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these should be put by the user in his/her global or repository-specific
ignore patterns
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init_priority attribute
* we cannot use weak symbols in MinGW, so we avoid init_priority for symbol
initialization by compiling the empty definitions into
sciteco-minimal but the real ones into sciteco
(had to add new file symbols-minimal.cpp)
* this fixes compilation/linking on LLVM Clang AND Dragonegg
since their init_priority attribute is broken!
this will likely be fixed in the near future but broken versions
will be around for some time
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tables using htbl.tes preprocessor
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* will be useful for Windows builds since Windows users usally do not have
a man-page formatter/reader
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* the language reference is a manually written man-page template
* containing special references for generated documentation (\#$...)
* SciTECO script generate-docs.tes extracts TECO comments (/*$ ... */)
from all source files and transforms them to Troff requests that are
inserted into the document template.
* TECO doc comments are a rather sophisticated markup:
* first part until empty line is called header: simplified command syntax descriptions
* the rest is called body: <identifier> is automatically underlined,
empty lines generate new paragraphs, lines beginning with "-" or numbers
denote an indented unordered or numbered list item.
* regular Troff requests/macros can be used for more sophisticated markup
* since Autoconf substitutions are performed on the generated man-page,
@VARIABLEs@ may be used in doc comments as well
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* solely for generating developer docs
* disabled by default even if Doxygen is installed
* Doxygen comments are not used currently
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* pkg-config LIBS should be added to $LIBS so that link order is correct
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later there will be much more documentation
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terminal color definitions
* lexer config is now in separate file installed into the package data dir,
so it can be excluded from the teco.ini template.
* teco.ini is generated so it can load an installed lexer.tes as ED hook
(can still be dropped into the user's home and will work immediately)
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language and commands will be described in separate documents
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* symbols are extracted from C header files by a TECO macro
* macro is executed using a "minimal" version of SciTECO that does not include symbols (uses gcc's weak symbols)
* the generated C++ code contains the symbol-name-to-define mapping as a constant sorted array and initializes the appropriate SymbolList object
* a symbol lookup is super fast using a simple binary search in the symbol lists
* except for object initialization, no there's no overhead for keeping the symbol lists!
* build process is complicated by introduction of bootstrapping via sciteco-minimal
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* <TAB> autocompletion only in specified states
* GtkInfoPopup widget to display possible completions, written using Gob2
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