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// Copyright 2014 The Chromium Authors. All rights reserved.
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.
#ifndef TOOLS_GN_SUBSTITUTION_TYPE_H_
#define TOOLS_GN_SUBSTITUTION_TYPE_H_
#include <vector>
class Err;
class ParseNode;
// Keep kSubstitutionNames, kSubstitutionNinjaNames and the
// IsValid*Substitution functions in sync if you change anything here.
enum SubstitutionType {
SUBSTITUTION_LITERAL = 0,
// The index of the first pattern. To loop overal all patterns, go from here
// until NUM_TYPES.
SUBSTITUTION_FIRST_PATTERN,
// These map to Ninja's {in} and {out} variables.
SUBSTITUTION_SOURCE = SUBSTITUTION_FIRST_PATTERN, // {{source}}
SUBSTITUTION_OUTPUT, // {{output}}
// Valid for all compiler tools.
SUBSTITUTION_SOURCE_NAME_PART, // {{source_name_part}}
SUBSTITUTION_SOURCE_FILE_PART, // {{source_file_part}}
SUBSTITUTION_SOURCE_DIR, // {{source_dir}}
SUBSTITUTION_SOURCE_ROOT_RELATIVE_DIR, // {{root_relative_dir}}
SUBSTITUTION_SOURCE_GEN_DIR, // {{source_gen_dir}}
SUBSTITUTION_SOURCE_OUT_DIR, // {{source_out_dir}}
SUBSTITUTION_SOURCE_TARGET_RELATIVE, // {{source_target_relative}}
// Valid for all compiler and linker tools. These depend on the target and
// do not vary on a per-file basis.
SUBSTITUTION_LABEL, // {{label}}
SUBSTITUTION_LABEL_NAME, // {{label_name}}
SUBSTITUTION_ROOT_GEN_DIR, // {{root_gen_dir}}
SUBSTITUTION_ROOT_OUT_DIR, // {{root_out_dir}}
SUBSTITUTION_TARGET_GEN_DIR, // {{target_gen_dir}}
SUBSTITUTION_TARGET_OUT_DIR, // {{target_out_dir}}
SUBSTITUTION_TARGET_OUTPUT_NAME, // {{target_output_name}}
// Valid for compiler tools.
SUBSTITUTION_ASMFLAGS, // {{asmflags}}
SUBSTITUTION_CFLAGS, // {{cflags}}
SUBSTITUTION_CFLAGS_C, // {{cflags_c}}
SUBSTITUTION_CFLAGS_CC, // {{cflags_cc}}
SUBSTITUTION_CFLAGS_OBJC, // {{cflags_objc}}
SUBSTITUTION_CFLAGS_OBJCC, // {{cflags_objcc}}
SUBSTITUTION_DEFINES, // {{defines}}
SUBSTITUTION_INCLUDE_DIRS, // {{include_dirs}}
// Valid for linker tools.
SUBSTITUTION_LINKER_INPUTS, // {{inputs}}
SUBSTITUTION_LINKER_INPUTS_NEWLINE, // {{inputs_newline}}
SUBSTITUTION_LDFLAGS, // {{ldflags}}
SUBSTITUTION_LIBS, // {{libs}}
SUBSTITUTION_OUTPUT_DIR, // {{output_dir}}
SUBSTITUTION_OUTPUT_EXTENSION, // {{output_extension}}
SUBSTITUTION_SOLIBS, // {{solibs}}
// Valid for alink only.
SUBSTITUTION_ARFLAGS, // {{arflags}}
// Valid for bundle_data targets.
SUBSTITUTION_BUNDLE_ROOT_DIR, // {{bundle_root_dir}}
SUBSTITUTION_BUNDLE_CONTENTS_DIR, // {{bundle_contents_dir}}
SUBSTITUTION_BUNDLE_RESOURCES_DIR, // {{bundle_resources_dir}}
SUBSTITUTION_BUNDLE_EXECUTABLE_DIR, // {{bundle_executable_dir}}
// Valid for compile_xcassets tool.
SUBSTITUTION_BUNDLE_PRODUCT_TYPE, // {{bundle_product_type}}
SUBSTITUTION_BUNDLE_PARTIAL_INFO_PLIST, // {{bundle_partial_info_plist}}
// Used only for the args of actions.
SUBSTITUTION_RSP_FILE_NAME, // {{response_file_name}}
SUBSTITUTION_NUM_TYPES // Must be last.
};
// An array of size SUBSTITUTION_NUM_TYPES that lists the names of the
// substitution patterns, including the curly braces. So, for example,
// kSubstitutionNames[SUBSTITUTION_SOURCE] == "{{source}}".
extern const char* kSubstitutionNames[SUBSTITUTION_NUM_TYPES];
// Ninja variables corresponding to each substitution. These do not include
// the dollar sign.
extern const char* kSubstitutionNinjaNames[SUBSTITUTION_NUM_TYPES];
// A wrapper around an array if flags indicating whether a given substitution
// type is required in some context. By convention, the LITERAL type bit is
// not set.
struct SubstitutionBits {
SubstitutionBits();
// Merges any bits set in the given "other" to this one. This object will
// then be the union of all bits in the two lists.
void MergeFrom(const SubstitutionBits& other);
// Converts the substitution type bitfield (with a true set for each required
// item) to a vector of the types listed. Does not include LITERAL.
void FillVector(std::vector<SubstitutionType>* vect) const;
bool used[SUBSTITUTION_NUM_TYPES];
};
// Returns true if the given substitution pattern references the output
// directory. This is used to check strings that begin with a substitution to
// verify that they produce a file in the output directory.
bool SubstitutionIsInOutputDir(SubstitutionType type);
// Returns true if the given substitution pattern references the bundle
// directory. This is used to check strings that begin with a substitution to
// verify that they produce a file in the bundle directory.
bool SubstitutionIsInBundleDir(SubstitutionType type);
// Returns true if the given substitution is valid for the named purpose.
bool IsValidBundleDataSubstitution(SubstitutionType type);
bool IsValidSourceSubstitution(SubstitutionType type);
bool IsValidScriptArgsSubstitution(SubstitutionType type);
// Both compiler and linker tools.
bool IsValidToolSubstitution(SubstitutionType type);
bool IsValidCompilerSubstitution(SubstitutionType type);
bool IsValidCompilerOutputsSubstitution(SubstitutionType type);
bool IsValidLinkerSubstitution(SubstitutionType type);
bool IsValidLinkerOutputsSubstitution(SubstitutionType type);
bool IsValidALinkSubstitution(SubstitutionType type);
bool IsValidCopySubstitution(SubstitutionType type);
bool IsValidCompileXCassetsSubstitution(SubstitutionType type);
// Validates that each substitution type in the vector passes the given
// is_valid_subst predicate. Returns true on success. On failure, fills in the
// error object with an appropriate message and returns false.
bool EnsureValidSubstitutions(const std::vector<SubstitutionType>& types,
bool (*is_valid_subst)(SubstitutionType),
const ParseNode* origin,
Err* err);
#endif // TOOLS_GN_SUBSTITUTION_TYPE_H_