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Jau Support Library (C++, Java, ...)

Original main document location.

Changes

1.3.2

  • Increased C++20 validation
  • Increased pedantic C++ settings across compiler and clangd
  • Better clangd/cland-tidy integration
  • Misc fixes, added VersionNumber (w/ git describe parsing)

1.3.1

  • clang-18 fixes

1.3.0

  • WebAssembly / Emscripten fixes
  • Better cmake build support with presets and clangd setup
    • Works well with Eclipse CDT-LSP (and all client projects)
  • Misc. math function fixes
  • Misc. API renames, i.e. free enum types to be lower-case with _t ending.
    • Classes may use CamelCase
  • TODO: Code test coverage test

1.2.0

  • Last C++17 release, moving to C++20 as minimum requirement because
    • Moving metaprogramming to C++20 concepts and constrains
      • SFINAE and its utilization in type_traits for C++ metaprogramming are great
      • C++20 constaints add an easier to read and code alternative using the same idea
      • C++20 concepts declare a set of C++20 constrains and can be reused, guarantees of same concept
      • C++ Named Requirements are defined as concepts next to type traits counterpart
      • Hence moving step by step to C++20 concepts helps with maintainability
    • Lack of C++17 constexpr completeness in the STL (e.g. std::string)
    • Used compiler gcc and clang have matured enough for C++20 in 2024
  • Added
    • jau::os Operation system support (OS and user information complementing jau::cpu, dynamic library handling, ..)
    • jau::math (mostly linear algebra for graphics etc)
    • jau::mp (BigInt) multi-precision for cryptograpy etc
    • Constant time (CT) functionality for cryptography etc
    • Misc jau::fs fixes (visitor, dir_item)
  • Fixes
    • clang-16 toolchain and gcc 12.2 fixes using C++20

1.1.1

  • Fixes
    • jau::io::ByteInStream_[URL|Feed] utilize blocking read-operations w/o knowledge of content-size until producer (curl consumer, manual feeder) signals EOS, see ringbuffer changes.
  • Features
    • jau::ringbuffer: Add 'End of Stream' (EOS) concept to unblock all read-operations from this point onwards and unblocking a potentially currently blocked reader thread.

1.1.0

  • Fixes
    • JNI: Java_org_jau_sys_Clock_get[Monotonic|WallClock]TimeImpl(): Avoid GetPrimitiveArrayCritical(), which occasionally hangs on system call ::clock_gettime()
    • JNI: Consolidate static and dynamic OnLoad for jaulib_jni_jni, static variant also requires to cache the JavaVM ref
  • API Change
    • jau::ringbuffer: Add nodiscard attribute for put, get, peek and waitFor methods; Add overloads w/ result param 'timeout_occured' for all blocking methods.
    • jau::io::ByteInStream_Feed::write() returns boolean denoting success w/ nodiscard attribute, failure due to timeout etc causing !good()
    • jau::io::ByteInStream*: Remove redundant end_of_data(), use !good() instead.
  • Misc
    • jau::io::ByteInStream_Feed::write(): Added explicit timeout value write method.
    • jau::io::ByteInStream_[URL|Feed]: Consider timeout_occured in ringbuffer operation and check good() in available() upfront

1.0.1

  • C++20 clean
  • Fix certain C++17 and C++20 compiler and clang-tidy warnings

1.0.0

  • First stable release
    • Added and passed clang-tidy diagnostics
      • Fixed multiple issues revealed by review
      • fraction_type divison by zero
      • explicitly abort on heap alloc failure, maintaining noexcept
      • performance and API cleansiness
    • Added IDE vscode (vscodium) multi root-workspace config

0.18.0

  • Add support for Alpine Linux using musl C library
  • API changes:
    • Unique lower-case Un-Mountflags w/o prefix in
      • C++ jau::fs::[u]mountflags_linux: Also use 'enum class'
      • Java jau.fs.linux.[Unm|M]outFlags
  • Passed platforms testing:
    • Debian 11
    • Debian 12
      • gcc 12.2.0
      • clang 14.0.6
    • Ubuntu 22.04
    • FreeBSD 13.1
    • Alpine Linux 3.16

