Electronic module architecture SW

• Circular buffers : A simple two head and size limited buffer AKA circular/ring buffer
• HashTable : A policy based and highly optimized hash table that also supports an iterative interface
• SizeLimitedQueue : A multithread specialized queue with empty and full events
• Queue : A multithread specialized unlimited size queue with empty events
• Array : A highly optimized plain basic order-keeping array for storing copy constructible and plain old data objects
• IndexList : A highly optimized pointer based order-keeping array for storing any object
• ChainedList : A highly optimized double-linked list
• Algorithms : Search and sort above containers with the most efficient implementation possible

• FIFO/LIFO : An efficient stack class with FIFO or LIFO component
• Bitstream : A bitstream specialized stack that buffers a bitstream and provide a convenient interface to extract bits from it optionally applying processing (decryption) on it.

• UTF-8 String : A very capable UTF-8 specialized String class (with RegEx, Fluent interface, Type conversion, Semantic convertion, etc.)
• Unicode String : A simple wchar_t based string class that can convert to/from UTF-8 string class
• ReadOnly String : A read only class that’s very efficient for parsing with a fluent interface
• StringArrays : A array like interface for strings, with spliting and joinning à la Python.
• BoyerMoore : A text searching class using BoyerMoore/TurboBoyerMoore for unknown text.

• TernarySearchTree : A very efficient string searching tree O(log N) for dictionnaries with approximate searching functions (Levenshtein, Hamming, etc.)
• AVL : A self balanced binary tree where operations are all O(log N)
• NTree : A hierarchical tree with any number of children per node. Used in DOM implementation
• Rtree : A structural tree base for geographical information system storage

1.6.1 Asymmetric algorithms

• RSA : A mathematically correct RSA implementation (no optimizations)
• DSA : A mathematically correct DSA implementation (no optimizations)
• OAEP PKCS : OAEP implementation for padding messages
• OSSL_RSA : RSA implementation that makes use of system’s OpenSSL library
• OSSL_DSA : DSA implementation that makes use of system’s OpenSSL library
• OSSL_RSASign : RSA signature implementation that makes use of system’s OpenSSL library
• OSSL_ECIES : Elliptic curves based asymmetric cryptography using system’s OpenSSL library
• OSSL_ECDSA : Elliptic curve DSA implementation that makes use of system’s OpenSSL library
• OSSL_ECDH : Elliptic curve Diffie Hellman implementation for secret exchange that makes use of system’s OpenSSL library

1.6.2 Symmetric algorithms

• AES : A mathematically correct AES implementation (official code implementation)
• OSSL_AES : An AES primitive using system’s OpenSSL library

1.6.3 Hashing

• Adler32 : Adler32 checksum that also support rolling checksum interface
• CRC16/CRC32 : Classical CRC algorithm
• MD5 : Classical MD5 hashing algorithm
• SHA1/SHA256 : SHA hashing functions (160 bits for SHA1, 256 for SHA256)
• HMAC : A template based HMAC class that can HMAC with any hashing primitive
• KDF/PBKDF1/PBKDF2 : Key derivation functions (password based) that can use any hashing primitive.

1.6.4 Random

• MersenneTwister : A pseudo random generator based on MersenneTwister, collecting true entropy from the Hardware scanner

1.7.1 InputStream Input streams provide an abstracted and common interface to handle all kind of source data

• ForwardInputStream : Used for wrapper streams class
• RangeInputStream : A range limiter input stream
• StdInStream : A stream based on the standard input file descriptor (STDIN)
• LineBasedInputStream : A wrapper that allow reading an input stream line by line
• InputFileStream : An input stream whose source is a file
• InputStringStream : An input stream whose source is a string
• MemoryBlockStream : An input stream made from a pre-allocated memory buffer
• MemoryBufferedInputStream : An input stream wrapper that’s completely reading the given input stream in a memory buffer for caching
• SuccessiveStream : An input stream that’s reading from 2 input streams successively
• Base64InputStream : An input stream that’s decoding Base64 data on the fly
• AESInputStream : An input stream that’s decoding AES encrypted data on the fly
• SocketInputStream : An input stream that’s reading from a socket
• BufferedInputStream : An input stream that’s reading the given input stream block by block
• DecompressInputStream : An input stream that’s decompressing data on the fly

