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2020-05-13New lint target using clang-tidy.John MacFarlane
2020-05-13CI: Another attempt to add clang-tidy.John MacFarlane
2020-05-13Remove appveyor build.John MacFarlane
2020-05-13CI: change shared to cmark_opts in matrix, add linter.John MacFarlane
2020-05-13CI: test with different shared library configs.John MacFarlane
2020-05-13CI: try setting CPP in matrix.John MacFarlane
2020-05-13Fix syntax for matrix.John MacFarlane
2020-05-13Linux CI: use both gcc and clang.John MacFarlane
2020-05-13Add .gitattributes to ensure that line endings are normalized.John MacFarlane
2020-05-12Windows CI: ensure UTF-8.John MacFarlane
2020-05-12Revert "spec_tests.py: ignore line endings on diff."John MacFarlane
This reverts commit 54c990d17385156958556d86feca0c6e24da94e7.
2020-05-12spec_tests.py: ignore line endings on diff.John MacFarlane
2020-05-12Revert "spec_tests.py: don't keep line endings (for windows CI)."John MacFarlane
This reverts commit abc45c57d368383eb05ca5fbb79d33b0370b419c.
2020-05-12spec_tests.py: don't keep line endings (for windows CI).John MacFarlane
2020-05-12Add CI badge.John MacFarlane
2020-05-12Windows CI: try installing msvc tools.John MacFarlane
2020-05-12Revert "Revert "CI: avoid using nmake.bat.""John MacFarlane
This reverts commit 745b877835fed47e06daa3295aaf86312867f6f1.
2020-05-12Windows CI: specify cmd shell.John MacFarlane
2020-05-12Revert "CI: avoid using nmake.bat."John MacFarlane
This reverts commit c5732b26bb4d98cbec9de48cefad480cb880eb45.
2020-05-12CI: avoid using nmake.bat.John MacFarlane
2020-05-12CI: install valgrind for linux.John MacFarlane
2020-05-12Fix CI.John MacFarlane
2020-05-12Diagnostic for CI.John MacFarlane
2020-05-12Revert "Setup python."John MacFarlane
This reverts commit 9f760cefdee9dbc18e6294d78d139b629062fad7.
2020-05-12Setup python.John MacFarlane
2020-05-12Add GitHub actions CI.John MacFarlane
2020-05-12Update to Unicode 13.0data-man
2020-03-20Add uninstall target to Makefile.John MacFarlane
2020-03-19Adding CIFuzzLeo Neat
2020-03-03Skip UTF-8 BOM if present at beginning of buffer.John MacFarlane
Closes #334.
2020-02-16Add casts for MSVC10.John MacFarlane
This is kivikakk's commit 62166fe3b6b07068ed4c4207113e3c4b060ad4a8 in cmark-gfm.
2020-02-16Fix #220 (hash collisions for references).John MacFarlane
This commit ports Vicent Marti's fix in cmark-gfm. (384cc9db4cd7a90f59c0751e58eb7b3023d38b85) His commit message follows: As explained on the previous commit, it is trivial to DoS the CMark parser by generating a document where all the link reference names hash to the same bucket in the hash table. This will cause the lookup process for each reference to take linear time on the amount of references in the document, and with enough link references to lookup, the end result is a pathological O(N^2) that causes medium-sized documents to finish parsing in 5+ minutes. To avoid this issue, we propose the present commit. Based on the fact that all reference lookup/resolution in a Markdown document is always performed as a last step during the parse process, we've reimplemented reference storage as follows: 1. New references are always inserted at the end of a linked list. This is an O(1) operation, and does not check whether an existing (duplicate) reference with the same label already exists in the document. 2. Upon the first call to `cmark_reference_lookup` (when it is expected that no further references will be added to the reference map), the linked list of references is written into a fixed-size array. 3. The fixed size array can then be efficiently sorted in-place in O(n log n). This operation only happens once. We perform this sort in a _stable_ manner to ensure that the earliest link reference in the document always has preference, as the spec dictates. To accomplish this, every reference is tagged with a generation number when initially inserted in the linked list. 4. The sorted array is then compacted in O(n). Since it was sorted in a stable way, the first reference for each label is preserved and the duplicates are removed, matching the spec. 5. We can now simply perform a binary search for the current `cmark_reference_lookup` query in O(log n). Any further lookup calls will also be O(log n), since the sorted references table only needs to be generated once. The resulting implementation is notably simple (as it uses standard library builtins `qsort` and `bsearch`), whilst performing better than the fixed size hash table in documents that have a high number of references and never becoming pathological regardless of the input.
