring escape sequence after \n, because of frequency of code snippets. The only way to avoid escaping " in a string literal would be to provide an alternate delimiter scheme for string literals. Delimiters were much discussed for JEP 326 (Raw String Literals), and the lessons learned were used to inform the design of text blocks, so it would be misguided to upset the stability of string literals.

Adopt another language's multi-string literal

According to Brian Goetz:

Many people have suggested that Java should adopt multi-line string literals from Swift or Rust. However, the approach of “just do what language X does” is intrinsically irresponsible; nearly every feature of every language is conditioned by other features of that language. Instead, the game is to learn from how other languages do things, assess the tradeoffs they’ve chosen (explicitly and implicitly), and ask what can be applied to the constraints of the language we have and user expectations within the community we have.

For JEP 326 (Raw String Literals), we surveyed many modern programming languages and their support for multi-line string literals. The results of these surveys influenced the current proposal, such as the choice of three " characters for delimiters (although there were other reasons for this choice too) and the recognition of the need for automatic indentation management.

Do not remove incidental white space

If Java introduced multi-line string literals without support for automatically removing incidental white space, then many developers would write a method to remove it themselves, or lobby for the String class to include a removal method. However, that implies a potentially expensive computation every time the string is instantiated at run time, which would reduce the benefit of string interning. Having the Java language mandate the removal of incidental white space, both in leading and trailing positions, seems the most appropriate solution. Developers can opt out of leading white space removal by careful placement of the closing delimiter.

Raw string literals

For JEP 326 (Raw String Literals), we took a different approach to the problem of denoting strings without escaping newlines and quotes, focusing on the raw-ness of strings. We now believe that this focus was wrong, because while raw string literals could easily span multiple lines of source code, the cost of supporting unescaped delimiters in their content was extreme. This limited the effectiveness of the feature in the multi-line use case, which is a critical one because of the frequency of embedding multi-line (but not truly raw) code snippets in Java programs. A good outcome of the pivot from raw-ness to multi-line-ness was a renewed focus on having a consistent escape language between string literals, text blocks, and related features that may be added in future.


Tests that use string literals for the creation, interning, and manipulation of instances of String should be duplicated to use text blocks too. Negative tests should be added for corner cases involving line terminators and EOF.

Tests should be added to ensure that text blocks can embed Java-in-Java, Markdown-in-Java, SQL-in-Java, and at least one JVM-language-in-Java.


JEP 354: Switch Expressions (Preview)

Extend switch so it can be used as either a statement or an expression, and so that both forms can use either traditional case ... : labels (with fall through) or new case ... -> labels (with no fall through), with a further new statement for yielding a value from a switch expression. These changes will simplify everyday coding, and prepare the way for the use of pattern matching in switch. This is a preview language feature in JDK 13.


Issue Description

Corrected UnicodeDecoder U+FFFE Handling

The behavior of decoding the code point U+FFFE in the middle of the buffer has been corrected for StandardCharsets.UTF_16[LE/BE]. The decoders have been reporting the code point as "malformed". They now pass through the code point in order to conform to the Unicode Consortium's Corrigendum#9.


Issue Description

Removal of VM option -XX:+AggressiveOpts

The VM option -XX:+AggressiveOpts was deprecated in JDK 11 and support for it was removed in JDK 12 (where its use was ignored other than generating a warning). Use of this flag will now cause an error on VM initialization.


JEP 350 Dynamic CDS Archiving

JEP 350 extends application class-data sharing (AppCDS) to allow the dynamic archiving of classes as a Java application is exiting. It also improves the usability of AppCDS by eliminating the need for users to do trial runs to create a class list for each application. The existing static archiving enabled by the -Xshare:dump option, using a class list, continues work as is.

The dynamically-generated archive is created on top of the default system archive packaged with the running JDK image. A separate top-layer archive file is generated for each application. The user can specify the filename of the dynamic archive name as the argument to the -XX:ArchiveClassesAtExit option. For example, the following command creates hello.jsa: ` % bin/java -XX:ArchiveClassesAtExit=hello.jsa -cp hello.jar Hello To run the same application using this dynamic archive: `` % bin/java -XX:SharedArchiveFile=hello.jsa -cp hello.jar Hello ```

The user could also specify both the base and the dynamic archives in the -XX:SharedArchiveFile option such as: ` -XX:SharedArchiveFile=<base archive>:<dynamic archive> `

CSR JDK-8221706 has more details on the command line option.


Deprecated Java Options -Xverify:none and -noverify

The Java options -Xverify:none and -noverify have been deprecated in this release. The options will continue to work as intended but will generate the following warning when used:

 warning: Options -Xverify:none and -noverify were deprecated in JDK 13 and will likely be removed in a future release. 

Deprecating these options helps prevent users from running code that violates the JVM Specification, which can leave their applications open to malicious code.

Users who need to run without startup verification can use AppCDS to archive their classes. The classes are verified during archiving and avoid verification at runtime.

Note that if you encounter issues while using either of these options, it is very likely that you will be required to reproduce the problem without using these options before Oracle Support can assist with an investigation.

Deprecated Java Options -Xverify:none and -noverify

The Java options -Xverify:none and -noverify have been deprecated in this release. The options will continue to work as intended but will generate the following warning when used:

 warning: Options -Xverify:none and -noverify were deprecated in JDK 13 and will likely be removed in a future release.

Deprecating these options helps prevent users from running code that violates the JVM Specification, which can leave their applications open to malicious code.

Users who need to run without startup verification can use AppCDS to archive their classes. The classes are verified during archiving and avoid verification at runtime.


Issue Description

NullPointerException in java.util.logging.Handler#isLoggable

The default implementation of java.util.logging.Handler.isLoggable has been updated to match its specification and to return false if the record parameter is null. The implementation of java.util.logging.MemoryHandler.isLoggable and java.util.logging.MemoryHandler.publish will no longer throw NullPointerException if the record parameter is null, which conforms to their specification.


Issue Description

New keytool -showinfo -tls Command for Displaying TLS Configuration Information

A new keytool -showinfo -tls command has been added that displays TLS configuration information.


Removal of Two Comodo Root CA Certificates

Two Comodo root CA certificates have expired and were removed from the cacerts keystore: + alias name "utnuserfirstclientauthemailca [jdk]"

Distinguished Name: CN=UTN-USERFirst-Client Authentication and Email, OU=, O=The USERTRUST Network, L=Salt Lake City, ST=UT, C=US

  • alias name "utnuserfirsthardwareca [jdk]"

    Distinguished Name: CN=UTN-USERFirst-Hardware, OU=, O=The USERTRUST Network, L=Salt Lake City, ST=UT, C=US


Configurable Read Timeout for CRLs

The system property sets the maximum read timeout for CRL retrievals, in seconds. If the property has not been set, or if its value is negative, it is set to the default value of 15 seconds. A value of 0 means an infinite timeout.


Support for MS Cryptography Next Generation (CNG)

The SunMSCAPI provider now supports reading private keys in Cryptography Next Generation (CNG) format. This means that RSA and EC keys in CNG format are loadable from Windows keystores, such as "Windows-MY". Signature algorithms related to EC (SHA1withECDSA, SHA256withECDSA, etc.) are also supported.


Removal of Two DocuSign Root CA Certificates

Two DocuSign root CA certificates have expired and were removed from the cacerts keystore: + alias name "certplusclass2primaryca [jdk]"

Distinguished Name: CN=Class 2 Primary CA, O=Certplus, C=FR

  • alias name "certplusclass3pprimaryca [jdk]"

    Distinguished Name: CN=Class 3P Primary CA, O=Certplus, C=FR


Removal of T-Systems Deutsche Telekom Root CA 2 Certificate

The T-Systems Deutsche Telekom Root CA 2 certificate has expired and was removed from the cacerts keystore: + alias name "deutschetelekomrootca2 [jdk]"

Distinguished Name: CN=Deutsche Telekom Root CA 2, OU=T-TeleSec Trust Center, O=Deutsche Telekom AG, C=DE


Issue Description

DateTimeFormatter now throws DateTimeParseException on Invalid HOUR_OF_AMPM

The parsing behavior of DateTimeFormatter with HOUR_OF_AMPM has changed. It now correctly throws a DateTimeParseException with an out-of-bounds input values, such as 12.


Issue Description

New Methods for Creating DOM and SAX Factories with Namespace Support

New methods have been added for instantiating DOM and SAX factories with Namespace support by default. These methods are prefixed over their existing counterparts with "NS," which stands for NamespaceAware. Below is a list of the new methods:

  • newDefaultNSInstance()
  • newNSInstance()
  • newNSInstance(String factoryClassName, ClassLoader classLoader)

Using these new methods, a parser created through the factory will be NamespaceAware by default. For example, the following statement:

DocumentBuilder db = DocumentBuilderFactory.newDefaultNSInstance().newDocumentBuilder(); 

is equivalent to:

DocumentBuilderFactory dbf = DocumentBuilderFactory.newDefaultInstance(); 
DocumentBuilder db = dbf.newDocumentBuilder(); 


Issue Description

Support for Kerberos Cross-Realm Referrals (RFC 6806)

The Kerberos client has been enhanced with the support of principal name canonicalization and cross-realm referrals, as defined by the RFC 6806 protocol extension.

As a result of this new feature, the Kerberos client can take advantage of more dynamic environment configurations and does not necessarily need to know (in advance) how to reach the realm of a target principal (user or service).

Support is enabled by default and 5 is the maximum number of referral hops allowed. To turn it off, set the security or system property to false. To configure a custom maximum number of referral hops, set the security or system property to any positive value.

See further information in JDK-8223172.


Issue Description

Lookup.unreflectSetter(Field) Now Throws IllegalAccessException for Static Final Fields

java.lang.invoke.MethodHandles.Lookup::unreflectSetter returns a MethodHandle giving write access to the given Field object. A Field object for a static final field does not have write access even if its accessible flag is true (i.e. Field.setAccessibe(true) has been called). In JDK 13, Lookup::unreflectSetter is fixed to throw IllegalAccessException if the given Field object is a static final field.


Issue Description

New String Constants for Canonical XML 1.1 URIs

New String constants named INCLUSIVE_11 and INCLUSIVE_11_WITH_COMMENTS have been added to the javax.xml.crypto.dsig.CanonicalizationMethod API. These represent the URIs for the Canonical XML 1.1 and Canonical XML 1.1 with Comments algorithms for XML Signature.


[xmldsig] Added KeyValue::EC_TYPE

The ECKeyValue type as described in the W3C Recommendation for XML-Signature Syntax and Processing is now supported. A new EC_TYPE constant has been added to the javax.xml.crypto.dsig.keyinfo.KeyValue interface. Please note that only the NamedCurve domain parameter type is currently supported, and the ECParameters explicit curve parameter type is not supported.


Updated XML Signature Implementation to Apache Santuario 2.1.3

The XML Signature implementation in the java.xml.crypto module has been updated to version 2.1.3 of Apache Santuario. New features include: * Added support for embedding elliptic curve public keys in the KeyValue element

JDK-8217878 System Property

An Apache Santuario library version upgrade, used by the javax.xml.crypto.* packages, introduces a behavioral change where a new Base64 encoder uses "\r\n" as end-of-line terminator. By default, XML signatures signed using API calls form the javax.xml.crypto.dsig package includes the escaped '\r' character, encoded as " " or " ".

A new system property may be set to a value of "true" if an application is unable to handle the encoded output data changes where " " or " " get appended to new lines in encoding operations. The effect of this property is to not include the carriage return character in base64-encoded fields in XML signature generated by calls to the javax.xml.crypto.* packages.

Additional information can be found at


Issue Description

Improved Handling of the "Class-Path" JAR Manifest Attribute

The JAR file specification has been updated to clarify what constitutes a valid entry for the Class-Path JAR Manifest Attribute. See the JAR file specification for further details.

Invalid entries are now ignored. Applications relying on invalid Class-Path entries may see a ClassNotFoundException. A system property has been added to aid in debugging the Class-Path attribute. When the "" property is set to true, invalid Class-Path entries will be printed to the console.


Issue Description

Change DOM Parser to Not Resolve EntityReference and Add Text Node with DocumentBuilderFactory.setExpandEntityReferences(false)

The implementation of the ExpandEntityReferences feature was changed to comply with the specification of the DocumentBuilderFactory.setExpandEntityReferences method. Specifically, now when the method is set to false and encounters an entity reference, a DOM parser created by the DocumentBuilderFactory adds the EntityReference node to the DOM tree without the expanded Text node. Before the change, the implementation incorrectly added both nodes.

With the change, the DOM parser no longer reads and resolves entity references when the feature ExpandEntityReferences is set to false. For applications that intend to avoid resolving entity references, it will work as expected.

This change also affects the DOM Load and Save parser. The entities parameter is aligned with the ExpandEntityReferences feature, so that setting the entities parameter to true is equivalent to setting ExpandEntityReferences to false. In the following code snippet, the document will contain EntityReference nodes but not expanded Text nodes: ` LSParser domParser = domImplementationLS.createLSParser(MODE_SYNCHRONOUS, null); domParser.getDomConfig().setParameter("entities", true); LSInput src = domImplementationLS.createLSInput(); src.setStringData(source); Document document = domParser.parse(src); Because the references are not resolved, the resulting string will contain entity references without the text when thedocumentis serialized: `` LSSerializer lsSerializer = domImplementationLS.createLSSerializer(); lsSerializer.getDomConfig().setParameter("format-pretty-print", true); String result = lsSerializer.writeToString(document); ```


Issue Description

Deprecated rmic Tool for Removal

The rmic tool has been deprecated and may be removed from a future release. The rmic tool was used to create static stubs that support the Java Remote Method Protocol (JRMP) used by the Java Remote Method Invocation (RMI) facility. Statically generated stubs are obsolete and were replaced by dynamically generated stubs in Java SE 5.0. Dynamically generated stubs no longer require pregeneration using a tool such as rmic, and they are functionally equivalent to statically generated stubs. RMI applications should be migrated to use dynamically generated RMI stubs by changing the way remote objects are exported. See the class documentation for java.rmi.server.UnicastRemoteObject for further details.


Issue Description

More Registers Available When Running Without Compressed References on x86_64

When running with compressed references on x86_64, one of the CPU registers holds the heap base pointer to be used for references encoding/decoding. This register is not available for register allocation.

Simple implementations before this release made this register unavailable (and thus unused) even if compressed references were disabled. In this release, the implementation was revised to put this unused register back into the available registers pool. Configurations with large heaps and/or -XX:-UseCompressedOops benefit from this improvement.


Issue Description

Updated the Default Enabled Cipher Suites Preference

The preference of the default enabled cipher suites has been changed. The compatibility impact should be minimal. If needed, applications can customize the enabled cipher suites and the preference. For more details, refer to the SunJSSE provider documentation and the JSSE Reference Guide documentation.


Session Resumption without Server-Side State in JSSE

The feature allows for the server-side of JSSE to operate stateless. As described in RFC 50771 for TLS 1.2 and below, and RFC 84462 for TLS 1.3, the TLS server sends internal session information in the form of an encrypted session ticket to a client that supports stateless. That session ticket is presented to the server during the TLS handshake to resume the session. This should improve the performance and memory usage of the TLS server under large workloads as the session cache will seldom be used. With less session information cached, some session information may not be available. This feature is not enabled by default and can be turned on by setting two properties.

Note that invalidated stateless TLS sessions could be resumed in the current implementation. The behavior is not guaranteed to be the same in future releases and updates (see bugid JDK-8229148)

Note that in the current implementation, the return value of SSLSession.getID() is not persistent across resumption for TLS 1.3 and stateless TLS 1.2 connections. This could be an issue if applications rely on the session identifier values. This may change to be consistent a future release (See bugid JDK-8229149)

Two new System properties are added in support of this feature: jdk.tls.client.enableSessionTicketExtension is used on the client side to toggle the Session Ticket Extension on the ClientHello message for TLS 1.2. Property value: "true" sends the extension, "false" does not (default).

jdk.tls.server.enableSessionTicketExtension enables a server to use stateless session tickets if the client supports it. Clients that do not support stateless session tickets will use the cache. Property value: "true" enables stateless, "false" does not (default).


Deprecated APIs with forRemoval=true

The API has been deprecated and marked for removal. The classes in this package should no longer be used. The package contains suitable replacements.


Removal of Experimental FIPS 140 Compliant Mode from SunJSSE Provider

The experimental FIPS 140 compliant mode has been removed from the SunJSSE provider.

Legacy applications might have used the experimental mode with one of the following approaches: 1. Updating the file and specifying a crypto provider for the SunJSSE provider (for example, SunPKCS11-NSS) 2. Using the JDK internal class and creating a provider with a specified crypto provider (for example, new;).

Because the SunJSSE provider uses JDK default cryptography providers, applications can configure the security.provider security properties to use the FIPS 140 compliant cryptography providers.


Use Server Cipher Suites Preference by Default

For TLS connections, the cipher suite selection, by default, is updated to use the server cipher suites preference. Applications can configure the behavior by using the SSLParameters.setUseCipherSuitesOrder​() method.


Duplicated RSA Services No Longer Supported by SunJSSE Provider

Support for RSA KeyFactory, RSA KeyPairGenerator, MD2withRSA, MD5withRSA, and SHA1withRSA Signature has been removed from SunJSSE provider.

Since JDK 5, SunRsaSign provider was introduced to support these RSA-related algorithms. The only reason for SunJSSE provider to support these was for backward-compatibility with pre-JDK 5 applications. Removal should only impact applications that explicitly request these RSA services from SunJSSE provider. Applications should remove the hardcoded "SunJSSE" provider name.


Removal of the Internal package which was only used for Compatibility with Legacy JSSE 1.0 Applications

The internal package has been removed from the JDK. Prior to Java SE 1.4, when JSSE was shipped as a standalone product, the APIs were supported, but since Java SE 1.4, the package was deprecated and intended for internal use only. Standard replacement APIs such as HostNameVerifier, KeyManager, and TrustManager have been available in the package since Java SE 1.4. Although applications should have transitioned to the standard APIs, this note is a final warning that these non-standard APIs have been removed.


Support for X25519 and X448 in TLS

The named elliptic curve groups x25519 and x448 are now available for JSSE key agreement in TLS versions 1.0 to 1.3, with x25519 being the most preferred of the default enabled named groups. The default ordered list is now:

` x25519, secp256r1, secp384r1, secp521r1, x448, sect283k1, sect283r1, sect409k1, sect409r1, sect571k1, sect571r1, secp256k1, ffdhe2048, ffdhe3072, ffdhe4096, ffdhe6144, ffdhe8192 `

The default list can be overridden using the system property jdk.tls.namedGroups.


Issue Description

Use SunJCE Mac in SecretKeyFactory PBKDF2 Implementation

The SunJCE implementation of the PBKDF2 SecretKeyFactory will now exclusively use the SunJCE Mac service for the underlying pseudorandom function (PRF). This fixes an issue where 3rd party JCE providers in rare cases could cause the SunJCE PBKDF2 SecretKeyFactory's underlying pseudorandom function (PRF) to fail on Mac.init().


Issue Description

Added FileSystems.newFileSystem(Path, Map<String, ?>) Method

Three new methods have been added to java.nio.file.FileSystems to make it easier to use file system providers that treat the contents of a file as a file system.

  • newFileSystem(Path)
  • newFileSystem(Path, Map<String, ?>)
  • newFileSystem(Path, Map<String, ?>, ClassLoader)

The addition of newFileSystem(Path, Map<String, ?>) creates a source (but not binary) compatibility issue for code that has been using the existing 2-arg newFileSystem(Path, ClassLoader) and specifying the class loader as null. For example, the following cannot be compiled because the reference to newFileSystem is ambiguous:

FileSystem fs = FileSystems.newFileSystem(path, null);

To avoid the ambiguous reference, this code needs to be modified to cast the second parameter to java.lang.ClassLoader.


JNI NewDirectByteBuffer Creates Direct Buffer That Is java.nio.ByteOrder.BIG_ENDIAN

The Java Native Interface (JNI) specification has been clarified in this release to specify that the NewDirectByteBuffer function creates a direct buffer that is always big-endian (high byte first; java.nio.ByteOrder.BIG_ENDIAN). This aligns the specification with long standing behavior (JDK 1.4, released in 2002) so it does not affect existing code.


Files.createSymbolicLink Can Be Used in "Developer Mode" Without Additional Privileges

On Microsoft Windows, java.nio.file.Files.createSymbolicLink has been changed so that it can now be used to create symbolic links when the process is not elevated but the user is running in "Developer Mode". This may be useful for tools and other development time tasks that need to create symbolic links without requiring additional privileges.


Files.isHidden Returns true for Hidden Directories on Windows

On Microsoft Windows, the java.nio.file.Files.isHidden method has historically ignored the DOS "hidden" attribute on directories. This has been fixed in this release so that isHidden now returns true when invoked to test a directory that has this attribute set.


New java.nio.ByteBuffer Bulk get/put Methods Transfer Bytes Without Regard to Buffer Position

java.nio.ByteBuffer and the other buffer types in java.nio now define absolute bulk get and put methods to transfer contiguous sequences of bytes without regard to or effect on the buffer position.


Issue Description

Removal of awt.toolkit System Property

Historically (up to JDK 1.8), documentation for the java.awt.Toolkit class referred to the "awt.toolkit" system property, which was set to the name of the platform implementation subclass. The documentation of this property was removed in JDK 9 because (1) it was an internal detail not intended to be a supported interface and (2) encapsulation by the module system meant that the class could not be directly manipulated. However, the system property was not removed until now. Applications that previously read this property can still, if necessary, obtain it by instantiating the AWT Toolkit and querying the class name via that instance.


Deprecated and Unsupported Swing Motif Look and Feel on macOS

Swing Motif Look and Feel is unsupported on macOS in JDK 13.

In the source code, Swing Motif Look and Feel is deprecated with the intent to remove it in a future release. Use javax.swing.plaf.metal.MetalLookAndFeel instead.


Issue Description

Removal of Old Features from javadoc Tool

The following four features have been removed from the javadoc tool:

Support for generating API documentation using HTML 4: Support for HTML 5 was added in JDK 9 and has been the default since JDK 11. To generate API documentation that is fully compliant with the HTML 5 specification, developers should ensure that any use of HTML tags in their documentation comments is also compliant with the HTML 5 specification.

Support for the "old" javadoc API: This includes the API (com.sun.javadoc), the old standard doclet (, and the old entry point (, all in the jdk.javadoc module. A new API and a new standard doclet were introduced in JDK 9, leveraging other modern modeling API such as javax.lang.model. The javadoc tool can be programmatically invoked using the API, or (for simple use) java.util.spi.ToolProvider. Users that just use the javadoc tool to generate standard API documentation are not affected.

Support for generating documentation using HTML frames: It has been replaced by the "Search" feature, added in JDK 9, and by improved index files and links within pages.

Support for the --no-module-directories option: This option provided limited support for the organization used for the generated documentation by the javadoc tool in JDK 9 and 10, in which the files for different modules were not grouped into separate directories.


Improved Javadoc Search

The search feature in API documentation generated by Javadoc has been improved. You can now consistently search API documentation using partial terms and camel-case abbreviations. See for a full description of search features.


Issue Description

GTK+ 3.20 and Later Unsupported by Swing

Due to incompatible changes in the GTK+ 3 library versions 3.20 and later, the Swing GTK Look and Feel does not render some UI components when using this library. Therefore Linux installations with versions of GTK+ 3.20 and above are not supported for use by the Swing GTK Look And Feel in this release. Affected applications on such configurations should specify the system property -Djdk.gtk.version=2.2 to request GTK2+ based rendering instead.


GTK+ 3.20 and Later Unsupported by Swing

Due to incompatible changes in the GTK+ 3 library versions 3.20 and later, the Swing GTK Look and Feel does not render some UI components when using this library. Therefore Linux installations with versions of GTK+ 3.20 and above are not supported for use by the Swing GTK Look And Feel in this release.

GTK+ 3.20 and Later Unsupported by Swing

Due to incompatible changes in the GTK+ 3 library versions 3.20 and later, the Swing GTK Look and Feel does not render some UI components when using this library. Therefore Linux installations with versions of GTK+ 3.20 and above are not supported for use by the Swing GTK Look And Feel in this release. Affected applications on such configurations should specify the system property -Djdk.gtk.version=2.2 to request GTK2+ based rendering instead.

GTK+ 3.20 and Later Unsupported by Swing

Due to incompatible changes in the GTK+ 3 library versions 3.20 and later, the Swing GTK Look and Feel does not render some UI components when using this library. Therefore Linux installations with versions of GTK+ 3.20 and above are not supported for use by the Swing GTK Look And Feel in this release. Affected applications on such configurations should specify the system property -Djdk.gtk.version=2.2 to request GTK2+ based rendering instead.


GTK+ 3.20 and Later Unsupported by Swing

Due to incompatible changes in the GTK+ 3 library versions 3.20 and later, the Swing GTK Look and Feel does not render some UI components when using this library. Therefore Linux installations with versions of GTK+ 3.20 and above are not supported for use by the Swing GTK Look And Feel in this release. Affected applications on such configurations should specify the system property -Djdk.gtk.version=2.2 to request GTK2+ based rendering instead.


