| Commit message (Collapse) | Author | Age | Files | Lines |
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* fix to(Biggest)Int
* kill toFloat magics as well
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* squashed work by Zahary
* squashing a ton of useful history... otherwise rebasing on top of upstream Nim after commit 82c009a2cbc5d07ab9a847f1c58228a20efaf219 would be impossible.
* Code review changes; Working test suite (without code reloading enabled)
* - documentation
- implemented the HCR test - almost works...
- fix the issue on Unix where for executable targets the source file for the main module of a project in nimcache was being overwritten with the binary itself (and thus the actual source code was lost)
- fixing embedded paths to shared objects on unix (the "lib" prefix was being prepended to the entire path instead of just the filename)
- other fixes
- removing unnecessary includes since that file is already included in chcks.nim which is in turn included in system.nim (and previously was getting imported in chcks.nim but then system.nim improts something... and that breaks HCR (perhaps it could be fixed but it would be nice not to import anything in system))
* fix for clang & C++ - explicitly casting a function pointer to void*
more stable mangling of parameter names when HCR is on
the length of the static arrays in the DatInit functions is now part of the name of the variables, so when they get resized they get also recreated
more stable mangling for inline functions - no longer depends on the module which first used them
work on the new complicated HCR test - turned surprisingly complex - WIP
test now successfully passes even when re-running `koch test` (previously when the nimcache wasn't cold that lead to errors)
better documentation
calling setStackBottomWith for PreMain
passes over the HcrInit/DatInit/Init calls of all modules are now in the proper order (first all of one type, then all of the next). Also typeinfo globals are registered (created) in a single pass before the DatInit pass (because of the way generic instantiations are handled)
Fix the test suite execution on macOs
fix for being able to query the program arguments when using HCR on posix!
other fixes
* Bugfix: Fix a compilation error in C++ mode when a function pointer
is converted to a raw pointer
* basic documentation for the new hot code reloading semantics
* Add change log entry
* Don't re-execute the top-level statements while reloading JS code
* fix a number of tests broken in a recent bugfix
* Review changes
* Added {.executeOnReload.} pragma that indicates top-level statements
that should be executed on each reload. To make this work, I've modified
the way the `if (hcr_init_) {...}` guards are produced in the init code.
This still needs more work as the new guards seem to be inserted within
the previously generated guards.
This change also removes the need for `lastRegistedGlobal` in nimhcr.
* Implemented the `signatureHash` magic and the `hasModuleChanged` API
depending on it (the actual logic is not imlemented yet).
* Add the "hcr" prefix to all HCR-related symbols in the system module.
Added a new `hotcodereloading` module exporting the high-level API to
the user.
Besides being more hygienic, this was also required in order to make
it possible to use macros in the high-level API. Without the split,
`system` would have to import `macros`, which was going to produce
the well-known init problems.
* Attempted to solve the "GC markers problem".
Crashes were expected with the previous code, because the GC markers
were compiled as normal procs are registered in the GC. When their
module is unloaded, dangling pointers will remain in the GC tables.
To solve this issue, I don't register any GC markers when HCR is on,
but I add them to the HCR globals metadata and I use a single marker
registed in nimhcr during the initialization of the system module that
will be responsible for marking all globals.
* fix a compilation error
* - implemented the hasModuleChanged functionality
- tuples can be returned and broken into different vars in global scope
- added comments for the closnig scopes of the if statements in the init proc
- the new executeOnReload pragma works now!
- other fixes
* finally! fixing this hack in a proper way - declaring the destructor out of line (out of the class body) - we no longer need to forward-declare popCurrentExceptionEx
* Force full module parsing
This is a temporary hack that breaks some tests. I'll investigate
later how these can be fixed.
* tuples are now properly handled when global!
* these comments mess up the codegen in debug mode when $n is not actually a new line (or something like that) - these labels are intended only for GOTO labels anyway...
* "solved" the issue with the .pdb locks on windows when a binary is being debugged and hot code reloading is used at the same time
* fixes after rebasing...
* small fixes for the test
* better handling of globals! no more compiler crashes for locals with the global pragma, also simplified code around loops in global scope which have local vars (actually globals)
* we can now use the global pragma even for ... globals!
