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// Licensed to the Apache Software Foundation (ASF) under one // or more contributor license agreements. See the NOTICE file // distributed with this work for additional information // regarding copyright ownership. The ASF licenses this file // to you under the Apache License, Version 2.0 (the // "License"); you may not use this file except in compliance // with the License. You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, // software distributed under the License is distributed on an // "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY // KIND, either express or implied. See the License for the // specific language governing permissions and limitations // under the License. #pragma once #include #include #include #include "gandiva/function_ir_builder.h" namespace gandiva { /// @brief Decimal IR functions class DecimalIR : public FunctionIRBuilder { public: explicit DecimalIR(Engine* engine) : FunctionIRBuilder(engine), enable_ir_traces_(false) {} /// Build decimal IR functions and add them to the engine. static Status AddFunctions(Engine* engine); void EnableTraces() { enable_ir_traces_ = true; } llvm::Value* CallDecimalFunction(const std::string& function_name, llvm::Type* return_type, const std::vector& args); private: /// The intrinsic fn for divide with small divisors is about 10x slower, so not /// using these. static const bool kUseOverflowIntrinsics = false; // Holder for an i128 value, along with its with scale and precision. class ValueFull { public: ValueFull(llvm::Value* value, llvm::Value* precision, llvm::Value* scale) : value_(value), precision_(precision), scale_(scale) {} llvm::Value* value() const { return value_; } llvm::Value* precision() const { return precision_; } llvm::Value* scale() const { return scale_; } private: llvm::Value* value_; llvm::Value* precision_; llvm::Value* scale_; }; // Holder for an i128 value, and a boolean indicating overflow. class ValueWithOverflow { public: ValueWithOverflow(llvm::Value* value, llvm::Value* overflow) : value_(value), overflow_(overflow) {} // Make from IR struct static ValueWithOverflow MakeFromStruct(DecimalIR* decimal_ir, llvm::Value* dstruct); // Build a corresponding IR struct llvm::Value* AsStruct(DecimalIR* decimal_ir) const; llvm::Value* value() const { return value_; } llvm::Value* overflow() const { return overflow_; } private: llvm::Value* value_; llvm::Value* overflow_; }; // Holder for an i128 value that is split into two i64s class ValueSplit { public: ValueSplit(llvm::Value* high, llvm::Value* low) : high_(high), low_(low) {} // Make from i128 value static ValueSplit MakeFromInt128(DecimalIR* decimal_ir, llvm::Value* in); // Make from IR struct static ValueSplit MakeFromStruct(DecimalIR* decimal_ir, llvm::Value* dstruct); // Combine the two parts into an i128 llvm::Value* AsInt128(DecimalIR* decimal_ir) const; llvm::Value* high() const { return high_; } llvm::Value* low() const { return low_; } private: llvm::Value* high_; llvm::Value* low_; }; // Add global variables to the module. static void AddGlobals(Engine* engine); // Initialize intrinsic functions that are used by decimal operations. void InitializeIntrinsics(); // Create IR builder for decimal add function. static Status MakeAdd(Engine* engine, std::shared_ptr* out); // Get the multiplier for specified scale (i.e 10^scale) llvm::Value* GetScaleMultiplier(llvm::Value* scale); // Get the higher of the two scales llvm::Value* GetHigherScale(llvm::Value* x_scale, llvm::Value* y_scale); // Increase scale of 'in_value' by 'increase_scale_by'. // - If 'increase_scale_by' is <= 0, does nothing. llvm::Value* IncreaseScale(llvm::Value* in_value, llvm::Value* increase_scale_by); // Similar to IncreaseScale. but, also check if there is overflow. ValueWithOverflow IncreaseScaleWithOverflowCheck(llvm::Value* in_value, llvm::Value* increase_scale_by); // Reduce scale of 'in_value' by 'reduce_scale_by'. // - If 'reduce_scale_by' is <= 0, does nothing. llvm::Value* ReduceScale(llvm::Value* in_value, llvm::Value* reduce_scale_by); // Fast path of add: guaranteed no overflow llvm::Value* AddFastPath(const ValueFull& x, const ValueFull& y); // Similar to AddFastPath, but check if there's an overflow. ValueWithOverflow AddWithOverflowCheck(const ValueFull& x, const ValueFull& y, const ValueFull& out); // Do addition of large integers (both positive and negative). llvm::Value* AddLarge(const ValueFull& x, const ValueFull& y, const ValueFull& out); // Get the combined overflow (logical or). llvm::Value* GetCombinedOverflow(std::vector values); // Build the function for adding decimals. Status BuildAdd(); // Build the function for decimal subtraction. Status BuildSubtract(); // Build the function for decimal multiplication. Status BuildMultiply(); // Build the function for decimal division/mod. Status BuildDivideOrMod(const std::string& function_name, const std::string& internal_name); Status BuildCompare(const std::string& function_name, llvm::ICmpInst::Predicate cmp_instruction); Status BuildDecimalFunction(const std::string& function_name, llvm::Type* return_type, std::vector in_types); // Add a trace in IR code. void AddTrace(const std::string& fmt, std::vector args); // Add a trace msg along with a 32-bit integer. void AddTrace32(const std::string& msg, llvm::Value* value); // Add a trace msg along with a 128-bit integer. void AddTrace128(const std::string& msg, llvm::Value* value); // name of the global variable having the array of scale multipliers. static const char* kScaleMultipliersName; // Intrinsic functions llvm::Function* sadd_with_overflow_fn_; llvm::Function* smul_with_overflow_fn_; // struct { i128: value, i1: overflow} llvm::Type* i128_with_overflow_struct_type_; // if set to true, ir traces are enabled. Useful for debugging. bool enable_ir_traces_; }; } // namespace gandiva