GTK+ 3.20 and Later Unsupported by Swing

Due to incompatible changes in the GTK+ 3 library versions 3.20 and later, the Swing GTK Look and Feel does not render some UI components when using this library. Therefore Linux installations with versions of GTK+ 3.20 and above are not supported for use by the Swing GTK Look And Feel in this release. Affected applications on such configurations should specify the system property -Djdk.gtk.version=2.2 to request GTK2+ based rendering instead.


GTK+ 3.20 and Later Unsupported by Swing

Due to incompatible changes in the GTK+ 3 library versions 3.20 and later, the Swing GTK Look and Feel does not render some UI components when using this library. Therefore Linux installations with versions of GTK+ 3.20 and above are not supported for use by the Swing GTK Look And Feel in this release. Affected applications on such configurations should specify the system property -Djdk.gtk.version=2.2 to request GTK2+ based rendering instead.


Issue Description

Shenandoah Support for Solaris x86_64

Shenandoah is designed to be OS agnostic. However, minor differences in accepted language features in OS-specific tool chains can prevent it from being buildable on some operating systems. This release includes a change that enables Shenandoah builds with Solaris Studio, the default tool chain for the Solaris operating system. Testing shows that, after this change is applied, Shenandoah is fully operational on Solaris 11.


JFR events for Shenandoah

This release implements two JFR events ShenandoahHeapRegionStateChange and ShenandoahHeapRegionInformation which provide internal GC diagnostic data that can be used to visualize the shenandoah heap regions.


ZGC: Maximum Heap Size Increased to 16TB

The maximum supported heap size for ZGC was increased from 4TB to 16TB.


Load reference barriers for Shenandoah

Shenandoah used to employ the weak to-space invariant: allow reads to be done from the collection set while it is being evacuated, and evacuate objects on writes to them. This forced the implementation to have simple read barriers before every read accesses (including primitive ones), and complicated write barriers before every write access (including primitive ones), plus handling the cases where both copies of the objects are exposed (for example, in acmp). With this change, Shenandoah rewires the barriers to employ stronger to-space invariant: never expose objects in the collection set, evacuating them eagerly on reference load. Implementation rewires that used to be the write barrier handling code to every reference load, and removes other barriers (read, acmp, storeval barriers).

The change makes simpler barrier interface, provides more opportunities for performance optimizations, reduces the maintenance burden. Even though Shenandoah makes more complicated read barriers with this change, the incidence of those barriers is lower, because there are no barriers on writes anymore, and only reference loads need to be handled. This makes the change performance neutral or performance-positive on many workloads, even with simpler optimization code.


Improve Ergonomics for Sparse PRT Entry Size

This enhancement changes the ergonomics for sizing the lowest level (most quickly to access, but taking most space per element) remembered set memory storage in G1 called Sparse PRTs.

The number of entries now grow exponentially with region size instead of linearly. This means that G1 uses 4/8/16/32/64/128 entries per Sparse PRT if configured for 1/2/4/8/16/32 MB regions respectively instead of 4/8/12/16/20/24 entries.

With this change, G1 uses significantly less memory for remembered sets for applications requiring a significant amount of remembered sets. This may also result in decreased garbage collection pause times in these cases.

The ergonomically determined values may be overridden using the -XX:G1RSetSparseRegionEntries option as before.


Shenandoah Accepts Arbitrarily Low Initial Heap Size

The Shenandoah implementation has been improved to allow arbitrarily low initial heap size. Before this change, Shenandoah needed at least 10 regions to cover -Xms. With large heaps and/or larger regions, those 10 regions could use a significant amount of space. This requirement is relaxed now, and Shenandoah can run with the lowest -Xms that the shared JVM code can accept.


Improvements in Serial GC Young pause time report

With Serial GC, when Young GC fails and upgrades to Full GC, the logging messages may be confusing. In previous releases, the log would say both "Pause Full" and "Pause Young" finished at the same time, leading to double-counting the pause time. In this release, the logging is fixed to properly reflect times spent in "Young" and "Full" collections. See more at JDK-8215221.


Epsilon GC Caused Excess Metaspace Resizing Safepoints

In this release, Epsilon has been changed to accept GC requests and resize the metaspace to reduce the number of safepoints that are taken.

Before this release, the Epsilon GC was intended to provide minimal runtime overhead by not doing GC and by ignoring all incoming GC requests. However, when a metadata-heavy workload (for example, a workload having lots of classes) needed to resize the metaspace, it relied on the GC to resize the metadata at a GC safepoint. Shared GC code would enter the safepoint to call into GC for it. However, because Epsilon ignored the GC request, the safepoint would be generated, but it would not resize the metaspace. This would cause another safepoint to be generated soon afterwards without ever resizing the metaspace.


Shenandoah x86_32 support

Shenandoah now experimentally supports x86_32 in fully concurrent mode. This allows memory footprint improvements in VM-heavy workloads, when most of the memory taken by JVM are VM-native structures. This also serves as the proof Shenandoah is implementable on 32-bit platforms.


Shenandoah Changes -Xms to Mean "minimum heap size"

Before the changes in this release, -Xms was treated as setting the "initial heap size." This enabled the Shenandoah heap sizing policy to uncommit unused heap that was below that setting. With this release, -Xms is treated as providing the "minimum heap size." This change prevents Shenandoah from uncommitting unused heap that is below the -Xms setting. -Xms can now be used to fine-tune footprint vs. allocation overhead tradeoffs.


Added -XX:SoftMaxHeapSize Flag

The manageable command-line flag -XX:SoftMaxHeapSize=<bytes> has been added. Currently, it only has an effect when the Z garbage collector is enabled (-XX:+UseZGC).

When set, the GC will strive to not grow the heap beyond the specified size, unless the GC decides it's necessary to do so to avoid OutOfMemoryError. The soft max heap size is not allowed to be set to a value greater than the maximum heap size (-Xmx). When not set on the command line, it defaults to a value equal to the maximum heap size.

Being manageable, its value can be adjusted at runtime. For example, its value can be adjusted by using jcmd VM.set_flag SoftMaxHeapSize <bytes> or through the HotSpot MXBean.

Setting this flag can be useful in a number of situations, such as:

  • In environments where resource usage is a concern, you might want to keep the heap footprint down while also retaining the capability to deal with a temporary increase in heap space requirement.

  • When using a concurrent GC (such as ZGC), you might want to play it safe and increase the confidence level that you will not run into an allocation stall because of an unforeseen increase in allocation rate. Setting a soft max heap size encourages the GC to maintain a smaller heap, which means the GC will collect garbage more aggressively than it otherwise would, making it more resilient to a sudden increase in the application allocation rate.


Improve the Behavior of MaxRAM Settings and UseCompressedOops

The behavior of several GC Heap selection flags have been changed to better meet the expectation of users.

Prior to this change, if the heap size selection resulting from the use of these flags exceeded the maximum reachable address when UseCompressedOops is enabled, the heap size would be truncated to be within the CompressedOops range. Also, the percentage or fractional calculation performed was based on the value of MaxRAM and not the amount of physical memory available in the system. The following are the options impacted by this change:

  • -XX:MaxRAMPercentage
  • -XX:MaxRAMFraction
  • -XX:MinRAMPercentage
  • -XX:MinRAMFraction
  • -XX:InitialRAMPercentage
  • -XX:InitialRAMFraction
  • -XX:MaxRAM

The new behavior calculates the percentage or fraction based on the host's available memory unless the user also specifies -XX:MaxRAM. In addition, UseCompressedOops is automatically disabled if the heap size resulting from the use of any of these options, including -XX:MaxRAM, is greater than can be addressed in CompressedOops mode, unless the -XX:+UseCompressedOops option is specified to override this behavior.

Note: This change only impacts 64-bit platforms.


Shenandoah Logs Report Proper Committed Heap Size

In previous releases, Shenandoah reported the max heap size as the current heap size. This reporting error resulted from changing the heap sizing scheme to per-region commit/uncommit. In this release, Shenandoah reports the proper amount of committed memory that is taken by the current heap. The changes in this release also eliminate redundant logging lines that print reserved/committed/used memory sizes. This change makes Shenandoah GC logging more consistent with other GCs. Users are advised to check their GC log parsing scripts. See JDK-8222185.


Shenandoah reduces the default number of GC threads

In previous releases, Shenandoah GC defaulted to the large number of concurrent and parallel GC threads to do the work. In many cases, this lead to taking a significant CPU toll when GC was running. In worst case, the system can be saturated with the GC work alone.

In this release, the default number of concurrent and parallel Shenandoah GC threads is trimmed down to 1/4 and 1/2 of CPU threads, respectively. Users are advised to check if their installations benefit from these new defaults, or adjust -XX:ConcGCThreads=# or -XX:ParallelGCThreads=# if needed.


Shenandoah eliminated separate forwarding pointer slot

Shenandoah uses an extra word per object to store the forwarding pointer of an object in support of concurrent evacuation. With the arrival of load reference barriers, it is possible to store the forwarding pointer in the then-unused memory of old copy of an object instead, for example use the old copy mark-word and encode the forwarding pointer there. This allows to eliminate the extra forwarding pointer word, and thus reduces memory footprint to that of regular GC.


JEP 351: ZGC: Uncommit Unused Memory

ZGC was enhanced to return unused heap memory to the operating system. This is useful for applications and environments where memory footprint is a concern.

This feature is enabled by default, but can be explicitly disabled using -XX:-ZUncommit. Furthermore, memory will not be uncommitted so that the heap size shrinks below the minimum heap size (-Xms). This means this feature will be implicitly disabled if the minimum heap size (-Xms) is configured to be equal to the maximum heap size (-Xmx).

An uncommit delay can be configured using -XX:ZUncommitDelay=<seconds> (defaults to 300 seconds). This delay specifies for how long memory should have been unused before it's eligible for uncommit.

For more details, see (JEP 351).


Issue Description

A jrt URI Can Only Encode Paths to Files in /modules Tree

A jrt URL is a hierarchical URI with the syntax jrt:/[$MODULE[/$PATH]]. When using the jrt file system, a object can be created with the java.nio.file.Path::toUri method to encode a normalized path to a file in the /modules tree. A jrt URL cannot encode a path to a file in the /packages tree. The jrt file system provider has been changed in this release so that toUri fails with IOError when it is not possible to encode the file path as a jrt URI. This change might impact tools that assume a URI can be created to locate files in the /packages tree. Tools with paths to files in /packages can use the toRealPath() method to obtain the real path (in /modules) before attempting to convert the file path to a URI.



Priority Bug Summary
P2 JDK-8214579 JFrame does not paint content in XVFB / X11vnc environment
P2 JDK-8210782 Upgrade HarfBuzz to 2.3.1
P2 JDK-8217676 Upgrade libpng to 1.6.37
P3 JDK-8225368 broken links in java.desktop files
P3 JDK-8214252 Expanded & Collapsed nodes of a JTree look the same on GTK3
P4 JDK-8221731 Fix doclint handling of accessibility heading in java.desktop
P4 JDK-8224876 javax/swing/JWindow/ShapedAndTranslucentWindows/ fails on linux-x64
P4 JDK-8220320 Remove unused old code in GraphicsEnvironment on unix


Priority Bug Summary
P2 JDK-8222362 Upgrade to Freetype 2.10.0
P3 JDK-8212202 [Windows] Exception if no printers are installed.
P3 JDK-8130266 Change the mechanism by which JDK loads the platform-specific GraphicsEnvironment class
P3 JDK-8208179 Devanagari not shown with logical fonts on Windows after removal of Lucida Sans from JDK
P3 JDK-8217731 Font rendering and glyph spacing changed from jdk-8 to jdk-11
P3 JDK-8223045 GraphicsEnvironment does not detect resolution changes in multiscreen systems
P3 JDK-8224825 java/awt/Color/ fails in linux-x64 system
P3 JDK-8217707 JNICALL declaration breaks Splash screen functions
P3 JDK-8221412 lookupPrintServices() does not always update the list of Windows remote printers
P3 JDK-8221411 NullPointerException in RasterPrinterJob without PrinterResolution
P3 JDK-8205159 The Header of the print out displayed incomplete
P4 JDK-6933331 (d3d/ogl) java.lang.IllegalStateException: Buffers have not been created
P4 JDK-8220231 Cache HarfBuzz face object for same font's text layout calls
P4 JDK-8214076 Cleanup the code related to GraphicsEnvironment/Device/Configuration
P4 JDK-8219675 Disable harfbuzz warnings with gcc 8
P4 JDK-8215130 Fix errors in LittleCMS 2.9 reported by GCC 8
P4 JDK-8218854 FontMetrics.getMaxAdvance may be less than the maximum FontMetrics.charWidth
P4 JDK-8222917 GraphicsEnvironment for Unix still have an unused dependency on Solaris
P4 JDK-8225007 java/awt/print/PrinterJob/ may hang
P4 JDK-8219901 Noto fonts for East Asian countries cannot belong to CompositeFont
P4 JDK-8219676 Re-enable harfbuzz warnings
P4 JDK-8218914 Support fonts installed per-user on Windows 10
P4 JDK-8224778 test/jdk/demo/jfc/J2Ddemo/ cannot find J2Ddemo.jar
P4 JDK-8214918 Unify GraphicsEnvironment.getCenterPoint()/getMaximumWindowBounds() across the platforms


Priority Bug Summary
P2 JDK-8227919 8213232 causes crashes on solaris sparc64
P2 JDK-8214046 [macosx] Undecorated Frame does not Iconify when set to
P2 JDK-8227392 Colors with alpha are painted incorrectly on Linux, after JDK-8214579
P2 JDK-8177960 Deprecate the Swing Motif Look and Feel and document it as unsupported on macOS
P2 JDK-8226654 Some swing gtk regression tests fail with "java.lang.InternalError: Unable to load native GTK libraries"
P2 JDK-8220495 Update GIFlib library to the 5.1.8
P3 JDK-8220528 [AIX] Fix basic Xinerama and Xrender functionality
P3 JDK-8061381 [macosx] Accelerators does not spelled for JMenuItems by Voice Over
P3 JDK-8214765 All TrayIcon MessageType icons does not show up with gtk3 option set
P3 JDK-8207938 At step6,Click Add button,case failed automatically.
P3 JDK-8212676 AWT SystemColor setting on CDE
P3 JDK-8211885 Duplicate id declarations in java.awt.geom.Path2D
P3 JDK-8220250 fix headings in java.desktop
P3 JDK-8215200 IllegalArgumentException in sun.lwawt.macosx.CPlatformWindow
P3 JDK-8225376 invalid HTML in AWT_Native_Interface.html
P3 JDK-8215105 java/awt/Robot/HiDPIScreenCapture/ Wrong Pixel Color
P3 JDK-8215756 Memory leaks in the AWT on macOS
P3 JDK-8221246 NullPointerException within Win32ShellFolder2
P3 JDK-8222789 Replace the usage of "Sun's Xinerama API" by the "XFree86's Xinerama API" on Solaris
P3 JDK-8225118 Robot.createScreenCapture() returns black image on HiDPI linux with gtk3
P3 JDK-8223271 SplashScreen is still shown if defaulting to headless on MacOS
P3 JDK-8211826 StringIndexOutOfBoundsException happens via GetStringUTFRegion()
P3 JDK-8216318 The usage of Disposer in the java.awt.Robot can be deleted
P3 JDK-8213232 Unix/X11 setCompositionEnableNative issue
P3 JDK-8212678 Windows IME related patch
P3 JDK-8212677 X11 default visual support for IM status window on VNC
P3 JDK-8214109 XToolkit is not correctly displayed color on 16-bit high color setting
P4 JDK-8144125 [macos] java/awt/event/ComponentEvent/MovedResizedTwiceTest/ failed automatically
P4 JDK-7141393 [macosx] CARemoteLayer code refactoring and unit test
P4 JDK-8217735 awt_image_GifImageDecoder_parseImage() "interlace" param has the wrong type
P4 JDK-8224771 backout fix to re-push with correct bugid
P4 JDK-8216155 C4819 warning at libfreetype sources on Windows
P4 JDK-8212700 Change the mechanism by which JDK loads the platform-specific AWT Toolkit
P4 JDK-8225032 Fix some C++ conformance issues in AWT Windows code
P4 JDK-8221405 Fix Windows 32bit awt build
P4 JDK-8225487 giflib legal file is missing attribution for openbsd-reallocarray.c.
P4 JDK-8224821 java/awt/Focus/NoAutotransferToDisabledCompTest/ fails linux-x64
P4 JDK-8225105 java/awt/Focus/ShowFrameCheckForegroundTest/ fails in Windows 10
P4 JDK-8214823 Javadoc cleanup of java.awt.desktop package
P4 JDK-8223766 Remains of ancient code in AWT initialization
P4 JDK-8216592 Removal of the class sun.awt.AWTSecurityManager
P4 JDK-8222819 Remove setting of headless property on MacOS from launcher code.
P4 JDK-8223237 Replace use of string.equals("") with isEmpty() in java.desktop
P4 JDK-8214461 Some unused classes may be removed
P4 JDK-8211267 StackOverflowError happened by TextField.setFont(...)
P4 JDK-8219504 Test for JDK-8211435 can be run on all platforms
P4 JDK-8224830 test/jdk/java/awt/Focus/ModalExcludedWindowClickTest/ fails on linux-x64
P4 JDK-8215910 Typo in AWT InvocationEvent Method Documentation


Priority Bug Summary
P3 JDK-8225182 JNI exception pending in DestroyXIMCallback of awt_InputMethod.c:1327
P4 JDK-8213183 InputMethod cannot be used after its restarting


Priority Bug Summary
P3 JDK-8221244 Unexpected behavior of PropertyDescription.getReadMethod for boolean properties
P4 JDK-8222799 java.beans.Introspector uses an obsolete methods cache
P4 JDK-8216046 test/jdk/java/beans/PropertyEditor/ failing


Priority Bug Summary
P3 JDK-8216008 -Djavax.accessibility.assistive_technologies empty list leads to exception
P3 JDK-8219914 Change the environment variable for Java Access Bridge logging to have a directory
P3 JDK-8190361 Incorrect version info in jaccessinspector.exe and jaccesswalker.exe
P3 JDK-8196681 Java Access Bridge logging and debug flags dynamically controlled
P3 JDK-6714324 Removing a component from a JTabbedPane does not clear its accessibleParent
P4 JDK-7106851 Test should not use System.exit


Priority Bug Summary
P4 JDK-8222438 Drop of outdated logging in the package
P4 JDK-8221445 FastSysexMessage constructor crashes MIDI receiption thread
P4 JDK-8224056 Fix some assignments of string literals to LPSTR (instead of LPCSTR)
P4 JDK-8221436 Incorrect check of package in Line.Info.toString()
P4 JDK-8222083 Support of "64-bit IEEE floating point" encoding for the AU file format


Priority Bug Summary
P1 JDK-8226964 [Yaru] GTK L&F: There is no difference between menu selected and de-selected
P2 JDK-8226783 GTK is not being returned as the System L&F on Gnome.
P2 JDK-8218473 JOptionPane display issue with GTKLookAndFeel
P2 JDK-8218472 JProgressBar display issue with GTKLookAndFeel
P2 JDK-8218470 JScrollBar display issue with GTKLookAndFeel
P2 JDK-8218469 JSlider display issue with slider for GTKLookAndFeel
P2 JDK-8218479 JTextPane display issue with GTKLookAndFeel
P2 JDK-8218917 KeyEvent.getModifiers() returns inconsistent values for ALT keys
P2 JDK-8203627 Swing applications with JRadioButton and JCheckbox fail to render correctly when using GTK3 and the GTK L&F
P3 JDK-8225144 [macos] In Aqua L&F backspace key does not delete when Shift is pressed
P3 JDK-8213071 [macos] The focus disappears after pressing return to close the "That was a pretty good movie!" dialog.
P3 JDK-8216971 [macosx swing] For JCheckBoxMenuItem actionPerformed() is called twice, when apple.laf.useScreenMenuBar=true and modifier is InputEvent.META_DOWN_MASK
P3 JDK-8225146 Accessibility issues in javax/swing/plaf/nimbus/doc-files/properties.html
P3 JDK-8218599 Add test group jdk_client_sanity under jdk_desktop group
P3 JDK-8222519 ButtonDemoScreenshotTest fails randomly with "still state to be reached"
P3 JDK-8217235 Create automated test for SwingSet ColorChooserDemoTest
P3 JDK-8214471 Enable different look and feel tests in SwingSet3 demo test ToolTipDemoTest
P3 JDK-8225423 GTK L&F: JSplitPane: There is no divider shown
P3 JDK-8218674 HTML Tooltip with "img src=" on component doesn't show
P3 JDK-8211703 JInternalFrame : java.lang.AssertionError: cannot find the internal frame
P3 JDK-8215396 JTabbedPane preferred size calculation is wrong for SCROLL_TAB_LAYOUT
P3 JDK-8212904 JTextArea line wrapping incorrect when using UI scale
P3 JDK-8219156 RTFEditorKit writes background color but doesn't read
P3 JDK-8220349 The fix done for JDK-8214253 have caused issues in JTree behaviour
P3 JDK-8214112 The whole text in target JPasswordField image are not selected.
P3 JDK-8214111 There is no icon in all JOptionPane target image
P3 JDK-8214253 Tooltip is transparent rather than having a black background
P3 JDK-8213781 web page background renders blue in JEditorPane
P3 JDK-8214702 Wrong text position for whitespaced string in printing Swing text
P4 JDK-8219552 bump jtreg requiredVersion to b14 in test/jdk/sanity/client/
P4 JDK-8221661 javax.swing.text.View.getPreferredSpan​(int axis)
P4 JDK-8225511 javax/swing/JWindow/ShapedAndTranslucentWindows/ fails in linux-x64
P4 JDK-8212701 remove sun.desktop property from launcher code
P4 JDK-8215909 Typo in Swing ProcessMouseEvent method documentation
P4 JDK-8216353 Use utility APIs introduced in org/netbeans/jemmy/util/LookAndFeel class in client sanity test cases
P5 JDK-6684386 ElementIterator javadoc bug


Priority Bug Summary
P3 JDK-8216401 Allow "file:" URLs in Class-Path of local JARs
P3 JDK-8211941 Enable checking/ignoring of non-conforming Class-Path entries
P3 JDK-8220261 fix headings in java.base
P3 JDK-8205626 Start of release updates for JDK 13
P3 JDK-8213223 Umbrella: JDK 13 terminal deprecations
P3 JDK-8228450 and text should be pre-formatted
P3 JDK-8215798 Use {@systemProperty} for system property
P3 JDK-8212528 Wrong cgroup subsystem being used for some CPU Container Metrics
P4 JDK-8214077 ARM32: test java/io/File/ fails on ARM32
P4 JDK-8223553 Fix code constructs that do not compile with the Eclipse Java Compiler
P4 JDK-8220072 GCC 8.3 reports errors in java.base
P4 JDK-8220598 Malformed copyright year range in a few files in java.base
P4 JDK-8215217 OpenJDK source has too many swear words
P4 JDK-8223593 Refactor code for reallocating storage
P4 JDK-8225315 test java/util/ArrayDeque/ isn't part of the jdk_collections test group
P5 JDK-8218022 Repeated words typos in java.base


Priority Bug Summary
P3 JDK-8214565 Use {@systemProperty} for definitions of system properties
P4 JDK-8221597 A typo in the Java API doc for File.getUsableSpace()
P4 JDK-8221262 Cleanups in UnixFileSystem/WinNTFileSystem implementation classes
P4 JDK-8219992 Correct the documentation of PrintWriter to refer to System.lineSeparator
P4 JDK-8219196 DataOutputStream.writeUTF may throw unexpected exceptions
P4 JDK-8216172 File.renameTo(File dest) should check for NPE at the very beginning
P4 JDK-8218280 LineNumberReader throws "Mark invalid" exception if CRLF straddles buffer.
P4 JDK-8215412 Optimize PrintStream.println methods
P4 JDK-6307456 UnixFileSystem_md.c use of chmod() and access() should handle EINTR signal appropriately (unix)
P5 JDK-8078860 (spec)[] b, int off, int len) claims to not affect element b[off]
P5 JDK-8216067 Unused local vars in windows/native/libjava/io_util_md.c


Priority Bug Summary
P3 JDK-8226605 Accessibility issues in specs/serialization/*.html
P3 JDK-6996807 FieldReflectorKey hash code computation can be improved
P4 JDK-8220166 Performance regression in deserialization (4-6% in SPECjbb)
P4 JDK-8202675 Replace process-wide terminology in serial filtering to be consistent
P4 JDK-8227541 Serial spec should be updated to reflect API generification
P5 JDK-6394787 Typos in javadoc of OIS.readObjectOverride and OOS.writeObjectOverride