2020-02-16Add pathological test for reference collisions (see #220).John MacFarlane
This is taken from GitHub's fix: https://github.com/github/cmark-gfm/commit/66a0836dc91e1653f7931e1218446664493da520
2020-02-11Update date on cmark.1.John MacFarlane
2020-02-11cmark.1 - Document --unsafe instead of --safe.John MacFarlane
Closes #332.
2020-02-11cmark.1: remove docs for `--normalize` which no longer exists.John MacFarlane
See #332
2020-02-09Add cmark_get_default_mem_allocator().John MacFarlane
API change: This adds a new exported function in cmark.h. Closes #330.
2020-01-25Fix URL check in is_autolinkNick Wellnhofer
In a recent commit, the check was changed to strcmp, but we really have to use strncmp.
2020-01-25Fix null pointer deref in is_autolinkNick Wellnhofer
Introduced by a recent commit. Found by OSS-Fuzz.
2020-01-24build: substitute the path into the generate filesSaleem Abdulrasool
This resorts to the variable substitution to ensure the path embedded is correct. Without this, the path at the time of the configuration. In the case of the Swift project, this ended up searching in the *source* directory rather than the *build* directory. This will ensure that we export the file to an absolute location and we use the same location in the `cmarkConfig.cmake` file by means of CMake's `configure_file` subsitution.
2020-01-23build: use absolute path for cmarkTargets.cmakeSaleem Abdulrasool
Adjust the include of the CMake file to use a cmarkConfig.cmake relative location which enables use without considerations for the path.
2020-01-23Rearrange struct cmark_nodeNick Wellnhofer
Introduce multi-purpose data/len members in struct cmark_node. This is mainly used to store literal text for inlines, code and HTML blocks. Move the content strbuf for blocks from cmark_node to cmark_parser. When finalizing nodes that allow inlines (paragraphs and headings), detach the strbuf and store the block content in the node's data/len members. Free the block content after processing inlines. Reduces size of struct cmark_node by 8 bytes.
2020-01-23Improve packing of struct cmark_listNick Wellnhofer
Allows to reduce size of struct cmark_node later.
2020-01-23Use C string instead of chunk in rendererNick Wellnhofer
Fix another place where an "allocated" cmark_chunk was used.
2020-01-23Use C string instead of chunk for literal textNick Wellnhofer
Use zero-terminated C strings and a separate length field instead of cmark_chunks. Literal inline text will now be copied from the parent block's content buffer, slowing the benchmark down by 10-15%. The node struct never references memory of other nodes now, fixing #309. Node accessors don't have to check for delayed creation of C strings, so parsing and iterating all literals using the public API should actually be faster than before.
2020-01-23Use C string instead of chunk for custom block contentsNick Wellnhofer
Reduces size of struct cmark_node by 8 bytes.
2020-01-23Use C string instead of chunk for link URL and titleNick Wellnhofer
Use zero-terminated C strings instead of cmark_chunks without storing the length. This introduces a few additional strlen computations, but overhead should be low. Allows to reduce size of struct cmark_node later.
2020-01-23Use C string instead of chunk for code info and literalNick Wellnhofer
Use zero-terminated C strings instead of cmark_chunks without storing the length. The length of code literals will be readded in a later commit. strlen overhead for code info should be negligible. Reduces size of struct cmark_node by 8 bytes.
2020-01-23Helper function to set C strings in nodesNick Wellnhofer
2020-01-15Fix pathological_tests.py on WindowsNick Wellnhofer
When using multiprocessing on Windows, the main program must be guarded with a __name__ check.
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