1.7.2 OutputStream Output streams provide an abstracted and common interface to handle all kind of source data

• OutputFileStream : An output stream that writes to a file
• OutputStringStream : An output stream that’s filling a string
• OutputMemStream : An output stream that’s filling a MemoryBlock
• MemoryBlockOutStream : An output stream that’s filling a pre-allocated memory buffer
• MemoryBufferedOutputStream : An output stream wrapper that’s filling a memory buffer and then write to the given output stream
• NullOutputStream : An output stream that just keeps track of the amount written, but does not write anything
• TeeStream : An output stream that duplicate its action on two output streams
• Base64OutputStream : An output stream that’s encoding in Base64 on the fly
• AESOutputStream : An output stream that’s encoding AES encrypted data on the fly
• HashStream : An output stream that’s computing a Hash on the fly while still writing to an output stream
• SocketOutputStream : An output stream that’s writing to a socket
• CompressOutputStream : An output stream that’s compressing data on the fly
• HeaderBodyStream : An output stream based on a memory buffer for an fixed size header and a output stream for data, that allow out-of time write to the header after data is written.

1.8.1 Hilbert Maps : a 2D area to a single variable length 1D coordinate
1.8.2 BoundingBox/FlatRectangles/Point : Basic N-Dimension primitives
1.8.3 Rtree : Efficient geographic specialized storage structure
1.8.4 LongNumber : Unlimited precision number

1.9.1 Config : An automatic persistant configuration value object with transparent interface

1.10.1 Database abstraction : The database implementation is a very innovative system where standard C++ object are used and synchronized automatically in the database
1.10.2 SQLite : A Database driver for SQLite3
1.10.3 MySQL : A Database driver for MySQL
1.10.4 Query based interface : A compile-time based statement construction with automatic prepared statement for safe database usage
1.10.5 Constraints : A constraint based view on database area that automatically sync itself

1.11.1 Date/InternationalData : A common interface for Date parsing, conversion in different calendar, and emitting.
1.11.2 Time/Duration : A common interface for Time parsing, conversion from different timezone (localtime, including time correct DST consistency)
1.11.3 Chrono : A very accurate Chrono
1.11.4 ScopeProfiler : A scope based profiler that allows profiling code per function / per scope with and without accumulation

1.12.1 Thread : A common cross platform thread class with its own local variable support, stack dumping, and many more features
1.12.2 Lock/Event/RWLock : Basic synchronization primitive (shared code section locking, event mechanism, read / write locks)
1.12.3 Atomic classes : Atomic class that makes use of C++ compiler features if available, else defaults to compiler intrinsics, and finally to OS’s functions
1.12.4 Jobs : A job based scheduler that runs in its own thread
1.12.5 AsyncThread : Easy to use asynchronous « call me later » primitive
1.12.6 TimerThread : A best effort time based scheduling thread with callbacks

1.13.1 XML Parser : One of the fastest XML parser around
1.13.2 Xpath : A complete Xpath processing engine
1.13.3 FastExtract : Extract information from XML by compile-time base searching in a XML tree

1.14.1 Common primitives

• BaseAddress/IPV4/IPV6/URL/UDT : Provides a common and class specific interface for Network address manipulation with complete support for routing table querying, ARP, DNS, etc
• BaseSocket/BerkeleySocket/SSLSocket : Provides a common interface for Network socket functions with safe and easy to use interface.
• BaseConnection/Stream/PseudoStream/Datagram : Abstract away differences from the underlying sockets to focus on the application solutions
• Detection : Detect devices on the network either by using UPNP, NATPMP, MulticastDNS, Multicast broadcasting
• NAT : NAT passthrough technics
• Pools Cross platform : pool of sockets polling system that makes use of the best OS primitives

1.14.2 Clients

• HTTP : A HTTP1.0/1.1 compatible client with full feature support, including manual and automatic session management
• AsMuchAsYouCan : A proof of concept read as much as possible client
• Authentication : A authentication based client
• FTP : A FTP client
• PTZ : A pan tilt zoom abstract interface client for IP camera with PTZ functionality
• RTSP/RTP : A real time streaming server compatible client with clean and easy to understand interface
• SMTP : A SMTP client for sending emails
• SDP : A session description protocol compatible client
• MIME : A MIME parsing compatible client
• SOAP : A SOAP compatible client to connect on SOAP services
• Websocket : A websocket compliant client
• OnVIF : OnVIF compliant client
• Fetcher : An abstraction on stream fetching client (can be via HTTP/Multipart, RTSP/RTP, RTPoverRTSP, File, etc…)
• Recorder : An abstraction on stream recording capabilities (to .MP4/.MJPG/.NVF files)