Priority Bug Summary
P2 JDK-8223777 In posix_spawn mode, failing to exec() jspawnhelper may not result in an error
P2 JDK-8226709 MethodTypeDesc::resolveConstantDesc needs access check per the specification
P3 JDK-8213192 (process) Change the Process launch mechanism default on Linux to be posix_spawn
P3 JDK-8216134 (process) ProcessBuilder startPipeline does not hide piped streams
P3 JDK-8223078 Add microbenchmark for array copying/clearing/resizing
P3 JDK-8197927 Allow the system property `java.vendor.version` to be undefined
P3 JDK-8225314 broken links in java.base
P3 JDK-8217339 ClassCircularityError loading NumberFormatProvider
P3 JDK-8218386 Correct the SE version in j.l.Character
P3 JDK-8220238 Enhancing j.l.Runtime/System::gc specification with an explicit 'no guarantee' statement
P3 JDK-8216205 Java API documentation formatting error in System.getEnv()
P3 JDK-8224181 On child process spawn, child may write to random file descriptor instead of the fail pipe
P3 JDK-8203444 String::formatted (Preview)
P3 JDK-8223775 String::stripIndent (Preview)
P3 JDK-8223780 String::translateEscapes (Preview)
P3 JDK-8225448 String::translateEscapes javadoc has accessibility issues
P3 JDK-8221430 StringBuffer(CharSequence) constructor truncates when -XX:-CompactStrings specified
P3 JDK-8218228 The constructor StringBuffer(CharSequence) violates spec for negatively sized argument
P4 JDK-8224986 (str) optimize StringBuilder.append(CharSequence, int, int) for String arguments
P4 JDK-8225353 Add @jls links to java.lang.Enum
P4 JDK-8221836 Avoid recalculating String.hash when zero
P4 JDK-8221723 Avoid storing zero to String.hash
P4 JDK-8221267 Document the system property
P4 JDK-8224175 Fix inconsistencies in @jls and @jvms tags
P4 JDK-8215017 Improve String::equals warmup characteristics
P4 JDK-8224174 java.lang.Number has a default constructor
P4 JDK-8210788 Javadoc for Thread.join(long, int) should specify that it waits forever when both arguments are zero
P4 JDK-8224783 Javadoc of String strip methods uses link where linkplain would be better
P4 JDK-8218726 Minor Throwable.printStackTrace() typos
P4 JDK-8222029 Optimize Math.floorMod
P4 JDK-8222955 Optimize String.replace(CharSequence, CharSequence) for common cases
P4 JDK-8225675 Outdated citation of JLS in java.lang.ref.Reference
P4 JDK-8220684 Process.waitFor(long, TimeUnit) can return false for a process that exited within the timeout
P4 JDK-8220237 ProcessBuilder API documentation typo
P4 JDK-8220346 Refactor java.lang.Throwable to use Objects.requireNonNull
P4 JDK-8222151 refactoring: enhancements to java.lang.Class::methodToString and java.lang.Class::getTypeName
P4 JDK-8205131 remove Runtime trace methods
P4 JDK-8074817 Resolve disabled warnings for libverify
P4 JDK-8218227 StringBuilder/StringBuffer constructor throws confusing NegativeArraySizeException
P4 JDK-8219197 ThreadGroup.enumerate() may return wrong value
P4 JDK-8221431 Update Unicode Data Files to 12.1.0
P4 JDK-8223730 URLClassLoader.findClass() can throw IndexOutOfBoundsException
P5 JDK-8221921 Implement size() / isEmpty() in immutable collections
P5 JDK-8216413 Long.parseLong() is specified to throw unless string contains parsable {@code int}; should be {@code long}


Priority Bug Summary
P2 JDK-8222895 StackOverflowError in custom security manager that relies on ClassSpecializer
P3 JDK-8219480 j.l.c.ClassDesc::arrayType(int rank) throws IllegalArgumentException if rank = 0
P3 JDK-8219483 j.l.c.ClassDesc::nested(String, String...) doesn't throw NPE if any arg is null
P3 JDK-8223725 j.l.c.MethodHandleDesc::of throws undocumented exception IllegalArgumentException
P3 JDK-8223723 j.l.c.MethodTypeDesc.dropParameterTypes​ throws the undocumented exception: IllegalArgumentException
P3 JDK-8223803 j.l.c.MethodTypeDesc::insertParameterTypes​ doesn't control type of parameters
P3 JDK-8213234 Move LambdaForm.Hidden to jdk.internal.vm.annotation
P3 JDK-8223914 specification of j.l.c.MethodTypeDesc::of should document better the exceptions thrown
P4 JDK-8220282 Add MethodHandle tests on accessing final fields
P4 JDK-8219487 j.l.c.ClassDesc spec should contain precise assertions for one parameter's methods
P4 JDK-8223726 j.l.c.MethodTypeDesc spec should contain precise assertions for one parameter's methods
P4 JDK-8216558 Lookup.unreflectSetter(Field) fails to throw IllegalAccessException for static final field
P4 JDK-8222852 Reduce String concat combinator tree shapes by folding constants into prependers
P4 JDK-8223454 Reduce String concatenation shapes by folding initialLengthCoder into last mixer
P4 JDK-8222484 Specialize generation of simple String concatenation expressions


Priority Bug Summary
P4 JDK-8221473 Configuration::reads can use Set.copyOf


Priority Bug Summary
P4 JDK-8222144 BuiltinClassLoader should create the CodeSource for jrt URLs lazily
P4 JDK-8218419 Can't get annotations that are present on packages in -Xbootclasspath/a


Priority Bug Summary
P1 JDK-8222082 Build of test/jdk/java/lang/reflect/exeCallerAccessTest/exeCallerAccessTest.c still failing on Windows
P1 JDK-8222078 test/jdk/java/lang/reflect/exeCallerAccessTest/exeCallerAccessTest.c build fails after 8221530
P2 JDK-8224012 AnnotatedType implementations of hashCode() lead to StackOverflowError
P2 JDK-8222111 exeCallerAccessTest.c fails to build: control reaches end of non-void function
P3 JDK-8221530 Field::get and reflective member access not handling caller = null when invoked by JNI code with no java frames on stack
P3 JDK-8198526 getAnnotatedOwnerType does not handle static nested classes correctly
P3 JDK-8222448 java/lang/reflect/PublicMethods/ times out
P4 JDK-7086604 (reflect) Clarifications to javadoc for getGeneric*Type methods in j.l.r
P4 JDK-8227252 [aix] Disable jdk/java/lang/reflect/exeCallerAccessTest
P4 JDK-8225465 Add @jls tags to receiver type methods
P4 JDK-8042748 Clarify exception thrown by ParameterizedTypeImpl.validateConstructorArguments()
P4 JDK-8181869 getAnnotatedParameterTypes​() specification should be clarified
P4 JDK-8219378 NPE in ReflectionFactory.newMethodAccessor when langReflectAccess not initialized
P4 JDK-8217000 Refactor Class::methodToString


Priority Bug Summary
P4 JDK-8215759 [test] java/math/BigInteger/ can throw an ArithmeticException
P4 JDK-8183912 java.math.BigDecimal.movePointLeft() should return this if called with zero argument
P4 JDK-8225117 java/math/BigInteger/ fails with ParseException


Priority Bug Summary
P1 JDK-8229018 Switching to an infinite socket timeout on Windows leads to high CPU load
P3 JDK-8220673 Add test library support for determining platform IP support
P3 JDK-8220719 Allow other named NetPermissions to be used
P3 JDK-8220575 Correctly format test URI's that contain a retrieved IPv6 address
P3 JDK-8217364 Custom URLStreamHandler for jrt or file protocol can override default handler.
P3 JDK-8216978 Drop support for pre JDK 1.4 SocketImpl implementations
P3 JDK-8217237 HttpClient does not deal well with multi-valued WWW-Authenticate challenge headers
P3 JDK-8221395 HttpClient leaving connections in CLOSE_WAIT state until Java process ends
P3 JDK-8217094 HttpClient SSL race if a socket IOException is raised before ALPN is available
P3 JDK-8217264 HttpClient: Blocking operations in mapper function do not work as documented
P3 JDK-8217627 HttpClient: The API documentation of BodySubscribers::mapping promotes bad behavior
P3 JDK-8216974 HttpConnection not returned to the pool after 204 response
P3 JDK-8218554 HttpServer: allow custom handlers to request that the connection be closed after the exchange.
P3 JDK-8220663 Incorrect handling of IPv6 addresses in Socket(Proxy.HTTP)
P3 JDK-8223214 Inet6AddressImpl.loopbackAddress() should choose loopback address that is available
P3 JDK-8224477 socket types new-style socket option methods - spec and impl mismatch
P3 JDK-8225060 invokes NetworkInterface::getInetAddresses without doPriv
P3 JDK-8225037 throws NullPointerException
P3 JDK-8224730 not invoking checkConnect
P3 JDK-8194231 java/net/DatagramSocket/ failed with Address already in use: Cannot bind
P3 JDK-8228434 jdk/net/Sockets/ fails after JDK-8227642
P3 JDK-8218559 JEP 353: Reimplement the Legacy Socket API
P3 JDK-8170494 JNI exception pending in PlainDatagramSocketImpl.c
P3 JDK-8226730 Missing `@` in code tags
P3 JDK-8220493 Prepare Socket/ServerSocket for alternative platform SocketImpl
P3 JDK-8221481 Reimplement the Legacy Socket API
P3 JDK-8220083 Remove hard-coded loopback address in JDK networking tests
P3 JDK-8225426 Replace plain with system-default in Socket and ServerSocket
P3 JDK-8223145 Replace wildcard address with loopback or local host in tests - part 1
P3 JDK-8224204 Replace wildcard address with loopback or local host in tests - part 10
P3 JDK-8224603 Replace wildcard address with loopback or local host in tests - part 11
P3 JDK-8224761 Replace wildcard address with loopback or local host in tests - part 12
P3 JDK-8224865 Replace wildcard address with loopback or local host in tests - part 13
P3 JDK-8225512 Replace wildcard address with loopback or local host in tests - part 15
P3 JDK-8223463 Replace wildcard address with loopback or local host in tests - part 2
P3 JDK-8223465 Replace wildcard address with loopback or local host in tests - part 3
P3 JDK-8223573 Replace wildcard address with loopback or local host in tests - part 4
P3 JDK-8223632 Replace wildcard address with loopback or local host in tests - part 5
P3 JDK-8223856 Replace wildcard address with loopback or local host in tests - part 8
P3 JDK-8213912 Semantic typo in
P3 JDK-8216988 ServerSocket.implAccept should include warnings about Socket type/state
P3 JDK-8225214 Socket.getOption(SocketOption) not returning the expected type for the StandardSocketOptions.SO_LINGER
P3 JDK-8227422 sun/net/www/protocol/file/ failed on Windows 2016 because DirPermissionDenied directory has no read permission
P3 JDK-8224973 URLStreamHandler.openConnection(URL,Proxy) - spec and implementation mismatch
P3 JDK-8217429 WebSocket over authenticating proxy fails to send Upgrade headers
P4 JDK-8225424 Add runs to a couple of tests
P4 JDK-8215990 Avoid using reflection to create common default URLStreamHandlers
P4 JDK-8216478 Cleanup HttpResponseImpl back reference to HttpConnection
P4 JDK-8216417 cleanup of IPv6 scope-id handling
P4 JDK-8216498 Confusing and unneeded wrapping of SSLHandshakeException
P4 JDK-8153508 ContentHandler API contains link to private contentPathProp
P4 JDK-8224014 Don't run test/jdk/java/net/NetworkInterface/ in IPv6 only environment
P4 JDK-8223532 Don't try creating IPv4 sockets in NetworkInterface.c if IPv4 is not supported
P4 JDK-8217451 ExtendedSocketOptions should encapsulate support for SO_FLOW_SLA
P4 JDK-8007606 Handle realloc() failure in unix/native/libnet/net_util_md.c correctly
P4 JDK-8223737 HostsFileNameService doesn't handle IPv6 literal addresses correctly
P4 JDK-8222527 HttpClient doesn't send HOST header when tunelling HTTP/1.1 through http proxy
P4 JDK-8216561 HttpClient: The logic of retry on connect exception is inverted
P4 JDK-8217311 Improve Exception thrown when MulticastSocket.setInterface fails on AIX(Unix)
P4 JDK-8220585 Incorrect code in MulticastSocket sample code
P4 JDK-8222562 IPv6 only systems fail on setsockopt(IPV6_V6ONLY, 0)
P4 JDK-8223457 protected constructor should throw NPE if impl null
P4 JDK-8225651 Missed the `@` in a couple of code tags of SocketImpl
P4 JDK-8216355 missing NULL checks in libnet in interface iteration and potential resource leak in getMacAddress
P4 JDK-8218882 NET_Writev is declared, NET_WriteV is defined
P4 JDK-8216986 Remove unused code from SocksSocketImpl
P4 JDK-8223652 Rename IPSupport.skipIfCurrentConfigurationIsInvalid()
P4 JDK-8223638 Replace wildcard address with loopback or local host in tests - part 6
P4 JDK-8223798 Replace wildcard address with loopback or local host in tests - part 7
P4 JDK-8224035 Replace wildcard address with loopback or local host in tests - part 9
P4 JDK-8221098 Run java/net/URL/ in othervm mode
P4 JDK-8224081 SOCKS v4 tests require IPv4
P4 JDK-8217740 compilation error
P4 JDK-8219446 Specify behaviour of timeout accepting methods of Socket and ServerSocket if timeout is negative
P4 JDK-8223716 sun/net/www/http/HttpClient/ should be more resilient to unexpected traffic
P4 JDK-8218133 sun/net/www/protocol/http/ failed with ""
P4 JDK-8170705 sun/net/www/protocol/http/ fails intermittently with Invalid Http response
P4 JDK-8224248 test/jdk/java/net/InetAddress/ assumes is available
P4 JDK-8224018 test/jdk/java/net/ipv6tests/{Tcp,Udp} assume IPv4 is available
P4 JDK-8224256 test/jdk/java/security/SecureClassLoader/ hardcodes
P4 JDK-8182992 Typo in DatagramPacket constructor API doc
P4 JDK-8220480 Typo in documentation
P4 JDK-8179549 Typo in network properties documentation
P4 JDK-8223880 Update sun/net/ftp/ and sun/net/ftp/ to work with IPv6 addresses
P4 JDK-8219202 Use Unsynchronized StringBuilder in
P4 JDK-8215912 Various Typos in Method Documentation
P4 JDK-8221406 Windows 32bit build error in NetworkInterface_winXP.c
P5 JDK-8184315 Typo in method documentation
P5 JDK-8223921 Update SocketReadWrite benchmark


Priority Bug Summary
P2 JDK-8221824 Build failure with MSVS 2013 after JDK-8218418
P3 JDK-8065262 (bf spec) CharBuffer.chars() should make it clearer that the sequence starts from the buffer position
P3 JDK-5029431 (bf) Add absolute bulk put and get methods
P3 JDK-8011135 (bf) CharBuffer.put(String) is slow because of String.charAt() call for each char
P3 JDK-8226203 (bf) MappedByteBuffer.force method may have no effect on implementation specific map modes
P3 JDK-8221252 (sc) SocketChannel and its socket adaptor need to handle connection reset
P3 JDK-8222440 (zipfs) JarFileSystem does not correctly handle versioned entries if no root entry is present
P3 JDK-8223597 (zipfs) jdk/nio/zipfs/ RuntimeException: CHECK_FAILED! (getAttribute.crc failed 6af4413c vs 0 ...)
P3 JDK-8222807 (zipfs) OutOfMemory on compiling with darcula.jar in classpath
P3 JDK-8222532 (zipfs) Performance regression when writing ZipFileSystem entries in parallel
P3 JDK-8211919 (zipfs) ZipDirectoryStream should provide a stream of paths that are relative to the directory
P3 JDK-8223442 java/nio/channels/SocketChannel/ testConcurrentTimedReadWrite3(): failure
P3 JDK-8182117 jdk.zipfs should document the "create" and "encoding" properties
P3 JDK-8210469 missing doPrivileged and permission in jdk.zipfs
P3 JDK-8224645 Test java/nio/channels/DatagramChannel/ fails with NoSuchElementException
P3 JDK-8214563 Use {@systemProperty} in specification of system properties in java.nio packages
P4 JDK-5071718 (bf) Add ByteBuffer.slice(int index, int length)
P4 JDK-8220614 (bf) Buffer absolute slice methods should use Objects.checkFromIndexSize()
P4 JDK-8219597 (bf) Heap buffer state changes could provoke unexpected exceptions
P4 JDK-8219876 (bf) Improve IndexOutOfBoundsException messages in $Type$Buffer classes
P4 JDK-8221696 (bf) MappedByteBuffer.force method to specify range
P4 JDK-8217461 (ch) Add Net.available to return the number of bytes in the socket input buffer.
P4 JDK-8223353 (ch) Change channel close implementation to not wait for I/O threads
P4 JDK-8222774 (ch) Replace uses of stateLock and blockingLock with j.u.c. locks
P4 JDK-8221397 (fc) Support implementation-defined Map Modes
P4 JDK-8218875 (fs) Add FileSystems.newFileSystem(Path, Map) method
P4 JDK-8218418 (fs) Files.createSymbolicLink should use SYMBOLIC_LINK_FLAG_ALLOW_UNPRIVILEGED_CREATE (win)
P4 JDK-8224617 (fs) java/nio/file/FileStore/ found filesystem twice
P4 JDK-8220793 (fs) No support for changing modification time of symlink
P4 JDK-8220738 (sc) Move ServerSocketChannelImpl remaining native method to Net
P4 JDK-8217500 (sc) Move SocketChannelImpl's remaining native methods to Net
P4 JDK-8215472 (zipfs) Cleanups in implementation classes of jdk.zipfs and tests
P4 JDK-8222276 (zipfs) Refactoring and cleanups to prepare for JDK-8213031
P4 JDK-8224042 Add private alignDown method to MappedByteBuffer
P4 JDK-8220477 Channels.newWriter() does not close if underlying channel throws an IOException
P4 JDK-8223015 Cleanups for zipfs tests
P4 JDK-8215467 Files.isHidden should return true for hidden directories on Windows
P4 JDK-8223178 Improve FileSystems.newFileSystem example with map factory methods
P4 JDK-8221852 SYMBOLIC_LINK_FLAG_ALLOW_UNPRIVILEGED_CREATE should be selected at runtime, not build time
P4 JDK-8218460 Test generation scripts do not invoke stream preprocessor correctly
P4 JDK-8224019 test/jdk/java/nio/channels/DatagramChannel/ assumes IPv4 is always available
P4 JDK-8215372 test/jdk/java/nio/file/DirectoryStream/ not correct when using a glob
P5 JDK-5043362 (bf) NewDirectByteBuffer always has order ByteOrder.BIG_ENDIAN
P5 JDK-8048192 (bf) Out of direct buffer memory message should include the limits


Priority Bug Summary
P3 JDK-8217880 AIX build issue after JDK-8214533
P3 JDK-8216140 Correct UnicodeDecoder U+FFFE handling
P3 JDK-8214533 IBM-29626C is required for AIX default charset
P3 JDK-8220281 IBM-858 alias name is missing on IBM00858 charset
P4 JDK-7061590 Javadoc issues in Charset and StandardCharsets


Priority Bug Summary
P3 JDK-8217412 deprecate rmic for removal
P3 JDK-8217405 rmic should reject class files with preview features enabled
P4 JDK-4887513 Typo in RMIFailureHandler interface doc page


Priority Bug Summary
P3 JDK-8225306 bad headings in java.sql.rowset
P3 JDK-8225322 Broken links in java.sql
P4 JDK-8215911 Various Typos in SQL Method Documentation


Priority Bug Summary
P2 JDK-8227127 Era designator not displayed correctly using the COMPAT provider
P3 JDK-8208487 Australian locale month names contain spurious dot at the end
P3 JDK-8217254 CompactNumberFormat:: CompactNumberFormat​() constructor does not comply with spec.
P3 JDK-8217721 CompactNumberFormat:: format​() method spec for IAEx is not complaint
P3 JDK-8218948 SimpleDateFormat :: format - Zone Names are not reflected correctly during run time
P4 JDK-8216969 ParseException thrown for certain months with russian locale


Priority Bug Summary
P3 JDK-8224560 (tz) Upgrade Timezone Data to tzdata2019a
P3 JDK-8222668 Add @since tag to JapaneseEra.REIWA
P3 JDK-8225580 tzdata2018i integration causes test failures on jdk-13
P4 JDK-8223773 DateTimeFormatter Fails to throw an Exception on Invalid HOUR_OF_AMPM


Priority Bug Summary
P3 JDK-8225094 Fix minor HTML issues in jdk.zipfs
P3 JDK-8220005 java/util/Arrays/ times out
P3 JDK-8220613 java/util/Arrays/ times out with fastdebug build
P4 JDK-8217969 Base64.Decoder.decode methods do not need to throw OOME due to integer overflow
P4 JDK-8210583 Base64.Encoder incorrectly throws NegativeArraySizeException
P4 JDK-8223112 Clarify operational semantics of java.util.Objects.equals()
P4 JDK-8219548 Improve src/java.base/share/classes/java/util/spi/ null parameter checking
P4 JDK-8225397 Integer value miscalculation in toString() method of BitSet
P4 JDK-8224240 Properties.load fails to throw IAE on malformed unicode in certain circumstances
P4 JDK-8221980 Simplify Optional implementation
P4 JDK-8224202 Speed up Properties.load
P4 JDK-8217777 TEST_BUG: jdk/java/util/prefs/ passes even when test should fail


Priority Bug Summary
P2 JDK-8220478 java/util/concurrent/ConcurrentHashMap/ timed out intermittently
P3 JDK-8222930 ConcurrentSkipListMap.clone() shares size variable between original and clone
P3 JDK-8224698 does not compile with the Eclipse Java Compiler
P3 JDK-8220248 fix headings in java.util.concurrent
P3 JDK-8215249 Miscellaneous changes imported from jsr166 CVS 2019-02
P3 JDK-8219138 Miscellaneous changes imported from jsr166 CVS 2019-05
P3 JDK-8223245 Miscellaneous changes imported from jsr166 CVS 2019-06
P3 JDK-8221892 ThreadPoolExecutor: Thread.isAlive() is not equivalent to not being startable
P4 JDK-8223379 Clarify ForkJoinPool.getStealCount() javadoc
P4 JDK-8221120 CopyOnWriteArrayList.set should always have volatile write semantics
P4 JDK-8224176 Fix inconsistencies in @jls tags in java.util.concurrent
P4 JDK-8215359 InnocuousForkJoinWorkerThread.setContextClassLoader needlessly throws
P4 JDK-8215363 needless signals in ForkJoinPool


Priority Bug Summary
P2 JDK-8225189 assert(!JavaThread::current()->in_critical()) failed: Would deadlock
P2 JDK-8221687 Deprecated j.u.jar.Attributes.Name attributes accidentally set to null
P3 JDK-8215192 bad table headers in
P3 JDK-8216362 Better error message handling when there is an invalid Manifest
P3 JDK-8226592 Fix HTML in table for jdk.zipfs module-info
P4 JDK-8214712 Archive Attributes$Name.KNOWN_NAMES
P4 JDK-8066619 Fix deprecation warnings in java.util.jar
P4 JDK-8215922 jar spec is not precise when describing jar file re-signing
P4 JDK-8217393 java.util.jar.Attributes:equals() javadoc is not accurate


Priority Bug Summary
P3 JDK-8195716 BootstrapLoggerTest : Executor still alive
P3 JDK-8220262 fix headings in java.logging
P4 JDK-8217353 java/util/logging/LogManager/Configuration/updateConfiguration/ fails with Unexpected reference: java.lang.ref.WeakReference
P4 JDK-8216363 NullPointerException in java.util.logging.Handler#isLoggable


Priority Bug Summary
P2 JDK-8225061 Performance regression in Regex
P3 JDK-8223174 Pattern.compile() can throw confusing NegativeArraySizeException
P3 JDK-8222978 Upgrade the extended grapheme cluster support to the latest Unicode level.
P4 JDK-8225179 (regex) Minor Pattern cleanup
P4 JDK-8225198 Optimize regex tree for greedy quantifiers of type {N,}
P4 JDK-8224789 Parsing repetition count in regex does not detect numeric overflow


Priority Bug Summary
P3 JDK-8227368 EnumSet.class serialization broken in JDK 9+
P3 JDK-8221924 get(null) on single-entry unmodifiable Map returns null instead of throwing NPE
P4 JDK-8215995 Add specialized toArray methods to immutable collections
P4 JDK-8214687 Optimize Collections.nCopies().hashCode() and equals()
P4 JDK-8221981 Simplify Map/List/Set.of() implementation
P5 JDK-8210280 Unnecessary reallocation when invoking HashMap.putAll()


Priority Bug Summary
P2 JDK-8174268 Declare a public field in JapaneseEra for the era starting May 2019
P3 JDK-8226876 Assertion in sun/util/locale/provider/CalendarDataUtility on Windows after JDK-8218960
P3 JDK-8219890 Calendar.getDisplayName() returns empty string for new Japanese Era on some locales
P3 JDK-8218960 CONFIG level logging statements printed in even when default log Level is INFO
P3 JDK-8209175 Handle 'B' character introduced in CLDR 33 JDK update for Burmese (my) locale
P3 JDK-8220037 Inconsistencies of generated timezone files between Windows and Linux
P3 JDK-8218781 Localized names for Japanese Era Reiwa in COMPAT provider
P3 JDK-8217609 New era placeholder not recognized by java.text.SimpleDateFormat
P3 JDK-8205432 Replace the placeholder Japanese era name
P3 JDK-8226869 Test java/util/Locale/ should enable assertions
P3 JDK-8222980 Upgrade IANA Language Subtag Registry to Version 2019-04-03
P3 JDK-8220224 With CLDR provider, NumberFormat.format could not handle locale with number extension correctly.
P3 JDK-8217366 ZoneStrings are not populated for all the Locales
P4 JDK-8221701 Archive constant BaseLocales
P4 JDK-8224105 Cannot parse JapaneseDate string on some specified locales
P4 JDK-8220227 Host Locale Provider getDisplayCountry returns error message under non-English Win10
P4 JDK-8228971 Locale API doc has redundant hyphens for some parameters
P4 JDK-8221432 Update CLDR to version 35.1