0.17.1

  • functional: Refinements ..
    • Hide delegate_t union details using a non-anonymous type.
    • Rename function<R(A...)>::delegate_t_ to function<R(A...)>::delegate_type
    • Add ylambda example using function<R(A...)>::delegate_type instead of auto
    • Fix link to example

0.17.0

  • functional: Added ylambda_target_t, a Y combinator and Deducing this implementation for lambda closures usable for recursive algorithms.
  • functional: Revised implementation using static polymorphism.
    • Deep copy of target function detail
      • Works with mutable lambda states, i.e. mutating a field (by-copy captured)
    • 14-25% less memory footprint
    • Performance gain on linux-arm64, Raspberry Pi 4 Model B Rev 1.4
      • 19% using plain and capturing lambdas
      • 27% using member functions
    • No significant performance gain on linux-amd64, AMD Ryzen 9 3950X 16-Core
    • See commit f1059912dfd633cf90d14b688b1cc3f225a434f5

0.16.3

  • functional: Add general lambda support incl. captures, revise API doc, have native target function size accessible

0.16.2

  • Fix jau::service_runner::start(): Case set_shall_stop() occurs fast by worker callback -> infinite loop.
  • jau::function<R(A...)>
    • add fast path target_t::delegate_t invocation
    • add function ctor for all type, incl. non-capturing lambda assignment
    • add performance tests

0.16.0

  • jau::FunctionDef<> -> jau::function<R(A...)>
    • from FunctionDef<R, A1, A2> -> function<R(A1, A2)>
    • support for void return type
    • header file renamed function_def.hpp -> functional.hpp
    • C++ naming scheme

0.15.0

  • Add jau::codec::base and org.jau.util.BaseCodec for variable integer base coding and fixed binary base 64 coding.
  • Complete full jau::fs::mount() and umount():
    • mount() for block devices etc (non loop-device image)
    • umount() of mount-point
    • MountFlags and UnmountFlags detailed for GNU/Linux
    • Java binding and a manual unit test with TestsudoFileUtils02.
  • ByteInStream_URL available() and read() await url_header_sync for m_content_size and blocks at read if available
    • ByteInStream_Feed::read() blocks as well with known m_content_size, but has no url_header_sync mechanism
  • Introduce url_header_sync object, used for async read_url_stream() and hence ByteInStream_URL
  • ringbuffer: Add write interrupt, close() interrupting r/w ops, check capacity upfront for r/w ops
  • ByteInStream_{SecMemor, File}, ByteOutStream_File: Set iostate::eofbit at close(), ensure ending potential loops
  • FileStats (java): Expose ctor using DirItem for efficiency
  • Add [[nodiscard]] to Byte{In,Out}Stream read(), peek(), write() interface and all specializations, refine single byte API.
  • Add ByteOutStream and ByteOutStream_File POSIX 'fd' implementation
  • io_util/byte_stream: Decouple from Botan, add iostate and new Byte*Stream* super iostate_func class for std::basic_ios's iostate functionality
  • Add jau::io::read_stream() with double-buffered reading to ensure last consumer_fn() call gets is_final set if next buffer has eof() w/ zero bytes
  • jau::io::ByteInStream_File: Replace std::ifstream for file-descriptor (fd) POSIX layer to support dirfd and plain fd operations
  • jau::fs::file_stats: Support new fmode_t types sock, blk, chr and fifo, move fd from type -> attribute, support sole file_stats(fd) ctor,
  • Add jau::fs::traverse_options::lexicographical_order as required when computing an order dependent outcome like a hash value
  • Add jau::fs::copy_option::into_existing_dir: Copy source dir content into an already existing destination directory as if destination directory did not exist
  • Add support for FreeBSD
    • Build clean and passes all tests.
    • Motivation: Have one more target system for POSIX and clang validation.
  • Add support for (named) file descriptor: jau::fs::file_stat and jau::io::ByteInStream_File
    • sub-project pipe dreams for cipherpack.
    • allow stream-processing via pipes (e.g. stdin/stdout)
  • Resolve OpenJDK segmentation fault running via qemu binfmt_misc armhf or aarch64 on x86_64 host (cross build and test)
  • copy_options::ignore_symlink_errors: Also ignore symlinks if not supported by target filesystem if not using follow_symlinks (e.g.: vfat target)
  • fraction_timespec::to_iso8601_string(), file_stats::to_string(): Drop use_space parameter and print UTC ISO8601 w/ nanoseconds if not zero
  • Fix fraction_timespec::normalize()
  • Add jau::fs::rename() (C++) / FileUtil.rename() (Java)
  • Data-Race-Free (DRF) or transaction safe jau::fs::visit(), copy() and remove(): Use dirfd openat() etc operations and temp-dir for newly dirs (copy) ..
  • Add cpuid.hpp (SysUtils), namespace jau::cpu: Query cpu_family and arm/aarch64 hwcaps using glibc/Linux 'getauxval()' (todo: x86, x86_64 via cpuid)