1.14.3 Servers

All servers support both monothread (via polling) and multithread interfaces

• HTTP : A full feature complient HTTP server
• EventHTTP : A event base HTTP server
• Websocket : A websocket capable server that can reuse the client from an EventHTTP servers
• WSDiscovery : A WS-Discovery server that broadcast the service on the network.
• RTSP/RTP : A RTSP compliant server
• SDP : A session description protocol compatible service for RTSP server

1.15.1 HTMLParser : A very fast HTML4 compliant parser that’s converting and fixing bad HTML document to valid XML documents or DOM tree
1.15.2 DOM : A DOM 2.0 compliant interface
1.15.3 XMLSession : A XML processing engine that can simulate user browsing to a given website, posting forms, and extracting data

1.16.1 H264/MPEG4/MJPEG : Demuxer for these codecs used in the streaming clients and servers.
1.16.2 AAC/MP3 : Demuxer for these codecs used in the streaming clients and servers.
1.16.3 MPEG4 layer 2 (file parser) : A MPEG4 archive parser
1.16.4 Bitratestats : Bitrate statistics

1.17.1 Scanner : A scanner for hardware configuration (extract many informations, like monitor EDID, hard drive serial number, etc.)
1.17.2 Platform : A cross platform implementation of platform specific features (like dynamic library loading, etc…)

1.18.1 Base16/Base64/Base85 : An hexadecimal, base64 and Base85 (not compliant with Adobe’s base85 format) encoder and decoder

1.19.1 Info : A very easy to use cross platform file info extractor (like permissions, date & time, content, links count, etc.)
1.19.2 Scanner : A very fast, callback based directory scanner with filtering capabilities
1.19.3 DirectoryIteractor : An iterator for enumerating files in a directory
1.19.4 Async/Stream/Pool : A block and asynchronous file reading and writing classes with pool capabilities
1.19.5 Metadata extractor : A file metadata extractor that can be combined with FFMPEG to get additional information about files

1.20.1 Zip : A zip capable archive creation and decompression class
1.20.2 PDF : A PDF object reader format
1.20.3 EPUB : An EPUB file reader class

1.21.1 JPEG : An optimized for size JPEG decoder
1.21.2 PNG : An optimized for size PNG decoder and encoder
1.22.3 PPM/PBM/PGM : A Netpbm decoder and encoder
1.22.4 Image : A very simple and fast Image processing class
1.22.5 Colour : A multiple colourspace capable colour processing class

1.22.1 Console : An implementation of the logger interface for console based logging
1.22.2 File : File bases logging
1.22.3 Structure file : File based logging with structure so it can be searched easily
1.22.4 Debug : A debug console based logging

1.23.1 Constant : A template based unit system for compiletime checked mathematical and physical equations
1.23.2 Units : A template based unit system for compiletime checked mathematical and physical equations
1.23.3 Value : A template based unit system for compiletime checked mathematical and physical equations
1.23.4 Expression : A mathematical expression parser with scope definable functions
1.23.5 Variant : A true type safe variant class with elegant heap/stack storage based on the stored type
1.23.6 JSON : A JSON compliant parser and writer
1.23.7 DynObj : A dynamic object class with an elegant interface that allows runtime based code modification
1.23.8 UUID : A UUID compliant parsing class
1.23.9 UniversalTypeIdentifier : A registry for type to allow dynamic type conversion based on pseudo XML implementation

1.24.1 Licensing / DigitialRightManagement : A DRM implementation algorithm

1.25.1 MemoryBlock : A memory block class that handles encoding, growing, shrinking, etc.
1.25.2 ScopePtr : A scope based pointer class
1.25.3 OwnPtr : A owned modifiable pointer class
1.25.4 RefPtr : A reference counter pointer class (deprecated)
1.25.5 Dump : A hexadecimal dumper for debugging

1.26.1 breakUnderDebugger : A simple break under debugger function if running the code under a debugger
1.26.2 Callstack dump : A callstack dumping feature
1.26.3 TypeOf : Return a textual representation of a type available even when compiled without RTTI
1.26.4 Assert / CompileTimeAssert : Runtime and compiletime based assertions checking

1.27.1 Calendars : Many different calendar supports for date and time conversion
1.27.2 Translate : A very optimized translation macro and function for string conversion based on external file resource

1.28.1 UnitTest : A very simple testing mechanism for all the features described above
1.28.2 False : A compile-time based file and line capture for Test failing
1.28.3 MakeUnitTest : A convenient macro for automatically generating test vectors based on compilation flags