Priority Bug Summary
P3 JDK-8225077 fix references to broken link in java.compiler module
P4 JDK-8146726 Improve AbstractProcessor to issue warnings for repeated information
P4 JDK-8216335 Minor cleanups to javax.annotation.processing and javax.lang.model javadoc
P4 JDK-8222378 Provide mechanism to query preview feature status for annotation processors
P4 JDK-8222817 Refactor printing processor to use streams


Priority Bug Summary
P3 JDK-8208371 Provided supported mechanims to create a ModuleElement for an unnamed module
P4 JDK-8224687 Add clarifying overrides of Element.asType to more specific subinterfaces
P4 JDK-8205393 Add SourceVersion.RELEASE_13
P4 JDK-8222430 Add tests for ElementKind predicates
P4 JDK-8219805 Cross-link javax.lang.model.{type, element} packges to utility interfaces
P4 JDK-8216404 Elements.getPackageOf should handle modules
P4 JDK-8224628 Note that type parameters are not visited by ElementScanners


Priority Bug Summary
P3 JDK-8220252 fix headings in java.naming
P3 JDK-8225129 Fix minor HTML issues in java.naming
P3 JDK-8139965 Hang seen when using
P3 JDK-8214440 ldap over a TLS connection negotiate failed with " hostname of the server '' does not match the hostname in the server's certificate"


Priority Bug Summary
P3 JDK-8220253 fix headings in java.sql.rowset


Priority Bug Summary
P3 JDK-8227391 Update double-conversion to version 3.1.5
P4 JDK-8222528 Fix javadoc headers in Nashorn sources


Priority Bug Summary
P2 JDK-8219721 jcmd from earlier release will hang attaching to VM with JDK-8215622 applied
P3 JDK-8215411 some GetByteArrayElements calls miss corresponding Release
P4 JDK-8220579 [Containers] out of sync with osContainer_linux.cpp


Priority Bug Summary
P1 JDK-8224028 loop initial declarations introduced by JDK-8184770
P2 JDK-8226608 Hide the onjcmd option from the help output
P2 JDK-8218754 JDK-8068225 regression in JDIBreakpointTest
P3 JDK-8226596 Accessibility errors in jdwp-protocol.html
P3 JDK-8224673 Adjust permission for delayed starting of debugging
P3 JDK-8214582 RuntimeException: Could not detect port from ''
P3 JDK-8225493 broken links in specs/jpda/architecture.html and specs/jpda/jpda.html
P3 JDK-8222821 com/sun/jdi/ failed
P3 JDK-8218166 com/sun/jdi/ failure
P3 JDK-8163127 Debugger classExclusionFilter does not work correctly with method references
P3 JDK-8215550 Debugger does not work after reattach
P3 JDK-8226593 Fix HTML in com/sun/jdi/doc-files/signature.html
P3 JDK-8225309 HTML issues in jdk.jdi module
P3 JDK-8215571 jdb does not include jdk.* in the default class filter
P3 JDK-8146986 JDI: Signature lookups for unprepared classes can take a long time
P3 JDK-8214122 JDWP is broken on 32 bit Windows: transport library missing onLoad entry
P3 JDK-8184770 JDWP support for IPv6
P3 JDK-8221707 JDWP support for IPv6 - spec update
P3 JDK-8068225 nsk/jdi/EventQueue/remove_l/remove_l005 intermittently times out
P3 JDK-8225682 Reference to JNI spec on
P3 JDK-8222828 vmTestbase/nsk/jdi/BScenarios/multithrd/tc02x004/ failed
P3 JDK-8222422 vmTestbase/nsk/jdi/ClassLoaderReference/definedClasses tests failed with Unexpected Exception: null
P3 JDK-8222749 vmTestbase/nsk/jdi/ThreadStartRequest/addThreadFilter/addthreadfilter001/ failed with "eventSet1.size() != 3 :: 2"
P3 JDK-8222667 vmTestbase/nsk/jdi/ThreadStartRequest/addThreadFilter/addthreadfilter002/ failed with "event IS NOT a breakpoint"
P3 JDK-8218464 vmTestbase/nsk/jdi/VirtualMachine/allThreads/allthreads001/ failed
P4 JDK-6504660 HPI panic callback is dead code
P4 JDK-8219143 jdb should support breakpoint thread filters
P4 JDK-8220030 failed due to "Unexpected IO error while writing command 'quit' to jdb stdin stream"
P4 JDK-8220451 jdi/EventQueue/remove/remove004 failed due to "ERROR: thread2 is not alive"
P4 JDK-8222741 jdi/EventQueue/remove/remove004 fails due to VMDisconnectedException
P4 JDK-8220456 jdi/EventQueue/remove_l/remove_l004 failed due to "TIMEOUT while waiting for event"
P4 JDK-8214854 JDWP: Unforseen output truncation in logging
P4 JDK-8219388 Misleading log message "issuspended002a debuggee launched"
P4 JDK-8219002 Some comments and error messages refer to VMDisconnectException
P4 JDK-8222529 sun.jdwp.listenerAddress agent property uses wrong encoding
P4 JDK-8201252 unquarantine nsk/jdi/ThreadReference/resume/resume001
P5 JDK-8218941 jdb should support a dbgtrace command that acts the same as the dbgtrace command line option
P5 JDK-8218947 jdb threads command should print threadID in decimal, not hex


Priority Bug Summary
P3 JDK-8183273 Clarify Instrumentation interface should not be implemented outside java.instrument module
P3 JDK-8220257 fix headings in java.instrument
P3 JDK-8225207 redundant


P4 JDK-8220355 Improve assertion texts and exception messages in eventHandlerVMInit
P4 JDK-8220474 Incorrect GPL header in src/java.instrument/share/classes/java/lang/instrument/


Priority Bug Summary
P3 JDK-8220251 fix headings in
P4 JDK-8209455 [error-prone] JdkObsolete in
P4 JDK-8215966 uses bash syntax


Priority Bug Summary
P3 JDK-8225679 reference to
P4 JDK-8221303 sun/management/jmxremote/bootstrap/ fails due to java.rmi.server.ExportException: Port already in use


Priority Bug Summary
P3 JDK-8225324 Bad HTML in jdk.jfr
P3 JDK-8225543 Jcmd fails to attach to the Java process on Linux using the main class name if whitespace options were used to launch the process
P3 JDK-8221730 jcmd process name matching broken
P3 JDK-8220175 serviceability/dcmd/framework/ fails with a timeout
P3 JDK-8220295 sun/tools/jps/ still timing out
P4 JDK-8215622 Add dump to file support for jmap –histo
P4 JDK-8203026 java.rmi.NoSuchObjectException: no such object in table
P4 JDK-8222491 jcmd can fail converting UTF8 output to strings
P4 JDK-8221164 jstatLineCounts tests need to be more resilent for NaN outputs
P4 JDK-8221694 jstatLineCounts1 needs to be NaN resilient
P4 JDK-8222533 jtreg test jdk/internal/platform/cgroup/ fails on SLES12.3 linux ppc64le machine


Priority Bug Summary
P3 JDK-8221204 Link "Java SE Documentation" on the Complete Dialog redirected to 404 error page
P4 JDK-8222301 Incorporate JDK 12 comments in JDK 13 java man page


Priority Bug Summary
P4 JDK-8230786 "Serialization Filtering" guide typos
P4 JDK-8229042 Add ECDSA algorithms to the SunMSCAPI provider doc
P4 JDK-8134981 Document JDK supported permissions in security permissions guide
P4 JDK-8223649 Document the system property
P4 JDK-8017092 Update the PKCS#11 Reference Guide to document all the supported configuration flags.


Priority Bug Summary
P4 JDK-8222969 Migrate RuleBasedCollatorTest to JDK Repo


Priority Bug Summary
P3 JDK-8206879 Currency decimal marker incorrect for Peru


Priority Bug Summary
P3 JDK-8228778 JDK 13 L10n resource files update - msg drop 20
P3 JDK-8227009 JDK 13 L10n resource files update - msgdrop 10
P3 JDK-8228397 Missing license copyright header in some properties files
P4 JDK-8228623 Update copyright year to 2019 for several java properties file


Priority Bug Summary
P4 JDK-8219814 Help-info for pns(...) on Linux/mips lost


Priority Bug Summary
P1 JDK-8224652 32-bit build failures after JDK-8213084 (Rework and enhance Print[Opto]Assembly output)
P1 JDK-8223645 AArch64 build broken by fix for 8223136
P1 JDK-8225202 Add missing include after JDK-8223320
P1 JDK-8219951 Build failure on Mac and Windows after JDK-8219922
P1 JDK-8229219 C2 compilation fails with assert: Bad graph detected in build_loop_late
P1 JDK-8216595 Fix broken builds after JDK-8216424
P1 JDK-8224742 JLONG_FORMAT_W incompatible with type jlong
P1 JDK-8217782 Spill detection broken after JDK-8217716
P2 JDK-8218601 [AOT] Crash in AOTCodeHeap::mark_evol_dependent_methods
P2 JDK-8223262 [AOT] jaotc crashes with assert(!(((ThreadShadow*)__the_thread__)->has_pending_exception())) failed: Should not allocate with exception pending
P2 JDK-8218169 [AOT] Segmentation fault when running java with AOTed Graal in -Xcomp mode on windows
P2 JDK-8217466 [BACKOUT] Optimize CodeHeap Analytics
P2 JDK-8223531 [Graal] assert(type() == T_INT) failed: type check
P2 JDK-8221514 [Graal] java/lang/String/CompactString/ tests fail with "GraalError: failed guarantee: no FrameState at DeoptimizingNode" in Graal -Xcomp mode
P2 JDK-8215687 [Graal] unit test CheckGraalIntrinsics failed after 8212043
P2 JDK-8221083 [ppc64] Wrong oop compare in C1-generated code
P2 JDK-8224671 AArch64: mauve System.arraycopy test failure
P2 JDK-8215792 AArch64: String.indexOf generates incorrect result
P2 JDK-8224648 assert(!exceeding_node_budget()) failed: Too many NODES required! failure with ctw
P2 JDK-8223363 Bad node estimate assertion failure
P2 JDK-8218721 C1's CEE optimization produces safepoint poll with invalid debug information
P2 JDK-8218406 C1: Redundant nmethod dependency for private method is added
P2 JDK-8221592 C2 compilation failed with assert(!q->is_MergeMem())
P2 JDK-8224539 C2 compilation fails during ArrayCopyNode optimizations with assert(i < _max) failed: oob: i=1, _max=1
P2 JDK-8217990 C2 UseOptoBiasInlining: load of markword optimized to 0 if running with -XX:-EliminateLocks
P2 JDK-8087128 C2: Disallow definition split on MachCopySpill nodes
P2 JDK-8219902 C2: MemNode::can_see_stored_value() ignores casts which carry control dependency
P2 JDK-8217760 C2: Missing symbolic info on a call from intrinsics when invoked through MethodHandle
P2 JDK-8202952 C2: Unexpected dead nodes after matching
P2 JDK-8220341 Class redefinition fails with assert(!is_unloaded()) failed: unloaded method on the stack
P2 JDK-8224234 compiler/codegen/ fails in test_mulc
P2 JDK-8223539 compiler/graalunit/ hotspot.test.CheckGraalIntrinsics AssertionError: found plugins for intrinsics characterized as toBeInvestigated
P2 JDK-8228710 Disable AggressiveUnboxing until JDK-8224957 is fixed
P2 JDK-8223911 Disable bad node budget verification until the fix
P2 JDK-8224931 disable JAOTC invokedynamic support until 8223533 is fixed
P2 JDK-8224558 Fix replicateB encoding
P2 JDK-8219687 G1 asserts nmethod should not be unloaded during parallel code cache unloading
P2 JDK-8227034 Graal crash with gcbasher
P2 JDK-8211100 HotSpot C1 issue with comparing long numbers on x86 32-bit
P2 JDK-8227260 JNI upcalls should bypass class initialization barrier in c2i adapter
P2 JDK-8224568 minimal and zero build fails after JDK-8213084
P2 JDK-8219486 Missing reg_mask_init() breaks x86_32 build
P2 JDK-8225475 Node budget asserts on x86_32/64
P2 JDK-8228618 s390: c1/c2 fail to add a metadata relocation in the static call stub.
P2 JDK-8223389 Shenandoah optimizations fail with assert(!phase->exceeding_node_budget())
P2 JDK-8217874 Shenandoah: AArch64: Clobbered register in ShenandoahBarrierSetAssembler::cmpxchg_oop()
P2 JDK-8219448 split-if update_uses accesses stale idom data
P2 JDK-8223537 testlibrary_tests/ctw/ fails with Agent timeout frequently
P2 JDK-8227222 vmTestbase/jit/FloatingPoint/gen_math/Loops04/ hits assert(((!attributes->uses_vl()) || (attributes->get_vector_len() == AVX_512bit) || (!_legacy_mode_vl) || (attributes->is_legacy_mode()))) failed: XMM register should be 0-15
P2 JDK-8221343 x86_32 crashes on startup with "_hwm out of range"
P2 JDK-8218031 Zero broken after JDK-8217922 (Compiler dead code removal)
P2 JDK-8227407 ZGC: C2 loads and load barriers can get separated by safepoints
P3 JDK-8219335 "failed: unexpected type" assert failure in ConnectionGraph::split_unique_types() with unsafe accesses
P3 JDK-8224672 (lib) search incorrect after JDK-8213084
P3 JDK-8225064 [Graal] Application SEGV in G1ParScanThreadState::copy_to_survivor_space(G1HeapRegionAttr, oopDesc*, markOopDesc*)+0x48
P3 JDK-8223422 [Graal] assert(!m->can_be_statically_bound(InstanceKlass::cast(ctxk))) failed: redundant
P3 JDK-8221577 [Graal] Implement basic type consistency checks for Low level MH intrinsics
P3 JDK-8221782 [Graal] Module has not been granted
P3 JDK-8226778 [JVMCI] Handle unpacking properly in Deoptimiziation::get_cached_box()
P3 JDK-8226566 [JVMCI] java.* classes are no longer necessarily resolved by the boot class loader
P3 JDK-8220623 [JVMCI] Update JVMCI to support JVMCI based Compiler compiled into shared library
P3 JDK-8217465 [REDO] - Optimize CodeHeap Analytics
P3 JDK-8216350 AArch64: monitor unlock fast path not called
P3 JDK-8218966 AArch64: String.compareTo() can read memory after string
P3 JDK-8163511 Allocation of compile task fails with assert: "Leaking compilation tasks?"
P3 JDK-8222825 ARM32 SIGILL issue on single core CPU (not supported PLDW instruction)
P3 JDK-8219520 assert(Compile::current()->live_nodes() < Compile::current()->max_node_limit()) failed: Live Node limit exceeded limit
P3 JDK-8219517 assert(false) failed: infinite loop in PhaseIterGVN::optimize
P3 JDK-8224162 assert(profile.count() == 0) failed: sanity in InlineTree::is_not_reached
P3 JDK-8226627 assert(t->singleton()) failed: must be a constant
P3 JDK-8225141 Better handling of classes in error state by fast class initialization checks
P3 JDK-8220714 C2 Compilation failure when accessing off-heap memory using Unsafe
P3 JDK-8219807 C2 crash in IfNode::up_one_dom(Node*, bool)
P3 JDK-8217918 C2: -XX:+AggressiveUnboxing is broken
P3 JDK-8161334 C2: Cast nodes hinder memory alias analysis
P3 JDK-8218163 C2: Continuous deoptimization w/ Reason_speculate_class_check and Action_none
P3 JDK-8217919 C2: Enable -XX:+AggressiveUnboxing by default
P3 JDK-8192001 C2: inlining through dispatching MH linkers ignores speculative type of the receiver
P3 JDK-8191998 C2: inlining through MH linkers drops speculative part of argument types
P3 JDK-8220374 C2: LoopStripMining doesn't strip as expected
P3 JDK-8188133 C2: Static field accesses in clinit can trigger deoptimizations
P3 JDK-8223216 C2: Unify class initialization checks between new, getstatic, and putstatic
P3 JDK-6986483 CHA: optimize calls through interfaces
P3 JDK-8225106 Class initialization checks assert when holder klass is in error state
P3 JDK-8225509 clean_catch_blocks must add preds first
P3 JDK-8223617 code_size2 needs adjustments
P3 JDK-8223770 code_size2 still too small in some compressed oops configurations
P3 JDK-8224254 compiler/graalunit/ is timing out intermittently
P3 JDK-8218201 Failures when vmIntrinsics::_getClass is not inlined
P3 JDK-8216580 Fix generation of VNNI vector code by allowing adjacent LoadS nodes to be isomorphic
P3 JDK-8223885 hs_err and replay file may contain garbage when overwriting existing file
P3 JDK-8217564 idempotent protection missing in crc32c.h
P3 JDK-8224826 Implement fast class initialization checks on PPC64
P3 JDK-8224827 Implement fast class initialization checks on s390
P3 JDK-8223213 Implement fast class initialization checks on x86-64
P3 JDK-8217371 Incorrect LP64 guard in after JDK-8210764 (Update avx512 implementation)
P3 JDK-8218700 infinite loop in HotSpotJVMCIMetaAccessContext.fromClass after OutOfMemoryError
P3 JDK-8228340 JVMCI deleteGlobalHandle doesn't delete the handle
P3 JDK-8226533 JVMCI: findUniqueConcreteMethod should handle statically bindable methods directly
P3 JDK-8223050 JVMCI: findUniqueConcreteMethod() should not use Dependencies::find_unique_concrete_method() for non-virtual methods
P3 JDK-8223796 JVMCIEnv::get_jvmci_type does not keep klasses alive
P3 JDK-8219403 JVMCIRuntime::adjust_comp_level should be replaced
P3 JDK-8218468 Load barrier slow path node should be MachTypeNode
P3 JDK-8224538 LoadBarrierNode::common_barrier must check address
P3 JDK-8220198 Lots of com/sun/crypto/provider/Cipher tests fail on x86_32 due to missing SHA512 stubs
P3 JDK-8226287 Make process_users_of_allocation handle gc barriers
P3 JDK-8224580 Matcher can cause oop field/array element to be reloaded
P3 JDK-8217639 Minimal and Zero builds fail after JDK-8217519 (Improve RegMask population count calculation)
P3 JDK-8224674 NMethod state machine is not monotonic
P3 JDK-8218776 no man page for jaotc
P3 JDK-8223502 Node estimate for loop unswitching is not correct: assert(delta <= 2 * required) failed: Bad node estimate
P3 JDK-8215483 Off heap memory accesses should be vectorized
P3 JDK-8217250 Optimize CodeHeap Analytics
P3 JDK-8222670 pathological case of JIT recompilation and code cache bloat
P3 JDK-8219582 PPC: Crash after C1 checkcast patched and GC
P3 JDK-8209951 Problematic sparc intrinsic: com.sun.crypto.provider.CipherBlockChaining
P3 JDK-8223171 Redundant nmethod dependencies for effectively final methods
P3 JDK-8076988 reevaluate trivial method policy
P3 JDK-8225564 Remove wrong assert in clean_catch_blocks
P3 JDK-8213416 Replace some enums with static const members in hotspot/compiler
P3 JDK-8220515 Revert removal of for_each_lock_value
P3 JDK-8224496 Shenandoah compilation fails with assert(is_CountedLoopEnd()) failed: invalid node class
P3 JDK-8222738 Shenandoah: assert(is_Proj()) failed when running cometd benchmarks
P3 JDK-8224658 Unsafe access C2 compile fails with assert(flat != TypePtr::BOTTOM) failed: cannot alias-analyze an untyped ptr: adr_type = NULL
P3 JDK-8202414 Unsafe write after primitive array creation may result in array length change
P3 JDK-8218074 Update Graal
P3 JDK-8226198 use of & instead of && in LibraryCallKit::arraycopy_restore_alloc_state
P3 JDK-8222032 x86_32 fails with "wrong size of mach node" on AVX-512 machine
P4 JDK-8225199 [Graal] compiler/jvmci/compilerToVM/ fails with -XX:CompileThresholdScaling=0.1
P4 JDK-8220627 [Graal] Enable java/util/Base64$Encoder.encodeBlock([BII[BIZ)V stub
P4 JDK-8217758 [Graal] Graal should retain local variables if jvmti can_pop_frame/can_access_local_variables capability is set
P4 JDK-8217848 [Graal] vmTestbase/nsk/jvmti/ResourceExhausted/resexhausted003/ fails
P4 JDK-8217445 [JVMCI] incorrect management of JVMCI compilation failure reason string
P4 JDK-8223639 [JVMCI] jvmciCompiler.cpp needs to include "oops/objArrayOop.inline.hpp""
P4 JDK-8209626 [JVMCI] Use implicit exception table for dispatch and printing
P4 JDK-8217459 [PPC64] Cleanup non-vector version of CRC32
P4 JDK-8224090 [PPC64] Fix SLP patterns for filling an array with double float literals
P4 JDK-8216060 [PPC64] Vector CRC implementation should be used by interpreter and be faster for short arrays
P4 JDK-8173196 [REDO] C2 does not optimize redundant memory operations with G1
P4 JDK-8222271 [s390] optimize register usage in C2 instruction forms for clearing arrays
P4 JDK-8212043 AArch64: Add floating-point Math.min/max intrinsics
P4 JDK-8222785 aarch64: add necessary masking for immediate shift counts
P4 JDK-8221658 aarch64: add necessary predicate for ubfx patterns
P4 JDK-8214922 AArch64: Add vectorization support for fmin/fmax
P4 JDK-8217368 AArch64: C2 recursive stack locking optimisation not triggered
P4 JDK-8219993 AArch64: Compiled CI stubs are unsafely modified
P4 JDK-8223020 aarch64: expand minI_rReg and maxI_rReg patterns into separate instructions
P4 JDK-8224880 AArch64: java/javac error with AllocatePrefetchDistance
P4 JDK-8222412 AARCH64: multiple instructions encoding issues
P4 JDK-8221995 AARCH64: problems with CAS instructions encoding
P4 JDK-8219006 AArch64: Register corruption in slow subtype check
P4 JDK-8216259 AArch64: Vectorize Adler32 intrinsics
P4 JDK-8217869 Add count_leading_zeros utility
P4 JDK-8218550 Add test omitted from JDK-8212043
P4 JDK-8220656 ARM32: -XX:MaxVectorSize=16 makes SIGILL
P4 JDK-8075052 Autobox elimination hinders loop unrolling
P4 JDK-8214352 C1: Unnecessary "compilation bailout: block join failed" with JVMTI
P4 JDK-8059241 C2: Excessive RemoveUseless passes during incremental inlining
P4 JDK-8157372 C2: Node::cmp() should return bool
P4 JDK-8218881 C2: StaticFinalFieldPrinter doesn't handle T_ARRAY values in T_OBJECT fields
P4 JDK-8218874 C2: Unsafe to access PhaseIdealLoop outside of constructors
P4 JDK-8216154 C4819 warnings at HotSpot sources on Windows
P4 JDK-8216989 CardTableBarrierSetAssembler::gen_write_ref_array_post_barrier() does not check for zero length on AARCH64
P4 JDK-8216987 ciMethodData::load_data() unpacks MDOs with non-atomic copy
P4 JDK-8219642 ciReplay loads wrong data when MethodData size changes
P4 JDK-8221541 clean up functions in CompilerOracle
P4 JDK-8220420 Cleanup c1_LinearScan
P4 JDK-8217922 Compiler dead code removal
P4 JDK-8226646 CTW of SPECjvm2008 hangs on windows-x64-debug
P4 JDK-8216360 Deprecate -XX:CompilationPolicyChoice
P4 JDK-8217447 Develop flag TraceICs is broken
P4 JDK-8223450 Disable Shenandoah C2 barriers verification for x86_32
P4 JDK-8222074 Enhance auto vectorization for x86
P4 JDK-8227112 exclude compiler/intrinsics/sha/sanity tests from AOT runs
P4 JDK-8217291 Failure of ::realloc() should be handled correctly in adlc/forms.cpp
P4 JDK-8218544 Fix build on windows: missing include
P4 JDK-8225110 IGV build definition uses non-secure transport
P4 JDK-8219011 Implement MacroAssembler::warn method on AArch64
P4 JDK-8220501 Improve c1_ValueStack locks handling
P4 JDK-8223444 Improve CodeHeap Free Space Management
P4 JDK-8223504 improve performance of forall loops by better inlining of "iterator()" methods.
P4 JDK-8217519 Improve RegMask population count calculation
P4 JDK-8220502 Inefficient pre-sizing of PhiResolverState arrays in c1_LIRGenerator
P4 JDK-8221482 Initialize VMRegImpl::regName[] earlier to prevent assert during PrintStubCode
P4 JDK-8218879 Keep track of memory accesses originated from Unsafe
P4 JDK-8224675 Late GC barrier insertion for ZGC
P4 JDK-8216199 Local variable arg defined but never used in BCEscapeAnalyzer::compute_escape_for_intrinsic()
P4 JDK-8219664 LogCompilation: java.lang.Error: Unexpected method mismatch during late inlining
P4 JDK-8196347 LogCompilation: generate log file on the fly for input to junits
P4 JDK-8218937 Make mlvmJvmtiUtils strncpy uses GCC 8.x friendly
P4 JDK-8217909 Make unused r12 register (without compressed oops) available to regalloc in C2
P4 JDK-8215551 Missing case label in nmethod::reloc_string_for()
P4 JDK-8223621 Move Universe usage out of oopRecorder.hpp
P4 JDK-8221456 nmethod::make_unloaded() clears _method member too early
P4 JDK-8216608 Obsolete stale compiler flags
P4 JDK-8217383 Obsolete UseImplicitStableValues
P4 JDK-8220159 Optimize various RegMask operations by introducing watermarks
P4 JDK-8217629 RegMask::find_lowest_bit can reuse count_trailing_zeros utility
P4 JDK-8225429 Regression in disassembly quality
P4 JDK-8217716 Remove dead code in PhaseChaitin
P4 JDK-8218625 Remove dead code in relocInfo
P4 JDK-8217387 Remove dead develop flag CIFireOOMAt
P4 JDK-8217266 Remove dead LIR_List::compare_to and LIR_Code::lir_compare_to
P4 JDK-8216262 Remove develop flag DelayCompilationDuringStartup
P4 JDK-8217388 Remove develop flag ProfilerPCTickThreshold
P4 JDK-8216359 Remove develop flags TraceCompilationPolicy and TimeCompilationPolicy
P4 JDK-8216423 Remove FillDelaySlots
P4 JDK-8220411 Remove ScavengeRootsInCode=0 code
P4 JDK-8216424 Remove TimeLivenessAnalysis
P4 JDK-8216375 Revert JDK-8145579 after JDK-8076988 is resolved
P4 JDK-8213084 Rework and enhance Print[Opto]Assembly output
P4 JDK-8219919 RuntimeStub's name lost with PrintFrameConverterAssembly
P4 JDK-8218991 s390: Add intrinsic for GHASH algorithm
P4 JDK-8219922 Simplify IndexSetIterator::next using count_trailing_zeros
P4 JDK-8220211 Small update to Fix generation of VNNI vector code by allowing adjacent LoadS nodes to be isomorphic (JDK-8216580)
P4 JDK-8217407 StackValue::print_on() crashes on NULL handle
P4 JDK-8216556 Unnecessary liveness computation with JVMTI
P4 JDK-8226905 unproblem list applications/ctw/modules/* tests on windows
P4 JDK-8223332 Update JVMCI
P4 JDK-8225450 use @file in CtwRunner
P4 JDK-8222371 Use UL for TraceNMethodInstalls code
P4 JDK-8225567 Wrong file headers with 8202414 fix changeset
P4 JDK-8217561 x86: Add floating-point Math.min/max intrinsics
P4 JDK-8222397 x86_32 tests with UseSHA1Intrinsics SEGV due to garbled registers
P4 JDK-8216372 ZGC: Put C2 load barrier stub routines in separate codeblobs
P4 JDK-8221542 ~15% performance degradation due to less optimized inline decision
P5 JDK-8216200 BCEscapeAnalyzer::ArgumentMap::set_intersect() is incorrect
P5 JDK-8223141 Change (count) suffix _ct into _cnt.
P5 JDK-8223140 Clean-up in 'ok_to_convert()'
P5 JDK-8223142 Clean-up WS and CB.
P5 JDK-8221853 Data race in compile broker (set_last_compile)
P5 JDK-8219214 Infinite Loop in CodeSection::dump()
P5 JDK-8219519 Remove and
P5 JDK-8223139 Rename mandatory policy-do routines.
P5 JDK-8223137 Rename predicate 'do_unroll_only()' to 'is_unroll_only()'.
P5 JDK-8223143 Restructure/clean-up for 'loopexit_or_null()'.
P5 JDK-8223138 Small clean-up in loop-tree support.