0.14.0

  • Java org.jau.sys.Clock: Add Instant get[Monotonic|Wallclock]Time() and wallClockSeconds()
    • matching C++ lib using Java Instant for C++ fraction_timespec
  • Add java mapping of jau::fs::* operations
    • get_cwd(), basename(), dirname(), compare(), mkdir(), touch(), get_dir_content()
    • visit() with path_visitor -> PathVisitor and traverse_options -> TraverserOptions
    • copy() with copy_options -> CopyOptions
    • remove() with traverse_options -> TraverseOptions
    • mount_image() and umount()
    • Copied test_fileutils01.cpp to TestFileUtils01.java and testsudo_fileutils02.cpp to TestsudoFileUtils02.java.
  • Have jau.pkg.PlatformRuntime load tool library jaulib as well, resolving dependencies for self-testing.
  • Add java mapping of jau::io::ByteInStream for file, URL and feed for general use
    • org.jau.io.ByteInStream, org.jau.io.ByteInStream_File, org.jau.io.ByteInStream_URL, org.jau.io.ByteInStream_Feed
    • Mapped jau::io::to_ByteInStream() to org.jau.io.ByteInStreamUtil.to_ByteInStream()
    • Mapped jau::io::uri_tk to org.jau.io.UriTk
    • Added java unit test TestByteStream01 covering above, same as native test_bytestream01
  • Add jau::fs::mount_image() and umount()
    • mount_image() is currently only supported on Linux
    • Enable testing on Linux via -DTEST_WITH_SUDO=ON as it requires root permissions.
    • Require to be called as user with capabilities cap_sys_admin,cap_setuid,cap_setgid+eip or as root via sudo
    • Uses fork() to have child-process seteuid(0) if not already for loop-control and mount only.
  • Update Catch2 to v3.0.1, generated 2022-05-17 and adopt build and tests
  • Use libcurl optional, enable via cmake option -DUSE_LIBCURL=ON and remove dependencies if unused.
  • libunwind default is disabled (must be explicitly enabled via -DUSE_LIBUNWIND=ON)
  • Fix issues with gcc 9.4 used on Ubuntu 20.04
  • file_util, namespace jau::fs
    • file_stats fully maps symbolic links via link_target() and exposing stored link_target_path()
    • dir_item reduces . and .. in given path, drop taking splitted dirname and basename arguments
    • fmode_{bits->t}: Add full POSIX protection bit support
    • file_stats: Use statx() or { lstat64() and stat64() }, maintain retrieved field_t, contain the linked-target as std::shared_ptr<file_stats>.
    • Add dirname() and basename()
    • Add fmode_t POSIX protection bits to mkdir() and touch()
    • Add traverse_event as path_visitor() argument and traverse_options - both supporting visit(); remove() uses traverse_options
    • Add jau::fs::copy() with [recursive, follow_symlinks, overwrite, preserve_all, sync] copy_options, using visit()
  • Move JavaVM Group to namespace jau::jni
  • Security
    • ringbuffer<T>: Add clear() argument bool zeromem=false, allowing to explicitly zero memory if used w/o sec_mem
    • ByteInStream_URL, ByteInStream_Feed: Zero ringbuffer at close()/dtor() to be on par with ByteInStream_SecMemory and ByteInStream_File + secure_vector<T> usage.
    • Add secure_string typedef along with secure_vector using ::explicit_bzero() jau::callocator_sec<T>
  • Add jau::io::uri_tk to Group IOUtils