* the right output
* lets try those boehm GC tests
* after the test is ran it will be at its starting state - no git modifications
* clarification in the docs
* removed unnecessary line directives for forward declarations of functions - they were causing trouble with hot code reloading when no semantic change propagates to the main module but a line directive got changed and thus the main module had to be recompiled since the .c code had changed
* fixed bug! was inserting duplicate keys into the table and later was removing only 1 copy of all the duplicates (after a few reloads)
* no longer breaking into DatInit code when not supposed to
* fixes after rebasing
* yet more fixes after rebasing
* Update jssys.nim
* Rework the HCR path-handling logic
After reviewing the code more carefully, I've noticed that the old logic
will be broken when the user overrides the '--out:f' compiler option.
Besides fixing this issues, I took the opportunity to implement the
missing '--outdir:d' option.
Other changes:
* ./koch test won't overwrite any HCR and RTL builds located in nim/lib
* HCR and RTL are compiled with --threads:on by default
* Clean up the globals registration logic
* Handle non-flattened top-level stmtlists in JS as well
* The HCR is not supported with the Boehm GC yet
Also fixes some typos and the expected output of the HCR integration test
* The GC marker procs are now properly used as trampolines
* Fix the HCR integration test in release builds
* Fix ./koch tools
* this forward declaration doesn't seem to be necessary, and in fact breaks HCR because a 2nd function pointer is emitted for this externed/rtl func
* the forward declaration I removed in the last commit was actually necessary
* Attempt to make all tests green
* Fix tgenscript
* BAT file for running the HCR integration test on Windows [skip ci]
* Fix the docgen tests
* A final fix for Travis (hopefully)
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know nullptr
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now be set
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Fixes #5345
Fixes #5701
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* Genode fixes
- wrap strings in "Genode::Cstring" when logging
- define SIGABRT for Genode
- disable GCC -fstack-protector
- use log RPC for fatal messages
- add --os:genode build to appveyor
- define paramStr and paramCount
* Select fixups for Genode POSIX
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Add a 'GenodeEnv' type and a 'componentConstructHook' to the system
module. The 'componentConstructHook' allows for detection of POSIX style
programs that exit implicitly or native Genode components that
initialize to serve RPC requests and OS signals.
This hook takes a 'GenodeEnv' argument so that the environment interface
is passed cleanly to application code after globals are initialized.
This is an typed pointer to a C++ object, procedures for accessing the
environment will be available from a Nimble library and not included in
the standard library.
The standard library has an internal pointer to the environment object
but this is not for external use, the undocumented global environment
pointer has been removed.
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- new option --usenamespace to generate nim cpp code in its own namespace Nim
- minor changes for compatibility with the new Embarcadero = Borland C++-Builder (bcc)
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* Rewrite genTryCpp
* correction
* Implement polymorphic raise in cpp
* revert backticks in emit
* Cleanp a comment
* revert test changes
* better handling of <new> header
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also fixes some instances of using C library functions when there are
nim alternatives available
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Added COMMA macro to nimbase.h,
changed code generation for c++ template types to insert COMMA im
between the arguments, instead of ",".
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This is an alternative attempt to fix issue #2841 in a way that does not
rely on non-standard C compiler behavior.
The underlying problem is that the typeinfo module includes
system/hti.nim, but system/hti.nim is also included by system.nim. The
result is that the compiler at any given point has two instances of
TNimType with the same external name and will generate code either for
one or both of them. Code generation for the second version is normally
suppressed by using {.importc.}, but that results in a missing type
declaration for modules that only use the second version. This happens
for modules that import typeinfo, because the the second component of
typeinfo.Any has type PNimType = ptr TNimType, which generates a
"TNimType *" struct member.
The previous solution was to have a typedef for TNimType in nimbase.h;
however, this results in duplicate typedefs (specifically, but not only
for the code generated for typeinfo.nim). Duplicate typedefs with the
same type name are allowed in C++ and C11, but are explicitly forbidden
in C89 and C99. Modern versions of gcc and clang accept them anyway, but
this is not standard-compliant and may break for other C compilers or
older versions of gcc and clang.
This patch attempts to fix the issue by making the second component of
typeinfo.Nim a pointer instead of a PNimType and casting back and forth
as needed. Thus, the second version of TNimType occurs only within the
code for typeinfo.nim, where it can be safely omitted.
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markAndSweep/refCounting GCs.
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-d:release
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compile nim on freebsd
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