Priority Bug Summary
P1 JDK-8225104 32-bit build failures after JDK-8222252
P1 JDK-8221363 Build failure after JDK-8220240 (Refactor shared dirty card queue)
P1 JDK-8223583 Build failure after JDK-8223567 (Rename ShenandoahBrooksPointer to ShenandoahForwarding)
P1 JDK-8223637 Fix build breakage after 8223136
P1 JDK-8218680 G1 crashes during calculation of old collection set candidates
P1 JDK-8218060 JDK-8217786 breaks build due to remaining unused function
P1 JDK-8218063 JDK-8218060 breaks build for S390
P1 JDK-8217522 Missing barriers in some java_lang_String assertion code after JDK-8217442
P1 JDK-8217419 Shenandoah fails to build after JDK-8212826 (Make PtrQueue free list lock-free)
P1 JDK-8223767 Shenandoah fails to build on Solaris x86_64
P1 JDK-8223570 Shenandoah needs to acquire lock before CLDG::clear_claimed_marks
P1 JDK-8224875 Shenandoah: ParallelCleaning code unloading should take lock to protect shared code roots array
P1 JDK-8217423 Windows gtest build fails after JDK-8212826 (Make PtrQueue free list lock-free)
P2 JDK-8224247 AllocateOldGenAt fires assertion failure
P2 JDK-8221102 Allow GC threads to participate in threads claiming protocol
P2 JDK-8223675 arm32 build failure after 8223136 (Move compressed oops functions to CompressedOops class)
P2 JDK-8224836 Backout: JDK-8224626: Shenandoah: Elide barriers on uncommon traps
P2 JDK-8218975 Bug in macOSX kernel's pthread support
P2 JDK-8223651 Build fails with --with-jvm-features=-jfr and --disable-precompiled-headers
P2 JDK-8219557 Change task definitions to not include RunThese for ZGC
P2 JDK-8222333 fastdebug build broken after JDK-8221393 (phase_mapping[] doesn't match enum Phase in WeakProcessorPhases)
P2 JDK-8224573 Fix windows build after JDK-8221507
P2 JDK-8225716 G1 GC: Undefined behaviour in G1BlockOffsetTablePart::block_at_or_preceding
P2 JDK-8222492 G1 unnecessarily scans remembered set cards for regions that already have been evacuated
P2 JDK-8225418 G1: region attribute remembered set state disagrees with actual remembered set state
P2 JDK-8222841 Incorrect static call stub interactions with class unloading
P2 JDK-8220671 Initialization race for non-JavaThread PtrQueues
P2 JDK-8223676 Minimal VM build failure after 8223136 (Move compressed oops functions to CompressedOops class)
P2 JDK-8217794 Missing termination check results violation of termination invariant
P2 JDK-8222664 runtime/appcds/sharedStrings/ assert GC active during NoGCVerifier
P2 JDK-8224531 SEGV while collecting Klass statistics
P2 JDK-8222926 Shenandoah build fails with --with-jvm-features=-compiler1
P2 JDK-8224522 Shenandoah should apply barriers on deoptimization
P2 JDK-8222838 Shenandoah: SEGV on accessing cset bitmap for NULL ptr
P2 JDK-8224881 Shenandoah: trashing "Collection Set, Pinned" region during Degenerated GC
P2 JDK-8227083 ZGC: C2: Generates on_weak barrier for WeakCompareAndSwap
P2 JDK-8225770 ZGC: C2: Generates on_weak instead of on_strong barriers
P2 JDK-8225642 ZGC: Crash due to bad oops being spilled to stack in load barriers
P2 JDK-8227175 ZGC: ZHeapIterator visits potentially dead objects
P3 JDK-8188066 (ref) Examine the reachability of JNI WeakGlobalRef and interaction with phantom refs
P3 JDK-8214527 AArch64: ZGC for Aarch64
P3 JDK-8217399 Backout 8217358
P3 JDK-8221763 Build fails when using --with-jvm-features=-g1gc,-jfr,-shenandoahgc
P3 JDK-8220344 Build failures when using --with-jvm-features=-g1gc,-jfr
P3 JDK-8222086 CodeCache::UnloadingScope needs to preserve and restore previous IsUnloadingBehavior
P3 JDK-8226366 Excessive ServiceThread wakeups for OopStorage cleanup
P3 JDK-8218880 G1 crashes when issuing a periodic GC while the GCLocker is held
P3 JDK-8214363 HeapWord should not be a fake class
P3 JDK-8222480 Implementation: JEP 351: ZGC: Uncommit Unused Memory
P3 JDK-8222252 Java ergonomics limits heap to 128GB with disabled compressed oops
P3 JDK-8220347 JEP 351: ZGC: Uncommit Unused Memory (Experimental)
P3 JDK-8212630 jtreg/gc/logging/ failed with Agent timed out
P3 JDK-8225014 Separate ShenandoahRootScanner method for object_iterate
P3 JDK-8223446 Shenandoah breaks alignment with some HumongousThreshold values
P3 JDK-8223448 Shenandoah disabled barriers blocks omit LRB
P3 JDK-8220161 Shenandoah does not need to initialize PLABs for safepoint workers
P3 JDK-8220153 Shenandoah does not work with TransparentHugePages properly
P3 JDK-8222786 Shenandoah get_barrier_strength should accept all shapes of (Weak)CAS reference barriers
P3 JDK-8219524 Shenandoah misreports "committed" size in MemoryMXBean
P3 JDK-8220162 Shenandoah should not commit HugeTLBFS memory
P3 JDK-8221435 Shenandoah should not mark through weak roots
P3 JDK-8222186 Shenandoah should not uncommit below minimum heap size
P3 JDK-8225048 Shenandoah x86_32 support
P3 JDK-8222125 Shenandoah: Crash when running with ShenandoahParallelSafepointThreads=1
P3 JDK-8224179 Shenandoah: CTW test failures with traversal GC
P3 JDK-8224584 Shenandoah: Eliminate forwarding pointer word
P3 JDK-8223980 Shenandoah: Refactor and fix ObjArrayChunkedTask verification
P3 JDK-8225229 Shenandoah: trim down default number of GC threads
P3 JDK-8160539 Stack frame scanning acquires DerivedPointerTableGC_lock mutex
P3 JDK-8217778 StringTable cleanup miscalculates amount of dead objects
P3 JDK-8226302 Test failures on IBM platforms (power and s/390) after JDK-8223837
P4 JDK-8222105 Add "use_" prefix to G1Policy::adaptive_young_list_length
P4 JDK-8222145 Add -XX:SoftMaxHeapSize flag
P4 JDK-8219748 Add and use getter for the timing object in G1
P4 JDK-8223822 Add gc IDs in the log of gc verification
P4 JDK-8221913 Add GC.selected() jtreg-ext function
P4 JDK-8219816 Add IsArray/RemoveExtent type traits utilities
P4 JDK-8223392 Add missing BitMap comments for JDK-8222986
P4 JDK-8219369 Add named constants for iterating ExtRootScan phases
P4 JDK-8219573 Add NMethodClosure
P4 JDK-8214799 Add package declaration to each JTREG test case in the gc folder
P4 JDK-8222986 Add parameter to skip clearing CHeapBitMaps when resizing
P4 JDK-8218672 AOT code root scanning shows in the wrong position in the logs
P4 JDK-8217342 Build failed with excluding JFR
P4 JDK-8217576 C1 atomic access handlers use incorrect decorators
P4 JDK-8221394 Clean up ConcurrentGCThread
P4 JDK-8218668 Clean up evacuation of optional collection set
P4 JDK-8223624 Cleanup includes of universe.hpp
P4 JDK-8217319 Cleanup Shenandoah includes
P4 JDK-8225441 Cleanup ShenandoahHeap::atomic_compare_exchange_oop
P4 JDK-8220609 Cleanups in ScavengableNMethods
P4 JDK-8217417 Decorator name typo: C2_TIGHLY_COUPLED_ALLOC
P4 JDK-8221359 Eliminate filter_thread_buffers
P4 JDK-8216285 Enable inlining of CollectedHeap::obj-/array-/class_allocate
P4 JDK-8217014 Epsilon should not ignore Metadata GC causes
P4 JDK-8223267 Fix incorrect usage of GCTraceTime in g1FullCollector and g1CollectedHeap
P4 JDK-8215114 Fix indent and dead code in GCPolicyCounters
P4 JDK-8224038 Fix remaining InCSetState mentions
P4 JDK-8223244 Fix usage of ARRAYCOPY_DISJOINT decorator
P4 JDK-8218974 Free GC native structures in nmethod::flush
P4 JDK-8214946 G1: Initialize all class members on construction
P4 JDK-8221517 G1: Reserved page size for heap can be wrong
P4 JDK-8219976 GarbageCollectionNotificationInfo always says "No GC" when running Shenandoah
P4 JDK-8223397 gc+promotion log lines are missing the GC id
P4 JDK-8220290 gc_epilogue(full = false) is called on Full GC path after JDK-8215221
P4 JDK-8221507 Implement JFR events for Shenandoah
P4 JDK-8219100 Improve do_collection_pause_at_safepoint
P4 JDK-8223162 Improve ergonomics for Sparse PRT entry sizing
P4 JDK-8200545 Improve filter for enqueued deferred cards
P4 JDK-8220228 Improve Shenandoah pacing histogram message
P4 JDK-8220388 Increase -inlinehint-threshold for Clang to avoid G1 pause time regression
P4 JDK-8221260 Initialize more class members on construction, remove some unused ones
P4 JDK-8221732 Introduce CollectedHeap::hash_oop()
P4 JDK-8222462 Introduce CollectedHeap::unused()
P4 JDK-8213229 Investigate treating StringTable as weak in young collections
P4 JDK-8217385 JTREG: Clean up, make sure to close resources
P4 JDK-8217329 JTREG: Clean up, remove unused imports in gc folder
P4 JDK-8217389 JTREG: Clean up, remove unused variable warnings
P4 JDK-8217332 JTREG: Clean up, use generics instead of raw types
P4 JDK-8221766 Load-reference barriers for Shenandoah
P4 JDK-8220610 Make CollectedHeap nmethod functions pure virtual
P4 JDK-8216258 Make FreeIdSet semaphore-based
P4 JDK-8225478 Make G1CMRootRegions independent of HeapRegions
P4 JDK-8219098 Make output of region strings more regular in error messages
P4 JDK-8212826 Make PtrQueue free list lock-free
P4 JDK-8214201 Make PtrQueueSet completed buffer list private
P4 JDK-8219096 Merge print_termination_stats code with current logging
P4 JDK-8217432 MetaspaceGC::_capacity_until_GC exceeds MaxMetaspaceSize
P4 JDK-8223136 Move compressed oops functions to CompressedOops class
P4 JDK-8224160 Move G1RemSetScanClosure into g1RemSet.cpp file
P4 JDK-8223620 Move IsGCActiveMark implementation out of header
P4 JDK-8223623 Move oopFactory function definitions out of oopFactory.hpp
P4 JDK-8220606 Move ScavengableNMethods unlinking to unregister_nmethod
P4 JDK-8220343 Move scavenge_root_nmethods from shared code
P4 JDK-8223622 Move Universe usage out of memAllocator.hpp
P4 JDK-8223619 Move VerifyOption out of Universe
P4 JDK-8213827 NUMA heap allocation does not respect process membind/interleave settings
P4 JDK-8217358 Optimized build is broken by Shenandoah changes
P4 JDK-8217785 Padding ParallelTaskTerminator::_offered_termination variable
P4 JDK-8222843 Print Shenandoah cset map addresses in hs_err
P4 JDK-8221688 Quarantine Shenandoah string dedup tests
P4 JDK-8221392 Reduce ConcurrentGCThreads spinning during start up
P4 JDK-8212206 Refactor AdaptiveSizePolicy to separate out code related to GC overhead
P4 JDK-8224187 Refactor arraycopy_prologue to allow ZGC read barriers on arraycopy
P4 JDK-8221509 Refactor assert( G1CollectedHeap::used() == recalculate_used() ) with better message
P4 JDK-8224167 Refactor PtrQueue completed buffer processing
P4 JDK-8220240 Refactor shared dirty card queue
P4 JDK-8220350 Refactor ShenandoahHeap::initialize
P4 JDK-8221648 Remove CollectedHeap::is_in_closed_subset()
P4 JDK-8198505 Remove CollectorPolicy and its subclasses
P4 JDK-8218192 Remove copy constructor for MemRegion
P4 JDK-8219747 Remove g1_ prefix to g1_remset and g1_policy members in G1CollectedHeap
P4 JDK-8215299 Remove G1CMTask::should_exit_termination()'s undesirable side-effect
P4 JDK-8220301 Remove jbyte use in CardTable
P4 JDK-8225171 Remove leftovers in shenandoahBarrierSetC1.cpp
P4 JDK-8221558 Remove obsolete uses of OopStorage::ParState _par_state
P4 JDK-8216072 Remove TaskTerminator's assignment operator
P4 JDK-8219817 Remove unused CollectedHeap::block_size()
P4 JDK-8221748 Remove unused oopDesc::is_unlocked_oop()
P4 JDK-8217474 Remove WhiteBox.getConcurrentGCPhases()
P4 JDK-8217328 Rename CollectionSetChooser to G1CollectionSetChooser
P4 JDK-8218089 Rename DirtyCardQueue et al to follow usual G1 naming conventions
P4 JDK-8223018 Rename G1RemSet::*oops_into_collection_set_do methods
P4 JDK-8215492 Rename INTERNAL_EMPTY to something less "internal"
P4 JDK-8223567 Rename ShenandoahBrooksPointer to ShenandoahForwarding
P4 JDK-8224579 ResourceMark not declared in shenandoahRootProcessor.inline.hpp with --disable-precompiled-headers
P4 JDK-8225357 Rewire ShenandoahHeap::maybe_update_with_forwarded for contending fixups
P4 JDK-8218920 Scan HCC should be on the same level as Update RS etc. in the log
P4 JDK-8215221 Serial GC misreports young GC time
P4 JDK-8217578 Shenandoah cleanup unused timings after concurrent string table change
P4 JDK-8217343 Shenandoah control thread should be able to run at critical priority
P4 JDK-8215549 Shenandoah deduplication cleans up table/queue twice
P4 JDK-8221735 Shenandoah fails ctw/modules/ with Traversal
P4 JDK-8219857 Shenandoah GC may initialize thread's gclab twice
P4 JDK-8225046 Shenandoah metrics logs refactoring
P4 JDK-8220546 Shenandoah Reports timing details for weak root processing
P4 JDK-8223759 Shenandoah should allow arbitrarily low initial heap size
P4 JDK-8221278 Shenandoah should not enqueue string dedup candidates during root scan
P4 JDK-8222185 Shenandoah should report "committed" as capacity
P4 JDK-8220444 Shenandoah should use parallel version of WeakProcessor in root processor for weak roots
P4 JDK-8222130 Shenandoah should verify roots after pre-evacuation
P4 JDK-8222188 Shenandoah: Adjust Shenandoah work gang types
P4 JDK-8224978 Shenandoah: Allows root verifier to verify some roots outside safepoints with proper locks
P4 JDK-8221848 Shenandoah: ArrayCopy post-barrier improvements
P4 JDK-8221629 Shenandoah: Cleanup class unloading logic
P4 JDK-8225341 Shenandoah: CM::update_thread_roots() needs to handle derived pointers
P4 JDK-8224495 Shenandoah: Do not rescan code roots in final mark pause if it is not degenerated GC
P4 JDK-8224626 Shenandoah: Elide barriers on uncommon traps
P4 JDK-8224115 Shenandoah: Eliminate RWLock that protects recorded nmethod data array
P4 JDK-8224525 Shenandoah: Eliminate shenandoah verifier's side-effects
P4 JDK-8221750 Shenandoah: Enable ThreadLocalHandshake by default
P4 JDK-8222227 Shenandoah: Fix Traversal GC weak roots handling in final-traversal pause
P4 JDK-8221751 Shenandoah: Improve SATB enqueueing
P4 JDK-8216973 Shenandoah: Kick up cleanup phases in the right places
P4 JDK-8224679 Shenandoah: Make ShenandoahParallelCodeCacheIterator noncopyable
P4 JDK-8222129 Shenandoah: Missing CompareAndSwapP/N case in get_barrier_strength()
P4 JDK-8223184 Shenandoah: Missing roots in SRP::process_all_roots_slow
P4 JDK-8222425 Shenandoah: Move commonly used closures to separate files
P4 JDK-8225572 Shenandoah: Move JNIHandles root out of serial roots
P4 JDK-8224508 Shenandoah: Need to update thread roots in final mark for piggyback ref update cycle
P4 JDK-8223951 Shenandoah: Only need to update thread roots during final update refs
P4 JDK-8223762 Shenandoah: overflows in calculations involving heap capacity
P4 JDK-8224667 Shenandoah: Post-LRB cleanup
P4 JDK-8222992 Shenandoah: Pre-evacuate all roots
P4 JDK-8222259 Shenandoah: Pre-evacuate string-dedup roots in Traversal GC
P4 JDK-8223774 Shenandoah: Refactor ShenandoahRootProcessor and family
P4 JDK-8224210 Shenandoah: Refactor ShenandoahRootScanner to support scanning CSet codecache roots
P4 JDK-8224043 Shenandoah: Remove clear_claimed_marks() from start of concurrent_traversal()
P4 JDK-8222403 Shenandoah: Remove ShenandoahAlwaysTrueClosure, use AlwaysTrueClosure instead
P4 JDK-8222490 Shenandoah: Remove unused _par_state_string in ShenandoahRootEvacuator
P4 JDK-8222419 Shenandoah: Remove unused _par_state_string in ShenandoahRootProcessor
P4 JDK-8224932 Shenandoah: Rename ShenandoahHeapLock, make it general purpose lock
P4 JDK-8203232 Shenandoah: Resolve oops in SATB filter
P4 JDK-8224751 Shenandoah: Shenandoah Verifier should select proper roots according to current GC cycle
P4 JDK-8225514 Shenandoah: ShenandoahCodeRoots should inherit from AllStatic
P4 JDK-8223258 Shenandoah: SRP::process_all_roots_slow processes JvmtiExport weak oops twice
P4 JDK-8217016 Shenandoah: Streamline generation of CAS barriers
P4 JDK-8223215 Shenandoah: Support verifying subset of roots
P4 JDK-8225342 Shenandoah: use COMPILER2_OR_JVMCI macro consistently
P4 JDK-8220780 ShenandoahBS::AccessBarrier::oop_store_in_heap ignores AS_NO_KEEPALIVE
P4 JDK-8224970 ShenandoahRootScanner::roots_do assert is too strong
P4 JDK-8217213 shenandoahTaskQueue.hpp includes .inline.hpp file
P4 JDK-8220664 Simplify ShenandoahUpdateHeapRefsClosure
P4 JDK-8217203 Some more includes to .inline.hpp files in gc header files
P4 JDK-8219856 Spell out G1CollectorPolicy::is_hetero_heap
P4 JDK-8217330 Split G1CollectionSetChooser into collection set candidate container and the chooser algorithm
P4 JDK-8214236 should be changed
P4 JDK-8218049 Survivor MemoryMXBean used() size granularity is region based
P4 JDK-8215047 Task terminators do not complete termination in consistent state
P4 JDK-8219232 Unit of concurrent active time logging is wrong
P4 JDK-8223449 Unprotected UseCompressedOops block in gc/shenandoah/shenandoahBarrierSetC1_x86.cpp
P4 JDK-8221875 Unquarantine Shenandoah string dedup tests
P4 JDK-8220345 Use appropriate type for G1RemSetScanState::IsDirtyRegionState
P4 JDK-8219613 Use NonJavaThread PtrQueues
P4 JDK-8220294 ZGC fails to build on GCC 4.4.7: Type parameter issue
P4 JDK-8225340 ZGC: Add logging of High Usage rule
P4 JDK-8225227 ZGC: Be exact in what load barrier to use in ZHeapIterator
P4 JDK-8217856 ZGC: Break out C2 matching rules into separate AD file
P4 JDK-8220587 ZGC: Break out forwarding information from ZPage
P4 JDK-8217858 ZGC: Clean up ZDriver
P4 JDK-8221984 ZGC: Clean up ZOop
P4 JDK-8217855 ZGC: Clean up ZReferenceProcessor
P4 JDK-8221212 ZGC: Command-line flags should be marked experimental
P4 JDK-8220597 ZGC: Convert ZForwarding to use ZAttachedArray
P4 JDK-8220596 ZGC: Convert ZNMethodData to use ZAttachedArray
P4 JDK-8220588 ZGC: Convert ZRelocationSet to hold ZForwardings instead of ZPages
P4 JDK-8220601 ZGC: Delete ZNMethodTableEntry arrays using ZSafeDelete
P4 JDK-8220600 ZGC: Delete ZPages using ZSafeDelete
P4 JDK-8218767 ZGC: Do not assume that r12 is a special register in C2
P4 JDK-8220591 ZGC: Don't delay reclaimation of ZVirtualMemory
P4 JDK-8224966 ZGC: Don't skip oop verification in OopMapSet::all_do()
P4 JDK-8219466 ZGC: Extract allocation functionality into a new ZNMethodAllocator class
P4 JDK-8219469 ZGC: Extract functions out from ZNMethodTable into new ZNMethod class
P4 JDK-8219468 ZGC: Extract iteration functionality into a new ZNMethodTableIteration class
P4 JDK-8217503 ZGC: Fix fall through bug in ZBarrierSetC2::escape_add_final_edges()
P4 JDK-8221537 ZGC: Fix incorrect comment in zNMethod table entry layout
P4 JDK-8223016 ZGC: Fix misaligned statistics printout
P4 JDK-8219638 ZGC: Free ZNMethodDataOops under a lock
P4 JDK-8220704 ZGC: gc tests complain Java heap too small
P4 JDK-8222469 ZGC: Generalize ZPageCache::flush()
P4 JDK-8221153 ZGC: Heap iteration and verification pollutes GC statistics
P4 JDK-8219332 ZGC: Improve ZRootsIteratorClosure abstraction
P4 JDK-8221786 ZGC: Increase max heap size to 16TB
P4 JDK-8224185 ZGC: Introduce "High Usage" rule
P4 JDK-8220595 ZGC: Introduce ZAttachedArray
P4 JDK-8220599 ZGC: Introduce ZSafeDelete
P4 JDK-8222467 ZGC: Log min/max/softmax capacity
P4 JDK-8219718 ZGC: Make nmethod entry barriers and nmethod::is_unloading use ZNMethodDataOops
P4 JDK-8217258 ZGC: Minor cleanup of ZBarrierSetAssembler
P4 JDK-8217257 ZGC: Minor cleanup of ZBarrierSetC2
P4 JDK-8217747 ZGC: Minor optimization of ZLoadBarrierStubC1
P4 JDK-8220741 ZGC: Move CPU agnostic files from linux_x86 to linux
P4 JDK-8220592 ZGC: Move destruction of detached ZPages into ZPageAllocator
P4 JDK-8219464 ZGC: Move nmethod oop properties from ZNMethodTableEntry to ZNMethodData
P4 JDK-8220586 ZGC: Move relocation logic from ZPage to ZRelocate
P4 JDK-8217857 ZGC: Move SvcGCMarker to ZServiceabilityTracer
P4 JDK-8219467 ZGC: Move ZNMethodData to its own file
P4 JDK-8221540 ZGC: Reduce width of zForwardingEntry::from_index field
P4 JDK-8219463 ZGC: Remove redundant ZNMethodTable::_iter_lock
P4 JDK-8220594 ZGC: Remove superfluous ZPage::is_active()
P4 JDK-8220593 ZGC: Remove superfluous ZPage::is_detached()
P4 JDK-8220589 ZGC: Remove superfluous ZPageTableEntry
P4 JDK-8223308 ZGC: Remove ZGranuleMap::size()
P4 JDK-8220590 ZGC: Remove ZPages from ZPageTable when freed
P4 JDK-8221219 ZGC: Remove ZStallOnOutOfMemory option
P4 JDK-8220569 ZGC: Rename and rework ZUnmapBadViews to ZVerifyViews
P4 JDK-8219634 ZGC: Rename ZAddressRangeMap to ZGranuleMap
P4 JDK-8219633 ZGC: Rename ZPageSizeMin to ZGranuleSize
P4 JDK-8221146 ZGC: Reports too much relocated
P4 JDK-8215985 ZGC: Simplify reference processing in light of JDK-8175797
P4 JDK-8217745 ZGC: Simplify ZLoadBarrierStubC1
P4 JDK-8224965 ZGC: Strengthen ZHeap::is_in()
P4 JDK-8224962 ZGC: Strengthen ZHeap::is_oop()
P4 JDK-8223961 ZGC: Unexpected behaviour due to ZMetronome::wait_for_tick() oversleeping
P4 JDK-8219331 ZGC: Unify TLAB retire/remap handling
P4 JDK-8222182 ZGC: Use SoftMaxHeapSize to guide GC heuristics
P4 JDK-8219462 ZGC: Use wait/notify in ZNMethodTable
P4 JDK-8222180 ZGC: ZForwarding::verify() failing when checking for duplicates
P5 JDK-8223693 Memory wastage in size of per-region type buffers in GC
P5 JDK-8219097 Move comment about using weak code blobs closure for code root scanning to correct place
P5 JDK-8217374 Rename G1 EvacuationInfo class to G1EvacuationInfo