0.13.0

  • string_util.hpp: Add jau::to_string() support for std::string and std::string_view as well as for std::vector<T> lists
  • Add namespace jau::io::uri_tk, limited URI scheme functionality to query whether implementation may handle the protocol.
    • Query libcurl supported protocols at runtime
    • Test for local file protocol
    • Test whether protocol in given uri is supported by libcurl
  • jau::io::read_url_stream(), sync and async, return immediately if protocol in given url is not supportet
    • async variant returns std::unique_ptr<std::thread>, where a nullptr is used for no support
  • jau::io::ByteInStream_File recognizes the local file protocol and cuts off file:// is used.
    • Fix: Recognition of a non-existing path, unaccessbile path or non-file case properly
  • jau::io::ByteInStream_URL recognizes a non supported protocol via async jau::io::read_url_stream().
  • Added convenient jau::io::std::unique_ptr<ByteInStream> to_ByteInStream()
    • Returning either a jau::io::ByteInStream_File, jau::io::ByteInStream_URL or nullptr if path_or_url is not supported
  • Make Java class org.jau.ney.Uri standalone, drop dependencies for easier reusage.

0.12.0

  • Minor changes
  • JNI: Add helper functions
    • convert_jlist_string_to_vector() and convert_vector_string_to_jarraylist()
    • getObjectFieldValue(), getStringFieldValue() and getLongFieldValue()
  • Fix ByteInStream_[URL|Feed]::close(): Only change m_result if still NONE, then write SUCCESS (close success, no error)

0.11.1

  • interruptReader() has been exposed as ByteInStream_Feed::interruptReader() and called in ByteInStream_Feed::set_eof()
  • io::read_url_stream: Properly handle content_length and be responsive on errors
    • Fix content_length (-1 == unknown)
    • Add consume_header w/ response_code for errors >= 400 calls buffer.interruptReader()
    • interruptReader() calls have been added in synchronous- and asynchronous read_url_stream() functions on error
  • ringbuffer: Add interruptReader() if intended to abort writing and to interrupt the reader thread's potentially blocked read-access call

0.11.0

  • Add byte_stream.hpp and io_util.hpp from Elevator project for generic use
    • This adds build dependency to curl library and test dependency to mini-httpd, both not needed if unused.
    • Added unit tests for both, test_bytestream01 and test_iostream01
    • Add IOUtils Module/Group
  • fs::file_stats: Retrieve symlink data and have fmode_bits::LINK additionally set; Add follow_sym_link_dirs param to visit() and remove()
  • Add fs::get_cwd()
  • Add callocator_sec<T>
  • FunctionDef: Complete documentation, refine names

0.10.1

  • Add file_util.hpp: File Utilities for platform agnostic C++ handling of file stats and directory traversal, etc.
  • fraction_timespec: Add notion of 'struct timespec' year 2038 issue, to_timespec() conversion, to_iso8601_string()

0.10.0

  • Add jau::latch::count_up() to jau::latch, allowing to dynamically add events to required to complete
  • Fix jau::call_on_release: Skip calling release_func if resource has been marked orderly released, avoid use after free.
  • Add root_environment::is_terminating()
  • Robustness of JNI
    • Use std::shared_ptr<T> instead of a naked pointer for sane lifcycle, see new shared_ptr_ref<T>.
    • JNIGlobalRef: Make all operations atomic and fix copy ctor JNIGlobalRef/JavaGlobalObj
    • JavaGlobalObj::dtor needs to acquire JNIGlobalRef lock for atomic mNotifyDeleted deleter call (C++ -> java)
    • Remove unused JavaAnon/JavaUplink/JNIGlobalRef's `clear(), having leak potential
    • Have derivations use override for virtual superclass, marking a requirement
  • Move all of jni_mem into namespace jau

