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Reformat Zeek in Spicy style
This largely copies over Spicy's `.clang-format` configuration file. The one place where we deviate is header include order since Zeek depends on headers being included in a certain order.
This commit is contained in:
Benjamin Bannier
parent
7b8e7ed72c
commit
f5a76c1aed
786 changed files with 131714 additions and 153609 deletions
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@ -7,115 +7,113 @@
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#include "zeek/script_opt/ZAM/IterInfo.h"
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#include "zeek/script_opt/ZAM/Support.h"
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namespace zeek::detail
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{
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namespace zeek::detail {
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// Static information about globals used in a function.
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class GlobalInfo
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{
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class GlobalInfo {
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public:
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IDPtr id;
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int slot;
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};
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IDPtr id;
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int slot;
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};
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// These are the counterparts to CaseMapI and CaseMapsI in ZAM.h,
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// but concretized to use instruction numbers rather than pointers
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// to instructions.
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template <typename T> using CaseMap = std::map<T, int>;
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template <typename T> using CaseMaps = std::vector<CaseMap<T>>;
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template<typename T>
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using CaseMap = std::map<T, int>;
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template<typename T>
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using CaseMaps = std::vector<CaseMap<T>>;
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using TableIterVec = std::vector<TableIterInfo>;
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class ZBody : public Stmt
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{
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class ZBody : public Stmt {
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public:
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ZBody(const char* _func_name, const ZAMCompiler* zc);
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ZBody(const char* _func_name, const ZAMCompiler* zc);
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~ZBody() override;
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~ZBody() override;
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// These are split out from the constructor to allow construction
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// of a ZBody from either save-file full instructions (first method,
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// not currently supported) or intermediary instructions (second method).
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void SetInsts(std::vector<ZInst*>& insts);
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void SetInsts(std::vector<ZInstI*>& instsI);
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// These are split out from the constructor to allow construction
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// of a ZBody from either save-file full instructions (first method,
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// not currently supported) or intermediary instructions (second method).
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void SetInsts(std::vector<ZInst*>& insts);
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void SetInsts(std::vector<ZInstI*>& instsI);
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ValPtr Exec(Frame* f, StmtFlowType& flow) override;
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ValPtr Exec(Frame* f, StmtFlowType& flow) override;
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// Older code exists for save files, but let's see if we can
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// avoid having to support them, as they're a fairly elaborate
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// production.
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//
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// void SaveTo(FILE* f, int interp_frame_size) const;
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// Older code exists for save files, but let's see if we can
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// avoid having to support them, as they're a fairly elaborate
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// production.
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//
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// void SaveTo(FILE* f, int interp_frame_size) const;
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void Dump() const;
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void Dump() const;
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void ProfileExecution() const;
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void ProfileExecution() const;
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protected:
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// Initializes profiling information, if needed.
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void InitProfile();
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// Initializes profiling information, if needed.
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void InitProfile();
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ValPtr DoExec(Frame* f, StmtFlowType& flow);
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ValPtr DoExec(Frame* f, StmtFlowType& flow);
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// Run-time checking for "any" type being consistent with
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// expected typed. Returns true if the type match is okay.
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bool CheckAnyType(const TypePtr& any_type, const TypePtr& expected_type,
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const Location* loc) const;
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// Run-time checking for "any" type being consistent with
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// expected typed. Returns true if the type match is okay.
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bool CheckAnyType(const TypePtr& any_type, const TypePtr& expected_type, const Location* loc) const;
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StmtPtr Duplicate() override { return {NewRef{}, this}; }
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StmtPtr Duplicate() override { return {NewRef{}, this}; }
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void StmtDescribe(ODesc* d) const override;
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TraversalCode Traverse(TraversalCallback* cb) const override;
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void StmtDescribe(ODesc* d) const override;
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TraversalCode Traverse(TraversalCallback* cb) const override;
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private:
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const char* func_name = nullptr;
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const char* func_name = nullptr;
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const ZInst* insts = nullptr;
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unsigned int end_pc = 0;
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const ZInst* insts = nullptr;
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unsigned int end_pc = 0;
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FrameReMap frame_denizens;
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int frame_size;
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FrameReMap frame_denizens;
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int frame_size;
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// A list of frame slots that correspond to managed values.
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std::vector<int> managed_slots;
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// A list of frame slots that correspond to managed values.
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std::vector<int> managed_slots;
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// This is non-nil if the function is (asserted to be) non-recursive,
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// in which case we pre-allocate this.
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ZVal* fixed_frame = nullptr;
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// This is non-nil if the function is (asserted to be) non-recursive,
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// in which case we pre-allocate this.
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ZVal* fixed_frame = nullptr;
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// Pre-allocated table iteration values. For recursive invocations,
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// these are copied into a local stack variable, but for non-recursive
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// functions they can be used directly.
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TableIterVec table_iters;
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// Pre-allocated table iteration values. For recursive invocations,
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// these are copied into a local stack variable, but for non-recursive
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// functions they can be used directly.
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TableIterVec table_iters;
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// Points to the TableIterVec used to manage iteration over tables.
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// For non-recursive functions, we just use the static one, but
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// for recursive ones this points to the local stack variable.
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TableIterVec* tiv_ptr = &table_iters;
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// Points to the TableIterVec used to manage iteration over tables.
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// For non-recursive functions, we just use the static one, but
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// for recursive ones this points to the local stack variable.
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TableIterVec* tiv_ptr = &table_iters;
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// Number of StepIterInfo's required by the function. These we
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// always create using a local stack variable, since they don't
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// require any overhead or cleanup.
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int num_step_iters;
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// Number of StepIterInfo's required by the function. These we
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// always create using a local stack variable, since they don't
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// require any overhead or cleanup.
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int num_step_iters;
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std::vector<GlobalInfo> globals;
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int num_globals;
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std::vector<GlobalInfo> globals;
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int num_globals;
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// The following are only maintained if we're doing profiling.
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//
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// These need to be pointers so we can manipulate them in a
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// const method.
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std::vector<int>* inst_count = nullptr; // for profiling
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double* CPU_time = nullptr; // cumulative CPU time for the program
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std::vector<double>* inst_CPU = nullptr; // per-instruction CPU time.
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// The following are only maintained if we're doing profiling.
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//
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// These need to be pointers so we can manipulate them in a
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// const method.
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std::vector<int>* inst_count = nullptr; // for profiling
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double* CPU_time = nullptr; // cumulative CPU time for the program
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std::vector<double>* inst_CPU = nullptr; // per-instruction CPU time.
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CaseMaps<zeek_int_t> int_cases;
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CaseMaps<zeek_uint_t> uint_cases;
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CaseMaps<double> double_cases;
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CaseMaps<std::string> str_cases;
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};
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CaseMaps<zeek_int_t> int_cases;
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CaseMaps<zeek_uint_t> uint_cases;
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CaseMaps<double> double_cases;
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CaseMaps<std::string> str_cases;
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};
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// Prints the execution profile.
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extern void report_ZOP_profile();
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} // namespace zeek::detail
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} // namespace zeek::detail
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