Priority Bug Summary
P2 JDK-8220293 Deadlock in JFR string pool
P2 JDK-8225310 JFR crashed in JfrPeriodicEventSet::requestProtectionDomainCacheTableStatistics()
P2 JDK-8225706 JFR RootResolver resets CLD claims with no restore
P2 JDK-8227605 Kitchensink fails "assert((((klass)->trace_id() & (JfrTraceIdEpoch::leakp_in_use_this_epoch_bit())) != 0)) failed: invariant"
P2 JDK-8223599 minimal build fails after JDK-8185525
P2 JDK-8228834 Regression caused by JDK-8214542 not installing complete checkpoint data to candidates
P2 JDK-8227011 Starting a JFR recording in response to JVMTI VMInit and / or Java agent premain corrupts memory
P3 JDK-8216064 -XX:StartFlightRecording:settings= doesn't work properly
P3 JDK-8185525 Add JFR event for DictionarySizes
P3 JDK-8216283 Allow shorter method sampling interval than 10 ms
P3 JDK-8221569 JFR tool produces incorrect output when both --categories and --events are specified
P3 JDK-8220657 JFR.dump does not work when filename is set
P3 JDK-8217089 JFR: Lazy install os interface components for improved startup
P3 JDK-8214542 JFR: Old Object Sample event slow on a deep heap in debug builds
P3 JDK-8217647 JFR: recordings on 32-bit systems unreadable
P3 JDK-8224217 RecordingInfo should use textual representation of path
P3 JDK-8225004 Remove invalid assertion in jfr_conditional_flush()
P3 JDK-8215727 Restore JFR thread sampler loop to old / previous behavior
P3 JDK-8221632 Several corrections to java FlightRecorderOptions section
P3 JDK-8215771 The jfr tool should pretty print reference chains
P4 JDK-8221479 [s390] Fix JFR profiling
P4 JDK-8223438 add VirtualizationInformation JFR event
P4 JDK-8216995 Clean up JFR command line processing
P4 JDK-8224139 Deprecate -XX:FlightRecorder option
P4 JDK-8217362 Emergency dump does not work when disk=false is set
P4 JDK-8219566 JFR did not collect call stacks when MaxJavaStackTraceDepth is set to zero
P4 JDK-8219205 JFR file without license header
P4 JDK-8220555 JFR tool shows potentially misleading message when it cannot access a file
P4 JDK-8216436 last JFR recording might be empty
P4 JDK-8218935 Make jfr strncpy uses GCC 8.x friendly
P4 JDK-8216486 Possibility of integer overflow in JfrThreadSampler::run()
P4 JDK-8214803 Provide SQE and Infra support for 8203359 - container aware JFR events
P4 JDK-8216578 Remove unused/obsolete method in JFR code


Priority Bug Summary
P2 JDK-8215951 AArch64: jtreg test vmTestbase/nsk/jvmti/PopFrame/popframe005 segfaults
P2 JDK-8192936 RI does not follow the JVMTI RedefineClasses spec that is too strict in the definition
P3 JDK-8223026 [BACKOUT] Typo in test/hotspot/jtreg/TEST.groups is causing test harness failures
P3 JDK-8217827 [Graal] Some vmTestbase/nsk/jvmti/ResourceExhausted tests failing
P3 JDK-8217348 assert(thread->is_Java_thread()) failed: just checking
P3 JDK-8227277 HeapInspection::find_instances_at_safepoint walks dead objects
P3 JDK-8223441 HeapMonitorStatArrayCorrectnessTest fails due to sampling determinism
P3 JDK-8046018 JVMTI Spec: can_redefine_any_class capability spec is inconsistent
P3 JDK-8078725 method adjustments can be done just once for all classes involved into redefinition
P3 JDK-8218167 nsk/jvmti/scenarios/sampling/SP02/sp02t003 fails
P3 JDK-8215716 PopFrame() was unexpectedly done
P3 JDK-8215113 Sampling interval not always correct
P3 JDK-8221584 SIGSEGV in os::PlatformEvent::unpark() in JvmtiRawMonitor::raw_exit while posting method exit event
P3 JDK-8222952 Typo in test/hotspot/jtreg/TEST.groups is causing test harness failures
P3 JDK-8218812 vmTestbase/nsk/jvmti/GetAllThreads/allthr001/ failed
P3 JDK-8224555 vmTestbase/nsk/jvmti/scenarios/contention/TC02/tc02t001/ failed
P3 JDK-8218727 vmTestbase/nsk/jvmti/scenarios/events/EM04/em04t001/ crash in native library
P3 JDK-8222224 vmTestbase/nsk/jvmti/SingleStep/singlestep001/ fails
P3 JDK-8218401 WRONG_PHASE: vmTestbase/nsk/jvmti test crash
P4 JDK-8223044 Add back exception checking in tests
P4 JDK-8201655 Add thread-enabled support for the Heap Sampling
P4 JDK-8221183 Avoid code cache walk in MetadataOnStackMark
P4 JDK-8223718 Checks in check_slot_type_no_lvt() should be always executed
P4 JDK-8223177 Data race on JvmtiEnvBase::_tag_map in double-checked locking
P4 JDK-8181171 Deleting method for RedefineClasses breaks ResolvedMethodName
P4 JDK-8220512 Deoptimize redefinition functions that have dirty ICs
P4 JDK-8213501 Deploy ExceptionJniWrapper for a few tests
P4 JDK-8222935 Fix ExceptionCheckingJniEnv system
P4 JDK-8222072 JVMTI GenerateEvents() sends CompiledMethodLoad events to wrong jvmtiEnv
P4 JDK-8205126 JVMTI spec incorrectly states that PopFrame cannot be called on the current thread
P4 JDK-8223736 jvmti/scenarios/contention/TC04/tc04t001/ fails due to wrong number of MonitorContendedEntered events
P4 JDK-8226595 jvmti/scenarios/contention/TC04/tc04t001/ still fails due to wrong number of MonitorContendedEntered events
P4 JDK-8222934 mark new VM option AllowRedefinitionToAddOrDeleteMethods as deprecated
P4 JDK-8215329 Modify ZGC requirement for
P4 JDK-8220628 Move the HeapMonitor library to C++
P4 JDK-8212960 Normalize spaces around comparisons and ternary
P4 JDK-8211343 nsk_jvmti_parseoptions should handle multiple suboptions
P4 JDK-8216059 nsk_jvmti_parseoptions still has dependency on tilde separator
P4 JDK-8220342 Remove scavenge_root_nmethods_do from VM_HeapWalkOperation::collect_simple_roots
P4 JDK-8212824 Remove unnecessary spaces before/after comparison in vmTestbase
P4 JDK-8223227 Rename acquire_tag_map() to tag_map_acquire() in jvmtiEnvBase
P4 JDK-8139551 Scalability problem with redefinition - multiple code cache walks
P4 JDK-8215425 vmTestbase/nsk/jvmti/PopFrame should provide more detailed output
P4 JDK-8216386 vmTestbase/nsk/jvmti/PopFrame/popframe005/ fails
P4 JDK-8213001 vmTestbase/nsk/jvmti/ThreadStart/threadstart002/ debug agent times out


Priority Bug Summary
P1 JDK-8220660 [s390]: debug build broken after JDK-8220301
P1 JDK-8224170 Build failures after JDK-8207812 (Implement Dynamic CDS Archive)
P1 JDK-8216560 gtest build broken on PPC64 and aarch64
P1 JDK-8224033 os::snprintf should be used in virtualizationSupport.cpp
P1 JDK-8216589 s390x build failures after JDK-8216167 (Update include guards to reflect correct directories)
P1 JDK-8223412 tier1 build failure after 8222893
P2 JDK-8219233 3x performance drop for some Clojure applications
P2 JDK-8216269 [s390] Debug build broken because CodeBlob has not been declared
P2 JDK-8221725 AArch64 build failures after JDK-8221408 (Windows 32bit build build errors/warnings in hotspot)
P2 JDK-8228601 AArch64: Fix interpreter code at JVMCI deoptimization entry
P2 JDK-8218276 AIX build fails in tieredThresholdPolicy.cpp
P2 JDK-8220095 Assertion failure when symlink (with different name) is used for lib/modules file
P2 JDK-8221208 Backout JDK-8218446
P2 JDK-8219969 Backout JDK-8219492
P2 JDK-8223437 Backout JDK-8219974 Restore static callsite resolution for the current class
P2 JDK-8218140 Build failures after JDK-8218041 (Assorted wrong/missing includes)
P2 JDK-8223589 Build failures after JDK-8223534 (add back fixed test_markOop.cpp)
P2 JDK-8225789 Empty method parameter type should generate ClassFormatError
P2 JDK-8221472 Fix HandshakeSuspendExitTest
P2 JDK-8218266 G1 crash in AccessInternal::PostRuntimeDispatch
P2 JDK-8223481 gtest/ failed due to "assert(ret == 0) failed: sem_post failed; error='Invalid argument' (errno=EINVAL)"
P2 JDK-8224010 Incorrect string interning
P2 JDK-8217765 Internal Error (javaCalls.cpp:61) guarantee(thread->can_call_java()) failed
P2 JDK-8228407 JVM crashes with shared archive file mismatch
P2 JDK-8221726 Multiple build failures after JDK-8221698 (Remove redundant includes from popular header files)
P2 JDK-8228764 New library dependencies due to JDK-8222720
P2 JDK-8227117 normal interpreter table is not restored after single stepping with TLH
P2 JDK-8219974 REDO JDK-8219492: Restore static callsite resolution for the current class
P2 JDK-8219492 Restore static callsite resolution for the current class
P2 JDK-8220795 Rework naked_short_nanosleep on Windows to improve time-to-safepoint
P2 JDK-8224952 RI deviates from JVMS - non-zero minor_version for class files throws UnsupportedClassVersionError.
P2 JDK-8224795 some runtime/SelectionResolution tests are timing out
P2 JDK-8223190 Test gc/arguments/ breaks with change for JDK-8074355
P2 JDK-8224151 Test vmTestbase/nsk/sysdict/vm/stress/chain/chain007/ might hang with release binaries
P2 JDK-8213231 ThreadSnapshot::_threadObj can become stale
P2 JDK-8219583 Windows build failure after JDK-8214777 (Avoid some GCC 8.X strncpy() errors in HotSpot)
P2 JDK-8222300 Zero build broken after JDK-8222231
P3 JDK-8215699 -Xlog::file cannot be used with named pipe
P3 JDK-8226699 [BACKOUT] JDK-8221734 Deoptimize with handshakes
P3 JDK-8217846 [Graal] vmTestbase/nsk/jdi/VirtualMachine/instanceCounts/instancecounts003/ crash
P3 JDK-8216559 [JFR] Native libraries not correctly parsed from /proc/self/maps
P3 JDK-8220441 [PPC64] Clobber memory effect missing for memory barriers in atomics
P3 JDK-8213481 [REDO] Fix incorrect copy constructors in hotspot
P3 JDK-8206107 [x86_32] jck tests for ldc2_w bytecode fail
P3 JDK-8222090 Add Hygon Dhyana processor support
P3 JDK-8224221 add memprotect calls to event log
P3 JDK-8221535 add steal tick related information to hs_error file [linux]
P3 JDK-8220173 assert(_handle_mark_nesting > 1) failed: memory leak: allocating handle outside HandleMark
P3 JDK-8221437 assert(java_lang_invoke_ResolvedMethodName::vmtarget(resolved_method()) == m()) failed: Should not change after link resolution
P3 JDK-8225217 Backout: JDK-8224814: Remove dead JNIHandleBlock freelist code
P3 JDK-8217658 baseline_cleanups from Async Monitor Deflation project
P3 JDK-8220394 bufferedStream does not honor size limit
P3 JDK-8059357 ClassVerifier redundantly checks constant pool entries multiple times
P3 JDK-8218004 Clean up terminology for shared methods within the JVM for indy and condy support
P3 JDK-8189208 Cleanup ancient argument processing code
P3 JDK-8219712 code_size2 (defined in stub_routines_x86.hpp) is too small on new Skylake CPUs
P3 JDK-8216970 condy causes JVM crash
P3 JDK-8218994 Consolidate indy and condy JVM information within a BootstrapInfo data structure
P3 JDK-8218483 Crash in "assert(_daemon_threads_count->get_value() > daemon_count) failed: thread count mismatch 5 : 5"
P3 JDK-8218751 Do not store original classfiles inside the CDS archive
P3 JDK-8153413 Exceptions::_throw always logs exceptions, penalizing performance
P3 JDK-8222977 Fix shenandoah broken with JDK-8222811
P3 JDK-8226525 HotSpot compile-time error for x86-32
P3 JDK-8207812 Implement Dynamic CDS Archive
P3 JDK-8221967 timed out
P3 JDK-8215311 JEP 350: Dynamic CDS Archives
P3 JDK-8218851 JVM crash in custom classloader stress test, JDK 12 & 13
P3 JDK-8210457 JVM crash in ResolvedMethodTable::add_method(Handle)
P3 JDK-8226406 JVM fails to detect mismatched or corrupt CDS archive
P3 JDK-8074355 make MutexLocker smarter about non-JavaThreads
P3 JDK-8218147 make_walkable asserts on multiple calls
P3 JDK-8218136 minor hotspot adjustments for xlclang++ from xlc16 on AIX
P3 JDK-8222936 mlvm/anonloader/stress/randomBytecodes/ fails due to "ERROR: There were 1 hangups during parsing."
P3 JDK-8217659 monitor_logging updates from Async Monitor Deflation project
P3 JDK-8221350 more monitor logging updates from Async Monitor Deflation project
P3 JDK-8214162 Need to add new flag ExtensiveErrorReports to the command-line flags section in the java command reference
P3 JDK-8200109 NMT: diff_malloc_site assert(early->flags() == current->flags(), "Must be the same memory type")
P3 JDK-8214975 No hs-err file if fatal error is raised during dynamic initialization.
P3 JDK-8219459 oopDesc::is_valid() is broken
P3 JDK-8214816 os::read() should not transition to _thread_blocked with safepoint check on Solaris
P3 JDK-8222387 Out-of-bounds access to CPU _family_id_xxx array
P3 JDK-8217843 Performance regression related to os::supports_monotonic_clock() on linux
P3 JDK-8219241 Provide basic virtualization related info in the hs_error file on linux/windows x86_64
P3 JDK-8222720 Provide extended VMWare/vSphere virtualization related info in the hs_error file on linux/windows x86_64
P3 JDK-8222280 Provide virtualization related info in the hs_error file on AIX
P3 JDK-8219746 Provide virtualization related info in the hs_error file on linux ppc64 / ppc64le
P3 JDK-8217786 Provide virtualization related info in the hs_error file on linux s390x
P3 JDK-8221207 Redo JDK-8218446 - SuspendAtExit hangs
P3 JDK-8224023 Redo the fix for ErrorFile option does not handle pre-existing error files of the same name
P3 JDK-8224497 Remove FIXME in metaspaceClosure.cpp
P3 JDK-8217998 Remove method_type field associated with the appendix field of an indy or method handle call
P3 JDK-8221393 ResolvedMethodTable too small for StackWalking applications
P3 JDK-8224692 runtime/appcds tests crash in "HotSpotJVMCI::compute_offset" when running in Graal as JIT mode
P3 JDK-8218399 runtime/RedefineObject/ timeout
P3 JDK-8225702 Safepoint counter can't be used for safepoint detection
P3 JDK-8220151 SafepointTracing::end_of_last_safepoint_ms should return ms since epoch.
P3 JDK-8224193 stringStream should not use Resource Area
P3 JDK-8216049 stringTable::intern creates redundant String when looking up existing one
P3 JDK-8215962 Support ThreadPriorityPolicy mode 1 for non-root users on linux/bsd
P3 JDK-8218446 SuspendAtExit hangs
P3 JDK-8216136 Take Compile_lock for SystemDictionary::_modification_counter with safepoint check
P3 JDK-8223287 Update java manpage for Application Class Data Sharing
P3 JDK-8218939 vm/mlvm/anonloader/stress/byteMutation crashed on windows
P3 JDK-8223585 vmTestbase/runtime/pcl/* get SEGV in MetadataOnStackClosure::do_metadata(Metadata*)+0x0
P3 JDK-8223472 volatile long field corruption on x86_32
P3 JDK-8223572 ~ThreadInVMForHandshake() should call handle_special_runtime_exit_condition()
P4 JDK-8218156 "jcmd VM.metaspace basic" misreports free chunk space
P4 JDK-8215398 -Xlog option usage => Invalid decorator '\temp\app_cds.log'.
P4 JDK-8221685 -XX:BytecodeVerificationRemote and -XX:BytecodeVerificationLocal should be diagnostic options
P4 JDK-8223248 [AIX] Remove old xlC 10 workaround for load acquire
P4 JDK-8217338 [Containers] Improve systemd slice memory limit support
P4 JDK-8219565 [deadcode] remove share/utilities/intHisto.*
P4 JDK-8219798 [deadcode] remove src/hotspot/share/prims/evmCompat.cpp
P4 JDK-8221639 [i386] expand_exec_shield_cs_limit workaround is undefined code after JDK-8199717
P4 JDK-8170639 [Linux] jsig is limited to a maximum of 64 signals
P4 JDK-8215707 [macosx] fix pthread_getschedparam and pthread_setschedparam calls
P4 JDK-8221539 [metaspace] Improve MetaspaceObj::is_metaspace_obj() and friends
P4 JDK-8223249 [s390] Cleanup TemplateInterpreterGenerator::generate_fixed_frame
P4 JDK-8225347 [s390] Unexpected exit from stack overflow test
P4 JDK-8225178 [Solaris] os::signal() should call sigaction() with SA_SIGINFO
P4 JDK-8219888 aarch64 : add CPU detection code for HiSilicon TSV110
P4 JDK-8222753 AArch64: Add CPU implementer code for Ampere
P4 JDK-8221220 AArch64: Add StoreStore membar explicitly for Volatile Writes in TemplateTable
P4 JDK-8219635 aarch64: missing LoadStore barrier in TemplateTable::fast_storefield
P4 JDK-8218185 aarch64: missing LoadStore barrier in TemplateTable::putfield_or_static
P4 JDK-8224828 aarch64: rflags is not correct after safepoint poll
P4 JDK-8220566 AArch64: Set default vm features for Ampere eMAG CPUs
P4 JDK-8219698 aarch64: SIGILL triggered when specifying unsupported hardware features
P4 JDK-8223534 add back fixed test_markOop.cpp
P4 JDK-8220774 Add HandshakeALot diag option
P4 JDK-8221325 Add information about swap space to print_memory_info() on MacOS
P4 JDK-8223574 add more thread-related system settings info to hs_error file on AIX
P4 JDK-8224958 add os::dll_load calls to event log
P4 JDK-8222713 Add OutputAnalyzer(Path) constructor
P4 JDK-8217450 Add PackageEntry::locked_lookup_only
P4 JDK-8216366 Add rationale to PER_CPU_SHARES define
P4 JDK-8212988 add recent class unloading events to the hs_err log
P4 JDK-8220570 Additional trace when native thread creation fails
P4 JDK-8214235 arm32: assertion in collectedHeap.cpp: attempt to clean empty array
P4 JDK-8223336 Assert in VirtualMemoryTracker::remove_released_region when running the test with -XX:NativeMemoryTracking=detail
P4 JDK-8216982 Assertion poison page established too early
P4 JDK-8218041 Assorted wrong/missing includes
P4 JDK-8224020 AsyncGetCallTrace test should not run on PPC64 or IA64
P4 JDK-8220690 ATTRIBUTE_ALIGNED requires GNU extensions enabled
P4 JDK-8214777 Avoid some GCC 8.X strncpy() errors in HotSpot
P4 JDK-8218145 block_if_requested is not proper inlined due to size
P4 JDK-8205645 Bump maximum recognized class file version to 57 for JDK 13
P4 JDK-8224853 CDS address sanitizer errors
P4 JDK-8216184 CDS/appCDS tests failed on Windows due to long path to a classlist file
P4 JDK-8216010 Change callers of build_u2_from() to call Bytes::get_Java_u2() instead
P4 JDK-8213153 Clean up GCC 8 errors
P4 JDK-8215644 Clean up globalDefinitions_.hpp
P4 JDK-8222231 Clean up interfaceSupport.inline.hpp duplicated code
P4 JDK-8219860 Cleanup ClassFileParser::parse_linenumber_table
P4 JDK-8219630 cleanup hotspot ostream.cpp
P4 JDK-8194860 Cleanup Semaphore timed-wait time calculations
P4 JDK-8222811 Consolidate MutexLockerEx and MutexLocker
P4 JDK-8217766 Container Support doesn't work for some Join Controllers combinations
P4 JDK-8221351 Crash in KlassFactory::check_shared_class_file_load_hook
P4 JDK-8220786 Create new switch to redirect error reporting output to stdout or stderr
P4 JDK-8220351 Cross-modifying code
P4 JDK-8225016 Dead code due to VMOperationQueue::add() always returning true
P4 JDK-8213399 DecoderLocker is unused
P4 JDK-8221734 Deoptimize with handshakes
P4 JDK-8214719 Deprecate -Xverify:none option
P4 JDK-8220050 Deprecate -XX:-ThreadLocalHandshakes
P4 JDK-8221180 Deprecate AllowJNIEnvProxy
P4 JDK-8218995 Deprecate the -XX:FailOverToOldVerifier option
P4 JDK-8221096 Description of -XX:+PrintFlagsRanges is incorrect
P4 JDK-8221478 Disable VerifySharedSpaces by default
P4 JDK-8224750 Display thread once in Internal exceptions event log lines
P4 JDK-8221724 Enable archiving of Strings with hash 0
P4 JDK-8216157 Enable inlining of java_lang_Class::is_primitive
P4 JDK-8217325 Enable inlining of java_lang_Class::oop_size_raw
P4 JDK-8219247 Enable inlining of newly introduced PlatformMonitor methods
P4 JDK-8221738 ErrorFile option does not handle pre-existing error files of the same name
P4 JDK-8204551 Event descriptions are truncated in logs
P4 JDK-8225402 events logging in deoptimization.cpp should go to deopt-log
P4 JDK-8214271 Fast primitive to wake many threads
P4 JDK-8203469 Faster safepoints
P4 JDK-8221175 Fix bad function case for controlled JVM crash on PPC64 big-endian
P4 JDK-8221992 Fix old method replacement in ResolvedMethodTable
P4 JDK-8218562 handle HOTSPOT_BUILD_COMPILER for clang/xlclang and cleanup HOTSPOT_BUILD_COMPILER settings
P4 JDK-8218565 HandleMark cleanup
P4 JDK-8223186 HotSpot compile warnings from GCC 9
P4 JDK-8223810 HotSpot compile warnings from VS2017
P4 JDK-8217879 hs_err should print more instructions in hex dump
P4 JDK-8215977 hsdis installation documentation update
P4 JDK-8218164 Improve local control of compiler warnings
P4 JDK-8218988 Improve metaspace verifications
P4 JDK-8214442 Improve stack walk API by adding handle marks
P4 JDK-8220658 Improve the readability of container information in the error log
P4 JDK-8218581 Incorrect exception message generation
P4 JDK-8222226 increase default timeout for runtime/7158800/
P4 JDK-8221477 Inject os/cpu-specific constants into Unsafe from JVM
P4 JDK-8222297 IRT_ENTRY/IRT_LEAF etc are the same as JRT
P4 JDK-8225453 is_busy diagnostics and other baseline cleanups from Async Monitor Deflation project
P4 JDK-8222327 java_lang_Thread _thread_status_offset, remove pre 1.5 code paths
P4 JDK-8221480 jcmd VM.metaspace shall print limits in basic mode
P4 JDK-8228585 jdk/internal/platform/cgroup/ - NumberFormatException because of large long values (memory limit_in_bytes)
P4 JDK-8215961 jdk/jfr/event/os/ fails on AArch64
P4 JDK-8217618 JVM TI SuspendThread doesn't suspend the current thread before returning
P4 JDK-8219562 Line of code in osContainer_linux.cpp#L102 appears unreachable
P4 JDK-8220781 linux-s390 : os::get_summary_cpu_info gives bad output
P4 JDK-8219229 Make ConstantPool::tag_at and release_tag_at_put inlineable
P4 JDK-8223956 Make SymbolTable and StringTable AllStatic
P4 JDK-8222893 markOopDesc::print_on() is a bit confused
P4 JDK-8217512 Message of LinkageError: use 'class' etc. instead of 'type'
P4 JDK-8219574 Minimal VM build failure after JDK-8219414
P4 JDK-8223064 Minor cleanups in ResolvedMethodTable
P4 JDK-8222295 more baseline cleanups from Async Monitor Deflation project
P4 JDK-8215731 Move forward class definitions out of globalDefinitions.hpp
P4 JDK-8223626 move print() functions to cpp files
P4 JDK-8219112 name_and_sig_as_C_string usages in frame_s390 miss ResourceMark
P4 JDK-8214180 Need better granularity for sleeping
P4 JDK-8218558 NMT stack traces in output should show mt component for virtual memory allocations
P4 JDK-8199746 NMT: Breakup overused mtInternal into more fine grained categories.
P4 JDK-8219244 NMT: Change ThreadSafepointState's allocation type from mtInternal to mtThread
P4 JDK-8218566 NMT: missing memory tag for assert poison page
P4 JDK-8219370 NMT: Move synchronization primitives from mtInternal to mtSynchronizer
P4 JDK-8204552 NMT: Separate thread stack tracking from virtual memory tracking
P4 JDK-8222637 Obsolete NeedsDeoptSuspend
P4 JDK-8218753 Obsolete nonproduct flag ProfilerCheckIntervals
P4 JDK-8217442 Optimize native accesses to String.value
P4 JDK-8220366 Optimize Symbol handling in ClassVerifier and SignatureStream
P4 JDK-8224871 os::attempt_reserve_memory_at() tries too hard
P4 JDK-8224793 os::die() does not honor CreateCoredumpOnCrash option
P4 JDK-8221149 os::malloc checks MallocCatchPtr outside of ifdef ASSERT block
P4 JDK-8217994 os::print_hex_dump should be more resilient against unreadable memory
P4 JDK-8224487 outputStream should not be copyable
P4 JDK-8220794 PPC64: Fix signal handler for SIGSEGV on branch to illegal address
P4 JDK-8223395 PPC64: Improve comments in the JVM signal handler to match ISA text
P4 JDK-8219460 ppc: adjust NativeGeneralJump::insert_unconditional to stack allocated MacroAssembler
P4 JDK-8214707 Prevent GCC 8 from reporting error in ClassLoader::file_name_for_class_name()
P4 JDK-8221470 Print methods in exception messages in java-like Syntax.
P4 JDK-8217315 Proper units should print more significant digits
P4 JDK-8224816 Provide os::processor_id() implementation for Mac OS
P4 JDK-8219368 Quarantine runtime/NMT/ test
P4 JDK-8220496 Race in java_lang_String::length() when deduplicating
P4 JDK-8221833 Readability check in Symbol::is_valid not performed for some addresses
P4 JDK-8218675 Reduce verification overhead in ClassFileParser
P4 JDK-8219713 Reduce work in DefaultMethods::generate_default_methods
P4 JDK-8219554 Redundant lookup_common in SymbolTable::add
P4 JDK-8217660 Refactor module related locked_create_entry_or_null() functions
P4 JDK-8218755 Refix Symbol leak in prepend_host_package_name
P4 JDK-8183004 Remove code related to gtest death tests from assert macro
P4 JDK-8214821 Remove ConcurrentHashTable::get_copy
P4 JDK-8212949 Remove ConstantPoolCache::is_constantPoolCache
P4 JDK-8218738 Remove dead code in Symbol and friends
P4 JDK-8224814 Remove dead JNIHandleBlock freelist code
P4 JDK-8216188 Remove expired flags in JDK 13
P4 JDK-8216191 Remove FastSuperclassLimit
P4 JDK-8215155 Remove get_insert() from concurrent hashtable and gtests
P4 JDK-8216428 Remove IgnoreLibthreadGPFault
P4 JDK-8224203 Remove need to specify type when using FLAG_SET macros
P4 JDK-8221698 Remove redundant includes from popular header files
P4 JDK-8219579 Remove redundant signature parsing from the verifier
P4 JDK-8210832 Remove sneaky locking in class Monitor
P4 JDK-8219611 Remove superfluous sigfillset code
P4 JDK-8217424 Remove the idempotent parameter to Method::sort_methods
P4 JDK-8223306 Remove threads linked list (use ThreadsList's array in SA)
P4 JDK-8222518 Remove unnecessary caching of Parker object in java.lang.Thread
P4 JDK-8217841 Remove unused class TraceCPUTime
P4 JDK-8216197 Remove unused new_hash methods
P4 JDK-8223657 Remove unused THREAD argument from SymbolTable functions
P4 JDK-8219619 Remove UseFakeTimers and related code
P4 JDK-8221872 Remove uses of ClassLoaderWeakHandle typedef in protection domain table
P4 JDK-8224790 Remove Xusage.txt file
P4 JDK-8222502 Replace 19,20 case alternatives with JVM_CONSTANT_Module/Package names
P4 JDK-8218811 replace open by os::open in hotspot coding
P4 JDK-8222558 Rework ResolvedMethodTable verification
P4 JDK-8214097 Rework thread initialization and teardown logic
P4 JDK-8217921 Runtime dead code removal
P4 JDK-8222500 runtime/8176717/ failed with java.nio.file.NoSuchFileException: /tmp/communication7071713601211876892.txt
P4 JDK-8220085 runtime/CompressedOops/ times out on Windows intermittently
P4 JDK-8188872 runtime/ErrorHandling/ fails intermittently
P4 JDK-8222292 runtime/exceptionMsgs/ArrayIndexOutOfBoundsException/ timeout but test passed
P4 JDK-8222550 runtime/MemberName/ times out
P4 JDK-8227041 runtime/memory/ has a memory leak
P4 JDK-8228650 runtime/SharedArchiveFile/ test fails on AIX
P4 JDK-8223194 runtime/Shutdown/ due to "OutOfMemoryError: Java heap too small"
P4 JDK-8224119 Safepoint cleanup logging logs times for things it doesn't do
P4 JDK-8219436 Safepoint logs correction and misc
P4 JDK-8215495 Set isCopy to JNI_FALSE if len == 0
P4 JDK-8218151 Simplify JavaThread::thread_state definition
P4 JDK-8224201 Simplify JVM flag macro expansions
P4 JDK-8222015 Small VM.metaspace improvements
P4 JDK-8213397 Stack dump should show more clearly when a thread is blocked on a class initialization monitor
P4 JDK-8216302 StackTraceElement::fill_in can use cached
P4 JDK-8216308 StackTraceElement::fill_in can use injected Class source-file
P4 JDK-8219685 Startup failure: assert(!Universe::is_module_initialized()) failed: Incorrect java.lang.Module pre module system initialization
P4 JDK-8225225 stringStream internal buffer should always be zero terminated
P4 JDK-8218593 Symbol leak in prepend_host_package_name
P4 JDK-8213753 SymbolTable is double walked during class unloading and clean up table timing in do_unloading
P4 JDK-8219441 test_logMessageTest missing static storage
P4 JDK-8220724 TestBiasedLockRevocationEvents fails while matching revoke events to VMOperation events
P4 JDK-8222034 Thread-SMR functions should be updated to remove work around
P4 JDK-8221643 Tighten up assert(_keep_alive >= 0) in CLD::inc_keep_alive
P4 JDK-8215791 Tiny bug in VM monitoring/management
P4 JDK-8219584 Try to dump error file by thread which causes safepoint timeout
P4 JDK-8217318 Unneeded handleization in InstanceKlass::restore_unshareable_info
P4 JDK-8223391 Unsynchronized iteration of ClassLoaderDataGraph
P4 JDK-8216167 Update include guards to reflect correct directories
P4 JDK-8224763 Update man pages to show deprecation of -Xverify:none
P4 JDK-8223231 Update manpage with new semantics of ErrorFile option
P4 JDK-8216426 Usage of array placement new may lead to memory corruption
P4 JDK-8215228 Use a constant hash table size in order to enable compiler optimization
P4 JDK-8223313 Use handshakes for CountStackFrames.
P4 JDK-8222988 Use MonitorLocker rather than MutexLocker when wait/notify used
P4 JDK-8217378 UseCriticalCMSThreadPriority is broken
P4 JDK-8217628 Verbose ArrayIndexOutOfBoundsException message also in JNI calls.
P4 JDK-8222534 VerifyBeforeExit is not honored when System.exit is called
P4 JDK-8193234 When using -Xcheck:jni an internally allocated buffer can leak
P4 JDK-8221408 Windows 32bit build build errors/warnings in hotspot
P4 JDK-8220283 ZGC fails to build on GCC 4.4.7: ATTRIBUTE_ALIGNED compatibility issue
P5 JDK-8216189 Remove Klass::compute_is_subtype_of
P5 JDK-8219577 Returning NULL in a function which returns bools