0.9.3

  • Group all functionality in modules: Algorithms, ByteUtils, CppLang, Concurrency, DataStructs, Floats, Fractions, FunctionPtr, Integrals, JavaJVM, NetUtils, StringUtils
  • Add getMonotonicTime() & getWallClockTime(), returning fraction_timespec
  • Add sleep_for(), sleep_until() and wait_for() & wait_until() using fraction, fraction_timespec, as well as choice over clock type.
  • Introduce new types: fraction, fraction_timespec; its constants & literals as well adoption in latch, ringbuffer, service_runner and simple_timer.
  • int_math.hpp: Add Integer overflow aware arithmetic, use Integer Overflow Builtins if available (GCC + Clang)
  • Refine sign(), invert_sign(), abs() and digits10() template funcs: Better type and signed/unsigned variant for invert_sign() and abs()
  • Add stdint literals in namespace jau::int_literals, e.g. 3_i64 for (int64_t)3 for all stdint signed and unsigned 8-64 bit wide types
  • Always add libatomic (will be required for new fraction)

0.8.6

  • Enhance service_runner and fix simple_timer, i.e. end waiting if stopped
  • Disable libunwind on armhf/arm32 for stability, see USE_LIBUNWIND cmake variable above
  • OpenJDK 17 compatible w/o warnings, use if available via build scripts.

0.8.0

  • Enhance service_runner: fix using service_shutdown_timeout_ms(), add join(), remove service_end_post_notify (leak),
  • Add simple_timer: A simple timer for timeout and interval applications, using one dedicated service_runner thread per instance.
  • Fix EUI48[Sub] ctor with byte-ptr: Don't swap if given byte_order == endian::native, we store in native order
  • uint[128,192,256]_t: Add ctor with given byte array in native byte order, useful for const initialization
  • SIGSEGV workaround in jau::get_backtrace(..) of libunwind [1.3 - 1.6.2]'s unw_step(..) using g++ 10.2.1 aarch64: Disable Optimization

0.7.12

  • git version info: Added post-tag: VERSION_COMMITS and VERSION_SHA1_SHORT. VERSION_LONG reflects post-tag and dirty. Added mapping to project version var-names.

0.7.11

  • Add Java/C++ hexStringBytes(..); Fix Java's bytesHexString(..) path !lsbFirst; Add unit tests
  • Fixes for clang++ 11.0.1-2
  • Added jau::service_runner, a reusable dedicated thread performing custom user services.
  • Fix jau::ringbuffer (conditional variable lock)
  • Fix jau::latch (conditional variable lock) and test_latch01.cpp

0.7.3

  • Add to_string(const ordered_atomic<>&), allowing to skip manual '.load()' using jau::to_string() etc.
  • Add jau::latch
  • ringbuffer: Remove locking mutex before notify_all, avoid re-block of notified wait() threads.

0.7.2

  • Add helper_jni: checkAndGetObject(..)
  • Refine API doc and add build-doc.sh helper script etc

0.7.0

  • ringbuffer: Add notion of operating threading mode for more efficancy:
    • One producer-thread and one consumer-thread (default)
    • Multiple producer-threads and multiple consumer-threads See getMultiPCEnabled() and setMultiPCEnabled()
  • ringbuffer API change: Drop whole NullValue angle, simplifying.
    • Drop Value_type [get|peek]*(), use bool [get|peek]*(Value_type&) instead
    • Drop NullValue_type template type param and NullValue_type ctor argument.
    • Simplifies and unifies single and multi get and put, as well as testing (motivation).
    • Adding multi-threading tests w/ value checks in test_lfringbuffer_a.hpp for test_lfringbuffer[01-04]
  • ringbuffer: Drop use_memset non-type template param, simply use use_memcpy having same semantics of TriviallyCopyable.
  • darray: Refine API doc for use_memmove using TriviallyCopyable and Trivial destructor ...