Priority Bug Summary
P1 JDK-8223779 Build failure after 8223040 (Add a AsyncGetCallTrace test)
P3 JDK-8224796 C code is not compiled correctly due to undefined "i386"
P3 JDK-8219023 Sync JVMTI, JDI, and JDWP spec versions with JDK version
P4 JDK-8224230 [PPC64, s390] Support AsyncGetCallTrace
P4 JDK-8221915 cleanup ticks related coding in os_perf_aix.cpp [aix]
P4 JDK-8181383 com/sun/jdi/ fails intermittently with bind failed: Address already in use
P4 JDK-8221532 Incorrect copyright header in FileSystemSupport_md.c
P4 JDK-8224600 Provide command
P4 JDK-8225388 Running jcmd Compiler.CodeHeap_Analytics all 0 cause crash.
P4 JDK-8205654 serviceability/dcmd/framework/ timed out
P4 JDK-8225348 serviceability/dcmd/vm/ failed
P4 JDK-8228658 test fails on fast Linux machines with Total safepoint time 0 ms


Priority Bug Summary
P2 JDK-8225801 Shenandoah: Adjust SA to reflect recent forwarding pointer changes
P3 JDK-8220682 Heap dumping and inspection fails with JDK-8214712
P3 JDK-8214756 SA should ignore archived java heap objects that are not in use
P3 JDK-8215544 SA: Modify ClhsdbLauncher to add sudo privileges to enable MacOS tests on Mach5
P3 JDK-8181313 SA: Remove libthread_db dependency on Linux
P3 JDK-8217473 SA: Tests using ClhsdbLauncher fail on SAP docker containers
P4 JDK-8217612 (CL)HSDB cannot show some JVM flags
P4 JDK-8209413 AArch64: NPE in clhsdb jstack command
P4 JDK-8221396 Clean up serviceability/sa/
P4 JDK-8217850 CompressedClassSpaceSizeInJmapHeap fails after JDK-8217612
P4 JDK-8163805 hotspot/test/serviceability/sa/sadebugd/ failed with timed out
P4 JDK-8217845 SA should refer const values for JVMFlag from HotSpot
P4 JDK-8218743 SA: Add support for large bitmaps
P4 JDK-8218733 SA: CollectedHeap provides broken implementation for used() and capacity()
P4 JDK-8223665 SA: debugd options should follow jhsdb style
P4 JDK-8218922 SA: Enable best-effort implementation of live regions iteration for ZGC
P4 JDK-8218970 SA: Enable HeapHprofBinWriter for ZGC
P4 JDK-8218978 SA: Enable more ZGC testing
P4 JDK-8218746 SA: Implement discontiguous bitmap for ZGC
P4 JDK-8218734 SA: Incorrect and raw loads of OopHandles
P4 JDK-8223814 SA: jhsdb common help needs to be more detailed
P4 JDK-8219414 SA: jhsdb jsnap throws UnmappedAddressException with core generated by gcore
P4 JDK-8219003 SA: Refactor live regions iteration in preparation for JDK-8218922
P4 JDK-8218732 SA: Resolves ZPageAllocator::_physical incorrectly
P4 JDK-8218731 SA: Use concrete class as the return type of VMObjectFactory.newObject
P4 JDK-8221917 serviceability/sa/ fails on 32-bit platforms
P4 JDK-8220602 Shenandoah-SA: Enable best-effort implementation of heap walk
P4 JDK-8203364 Some serviceability/sa/ tests intermittently fail with LingeredApp terminated with non-zero exit code 3


Priority Bug Summary
P3 JDK-8218017 Application with a lot of threads stuck during exit related to java.util.logging.LogManager$Cleaner shutdown hook
P3 JDK-8158048 Fix failure message from jtreg gtest wrapper
P3 JDK-8224945 googlemock update breaks the build of arm32 and ppc
P3 JDK-8189400 testlibrary_tests are not tested in hotspot tiers
P4 JDK-8222414 bring googlemock v1.8.1
P4 JDK-8209917 fix TODO in GatherDiagnosticInfoObserver
P4 JDK-8209807 improve handling exception in requires.VMProps
P4 JDK-8219395 integrate gcov w/ run-test
P4 JDK-8219139 move hotspot tests from test/jdk/vm
P4 JDK-8219149 ProcessTools.ProcessBuilder should print timing info for subprocesses
P4 JDK-8217520 Remove vm.opt.MaxGCPauseMillis == "null" from
P4 JDK-8222154 upgrade gtest to 1.8.1
P4 JDK-8219158 use 'test.root' property instead of traversing test-src path


Priority Bug Summary
P3 JDK-8221857 Collect code coverage for a subset of code
P3 JDK-8225134 Update man-page files
P4 JDK-8215729 Enhance makefiles to allow collecting code coverage with JCov
P4 JDK-8227247 tools/sjavac/ fails with AssertionError: Error too big on windows
P4 JDK-8219906 Update test documentation with default test jobs settings


Priority Bug Summary
P1 JDK-8220155 JDK-8219971 broke hotspot build
P1 JDK-8220529 JDK-8220383 broke test image build
P1 JDK-8218084 Revert JDK-8218057
P2 JDK-8217613 [AOT] TEST_OPTS_AOT_MODULES doesn't work on mac
P2 JDK-8222913 Add Jib support for VERSION_EXTRA*
P2 JDK-8225066 Add missing file
P2 JDK-8221996 Bootcycle build broken
P2 JDK-8218177 Bump jib format_version to support new devkit archive layout
P2 JDK-8221414 Bump required boot jdk version to 12
P2 JDK-8219988 Change to Visual Studio 2017 15.9.6 for building on Windows at Oracle
P2 JDK-8219986 Change to Xcode 10.1 for building on Macosx at Oracle
P2 JDK-8220383 Incremental build is broken and inefficient
P2 JDK-8218198 Revert devkit change in JDK-8217910 for linux-x64
P2 JDK-8222264 Windows incremental build is broken with JDK-8217728
P3 JDK-8225489 accessibility issues in pandoc-generated tables
P3 JDK-8218057 Add ppc64le and s390x profiles to jib-profiles.js
P3 JDK-8217626 Add setup/teardown functionality to RunTest
P3 JDK-8226404 bootcycle build uses wrong CDS archive
P3 JDK-8225140 Build fails if directory contains 'unix'
P3 JDK-8218736 Build warning in lib/JvmFlags.gmk: extraneous text after 'ifeq' directive
P3 JDK-8217032 Check pandoc capabilities in configure
P3 JDK-8218186 Clean up CLDR generation in build
P3 JDK-8223335 Compare baseline builds on linux are failing
P3 JDK-8225392 Comparison builds are failing due to cacerts file
P3 JDK-8219788 Configure recommends JDK 8
P3 JDK-8225346 Convert file to HTML5
P3 JDK-8224166 Create a taglet to better handle @jls and @jvms tags
P3 JDK-8209381 Default CDS classlist generation should run with an explicit locale setting
P3 JDK-8205934 Define jdk -source/-target version in version-numbers file
P3 JDK-8224677 Dtrace .d files clash with make dependency .d files
P3 JDK-8223307 enable the Stack Execution Disable flag for JDK binaries on AIX
P3 JDK-8217761 Enhance run-test-prebuilt jib profile to support running tests with JCov
P3 JDK-8226538 find-files.gmk gets corrupted if tab completion is used before running make first
P3 JDK-8220164 Fix build instructions for AIX
P3 JDK-8224257 fix issues in files generated by pandoc
P3 JDK-8227636 Fix output dir for jlink_jre target in Images.gmk
P3 JDK-8160926 FLAGS_COMPILER_CHECK_ARGUMENTS doesn't handle cross-compilation
P3 JDK-8217357 Implement JCov jib profiles
P3 JDK-8218431 Improved platform checking in makefiles
P3 JDK-8219971 Introduce SetupExecute in build system
P3 JDK-8223627 jdk-13+20 bundle name contains null instead of ea
P3 JDK-8211016 make images does not update jdk/lib/ with latest changes
P3 JDK-8218413 make reconfigure ignores configure-time AUTOCONF environment variable
P3 JDK-8226269 Race in SetupProcessMarkdown
P3 JDK-8217638 Remove old way of running tests (test/Makefile)
P3 JDK-8217634 RunTest documentation and usability update
P3 JDK-8217730 Split up MakeBase.gmk
P3 JDK-8218692 Switch to JCov build which supports byte code version 57
P3 JDK-8226628 The copyright footer should be enclosed in
P3 JDK-8225496 typo in fix for JDK-8224257
P3 JDK-8217233 Update build settings for AIX/xlc
P3 JDK-8223663 Update links for tool guides
P3 JDK-8228494 Update nroff version of man pages
P3 JDK-8218046 use bundled freetype in the AIX build by default
P3 JDK-8227578 Wrong JRE targets in Images.gmk after JDK-8219971
P4 JDK-8217404 --with-jvm-features doesn't work when multiple features are explicitly disabled
P4 JDK-8222444 Add a suggestion for non-US locale in the test doc
P4 JDK-8222522 Add configure options for Mac Bundle creation
P4 JDK-8223319 Add copyright footer to specs and man pages
P4 JDK-8219393 Add native library support for microbenchmarks
P4 JDK-8221894 Add notes for docker tests in the test doc
P4 JDK-8221988 add possibility to build with Visual Studio 2019
P4 JDK-8223678 Add Visual Studio Code workspace generation support (for native code)
P4 JDK-8218965 aix: support xlclang++ in the compiler detection
P4 JDK-8219129 Allow overriding of license files in legal dir
P4 JDK-8223667 ASAN build broken
P4 JDK-8221880 Better customization for Windows RC properties FileDescription and ProductName
P4 JDK-8220530 Build compare script does not compare the contents of the test image
P4 JDK-8224145 Build compare script fails intermittently on test image native libraries
P4 JDK-8217916 Build compare script is not comparing jmods
P4 JDK-8217739 Cannot reuse java.base from target in BuildJDK when cross compiling
P4 JDK-8220093 Change to GCC 8.2 for building on Linux at Oracle
P4 JDK-8217448 Check for pandoc availability using ENABLE_PANDOC and not PANDOC
P4 JDK-8221979 Cleanups for building Windows resources
P4 JDK-8218807 Compilation database (compile_commands.json) may contain obsolete items
P4 JDK-8224087 Compile C code for at least C99 Standard compliance
P4 JDK-8210834 Cross compilation triggers rebuild even without changes
P4 JDK-8219920 dependency help output in configure-step : support zypper tool
P4 JDK-8216275 Disable annotation processing lint warnings when building microbenchmarks
P4 JDK-8215445 Enable building for Windows in WSL
P4 JDK-8219391 extend gcov support to llvm/clang
P4 JDK-8224011 Failure handling in ExecuteWithLog fails in run-test-prebuilt
P4 JDK-8221621 FindTests.gmk cannot handle "=" in TEST.groups comments
P4 JDK-8216278 Fix devkit and basic Jib support on WSL
P4 JDK-8216048 Fix devkit creation in WSL
P4 JDK-8216267 Fix hotspot-ide-project target on WSL
P4 JDK-8221434 Fix typo in lib-x11 autoconf error message about missing headers
P4 JDK-8223944 fix zlib related building docu and comments
P4 JDK-8220363 hotspot-ide project fails
P4 JDK-8220784 hsdis cannot be built with MinGW64
P4 JDK-8221762 Improve Main.gmk/FindTests.gmk bootstrap time
P4 JDK-8223464 Improve version string for Oracle CI builds
P4 JDK-8216489 Issues with ModulePackages attribute generation on incremental build
P4 JDK-8217979 lib-freetype related configure messages contain wrong configure flag names
P4 JDK-8217896 Make better use of LCPUs when building on AIX
P4 JDK-8226910 make it possible to use jtreg's -match via run-test framework
P4 JDK-8221907 make reconfigure breaks when configured with relative paths
P4 JDK-8217733 Minor RunTest fixes
P4 JDK-8219394 Missing FIXPATH in microbenchmark test runner
P4 JDK-8220504 Move definition of JAVA_VERSION_INFO_RESOURCE to Launcher-java.base.gmk
P4 JDK-8204564 Need better error output when GenerateLinkOptData fails
P4 JDK-6442874 Need to keep new errors from occuring in javadoc comments
P4 JDK-8218135 Redo: Add ppc64le and s390x profiles to jib-profiles.js
P4 JDK-8221764 Reduce make Init.gmk logging overhead
P4 JDK-8189861 Refactor CacheFind
P4 JDK-8222627 Remove sneaky token 'Name' in jdk-version.m4
P4 JDK-8221610 Resurrect (legacy) JRE bundle target
P4 JDK-8221703 Rmic build for has bad incremental behavior
P4 JDK-8193255 Root Certificates should be stored in text format and assembled at build time
P4 JDK-8217910 Slow linking with devkit on Linux
P4 JDK-8222510 Small cleanup for JDK launcher's make file
P4 JDK-8217728 Speed up incremental rerun of "make hotspot"
P4 JDK-8215991 Stop hiding exception from ArtifactResolver failures in tests
P4 JDK-8220445 Support for side by side MSVC Toolset versions
P4 JDK-8223309 test failing due to self-assign-overloaded
P4 JDK-8222735 Update doc/ with current Oracle build platforms and compilers
P4 JDK-8215952 Update NetBeans project file
P4 JDK-8221357 Update test documentation by deleting "cd test && make"
P4 JDK-8130017 use _FORTIFY_SOURCE in gcc fastdebug builds
P4 JDK-8221851 Use of THIS_FILE in hotspot invalidates precompiled header on Linux/GCC
P4 JDK-8223685 used bundled zlib on AIX by default
P4 JDK-8221179 Zero builds fail when linking with gold and bundling