0.6.1

  • TOctets: Add convenient memmove, memset and bzero methods; Ensure all memory ops are either std:: or global namespace ::

0.6.0

  • Bump minor version due to API change (darray, cow_darray and ringbuffer)
  • Add darray and cow_darray initializer list construction using move-semantics, instead of copy-semantics (std::initializer_list).
  • Fix cow_darray::push_back( InputIt first, InputIt last ): On storage growth path, push_back must happen on new storage.
  • Revised Non-Type Template Parameter (NTTP) of darray, cow_darray and ringbuffer
    • Dropped use_realloc, as it is fully deducted
    • Renamed sec_mem to use_secmem
    • Enable type traits in user Value_type to deduce use_memmove and use_secmem
    • Ringbuffer also uses darray's NTTP use_memmove and use_secmem
  • Ringbuffer uses placement-new for better efficacy (dropped C++ array default init)
  • Use explicit constexpr if: darray, ringbuffer, endian conversion [le|be|cpu]_to_[le|be|cpu]() and bit_cast().
  • POctet: Add explicit copy-ctor with given capacity and add TROOctets default ctor
  • EUI48[Sub] C++/Java and POctets: Better API doc re byte order

0.5.0

  • Bump minor version due to API change
  • EUI48Sub: Add required endian conversion for byte stream ctor (C++ and Java)
  • EUI48[Sub]: Add endian awareness, also fixes indexOf() semantics (C++ and Java)
  • Octets: Enhance API doc
  • Octets/ringbuffer: Use std method names for sizes
  • Octets: Expose endian awareness, pass either endian::little or endian::big at ctor
  • darray: Support immutable type, i.e. 'const Type'

0.4.7

  • Add uuid_t::equivalent(..) method fo relaxed comparison on different uuid_t types
  • Added uuid_t::getTypeSizeString()
  • Fix jau::get_backtrace(..) and adjusted ERR_PRINT and ABORT

0.4.3

  • Moved EUI48, EUI48Sub (C++/Java) and uuid_t, Octets (C++) from Direct-BT for general use.

0.4.1

  • ringbuffer: Added block access, fast-path for integral types, bool get*(Value_type& v), ..
  • ringbuffer: Special NullValue_type template type and value (ctor) handling
  • ringbuffer: Add 'Size_type waitForElements(..)' and fix 'Size_type waitForFreeSlots(..)'
  • ringbuffer: get() and getBlocking() takes size of dest buffer and minimum count to wait for, return received elements.
  • ringbuffer: syncWrite and syncRead member semantic cleanup,
  • Added uint64_t getWallClockSeconds()

0.3.0

  • Consolidate conversion to hex and decimal string: to_hexstring(Type) and to_decstring(Type), dropped <type>[Hex|Dec]String(..)
  • All get/set functions are exposed as overloaded templates [get|put]_value(..), so is to_hex_string(..).
  • All byte-order conversion and get/set functions are of 'constexpr' now.
  • Add constexpr 'enum class endian', 'pointer_cast()' and 'bit_cast()'.
  • Offering JaulibSetup.cmake for parent projects for aligned setup.
  • Java: Working JNI-Lib bootstraping w/ fat-jar. Passing all unit tests.
  • Java: Generating jar and source-zip packages (normal + fat); Enable full junit testing.
  • Finalized jau::cow_darray and its iterator API. All write API entries were added to the mutable iterator.
  • Introduce jau::callocator for jau::darray to support realloc instead of alloc, copy and dtor
  • Passed gcc-10, gcc-11, clang-9 and clang-11
  • Passed detailed cow_iterator test.
  • jau::cow_vector is marked deprecated, as only jau::cow_darray can give certain guarantees using jau::darray
  • jau::cow_vector is aligned to jau::cow_darray and also uses jau::cow_ro_iterator and jau::cow_rw_iterator
  • Added jau::darray and jau::cow_darray (using jau::cow_ro_iterator and jau::cow_rw_iterator)
  • Test: Using imported Catch2 (v3-devel) for C++ unit testing
  • Reduced ringbuffer to single implementation, adding move-operations
  • Added basic_types.hpp: 'to_decimal_string(..)' implementing DecString() inlines.
  • Use nsize_t and snsize_t where appropriate for smaller footprint
  • Have ringbuffer's Size_type parameterized
  • Bugfixes and added cow_array

0.2.1

  • Added cow_vector and sc_atomic_critical
  • Passed GCC all warnings, compile clean
  • Passed GCC sanitizer runtime checks
  • Passed valgrind's memcheck, helgrind and drd validating no memory leak nor data race or deadlock using dbt_scanner10
  • Added native de-mangled backtrace support using libunwind and and abi::__cxa_demangle

0.1.0

  • Extraction from Direct-BT