Priority Bug Summary
P3 JDK-8217018 Java Access Bridge is not enabled/disabled when the checkbox is checked/unchecked via the Control Panel


Priority Bug Summary
P2 JDK-8215576 8205556 push had corrupted l10n chars during handoff


Priority Bug Summary
P3 JDK-8224682 Remove the com.sun.CORBA.ORBIorTypeCheckRegistryFilter security property


Priority Bug Summary
P4 JDK-8219417 bump jtreg requiredVersion to b14
P4 JDK-8219132 switch to jtreg4.2-b14


Priority Bug Summary
P4 JDK-8217518 Crypto benchmarks not warming up in time
P4 JDK-8221543 Indify-dependent microbenchmarks are broken
P4 JDK-8215643 Microbenchmarks for KeyAgreement and Cipher


Priority Bug Summary
P4 JDK-8215572 Add new Arrays micros
P4 JDK-8220368 Update String.indexOf to test all the C2 intrinsics


Priority Bug Summary
P2 JDK-8026953 Add support for MS Cryptography next generation (CNG)
P2 JDK-8228399 Remove mistaken open.iml
P2 JDK-8224635 Revert 8224256 and add back java/security/SecureClassLoader/ test
P2 JDK-8225180 SignedObject with invalid Key not throwing the InvalidKeyException in Windows
P2 JDK-8217690 Update public suffix version
P3 JDK-8159525 Add @FunctionalInterface annotation to PrivilegedAction and PrivilegedExceptionAction
P3 JDK-8219861 Add new keytool -showinfo -tls command for displaying TLS configuration information
P3 JDK-8222133 Add temporary exceptions for root certs that are due to expire soon
P3 JDK-8224729 Cleanups in sun/security/provider/certpath/ldap/
P3 JDK-8221257 Improve serial number generation mechanism for keytool -gencert
P3 JDK-8026393 jarsigner never shows a warning in badKeyUsage case
P3 JDK-8225745 NoSuchAlgorithmException exception for SHA256withECDSA with RSASSA-PSS support
P3 JDK-8218618 Program fails when using JDK addressed by UNC path and using Security Manager
P3 JDK-8222137 Remove T-Systems root CA certificate
P3 JDK-8222136 Remove two Comodo root CA certificates that are expiring
P3 JDK-8223499 Remove two DocuSign root certificates that are expiring
P3 JDK-8228403 failed with File name too long
P3 JDK-8225257 sun/security/tools/keytool/ timed out
P3 JDK-8202651 Test fails
P3 JDK-8157404 Unable to read certain PKCS12 keystores from SequenceInputStream
P4 JDK-8042904 calling generateSeed()
P4 JDK-8215937 Check usages of security-related Resources files
P4 JDK-8191808 Configurable read timeout for CRLs
P4 JDK-8147502 Digest is incorrectly truncated for ECDSA signatures when the bit length of n is less than the field size
P4 JDK-8218553 Enhance keystore load debug output
P4 JDK-8224589 Improve startup behavior of SecurityProperties
P4 JDK-8221719 Jarsigner fails to verify signed by alias if alias given in wrong case
P4 JDK-8215769 Java cannot probe pkcs12 files exported by Firefox
P4 JDK-8036608 Key.getAlgorithm link to standard algorithm names needs to be updated
P4 JDK-8218888 keytool -genkeypair should not have the -destalias option
P4 JDK-8215776 Keytool importkeystore may mix up certificate chain entries when DNs conflict
P4 JDK-8227595 keytool/fakegen/ fails due to "exitValue = 6"
P4 JDK-8020637 Permissions.readObject doesn't enforce proper Class to PermissionCollection mappings
P4 JDK-8222987 sun/security/tools/keytool/ times out on Solaris-SPARC
P4 JDK-8222275 sun/security/tools/keytool/ assertTrue: expected true, was false
P4 JDK-8221801 Update src/java.base/share/legal/


Priority Bug Summary
P2 JDK-8220165 Encryption using GCM results in RuntimeException: input length out of bound
P2 JDK-8218723 Use SunJCE Mac in SecretKeyFactory PBKDF2 implementation
P3 JDK-8181386 CipherSpi ByteBuffer to byte array conversion fails for certain data overlap conditions
P3 JDK-8201633 Problems with AES-GCM native acceleration
P3 JDK-7107615 scalability bloker in javax.crypto.JceSecurity
P3 JDK-8223003 SunMSCAPI keys are not cleaned up
P4 JDK-8217344 Make comparison overflow-aware in ECDHKeyAgreement.engineGenerateSecret()
P4 JDK-8213009 Refactoring existing SunMSCAPI classes
P4 JDK-8221172 SunEC specific test is not limited to SunEC
P4 JDK-8223063 Support CNG RSA keys
P4 JDK-8213010 Supporting keys created with certmgr.exe
P4 JDK-8217820 Useless cast in
P4 JDK-8221407 Windows 32bit build error in libsunmscapi/security.cpp


Priority Bug Summary
P1 JDK-8225695 32-bit build failures after JDK-8080462 (Update SunPKCS11 provider with PKCS11 v2.40 support)
P2 JDK-8217088 Disable JDK-6913047 fix (SunPKCS11 memory leak) after JDK-8216597 (SIGBUS error in getNativeKeyInfo)
P2 JDK-8216597 SIGBUS in Java_sun_security_pkcs11_wrapper_PKCS11_getNativeKeyInfo after JDK-6913047
P3 JDK-8213008 Cipher with UNWRAP_MODE should support the generation of an AES key type
P3 JDK-6913047 Long term memory leak when using PKCS11 and JCE exceeds 32 bit process address space
P3 JDK-8183107 PKCS11 regression regarding checkKeySize
P3 JDK-8226651 Setting the mgfHash in CK_RSA_PKCS_PSS_PARAMS has no effect
P3 JDK-8080462 Update SunPKCS11 provider with PKCS11 v2.40 support
P4 JDK-8220753 Re-introduce the test case for TLS 1.2 algorithms in SunPKCS11 crypto provider
P4 JDK-8220513 Wrapper Key may get deleted when closing sessions in SunPKCS11 crypto provider


Priority Bug Summary
P2 JDK-8219990 Backout JDK-8219658
P2 JDK-8219658 Deadlock in
P2 JDK-8227551 Session Resumption without Server-Side State off by default
P2 JDK-8216326 SSLSocket stream close() does not close the associated socket
P2 JDK-8222805 sun/security/pkcs11/tls/tls12/ fails with Unsupported signature algorithm: rsa_pss_rsae_sha256
P2 JDK-8171279 Support X25519 and X448 in TLS
P2 JDK-8216039 TLS with BC and RSASSA-PSS breaks ECDHServerKeyExchange
P2 JDK-8217579 TLS_EMPTY_RENEGOTIATION_INFO_SCSV is disabled after 8211883
P3 JDK-8224650 Add tests to support X25519 and X448 in TLS
P3 JDK-8224829 has timing issue
P3 JDK-8219994 fails with unexpected
P3 JDK-8220016 Clean up redundant RSA services in the SunJSSE provider
P3 JDK-8225766 Curve in certificate should not affect signature scheme when using TLSv1.3
P3 JDK-8219389 Delegated task created by SSLEngine throws BufferUnderflowException
P3 JDK-8215790 Delegated task created by SSLEngine throws java.nio.BufferUnderflowException
P3 JDK-8221270 Duplicated synchronized keywords in SSLSocketImpl
P3 JDK-8218580 endpoint identification algorithm should be case-insensitive
P3 JDK-8215524 Finished message validation failure should be decrypt_error alert
P3 JDK-8218889 Improperly use of the Optional API
P3 JDK-8219723 javax/net/ssl/compatibility/ failed on some SNI cases
P3 JDK-8222391 javax/net/ssl/compatibility/ should be more flexible
P3 JDK-8160247 Mark deprecated APIs with forRemoval=true
P3 JDK-8219991 New fix of the deadlock in
P3 JDK-8180005 Provide specific links in KeyManagerFactory and TrustManagerFactory to the Standard Algorithm Names Specification
P3 JDK-8217835 Remove the experimental SunJSSE FIPS compliant mode
P3 JDK-8215430 Remove the internal package
P3 JDK-8211018 Session Resumption without Server-Side State
P3 JDK-8221271 sun/security/pkcs11/tls/tls12/ test failed
P3 JDK-8217610 TLSv1.3 fail with ClassException when EC keys are stored in PKCS11
P3 JDK-8221253 TLSv1.3 may generate TLSInnerPlainText longer than 2^14+1 bytes
P3 JDK-8163326 Update the default enabled cipher suites preference
P3 JDK-8226338 Updates to Stateless Resumption
P3 JDK-8221882 Use fiber-friendly java.util.concurrent.locks in JSSE
P3 JDK-8168261 Use server cipher suites preference by default
P3 JDK-8168069 X509TrustManagerImpl causes ClassLoader leaks with unparseable extensions
P4 JDK-4919790 Errors in alert ssl message does not reflect the actual certificate status
P4 JDK-8179943 Typo in method documentation
P4 JDK-8217795 Typo in SSLSocket
P4 JDK-8223482 Unsupported ciphersuites may be offered by a TLS client


Priority Bug Summary
P3 JDK-8200400 Allow Sasl mechanisms to be restricted
P3 JDK-8220256 fix headings in
P4 JDK-6682540 Incorrect SASL DIGEST-MD5 behavior


Priority Bug Summary
P3 JDK-8220258 fix headings in java.smartcardio
P3 JDK-8226607 Inconsistent info between and MUSCLE headers
P3 JDK-8218780 Update MUSCLE PCSC-Lite header files


Priority Bug Summary
P2 JDK-8217878 ENVELOPING XML signature no longer works
P3 JDK-8223053 [xmldsig] Add KeyValue::EC_TYPE
P3 JDK-8219013 Update Apache Santuario (XML Signature) to version 2.1.3
P3 JDK-8218629 XML Digital Signature throws NAMESPACE_ERR exception on OpenJDK 11, works 8/9/10
P4 JDK-8224767 Add String constants for Canonical XML 1.1 URIs


Priority Bug Summary
P3 JDK-8217375 jarsigner breaks old signature with long lines in manifest
P3 JDK-8220410 sun/security/tools/jarsigner/warnings/ failed with missing expected output
P4 JDK-8228341 fails intermittently on Windows


Priority Bug Summary
P2 JDK-8226719 Kerberos login to Windows 2000 failed with "Inappropriate type of checksum in message"
P3 JDK-8227381 GSS login fails with PREAUTH_FAILED
P3 JDK-8225687 Newly added sspi.cpp in JDK-6722928 still contains some small errors
P3 JDK-6722928 Provide a default native GSS-API library on Windows
P3 JDK-8225304 tiny HTML error (bad heading) in org.ietf.jgss
P4 JDK-8226963 More clarification on possible sequencing error in GSSContext::unwrap


Priority Bug Summary
P2 JDK-8227437 S4U2proxy cannot continue because server's TGT cannot be found
P3 JDK-8227061 test behaves incorrectly when AS-REQ contains a PAData not PA-ENC-TS-ENC
P4 JDK-8227305 Krb5Util::getTicketFromSubjectAndTgs is useless
P4 JDK-8215032 Support Kerberos cross-realm referrals (RFC 6806)


Priority Bug Summary
P2 JDK-8223300 15.28: Switch Expressions (Preview)
P2 JDK-8225674 3.10.6: Text Blocks (Preview)
P2 JDK-8222184 JEP 354: Switch Expressions (Second Preview)
P3 JDK-8222530 JEP 355: Text Blocks (Preview)
P4 JDK-8225389 8.9.3: Simplify implicit declaration of values() and valueOf(String)


Priority Bug Summary
P4 JDK-8225747 2.0: Update the JVM's dependence on Unicode to 12.1
P4 JDK-8214905 4.1: Allow v57.0 class files for Java SE 13


Priority Bug Summary
P3 JDK-8219488 jdeps man page needs to be updated
P3 JDK-8224982 JDK-8222318 breaks tools/doclint/html/
P4 JDK-8215976 OpenJDK fails to build with GCC 8.2 when the #include inside zip.cpp comes from a non-sysroot path
P4 JDK-8219561 Update jdeprscan to avoid the need for start-of-release changes


Priority Bug Summary
P3 JDK-8212807 tools/jar/multiRelease/ times out
P4 JDK-8216539 tools/jar/modularJar/ timed out


Priority Bug Summary
P2 JDK-8216263 Add historical data for JDK 12
P2 JDK-8223303 Compiler support for Switch Expressions
P2 JDK-8222169 java.lang.AssertionError switch expression in ternary operator - ?
P2 JDK-8227640 javac crashes on text blocks with invalid escapes.
P2 JDK-8226522 No compilation error reported when yield is used in incorrect context
P2 JDK-8226510 No compilation error when switch expression has no result expressions
P2 JDK-8222251 preflow visitor is not visiting lambda expressions
P2 JDK-8225386 test for JDK-8216261 fails in Windows
P3 JDK-8218152 [javac] fails and exits with no error if a bad annotation processor provided
P3 JDK-8222949 add condy support to javac's pool API
P3 JDK-8222744 add support for generating method handles from a variable symbol
P3 JDK-8221118 Avoid eagerly creating JCDiagnostic for CompletionFailures
P3 JDK-8215470 Bad EnclosingMethod attribute on classes declared in lambdas
P3 JDK-8224031 Cannot parse switch expressions after type cast
P3 JDK-8215482 check for cycles in type variables can provoke NPE
P3 JDK-8223967 Compiler Support for JEP 355: Text Blocks (Preview)
P3 JDK-8217868 Crash for overlap between source path and patch module path
P3 JDK-8221759 Crash when completing ""
P3 JDK-8226412 Fix command-line help text for javac -target
P3 JDK-8220379 Fix doclint handling of headings
P3 JDK-8220249 fix headings in java.compiler
P3 JDK-8216529 in case of a crash, javac should print out the parameters passed to it
P3 JDK-8217381 Inconvenient errors reported when annotation processor generates source file and errors in the same round
P3 JDK-8207224 Javac compiles source code despite illegal use of unchecked conversions
P3 JDK-8215625 javax/sql/testng/util/ tests compilation failed after JDK-8207224
P3 JDK-8215368 Make Check.checkOverride call diagnosticPositionFor lazily
P3 JDK-8222035 minimal inference context optimization is forcing resolution with incomplete constraints
P3 JDK-8220041 NullPointerException at jdk.compiler/
P3 JDK-8222289 Overhaul logic for reading/writing constant pool entries
P3 JDK-8221264 Refactor and update SourceVersion.latestSupported
P3 JDK-8226441 Update javac man page with info about compilation modes
P3 JDK-8217395 Update langtools shell tests to use ${EXE_SUFFIX}
P3 JDK-8214825 Update preview language features for start of JDK 13
P4 JDK-8217335 Add a script to generate --release data
P4 JDK-8205394 Add source 13 and target 13 to javac
P4 JDK-8220687 Add StandardJavaFileManager.getJavaFileObjectsFromPaths overload
P4 JDK-8220644 Align required/found pairs in diagnostics
P4 JDK-8216403 Allocate fewer EnumSets in JavacFileManager#list
P4 JDK-8224161 Check.checkOverrideClashes n^2 algorithm
P4 JDK-8223654 Clean up @jls references in com.sun.source
P4 JDK-8215366 Code quality improvements in
P4 JDK-8218630 CreateSymbols includes class and module headers unnecessarily.
P4 JDK-8224177 Harden annotation processing framework to irregular behavior from processors
P4 JDK-8201544 Improve javac command line parsing and error reporting
P4 JDK-8214345 infinite recursion while checking super class
P4 JDK-8220018 javac crash when compiling try-catch-finally inside switch expression
P4 JDK-8221413 javac does not recognize variable assigned in switch expression as DA
P4 JDK-8215407 javac should reject class files with bad EnclosingMethod attributes
P4 JDK-8223942 Missing methods in ClientCodeWrapper$WrappedJavaFileManager
P4 JDK-8220633 Optimize CacheFSInfo
P4 JDK-8220792 Performance bottleneck in JavacFileManager.list()
P4 JDK-8217047 Provide a way to inject missing parameter names
P4 JDK-8193277 SimpleFileObject inconsistency between getName and getShortName
P4 JDK-8220632 Suggest recompiling with a larger value of -Xmaxerrs/-Xmaxwarns if diagnostics were suppressed
P4 JDK-8224629 Unnecessary cast in LambdaToMethod
P4 JDK-8220377 Unused field SourceFileObject.flatname
P4 JDK-8220378 Unused Names constants
P4 JDK-8219254 Update explicit uses of latest source/target in langtools tests to a property
P4 JDK-8219256 Update javac diags tests to use properties
P4 JDK-8225532 Update source enums to describe 12 and 13 language features


Priority Bug Summary
P2 JDK-8220702 compiling in the context of an automatic module disallows --add-modules ALL-MODULE-PATH
P2 JDK-8218944 Fix failed for JDK-8218936
P2 JDK-8216170 java.lang.IllegalArgumentException: directories not supported
P2 JDK-8219558 jdk/javadoc tests fail with missing headings: h1
P2 JDK-8224082 NPE in javadoc Reporter
P2 JDK-8217214 Recent new javadoc test needs to be updated
P2 JDK-8222548 Upgrading JDK 13 with the latest available jQuery 3.4.1
P3 JDK-8223733 "Detail" in headings should be "Details"
P3 JDK-8219060 -linksource broken with modules
P3 JDK-8218998 Add metadata to generated API documentation files
P3 JDK-8219958 Automatically load taglets from a jar file
P3 JDK-8223364 Bad placement of anchor relative to header
P3 JDK-8225494 broken link in specs/javadoc/doc-comment-spec.html
P3 JDK-8222669 Create and use new html.Entity class
P3 JDK-8223805 DocCommentParser should allow for
P3 JDK-8219998 Eliminate inherently singleton lists
P3 JDK-8221997 fix headings in jdk.javadoc
P3 JDK-8220497 Improve Javadoc search feature and add test coverage
P3 JDK-8221991 Improve the HTML for the inheritance tree for a type
P3 JDK-8222318 javadoc does not accept valid HTML5 entity names
P3 JDK-8222091 Javadoc does not handle package annotations correctly on
P3 JDK-8202626 javadoc generates broken links to
P3 JDK-8224083 javadoc Reporter generates warning for Kind.NOTE
P3 JDK-8178982 Javadoc search specification
P3 JDK-8219147 Javadoc should expose covariant return type overrides
P3 JDK-8214738 javadoc should honor styles in doc-files
P3 JDK-8221871 javadoc should not set role=region on
P3 JDK-8217034 JavadocTester should check for missing files by default
P3 JDK-8219575 jdk/javadoc/tool/removeOldDoclet/RemoveOldDoclet test fails in mach5
P3 JDK-8221644 jquery directory should be renamed
P3 JDK-8214126 Method signatures not formatted correctly in browser
P3 JDK-8219691 method summary table head should be enclosed in
P3 JDK-8199892 Missing landmarks when generating docs using html sources
P3 JDK-8215516 Move JavadocTester to a named package
P3 JDK-8219801 Pages do not have

P3 JDK-8216319 Refactor JavadocTester to allow more on-by-default checkers; add A11YChecker
P3 JDK-8196720 Remove --no-module-directories option
P3 JDK-8215577 Remove javadoc support for HTML 4.
P3 JDK-8215608 Remove old javadoc features
P3 JDK-8219632 Remove reference to com.sun.javadoc API in RemoveOldDoclet test
P3 JDK-8220087 Remove remnants of HTML4 support
P3 JDK-8215580 Remove support for `--no-module-directories`
P3 JDK-8215599 Remove support for javadoc "frames" mode
P3 JDK-8215584 Remove support for the "old" doclet API in com/sun/javadoc
P3 JDK-8225321 Repeated use of {@systemProperty} in a file causes duplicate ids
P3 JDK-8221709 replace use of style blockListLast
P3 JDK-8221366 Search box tries to search for "Search"
P3 JDK-8219946 Set class on body elements
P3 JDK-8220202 Simplify/standardize method naming for HtmlTree
P3 JDK-8225671 Support HTML 5 character references in javadoc
P3 JDK-8219313 Support module specific stylesheets
P3 JDK-8213354 Support package-specific stylesheets
P3 JDK-8218936 Test fails in Internet environment
P3 JDK-8217773 Test langtools/jdk/javadoc/doclet/testLinkOption/ fails after JDK-8217034
P3 JDK-8219497 Unused parameter in HtmlDocletWriter::printHtmlDocument
P3 JDK-8222526 Use of no longer existing jquery directory in script.js
P4 JDK-8220382 Cleanup doclet instantiation
P4 JDK-8217871 Incorrect parameters in Javadoc documentation
P4 JDK-8171292 Javadoc Search does not support searching for more than one param in method or constructor
P4 JDK-8222395 Refactor the abstract classes of package and module index writer
P4 JDK-8219733 Restore javadoc header styles


Priority Bug Summary
P3 JDK-8184226 Javap -help should provide information about --multi-release option
P3 JDK-8225748 Use SHA-256 for javap classfile checksum
P4 JDK-8216261 Javap ignores default modifier on interfaces


Priority Bug Summary
P3 JDK-8216553 JrtFIleSystemProvider getPath(URI) omits /modules element from file path
P3 JDK-8224946 jrtfs URI to Path and Path to URI conversions are wrong
P3 JDK-8224908 Revert: 8216553: JrtFileSystemProvider getPath(URI) omits /modules element from file path
P4 JDK-8214796 Create a jlink plugin for stripping debug info symbols from native libraries
P4 JDK-8217877 Dead code in jdk.jlink's TaskHelper
P4 JDK-8219142 Remove unused JIMAGE_ResourcePath
P4 JDK-8218913 Rename --strip-debug jlink plugin


Priority Bug Summary
P3 JDK-8201202 JEP-JDK-8200758: Test Plan for JEP 343: Packaging Tool (Incubator)


Priority Bug Summary
P2 JDK-8200701 jdk/jshell/ fails on Windows, after JDK-8198801
P3 JDK-8225151 JShell API: Fix position of @jls tag
P3 JDK-8224184 jshell got IOException at exiting with AIX
P3 JDK-8223782 jshell parser should handle Text Blocks
P3 JDK-8218287 jshell tool: input behavior unstable after 12-ea+24 on Windows
P3 JDK-8199623 JShell: corralling not restored on drop
P3 JDK-8223688 JShell: crash on the instantiation of raw anonymous class
P4 JDK-8223595 Consider updating jdk.jshell module description
P4 JDK-8212167 JShell : Stack trace of exception has wrong line number
P4 JDK-8080353 JShell: Better error message on attempting to add default method
P5 JDK-8159740 JShell: corralled declarations do not have correct source to wrapper mapping


Priority Bug Summary
P3 JDK-8217044 [aix] Launcher still adds old path to jli library to LIBPATH
P3 JDK-8217340 Compilation failed: tools/launcher/
P3 JDK-8221368 Error message when module main class cannot be loaded is missing exception details
P3 JDK-8222334 java -Xss0 triggers StackOverflowError
P3 JDK-8217093 Support extended-length paths in parse_manifest.c on Windows
P4 JDK-8223804 [macos] remove obsoleted reference to security framework in launcher code
P4 JDK-8163363 AArch64: Stack size in tools/launcher/ needs to be adjusted
P4 JDK-8215156 Deprecate the -Xfuture option
P4 JDK-8215009 GCC 8 compilation error in libjli
P4 JDK-8227055 Minor edits to launcher help text
P4 JDK-8218547 Simplify JLI_Open on Windows in native code (libjli)
P4 JDK-8218997 Xusage text, man help, etc doesn't mention -Xlog option.
P5 JDK-8217216 Launcher does not defend itself against LD_LIBRARY_PATH_64 (Solaris)


Priority Bug Summary
P3 JDK-8220254 fix headings in java.xml
P4 JDK-8206132 DOM parser does not honor DocumentBuilderFactory.setExpandEntityReferences(false)


Priority Bug Summary
P3 JDK-8216408 XMLStreamWriter setDefaultNamespace(null) throws NullPointerException


Priority Bug Summary
P4 JDK-8180901 Transformer.reset() resets the state only once


Priority Bug Summary
P3 JDK-8220818 Validator does not find missing match for keyref error


Priority Bug Summary
P2 JDK-8219705 Wrong media-type for a given serialization method
P3 JDK-8219692 DOM and SAX parsers ignore namespace
P3 JDK-8215330 javax.xml.catalog.CatalogResolverImpl: GroupEntry.matchURI fails to match
P3 JDK-8223658 Performance regression of XML.validation in 13-b19
P4 JDK-8187697 Cleanup: irrelevant code in OutputPropertiesFactory
P4 JDK-8223052 Cleanup: NodeSortRecord
P4 JDK-8186321 Cleanup: SourceTreeManager not used
P4 JDK-8214064 Upgrade Xerces2 Java to Version 2.12.0
P4 JDK-8222743 Xerces 2.12.0: DOM Implementation
P4 JDK-8225005 Xerces 2.12.0: License file
P4 JDK-8222415 Xerces 2.12.0: Parsing Configuration
P4 JDK-8222991 Xerces 2.12.0: Validation